现在你是一个普通的研二学生,你的老师要求你看这篇专利,并提出修改意见,你并不太了解这个专利。这个专利...

Создано: 21 декабря 2025 г.

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Вопрос

一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx

现在你是一个普通的研二学生,你的老师要求你看这篇专利,并提出修改意见,你并不太了解这个专利。这个专利是别人写的,你只是提出意见与建议,请多写点,并表明在哪里提出修改意见

Мысль

Identifying document improvements and suggestions

The document is fairly short, covering the abstract and key claims, but it may be missing figures and formal elements like cross-references and numbering. I can suggest enhancements such as defining key terms (e.g., "view" and "entity linking repository"), detailing algorithms, measurement metrics, and addressing evaluation, scalability, and complexity. Additionally, I'd recommend improving claims to highlight methods and novel features.

Improving document structure and claims

I’m considering adding limitations for views, possibly extending to multiple. I also want to align the document with typical patent guidelines, mentioning device and storage medium claims since they're referenced but not included. I'll also ensure clarity by separating steps and standardizing terms, and address how to build the entity linking database. Finally, I’ll condense the abstract, keeping technical points and adjusting it to meet the 300-character limit, and include an additional figure.

Marking modifications and suggestions

I need to ensure modifications are clearly marked by referencing line ranges in the file, e.g., using (摘要段落 L11). I'll structure sections—like abstract, claims, description—and provide suggestions for each. The user wants a lot of suggestions, so I’ll aim for more than 25 bullet points. Citations will include line ranges, but I need to check how to incorporate specific website references too.

Including citations and handling file references

It looks like I need to include the filecite reference, which currently shows as turn0file0, along with line ranges. I could add a simple file link using filecite turn0file0. The guidelines suggest including line ranges, but sometimes I might skip that if it's clear. Still, to be safe, I’ll stick to the line-range format.

Providing suggestions on patent abstract and citation approach

The requirement asks us to include turn0file0, but the file load might already make that marker the file itself. Let's include it in the link with references like (website). For line-range citations, we'll add those where necessary for clarity. I’ll propose suggestions in the original Chinese, as a typical student, keeping uncertainty.

  1. Simplify the abstract, emphasizing key technical steps; remove redundancies.
  2. Avoid using specific examples like "Beijing" or "Peking" unless necessary.
  3. Specify extraction algorithm and mention tools. What does “explicit/implicit entities” mean?
  4. Provide more details about the entity linking database: how is it constructed?

Providing patent revisions details

  1. For aligned entities, mention constraints on shared embeddings to ensure joint training works; add regularization.
  2. Define consistency metrics and threshold selection, highlight categories like naming vs. semantic inconsistencies.
  3. Clarify relationship path sharing, consider BFS, and computational complexity.
  4. Extend multi-view analysis to N views, revise claims.
  5. Insert pipeline figures for clarity.
  6. In "装置实现," add entity recognition, linking confidence, and output explanation modules.
  7. Add independent claims for computing devices, storage mediums. Clarify transformation rules in claims.

Suggesting patent improvements and citation handling

  1. In the "发明内容," include comparisons with prior art and highlight beneficial effects.
  2. For "具体实施方式," add concrete examples, such as sample XML and RDF triples.
  3. For reproducibility, provide pseudocode.
  4. Consider alternatives to TransE for handling noise.
  5. Add mention of computing devices for hardware-specific details.
    Ensure citations are concise and without overwhelming detail, with references to key sections and line ranges.

Thought for 1m 11s

Ответ

下面这些建议我会以“一个普通研二学生读稿”的角度来写:不假装完全懂专利,但会尽量从专利写作规范、可实施性、权利要求保护范围、表述清晰度等方面,提出“可以怎么改会更像一篇成熟专利”的修改点。所有建议都尽量标出对应位置(按文档段落/行号),方便你直接定位去改。本文依据你给的专利文档:(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)


1)说明书摘要:建议更“专利化”、更可落地

定位:摘要从“本发明公开了一种……”开始(约 L11)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. 摘要过长且像论文:现在摘要把背景、方法、模型名、度量方式都堆在一起(还夹带很多解释性语句),建议压缩为“技术问题 + 技术方案核心步骤 + 有益效果”,减少“进一步地/最后/旨在”等论文式衔接。
  2. 避免过多举例与括号:摘要里大量“例如”“如余弦相似度/欧氏距离”等,建议保留1个关键点即可(比如“基于向量距离与平移误差”),其它放到说明书“具体实施方式”。
  3. 把“输出结果”写清楚:摘要目前说“判定不一致性”,但没说输出形式是什么。建议补一句:输出“不一致实体对列表/冲突三元组/冲突类型标签(命名冲突/语义冲突)/置信度”等,让审查员一眼看出“可用的检测结果”。
  4. 摘要中TransE写法:摘要出现完整英文全称“Translating Embeddings…”(L11),在摘要里略显冗长。建议摘要只写“TransE嵌入模型”,英文全称挪到说明书首次出现处。
  5. “符号级对齐+向量级验证”可以保留,但建议配合“技术效果”:例如强调“提高异构视图一致性检测的召回率/降低字符串匹配误判/提升解释性”等(现在摘要最后一句有一点,但不够具体)。

2)权利要求书:建议增强“技术特征限定”与“保护层次”,避免过宽/过虚

定位:权利要求1-7(约 L22-L42)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

(A)权利要求1(独立方法权利要求)改进建议

  1. 步骤描述偏“概念化”:例如“转换为统一结构化表示”“提取显式或隐式实体”“联合嵌入学习”“设计度量机制”都偏抽象,建议在权1里至少补1-2个“可落地的限制性特征”,否则审查时容易被认为是“泛泛的数据处理流程”。
    • 例:明确“结构化表示”为“RDF三元组集合及其生成规则/映射规则”;
    • 明确“实体链接库”包含的字段(mention、规范ID、别名、置信度、来源视图等);
    • 明确“对齐规则/消歧规则”(如基于候选集+上下文相似度+阈值选择)。
  2. “共享关系路径的三元组”不够清楚:权1第4步里提到“共享关系路径”,但没定义“路径”的计算方式、长度限制、是否需要同构子图等。建议在权1或从属权利要求中限定“路径生成规则(如长度≤k的关系路径)”。
  3. 建议增加“阈值确定方式”的从属权利要求:权6写“预设阈值/显著偏高”很模糊(L40),建议加一个从属权利要求限定:阈值由训练集/验证集统计分位数/历史冲突样本自适应得到,至少让“阈值不是拍脑袋”。
  4. 建议把“输出内容”写成权利要求要素:例如“输出不一致性结果包括:实体名称不一致列表、语义不一致三元组列表及其不一致类型”,这样保护更实用。

(B)权利要求2-7(从属权利要求)改进建议 5. 权2:RDF三元组或属性值对(L32)——如果后续一定要做TransE,属性值对怎么进入嵌入训练?建议:

  • 要么把“属性值对”解释为可转为三元组(实体-属性-值);
  • 要么把权2拆成两条:一条限定RDF三元组,一条限定属性值对并配套说明如何嵌入。
  1. 权3:限定Wikidata/DBpedia可能过窄(L34)——建议表述为“公开知识库或领域知识库(包括但不限于……)”,增强保护范围。
  2. 权4/5:TransE与距离度量写死(L36-L38)——如果你们希望更宽保护,可在从属权利要求中写“TransE或其它平移类/图嵌入模型”“余弦相似度/欧氏距离或其它距离度量”,避免别人换个模型就绕开。
  3. 缺少“装置/设备/存储介质”权利要求:说明书技术领域已经写到“装置、设备和计算机存储介质”(L51),但权利要求只有方法(L22-L42)。建议至少新增:
    • 独立装置权利要求(模块对应步骤1-4);
    • 计算机设备权利要求(处理器+存储器+程序);
    • 存储介质权利要求(存储指令实现方法)。
      这样与说明书表述一致,保护更完整。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

3)技术领域:建议收敛术语、避免“堆概念”

定位:技术领域段落(L49-L51)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. “多视图数据一致性检测方法、装置、设备和计算机存储介质”这句很好,但建议统一术语:后文有“视图A/视图B、原始视图、两个视图、多视图数据”等多种叫法,建议定义一次:“视图=来自不同数据源/不同表达形式的结构化或半结构化数据表示”。
  2. 可以补一句“尤其适用于……(如MBSE模型、多源系统架构视图、跨系统数据集成)”,让领域更聚焦。

4)背景技术:建议补“现有方案”与“缺点”写得更像专利,而不是科普

定位:背景技术从“在基于模型的系统工程……”开始到“缺乏统一框架”(约 L55-L67)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. 现有技术描述偏概念,缺少“已有方法类别”:建议按类别写一段:
    • 基于字符串/规则的冲突检测;
    • 基于本体/模式约束的一致性校验;
    • 基于实体链接的跨源对齐;
    • 基于知识图谱嵌入的语义对比。
      每类点出1-2个典型缺陷(比如“对别名不鲁棒/对深层关系冲突无能为力/需要高质量本体/难解释”等)。
  2. “符号对齐不足/嵌入不足”的逻辑很好,但建议更“技术问题化”:现在写得像论文论证(L63-L66),建议改成专利常用句式:
    • “现有技术至少存在以下缺陷:……导致……因此无法……”
  3. 示例“Beijing/Peking”出现多次:背景里用一次即可,避免后面发明内容、实施例重复堆同一个例子(目前确实多次重复)。

5)发明内容与步骤描述:建议补“关键实现细节”,否则容易被认为“未充分公开/不可实施”

定位:步骤1-4描述(约 L73-L87)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

建议重点:把每一步补成“可执行的算法流程”,至少给出输入/输出/核心规则。

(A)步骤1:数据结构化转换(L75)

  1. 建议写清楚:
    • 输入支持哪些格式(XML/JSON/关系表/API响应);
    • 使用什么映射:字段→实体/关系/属性的映射表、命名规范;
    • 输出是什么:三元组集合、命名空间规则、是否去重。
  2. 建议补“异常处理”:缺失字段、空值、冲突字段如何处理(这能体现工程性)。

(B)步骤2:实体链接与符号级对齐(L77) 3. “显式或隐式命名实体”需要定义:隐式实体如何抽取?基于规则、词典、NER模型还是模板?
4. “轻量级实体链接库”建议写结构:至少包含“实体提及、候选集合、规范ID、别名、来源视图、置信度/相似度、更新时间”。否则“库”太虚。 5. 建议增加“对齐策略”:

  • 多对一/一对多怎么处理;
  • 当两个实体都能链接到多个候选ID时,用什么消歧(上下文相似度、关系一致性、置信度最大等);
  • 置信度低于阈值时是否退化为字符串/编辑距离匹配。

(C)步骤3:TransE联合嵌入学习(L79) 6. “联合嵌入学习”建议补:

  • 训练目标函数(margin-based ranking等可简述);
  • 负采样策略;
  • 向量维度、学习率、迭代轮数作为可选参数;
  • 训练数据只来自两视图,还是可引入外部知识库补全(这会影响效果)。
  1. 关键点:符号对齐后是否真的会“向量对齐”? 仅说“联合训练”不一定保证对齐实体靠近。建议加一个“对齐约束/正则项”:对齐实体对在嵌入空间距离最小化(否则审查员可能质疑“符号级对齐”和“向量级验证”之间没有强绑定)。

(D)步骤4:一致性度量(L81-L87) 8. 建议明确“组合规则”:实体相似度与平移误差如何融合?

  • 线性加权?先后判定?投票?
  1. “预设阈值/显著偏高”建议给出阈值的确定方式(统计分布/验证集/自适应阈值)。否则实施时很难落地。
  2. 建议把“不一致性类型”输出明确化:
    • 命名冲突(实体未对齐/对齐置信度低);
    • 关系错配(路径不一致、关系向量差异大);
    • 属性冲突(同一属性不同值导致平移误差大)。

6)具体实施方式:建议补“可复现实例/伪代码/中间产物”,减少重复叙述

定位:实施例一(L103-L111 等)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. 这一段目前是“把步骤1-4再讲一遍”,建议减少重复,把篇幅用于补实操细节
    • 给一小段示例视图数据(如一段XML/两张表);
    • 展示对应的RDF三元组(至少3-5条);
    • 给出实体链接库的一小段示例记录;
    • 给出最终检测输出(比如冲突三元组/冲突实体对)。
  2. 建议加入“算法伪代码/流程表”,尤其是实体链接消歧与阈值判定逻辑(审查员看了更像“工程方法”而不是“想法”)。
  3. 建议补“时间复杂度/可扩展性描述”:例如实体抽取O(n)、候选检索O(m)、嵌入训练随三元组数增长等(不需要很严谨,但能体现系统性)。
  4. 示例中“总部北京/总部上海”很好(L109),但建议再加一个“关系错配例子”(比如信息流有无、关系类型不一致),覆盖更全面。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

7)附图说明与图:目前疑似“缺图/图号占位”,建议补齐并规范引用

定位:附图说明(L91-L97)与文末“图1/图2”占位(L133-L139)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx) (一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. 目前正文说“如图1所示”“如图2所示”,但文件末尾只有“图1 图2”字样和数字占位,像是没把图真正插入(L133以后)。建议补齐:
    • 图1:方法流程图(步骤1-4,输入/输出);
    • 图2:装置结构图(模块1-4及数据流)。
  2. 建议在说明书中规范引用附图标记:例如“数据结构化模块1、实体链接模块2……”并在图中标号与文字对应(目前文末只有“1、1、3、2”等孤立数字,容易被认为不规范)。
  3. 建议增加“摘要附图”:文档有“摘要附图”标题(L3),但未看到实际摘要附图内容。一般建议选图1作为摘要附图。

8)装置实现:建议“模块别太泛”,补关键子模块或数据流

定位:实施例二装置模块描述(L113-L127)。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

修改建议:

  1. 现在四个模块基本就是把方法步骤换了个名字(L117-L123),审查时可能被认为“功能性限定过强/缺少结构或处理流程”。建议至少加2-3个“更具体”的子模块/单元,例如:
    • 实体识别单元(NER/规则抽取);
    • 候选生成与消歧单元(候选检索、置信度计算、阈值筛选);
    • 阈值自适应确定单元;
    • 冲突类型解释单元(输出原因:命名/属性/关系)。
  2. 建议补“模块间的数据流”:比如“结构化模块输出三元组→实体链接模块输出对齐映射表→语义嵌入模块输出向量→度量模块输出冲突报告”。

9)全文通用的“格式与术语一致性”修改点(小但很影响观感)

这些点分散在全文,但建议统一处理(可一遍全局替换):

  1. 统一编号体系:权利要求用“1)2)3)4)”,说明书用“步骤1/步骤2…”,建议统一风格并在首次出现时说明“步骤S1-S4”。
  2. 统一术语
    • “结构化表示形式/知识表示形式/RDF三元组集合”建议选一个主叫法,其他作为解释;
    • “实体链接库/实体链接库(Entity Linking Repository)”中英文首次出现一次即可。
  3. 减少重复举例:“Beijing/Peking”在背景、发明内容、实施例多次出现,建议只保留两处:背景一次、实施例一次。
  4. 把“信息系统框架”解释清楚:步骤2里提到“依据信息系统框架”(L77),但未解释是什么框架、约束是什么,建议补一句定义或删掉以免引发审查疑问。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

如果你愿意,我也可以按“老师最爱看的形式”再给你补一版:

  • 逐段“原句问题—建议改法—示例改写”(特别是摘要、权利要求1、步骤2/3/4)。
    你只要说你想要“偏保守(更像专利模板)”还是“偏技术细节(更像工程方案)”。

Вопрос

Q_一种基于图论和大模型的时序图一致性检测的方法.docx

我不需要这么麻烦,就是给专利提一个注释,就像这个文档一样

Python

python
from docx import Document, text from pathlib import Path, PurePosixPath doc_main_path = Path("/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx") doc_q_path = Path("/mnt/data/Q_一种基于图论和大模型的时序图一致性检测的方法.docx") doc_main = Document(str(doc_main_path)) doc_q = Document(str(doc_q_path)) len(doc_q.paragraphs), len(doc_main.paragraphs) (81, 65)

Python

python
# Let's print first 30 paragraphs of Q doc with indices and text for i,p in enumerate(doc_q.paragraphs[:30]): t=p.text.strip() if t: print(i, t[:200])

Python

python
# search for markers in Q doc paragraphs markers=[] for i,p in enumerate(doc_q.paragraphs): t=p.text if "批注" in t or "注释" in t or "Q" in t or "?" in t or "建议" in t: markers.append((i,t.strip()[:200])) markers[:20], len(markers) ([(38, '步骤4:将大模型的推理结果进行输出和反馈。大模型根据推理结果生成一致性检测报告或修正建议,反馈给用户,从而辅助用户修正视图中的不一致性,优化系统设计。'), (63, '大模型将推理和验证的结果进行整合,生成最终的一致性检测报告。该报告将明确指出识别到的不一致性及其可能的逻辑原因,并可能提供修正建议。验证结果最后反馈给用户,用户可以根据大模型的反馈,进一步修正视图中的不一致性,从而优化系统设计。')], 2)

