Transferring type collision-bearable electrical cabinet

Abstract

The invention belongs to the technical field of an electrical cabinet, and specifically relates to a transferring type collision-bearable electrical cabinet. The transferring type collision-bearable electrical cabinet includes a cabinet body, top wheels, an inclination plate, mounting plate fixing poles, element mounting plates, a base plate, guide rail sleeves and bottom end guide rails, wherein the bottom end guide rails are arranged at the bottom end in the cabinet body; the base plate is arranged on the bottom end guide rails through the guide rail sleeves; the mounting plate fixing poles can slide on the bottom end guide rails through the base plate; two sides of one surface of the inclination plate are provided with inclination, and the surface with inclination faces toward the top wheels on the top end of the cabinet body; the inclination plate, the mounting plate fixing poles and the base plate form an integral part sliding on the bottom end guide rails; and when the upper wall surface of the cabinet body is knocked strongly and is deformed, the top wheels knock the inclination plate and the force generates a cross component force on the inclined surface, so that the sliding integral part slides and transfers in the lateral direction and can jack up the side wall surface which interferes sliding. Therefore, the lateral transferring function of the electrical elements can protect the electrical elements; the anti-collision capability of the electrical cabinet is improved; and the electrical cabinet can obtain better practical effect.

Description

Technical field [0001] The invention belongs to the technical field of electrical cabinets, in particular to a transferable electrical cabinet that can withstand impacts. Background technique [0002] The electrical cabinet plays an irreplaceable role in electrical layout and use, and the electrical cabinet is the main component for protecting electrical components. At present, the electrical cabinet achieves a higher anti-collision effect by increasing the wall thickness and increasing the number of internal and external reinforcing ribs. However, due to the limitation of the internal space of the electrical cabinet, the increase of the wall thickness and the number of reinforcing ribs have a certain limit, which leads to certain limitations in the crashworthiness of the electrical cabinet. For destructive impacts, such as tree falling, car impact, etc., simply increasing the thickness of the wall and increasing the number of ribs will not be able to meet the anti-collisio...

AI Technical Summary

Problems solved by technology

However, due to the limitation of the internal space of the electrical cabinet, the increase of the thickness of the wall and the increase of the number of ribs have a certain limit, resulting in a certain limitation in the crash resistance of the electrical cabinet.

For destructive impacts, such as tree falling, car impact, etc., simply increasing the thickness of the wall and increasing the number of ribs will not be able to meet the crash resistance requirements

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