TH11911B - High pressure dome compressor that can prevent oil from being emitted due to gas and cooling the oil by gas released. - Google Patents

Abstract

A high-pressure lamp compressor has been provided that can cool the oil fed into the section. Moves successfully during the oil flow in the drive shaft. By gas released without emission Oil is released with gas in the drive shaft (4) of the motor (M) placed in the housing cover (1) and the movable coils (7) of the compression (CF) driven by the drive shaft (4). There is a discharge gas channel (42,74) for the release of the compressed fluid in the compression chamber (15) of the compressor (CF) into the housing cover (1), the oil inlet (43) for the pumped oil. Rising from the oil pan (14) at the bottom of the housing cover (1) has been designated Boundary inside the drive shaft (4) so that it separates from the exhaust gas channel (42).

Claims (9)

1. High-pressure lantern compactors in which the compression component is fixed. And moving helical parts, including motors with drive shafts To drive the movable coil portion of the compression has been placed in an integrated enclosed housing. Exhaust gas channel for the release of compressed gas in the compression chamber of the compressor into a closed housing hood. It is bounded in the movable coil and drive shaft, respectively, and the oil feed channel for the oil pumped from the sump located at the bottom of the casing housing. Which is closed, bounded in the drive shaft in such a condition that it is separated from the gas channel being released. The gas feed channel extends along the entire length of the drive shaft. 2. High-pressure dome compressor as requested in claim 1, where the discharge gas channel of the drive shaft is provided eccentric against the axle of the drive shaft in an eccentric direction. Of the movable coil part driven by the drive shaft 3. High-pressure dome compressor, as requested in claim 1, where the discharge tube opens to the first space specified between the compressors. And the motor, while the ejection gas channel of the drive shaft opens to a bounded second space on the side of the motor on the opposite side of the motor where the compression is provided. 4. High-pressure dome compressor upon request, claim 2, where the discharge tube opens to the first space specified between the compressor and the motor. While the ejection gas channel of the drive shaft opens to a second space bounded by the side of the motor on the opposite side of the motor where the compression is provided. 5. High-pressure dome compressor on request, holds the right to claim 1, where the oil feed channel It extends parallel to the gas outlet. 6. High-pressure dome-type compressor on request, claim 1 is further assembled with the contact assembly located between the discharge gas channel. Which is bounded in the movable coil part And the exhaust gas channel, which is bounded in the drive shaft. By the aforementioned contact assembly makes a continuous gas channel released 7. High-pressure dome compressor on request. Six-piece claim is included. Seal assembly pieces The sliding sleeve makes contact with the seal assembly and the coil spring for pushing the seal assembly close to the sliding sleeve. 8. High-pressure dome presses as requested in claim 1 are included as well. Oil pump for pumping oil from the oil pan to the fine feed channel. 9. High-pressure dome compressor as requested in Claim 1, where the compression is located on the side of the aforementioned enclosed housing, on the opposite side of the said oil pan.