摘要：【中文】本发明涉及确定存在依赖违规的方法、装置、电子设备、介质及程序。该方法包括：将用于开发源代码的架构设计文档输入实体提取模型来提取架构设计文档中包括的每一个单词的词向量，单词包括实体的单词和非实体的单词；按照架构设计文档的每一个句子中的单词的顺序，将每一个句子转换为用单词的词向量表示的序列数据，将转换得到的句子的序列数据分别输入关系提取模型，来提取架构设计文档中所有实体之间的关系；基于所提取的实体之间的关系，生成表示架构设计文档中所包括的实体以及实体之间的关系的依赖设计规则；将基于架构设计文档开发的源代码转换为第一依赖树；以及将第一依赖树与依赖设计规则进行比较，来确定源代码中是否存在依赖违规。 【EN】The invention relates to a method, an apparatus, an electronic device, a medium, and a program for determining existence of a dependency violation. The method comprises the following steps: inputting the architectural design document for developing the source code into an entity extraction model to extract a word vector for each word included in the architectural design document, the word including a word of the entity and a word of the non-entity; converting each sentence into sequence data expressed by word vectors of the words according to the sequence of the words in each sentence of the architecture design document, and respectively inputting the converted sequence data of the sentences into a relationship extraction model to extract the relationship among all entities in the architecture design document; generating a dependent design rule representing entities included in the architecture design document and relationships between the entities based on the extracted relationships between the entities; converting source code developed based on an architecture design document into a first dependency tree; and comparing the first dependency tree to the dependency design rule to determine whether a dependency violation exists in the source code.

摘要：【中文】本发明属于医疗废弃物环保处理领域，具体涉及一种医疗废弃物无氧处理工艺。将医疗废弃物进行预处理后，连续输送到裂解设备内进行无氧裂解处理，经碳化后的物料冷却回收，裂解的干气收集，为裂解设备加热后，通入二燃室，经二燃室燃烧后，再经过烟气处理系统处理后进行排放，本发明工艺技术是一种非焚烧工艺技术，在无氧环境下进行处理医疗废物，在尾气排放及其各种污染物排放指标上降到最低，并且无二噁英排放，完全能够达标排放，符合未来国家对污染物排放要求，是一种安全环保新技术新工艺。 【EN】The invention belongs to the field of environment-friendly treatment of medical wastes, and particularly relates to an anaerobic treatment process for medical wastes. The process technology is a non-incineration process technology, and is characterized in that medical wastes are treated in an anaerobic environment, the exhaust emission and various pollutant emission indexes are reduced to the minimum, and dioxin is not emitted, the discharge can completely reach the standard, the process technology accords with the pollutant emission requirements of the future country, and is a novel safe and environment-friendly technology.