【摘要】 近年来彩票消费市场发展迅猛，彩票印制企业生产任务重，为解决即开型彩票人工分装劳动强度大、效率低的问题，根据对彩票联册分装工艺要求，提出了微距错动、局部抓取、整体上移的工艺原理，设计了包含双工位供料装置、联册分离—抓取—输送装置、传输装置的联册连续分离装置，将彩票从料堆分离后输送到编码识别区，进行了分离输送装置的机电传动系统集成控制设计。基于MX OPC Server,联合FluidSIM与GX Works进行仿真分析，对彩票联册分离装置工艺动作和机电控制系统的有效性和合理性进行验证，仿真结果表明：分离装置可稳定地完成彩票联册分离动作，工作速度可达到40本/分钟，且分离过程中不会对刮奖区遮盖涂层产生磨损破坏，有效提升生产效率、降低劳动强度，具有一定的应用价值和推广前景。更多还原

【Abstract】 In recent years, the lottery consumption market has developed rapidly, and the production task of lottery is heavy. In order to replace manual packaging of scratch-open lottery, according to the requirements of packaging, the process of grasping the top brochure in local zones by shifting it with small displacement and separating from pile has been proposed. A continuous separation device for lottery tickets has been designed and the electromechanical transmission system has been carried out. Supported by MX OPC Server, simulation analysis was conducted in conjunction with FluidSIM and GX Works to verify the effectiveness and rationality of the process and control system of the lottery separation device. The results showed that the separation device can stably pick lottery brochures with a speed of up to 40 books/min without wearing and damage to the cover coating of scratch area. By effectively improving production efficiency and reducing labor intensity, the research showed application value and promotion prospects obviously.更多还原