Improved air dust removing device

Abstract

The invention discloses an improved air dust removing device. The device comprises a dust removing box body, a winding assembly arranged in the dust removing box body, a plug and a socket which matches the plug and is fixedly arranged in a wall. Plug-in slots are symmetrically arranged up and down in the socket, wherein the openings of the plug-in slots face the right. Electric connecting pieces are arranged in front and rear end walls of each plug-in slot. A left sliding chamber and a right sliding chamber are arranged in the socket, and are between two plug-in sockets. A first motor is fixedly arranged between the left sliding chamber and the right sliding chamber. First sliding slots are symmetrically arranged up and down in the end wall, which is close to the left sliding chamber, of each plug-in slot, wherein the opening of each first sliding slot face the plug-in slot. The right half section of each first sliding slot is connected with the left sliding chamber. A left sliding plate capable of sliding left and right is arranged in the left sliding chamber. A left spiral rod which extends left and right is arranged in the left sliding plate in a matched manner.

Description

technical field [0001] The invention relates to the field of environmental dust removal, in particular to an improved air dust removal device. Background technique [0002] In some public places such as bus stations, railway stations, etc., due to the large flow of people, a lot of dust will be generated. If these dusts are not disposed of in time, the air quality will be reduced, and therefore, it will affect people's health. As we all know, the traditional dust removal method is to use a vacuum cleaner to absorb the dust on the ground and corners. Traditional vacuum cleaners generally have long wires. After the plug is matched with the socket on the wall, the vacuum cleaner can be energized. In this way, the vacuuming operation can be carried out, but in public places, the wires are often kicked or tripped by passing pedestrians, which can make the plug and the socket loose, or even fall, so the vacuum cleaner can be cut off and can be used. It affects the dust removal ...

AI Technical Summary

Problems solved by technology

[0002] In some public places such as bus stations, railway stations, etc., due to the large flow of people, a lot of dust will be generated. If these dusts are not disposed of in time, the air quality will be reduced, and therefore, it will affect people's health. As we all know, the traditional dust removal method is to use a vacuum cleaner to absorb the dust on the ground and corners. Traditional vacuum cleaners generally have long wires. After the plug is matched with the socket on the wall, the vacuum cleaner can be energized. In this way, the vacuuming operation can be carried out, but in public places, the wires are often kicked or tripped by passing pedestrians, which can make the plug and the socket loose, or even fall, so the vacuum cleaner can be cut off and can be used. It affects the dust removal efficiency, and in public places, the sockets are easily occupied by people, and electric shock accidents are also prone to occur

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