Multi-platform production line mechanical device control system and method

Abstract

The present invention discloses a multi-platform production line mechanical device control system and method. The method comprises the steps of: collecting actual working state data of a mechanical device, and comparing the actual working state data of the mechanical device with a normal operation working state data of the mechanical device; if the actual working state data is not in the range ofthe normal operation working state data, regulating the working state of the mechanical device; if the regulated working state data of the mechanical device is still not in the range of the normal operation working state data of the mechanical device, performing fault matching by employing a fault model according to the regulated working state data of the mechanical device, and obtaining a fault type of the mechanical device; and performing maintenance recommendation matching according to the fault type. The multi-platform production line mechanical device control system and method can monitorthe operation state of a mechanical system, can intelligently give fault reasons and maintenance recommendations of the mechanical system, can restore faults of the mechanical system, is high in automation degree and can reduce investment of manpower resources and time cost.

Description

technical field [0001] The invention relates to the technical field of human-computer interaction, in particular to a multi-platform production line mechanical equipment control system and method. Background technique [0002] The mechanical equipment control system is to meet the requirements of large data volume and high-speed transmission such as images and voice signals, and it has given birth to the combination of Ethernet and control network, which is currently popular in the commercial field, in order to achieve visualization, window control and Manage the user-machine interface. [0003] The mechanical equipment control system manages the mechanical equipment hardware resources of the mechanical system, controls the operation of the mechanical equipment, improves the human-computer interaction interface, and maximizes the use of all resources of the mechanical equipment, so that users can have a good working environment and reduce human resources. The investment and...

AI Technical Summary

Problems solved by technology

However, the existing mechanical equipment control system has a low degree of visualization and limited ability to control the mechanical system. In many cases, it is necessary to directly operate the mechanical system, resulting in a large amount of investment in human resources and time costs.

Different mechanical systems also require different control systems, which results in high investment in the development cost of the control system. Different control systems also require different professionals to repair when they fail.

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