A kind of protective shed for preventing the drifting rain of building power distribution cabinet

Abstract

The invention discloses a rainwater-floating-preventing type building power distribution cabinet guarding shed. The rainwater-floating-preventing type building power distribution cabinet guarding shedcomprises a first concrete foundation. The first concrete foundation is provided with a plurality of foundation bolts in an embedded mode. The foundation bolts are provided with a plurality of supporting pillars. Connectors are arranged at the bottoms of the supporting pillars. The connectors are connected with the foundation bolts through nuts. The top ends of the supporting pillars are providedwith storing plates. The storing plates are provided with baffles, and the number of the baffles is four. By arranging a rainwater receiving trough, the rainwater receiving trough contains a certainamount of rainwater, the weight of the rainwater presses fifth connecting rods, so that second connecting rods are away from the supporting pillars, cloth rolling rods drop through self weight, rainwater preventing cloth is wrapped on the cloth rolling rod is opened, so that an entire power distribution cabinet is surrounded by the rainwater preventing cloth, the probability that outer floating rainwater enters the power distribution cabinet is reduced, and the service life of the power distribution cabinet is increased; and a whole power distribution cabinet guarding shed body is fixed on thefirst concrete foundation through matching of the foundation bolts and the nuts, and the rainwater-floating-preventing type building power distribution cabinet guarding shed is fairly convenient to disassemble and capable of being used repeatedly.

Description

technical field [0001] The invention relates to the field of building power supply, in particular to a protective shed for a building power distribution cabinet that is protected from drifting rain. Background technique [0002] In the process of modern building construction, power consumption is unavoidable. In order to manage and distribute power consumption, power distribution cabinets are usually used, and power distribution cabinets are usually installed near buildings. Based on various dangers on the construction site, the power distribution cabinet itself lacks certain protective measures. At present, the power distribution cabinets on the construction site will be equipped with protective sheds to protect the power distribution cabinets, but the existing power distribution cabinet protective sheds are often used for one-time use, which not only brings various inconveniences to the construction site, but also affects It causes certain economic losses and cannot be re...

AI Technical Summary

Problems solved by technology

At present, the power distribution cabinets on the construction site will be equipped with protective sheds to protect the power distribution cabinets, but the existing power distribution cabinet protective sheds are often used for one-time use, which not only brings various inconveniences to the construction site, but also affects It causes certain economic losses and cannot be reused. In addition, in the face of wind and rain, the existing protective shed for power distribution cabinets cannot cover the wind and rain in the side direction in time, causing the inside of the power distribution cabinet to be blown into rain by wind. In severe cases Leading to building construction power outages, greatly reducing the life of the power distribution cabinet

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