随着科技的飞速发展,力值和扭矩工作计量器具的使用日益广泛。针对目前工作用力值和扭矩计量器具检定效率低、自动化程度不高的问题,设计一种基于智能控制技术的力学检定装置。通过机械结构设计将力值检定与扭矩检定加载机构结合,并运用智能控制模块和图像识别技术实现装置加载和数据读取自动化,达到提高检定效率、减小人为误差、降低标准器成本的目的。 With the rapid development of science and technology, the use of force value and torque measuring instruments is becoming more and more widespread. In view of the current work force value and torque measuring instrument verification efficiency is low, the degree of automation is not high, the design of a mechanical control device based on intelligent control technology. Through the mechanical structure design, the force value verification and torque verification loading mechanism are combined, and the device loading and data reading automation are realized by using the intelligent control module and the image recognition technology, so as to improve the verification efficiency, reduce the human error and reduce the standard cost.