A kind of surrounding edge packing method

Abstract

The invention discloses a wrapping method, which comprises the following steps: 1) The step of conveying products: placing the products to be covered with paper on a conveyor belt, and sequentially transporting them to different processing stations through the conveyor belt for processing in different procedures Processing; 2) Steps of wrapping corners: when the conveyor belt transports the product to the wrapping corner station, the product is lifted off the conveyor belt, and the corner wrapping device places the wrapping corners on the four corners of the product and lowers the product To the conveyor belt, the wrapping angle is lowered to the conveyor belt, the product and the conveyor belt clamp the lower edge of the wrapping corner, and the process of placing the wrapping corner is completed, and then the conveyor belt is transported to the next station; 3) The steps of paper folding and surrounding edge: After the front paper skin and rear paper skin are in place, the products with wrapping corners are wrapped and packaged in the front direction and rear direction by using the front paper skin and rear paper skin folding device. Compared with the all-inclusive packaging method in the prior art, the surrounding edge packaging method can save 1 / 3 of the wrapping paper, reduce the packaging cost and improve the production efficiency.

Description

technical field [0001] The invention relates to a packaging technology, in particular to a surrounding edge packaging method. Background technique [0002] After the processing of plate-shaped products such as ceramic tiles, doors and windows, and plates is completed, in order to avoid problems such as collisions, scratches, and dust accumulation during product storage or transportation, a layer of paper is usually packaged on the outer surface of the finished product. [0003] However, the corners of the product, especially the four corners, are easy to collide with each other during transportation and deform, or even break corners. In order to avoid corner deformation and corner breakage of the product. In the prior art, anti-collision wrapping corners are usually placed at the corners of the finished product to protect the four corners of the product. The conventional packaging process is as follows: on the corner wrapping station, first place the wrapping corners on the...

AI Technical Summary

Problems solved by technology

The conventional packaging process is as follows: on the corner wrapping station, first place the wrapping corners on the four corners of the product, and then transport it to the paper wrapping station through the conveyor belt for folding and wrapping of the paper, but the wrapping In the process of changing stations, corners are easy to tilt, shift, or even fall, requiring manual straightening or replenishment, resulting in the inability to achieve integrated packaging, low packaging efficiency, and unfavorable for industrial production

[0004] In addition, the paper folding packaging in the prior art usually adopts all-inclusive packaging, that is, the product is completely sealed and packaged in cartons that match the shape and size of the product. This all-inclusive packaging method consumes a lot of paper, especially the large volume The large size of the board, the high cost of paper

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