摘要：【中文】本发明提供了一种表格提取方法、装置和电子设备，其中，该方法包括：提取预先获取的待处理图纸中的垂线段和水平线段；根据垂线段和水平线段的坐标值，确定垂线段和水平线段的线段交点；通过线段交点，提取多个单元格；对多个单元格进行归类，根据归类结果确定多个单元格对应的表格。该方式能够自动从待处理图纸中确定表格，无需人工干预，从而提高了表格提取的通用性。 【EN】The invention provides a form extraction method, a form extraction device and electronic equipment, wherein the method comprises the following steps: extracting vertical line segments and horizontal line segments in a pre-acquired drawing to be processed; determining a line segment intersection point of the vertical line segment and the horizontal line segment according to the coordinate values of the vertical line segment and the horizontal line segment; extracting a plurality of cells through the intersection points of the line segments; and classifying the plurality of cells, and determining a table corresponding to the plurality of cells according to the classification result. The method can automatically determine the form from the drawing to be processed without manual intervention, thereby improving the universality of form extraction.

摘要：【中文】本发明提供了一种图元识别的方法、装置及服务器，涉及图元识别的技术领域，在提取待识别图元对应的特征信息后，根据特征信息确定与待识别图元相匹配的标准图元；判断与待识别图元相匹配的标准图元的个数是否大于预设个数阈值；如果是，根据预构建的位置拓扑关系对待识别图元进行识别；利用图元识别的方法、装置及服务器能够对CAD图纸上的各图元进行识别，有效缓解了因人工审核存在的审图效率低以及人为失误等问题。 【EN】The invention provides a method, a device and a server for identifying a primitive, which relate to the technical field of primitive identification, and are characterized in that after characteristic information corresponding to a primitive to be identified is extracted, a standard primitive matched with the primitive to be identified is determined according to the characteristic information; judging whether the number of standard primitives matched with the primitives to be identified is greater than a preset number threshold value or not; if so, identifying the primitive to be identified according to the pre-constructed position topological relation; the method, the device and the server for identifying the primitives can be used for identifying each primitive on the CAD drawing, so that the problems of low drawing examination efficiency, human errors and the like caused by manual examination are effectively solved.