Python

python
import zipfile, re, os, io, pandas as pd, xml.etree.ElementTree as ET def list_docx_parts(path): with zipfile.ZipFile(path,'r') as z: return z.namelist() parts_q = list_docx_parts(doc_q_path) parts_main = list_docx_parts(doc_main_path) # check for comments.xml presence ('word/comments.xml' in parts_q, 'word/comments.xml' in parts_main) (True, False)

Python

python
from lxml import etree def read_xml_from_docx(path, name): with zipfile.ZipFile(path,'r') as z: data = z.read(name) return data comments_xml_q = read_xml_from_docx(doc_q_path, 'word/comments.xml') doc_xml_q = read_xml_from_docx(doc_q_path, 'word/document.xml') # parse and extract comment texts root = etree.fromstring(comments_xml_q) ns = root.nsmap # w namespace w_ns = ns.get(None) or ns.get('w') # comments are w:comment comments=[] for c in root.findall('.//{http://schemas.openxmlformats.org/wordprocessingml/2006/main}comment'): cid=c.get('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id') # get text texts = c.findall('.//{http://schemas.openxmlformats.org/wordprocessingml/2006/main}t') content=''.join([t.text or '' for t in texts]) comments.append((cid, content[:200])) comments[:10], len(comments) ([('0', '未明确先后顺序与逻辑关系,对步骤顺序存在不够严谨之处'), ('1', '和“大模型”未加具体限定,是否需要收紧术语定义以避免过度宽泛。'), ('2', '预处理如何体现'), ('3', '要解决的是时序图,还是设计视图和实现视图等多种视图,是仅限于时序图的不同抽象层级,还是泛指UML各类图'), ('4', '具体LLM的参数、类型'), ('5', '什么格式,可视化与否'), ('6', '如何得出显著提高的结论,有无基于某个benchmark的对比方法或baseline,缺乏数据支撑'), ('8', '实施例及特征可以相互组合是什么意思'), ('9', '是否需要说明时序图的定义'), ('10', '是否有些笼统,比如具体哪些可被识别的结构化格式,增加对时序图解析的描述,例如解析消息序列、识别并行/分支结构等具体步骤')], 24)

Python

python
# find first occurrence of commentRangeStart in doc_xml_q doc_str = doc_xml_q.decode('utf-8') idx = doc_str.find('commentRangeStart') idx, doc_str[idx-200:idx+200] (8198, 'w:lastRenderedPageBreak/><w:t>1.</w:t></w:r><w:r w:rsidRPr="006E6E13"><w:rPr><w:rFonts w:ascii="Times New Roman" w:hAnsi="Times New Roman"/></w:rPr><w:t>一种基于图论和大模型的时序图一致性检测方法,其特征在于,所述方法</w:t></w:r><w:commentRangeStart w:id="0"/><w:r w:rsidRPr="006E6E13"><w:rPr><w:rFonts w:ascii="Times New Roman" w:hAnsi="Times New Roman"/></w:rPr><w:t>包括</w:t></w:r><w:commentRangeEnd w:id="0"/><w:r w:rsidR="009035')

Python

python
doc_root = etree.fromstring(doc_xml_q) W = "http://schemas.openxmlformats.org/wordprocessingml/2006/main" # locate commentRangeStart with id 0 crs = doc_root.findall(f".//{{{W}}}commentRangeStart[@{{{W}}}id='0']") len(crs) 1

Python

python
# get its parent paragraph text node=crs[0] # find ancestor paragraph p = node.getparent() while p is not None and p.tag != f"{{{W}}}p": p=p.getparent() # collect full paragraph text def get_par_text(p): return ''.join([t.text or '' for t in p.findall(f'.//{{{W}}}t')]) print(get_par_text(p)[:300])

Python

python
for i,p in enumerate(doc_main.paragraphs): if "装置" in p.text and "存储介质" in p.text: print(i,p.text)

Python

python
rels_q = read_xml_from_docx(doc_q_path, 'word/_rels/document.xml.rels') print(rels_q.decode('utf-8')[:500])

Python

python
# parse and find comments relationship rels_root = etree.fromstring(rels_q) pkg="http://schemas.openxmlformats.org/package/2006/relationships" rels=[] for rel in rels_root.findall(f"{{{pkg}}}Relationship"): if rel.get('Type')=="http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments": rels.append(rel) rels, [ (r.get('Id'), r.get('Target')) for r in rels] ([<Element {http://schemas.openxmlformats.org/package/2006/relationships}Relationship at 0x7ec88862b490>], [('rId11', 'comments.xml')])

Python

python
# parse and find comments relationship rels_root = etree.fromstring(rels_q) pkg="http://schemas.openxmlformats.org/package/2006/relationships" rels=[] for rel in rels_root.findall(f"{{{pkg}}}Relationship"): if rel.get('Type')=="http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments": rels.append(rel) rels, [ (r.get('Id'), r.get('Target')) for r in rels] ([<Element {http://schemas.openxmlformats.org/package/2006/relationships}Relationship at 0x7ec88862b490>], [('rId11', 'comments.xml')]) ([<Element {http://schemas.openxmlformats.org/package/2006/relationships}Relationship at 0x7ec88862b490>], [('rId11', 'comments.xml')])

Python

python
rels_main = read_xml_from_docx(doc_main_path, 'word/_rels/document.xml.rels') rels_root_main = etree.fromstring(rels_main) rels_main_ids=[rel.get('Id') for rel in rels_root_main.findall(f"{{{pkg}}}Relationship")] rels_main_ids[:10], len(rels_main_ids), max(int(r[3:]) for r in rels_main_ids if r.startswith('rId')) (['rId8', 'rId13', 'rId18', 'rId3', 'rId21', 'rId7', 'rId12', 'rId17', 'rId2', 'rId16'], 21, 21)

Python

python
ct_main = read_xml_from_docx(doc_main_path, '[Content_Types].xml') ct_root = etree.fromstring(ct_main) # find override for comments in q doc to copy ct_q = read_xml_from_docx(doc_q_path, '[Content_Types].xml') ct_root_q = etree.fromstring(ct_q) ns_ct = ct_root.nsmap.get(None) # search for Override PartName="/word/comments.xml" def has_comments(ct_root): for el in ct_root.findall(f"{{{ns_ct}}}Override"): if el.get('PartName')=="/word/comments.xml": return True, el.get('ContentType') return False, None has_comments(ct_root), has_comments(ct_root_q) ((False, None), (True, 'application/vnd.openxmlformats-officedocument.wordprocessingml.comments+xml'))

Python

python
doc_xml_main = read_xml_from_docx(doc_main_path, 'word/document.xml') doc_root_main = etree.fromstring(doc_xml_main) # find the paragraph containing the substring target_sub = "本发明涉及人工智能与数据处理领域" paras = doc_root_main.findall(f".//{{{W}}}p") target_p=None for p in paras: txt=''.join([t.text or '' for t in p.findall(f'.//{{{W}}}t')]) if target_sub in txt: target_p=p target_txt=txt break target_txt[:200] if target_p is not None else None '本发明涉及人工智能与数据处理领域,尤其涉及一种多视图数据(Multi-view Data)一致性检测方法、装置、设备和计算机存储介质。本发明具体涉及一种结合了符号级实体对齐与向量级语义验证的双重检测机制,用于数据集成、知识图谱构建及数据治理等场景。'

Python

python
# get xml string of paragraph with comment id 0 in Q doc p_q = crs[0] p = p_q while p is not None and p.tag != f"{{{W}}}p": p=p.getparent() p_xml = etree.tostring(p, encoding='unicode') p_xml[:600] '<w:p xmlns:w="http://schemas.openxmlformats.org/wordprocessingml/2006/main" xmlns:w14="http://schemas.microsoft.com/office/word/2010/wordml" xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmlns:cx2="http://schemas.microsoft.com/office/drawing/2015/10/21/chartex" xmlns:cx3="http://schemas.microsoft.com/office/drawing/2016/5/9/chartex" xmlns:cx4="http://schemas.microsoft.com/office/drawing/2016/5/10/chartex" xmlns:cx5="http:/'

Python

python
# list children tags of that paragraph in q doc children = list(p) for c in children[:20]: print(c.tag.split('}')[-1], c.attrib)

Python

python
# find commentReference in the paragraph refs = p.findall(f".//{{{W}}}commentReference") len(refs), refs[0].attrib (1, {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0'})

Python

python
# get parent run of commentReference ref_run = refs[0] parent = ref_run.getparent() while parent is not None and parent.tag != f"{{{W}}}r": parent = parent.getparent() etree.tostring(parent, encoding='unicode')[:300] '<w:r xmlns:w="http://schemas.openxmlformats.org/wordprocessingml/2006/main" xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmln'

Python

python
for c in list(parent): print(c.tag.split('}')[-1], c.attrib)

Python

python
rPr = parent.find(f'{{{W}}}rPr') etree.tostring(rPr, encoding='unicode')[:200] '<w:rPr xmlns:w="http://schemas.openxmlformats.org/wordprocessingml/2006/main" xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/offi'

Python

python
# find rStyle inside rPr rStyle = rPr.find(f'.//{{{W}}}rStyle') rStyle.attrib if rStyle is not None else None {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}val': 'a7'}

Python

python
styles_main = read_xml_from_docx(doc_main_path, 'word/styles.xml') styles_root = etree.fromstring(styles_main) # find styleId containing CommentReference styles=[] for s in styles_root.findall(f".//{{{W}}}style"): sid = s.get(f"{{{W}}}styleId") if sid and 'Comment' in sid: styles.append(sid) styles[:20] []

Python

python
styles_q = read_xml_from_docx(doc_q_path, 'word/styles.xml') styles_root_q = etree.fromstring(styles_q) style_a7 = styles_root_q.find(f".//{{{W}}}style[@{{{W}}}styleId='a7']") style_a7 is not None True

Python

python
# get its name name = style_a7.find(f'{{{W}}}name').get(f'{{{W}}}val') name 'annotation reference'

Python

python
'word/commentsExtended.xml' in parts_q, 'word/commentsExtended.xml' in parts_main (True, False)

Python

python
[x for x in parts_q if 'comment' in x.lower()][:20] ['word/comments.xml', 'word/commentsExtended.xml', 'word/commentsIds.xml', 'word/commentsExtensible.xml']

Python

python
rels_comment_types=[] for rel in rels_root.findall(f"{{{pkg}}}Relationship"): t=rel.get('Type') if 'comments' in t: rels_comment_types.append((rel.get('Id'), t, rel.get('Target'))) rels_comment_types [('rId13', 'http://schemas.microsoft.com/office/2016/09/relationships/commentsIds', 'commentsIds.xml'), ('rId12', 'http://schemas.microsoft.com/office/2011/relationships/commentsExtended', 'commentsExtended.xml'), ('rId11', 'http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments', 'comments.xml'), ('rId14', 'http://schemas.microsoft.com/office/2018/08/relationships/commentsExtensible', 'commentsExtensible.xml')]

Python

python
ct_q_root = ct_root_q ctns = ct_q_root.nsmap.get(None) overrides = [(el.get('PartName'), el.get('ContentType')) for el in ct_q_root.findall(f"{{{ctns}}}Override") if 'comments' in el.get('PartName')] overrides [('/word/comments.xml', 'application/vnd.openxmlformats-officedocument.wordprocessingml.comments+xml'), ('/word/commentsExtended.xml', 'application/vnd.openxmlformats-officedocument.wordprocessingml.commentsExtended+xml'), ('/word/commentsIds.xml', 'application/vnd.openxmlformats-officedocument.wordprocessingml.commentsIds+xml'), ('/word/commentsExtensible.xml', 'application/vnd.openxmlformats-officedocument.wordprocessingml.commentsExtensible+xml')]

Python

python
for part in ['word/commentsIds.xml','word/commentsExtended.xml','word/commentsExtensible.xml']: xml = read_xml_from_docx(doc_q_path, part) print(part, xml[:200])

Python

python
# parse and view root tags and some attributes for these files def summarize_xml(xml_bytes): root=etree.fromstring(xml_bytes) return root.tag, root.nsmap for part in ['word/commentsIds.xml','word/commentsExtended.xml','word/commentsExtensible.xml']: xml = read_xml_from_docx(doc_q_path, part) tag, nsmap = summarize_xml(xml) print(part, tag.split('}')[-1], list(nsmap.keys())[:6])

Python

python
W14="http://schemas.microsoft.com/office/2016/09/wordml/cid" # Actually commentsIds uses namespace w16cid maybe. Let's search in raw. xml_ids = read_xml_from_docx(doc_q_path,'word/commentsIds.xml') print(xml_ids.decode('utf-8')[:600])

Python

python
# search for 'commentId' strings s=xml_ids.decode('utf-8') for m in re.finditer('commentId', s): print("pos", m.start()) break

Python

python
print(s[2600:2700])

Python

python
xml_ext = read_xml_from_docx(doc_q_path,'word/commentsExtended.xml') root_ext = etree.fromstring(xml_ext) # find first commentEx element maybe 'w15:commentEx'? # list child tags unique tags=set() for el in root_ext.iter(): tags.add(el.tag.split('}')[-1]) sorted(list(tags))[:30], len(tags) (['commentEx', 'commentsEx'], 2)

Python

python
# show first 2 commentEx elements attributes # root uses namespace 'w15' maybe; let's find element with localname commentEx commentEx_elems=[el for el in root_ext if el.tag.split('}')[-1]=='commentEx'] len(commentEx_elems), commentEx_elems[0].attrib (24, {'{http://schemas.microsoft.com/office/word/2012/wordml}paraId': '0E62C883', '{http://schemas.microsoft.com/office/word/2012/wordml}done': '0'})

Python

python
# The commentEx has w15:paraId, w15:done, w15:durableId? Let's print attributes names for k,v in commentEx_elems[0].attrib.items(): print(k, v)

Python

python
root_comments = etree.fromstring(comments_xml_q) comment0 = root_comments.find(f".//{{{W}}}comment[@{{{W}}}id='0']") comment0.attrib {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author': 'Orange Mr.', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date': '2025-11-18T15:30:00Z', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials': 'OM'}

Python

python
for k,v in comment0.attrib.items(): print(k, v)

Python

python
xml_extensible = read_xml_from_docx(doc_q_path,'word/commentsExtensible.xml') root_extensible = etree.fromstring(xml_extensible) tags=set(el.tag.split('}')[-1] for el in root_extensible.iter()) tags {'commentExtensible', 'commentsExtensible'}

Python

python
# show first commentExtensible ce=[el for el in root_extensible if el.tag.split('}')[-1]=='commentExtensible'] len(ce), ce[0].attrib (24, {'{http://schemas.microsoft.com/office/word/2018/wordml/cex}durableId': '1E3B79D1', '{http://schemas.microsoft.com/office/word/2018/wordml/cex}dateUtc': '2025-11-18T07:30:00Z'})

Python

python
for k,v in ce[0].attrib.items(): print(k,v)

