Aluminum oxide air compressor linkage air transmission device applied to lithium battery diaphragms and linkage method thereof

Abstract

The invention discloses an aluminum oxide air compressor linkage air transmission device applied to lithium battery diaphragms and a linkage method thereof and belongs to the technical field of transmission of aluminum oxide. The aluminum oxide air compressor linkage air transmission device comprises an air supply device, a conveying pipeline and a storage bin, wherein the air supply device is connected with the storage bin through the conveying pipeline; a feeding device is arranged on the conveying pipeline; the feeding device comprises a feeding bin; a feeding pipe is arranged at the bottomof the feeding bin; the feeding pipe is communicated with the conveying pipeline; a feeding valve is arranged on the feeding pipe; the air supply device is connected with the controller and comprisesa plurality of air compressors which are connected with one end of a first pipeline; the other end of the first pipeline is communicated with a compressed air tank; a pressure sensor is arranged in the compressed air tank and is connected with a controller; the controller is connected with an alarm; and an air outlet pipe is arranged on the compressed air tank and is communicated with the conveying pipeline.

Description

technical field [0001] The invention relates to the technical field of alumina transportation, in particular to an alumina air compressor linkage gas transmission device and linkage method for a lithium battery diaphragm. Background technique [0002] At present, alumina is mainly sent to the alumina storage silo through the dense phase conveying system. The conveying capacity is about 60 tons per hour, which is small and takes a long time. If multiple sets of equipment are transported at the same time, the cost is too high. The dense phase conveying system uses compressed air to convey, and there is no connection between the air compressor units of the alumina conveying device. The compressor system has a large amount of compressed gas leaking out, resulting in a large amount of unnecessary electricity being wasted when the air compressor unit is running, and it cannot meet the pressure requirements of the conveying device. [0003] However, in the prior art, there is no c...

AI Technical Summary

Problems solved by technology

[0002] At present, alumina is mainly sent to the alumina storage silo through the dense phase conveying system. The conveying capacity is about 60 tons per hour, which is small and takes a long time. If multiple sets of equipment are transported at the same time, the cost is too high. The dense phase conveying system uses compressed air to convey, and there is no connection between the air compressor units of the alumina conveying device. It needs simple manual control and cannot be adjusted in time according to the site conditions. The compressor system has a large amount of compressed gas leaking out, resulting in a large amount of unnecessary electricity being wasted when the air compressor unit is running, and it cannot meet the pressure requirements of the conveying device

[0003] However, in the existing technology, there is no connection between the air compressor units of the alumina conveying device, and it needs to rely on simple manual control, which cannot be adjusted in time according to the site conditions. The air compressor system leaks a large amount of compressed air, resulting in When the air compressor unit is running, a large amount of unnecessary power is wasted, and it cannot meet the pressure requirements of the conveying device

Images