Omni-directional automatic cleaning device for electrostatic air purifying device

Abstract

The invention discloses an omni-directional automatic cleaning device for an electrostatic air purifying device. The omni-directional automatic cleaning device comprises a rotary actuator, a telescopic cylinder and at least transverse water supply pipes arranged in a box of the electrostatic air purifying device. Each transverse water supply pipe is provided with at least two cleaning sprayers corresponding to high-pressure electrostatic assemblies of the air purifying device in position. One end of each water supply pipe is in transmission connection with the rotary actuator and the telescopic cylinder, the water supply pipes are controlled by the rotary actuator to rotate up and down so that the water spraying covering face in the vertical direction can be increased, and the water supply pipes are pushed by the telescopic cylinder to move transversely so that the water spraying covering face in the horizontal direction can be increased. Therefore, complete-covering type cleaning of the high-pressure electrostatic assemblies is achieved with few sprayers while the high-pressure electrostatic assemblies in the air purifying device are automatically cleaned, and the cleaning device has the advantages of improving the cleaning effect and greatly saving water.

Description

technical field [0001] The invention relates to an air purification device, in particular to an automatic cleaning technology of an electrostatic air purification device. Background technique [0002] For high-voltage electrostatic air purification equipment, it has the characteristics of high purification efficiency of particulate matter and oil mist, and low equipment resistance, and has a wide range of applications in the field of dust removal and purification. However, the dust removal efficiency shows a downward trend with the use of the equipment, and eventually the purification equipment loses its purification ability due to the saturation of the dust collection capacity of the high-voltage electrostatic dust collection core and cannot work normally. There are two traditional cleaning methods: manual cleaning and automatic cleaning. Manual dust removal can be cleaned, but due to factors such as the number of cores and dust viscosity, the work intensity is high, and m...

AI Technical Summary

Problems solved by technology

Manual dust removal can be cleaned, but due to factors such as the number of cores and dust viscosity, the work intensity is high, and manual dust removal requires space for the cleaning site. For narrow areas, manual cleaning cannot be achieved

Automatic dust cleaning usually includes mechanical vibration cleaning and water washing cleaning. The effect of mechanical vibration cleaning is average, and it is easy to cause secondary dust; water washing cleaning has a better cleaning effect, and basically adopts a fixed form. With fewer nozzles, the cleaning range is limited, and there will be dead angles, which cannot achieve a better cleaning effect; by increasing the number of nozzles, the full coverage of the working area can be achieved, and a better cleaning effect can be achieved, but the water consumption is about 3-5 times of that, the waste of water resources is huge, and at the same time, the amount of secondary water pollution caused is also very large

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