Python

python
import zipfile, shutil, datetime, random from lxml import etree out_path = Path("/mnt/data/已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx") # read main docx zip with zipfile.ZipFile(doc_main_path, 'r') as zin: files = {name: zin.read(name) for name in zin.namelist()} # Modify document.xml by inserting comment markers in target paragraph doc_root_main = etree.fromstring(files['word/document.xml']) # find paragraph containing target_sub paras = doc_root_main.findall(f".//{{{W}}}p") target_p = None for p in paras: txt=''.join([t.text or '' for t in p.findall(f'.//{{{W}}}t')]) if target_sub in txt: target_p = p break assert target_p is not None # Determine insertion positions: after pPr if exists else at start children=list(target_p) insert_pos=0 if children and children[0].tag==f"{{{W}}}pPr": insert_pos=1 # Create commentRangeStart element crs = etree.Element(f"{{{W}}}commentRangeStart") crs.set(f"{{{W}}}id","0") cre = etree.Element(f"{{{W}}}commentRangeEnd") cre.set(f"{{{W}}}id","0") # commentReference run r = etree.Element(f"{{{W}}}r") comment_ref = etree.SubElement(r, f"{{{W}}}commentReference") comment_ref.set(f"{{{W}}}id","0") # Insert start at insert_pos target_p.insert(insert_pos, crs) # Insert end and reference at end of paragraph target_p.append(cre) target_p.append(r) # Serialize back files['word/document.xml'] = etree.tostring(doc_root_main, xml_declaration=True, encoding='UTF-8', standalone="yes") # Create comments.xml and related parts # Use IDs copied from Q doc (paraId/durableId) paraId="0E62C883" durableId="1E3B79D1" # Date: now in UTC-ish now_utc = datetime.datetime.utcnow().replace(microsecond=0).isoformat()+"Z" # comments.xml comments_nsmap = { 'w': W } comments_root = etree.Element(f"{{{W}}}comments", nsmap={'w':W}) # create comment element comment_el = etree.SubElement(comments_root, f"{{{W}}}comment") comment_el.set(f"{{{W}}}id","0") comment_el.set(f"{{{W}}}author","研二学生") comment_el.set(f"{{{W}}}date", now_utc) comment_el.set(f"{{{W}}}initials","GS") # comment paragraph p_el = etree.SubElement(comment_el, f"{{{W}}}p") r_el = etree.SubElement(p_el, f"{{{W}}}r") t_el = etree.SubElement(r_el, f"{{{W}}}t") t_el.text = "【批注】技术领域写到“装置、设备和计算机存储介质”,但权利要求目前只有“方法”条款。建议:补充装置/设备/存储介质权利要求(对应模块或处理器-存储器结构),或删减说明书中相关表述以保持一致。" files['word/comments.xml'] = etree.tostring(comments_root, xml_declaration=True, encoding='UTF-8', standalone="yes") # commentsIds.xml (w16cid) w16cid = "http://schemas.microsoft.com/office/2016/09/wordml/cid" commentsIds_root = etree.Element(f"{{{w16cid}}}commentsIds", nsmap={'w16cid':w16cid}) commentId_el = etree.SubElement(commentsIds_root, f"{{{w16cid}}}commentId") commentId_el.set(f"{{{w16cid}}}paraId", paraId) commentId_el.set(f"{{{w16cid}}}durableId", durableId) files['word/commentsIds.xml'] = etree.tostring(commentsIds_root, xml_declaration=True, encoding='UTF-8', standalone="yes") # commentsExtended.xml (w15) w15 = "http://schemas.microsoft.com/office/word/2012/wordml" commentsEx_root = etree.Element(f"{{{w15}}}commentsEx", nsmap={'w15':w15}) commentEx_el = etree.SubElement(commentsEx_root, f"{{{w15}}}commentEx") commentEx_el.set(f"{{{w15}}}paraId", paraId) commentEx_el.set(f"{{{w15}}}done","0") files['word/commentsExtended.xml'] = etree.tostring(commentsEx_root, xml_declaration=True, encoding='UTF-8', standalone="yes") # commentsExtensible.xml (w16cex) w16cex="http://schemas.microsoft.com/office/word/2018/wordml/cex" commentsExt_root = etree.Element(f"{{{w16cex}}}commentsExtensible", nsmap={'w16cex':w16cex}) commentExt_el = etree.SubElement(commentsExt_root, f"{{{w16cex}}}commentExtensible") commentExt_el.set(f"{{{w16cex}}}durableId", durableId) commentExt_el.set(f"{{{w16cex}}}dateUtc", now_utc.replace("Z","Z")) # keep Z files['word/commentsExtensible.xml'] = etree.tostring(commentsExt_root, xml_declaration=True, encoding='UTF-8', standalone="yes") # Update relationships rels_root_main = etree.fromstring(files['word/_rels/document.xml.rels']) # compute next rId number existing_ids=[rel.get('Id') for rel in rels_root_main.findall(f"{{{pkg}}}Relationship")] max_id=max(int(r[3:]) for r in existing_ids if r.startswith('rId')) def add_rel(rel_id, rel_type, target): rel=etree.SubElement(rels_root_main, f"{{{pkg}}}Relationship") rel.set("Id", rel_id) rel.set("Type", rel_type) rel.set("Target", target) # add four rels add_rel(f"rId{max_id+1}", "http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments", "comments.xml") add_rel(f"rId{max_id+2}", "http://schemas.microsoft.com/office/2011/relationships/commentsExtended", "commentsExtended.xml") add_rel(f"rId{max_id+3}", "http://schemas.microsoft.com/office/2016/09/relationships/commentsIds", "commentsIds.xml") add_rel(f"rId{max_id+4}", "http://schemas.microsoft.com/office/2018/08/relationships/commentsExtensible", "commentsExtensible.xml") files['word/_rels/document.xml.rels'] = etree.tostring(rels_root_main, xml_declaration=True, encoding='UTF-8', standalone="yes") # Update content types ct_root_main = etree.fromstring(files['[Content_Types].xml']) ctns = ct_root_main.nsmap.get(None) # helper to add override if not exists def ensure_override(partname, contenttype): for el in ct_root_main.findall(f"{{{ctns}}}Override"): if el.get('PartName')==partname: return ov=etree.SubElement(ct_root_main, f"{{{ctns}}}Override") ov.set("PartName", partname) ov.set("ContentType", contenttype) ensure_override("/word/comments.xml", "application/vnd.openxmlformats-officedocument.wordprocessingml.comments+xml") ensure_override("/word/commentsExtended.xml", "application/vnd.openxmlformats-officedocument.wordprocessingml.commentsExtended+xml") ensure_override("/word/commentsIds.xml", "application/vnd.openxmlformats-officedocument.wordprocessingml.commentsIds+xml") ensure_override("/word/commentsExtensible.xml", "application/vnd.openxmlformats-officedocument.wordprocessingml.commentsExtensible+xml") files['[Content_Types].xml'] = etree.tostring(ct_root_main, xml_declaration=True, encoding='UTF-8', standalone="yes") # Write out new docx with zipfile.ZipFile(out_path, 'w', compression=zipfile.ZIP_DEFLATED) as zout: for name,data in files.items(): zout.writestr(name, data) out_path, out_path.exists(), out_path.stat().st_size (PosixPath('/mnt/data/已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx'), True, 314578)

Python

python
parts_out = list_docx_parts(out_path) [x for x in parts_out if 'comment' in x.lower()] , 'word/comments.xml' in parts_out (['word/comments.xml', 'word/commentsIds.xml', 'word/commentsExtended.xml', 'word/commentsExtensible.xml'], True)

Python

python
# Ensure document.xml contains commentRangeStart for id 0 doc_out = read_xml_from_docx(out_path,'word/document.xml').decode('utf-8') 'commentRangeStart' in doc_out, doc_out.count('commentRangeStart'), doc_out.count('commentReference') (True, 1, 1)

Мысль

Providing annotated doc and verifying citations

We’ve already got the relevant citations for the location, so no need for additional steps. I'll provide the user with the annotated document and mention that the comment was added to the "technical field" paragraph. I'll cite the lines related to the text using filecite, referencing the precise lines from the given files.

Final response and citation for user

I'll cite the main document for the location

Thought for 5m 44s

Ответ

我按你给的示例文档那种Word“批注/评论”形式,只加了1条批注到你的这篇专利里。

  • 批注位置:说明书 “技术领域” 第一段中这句附近——“……一致性检测方法、装置、设备和计算机存储介质……”。(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)
  • 批注内容(概述):指出说明书写了“装置/设备/存储介质”,但权利要求目前只有“方法”,建议补充装置/设备/存储介质权利要求删减说明书表述保持一致。(你文中后面也出现了“计算机可读存储介质”的表述,更说明最好把权利要求体系补齐。)(一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)

已生成带批注版本(可直接交老师):
下载:已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx

Вопрос

就一条太敷衍了,多来几条,11条吧

Python

python
from docx import Document, text import re, os, itertools, math, json, pandas as pd ex_path="/mnt/data/Q_一种基于图论和大模型的时序图一致性检测的方法.docx" doc=Document(ex_path) paras=[p.text for p in doc.paragraphs] len(paras), paras[:30] (81, ['本发明提供一种基于图论和大模型的时序图一致性检测的方法。该方法包括:首先,将时序图中的时间元素(如时间点、状态、事件)和逻辑关系(如时间依赖性、先后顺序)进行结构化转化,构建为图结构表示;其次,应用图论算法,例如深度优先遍历(DFS)和图同构检测,对所述图结构进行分析,以识别潜在的不一致性节点组合或路径;然后,将图论检测结果中的潜在错误节点或节点组合传递给大语言模型进行进一步的逻辑推理和语义验证;最后,大模型输出一致性检测结果并反馈给用户。本发明通过将图论的结构化分析与大模型的强大语义推理能力相结合,能够系统化且自动化地识别时序图中的潜在错误,显著提高验证的精度和效率。', '', '', '', '', '', '1.一种基于图论和大模型的时序图一致性检测方法,其特征在于,所述方法包括:', '1)时序图结构化转化:将输入的时序图中的时间元素抽象为图中的节点,并将所述时间元素之间的逻辑关系通过边进行表示,构建结构化图表示;', '2)图论算法应用:使用至少一种图论算法对所述结构化图表示进行遍历和检测,识别出潜在的不一致节点或节点组合;', '3)大模型推理验证:将图论算法识别到的所述潜在不一致节点或节点组合作为输入提示,传递给大模型,由所述大模型进行语义推理和逻辑验证;', '4)结果反馈:接收所述大模型的推理和验证结果,并将其作为一致性检测结果进行反馈。', '2.根据权利要求1所述的方法,其特征在于,所述时间元素包括时间点、状态或事件;所述逻辑关系包括时间依赖性、先后顺序或状态转换。', '3.根据权利要求1所述的方法,其特征在于,步骤2)中所述图论算法包括图的深度优先遍历(DFS);所述深度优先遍历用于探索图中所有可能的路径,检查状态转换的合理性,并确保时间顺序的依赖关系得到满足。', '4.根据权利要求1所述的方法,其特征在于,步骤2)中所述图论算法包括图同构检测;所述图同构检测用于识别和比较不同时序图视图之间的结构相似性和差异性,以辅助发现结构上的不一致。', '5.根据权利要求1所述的方法,其特征在于,步骤3)中所述大模型的语义推理和逻辑验证包括:识别时间依赖关系的错误、状态转换的异常或因果链的断裂,以及进行跨视图一致性检查。', '6.一种基于图论和大模型的时序图一致性检测装置,其特征在于,包括:', '1)结构化转化模块,用于将时序图中的时间元素抽象为节点,并将逻辑关系表示为边,构建结构化图表示;', '2)图论分析模块,用于使用图论算法对所述结构化图表示进行分析,识别潜在的不一致节点或节点组合;', '3)一致性检测模块,用于将所述潜在不一致节点或节点组合传递给大模型进行推理验证,并获得一致性输出结果。', '', '', '一种基于大模型的多视图一致性检测方法方法', '一、技术领域', '本发明涉及人工智能领域,尤其涉及一种基于图论和深度学习的系统一致性检测方法、装置、设备和计算机存储介质。', '二、背景技术', '在软件工程和系统工程领域,时序图(Sequence Diagram)是一种关键的UML(统一建模语言)工具,专门用于描述系统中不同对象或组件之间随时间发生的交互。时序图通过垂直生命线代表对象,通过水平箭头表示对象间的消息传递,能够清晰地展示系统在执行某个用例或操作时的动态行为、事件因果链以及状态转换。它为系统行为的验证提供了至关重要的信息。', '然而,随着现代系统(如分布式系统、物联网、微服务架构)的复杂性和规模急剧增长,时序图所承载的交互逻辑也变得异常繁复。一个复杂的业务流程可能涉及数十个组件和数百条消息。在这种情况下,仅依靠手动审查或传统的算法验证方式,已难以有效识别图中隐藏的潜在错误或不一致性。', '这些不一致性可能表现为多种形式,例如:时间顺序的依赖关系错误(如一个响应消息先于它的请求消息出现)、状态转换的异常(如一个对象在未被初始化时就被调用)、事件因果链的断裂(如一个关键步骤被遗漏),或是跨越多个不同视图(例如,高层架构时序图与底层详细设计时序图)之间的逻辑矛盾。', '为了解决这一问题,业界已有的方法主要集中在基于形式化或图论的算法。例如,可以将时序图结构化为图(Graph)表示,其中时间元素(如事件、状态)被抽象为节点,逻辑关系(如先后顺序)被抽象为边。随后,可以应用图论算法(如图的深度优先遍历DFS)来探索所有可能的执行路径,检查状态转换的合理性。', '尽管图论方法能够有效地识别图结构中的某些不一致性,但它们在实际应用中仍存在局限。首先,面对大规模且复杂的图,纯粹的图论算法可能难以应对;其次,更重要的是,这些算法虽然擅长结构分析,但往往缺乏对交互“语义”的深入理解。它们可以发现“A是否总在B之前”,但很难判断“在A之后接着发生B,在逻辑上是否合理”。'])

Python

python
import zipfile, pandas as pd, os, re, textwrap def has_comments(docx_path): with zipfile.ZipFile(docx_path,'r') as z: return 'word/comments.xml' in z.namelist(), [n for n in z.namelist() if 'comments' in n] for path in [ex_path, "/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx"]: print(path, has_comments(path))

Python

python
import zipfile, lxml.etree as ET, datetime def read_zip_xml(docx_path, internal_path): with zipfile.ZipFile(docx_path,'r') as z: data=z.read(internal_path) return data ex_comments=read_zip_xml(ex_path,'word/comments.xml') ex_comments[:500] b'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\r\n<w:comments xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmlns:cx2="http://schemas.microsoft.com/office/drawing/2015/10/21/chartex" xmlns:cx3="http://schemas.microsoft.com/office/drawing/2016/5/9/chartex" xmlns:cx4="http://schemas.microsoft.com/office/drawing/2016/5/1'

Python

python
# pretty print first comment id root=ET.fromstring(ex_comments) ns=root.nsmap len(root), list(root)[:1] (24, [<Element {http://schemas.openxmlformats.org/wordprocessingml/2006/main}comment at 0x7edbba4423d0>])

Python

python
# Inspect first few comment elements for attributes for c in root.findall('.//w:comment', namespaces=ns)[:3]: print(c.get('{%s}id'%ns['w']), c.get('{%s}author'%ns['w']), c.get('{%s}date'%ns['w'])) # get text content texts=c.findall('.//w:t', namespaces=ns) print('text:', ''.join([t.text or '' for t in texts])[:200])

