Assembled cabinet

Abstract

The invention relates to an assembled cabinet comprising a frame and a cabinet assembly which covers the outer surface of the frame. The frame is mainly formed by a base and upright columns. The cabinet assembly comprises a top cover, a door frame and side plates. The top cover is detachably arranged at the top of the frame. The side plates can cover the side faces of the frame. The assembled cabinet is characterized in that the upright columns are at least four hollow square columns which are provided with jacks at least at end parts, correspondingly the four corners of the base are provided with convex blocks which can be inserted into the upright column jacks, the four corners of the top cover are also provided with convex blocks which can be inserted into the upright column jacks, thus the frame is formed together, at least two adjacent side walls of the upright columns are provided with slots which extend outwards along mutually vertical directions and hold the door frame and the side plates, and the door frame is also rotatingly connected with a front door or a back door. Compared with the prior art, the assembled cabinet has the advantages that an assembled structure is employed overall, the modular disassembly, assembly and repair of the cabinet can be carried out after the cabinet is damaged accidentally, the modification is easy, and the field engineering installation is convenient.

Description

technical field [0001] The invention relates to a cabinet, in particular to an assembled cabinet. Background technique [0002] At present, office automation systems, telecommunication systems, switching systems, power systems or control systems are usually composed of multiple independent devices. cabinet. Existing cabinets are generally upright rectangular and consist of a rectangular frame, doors, and equipment mounting slats. At present, such cabinets are usually manufactured in factories as complete machines or shipped in parts. The whole machine is very large in the process of transportation or storage, and the cost of transportation and storage is extremely high. After the parts are transported to the installation site, they are then assembled into a complete machine, which can effectively save the number of parts transported by the cabinet, but the assembly process is cumbersome and complicated, and the labor costs required are relatively high. For example, a Chi...

AI Technical Summary

Problems solved by technology

A large amount of assembly work of the cabinet components that needs to be done at the installation site is placed in the cabinet manufacturing factory, which greatly improves the assembly speed, but there are still many parts and components required for assembly at the installation site, and the number of assembly workpieces is large

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