Light weight mobile toilet panel manufacturing method

Abstract

The invention provides a light weight mobile toilet panel manufacturing method. The light weight mobile toilet panel manufacturing method comprises the steps of blow molding and cutting. According toblow molding, a hollow molding machine is used for blowing air to plastic contained in a die cavity of a molding die through an air blowing pipe, the plastic can be gradually enlarged and molded, andthe shape of the die cavity can be finally formed; when the molding die is opened, a hollow shell-shaped body can be obtained and is provided with a frame-shaped base, and a top face and a bottom faceare connected to the upper and lower portions of the base through corresponding connection edges correspondingly; and through the adoption of the design of the molding die, the shell-shaped body canshow the state that the thickness of the connection edges is smaller, the connection edges of the shell-shaped body can be conveniently cut, and the top face and the bottom face each form a hook part.According to cutting, the top face and the bottom face of the shell-shaped body are cut from the connection edges, the top face and the bottom face can form panels of a mobile toilet, the connectionedges of the shell-shaped body can be thinned through the design of the molding die, and through formation of the hook part, the panels can be smoothly installed on the mobile toilet.

Description

technical field [0001] The invention relates to a method for manufacturing a panel of a lightweight mobile toilet, in particular to a method for manufacturing a panel of a mobile toilet that can greatly increase production capacity and meet the requirements of light weight. Background technique [0002] At present, most of the existing mobile toilet panels are completed by blow molding, which mainly uses a hollow molding machine to melt the plastic material and then place it in a molding mold. The molding mold has an upper mold and a lower mold. Mold cavity, the upper and lower molds have a blowing hole extending to the mold cavity position, so that the blow molding machine can penetrate the mold cavity through the blowing hole through a blowing tube, and then connect with the plastic material placed in the mold cavity. During blow molding, the hollow molding machine blows the plastic material from the blowing pipe, so that the plastic material can gradually expand and form,...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned existing structure still has the following problems in practical application: (1) It can only produce one toilet panel in one blow molding, and this slow method cannot increase production capacity, and the cost of production and raw materials is relatively high. (2) The blow molded toilet panel is a hollow shell-shaped body closed on each side, which makes the existing toilet panel have a large weight. When the heavy panel is installed on the mobile toilet, it will not be able to flow The toilet meets the requirements of lightweight, which is relatively difficult to carry and install

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