Glue coating equipment

Abstract

The invention provides glue coating equipment. The glue coating equipment comprises a glue gun, a three-dimensional moving device, a frame adjusting device, a feeding device and a drying device. The glue gun is mounted on the three-dimensional moving device. The three-dimensional moving device can drive the glue gun to move front and back, left and right, and up and down. The frame adjusting device is mounted on the front side of the three-dimensional moving device and can fix a frame and adjust the relative angle of the frame and the glue gun. The feeding device is connected with the glue gun through a pipeline. The feeding device can convey glue to the glue gun to coat the frame with the glue. The drying device is mounted on one side of a frame glue coating position. The drying device can dry the glue on the frame. By adopting the glue coating equipment, glue coating can be completed rapidly and efficiently; mechanization is realized in the glue coating process of frame filters; manpower and material resources are greatly reduced; the product quality is guaranteed; and the glue coating efficiency of the frame filters is improved.

Description

technical field [0001] The invention relates to a gluing device, in particular to a gluing device for gluing a frame filter. Background technique [0002] Filters are often used to remove solid particles such as dust, pollen, mold or sand from air or gas streams. Especially in some applications where air quality is very important, filters that provide clean air are indispensable. For example, one or more filters are often used in conjunction with gas turbines to prevent particles from entering the turbine, thereby increasing the useful life of the turbine. Additionally, other applications or environments, such as sterile rooms, building ventilation systems, vacuum cleaners, engines, etc., often rely on the use of filters to provide clean air. [0003] Many filters feature one or more filter layers made of paper or other similar fabric in a folded shape. Through this curved filter layer, the filter increases its effective area, and when the air penetrates from the upstream...

AI Technical Summary

Problems solved by technology

However, at the edge of the filter, the frame structure often cannot provide an effective seal to the edge of the filter, which may cause unnecessary gas leakage at the edge of the filter, reducing the performance of the filter

This is due to the fact that in the prior art, one person needs to support the filter and one person uses a manual glue gun (the input end of the glue gun is connected to a container with molten flowable glue) to spray, but the efficiency of glue application with a hand-held device is relatively low. The amount of glue applied and the degree of glue solidification are not easy to control, which affects product quality, and the labor intensity of workers is high, and the labor cost is high

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