Graph Convolutional Network Based Patent Issue Discovery Model

Weidong Liu, Hao-nan Zhang, Xudong Guo, Yong Han
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Abstract

With the increasing attention on the protection of intellectual property rights, a large number of patents need to be processed. However, since patent is a kind of complicated technical text, it is difficult to understand patents. How to quickly understand a patent by computer is the problem. To solve the above problem, our method is to tag the issue sentences, these sentences describe problems to be solved in patents. Tagging the issue sentences is a very important research topic in patent understanding, because a patent revolves around issue sentences, issue sentences are the key to understand a patent. There are two challenges in our task: (1) How to extract issue sentences to get corpus? (2) What kinds of features and models are better for our task? In order to solve the above challenges: (1) We find that the issue sentences mainly exist in the “technical background” section of patent, so that we can extract issue sentences from this section to get corpus. (2) We split the “background technology” section into sentences, and obtain two sets of features from a sentence include: 1) Part-of-speech features of a sentence. 2) Association information feature between the sentence and the claim of patent. Then we construct graph according to above two sets of features, and use Graph Convolutional Neural Network to train and test.
基于图卷积网络的专利问题发现模型
随着人们对知识产权保护的日益重视,需要处理大量的专利。然而,由于专利是一种复杂的技术文本,对专利的理解是困难的。如何通过计算机快速理解专利是一个问题。为了解决上述问题,我们的方法是标记问题句,这些句子描述专利中要解决的问题。标注问题句是专利理解中一个非常重要的研究课题,因为专利是围绕问题句展开的,问题句是理解专利的关键。在我们的任务中有两个挑战:(1)如何提取问题句来获得语料库?(2)什么样的特征和模型更适合我们的任务?为了解决上述挑战:(1)我们发现问题句主要存在于专利的“技术背景”部分,因此我们可以从该部分提取问题句来获得语料库。(2)我们将“背景技术”部分拆分成句子,从一个句子中得到两组特征,包括:1)句子的词性特征。2)句子与专利权利要求之间的关联信息特征。然后根据上述两组特征构造图,并使用图卷积神经网络进行训练和测试。
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