文档介绍：支撑目标运动机构技术设计
摘要
本文详细介绍了弹体支撑运动机构及目标模拟器控制系统的设计方案,其目的是为了检测导弹弹头的跟踪系统安装位置的准确性,并为弹体(或者弹头)和检测装置提供放置安装平台。在机械结构上论述了蜗轮蜗杆减速箱、丝杠、步进电机、导轨、谐波齿轮等零件的选型。弹体支撑运动机构为整弹体(或弹体头)提供安装平台,并实现了其俯仰运动和自身滚转运动的要求,同时也要为目标运动机构提供安装平台;目标运动机构主要有步进电机控制的小型转台和延长支架组成,是目标模拟器的安装平台,再软件的控制下实现了转台的弧线运动,同时也保证了目标模拟器一直对正弹体头中心的要求。在控制方面阐述了S7-200 PLC的工作原理、OP320显示屏的操作界面的编制软件的编制方法和编制的注意事项、同时阐述了这次设计的电路的详细方案,综合介绍了S7-200 PLC在工程实际中的一次应用。
关键词:支撑、控制系统、检测系统、转台、弧线运动。
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Abstract
This paper describes the campaign and the support cylinder target simulator control system design, its purpose is to detect the tracking system, missile warheads and missile (or warheads) and detection devices installed at platforms. In the mechanical structure on the turbine worm reducer me, screw, the stepper motor, rail, harmonic gear, and other parts of the selection. Cylinder sports bodies to support the entire cylinder (or cylinder head) to provide the installation platforms, and to achieve its own pitch movement and the movement of the rollover requirements, but also to target institutions to provide the installation platform; target is mainly a stepping Motor control of the small table and extend the ponents, is the goal of installing platform simulator, and software under the control of the arc to achieve a turntable movement, but also ensure that the target simulator has been on the cylinder is the first center requirements. In control on the S7-200 PLC's working principle, OP320 screen interface software for the preparation and presentation of the note, described the design of the circuit detailed programme, introduced prehensive S7-200 PLC in the works in a practical application.
Keywords: support、control system、detecting system、arc motioa.
目录
摘要…………………………………………………………………Ⅰ
Abstract …………………………………………………………………Ⅱ
目录…………………………………………………………………Ⅲ
第一章概述……………………………………………………………………1
……………………………………………………………1
1. 2 课题的发展前景…………………………………………………………………1
1. 3 课题研究的内容……………………………………………………………1
1. 4 课题的实现方法…………………………………………………………2
第