Python

python
target_path="/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" doc=Document(target_path) paras=[p.text for p in doc.paragraphs] len(paras), paras[:40] (65, ['本发明公开了一种基于实体链接库和知识表示进行视图数据一致性检测方法,旨在解决异构数据源集成过程中的一致性冲突问题。该方法首先将来自不同来源或表达形式的两个原始视图分别转换为统一的结构化表示形式(例如RDF三元组)。其次,提取视图中的命名实体并构建一个轻量级的实体链接库,通过实体链接技术实现跨视图的实体消歧与对齐,以检测实体名称层面的不一致性。进一步地,为捕捉更深层次的语义不一致(如关系错配、属性冲突),引入知识表示,利用TransE(Translating Embeddings for Modeling Multi-relational Data)模型对两个视图的结构化三元组进行联合嵌入学习,最后,在此基础上,设计基于嵌入相似度(如余弦相似度、欧氏距离)和向量平移误差的一致性度量机制,通过评估已对齐实体在嵌入空间中的距离或三元组的平移误差来判定语义层面的不一致性。本方法通过“符号级对齐+向量级验证”的双重机制,实现对多视图数据一致性的细粒度、可解释性判断,可广泛应用于数据集成、知识图谱构建、跨模态对齐等场景。', '', '', '', '', '1. 一种基于实体链接库和知识表示进行视图数据一致性检测方法,其特征在于,包括以下步骤:', '1)将来自不同来源或表达形式的两个原始视图分别转换为统一的结构化表示形式;', '2)在所述结构化表示的基础上,提取其中显式或隐式的命名实体,并构建一个实体链接库,通过实体链接技术实现跨视图的实体消歧与对齐,检测实体名称层面的不一致性;', '3)为捕捉深层次的语义不一致,利用TransE模型对两个视图的所述结构化三元组进行联合嵌入学习,获得每个实体和关系的语义向量表示;', '4)设计基于嵌入相似度的一致性度量机制 :对于在实体链接阶段已对齐的实体对,计算其在嵌入空间中的相似度;对于共享关系路径的三元组,评估其向量平移误差 ,根据所述相似度或平移误差判定是否存在语义层面的不一致性。', '2. 根据权利要求1所述的方法,其特征在于,所述统一的结构化表示形式包括RDF三元组或属性值对。', '3. 根据权利要求1所述的方法,其特征在于,所述实体链接库包含每个视图中识别出的实体及其可能指向的标准知识库中的规范实体标识符;所述标准知识库包括Wikidata或DBpedia。', '4. 根据权利要求1所述的方法,其特征在于,所述TransE模型将实体和关系映射到低维连续向量空间中,并遵循“头实体 + 关系 ≈ 尾实体”的平移假设。', '5. 根据权利要求1所述的方法,其特征在于,所述嵌入相似度包括余弦相似度或欧氏距离;所述向量平移误差为∥h+r−t∥的范数。', '6. 根据权利要求5所述的方法,其特征在于,若所述相似度低于预设阈值或所述平移误差显著偏高,则判定存在语义层面的不一致性。', '7. 根据权利要求1-6任一项所述的方法,其特征在于,所述方法应用于数据集成、知识图谱构建、跨模态对齐或数据治理场景。', '', '一种基于实体链接库和知识表示进行视图数据一致性检测方法', '技术领域', '本发明涉及人工智能与数据处理领域,尤其涉及一种多视图数据(Multi-view Data)一致性检测方法、装置、设备和计算机存储介质。本发明具体涉及一种结合了符号级实体对齐与向量级语义验证的双重检测机制,用于数据集成、知识图谱构建及数据治理等场景。', '背景技术', '在基于模型的系统工程(MBSE)、数据集成、知识图谱构建等实践中,来自不同来源或表达形式的多个视图(View)从不同维度刻画了信息内容,有效增强了体系结构表达的完整性与丰富性。然而,这也带来了模型之间关联复杂、管理困难等问题。尤其在实践过程中,不同视图之间常因数据重叠和相互引用而引发不一致性问题。', '这些不一致性主要包括两方面:', '数据层面的一致性问题(表层命名冲突):由于多个视图可能分别由不同的团队或人员在不同时期独立创建,导致对同一体系结构元素(如系统组件、操作节点、信息流等)在不同视图中出现定义不统一、属性描述冲突或命名格式不一致等现象。例如,一个视图中使用“Beijing”,而另一视图中使用“Peking”,尽管两者均指向同一规范实体(如Q956),但传统的基于字符串的检测方法难以识别其一致性。', '逻辑层面上的不一致性(深层语义冲突):此类问题多表现为视图间在系统行为或关系上的矛盾,例如关系错配(Relationship Mismatch)或属性冲突(Attribute Conflicts)。例如,某操作视图中所描述的信息流未在系统视图中体现,或者两个视图对同一实体的同一属性(如“总部地址”)给出了相互矛盾的值。', '为解决上述问题,现有技术进行了一些探索。实体链接(Entity Linking)技术被用于解决第一类问题,它通过将视图中的实体提及(Mention)链接到标准知识库(如Wikidata、DBpedia)中的规范实体标识符,实现跨视图的实体消歧与对齐。然而,实体链接本身主要解决“符号对齐”问题,难以检测深层的语义冲突。', '另一方面,知识表示学习(Knowledge Representation Learning),特别是像TransE这样的嵌入模型,被引入来捕捉深层语义。TransE将实体和关系映射到低维连续向量空间中,理论上可以量化语义相似性。但是,如果数据在输入嵌入模型之前没有经过有效的符号级对齐,模型可能会将“Beijing”和“Peking”学习为两个完全不同的向量,从而无法利用它们在现实世界中指向同一实体这一先验知识,导致后续的语义冲突检测变得困难或不准确。', '综上所述,现有方法或侧重于符号对齐,或侧重于语义表示,缺乏一种能将二者有机结合、同时处理表层命名冲突和深层语义偏差的统一框架。', '发明内容', '本发明提供了一种基于实体链接库和知识表示进行视图数据一致性检测方法及装置,旨在解决背景技术中提到的、现有技术难以同时处理的表层命名不一致和深层语义不一致的问题。', '根据本发明的一方面,提供了一种基于实体链接库和知识表示进行视图数据一致性检测方法,如图1所示,包括以下步骤:', '步骤1:数据结构化转换 本步骤属于数据预处理阶段。将来自不同来源或表达形式的两个原始视图(例如,来自XML文件、数据库或API)进行解析与语义抽取。将这些结构化或半结构化的视图数据转换为统一的知识表示形式,即RDF三元组(实体,关系,实体)或属性-值对 。该过程不仅保留了原始数据中的语义信息,也为后续的自动化处理提供了标准化输入。', '步骤2:实体链接与符号级对齐 在步骤1获得的结构化表示的基础上,提取其中显式或隐式的命名实体 。构建一个轻量级的实体链接库(Entity Linking Repository),该库依据信息系统框架,涵盖了实体间的规范化要求。该库包含每个视图中识别出的实体及其可能指向的标准知识库(如Wikidata、DBpedia)中的规范实体标识符 。 通过实体链接技术,系统自动检索该库,实现跨视图的实体消歧与对齐 。此步骤用以检测是否存在因命名差异、别名使用或拼写错误导致的实体名称层面的不一致性 。例如,若“Beijing”和“Peking”均能链接至同一规范实体(如Q956),则视为符号级一致;否则标记为潜在冲突。', '步骤3:知识表示与语义嵌入 为捕捉步骤2无法检测的深层次语义不一致(如关系错配、属性冲突等),本步骤引入知识表示学习。具体地,利用TransE模型对两个视图(经过步骤2对齐后)的结构化三元组进行联合嵌入学习。TransE模型将实体和关系映射到同一低维连续向量空间中,并遵循“头实体(h) + 关系(r) ≈ 尾实体(t)”的平移假设。通过在统一嵌入空间中编码两个视图的所有三元组,可以获得每个实体和关系的语义向量表示。', '步骤4:一致性度量与向量级验证本步骤在步骤3获得的语义向量表示的基础上,设计并执行“符号级对齐 + 向量级验证”的双重一致性度量机制。该机制包括:', '实体向量验证:对于在步骤2中已对齐的实体对(如“Beijing”和“Peking”),计算其在嵌入空间中的余弦相似度或欧氏距离 。若相似度低于预设阈值,则表明即使符号对齐,其上下文语义也可能存在不一致。', '三元组平移误差验证:对于共享关系路径的三元组(特别是存在属性冲突的),评估其向量平移误差,即∥h+r−t∥的范数。若平移误差显著偏高,则判定该三元组或关联结构存在语义层面的不一致性(例如,关系错配或属性值冲突)。', '将上述度量结果组合,系统获得对应的一致性输出结果。', '应当理解,本部分所描述的内容并非旨在标识本发明的实施例的关键或重要特征,也不用于限制本发明的权利范围。本发明的其它特征将通过以下的说明书而变得容易理解。', '附图说明'])

Python

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for i,p in enumerate(paras): if p.strip(): print(i, p[:60])

Python

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for i in range(18,45): p=paras[i] if p.strip(): print(i, p[:120])

Python

python
# check attributes keys c0=root.findall('.//w:comment', namespaces=ns)[0] c0.attrib.keys() ['{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials']

Python

python
c0.get('{%s}initials'%ns['w']) 'OM'

Python

python
def comment_xml_structure(comment): # print as string limited return ET.tostring(comment, encoding='unicode')[:500] print(comment_xml_structure(c0))

Python

python
# show first comment children tags and first paragraph style for child in c0: print(child.tag) p=c0.find('.//w:p', namespaces=ns) pPr=p.find('w:pPr', namespaces=ns) pStyle=pPr.find('w:pStyle', namespaces=ns) if pPr is not None else None print("pStyle", pStyle.get('{%s}val'%ns['w']) if pStyle is not None else None) r=p.find('.//w:r', namespaces=ns) rStyle=(r.find('w:rPr/w:rStyle', namespaces=ns)) print("rStyle", rStyle.get('{%s}val'%ns['w']) if rStyle is not None else None)

Python

python
ex_doc_xml=read_zip_xml(ex_path,'word/document.xml') b'commentRangeStart' in ex_doc_xml, b'commentReference' in ex_doc_xml (True, True)

Python

python
# parse and find one comment reference snippet rootdoc=ET.fromstring(ex_doc_xml) nsd=rootdoc.nsmap # find first commentRangeStart crs=rootdoc.find('.//w:commentRangeStart', namespaces=nsd) crs.get('{%s}id'%nsd['w']) '0'

Python

python
# find parent paragraph text of that comment def paragraph_text(p): return ''.join([t.text or '' for t in p.findall('.//w:t', namespaces=nsd)]) p=crs.getparent() while p is not None and p.tag != f"{{{nsd['w']}}}p": p=p.getparent() print(paragraph_text(p)[:200])

Python

python
# show children around start children=list(p) for idx,ch in enumerate(children[:10]): if 'comment' in ch.tag: print(idx, ch.tag, ch.attrib)

Python

python
for idx,ch in enumerate(children[:12]): tag=ET.QName(ch).localname if tag.startswith('comment') or tag=='r': # see if it includes commentReference if tag=='r' and ch.find('.//w:commentReference', namespaces=nsd) is not None: print(idx,'run with commentReference', ET.tostring(ch, encoding='unicode')) elif tag.startswith('comment'): print(idx, tag, ch.get('{%s}id'%nsd['w']))

Python

python
target_styles=read_zip_xml(target_path,'word/styles.xml') b'a7' in target_styles, b'CommentText' in target_styles[:2000] (True, False)

Python

python
b'a8' in target_styles True

Python

python
for fname in ['word/commentsExtended.xml','word/commentsIds.xml','word/commentsExtensible.xml']: data=read_zip_xml(ex_path,fname) print(fname, data[:200])

Python

python
for fname in ['word/commentsIds.xml','word/commentsExtensible.xml','word/commentsExtended.xml']: root=ET.fromstring(read_zip_xml(ex_path,fname)) print(fname, ET.QName(root).localname, list(root)[:2])

Python

python
# check number of commentId elements and how they map cid_root=ET.fromstring(read_zip_xml(ex_path,'word/commentsIds.xml')) ns=cid_root.nsmap cids=cid_root.findall('.//cid:commentId', namespaces=ns) print(len(cids)) print(cids[0].attrib)

Python

python
cid_root=ET.fromstring(read_zip_xml(ex_path,'word/commentsIds.xml')) cid_root.nsmap {'wpc': 'http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas', 'cx': 'http://schemas.microsoft.com/office/drawing/2014/chartex', 'cx1': 'http://schemas.microsoft.com/office/drawing/2015/9/8/chartex', 'cx2': 'http://schemas.microsoft.com/office/drawing/2015/10/21/chartex', 'cx3': 'http://schemas.microsoft.com/office/drawing/2016/5/9/chartex', 'cx4': 'http://schemas.microsoft.com/office/drawing/2016/5/10/chartex', 'cx5': 'http://schemas.microsoft.com/office/drawing/2016/5/11/chartex', 'cx6': 'http://schemas.microsoft.com/office/drawing/2016/5/12/chartex', 'cx7': 'http://schemas.microsoft.com/office/drawing/2016/5/13/chartex', 'cx8': 'http://schemas.microsoft.com/office/drawing/2016/5/14/chartex', 'mc': 'http://schemas.openxmlformats.org/markup-compatibility/2006', 'aink': 'http://schemas.microsoft.com/office/drawing/2016/ink', 'am3d': 'http://schemas.microsoft.com/office/drawing/2017/model3d', 'o': 'urn:schemas-microsoft-com:office:office', 'oel': 'http://schemas.microsoft.com/office/2019/extlst', 'r': 'http://schemas.openxmlformats.org/officeDocument/2006/relationships', 'm': 'http://schemas.openxmlformats.org/officeDocument/2006/math', 'v': 'urn:schemas-microsoft-com:vml', 'wp14': 'http://schemas.microsoft.com/office/word/2010/wordprocessingDrawing', 'wp': 'http://schemas.openxmlformats.org/drawingml/2006/wordprocessingDrawing', 'w10': 'urn:schemas-microsoft-com:office:word', 'w': 'http://schemas.openxmlformats.org/wordprocessingml/2006/main', 'w14': 'http://schemas.microsoft.com/office/word/2010/wordml', 'w15': 'http://schemas.microsoft.com/office/word/2012/wordml', 'w16cex': 'http://schemas.microsoft.com/office/word/2018/wordml/cex', 'w16cid': 'http://schemas.microsoft.com/office/word/2016/wordml/cid', 'w16': 'http://schemas.microsoft.com/office/word/2018/wordml', 'w16du': 'http://schemas.microsoft.com/office/word/2023/wordml/word16du', 'w16sdtdh': 'http://schemas.microsoft.com/office/word/2020/wordml/sdtdatahash', 'w16sdtfl': 'http://schemas.microsoft.com/office/word/2024/wordml/sdtformatlock', 'w16se': 'http://schemas.microsoft.com/office/word/2015/wordml/symex', 'wpg': 'http://schemas.microsoft.com/office/word/2010/wordprocessingGroup', 'wpi': 'http://schemas.microsoft.com/office/word/2010/wordprocessingInk', 'wne': 'http://schemas.microsoft.com/office/word/2006/wordml', 'wps': 'http://schemas.microsoft.com/office/word/2010/wordprocessingShape'}

Python

python
ns=cid_root.nsmap cids=cid_root.findall('.//w16cid:commentId', namespaces=ns) len(cids), cids[0].attrib (24, {'{http://schemas.microsoft.com/office/word/2016/wordml/cid}paraId': '0E62C883', '{http://schemas.microsoft.com/office/word/2016/wordml/cid}durableId': '1E3B79D1'})

Python

python
rels=read_zip_xml(target_path,'word/_rels/document.xml.rels') rels[:200] b'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\r\n<Relationships xmlns="http://schemas.openxmlformats.org/package/2006/relationships"><Relationship Id="rId8" Type="http://schemas.openxmlformats'

Python

python
rels_root=ET.fromstring(rels) rels_root.tag, len(rels_root) ('{http://schemas.openxmlformats.org/package/2006/relationships}Relationships', 21)

Python

python
# list existing rId numbers ids=[rel.get('Id') for rel in rels_root] ids[:10], ids[-5:] (['rId8', 'rId13', 'rId18', 'rId3', 'rId21', 'rId7', 'rId12', 'rId17', 'rId2', 'rId16'], ['rId10', 'rId19', 'rId4', 'rId9', 'rId14'])

Python

python
import re nums=[int(re.findall(r'\d+',rid)[0]) for rid in ids] max(nums), sorted(nums)[:5], sorted(nums)[-5:] (21, [1, 2, 3, 4, 5], [17, 18, 19, 20, 21])

Python

python
ct=read_zip_xml(target_path,'[Content_Types].xml') b'comments.xml' in ct, ct[:300] (False, b'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\r\n<Types xmlns="http://schemas.openxmlformats.org/package/2006/content-types"><Default Extension="png" ContentType="image/png"/><Default Extension="rels" ContentType="application/vnd.openxmlformats-package.relationships+xml"/><Default Extension=')

Python

python
def describe_comment(comment): # show simplified structure for p in comment.findall('w:p', namespaces=ns): texts=[t.text for t in p.findall('.//w:t', namespaces=ns)] print('p', ''.join(texts)) print('pPr', [ET.QName(e).localname+":"+e.get(f'{{{ns["w"]}}}val', '') for e in p.findall('w:pPr/*', namespaces=ns)]) for r in p.findall('w:r', namespaces=ns): rstyle=r.find('w:rPr/w:rStyle', namespaces=ns) print('rstyle', rstyle.get(f'{{{ns["w"]}}}val') if rstyle is not None else None) print('t', ''.join([t.text or '' for t in r.findall('w:t', namespaces=ns)])) describe_comment(c

Python

python
print(ET.tostring(c0, encoding='unicode')[:800])

Python

python
# Print comment element without huge namespace declarations by using etree.tostring on deep copy with nsmap minimal? hmm # Let's print the inner p element p0=c0.find('w:p', namespaces=ns) print(ET.tostring(p0, encoding='unicode', pretty_print=True))

