Wireless multi-terminal motor debugging monitor based on zigbee and monitoring method of wireless multi-terminal motor debugging monitor

Abstract

The invention relates to the technical field of motor terminal debugging monitors, in particular to a zigbee-based wireless multi-terminal motor debugging monitor and a monitoring method thereof. The motor is connected with a DSP controller and a signal processor and has a zigbee chip, a servo driver and a signal processor. A zigbee chip is solidified inside the LCD liquid crystal module for data transmission. After receiving the data, the zigbee chip of the PC transfers the data to the max232 interface through the serial port and then sends it to the PC via USB. The zigbee chip of the LCD liquid crystal module transmits the data after receiving the data. Send it to the LCD main control chip, and finally display it on the LCD screen through the GUI. The invention overcomes the deficiencies and potential safety hazards in the debugging and monitoring of the motor, reduces the risk factor in the debugging process and the possible problems in the monitoring link, can cooperate with multiple people, and can debug synchronously, and can save the trouble of communication connection lines. And it is a wireless multi-terminal motor debugging monitor that can monitor simultaneously with multiple monitoring platforms such as PC and LCD operation interface, and timely feedback problems.

Description

[technical field] [0001] The invention relates to the technical field of motor terminal debugging monitors, in particular to a device and method for simultaneously receiving, debugging and sending motor parameters by using wireless multi-terminals and multi-interfaces during the motor debugging process. [Background technique] [0002] The debugging and monitoring system of the servo motor is an important part of the servo system. A good debugging and monitoring system can efficiently complete the debugging of the motor, make it put into application as soon as possible, and can monitor the stability of each operation link in time. Feedback the problem in a timely manner. [0003] The current motor debugging and monitors are independently developed by major servo drive companies. The debugging monitors designed by each company include the host computer software installed on the PC or the operating system in a specific LCD liquid crystal display. Part of the debug communicatio...

AI Technical Summary

Problems solved by technology

First of all, in the debugging process, a single debugging interface greatly lengthens the research and development time, and only one research and development personnel is responsible for debugging alone. When encountering problems, it will take a long time to debug

Secondly, in the process of debugging, use wired communication. Once the motor debugs a problem, the overcurrent will burn the equipment through the power line of the signal line, and the messy line will also cause some hidden dangers of accidents.

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