Dust removal device for glass screen

Abstract

A dust removal device for a glass screen is specially used for removing dust on the glass screen of a central control room and is provided with a frame, a walking mechanism, a scrubbing mechanism anda controller. The walking mechanism is provided with an upper cross rail, a lower cross rail, a transverse drive motor, a transverse drive rack, a transverse drive gear, an upper slide carriage, a lower slide carriage, a left longitudinal rail, a right longitudinal rail, a scrubbing slide carriage, a longitudinal drive motor, a longitudinal drive rack and a longitudinal drive gear. The scrubbing mechanism is provided with a scrubbing disc and a scrubbing motor, the scrubbing motor is arranged between the left longitudinal rail and the right longitudinal rail. A body of the scrubbing motor is fixedly connected with the scrubbing slide carriage. One end of the scrubbing disc is in power connection with the scrubbing motor through a pressing mechanism, and a cleaning brush is mounted at the other end of the scrubbing disc. The motors are electrically connected with the controller. The frame is fixed around the glass screen, the cleaning brush is pressed on the surface of the glass screen,the transverse drive motor drives the scrubbing disc to shift left and right through a gear and rack pair, and the longitudinal drive motor drives the scrubbing disc to shift up and down through a gear and rack pair; and the scrubbing motor drives the scrubbing disc to rotate, dust on the glass screen of the central control room can be effectively removed, time and labor are saved, and efficiencyis high.

Description

technical field [0001] The invention provides a glass screen dust removal device. Background technique [0002] At present, the glass screen of the centralized control room of the domestic large-scale coal mine loading station has been exposed to the open field for a long time. When the coal is loaded and unloaded, there are a large amount of coal ash, dust and other pollutants floating on the site. These pollutants are quickly adsorbed and gathered on the glass screen, which seriously affects the screen. The transparency makes it impossible to observe the loading status normally, causing a large amount of coal to be scattered or not enough to seriously affect the quality and efficiency of loading. Due to the large area of ​​the glass screen in the central control room and its height from the ground, it is difficult to clean the dirt on its surface. Because the coal ash dust adsorbed on the surface is relatively solid, the effect of general cleaning methods is not significan...

AI Technical Summary

Problems solved by technology

[0002] At present, the glass screen of the centralized control room of the domestic large-scale coal mine loading station has been exposed to the open field for a long time. When the coal is loaded and unloaded, there are a large amount of coal ash, dust and other pollutants floating on the site. These pollutants are quickly adsorbed and gathered on the glass screen, which seriously affects the screen. The transparency makes it impossible to observe the loading status normally, causing a large amount of coal to be scattered or not enough to seriously affect the quality and efficiency of loading. Due to the large area of ​​the glass screen in the central control room and its height from the ground, it is difficult to clean the dirt on its surface. Because the coal ash dust adsorbed on the surface is relatively solid, the effect of general cleaning methods is not significant. Therefore, most of the glass screens are cleaned by manual scrubbing at present, that is, use a long rod to lift the cleaning wipe to the glass screen, and wipe it repeatedly manually. , remove the dust, the dust is serious during cleaning, the operating environment is poor, and it has an impact on the health of the operator, and the labor intensity and efficiency of wiping are high.

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