Metal storage rack used for placing bone ash box and combination method of same

Abstract

The invention discloses a metal storage rack used for placing a bone ash box. The metal storage rack comprises two rows of unit cells. Each row of unit cells comprise two layers of unit cells. The unit cells are composed of cube connecting pieces, profiles and plates. Connectors composed of a plurality of edges are arranged on connecting surfaces of the connecting pieces. The profiles are hollow square pipes with grooves. The profiles are connected with the connecting pieces to form the frame structure of the storage rack. The plates are inserted into all surfaces of the frame structure respectively to isolate the unit cells and protect the bone ash box in the storage rack. Doors are arranged on the plates outside the two rows of unit cells of the storage rack and are provided with a door. The metal storage rack is easy to assemble, low in labor intensity and production cost, high in working efficiency, good in reliability, free of polluting the environment, and long in service life.

Description

technical field [0001] The invention relates to a storage rack, in particular to a metal storage rack for placing an urn and a combination method thereof. Background technique [0002] The ashes storage rack industry originated in Japan, then spread to Taiwan, and then spread to mainland China. At present, the shelves used in the funeral industry to store urns are made of wood, stone, plastic, metal plates, etc., and their structures are relatively simple. [0003] The traditional metal storage racks that are common in the market today are mostly made of metal plates that have been cut, bent, stamped, and welded, and the surface has been sprayed multiple times to become a unit in the storage rack. The above-mentioned processing procedures will produce noise, harmful gas, dust, sewage and other harmful substances and waste of materials, which are specifically manifested as: [0004] 1. The storage rack is composed of multiple cells accumulated, and the adjacent cells need t...

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Problems solved by technology

[0004] 1. The storage rack is composed of multiple cells accumulated, and the adjacent cells need to be separated by plates. Due to the accumulation of a single cell, two plates will be formed between two adjacent cells, thus causing waste of materials;

[0005] 2. The surface treatment of the storage rack adopts plastic spraying method. The dust generated by spray plastic has great pollution to the environment and great damage to the health of workers, and the surface will be oxidized with the change of ambient temperature and humidity. , resulting in "peeling" phenomenon and shortened service life;

[0006] 3. When ordering storage racks of different specifications, a variety of molds of different specifications will be made after cutting, stamping, and bending processes, resulting in increased production costs and increased difficulty in production management.

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