Oil-electric hybrid anti-rotation generating two-axis compressor

Abstract

Disclosed is an oil-electric hybrid anti-rotation generating two-axis compressor. The compressor includes a clutch equipment point, a wiring port, a controller, a pump head, a motor bearing, a stator,a rotor, a motor driving shaft, a driving bearing, a driving shaft sleeve, a mechanical driving shaft, and an anti-rotation device. The clutch equipment point is arranged on the periphery of the mechanical driving shaft. The driving shaft sleeve is arranged on one side of the mechanical driving shaft. The driving shaft sleeve is connected to the motor driving shaft through the driving bearing. Meanwhile, through the combination of the anti-rotation device and the oil-electric two-axis compressor, the device reduces the sliding friction loss in a working process, ensures that the anti-rotationstructure has high precision in the compressor, greatly reduces the manufacturing difficulty and cost, improves the use efficiency of the compressor, reduces the number of air-conditioning systems used, and saves the energy consumption of the automobile air-conditioning system.

Description

technical field [0001] The invention relates to an oil-electric hybrid compressor device structure, in particular to an oil-electric hybrid anti-self-rotating electric two-shaft compressor. Background technique [0002] With the development of science and technology and society, compressors have been widely used. Especially in the refrigeration industry, the compressor is one of the core equipment. In prior art multi-cylinder compressors, such as the commonly used two-cylinder compressors, when this type of compressor operates, regardless of its load conditions, both cylinders operate simultaneously, so that under light load demand conditions , the compressor is still outputting in large capacity, causing unnecessary waste, resulting in low energy efficiency of the compressor. At present, the transmission setting method in the hybrid compressor is complicated, which leads to sliding friction during the working process, and the friction loss is relatively large, which affec...

AI Technical Summary

Problems solved by technology

In the multi-cylinder compressors of the prior art, for example, commonly used double-cylinder compressors, when this type of compressor is running, regardless of its load conditions, the two cylinders are running at the same time, so that under light load demand conditions , the compressor is still outputting at a large capacity, causing unnecessary waste, resulting in low energy efficiency of the compressor

At present, the transmission setting method in the oil-electric hybrid compressor is complicated, resulting in sliding friction during the working process, which has a large friction loss and affects the working efficiency

At the same time, in the compressor with an anti-rotation structure, in order to ensure that the balls can work normally, the ball socket on the annular fixed ring needs high dimensional accuracy and position accuracy, resulting in very high cost of the annular fixed ring, and it is very easy to be damaged due to accuracy problems. Causes damage to the entire compressor, further increasing manufacturing difficulty and cost

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