Python

python
import zipfile, shutil, tempfile, os, datetime, lxml.etree as ET, re, uuid from copy import deepcopy w_ns="http://schemas.openxmlformats.org/wordprocessingml/2006/main" rel_ns="http://schemas.openxmlformats.org/package/2006/relationships" ct_ns="http://schemas.openxmlformats.org/package/2006/content-types" def get_paragraph_text_from_xml(p, nsmap): texts=[] for t in p.findall('.//w:t', namespaces=nsmap): if t.text: texts.append(t.text) return ''.join(texts) def insert_comment_into_paragraph(p, comment_id, nsmap): # find first run with text or any run # Children include pPr and others children=list(p) first_run=None for ch in children: if ch.tag == f"{{{w_ns}}}r": first_run=ch # prefer run with text if ch.find('.//w:t', namespaces=nsmap) is not None: break if first_run is None: return False # create commentRangeStart and End crs=ET.Element(f"{{{w_ns}}}commentRangeStart") crs.set(f"{{{w_ns}}}id", str(comment_id)) cre=ET.Element(f"{{{w_ns}}}commentRangeEnd") cre.set(f"{{{w_ns}}}id", str(comment_id)) # commentReference run r=ET.Element(f"{{{w_ns}}}r") rPr=ET.SubElement(r, f"{{{w_ns}}}rPr") rStyle=ET.SubElement(rPr, f"{{{w_ns}}}rStyle") rStyle.set(f"{{{w_ns}}}val", "a7") # match example cref=ET.SubElement(r, f"{{{w_ns}}}commentReference") cref.set(f"{{{w_ns}}}id", str(comment_id)) # insert crs before first_run idx=list(p).index(first_run) p.insert(idx, crs) # insert cre after first_run (which index shifted by +1) idx_after=list(p).index(first_run)+1 p.insert(idx_after, cre) # insert reference run after cre idx_cre=list(p).index(cre)+1 p.insert(idx_cre, r) return True def add_comments_to_docx(target_docx_path, out_path, anchor_to_comment_text, author="研二学生", initials="Y2"): # Read all parts with zipfile.ZipFile(target_docx_path,'r') as zin: files={name: zin.read(name) for name in zin.namelist()} # Parse document.xml doc_xml=ET.fromstring(files['word/document.xml']) nsmap=doc_xml.nsmap.copy() nsmap.setdefault('w', w_ns) # Prepare list of comment placements placements=[] for cid,(anchor, ctext) in enumerate(anchor_to_comment_text): # find paragraph containing anchor found_p=None for p in doc_xml.findall('.//w:p', namespaces=nsmap): if anchor in get_paragraph_text_from_xml(p, nsmap): found_p=p break if found_p is None: placements.append((cid, anchor, False)) continue ok=insert_comment_into_paragraph(found_p, cid, nsmap) placements.append((cid, anchor, ok)) # Serialize modified document.xml files['word/document.xml']=ET.tostring(doc_xml, xml_declaration=True, encoding='UTF-8', standalone="yes") # Modify document.xml.rels: add comments relationship rels_xml=ET.fromstring(files['word/_rels/document.xml.rels']) # find new rId existing=[rel.get('Id') for rel in rels_xml.findall(f'{{{rel_ns}}}Relationship')] nums=[int(re.findall(r'\d+',rid)[0]) for rid in existing if re.findall(r'\d+',rid)] new_rid=f"rId{max(nums)+1 if nums else 1}" # add relationship element rel_el=ET.SubElement(rels_xml, f"{{{rel_ns}}}Relationship") rel_el.set('Id', new_rid) rel_el.set('Type', "http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments") rel_el.set('Target', "comments.xml") files['word/_rels/document.xml.rels']=ET.tostring(rels_xml, xml_declaration=True, encoding='UTF-8', standalone="yes") # Modify [Content_Types].xml to include comments override ct_xml=ET.fromstring(files['[Content_Types].xml']) # check existing override found=False for ov in ct_xml.findall(f'{{{ct_ns}}}Override'): if ov.get('PartName')=="/word/comments.xml": found=True break if not found: ov=ET.SubElement(ct_xml, f"{{{ct_ns}}}Override") ov.set('PartName', "/word/comments.xml") ov.set('ContentType', "application/vnd.openxmlformats-officedocument.wordprocessingml.comments+xml") files['[Content_Types].xml']=ET.tostring(ct_xml, xml_declaration=True, encoding='UTF-8', standalone="yes") # Create comments.xml based on example root for namespace richness ex_root=ET.fromstring(ex_comments) # remove existing children for child in list(ex_root): ex_root.remove(child) # Generate comment elements now=datetime.datetime.utcnow().replace(microsecond=0).isoformat()+"Z" for cid,(anchor, ctext) in enumerate(anchor_to_comment_text): c=ET.SubElement(ex_root, f"{{{w_ns}}}comment") c.set(f"{{{w_ns}}}id", str(cid)) c.set(f"{{{w_ns}}}author", author) c.set(f"{{{w_ns}}}initials", initials) c.set(f"{{{w_ns}}}date", now) # body p=ET.SubElement(c, f"{{{w_ns}}}p") pPr=ET.SubElement(p, f"{{{w_ns}}}pPr") pStyle=ET.SubElement(pPr, f"{{{w_ns}}}pStyle") pStyle.set(f"{{{w_ns}}}val", "a8") r1=ET.SubElement(p, f"{{{w_ns}}}r") r1Pr=ET.SubElement(r1, f"{{{w_ns}}}rPr") r1Style=ET.SubElement(r1Pr, f"{{{w_ns}}}rStyle") r1Style.set(f"{{{w_ns}}}val", "a7") ET.SubElement(r1, f"{{{w_ns}}}annotationRef") r2=ET.SubElement(p, f"{{{w_ns}}}r") t=ET.SubElement(r2, f"{{{w_ns}}}t") t.text=ctext files['word/comments.xml']=ET.tostring(ex_root, xml_declaration=True, encoding='UTF-8', standalone="yes") # Write out new docx with zipfile.ZipFile(out_path,'w', zipfile.ZIP_DEFLATED) as zout: for name,data in files.items(): zout.writestr(name, data) return placements, new_rid anchor_to_comment_text=[ ("本发明公开了一种基于实体链接库和知识表示进行视图数据一致性检测方法", "摘要信息量偏大且夹带较多举例(如“例如…/如余弦相似度、欧氏距离”),建议按“技术问题—核心方案—有益效果”压缩,并把度量细节放到具体实施方式。"), ("统一的结构化表示形式", "“统一的结构化表示形式”表述偏泛,建议明确限定为RDF三元组/属性-值对等,并补充视图到三元组的映射规则(字段→实体/关系/属性、命名空间、去重策略)。"), ("显式或隐式的命名实体", "“显式或隐式命名实体”未解释:隐式实体如何识别/抽取?建议补充抽取方式(规则模板/NER模型/词典匹配等)及消歧流程与置信度阈值。"), ("利用TransE模型", "权利要求中仅限定TransE可能导致保护范围较窄,建议表述为“TransE或其它知识图谱嵌入模型(如平移类/图嵌入)”,并在说明书补充训练设置(负采样、维度、迭代等)。"), ("共享关系路径", "“共享关系路径”概念不够明确:路径长度是否限制、如何生成与判定共享?建议定义路径长度k、路径枚举/采样规则以及共享判定条件,避免实施时歧义。"), ("RDF三元组或属性值对", "这里写“属性值对”,但后续用TransE训练三元组;建议说明属性值对如何转换为三元组(实体—属性—值)或单独采用其他表示/度量方式。"), ("所述标准知识库包括Wikidata或DBpedia", "标准知识库写死为Wikidata/DBpedia可能过窄,建议改为“包括但不限于Wikidata、DBpedia及领域知识库”,以扩大适用范围并避免轻易规避。"), ("预设阈值或所述平移误差显著偏高", "“预设阈值/显著偏高”缺少确定方式,建议补充阈值获取策略(训练/验证集统计分位数、自适应阈值、历史冲突样本学习等),提高可实施性。"), ("方法、装置、设备和计算机存储介质", "说明书提到“装置/设备/存储介质”,但权利要求目前只有方法类条款;建议补充对应装置、设备、存储介质权利要求,或在说明书中删减相关表述以保持一致。"), ("依据信息系统框架", "“依据信息系统框架”未给出框架名称或具体约束内容,容易被认为不清楚;建议补充框架定义/要素(如命名规范、实体类型集合、关系约束等)或删除该表述。"), ("图1", "正文多处引用图1/图2,但文末仅有“图1/图2”占位且出现孤立标号(如“1 1 3 2”);建议插入实际流程图/装置结构图,并在图中标注模块编号与正文对应。"), ] out_path="/mnt/data/已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" placements, rid=add_comments_to_docx(target_path, out_path, anchor_to_comment_text) placements, rid, out_path ([(0, '本发明公开了一种基于实体链接库和知识表示进行视图数据一致性检测方法', True), (1, '统一的结构化表示形式', True), (2, '显式或隐式的命名实体', True), (3, '利用TransE模型', True), (4, '共享关系路径', True), (5, 'RDF三元组或属性值对', True), (6, '所述标准知识库包括Wikidata或DBpedia', True), (7, '预设阈值或所述平移误差显著偏高', True), (8, '方法、装置、设备和计算机存储介质', True), (9, '依据信息系统框架', True), (10, '图1', True)], 'rId22', '/mnt/data/已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx')

Python

python
def verify_comments(docx_path): with zipfile.ZipFile(docx_path,'r') as z: names=z.namelist() ok_comments='word/comments.xml' in names doc=ET.fromstring(z.read('word/document.xml')) ns=doc.nsmap ns.setdefault('w', w_ns) starts=doc.findall('.//w:commentRangeStart', namespaces=ns) refs=doc.findall('.//w:commentReference', namespaces=ns) com=ET.fromstring(z.read('word/comments.xml')) ns2=com.nsmap ns2.setdefault('w', w_ns) comments=com.findall('.//w:comment', namespaces=ns2) return ok_comments, len(starts (True, 11, 11, 11)

Мысль

Providing annotated document with citations

I'll give the user the download link for the edited document with 11 comments, placed in sections like the abstract, claims, and technical field. I'll mention the comment locations but keep it short. For context, I might refer to the original sections in the document to backup these placements with citations.

Thought for 6m 9s

Ответ

我已经按你示例文档那种 Word“批注/评论” 的方式,在这篇专利里加了 11 条批注(位置分别落在:摘要、权利要求1-6、技术领域、发明内容步骤2、以及图1占位处等关键句子上)。比如摘要段落里对“举例过多/过长”的问题做了批注 (一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx);权利要求部分对“结构化表示/隐式实体/共享关系路径/阈值”等表述不清处做了批注 (一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx);技术领域里对“说明书写了装置/设备/介质但权利要求未覆盖”的一致性问题做了批注 (一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx);文末图1/图2占位未插图也做了批注 (一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx)。

已生成带 11 条批注的版本:
下载:已批注_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx

Вопрос

批注人的名字改为:L1tt13D,说明书摘要不需要批注,权利要求书批注1-2个即可,说明书部分要批注20个左右

Python

python
import zipfile, os, re, datetime, lxml.etree as ET, pandas as pd, textwrap, json, math doc_path="/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" sample_path="/mnt/data/Q_一种基于图论和大模型的时序图一致性检测的方法.docx" for p in [doc_path,sample_path]: print(p, os.path.exists(p), os.path.getsize(p))

Python

python
def list_docx_parts(path): with zipfile.ZipFile(path,'r') as z: names=z.namelist() return [n for n in names if n.startswith('word/')] print("Original parts contain comments?", any('comments' in n for n in list_docx_parts(doc_path))) print("Sample parts contain comments?", any('comments' in n for n in list_docx_parts(sample_path)))

Python

python
with zipfile.ZipFile(sample_path,'r') as z: cm=z.read('word/comments.xml') cm[:500] b'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\r\n<w:comments xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmlns:cx2="http://schemas.microsoft.com/office/drawing/2015/10/21/chartex" xmlns:cx3="http://schemas.microsoft.com/office/drawing/2016/5/9/chartex" xmlns:cx4="http://schemas.microsoft.com/office/drawing/2016/5/1'

Python

python
ns={'w':'http://schemas.openxmlformats.org/wordprocessingml/2006/main'} root=ET.fromstring(cm) comments=root.findall('w:comment',ns) len(comments), comments[0].attrib (24, {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author': 'Orange Mr.', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date': '2025-11-18T15:30:00Z', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials': 'OM'})

Python

python
comments[0].attrib {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author': 'Orange Mr.', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date': '2025-11-18T15:30:00Z', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials': 'OM'}

Python

python
list(comments[0].attrib.items())[:10] [('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id', '0'), ('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author', 'Orange Mr.'), ('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date', '2025-11-18T15:30:00Z'), ('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials', 'OM')]

Python

python
with zipfile.ZipFile(sample_path,'r') as z: docxml=z.read('word/document.xml') docroot=ET.fromstring(docxml) # find first commentRangeStart crs=docroot.findall('.//w:commentRangeStart',ns) len(crs), crs[0].attrib (24, {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0'})

Python

python
# find paragraph containing first comment first=crs[0] # walk up to w:p p=first while p is not None and p.tag!=f"{{{ns['w']}}}p": p=p.getparent() # get paragraph text def get_p_text(p): return ''.join(t.text for t in p.findall('.//w:t',ns) if t.text) print(get_p_text(p)[:200]) # show children tags around start tags=[ET.QName(ch).localname for ch in list(p)[:10]] tags ['pPr', 'r', 'r', 'commentRangeStart', 'r', 'commentRangeEnd', 'r', 'r']

Python

python
snippet=ET.tostring(p,encoding='unicode') snippet[:500] '<w:p xmlns:w="http://schemas.openxmlformats.org/wordprocessingml/2006/main" xmlns:w14="http://schemas.microsoft.com/office/word/2010/wordml" xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmlns:cx2="http://schemas.microsoft.com/office/drawing/2015/10/21/chartex" xmlns:cx3="http://schemas.microsoft.com/office/drawing/2016/5/9/'

Python

python
# pretty print first 80 lines pp=ET.tostring(p, pretty_print=True, encoding='unicode') print('\n'.join(pp.splitlines()[:60]))

Python

python
# find styleId 'a7' for st in sroot.findall('w:style',ns): if st.get(f"{{{ns['w']}}}styleId")=='a7': print("a7 type", st.get(f"{{{ns['w']}}}type")) name=st.find('w:name',ns) if name is not None: print("name", name.get(f"{{{ns['w']}}}val")) print(ET.tostring(st, pretty_print=True, encoding='unicode')[:400]) break

Python

python
with zipfile.ZipFile(doc_path,'r') as z: styles=z.read('word/styles.xml') sroot=ET.fromstring(styles) has_a7=any(st.get(f"{{{ns['w']}}}styleId")=='a7' for st in sroot.findall('w:style',ns)) has_a7 True

Python

python
with zipfile.ZipFile(doc_path,'r') as z: docxml=z.read('word/document.xml') docroot=ET.fromstring(docxml) paras=docroot.findall('.//w:body/w:p',ns) len(paras) 65

Python

python
def p_text(p): return ''.join(t.text for t in p.findall('.//w:t',ns) if t.text) texts=[p_text(p).strip() for p in paras] for i,t in enumerate(texts): if t: print(i, t[:80])

Python

python
for i in range(17,45): t=texts[i] if t.strip(): print(i, t[:100])

Python

python
def add_word_comments( input_docx: str, output_docx: str, paragraph_comments: list, author: str = "L1tt13D", initials: str = "L1", date_iso: str = None ): """ paragraph_comments: list of dicts: {"p_index": int, "text": str} """ if date_iso is None: date_iso = datetime.now(timezone.utc).strftime("%Y-%m-%dT%H:%M:%SZ") tmpdir = tempfile.mkdtemp(prefix="docx_edit_") try: with zipfile.ZipFile(input_docx, 'r') as z: z.extractall(tmpdir) # paths doc_xml_path = os.path.join(tmpdir, "word", "document.xml") rels_path = os.path.join(tmpdir, "word", "_rels", "document.xml.rels") content_types_path = os.path.join(tmpdir, "[Content_T 20

Python

python
for idx, text in desc_items: paragraph_comments.append({"p_index": idx, "text": text}) len(paragraph_comments) 22

Python

python
out_path="/mnt/data/批注_L1tt13D_实体链接库视图一致性检测_22comments.docx" add_word_comments(doc_path, out_path, paragraph_comments, author="L1tt13D", initials="L1") os.path.exists(out_path), os.path.getsize(out_path) (True, 316200)

Python

python
with zipfile.ZipFile(out_path,'r') as z: names=z.namelist() assert 'word/comments.xml' in names cm=z.read('word/comments.xml') cm_root=ET.fromstring(cm) len(cm_root.findall('w:comment',ns)), cm_root.findall('w:comment',ns)[0].get(f"{{{ns['w']}}}author") (22, 'L1tt13D')

Python

python
with zipfile.ZipFile(out_path,'r') as z: docxml=z.read('word/document.xml') docroot2=ET.fromstring(docxml) len(docroot2.findall('.//w:commentRangeStart',ns)), len(docroot2.findall('.//w:commentReference',ns)) (22, 22)

Python

python
# find commentRangeStart ids within paragraph 0 body2=docroot2.find('.//w:body',ns) p0=body2.findall('w:p',ns)[0] len(p0.findall('.//w:commentRangeStart',ns)) 0

Python

python
paras2=body2.findall('w:p',ns) comment_paras=[] for i,p in enumerate(paras2): if p.find('w:commentRangeStart',ns) is not None or p.find('.//w:commentRangeStart',ns) is not None: comment_paras.append(i) comment_paras[:30], len(comment_paras) ([5, 9, 19, 21, 23, 24, 25, 26, 27, 29, 31, 32, 33, 34, 35, 36, 37, 40, 41, 42, 46, 56], 22)

Python

python
paras2=body2.findall('w:p',ns) comment_paras=[] for i,p in enumerate(paras2): if p.find('w:commentRangeStart',ns) is not None or p.find('.//w:commentRangeStart',ns) is not None: comment_paras.append(i) comment_paras[:30], len(comment_paras) ([5, 9, 19, 21, 23, 24, 25, 26, 27, 29, 31, 32, 33, 34, 35, 36, 37, 40, 41, 42, 46, 56], 22) 316200

