Upright section for cabinet

Abstract

The invention relates to an upright section for a cabinet. The upright section for the cabinet has a hollow structure defined by corresponding wall surfaces; the wall surfaces include an external working wall surface, an internal working wall surface, and two L-shaped embedding grooves which are formed between the external working wall surface and the internal working wall surface and used for embedding matching of corresponding door plates or side plates in thickness directions; and each L-shaped embedding groove is provided with a side wall surface opposite to a corresponding surface of the corresponding L-shaped embedding groove in the adjacent upright section, and a sealed groove bottom surface which is arranged towards the outside of the hollow structure and used for top pressure matching of corresponding plate surfaces of the door plates or the side plates. The two L-shaped embedding grooves between the external working wall surface and the internal working wall surface can be used for the embedding matching of the door plates and the side plates on the two adjacent side surfaces of the cabinet in the thickness directions; the groove bottom surfaces can be used for the top pressure matching of the plate surfaces of the door plates or the side plates to achieve sealing; the embedded door plates and the embedded side plates are formed; and sealing and protection effects are good.

Description

technical field [0001] The invention relates to a column profile for a cabinet. Background technique [0002] The cabinet generally uses four parallel and parallel column profiles as columns, and then sets beams and longitudinal beams on the columns to form a skeleton, and then covers and installs corresponding door panels, side panels, roof panels and other protective panels on the columns to form a rectangular shape. cabinet body. With the increasing investment in wind power and solar photovoltaic power stations in recent years, "energy storage power stations" have also been vigorously developed. However, energy storage power stations are generally built in remote areas or areas with harsh environments such as islands and Gobi. And the weight of the load is heavy, so there are high requirements for the protection performance, structural strength and seismic performance of the corresponding energy storage cabinet. [0003] The cabinets of the prior art, such as the applic...

AI Technical Summary

Problems solved by technology

However, limited by the structure of the column profile in the prior art, it is difficult to ensure the sealing performance of the existing cabinet door panels and side panels using the above-mentioned structure directly covered on the protective wall surface, rainwater and dust are easy to enter, the sealing performance is poor, and the protection level is low. , which directly affects the performance and service life of internal electrical appliances

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