Emerson Climate Technologies (suzhou) Co., Ltd.

Emerson Climate Technologies (suzhou) Research & Development Co., Ltd.

Yu Fei

Yinglin Yu

Yonghua Cui

Yong Luo

Linzhi Chao

Shuichong Fan

Disclosed are an oil separation apparatus () and a horizontal vortex compressor () comprising the oil separation apparatus (). The oil separation apparatus () comprises a support () and a filter member (), wherein the support () is generally cylindrical and comprises a cylindrical wall (), the filter member () is arranged on the cylindrical wall (), and the cylindrical wall () is provided with an opening () used for working fluid to pass through; and the filter member () is generally cylindrical, and comprises an inner and an outer holding member () holding inner and outer contours of the filter member () and end holding members () provided on axial ends of the filter member (). The oil separation apparatus () can increase the oil level of lubricating oil in the compressor (), reducing disturbance in an oil tank and reducing oil circulation efficiency.

Oil separation apparatus and horizontal compressor

A lubricant metering system for a compressor may include a cap, a cap cage, and a shaft. The cap may include an outer surface, a first recess, and a first radial bore extending between the first recess and the outer surface. The cap cage may include a second recess receiving the cap and a lubricant inlet in communication with the first recess via the first radial bore. The shaft may be received within the first recess and may include an axially extending bore and a second radial bore extending between an outer diameter of the shaft and the axially extending bore. The shaft may be mounted for rotation relative to the cap to allow lubricant to flow into the axially extending bore via the first and second radial bores when the second radial bore is aligned with the first radial bore.

Scroll compressor lubrication system

Growing community of inventors

Suzhou, China

Yu Fei