Мысль

paras2=body2.findall('w:p',ns) comment_paras=[] for i,p in enumerate(paras2): if p.find('w:commentRangeStart',ns) is not None or p.find('.//w:commentRangeStart',ns) is not None: comment_paras.append(i) comment_paras[:30], len(comment_paras)

([5, 9, 19, 21, 23, 24, 25, 26, 27, 29, 31, 32, 33, 34, 35, 36, 37, 40, 41, 42, 46, 56], 22)

316200

Thought for 3m 50s

Ответ

已按你的要求改好了:

  • 批注人:已统一改为 L1tt13D
  • 说明书摘要:** 未添加任何批注**
  • 权利要求书:批注 2 条
  • 说明书部分:批注 20 条(共 22 条批注)

你可以直接下载这个带批注的版本:
下载:已批注_L1tt13D_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx

Вопрос

在说明书的引用不要大段大段的,只需要勾选最关键的部分就好了,像我发给你的范本似的

Python

python
import zipfile, re, os, textwrap, datetime, lxml.etree as ET, pandas as pd, math, uuid, json, pathlib doc_path="/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" tmpl_path="/mnt/data/Q_一种基于图论和大模型的时序图一致性检测的方法.docx" def list_parts(path): with zipfile.ZipFile(path,'r') as z: return z.namelist() parts=list_parts(doc_path)[:20] parts, len(list_parts(doc_path)) (['[Content_Types].xml', '_rels/.rels', 'word/document.xml', 'word/_rels/document.xml.rels', 'word/footnotes.xml', 'word/endnotes.xml', 'word/header1.xml', 'word/footer1.xml', 'word/header2.xml', 'word/header3.xml', 'word/header4.xml', 'word/footer2.xml', 'word/footer3.xml', 'word/header5.xml', 'word/footer4.xml', 'word/media/image1.png', 'word/media/image2.png', 'word/media/image3.png', 'word/theme/theme1.xml', 'word/settings.xml'], 30)

Python

python
tmpl_parts=list_parts(tmpl_path) [x for x in tmpl_parts if "comment" in x.lower()][:10], len(tmpl_parts) (['word/comments.xml', 'word/commentsExtended.xml', 'word/commentsIds.xml', 'word/commentsExtensible.xml'], 35)

Python

python
with zipfile.ZipFile(tmpl_path,'r') as z: c=z.read('word/comments.xml') c[:400] b'<?xml version="1.0" encoding="UTF-8" standalone="yes"?>\r\n<w:comments xmlns:wpc="http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas" xmlns:cx="http://schemas.microsoft.com/office/drawing/2014/chartex" xmlns:cx1="http://schemas.microsoft.com/office/drawing/2015/9/8/chartex" xmlns:cx2="http://schemas.microsoft.com/office/drawing/2015/10/21/chartex" xmlns:cx3="http://schemas.microsoft.'

Python

python
root=ET.fromstring(c) ns={'w':"http://schemas.openxmlformats.org/wordprocessingml/2006/main"} comments=root.findall('w:comment',ns) len(comments), comments[0].attrib (24, {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author': 'Orange Mr.', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date': '2025-11-18T15:30:00Z', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials': 'OM'})

Python

python
comments[0].attrib.keys(), comments[0].get('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author'), comments[0].get('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials') (['{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials'], 'Orange Mr.', 'OM')

Python

python
with zipfile.ZipFile(doc_path,'r') as z: doc_xml=z.read('word/document.xml') doc_root=ET.fromstring(doc_xml) ns={'w':"http://schemas.openxmlformats.org/wordprocessingml/2006/main"} paras=doc_root.findall('.//w:body/w:p',ns) def para_text(p): return ''.join([t.text or '' for t in p.findall('.//w:t',ns)]) texts=[para_text(p) for p in paras] # show some with indices for i,t in enumerate(texts[:40]): if t.strip(): print(i, t[:120])

Python

python
for i,t in enumerate(texts[40:120], start=40): if t.strip(): print(i, t[:120])

Python

python
for i in range(19,38): print(i, texts[i])

Python

python
comment_author="L1tt13D" # Define comment specs in order: (para_index, phrase, comment_text) comment_specs=[] # Claims (2) - paragraphs 9 and 14 are within claims comment_specs.append((9,"共享关系路径","【权利要求1】“共享关系路径”建议明确:路径的定义(关系序列/子图)、最大长度k及生成方式(如枚举长度≤k的路径或基于查询)。否则易被认为不清楚。")) comment_specs.append((14,"预设阈值","【权利要求6】“预设阈值/显著偏高”建议补充阈值确定方式(如验证集统计分位数、历史样本自适应),避免阈值来源不明导致不可实施。")) # Spec (20) - paragraph indices in spec comment_specs += [ (19,"多视图数据","【技术领域】建议在此处补一句对“视图/多视图数据”的定义(来源/表达形式/粒度),并说明适用的视图数量范围,术语更严谨。"), (19,"装置、设备和计算机存储介质","【技术领域】此处写到“装置/设备/存储介质”,但权利要求目前主要是方法,建议:要么补充相应装置/设备/介质权利要求,要么说明书删减以保持一致。"), (19,"符号级实体对齐","【技术领域】建议简要说明“符号级实体对齐”的输出是什么(如实体映射表/对齐置信度),便于和后续“向量级验证”衔接。"), (21,"MBSE","【背景技术】此处可补一句MBSE场景下常见视图类型示例(如需求/功能/结构/行为视图),让问题背景更具体。"), (23,"表层命名冲突","【背景技术】建议补充命名冲突的常见来源(别名、缩写、大小写、拼写误差)及传统方法的失败点,突出技术问题。"), (23,"Q956","【背景技术】此处的“Q956”建议明确为“示例性的Wikidata实体ID”,并说明ID/URI的格式,避免读者误解为固定依赖。"), (24,"关系错配","【背景技术】建议在此处给“关系错配”的更具体定义(如关系类型不一致/关系方向相反/关系缺失),并说明检测输出形式。"), (24,"属性冲突","【背景技术】建议补充属性冲突的判定口径(同一属性不同值/单位不一致/数值范围冲突)以及与关系错配的区别。"), (25,"实体链接(Entity Linking)","【背景技术】建议简单交代实体链接的一般流程(候选生成→消歧→对齐)或引用到后文步骤2的具体实现点,避免只停留在概念层。"), (25,"规范实体标识符","【背景技术】建议说明“规范实体标识符”的表现形式(如QID/URI)及存储字段(别名、来源、置信度),方便后续实现。"), (26,"TransE","【背景技术】建议说明选择TransE的原因(简单、可解释等),并在说明书中保留“可替换为其它嵌入模型”的表述以增强适用性。"), (27,"统一框架","【背景技术】建议把“缺乏统一框架”改写成更专利化的“现有技术至少存在…缺陷,导致…问题”,并与本发明的双重机制形成对应。"), (30,"如图1所示","【发明内容】此处引用图1,建议确保文末实际插入流程图,并在图中标注步骤S1-S4(或步骤1-4),避免“有引用无附图”。"), (31,"解析与语义抽取","【步骤1】建议补充:解析/抽取采用的规则或算法(字段映射、命名空间、去重),以及输出的三元组/属性对格式,增强可实施性。"), (31,"属性-值对","【步骤1】若后续用TransE训练,建议说明属性-值对如何转为三元组(实体-属性-值)或如何进入嵌入模型,否则实现路径不清。"), (32,"隐式","【步骤2】“隐式命名实体”建议说明抽取方式(规则模板/词典/NER模型),并给出至少一种可选实现。"), (32,"Entity Linking Repository","【步骤2】建议在此处描述实体链接库的关键字段(mention、候选ID、别名、置信度、来源视图、更新时间),便于按库检索与对齐。"), (32,"信息系统框架","【步骤2】“依据信息系统框架”表述较抽象,建议给出框架指代(如元模型/命名规范/编码规则),或删去以免被认为不清楚。"), (33,"联合嵌入学习","【步骤3】建议补充训练要点:目标函数/负采样/维度等;并可加入“对齐约束”(已对齐实体对距离更近)以强化符号对齐对嵌入的约束。"), (34,"双重一致性度量机制","【步骤4】建议说明两类度量结果的组合规则(如先符号过滤再向量验证、或加权融合/AND-OR逻辑),并明确最终输出(冲突清单/类型/置信度)。"), ] len(comment_specs) 22

Python

python
# Load docx zip parts with zipfile.ZipFile(doc_path,'r') as z: files={name:z.read(name) for name in z.namelist()} doc_root=ET.fromstring(files['word/document.xml']) # Apply comments; track success failed=[] for cid,(pidx,phrase,ctext) in enumerate(comment_specs): ok=add_comment_to_phrase(doc_root, pidx, phrase, cid, comment_author, comment_initials="L") if not ok: failed.append((cid,pidx,phrase)) failed[:5], len(failed) ([(10, 25, '实体链接(Entity Linking)'), (14, 30, '如图1所示'), (15, 31, '解析与语义抽取'), (16, 31, '属性-值对')], 4)

Python

python
def show_para_runs(doc_root, idx): p=get_para(doc_root, idx) runs=iter_runs(p) out=[] for i,r in enumerate(runs): out.append((i,get_run_text(r))) return out # reload original doc_root to inspect without modifications? we modified doc_root. # Let's inspect from original files again orig_root=ET.fromstring(files['word/document.xml']) for idx in [25,30,31]: print("Para",idx, texts[idx][:80]) runs=show_para_runs(orig_root, idx) print("runs:", runs[:20])

Python

python
runs31=show_para_runs(orig_root,31) # show those containing 解析, 语义, 属性 for i,rt in runs31: if '解析' in rt or '语义' in rt or '属性' in rt: print(i,rt)

Python

python
doc_root=ET.fromstring(files['word/document.xml']) failed=[] for cid,(pidx,phrase,ctext) in enumerate(comment_specs): ok=add_comment_to_phrase(doc_root, pidx, phrase, cid, comment_author, comment_initials="L") if not ok: ok=add_comment_to_phrase_spanning(doc_root, pidx, phrase, cid, comment_author, comment_initials="L") if not ok: failed.append((cid,pidx,phrase)) failed []

Python

python
# Build comments xml comments_payload=[(cid, spec[2]) for cid,spec in enumerate(comment_specs)] comments_xml=build_comments_xml(comments_payload, comment_author, initials="L") # Update content types files['[Content_Types].xml']=ensure_comments_content_type(files['[Content_Types].xml']) # Update rels rels_update=ensure_comments_relationship(files['word/_rels/document.xml.rels']) if isinstance(rels_update, tuple): files['word/_rels/document.xml.rels'], comments_rid = rels_update else: files['word/_rels/document.xml.rels']=rels_update comments_rid=None # Write back document.xml files['word/document.xml']=ET.tostring(doc_root, xml_declaration=True, encoding="UTF-8", standalone="yes") # Add comments.xml part files['word/comments.xml']=comments_xml out_path="/mnt/data/已批注_L1tt13D_关键引用_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" # Write new zip with zipfile.ZipFile(out_path,'w',zipfile.ZIP_DEFLATED) as z: for name, data in files.items(): z.writestr(name, data) out_path, os.path.getsize(out_path) ('/mnt/data/已批注_L1tt13D_关键引用_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx', 315918)

Python

python
with zipfile.ZipFile(out_path,'r') as z: rels=z.read('word/_rels/document.xml.rels').decode('utf-8') print("comments rel present", "relationships/comments" in rels) ct=z.read('[Content_Types].xml').decode('utf-8') print("content type override present", "/word/comments.xml" in ct) doc=z.read('word/document.xml').decode('utf-8') print("commentRangeStart count", doc.count("commentRangeStart")) print("commentReference count", doc.count("commentReference"))

Python

python
# Parse modified document and extract the text covered by each comment range with zipfile.ZipFile(out_path,'r') as z: droot=ET.fromstring(z.read('word/document.xml')) paras=droot.findall('.//w:body/w:p',ns) # build mapping comment id -> selected text sel={} for p in paras: children=list(p) i=0 while i < len(children): el=children[i] if el.tag==w_tag('commentRangeStart'): cid=el.get(w_tag('id')) # gather until commentRangeEnd j=i+1 texts_in=[] while j < len(children) and not (children[j].tag==w_tag('commentRangeEnd') and children[j].get(w_tag('id'))==cid): # collect run text if children[j].tag==w_tag('r'): texts_in.append(get_run_text(children[j])) j+=1 sel[cid]=''.join(texts_in) i=j i+=1 # show all selections lengths lens=sorted([(int(k),v,len(v)) for k,v in sel.items()], key=lambda x:x[0]) lens[:5], lens[-5:] ([(0, '共享关系路径', 6), (1, '预设阈值', 4), (2, '多视图数据', 5), (3, '装置、设备和计算机存储介质', 13), (4, '符号级实体对齐', 7)], [(17, '隐式', 2), (18, 'Entity Linking Repository', 25), (19, '信息系统框架', 6), (20, '联合嵌入学习', 6), (21, '双重一致性度量机制', 9)])

Мысль

Parse modified document and extract the text covered by each comment range

with zipfile.ZipFile(out_path,'r') as z: droot=ET.fromstring(z.read('word/document.xml')) paras=droot.findall('.//w:body/w:p',ns)

build mapping comment id -> selected text

sel={} for p in paras: children=list(p) i=0 while i < len(children): el=children[i] if el.tag==w_tag('commentRangeStart'): cid=el.get(w_tag('id')) # gather until commentRangeEnd j=i+1 texts_in=[] while j < len(children) and not (children[j].tag==w_tag('commentRangeEnd') and children[j].get(w_tag('id'))==cid): # collect run text if children[j].tag==w_tag('r'): texts_in.append(get_run_text(children[j])) j+=1 sel[cid]=''.join(texts_in) i=j i+=1

show all selections lengths

lens=sorted([(int(k),v,len(v)) for k,v in sel.items()], key=lambda x:x[0]) lens[:5], lens[-5:]

([(0, '共享关系路径', 6), (1, '预设阈值', 4), (2, '多视图数据', 5), (3, '装置、设备和计算机存储介质', 13), (4, '符号级实体对齐', 7)], [(17, '隐式', 2), (18, 'Entity Linking Repository', 25), (19, '信息系统框架', 6), (20, '联合嵌入学习', 6), (21, '双重一致性度量机制', 9)])

Thought for 6m 27s

Ответ

已按你的要求把说明书里的批注引用范围缩到“最关键的词/短语”(不再选一大段),效果会更像你给的范本那种“勾选关键部分再写批注”。

  • 批注人:L1tt13D
  • 摘要:无批注
  • 权利要求书:2条批注(且只勾选关键短语)
  • 说明书部分:20条批注(且只勾选关键短语)

下载新版(关键引用版):
下载:已批注_L1tt13D_关键引用_一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx

Вопрос

你的批注显得非常专业,非常ai,你只是一个普通的研二学生,不会懂这么多的,最好口语化,而且你的说明书第三页第四页都没做批注,这四页的批注要平均一点,加起来有25个

Python

python
from docx import Document, text doc_path="/mnt/data/一种基于实体链接库和知识表示进行视图数据一致性检测方法.docx" doc=Document(doc_path) len(doc.paragraphs), doc.paragraphs[0].text[:50] (65, '本发明公开了一种基于实体链接库和知识表示进行视图数据一致性检测方法,旨在解决异构数据源集成过程中的一')

Python

python
for i,p in enumerate(doc.paragraphs[:20]): print(i, repr(p.text))

Python

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for i,p in enumerate(doc.paragraphs[16:], start=16): if p.text.strip(): print(i, p.text[:120])

Python

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for i in range(28,45): p=doc.paragraphs[i] print(i, p.text)

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for i in range(45,58): print(i, doc.paragraphs[i].text)

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for i in range(58,65): print(i, repr(doc.paragraphs[i].text))

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import zipfile, os, tempfile, lxml.etree as ET, re, shutil, datetime zip_path=doc_path tmpdir=tempfile.mkdtemp() with zipfile.ZipFile(zip_path,'r') as z: z.extractall(tmpdir) doc_xml_path=os.path.join(tmpdir,'word','document.xml') tree=ET.parse(doc_xml_path) ns={'w':'http://schemas.openxmlformats.org/wordprocessingml/2006/main'} ps=tree.xpath('//w:body/w:p', namespaces=ns) len(ps) 65

Python

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doc.paragraphs[48].text[:500] '三元组平移误差验证:对于共享关系路径的三元组,评估其向量平移误差(即 ∥h+r − t∥ 的范数)。例如,若视图A描述(某公司, 总部, 北京)而视图B描述(某公司, 总部, 上海),在联合嵌入后,模型无法同时满足两个冲突的平移,导致至少一个三元组的平移误差显著偏高。当误差超过预设阈值,系统即判定存在语义层面的不一致性。'

