Deformable quakeproof transformer frame

Abstract

The invention discloses a deformable quakeproof transformer frame. The deformable quakeproof transformer frame comprises a transformer frame body, six foundation bolts are arranged at the bottom of the transformer frame body and are connected with a foundation, and a bearing electric push rod, a transverse rainproof shed, a solar panel and a lightning-protection component are arranged at the top of the transformer frame body; eight second hydraulic shock absorbers, first hydraulic shock absorbers, and third hydraulic shock absorbers are arranged in the transformer frame respectively, all the hydraulic shock absorbers are connected with the top surface, the left side surface, the right side surface, and the rear side surface of a general transformer, and the bottom surface of the general transformer is connected with a buffer rubber plate; a driving motor, a motor shelf, a bevel gear shaft, a driven gear bevel, a rotary shaft, a transverse slide base component, a telescopic push rod, a bearing push rod, a limiting screw, and a control box are arranged on a baseboard of the transformer frame body. According to the deformable quakeproof transformer frame, buffer protection in six directions is provided, the bearing push rod stretches out to form four-point contact with the ground, data can be provided for a backstage control center in real time, rainwater can be effectively prevented from flowing to the transformer, and the utilization rate of solar energy can be effectively increased.

Description

technical field [0001] The invention relates to the field of transformers, in particular to a deformable shockproof transformer frame. Background technique [0002] Transformers are widely used power equipment in the construction and transformation of power system urban networks. When existing transformers encounter earthquakes or ground vibrations, they can only rely on the connection between the base and the foundation to resist horizontal or vertical amplitudes. Transformers are subject to high frequency After the vibration, it is easy to cause internal damage, which will lead to the paralysis of a certain section of the power system; the transformer also lacks the function of wirelessly collecting the surrounding environment information, and does not have the function of connecting with the background and monitoring in real time; the current outdoor transformers mostly use fixed canopies to prevent rain. This kind of canopy has a limited rain-shielding effect when the ra...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a deformable anti-vibration transformer frame, which solves the poor anti-vibration performance of existing transformers, has the ability to resist large amplitude fluctuations, and has the functions of collecting surrounding environment information and real-time feedback monitoring. Rain intensity for effective rain protection

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