Power box capable of promoting dewdrop discharge based on wind speed

Abstract

The invention relates to the technical field of electric power, and discloses a power box capable of promoting dewdrop discharge based on wind speed; the power box comprises a bottom plate, a shell, amaintenance window, a key lock, a handle, an observation window, a sealing cover, a water collecting tank, and a protection device, wherein the shell is welded on the upper surface of the bottom plate, and the shell is parallel to the bottom plate; the front end of the maintenance window is nested with the rear end of the key lock; the handle is connected with the observation window through the front end of the maintenance window; the water collecting tank is embedded in the upper side of the sealing cover; the protection device is attached to the interior of the shell; the shell is connectedwith the maintenance window through hinges; the sealing cover is made of flat steel, and is not easy to deform; and the protection device structurally comprises a protective shell, a filter screen, apartition plate and a dewdrop discharge pipe. Compared with the prior art, a water discharge pipe is matched with the partition plate, and the dewdrops on the power box are quickly discharged throughtransmission generated by the upper wind speed, and in addition, an anti-blocking plate is used for preventing blockage and the interior of the power box can be cleaned conveniently.

Description

technical field [0001] The invention relates to the field of electric power technology, in particular to an electric box that promotes the discharge of dewdrops based on wind speed. Background technique [0002] According to the needs of the actual situation, the existing power box will be installed on the outdoor utility pole. In order to ensure the safe use outdoors, the material of the power box is usually made of aluminum alloy profiles, and the dew will fall when used in winter on aluminum alloy profiles. [0003] In this prior art, the wind going up the mountain is strong, which will drive dewdrops to flow down the outer wall of the power box. At this time, some dewdrops will flow into the inside of the box along the cracks in the doors and windows. It is easier to make the inside damp in this state for a long time. , and more seriously, the internal components are damaged by contact with the melted water, which affects the normal use of the power box. Contents of t...

AI Technical Summary

Problems solved by technology

[0003] In this prior art, the wind going up the mountain is strong, which will drive dewdrops to flow down the outer wall of the power box. At this time, some dewdrops will flow into the inside of the box along the cracks in the doors and windows. It is easier to make the inside damp in this state for a long time. , and more seriously, the internal components are damaged by contact with the melted water, which affects the normal use of the power box

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