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print(doc.paragraphs[46].text)

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import re texts=[p.text for p in doc.paragraphs] def find_phrase(phrase): for i,t in enumerate(texts): if phrase in t: return i return None for phrase in ["RDF三元组集合","实体链接库","余弦相似度","预设阈值","图1","图2","知识三元组形式"]: print(phrase, find_phrase(phrase))

Python

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comment_specs=[] # claims comment_specs.append((6,"统一的结构化表示形式","这里“统一的结构化表示形式”有点笼统,我读着不太确定到底是转成什么样。能不能顺手举个小例子(比如RDF三元组长啥样)?")) comment_specs.append((9,"共享关系路径","“共享关系路径”这词我有点没懂:是几跳关系?要不要限制长度?建议写清楚点,不然实现会很飘。")) # description page1 comment_specs += [ (19,"Multi-view Data","这里中英文都有了,后面能不能就统一叫“多视图数据”?我看着会更顺。"), (19,"装置、设备和计算机存储介质","这里写了装置/设备/存储介质,后面权利要求也最好对应一下,不然有点不对齐。"), (21,"多个视图(View)","这里的“视图”建议一句话解释一下,比如不同系统/不同格式的数据表示,免得读者理解不一致。"), (23,"表层命名冲突","这块建议再点一下:只做字符串匹配容易漏掉别名/缩写这种情况,突出你们方案的必要性。"), (24,"深层语义冲突","这里说“语义冲突”挺对的,不过能不能顺带说清主要抓哪几类(关系错配/属性冲突),后面步骤更好对应。"), (25,"实体提及(Mention)","这里建议后面统一用中文“实体提及”就行,另外实体链接的候选怎么来(查库/相似度)可以简单带一句。"), ] # description page2 comment_specs += [ (29,"表层命名不一致","这里的区分挺清楚,我建议后面步骤1-4最好也顺手对应一下:哪步解决表层、哪步解决深层。"), (31,"语义抽取","“语义抽取”这个词有点大,建议写你们实际怎么做:规则/映射表/解析器之类。"), (31,"属性-值对","这里的“属性-值对”后面怎么进TransE我有点疑惑,建议补一句:先转成(实体,属性,值)三元组,或者说明另外的处理方式。"), (32,"显式或隐式的命名实体","“隐式”这块我有点懵,能不能给个小例子,或者说明是用规则抽取还是模型抽取?"), (32,"信息系统框架","这个“信息系统框架”我没在前面看到定义,建议要么补一句解释,要么先别提,免得审查问。"), (33,"联合嵌入学习","这里写“联合嵌入”,我有点担心联合训练不一定自动把对齐实体拉近。建议补一句有没有加对齐约束/同名拉近这种操作。"), (35,"预设阈值","阈值怎么定建议给个最简单的办法(比如验证集调一下/取分位数),不然读者不知道用多少。"), ] # description page3 comment_specs += [ (39,"附图说明","这里后面好像只有图1/图2的占位字样?建议把流程图/装置图真的插进来,不然读者没法对照。"), (41,"图1","图1最好把步骤1-4都画出来,并标清输入/输出,不然图看不出重点。"), (46,"异构数据源","这里提“异构数据源”,能不能顺便说一下是格式异构(XML/DB)还是语义异构(同名不同义)?我读着有点不确定。"), (46,"RDF三元组集合","这里如果能直接给2-3条RDF三元组的例子,会直观很多(不然全是文字我有点跟不上)。"), (47,"余弦相似度","这里用余弦相似度OK,不过前面还提了欧氏距离,建议你们统一一种写法,避免我不知道到底用哪个。"), ] # description page4 comment_specs += [ (52,"知识三元组形式","这里“知识三元组形式”跟前面“RDF三元组”是不是同一个意思?建议统一叫法,别一会儿一个词。"), (54,"TransE等","这里写“TransE等”,如果确实想兼容别的模型,建议顺便举1-2个名字(比如TransH/RotatE),不然有点空。"), (55,"最终的检测结果","“最终的检测结果”建议说清楚输出长啥样:报告?冲突列表?还是一个分数?我现在有点想象不出来。"), (56,"计算机可读存储介质","这里提到存储介质,记得权利要求也要有对应条,不然说明书和权利要求看着不太一致。"), (60,"图1","这里只写了“图1”,图没看到。建议把图真正放进来(图2也一样)。"), ] # validate count len(comment_specs) 25

Python

python
import os, zipfile, tempfile, shutil from copy import deepcopy import lxml.etree as ET from datetime import datetime, timezone W_NS="http://schemas.openxmlformats.org/wordprocessingml/2006/main" R_NS="http://schemas.openxmlformats.org/package/2006/relationships" CT_NS="http://schemas.openxmlformats.org/package/2006/content-types" ns={'w':W_NS} def qn(tag): prefix, local = tag.split(':') if prefix=='w': return f"{{{W_NS}}}{local}" elif prefix=='r': return f"{{{R_NS}}}{local}" else: raise ValueError(tag) def ensure_comments_part(tmpdir): comments_path=os.path.join(tmpdir,'word','comments.xml') if os.path.exists(comments_path): ctree=ET.parse(comments_path) croot=ctree.getroot() else: croot=ET.Element(qn('w:comments'), nsmap={'w':W_NS}) ctree=ET.ElementTree(croot) return comments_path, ctree, croot def ensure_comments_rel(tmpdir): rels_path=os.path.join(tmpdir,'word','_rels','document.xml.rels') rtree=ET.parse(rels_path) rroot=rtree.getroot() # check existing for rel in rroot.findall(f'{{{R_NS}}}Relationship'): if rel.get('Type')=="http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments": return rels_path, rtree, rel.get('Id') # create new rId existing_ids=[] for rel in rroot.findall(f'{{{R_NS}}}Relationship'): rid=rel.get('Id') if rid and rid.startswith('rId'): try: existing_ids.append(int(rid[3:])) except: pass new_id_num=max(existing_ids+[0])+1 new_rid=f"rId{new_id_num}" new_rel=ET.SubElement(rroot, f'{{{R_NS}}}Relationship') new_rel.set('Id', new_rid) new_rel.set('Type',"http://schemas.openxmlformats.org/officeDocument/2006/relationships/comments") new_rel.set('Target',"comments.xml") rtree.write(rels_path, xml_declaration=True, encoding='UTF-8', standalone='yes') return rels_path, rtree, new_rid def ensure_content_type(tmpdir): ct_path=os.path.join(tmpdir,'[Content_Types].xml') cttree=ET.parse(ct_path) ctroot=cttree.getroot() # check existing Override for comments for ov in ctroot.findall(f'{{{CT_NS}}}Override'): if ov.get('PartName')=="/word/comments.xml": return ct_path, cttree ov=ET.SubElement(ctroot, f'{{{CT_NS}}}Override') ov.set('PartName',"/word/comments.xml") ov.set('ContentType',"application/vnd.openxmlformats-officedocument.wordprocessingml.comments+xml") cttree.write(ct_path, xml_declaration=True, encoding='UTF-8', standalone='yes') return ct_path, cttree def add_comment_entry(croot, cid, author, text, dt=None): if dt is None: dt=datetime.now(timezone.utc).strftime('%Y-%m-%dT%H:%M:%SZ') comment=ET.SubElement(croot, qn('w:comment')) comment.set(qn('w:id'), str(cid)) comment.set(qn('w:author'), author) comment.set(qn('w:initials'), author[:3]) comment.set(qn('w:date'), dt) p=ET.SubElement(comment, qn('w:p')) r=ET.SubElement(p, qn('w:r')) t=ET.SubElement(r, qn('w:t')) # preserve spaces if any leading/trailing if text.startswith(' ') or text.endswith(' '): t.set("{http://www.w3.org/XML/1998/namespace}space","preserve") t.text=text return comment def split_run_for_phrase(run, t_elem, phrase): text=t_elem.text or "" start=text.find(phrase) if start==-1: return None pre=text[:start] post=text[start+len(phrase):] if pre: t_elem.text=pre anchor_run=deepcopy(run) # set anchor run text to phrase anchor_t=anchor_run.find('.//w:t', namespaces=ns) anchor_t.text=phrase # remove any extra t? handle # insert anchor run after original run.addnext(anchor_run) else: # use original as anchor t_elem.text=phrase anchor_run=run # post run if post: post_run=deepcopy(run if anchor_run is run else anchor_run) post_t=post_run.find('.//w:t', namespaces=ns) post_t.text=post anchor_run.addnext(post_run) return anchor_run def add_comment_markers(paragraph, anchor_run, cid): # insert commentRangeStart before anchor_run start_el=ET.Element(qn('w:commentRangeStart')) start_el.set(qn('w:id'), str(cid)) end_el=ET.Element(qn('w:commentRangeEnd')) end_el.set(qn('w:id'), str(cid)) # reference run ref_run=ET.Element(qn('w:r')) ref=ET.SubElement(ref_run, qn('w:commentReference')) ref.set(qn('w:id'), str(cid)) # insert idx=paragraph.index(anchor_run) paragraph.insert(idx, start_el) # anchor run shifts to idx+1 paragraph.insert(idx+2, end_el) paragraph.insert(idx+3, ref_run) def add_comment_to_paragraph(p_elem, phrase, comment_id): # find phrase in w:t # iterate runs and text elements for run in p_elem.findall('w:r', namespaces=ns): for t in run.findall('.//w:t', namespaces=ns): if t.text and phrase in t.text: anchor=split_run_for_phrase(run, t, phrase) add_comment_markers(p_elem, anchor, comment_id) return True # if not found in a single t, try across multiple t (rare) texts=[] t_elems=[] for t in p_elem.findall('.//w:t', namespaces=ns): texts.append(t.text or "") t_elems.append(t) combined="".join(texts) pos=combined.find(phrase) if pos==-1: return False # find start and end t elems covering phrase cur=0 start_idx=end_idx=None for i,txt in enumerate(texts): if start_idx is None and cur+len(txt)>pos: start_idx=i if start_idx is not None and cur+len(txt)>=pos+len(phrase): end_idx=i break cur+=len(txt) # we will mark from first run containing start_idx to last run containing end_idx; no splitting to exact start_t=t_elems[start_idx] end_t=t_elems[end_idx] start_run=start_t.getparent() while start_run.tag!=qn('w:r'): start_run=start_run.getparent() end_run=end_t.getparent() while end_run.tag!=qn('w:r'): end_run=end_run.getparent() # insert markers around run range start_el=ET.Element(qn('w:commentRangeStart')); start_el.set(qn('w:id'),str(comment_id)) end_el=ET.Element(qn('w:commentRangeEnd')); end_el.set(qn('w:id'),str(comment_id)) ref_run=ET.Element(qn('w:r')); ref=ET.SubElement(ref_run, qn('w:commentReference')); ref.set(qn('w:id'),str(comment_id)) idx_start=p_elem.index(start_run) idx_end=p_elem.index(end_run) p_elem.insert(idx_start, start_el) # after insertion, end_run index shifts by +1 idx_end=p_elem.index(end_run) p_elem.insert(idx_end+1, end_el) p_elem.insert(idx_end+2, ref_run) return True def build_annotated_docx(input_docx, output_docx, comment_specs, author="L1tt13D"): tmp=tempfile.mkdtemp() with zipfile.ZipFile(input_docx,'r') as z: z.extractall(tmp) # parse document.xml doc_xml=os.path.join(tmp,'word','document.xml') dtree=ET.parse(doc_xml) body=dtree.getroot().find('w:body', namespaces=ns) ps=body.findall('w:p', namespaces=ns) assert len(ps)==65 # comments part comments_path, ctree, croot = ensure_comments_part(tmp) # ensure rel and content type ensure_comments_rel(tmp) ensure_content_type(tmp) # pick starting comment id: max existing +1 existing_ids=[] for c in croot.findall('w:comment', namespaces=ns): try: existing_ids.append(int(c.get(qn('w:id')))) except: pass cid_start=max(existing_ids+[ -1 ])+1 cid=cid_start dt=datetime.now(timezone.utc).strftime('%Y-%m-%dT%H:%M:%SZ') # Apply comments for (p_idx, phrase, ctext) in comment_specs: p_elem=ps[p_idx] ok=add_comment_to_paragraph(p_elem, phrase, cid) if not ok: raise RuntimeError(f"Phrase not found for comment {cid} in paragraph {p_idx}: {phrase}") add_comment_entry(croot, cid, author, ctext, dt=dt) cid+=1 # write back xml dtree.write(doc_xml, xml_declaration=True, encoding='UTF-8', standalone='yes') ctree.write(comments_path, xml_declaration=True, encoding='UTF-8', standalone='yes') # zip back with zipfile.ZipFile(output_docx,'w', zipfile.ZIP_DEFLATED) as z: for root, dirs, files in os.walk(tmp): for f in files: abs_path=os.path.join(root,f) rel_path=os.path.relpath(abs_path, tmp) z.write(abs_path, rel_path) shutil.rmtree(tmp) return output_docx out_path="/mnt/data/已批注_L1tt13D_口语化_25条_实体链接库一致性检测.docx" build_annotated_docx(doc_path, out_path, comment_specs, author="L1tt13D") out_path, os.path.getsize(out_path) ('/mnt/data/已批注_L1tt13D_口语化_25条_实体链接库一致性检测.docx', 315816)

Python

python
# Update texts for a few comments to be more "student" updated_specs=[] for p_idx, phrase, ctext in comment_specs: if (p_idx, phrase)==(33,"联合嵌入学习"): ctext="这里说“联合嵌入”我有点不确定:会不会自动把同一个实体拉近?能不能加一句你们怎么保证对齐效果的。" if (p_idx, phrase)==(54,"TransE等"): ctext="这里写“TransE等”,我有点担心别人会问“等”到底还有啥。要不随便举一两个例子,或者干脆就写TransE。" if (p_idx, phrase)==(25,"实体提及(Mention)"): ctext="这里“Mention”我觉得后面就统一叫“实体提及”会更好读。另外实体链接这步大概咋做(比如查库+相似度)可以带一句。" updated_specs.append((p_idx, phrase, ctext)) # rebuild out_path2="/mnt/data/已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx" build_annotated_docx(doc_path, out_path2, updated_specs, author="L1tt13D") os.path.getsize(out_path2) 315811

Python

python
import zipfile, lxml.etree as ET, tempfile, os, shutil tmp=tempfile.mkdtemp() with zipfile.ZipFile(out_path2,'r') as z: z.extractall(tmp) comments_xml=os.path.join(tmp,'word','comments.xml') ct=ET.parse(comments_xml) root=ct.getroot() comments=root.findall(f'{{{W_NS}}}comment') len(comments), set([c.get(f'{{{W_NS}}}author') for c in comments]), comments[0].find('.//{%s}t'%W_NS).text[:30] (25, {'L1tt13D'}, '这里“统一的结构化表示形式”有点笼统,我读着不太确定到底是转')

Мысль

Preparing final response and document delivery

I’ve ensured there are no comments in the abstract, and the comments are distributed across the relevant sections. Now I’ll provide the download link. I

Thought for 7m 33s

Ответ

我已经按你说的重新做了一版,更像“普通研二学生随手提意见”的口吻,而且每条批注只勾选关键短语(不会大段引用),并且把说明书后半部分(你说的第3/4页那一块)也补上了批注,整体分布更均匀。

  • 批注人:L1tt13D
  • 说明书摘要:0条
  • 权利要求书:2条(只勾关键短语)
  • 说明书:23条(只勾关键短语,分散到前后内容)
  • 总计:25条

下载这个版本:
下载:已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx

Вопрос

已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx

我将你说的总共25条批注,删减了6条,能再帮我补充6条吗,不要用之前的那6条

Python

python
import zipfile, os, re, datetime, xml.etree.ElementTree as ET, shutil, textwrap, json, pathlib docx_path = "/mnt/data/已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx" os.path.exists(docx_path), os.path.getsize(docx_path) (True, 344636)

Python

python
tmp_dir = "/mnt/data/tmp_docx_edit" if os.path.exists(tmp_dir): shutil.rmtree(tmp_dir) os.makedirs(tmp_dir) with zipfile.ZipFile(docx_path, 'r') as z: z.extractall(tmp_dir) # list xml files for p in ["word/document.xml", "word/comments.xml", "word/_rels/document.xml.rels", "[Content_Types].xml"]: print(p, os.path.exists(os.path.join(tmp_dir,p)))

Python

python
# parse comments.xml ns = { 'w': 'http://schemas.openxmlformats.org/wordprocessingml/2006/main' } comments_path = os.path.join(tmp_dir, "word/comments.xml") tree_c = ET.parse(comments_path) root_c = tree_c.getroot() comments = root_c.findall('w:comment', ns) len(comments), comments[0].attrib.keys() (19, dict_keys(['{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials']))

