A mobile overturning vehicle for making floor boxes

Abstract

The invention provides a movable type flip-over vehicle for producing floor box bodies. The movable type flip-over vehicle for producing the floor box bodies comprises a seat which is in a rectangle shape; supporting shafts are fixed on the seat; movable wheels are arranged on the supporting shafts; positions of the seat, which are parallel to the axes of the supporting shafts, are provided with supporting rods; the supporting rods externally extend to the external sides of the movable wheels along the bilateral sides of the seat; external ends of the supporting rods are provided with rolling wheels; a mold which is in a rectangle shape is arranged on the upper surface of the seat; a fastening cover is arranged on the mold. According to the movable type flip-over vehicle for manufacturing the floor box bodies, an integrate ribbed beam hollow floor cover box body can be completely produced at one time with one mold, a production line can be formed, the production efficiency is improved, and the production costs are reduced.

Description

technical field [0001] The invention relates to equipment for preparing building components, which is a mobile overturning vehicle for making floor boxes. Background technique [0002] There are many structures of the floor slab box, but the hollow floor box with dense rib beam is a structure with better use effect in recent years. The densely ribbed hollow floor box has many advantages such as flat plate combination, side plates connected to each other, compact structure, firm structure, less difficulty in making molds for the top plate and bottom, and easy one-way demoulding, etc., and has gradually been widely used in this field. Especially in recent years, it has almost become the main component used in the construction industry. Although the floor box has many advantages, the manufacturing efficiency is relatively low. For example, the molds for the shape of the top plate and the bottom plate need to be made separately. Although the difficulty of mold demoulding is eas...

AI Technical Summary

Problems solved by technology

Although the floor box has many advantages, the manufacturing efficiency is relatively low. For example, the molds for the shape of the top plate and the bottom plate need to be made separately. Although the difficulty of mold demoulding is easier to realize than the previous structure, one box needs Multiple molds need to be made separately. Since each mold can only be demoulded after the concrete is cured until it is basically formed, the number of each mold is large, resulting in cumbersome overall manufacturing process, long production cycle and low production efficiency. Low, making the production cost of the floor box relatively high

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