摘  要
 
文中主要对JX1060TSG23高空作业车的二类底盘的选型和整体布置、动力传动装置设计分析、工作装置设计分析进行整车稳定性校核。
根据设计要求及其技术参数的要求，其设计思路为：根据高空作业车的举升质量要求，确定升降机的结构方案，然后确定汽车底盘及车辆的总体布置和控制系统。
在设计说明中，首先对升降机不同结构方案进行了比较，得出了设计方案，然后对负载进行分析计算，选择确定了整车的结构参数，然后根据负载和使用状况进行液压系统的设计。
文中主要完成的是JX1060TSG23高空作业车的总体结构设计及传动装置工作装置的详细设计。高空作业车设计时按4单元展开，所有的设计工作都是围绕这4个单元展开的。①选用合适平台②动力传动装置设计③工作装置设计④整车稳定性校核
 
 
 
关键词：高空作业车；动力传动装置；工作装置；稳定性

 

ABSTRACT
 
Focuses on JX1060TSG23 aerial second class chassis selection and the overall layout, power transmission equipment design analysis, work equipment design analysis and analysis, the last vehicle stability check.
According to design requirements and technical parameters of the requirements, design ideas are as follows: under the aerial lift vehicle quality requirements, to determine the structure of the lift program, and then determine the vehicle chassis and the overall layout.    In the design specification, the first lift programs with different structures are compared, obtained design program, then loads analysis and calculation, select the vehicle to determine the structural parameters and based load and use the situation to the hydraulic system design.    In the main text to complete the JX1060TSG23 Aerial overall structural design, hydraulic circuit design and gear detailed design of working device. Aerial vehicles designed to start by 4 units, all of the design work around these six units started. ①choose the right platform②Power Transmission Device③Working Device type④vehicle stability check
 
 
 
Key words: Aerial work; Power transmission devices; Working devices; Control system; Stability