Python

python
ids = [int(c.attrib[f"{{{ns['w']}}}id"]) for c in comments] min(ids), max(ids), sorted(ids)[:10], sorted(ids)[-5:] (0, 18, [0, 1, 2, 3, 4, 5, 6, 7, 8, 9], [14, 15, 16, 17, 18])

Python

python
def get_comment_text(comment_elem): # gather all w:t text texts = [t.text for t in comment_elem.findall('.//w:t', ns) if t.text] return ''.join(texts) comment_texts = [get_comment_text(c) for c in comments] comment_texts[:5], len(set(comment_texts)) (['这里“统一的结构化表示形式”有点笼统,我读着不太确定到底是转成什么样。能不能顺手举个小例子', '“共享关系路径”这词我有点没懂:是几跳关系?要不要限制长度?建议写清楚点。', '这里写了装置/设备/存储介质,后面权利要求也最好对应一下,不然有点不对齐。', '这里的“视图”建议一句话解释一下,比如不同系统/不同格式的数据表示。', '这块建议再点一下:只做字符串匹配容易漏掉别名/缩写这种情况,突出你们方案的必要性。'], 19)

Python

python
doc_path = os.path.join(tmp_dir, "word/document.xml") tree_d = ET.parse(doc_path) root_d = tree_d.getroot() # Word doc contains w:body/w:p and w:tbl etc. We'll traverse paragraphs in order. def iter_paragraphs(elem): # yield w:p elements in document order for p in elem.iter(): if p.tag == f"{{{ns['w']}}}p": yield p paras = list(iter_paragraphs(root_d)) len(paras) 65

Python

python
def para_text(p): return ''.join([t.text for t in p.findall('.//w:t', ns) if t.text]) def para_comment_ids(p): # commentRangeStart and commentReference might exist ids = [] for crs in p.findall('.//w:commentRangeStart', ns): ids.append(int(crs.attrib[f"{{{ns['w']}}}id"])) for cref in p.findall('.//w:commentReference', ns): ids.append(int(cref.attrib[f"{{{ns['w']}}}id"])) return sorted(set(ids)) para_info = [] for i,p in enumerate(paras): txt = para_text(p).strip() if txt: para_info.append((i, txt[:120], para_comment_ids(p))) # show paragraphs with comments with_comments = [(i,ids,txt) for i,txt,ids in para_info if ids] len(with_comments), with_comments[:5] (16, [(6, [0], '1)将来自不同来源或表达形式的两个原始视图分别转换为统一的结构化表示形式;'), (9, [1], '4)设计基于嵌入相似度的一致性度量机制 :对于在实体链接阶段已对齐的实体对,计算其在嵌入空间中的相似度;对于共享关系路径的三元组,评估其向量平移误差 ,根据所述相似度或平移误差判定是否存在语义层面的不一致性。'), (19, [2], '本发明涉及人工智能与数据处理领域,尤其涉及一种多视图数据(Multi-view Data)一致性检测方法、装置、设备和计算机存储介质。本发明具体涉及一种结合了符号级实体对齐与向量级语义验证的双重检测机制,用于数据集成、知识图谱构建及数据治理'), (21, [3], '在基于模型的系统工程(MBSE)、数据集成、知识图谱构建等实践中,来自不同来源或表达形式的多个视图(View)从不同维度刻画了信息内容,有效增强了体系结构表达的完整性与丰富性。然而,这也带来了模型之间关联复杂、管理困难等问题。尤其在实践过程'), (23, [4], '数据层面的一致性问题(表层命名冲突):由于多个视图可能分别由不同的团队或人员在不同时期独立创建,导致对同一体系结构元素(如系统组件、操作节点、信息流等)在不同视图中出现定义不统一、属性描述冲突或命名格式不一致等现象。例如,一个视图中使用“B')])

Python

python
# Build mapping comment_id -> paragraph index list comment_to_paras = {cid: [] for cid in ids} for pi,p in enumerate(paras): for cid in para_comment_ids(p): comment_to_paras[cid].append(pi) # show comments attached to which paragraphs [(cid, comment_to_paras[cid]) for cid in sorted(comment_to_paras)][:10] [(0, [6]), (1, [9]), (2, [19]), (3, [21]), (4, [23]), (5, [24]), (6, [29]), (7, [31]), (8, [31]), (9, [32])]

Python

python
for cid in range(19): pis = comment_to_paras[cid] txt = get_comment_text(comments[cid]) if cid < len(comments) else "" print(cid, pis, txt[:50])

Python

python
for i,(pi,txt,ids_) in enumerate(para_info): # show full paragraph text with index and whether has comment if pi in range(15,60): # show main body print(f"p{pi:02d} comments={ids_} text={txt}")

Python

python
for pi in range(25, 38): p = paras[pi] print(f"p{pi} comments={para_comment_ids(p)}") print(para_text(p)) print("----")

Python

python
for pi in [30,31,32,33]: p=paras[pi] print(f"p{pi} comments={para_comment_ids(p)}") print(para_text(p)) print("----")

Python

python
for pi in range(58, 65): p=paras[pi] txt = para_text(p).strip() if txt: print(pi, para_comment_ids(p), repr(txt[:80]))

Python

python
from collections import Counter, defaultdict def find_text_nodes_containing(substring): hits=[] for p in paras: for t in p.findall('.//w:t', ns): if t.text and substring in t.text: hits.append(t) return hits phrases = ["现有技术进行了一些探索", "先验知识", "双重一致性度量机制", "余弦相似度", "装置示意图", "图1"] for ph in phrases: hits=find_text_nodes_containing(ph) print(ph, len(hits), [h.text for h in hits[:3]])

Python

python
hit = find_text_nodes_containing("先验知识")[0] len(hit.text), hit.text[:120] (181, ',特别是像TransE这样的嵌入模型,被引入来捕捉深层语义。TransE将实体和关系映射到低维连续向量空间中,理论上可以量化语义相似性。但是,如果数据在输入嵌入模型之前没有经过有效的符号级对齐,模型可能会将“Beijing”和“Peking')

Python

python
# inspect children tags for p26 (index 26) p=paras[26] [(child.tag.split('}')[-1], (child.find('.//w:t', ns).text[:20] if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None)) for child in list(p)[:10]

Python

python
p=paras[26] children=list(p) out=[] for child in children[:10]: tag=child.tag.split('}')[-1] t=child.find('.//w:t', ns) preview=None if t is not None and t.text: preview=t.text[:30] out.append((tag, preview)) out[:10], len(children) ([('pPr', None), ('r', '另一方面,'), ('r', '知识表示学习(Knowledge Representatio'), ('r', ',特别是像TransE这样的嵌入模型,被引入来捕捉深层语义。')], 4)

Python

python
p=paras[34] [(child.tag.split('}')[-1], (child.find('.//w:t', ns).text if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None)[:40] if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None) for child in list(p) if child.tag.endswith('r')][:5] [('pPr', None), ('r', '步骤4:一致性度量与向量级验证本步骤在步骤3获得的语义向量表示的基础上,设计并执')]

Python

python
p=paras[47] [(child.tag.split('}')[-1], (child.find('.//w:t', ns).text[:50] if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None)) for child in list(p)[:8]], len(list(p)) ([('pPr', None), ('r', '实体向量验证:对于在步骤2中已通过符号级对齐的实体对(如"Beijing"和"Peking"),系统')], 2)

Python

python
p=paras[51] children=list(p) [(child.tag.split('}')[-1], (child.find('.//w:t', ns).text[:60] if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None)) for child in children], len(children) ([('pPr', None), ('r', '如图2所示,为本发明实施例的装置示意图。该装置用于实施实施例一所述的方法,包括:')], 2)

Python

python
p=paras[25] [(child.tag.split('}')[-1], (child.find('.//w:t', ns).text if child.find('.//w:t', ns) is not None and child.find('.//w:t', ns).text else None)) for child in list(p)[:8]], len(list(p)) ([('pPr', None), ('r', '为解决上述问题,现有技术进行了一些探索。'), ('r', '实体链接(Entity Linking)'), ('r', '技术被用于解决第一类问题,它通过将视图中的实体提及(Mention)链接到标准知识库(如Wikidata、DBpedia)中的规范实体标识符,实现跨视图的实体消歧与对齐。然而,实体链接本身主要解决“符号对齐”问题,难以检测深层的语义冲突。')], 4)

Python

python
comments[0].attrib {'{http://schemas.openxmlformats.org/wordprocessingml/2006/main}id': '0', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}author': 'L1tt13D', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}date': '2025-12-21T15:12:37Z', '{http://schemas.openxmlformats.org/wordprocessingml/2006/main}initials': 'L'}

Python

python
new_comments = [ (25, "现有技术进行了一些探索", "这句我感觉有点空,能不能顺手提一两种“现有常见做法/思路”?不然我读着不知道你们主要在对比谁。"), (26, "先验知识", "这里提到“先验知识”我觉得挺关键,但我没太看出来训练时怎么用上它。能不能加一句:你们是怎么把这个先验喂给模型的?"), (34, "双重一致性度量机制", "这里说“双重机制”挺清楚的,但最后到底怎么判“不一致”我有点迷:两个都不通过才算,还是任意一个超阈值就报?建议写一句规则。"), (47, "余弦相似度", "小疑问:余弦相似度低就一定是冲突吗?会不会只是数据少/向量不稳?建议加个简单说明,或者说下有没有兜底办法。"), (51, "装置示意图", "装置这块我读着有点像把步骤换成模块名。能不能再补一句模块之间的输入输出(谁给谁),看着会更像“装置”。"), (60, "图1", "这里好像只有“图1”字样没看到图,是不是忘了插流程图?建议把图1/图2真的放进来,不然老师估计会问。"), ] # add them with ids 19-24 success=[] for i,(pi,sub,txt) in enumerate(new_comments): cid = 19+i ok = add_comment_to_paragraph_substring(pi, sub, cid, txt) success.append((cid, ok, [(19, True, 25, '现有技术进行了一些探索'), (20, True, 26, '先验知识'), (21, True, 34, '双重一致性度量机制'), (22, True, 47, '余弦相似度'), (23, True, 51, '装置示意图'), (24, True, 60, '图1')]

Python

python
# verify comment count len(root_c.findall('w:comment', ns)), max(int(c.attrib[f"{{{W}}}id"]) for c in root_c.findall('w:comment', ns)) (25, 24)

Python

python
# find occurrences of new comment IDs in document def find_comment_ids_in_doc(): ids=set() for elem in root_d.findall('.//w:commentRangeStart', ns): ids.add(int(elem.attrib[f"{{{W}}}id"])) return ids doc_comment_ids = find_comment_ids_in_doc() sorted(doc_comment_ids)[:5], sorted(doc_comment_ids)[-5:], len(doc_comment_ids) ([0, 1, 2, 3, 4], [20, 21, 22, 23, 24], 25)

Python

python
# extract namespaces declared in root xmlns_ns = "{http://www.w3.org/2000/xmlns/}" declared = {} for k,v in root_d.attrib.items(): if k.startswith(xmlns_ns): prefix = k[len(xmlns_ns):] declared[prefix]=v declared.keys(), declared.get('w') (dict_keys([]), None)

Python

python
orig_doc_xml = open(os.path.join(tmp_dir, "word/document.xml"), 'rb').read().decode('utf-8') # find xmlns declarations xmlns_pairs = re.findall(r'xmlns:([A-Za-z0-9]+)="([^"]+)"', orig_doc_xml) len(xmlns_pairs), xmlns_pairs[:10] (29, [('wpc', 'http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas'), ('mc', 'http://schemas.openxmlformats.org/markup-compatibility/2006'), ('o', 'urn:schemas-microsoft-com:office:office'), ('r', 'http://schemas.openxmlformats.org/officeDocument/2006/relationships'), ('m', 'http://schemas.openxmlformats.org/officeDocument/2006/math'), ('v', 'urn:schemas-microsoft-com:vml'), ('wp14', 'http://schemas.microsoft.com/office/word/2010/wordprocessingDrawing'), ('wp', 'http://schemas.openxmlformats.org/drawingml/2006/wordprocessingDrawing'), ('w', 'http://schemas.openxmlformats.org/wordprocessingml/2006/main'), ('w14', 'http://schemas.microsoft.com/office/word/2010/wordml')])

Python

python
orig_comments_xml = open(os.path.join(tmp_dir, "word/comments.xml"), 'rb').read().decode('utf-8') re.findall(r'xmlns:([A-Za-z0-9]+)="([^"]+)"', orig_comments_xml) [('wpc', 'http://schemas.microsoft.com/office/word/2010/wordprocessingCanvas'), ('mc', 'http://schemas.openxmlformats.org/markup-compatibility/2006'), ('o', 'urn:schemas-microsoft-com:office:office'), ('r', 'http://schemas.openxmlformats.org/officeDocument/2006/relationships'), ('m', 'http://schemas.openxmlformats.org/officeDocument/2006/math'), ('v', 'urn:schemas-microsoft-com:vml'), ('wp14', 'http://schemas.microsoft.com/office/word/2010/wordprocessingDrawing'), ('wp', 'http://schemas.openxmlformats.org/drawingml/2006/wordprocessingDrawing'), ('w', 'http://schemas.openxmlformats.org/wordprocessingml/2006/main'), ('w14', 'http://schemas.microsoft.com/office/word/2010/wordml'), ('w15', 'http://schemas.microsoft.com/office/word/2012/wordml'), ('w10', 'urn:schemas-microsoft-com:office:word'), ('wpg', 'http://schemas.microsoft.com/office/word/2010/wordprocessingGroup'), ('wpi', 'http://schemas.microsoft.com/office/word/2010/wordprocessingInk'), ('wne', 'http://schemas.microsoft.com/office/word/2006/wordml'), ('wps', 'http://schemas.microsoft.com/office/word/2010/wordprocessingShape'), ('wpsCustomData', 'http://www.wps.cn/officeDocument/2013/wpsCustomData')]

Python

python
# register namespaces all_pairs = dict(xmlns_pairs) for p,u in re.findall(r'xmlns:([A-Za-z0-9]+)="([^"]+)"', orig_comments_xml): all_pairs[p]=u for prefix,uri in all_pairs.items(): try: ET.register_namespace(prefix, uri) except Exception as e: pass len(all_pairs) 20

Python

python
output_path = "/mnt/data/已批注_L1tt13D_补6条_共25条_口语化_关键引用.docx" # Create zip with zipfile.ZipFile(output_path, 'w', zipfile.ZIP_DEFLATED) as z: for folder,_,files in os.walk(tmp_dir): for f in files: full = os.path.join(folder,f) rel = os.path.relpath(full, tmp_dir) z.write(full, rel) os.path.exists(output_path), os.path.getsize(output_path) (True, 307850)

Python

python
# quick verification check_dir="/mnt/data/tmp_check" if os.path.exists(check_dir): shutil.rmtree(check_dir) os.makedirs(check_dir) with zipfile.ZipFile(output_path,'r') as z: z.extractall(check_dir) c = ET.parse(os.path.join(check_dir,"word/comments.xml")).getroot().findall('w:comment', ns) len(c), get_comment_text(c[-1])[:50] (25, '这里好像只有“图1”字样没看到图,是不是忘了插流程图?建议把图1/图2真的放进来,不然老师估计会问。')

Мысль

Creating final output and citation info

I’ll provide the user with a link to their updated document and mention that we've added 6 new comments, covering sections like "背景技术" and "图1". I'll specify that these new comments are distinct from the previous ones and highlight key phrases

Thought for 5m 40s

Ответ

可以的,我已经在你这份(你删减到 19 条的版本)基础上,补了 6 条全新的批注,现在又回到 25 条了;而且每条都是只勾选关键短语口语化(研二学生语气),不会再显得很“AI/很专业”。

这 6 条新批注分别加在这些位置(都不是你之前那 6 条原话):

  • 背景技术里“现有技术进行了一些探索”这句(提醒这句有点空,建议补1-2个常见做法作对比)
  • 背景技术里“先验知识”(我没看出来怎么用上先验,建议加一句解释)
  • 发明内容步骤4里“双重一致性度量机制”(问清楚最后到底怎么合并/怎么判不一致)
  • 实施例一里“余弦相似度”(相似度低是不是一定冲突?会不会数据少导致不稳)
  • 装置实现里“装置示意图”(装置别只改名,建议补模块输入输出) (已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx)
  • 文末“图1”占位(提醒这里像是没插图,只有字样) (已批注_L1tt13D_口语化_25条_分布均匀_实体链接库一致性检测.docx)

下载我补好 6 条后的版本:
已批注_L1tt13D_补6条_共25条_口语化_关键引用.docx

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