Square wrapping equipment and flexible wrapping foam cotton production technology

Abstract

The invention relates to square wrapping equipment. The equipment comprises a working platform, a feeding device, a limiting device, a wrapping fixture, a cooling device and a cutting device are arranged on the upper surface of the working platform; the feeding device comprises a first discharging shaft and a second discharging shaft, a piece of conductive cloth and foamed cottons are conveyed into the limiting device through the first discharging shaft and the second discharging shaft; the upper surface of the limiting device is provided with a conductive cloth feeding groove and a foamed cotton clamping groove, the middle of the lower surface of the foamed cotton clamping groove is provided with a limiting piece, the wrapping fixture comprises a fixture upper plate and a fixture lower plate, the middles of the fixture upper plate and the fixture lower plate are provided with wrapping grooves in the conveying directions, the upper surface of the fixture lower plate is provided with two edge folded baffles, heating bars are installed in the fixture lower plate and the fixture upper plate, the lower surface of the fixture upper plate is provided with an empty groove, the cooling device is internally provided with a conveying belt, and the foamed cottons which are wrapped in the conductive cloth are initially cut by the cutting device at the rightmost end of the conveying belt.

Description

[0001] Technical field: [0002] The invention relates to the technical field of buffer mold assembly processing equipment, in particular to a square wrapping equipment and a manufacturing process of flexible wrapping foam. [0003] Background technique: [0004] In the existing die-cutting industry, some square or special-shaped conductive cloth buffer mold components wrapped in foam are similar to: a layer of conductive cloth with hot melt adhesive, a layer of foam and a layer of double-sided adhesive, Wrapping is not possible with many devices; [0005] The V-shaped grooves of 0.62MM and 0.035MM in the product shown in the picture are difficult to make completely with a die-cutting knife. During the die-cutting process, it is easy to cause the back pressure deformation of the foam, resulting in the appearance not meeting the product requirements; [0006] If it is made by hand, not only there are too many steps, it is easy to cause scrap and waste of materials, but also the...

AI Technical Summary

Problems solved by technology

[0004] In the existing die-cutting industry, some square or special-shaped conductive cloth buffer mold components wrapped in foam are similar to: a layer of conductive cloth with hot melt adhesive, a layer of foam and a layer of double-sided adhesive, Wrapping is not possible with many devices;

[0005] The V-shaped grooves of 0.62MM and 0.035MM in the product shown in the picture are difficult to make completely with a die-cutting knife. During the die-cutting process, it is easy to cause the back pressure deformation of the foam, resulting in the appearance not meeting the product requirements;

[0006] If it is made by hand, not only there are too many steps, it is easy to cause scrap and waste of materials, but also the size of the products completed by manual assembly is different, which cannot fully meet the requirements of customer satisfaction, the production efficiency is relatively low, and the labor cost and material cost are too high. High, so it does not have a fierce market competitive advantage

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