A detection device for electrical automation equipment

Abstract

The invention discloses a detection device for electric automation equipment, which comprises a detection part, and the detection part comprises a square shell, two bosses, several round pipes, several temperature sensors, a controller, a first storage battery, and a USB interface And the first power switch and the first cover plate. Compared with the traditional technical solution, the present invention uses a combination of heat conduction plate, copper wire and analyzer to detect whether the heating temperature inside the tunnel furnace is uniform, which is simpler and more convenient, and can effectively prevent the copper wire from winding inside the tunnel furnace. It can also prevent the detection from stopping midway due to copper wire breakage, thereby affecting the detection results. At the same time, the two heating surfaces inside the tunnel furnace are detected separately, and the temperature data of five points are detected on each heating surface, which can more truly reflect the tunnel furnace. Whether the internal heating temperature is uniform will make the detected data more accurate to ensure orderly production operations in the later stage.

Description

technical field [0001] The invention relates to the technical field of electric automation, more specifically, it relates to a detection device for electric automation equipment. Background technique [0002] In the production process of the touch function layer inside the touch display screen, the surface of plain glass needs to be cleaned, coated, glued, exposed, developed, baked and cured, etched, and stripped and cleaned in sequence. The function of the control function layer is greatly affected. Once the baking and curing effect is poor, the defect rate will increase significantly. [0003] In the existing process, a tunnel furnace is generally used to bake and cure the exposed conductive glass (that is, the plain glass coated with an ITO conductive film layer on the surface). When the tunnel furnace is first installed and used, the heating temperature inside the tunnel furnace needs to be adjusted. Whether it is evenly tested to ensure orderly production operations in...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the touch function layer inside the touch display screen, the surface of plain glass needs to be cleaned, coated, glued, exposed, developed, baked and cured, etched, and stripped and cleaned in sequence. The function of the control function layer has a great influence on the function. Once the baking and curing effect is poor, it can lead to a sharp increase in the defect rate

[0003] In the existing process, a tunnel furnace is generally used to bake and cure the exposed conductive glass (that is, the plain glass coated with an ITO conductive film layer on the surface). When the tunnel furnace is first installed and used, the heating temperature inside the tunnel furnace needs to be adjusted. Whether it is evenly tested to ensure orderly production operations in the later stage. At the same time, the tunnel furnace is a kind of equipment with a relatively high degree of electrical automation. It is troublesome to check this kind of equipment. The traditional technical solution is to use heat conduction plates with copper wires and analyze It is cumbersome and complicated to detect whether the heating temperature inside the tunnel furnace is uniform. The copper wire is easily wound inside the tunnel furnace, and the detection is often stopped midway due to copper wire breakage, which affects the detection result. At the same time, it can only One of the two heating surfaces inside the tunnel furnace is tested, which makes the detected data inaccurate and cannot guarantee the orderly production operations in the later stage. Therefore, a detection device for electrical automation equipment is proposed

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