Gree Electric Appliances, Inc. of Zhuhai

Gree Electric Appliances (wuhan) Co., Ltd

Yungong Xu

Hua Liu

Zhiping Zhang

Tianyi Zhang

Rihua Li

Yushi Bi

Zhongkeng Long

Cong Cao

Bin Ma

Qiangjun Meng

Kang Xu

Yanhai Peng

Qiaoming Yang

Helong Zhang

Ziyuan Huang

Baoge Zhang

Furong Hou

Zhihua Liu

Provided is a rotor structure of a screw compressor and an inverter screw compressor with the same. The rotor structure includes: a female rotor including a female rotor body, wherein the female rotor body includes a plurality of female teeth, and a tooth profile is formed between tooth crests of two adjacent female teeth of the female rotor body, and the tooth profile is formed by sequentially connecting an arc segment ab an envelope bc, an arc segment cd, an arc segment de, an arc segment ea, an arc segment aafrom front to rear along a counterclockwise direction, wherein centers of the arc segment cd and the arc segment de are respectively located on both sides of the tooth profile.

Rotor structure of screw compressor and inverter screw compressor with same

Some embodiments of the present disclosure provide a slide valve for a compressor and a screw compressor with the slide valve. The slide valve for the compressor includes a slide valve main body (), the slide valve main body () is provided with a gas replenishing chamber () therein, a surface, facing to a compression chamber of the compressor, of the slide valve main body () is provided with a gas replenishing outlet hole (), and the gas replenishing outlet hole () is in communication with the gas replenishing chamber ().

Slide valve for compressor and screw compressor with slide valve

Disclosed is a connection structure of an exhaust bearing seat for compressors and screw compressors, designed to solve the problem of large radial vibration of the existing exhaust-end bearing seat. The connection structure includes an exhaust bearing seat, an oil separation bucket, and an oil separation screen assembly all arranged at an exhaust end of a body of the compressor, wherein a tail end of the exhaust bearing seat is connected with the oil separation screen assembly, and an outer periphery of the oil separation screen assembly is provided with a vibration-reducing element, which is connected to an inner wall of the oil separation bucket. The vibration of the exhaust bearing seat is transmitted to the vibration-reducing element through the oil separation screen assembly, and then to the oil separation bucket after being absorbed and suppressed by the vibration-reducing element.

Connection structure of exhaust bearing seat for compressor and screw compressor

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Guangdong, China

Yungong Xu