Production monitoring system and method thereof

Abstract

A kind of production monitor system is used to remote monitor the manufacturing device. The production monitor system concludes data base, monitor device, and transfer device. The data base is used to storage the attribute data. The monitor device is used to send monitor information and receive the attribute data of manufacturing device. The transfer device connects with the manufacturing device, monitor device, and the data base communication said above which is used to transfer the attribute data of manufacturing device to the recognizable data for the monitor device and the transfer device concludes analytic module and execute module. The production monitor system and its method can make the user remote monitored for the manufacturing device in timely and clearly and get the related information of the manufacturing device in timely.

Description

technical field [0001] The invention relates to a production site management system, in particular to a production equipment remote monitoring system and method. Background technique [0002] In the production site, the robot is used together with the machine tool for production. In order to enable the operator to grasp the production status of the production site, the robot needs to be monitored remotely. However, in the prior art, the robot acts as a server to directly communicate with the operator's monitoring computer. Once the number of monitoring computers communicating with it increases, the performance of the robot will be affected. In addition, in the prior art, the monitoring computer can only obtain the internal parameters of the robot from the robot, but cannot obtain the attribute data of the robot and the movement conditions of peripheral machine tools. The internal parameters of the robot can only be analyzed by professional robot technicians before the opera...

AI Technical Summary

Problems solved by technology

In the existing technology, the robot itself acts as a server to directly communicate with the monitoring computer of the operator. Once the number of monitoring computers communicating with it increases, the performance of the robot will be affected.

In addition, in the prior art, the monitoring computer can only obtain the internal parameters of the robot from the robot, but cannot obtain the attribute data of the robot and the movement conditions of the peripheral machine tools.

The internal parameters of the robot can only be analyzed by professional robot technicians before the operator or manager can know the current production status. In this case, the operator or manager cannot know the current working status of the robot in time.

Images