Compressor including separation tube engagement mechanism
View Patent ↗The present invention provides a compressor capable of arranging a refrigerant discharge port regardless of the location of a separation chamber. In this compressor, a separation tube is pressed in through an opening of the separation chamber, and by engaging a regulating ring with an engagement groove provided in the inner wall of the separation chamber, the movement of the separation tube in the anti-insertion direction is regulated. Therefore, unlike the conventional compressor, a refrigerant discharge pipe for regulating the movement of the separation tube in the anti-insertion direction need not be connected to the upper part of the separation tube, and the refrigerant discharge port can be arranged freely regardless of the location of the separation section.
1. A compressor comprising:
a compressor body;
a compression section for compressing a refrigerant sucked in said compressor body;
a separation chamber for separating a lubricating oil, which is contained in the refrigerant discharged from said compression section, from the refrigerant;
a separation tube fixed in said separation chamber;
a discharge port in fluid communication with said separation chamber from a side of said separation chamber; and
a refrigerant passage for providing a refrigerant fluid communication path from an upper end of said separation chamber to said discharge port,
wherein a regulating portion for regulating the movement of said separation tube towards said refrigerant passage is provided on an inner wall of said separation chamber, and
wherein said discharge port is positioned downstream from said separation chamber to receive separated refrigerant from said separation chamber.
2. The compressor according to claim 1 , wherein said regulating portion is formed by deforming a part of the inner wall of said separation chamber so that the part projects to the inside of said separation chamber.
3. The compressor according to claim 1 , wherein a length of said separation chamber extends along a first direction and a length of the refrigerant passage extends along a second direction different from the first direction.
4. The compressor according to claim 3 , wherein the first direction is substantially orthogonal to the second direction.
5. A compressor comprising:
a compressor body;
a compression section for compressing a refrigerant sucked in said compressor body;
a separation chamber for separating a lubricating oil, which is contained in the refrigerant discharged from said compression section, from the refrigerant;
a separation tube fixed in said separation chamber, and
a regulating portion for regulating a movement of said separation tube,
wherein said regulating portion is formed by an engagement groove provided in the inner wall of said separation chamber and an engagement member configured to engage said engagement groove.
6. The compressor according to claim 5 , wherein said engagement member comprises a member which has elasticity and is formed in a C-shape.
7. A compressor comprising:
a compressor body;
a compression section for compressing a refrigerant sucked in said compressor body;
a separation chamber for separating a lubricating oil, which is contained in the refrigerant discharged from said compression section, from the refrigerant;
a separation tube which is inserted through an opening provided in said compressor body, and is fixed in said separation chamber; and
a seal member which closes the opening of said compressor body and regulates the movement of said separation tube in the anti-insertion direction by locking a lower end thereof to one end of said separation tube,
wherein said seal member is provided with a communication hole for causing the refrigerant in the separation chamber to flow toward a refrigerant passage provided on an inner wall of said separation chamber in fluid communication with a refrigerant discharge port of said compressor body.
8. The compressor according to claim 7 , wherein said seal member is provided with a threaded portion configured to engage threadedly with the opening of said compressor body.
9. The compressor according to claim 7 , wherein the refrigerant passage is located in said compressor body, and the refrigerant passage provides a refrigerant fluid communication path from an upper end side of said separation chamber to said refrigerant discharge port of said compressor body.