AM164  节点控制模块  用于控制UPS系统的状态运行和UPS间并机运行

AM164控制模块是一个具有特定功能的组件，通常由多个基础功能的组件构成，用以组成具有完整功能的系统、设备或程序。

在电力术语中，AM164控制模块是对家庭局域网中的其他设备进行操作控制的逻辑功能模块。在自动驾驶系统中，控制模块是整个自动驾驶软件系统中的执行环节，它基于规划模块输出的目标轨迹和定位模块输出的车辆状态，生成方向盘、油门、刹车控制命令，并通过canbus模块给车辆底层执行器。控制模块由两个子模块组成：横向控制模块和纵向控制模块。横向控制模块通过控制方向盘的转动来控制前轮的转向，从而控制汽车的行驶方向；纵向控制模块则通过油门和刹车控制车的纵向加减速。

此外，AM164控制模块还可能是指具有总线通信和对控制模块发出指令功能的节点控制模块，或者是指用于控制UPS系统的状态运行和UPS间并机运行，同时将UPS系统的状态信息传送给其他监控模块进行处理的模块。

因此，AM164控制模块的具体含义需要根据上下文和使用环境来确定。

AM164  节点控制模块  用于控制UPS系统的状态运行和UPS间并机运行

AM164 control module is a functional component, usually composed of multiple basic functional components, to form a fully functional system, equipment or program.

In power terms, the AM164 control module is a logical functional module for operational control of other devices in the home LAN. In the automatic driving system, the control module is the execution link of the entire automatic driving software system. It generates steering wheel, throttle and brake control commands based on the target trajectory output by the planning module and the vehicle state output by the positioning module, and sends them to the bottom actuator of the vehicle through the canbus module. The control module consists of two sub-modules: horizontal control module and vertical control module. The lateral control module controls the steering of the front wheel by controlling the rotation of the steering wheel, so as to control the driving direction of the car. The longitudinal control module controls the longitudinal acceleration and deceleration of the car through the accelerator and brake.

In addition, the AM164 control module may also refer to a node control module with bus communication and the function of giving instructions to the control module, or it may refer to a module used to control the state operation of the UPS system and the parallel operation of the UPS system, while transmitting the status information of the UPS system to other monitoring modules for processing.

Therefore, the specific meaning of the AM164 control module needs to be determined according to the context and use environment. Such as