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A housing assembly for a refrigerant compressor in an air conditioning system includes a forward housing portion, and a rearward housing portion. The two mate together to contain the internal components and seal the compressor. A clamp engages the forward and the rearward housing portions and is rot

A housing assembly for a refrigerant compressor in an air conditioning system includes a forward housing portion, and a rearward housing portion. The two mate together to contain the internal components and seal the compressor. A clamp engages the forward and the rearward housing portions and is rotated to compress the two together. It maintains a desired clamping force under various operating and environmental conditions.

대표청구항 ▼

A housing assembly for a refrigerant compressor in an air conditioning system includes a forward housing portion, and a rearward housing portion. The two mate together to contain the internal components and seal the compressor. A clamp engages the forward and the rearward housing portions and is rot

A housing assembly for a refrigerant compressor in an air conditioning system includes a forward housing portion, and a rearward housing portion. The two mate together to contain the internal components and seal the compressor. A clamp engages the forward and the rearward housing portions and is rotated to compress the two together. It maintains a desired clamping force under various operating and environmental conditions. triker seat operatively engaging the striker, the engagement of the striker spring and the spring seat serving to prevent disengagement of the striker seat from the striker. 11. A gas-powered projectile firing device according to claim 10, wherein the striker seat comprises a generally J-shaped recess defined in part by a longer leg having a front side and a rear side, the J-shaped recess opens generally axially and forwardly, and the spring seat is disposed on the rear side of the longer leg. 12. A gas-powered projectile firing device according to claim 11, wherein a substantially upright pin is attached to the striker and is received in the J-shaped recess. 13. A gas-powered projectile firing device according to claim 8, wherein the proximal portion has a striker seat operatively engaging the striker, the engagement of the striker spring and the spring seat serving to prevent disengagement of the striker seat from the striker. 14. A gas-powered projectile firing device according to claim 13, wherein the striker seat comprises a generally J-shaped recess defined in part by a longer leg having a front side and a rear side, the J-shaped recess opens generally axially and forwardly, and the spring seat is disposed on the rear side of the longer leg. 15. A gas-powered projectile firing device according to claim 14, wherein a substantially upright pin is attached to the striker and is received in the J-shaped recess. 16. A gas-powered projectile firing device according to claim 7, wherein the proximal portion has a striker seat operatively engaging the striker, the engagement of the striker spring and the spring seat serving to prevent disengagement of the striker seat from the striker. 17. A gas-powered projectile firing device according to claim 16, wherein the striker seat comprises a generally J-shaped recess defined in part by a longer leg having a front side and a rear side, the J-shaped recess opens generally axially and forwardly, and the spring seat is disposed on the rear side of the longer leg. 18. A gas-powered projectile firing device according to claim 17, wherein a substantially upright pin is attached to the striker and is received in the J-shaped recess. 19. A gas-powered projectile firing device according to claim 7, wherein the striker has a rear end, an axial bore at the rear end and a lateral opening ahead of the rear end which opens into the axial bore, the proximal portion of the cocking knob extends through the lateral opening into the axial bore, and the striker spring extends forwardly into the axial bore to engage the spring seat on the proximal portion of the cocking knob. 20. A gas-powered projectile firing device according to claim 19, wherein the striker spring has a front end, and the spring seat comprises a recess which receives the front end of the striker spring. 21. A gas-powered projectile firing device according to claim 20, wherein the spring seat recess comprises a pair of spaced notches in which the front end of the striker spring rests. 22. A gas-powered projectile firing device according to claim 21, wherein the proximal portion has a striker seat operatively engaging the striker, the engagement of the striker spring and the spring seat serving to prevent disengagement of the striker seat from the striker. 23. A gas-powered projectile firing device according to claim 22, wherein the striker seat comprises a generally J-shaped recess defined in part by a longer leg having a front side and a rear side, the J-shaped recess opens generally axially and forwardly, and the spring seat is disposed on the rear side of the longer leg. 24. A gas-powered projectile firing device according to claim 19, wherein the striker has substantially upright bore which opens into the axial bore, and a connecting-pin in the upright bore which extends into the axial bore, the proximal portion of the cocking knob engaging the connecting pin. 25. A gas-powered projectile firing device according to claim 24, wherein