Device for displaying running state of equipment

Abstract

The invention relates to a device for displaying the running state of equipment. The device comprises a field data acquisition hardware system, a microprocessor and an LED display screen, wherein the field data acquisition hardware system sends state information of the equipment to the LED display screen through the microprocessor; square LED plane combined color lump lamps are distributed on the LED display screen in a matrix form; the single LED plane combined color lump lamp is divided into three color lump areas, each color lump area can display different colors, and the three color lump areas can sparkle with different frequencies; and the combined color lump lamps can perform dynamic variation according to the state of the equipment, so that one display device can display multiple kinds of state information of multiple equipment, the information transfer efficiency is improved, and remote and all workshop-level overall state monitoring is realized.

Description

technical field [0001] The invention relates to a device for displaying the running state of equipment, in particular to a device for displaying the running state of the equipment by using combined color blocks. Background technique [0002] In modern industrial production, the following two methods are mainly used for real-time monitoring of the operation status of all equipment in the workshop: the first method is to connect multi-color display lights to the equipment, and transmit the relevant signals of the equipment to the multi-color display lights through cable connections. Directly display the running status of the equipment. The disadvantage of this method is that it can only indicate the status of the current equipment near the physical location of the equipment, and cannot do remote workshop-level global status monitoring: the second method uses remote software indication way, including at least on-site data acquisition hardware system, microprocessor and LED disp...

AI Technical Summary

Problems solved by technology

[0002] In modern industrial production, the following two methods are mainly used for real-time monitoring of the operation status of all equipment in the workshop: the first method is to connect multi-color display lights to the equipment, and transmit the relevant signals of the equipment to the multi-color display lights through cable connections. Directly display the running status of the equipment. The disadvantage of this method is that it can only indicate the status of the current equipment near the physical location of the equipment, and cannot do remote workshop-level global status monitoring: the second method uses remote software indication way, including at least on-site data acquisition hardware system, microprocessor and LED display, connected to the microprocessor through electrical signals, and equipment simulation diagrams or multiple color block indicators on the microprocessor or network display device To indicate the status of the equipment, it can realize the remote whole workshop level global status monitoring, but because of the limitations of the display method, the number of displayed equipment is limited, and the number of more than a few or dozens of equipment must be realized through screen switching. It is difficult to display the different states of all the equipment in the workshop on one display interface

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