A processing method for the top structure of a residential container

Abstract

The invention provides a processing method of the top structure of a house-type container. The method includes the following steps that 1, a rectangular frame is manufactured, wherein the rectangular frame has a containing space, a circle of fence is arranged on the periphery of the frame, the side, facing the containing space, of the fence extends horizontally inwards to form a platform, the free end of the platform extends vertically upwards to form a surrounding edge, the free end of the surrounding edge extends horizontally in the direction away from the containing space to form a skirt edge, and a containing groove is formed between the surrounding edge and the side face, facing the containing space, of the fence; 2, a top plate is placed in the containing space, wherein locking edges are arranged around the top plate, and when the top plate is placed in the containing space, one part of each locking edge covers the upper surface of the skirt edge, and the other part of each locking edge hangs down along the free end of the skirt edge; 3, an edge locking machine is placed on the surrounding edge, a squeezing mechanism of the edge locking machine is placed in the containing groove, and when the edge locking machine moves, the squeezing mechanism makes contact with and squeezes the hanging parts of the locking edges to make the hanging parts bent in the direction close to the lower surface of the skirt edge.

Description

technical field [0001] The invention relates to a processing method for a top structure of a residential container. Background technique [0002] Residential container is a kind of special purpose container. Because of its flexibility, convenient transportation, free combination, and repeated use, it is widely used in office buildings, dormitories, warehouses, shops, and hotels in the fields of construction, commerce, and tourism. In the existing residential container market, the construction site is the most widely used, and it is mainly used in construction areas where permanent and fixed buildings cannot be established. [0003] Residential containers usually use corrugated anti-corrosion metal plates welded with standard containers as the first outer wall of the box. Due to the complex application site conditions, the requirements for lighting, heat preservation, safety, and travel of residential containers are different, resulting in standard dry cargo containers. For...

AI Technical Summary

Problems solved by technology

In the existing residential container market, the construction site is the most widely used, and it is mainly used in construction areas where permanent and fixed buildings cannot be established

[0003] Residential containers usually use corrugated anti-corrosion metal plates welded with standard containers as the first outer wall of the box. Due to the complex application site conditions, the requirements for lighting, heat preservation, safety, and travel of residential containers are different, resulting in standard dry cargo containers. The products in this form need to be constructed twice after the processing is completed, which is not conducive to the rhythm of industrialized standardized production

At the same time, the construction site residential container is a non-permanent building, and the fixed corrugated anti-corrosion metal plate is difficult to meet the experience and detail demands of multiple users, making rectification difficult

[0004] It is particularly important that the top structure of residential containers is difficult to achieve automatic production, the production process is complex, and requires the cooperation of machines and labor, and it is difficult to effectively improve the yield and production efficiency

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