Scroll compressor with rotary discharge valve

1. A scroll compressor comprising:

an orbiting scroll member having an orbiting end plate and an orbiting spiral wrap extending from said orbiting end plate;

a non-orbiting scroll member having a non-orbiting end plate and a non-orbiting spiral wrap extending from said non-orbiting end plate, said non-orbiting spiral wrap being intermeshed with said orbiting spiral wrap to create pockets of progressively changing volume between a suction pressure zone and a discharge pressure zone;

a drive member for causing said orbiting scroll member to orbit relative to said non-orbiting scroll member to compress a fluid within said pockets;

a discharge slot formed by one of said orbiting scroll member and said non-orbiting scroll member; and

a discharge valve rotatable with said drive member and operable between a closed state preventing fluid communication between said pockets and said discharge slot and an open state permitting fluid communication between said pockets and said discharge slot.

2. The scroll compressor of claim 1 , wherein said discharge slot is formed in said non-orbiting scroll member.

3. The scroll compressor of claim 1 , wherein said discharge valve includes a recess operable to receive a portion of said drive member to fix said discharge valve for rotation with said drive member.

4. The scroll compressor of claim 1 , wherein said discharge valve includes a recess operable to receive a crank pin to fix said discharge valve for rotation with said drive member.

5. The scroll compressor of claim 1 , wherein said discharge valve is disposed proximate to said non-orbiting end plate.

6. The scroll compressor of claim 1 , further comprising a discharge port extending through said non-orbiting scroll member.

7. The scroll compressor of claim 6 , wherein said discharge port is in fluid communication with said discharge slot at a first end and is in fluid communication with said discharge pressure zone at a second end.

8. The scroll compressor of claim 6 , wherein said discharge port is an inclined bore formed at an angle relative to a longitudinal axis of said drive member.

9. The scroll compressor of claim 1 , wherein said orbiting spiral wrap and said non-orbiting spiral wrap define a rapid compression scroll profile.

10. The scroll compressor of claim 1 , further comprising a bearing housing formed integrally with said non-orbiting end plate.

11. The scroll compressor of claim 1 , further comprising a bearing housing extending from said non-orbiting end plate, said drive member extending through said bearing housing, said non-orbiting scroll member, and said orbiting scroll member.

12. A scroll compressor comprising:

an orbiting scroll member having an orbiting end plate and an orbiting spiral wrap extending from said orbiting end plate;

a non-orbiting scroll member having a non-orbiting end plate, a non-orbiting spiral wrap extending from said non-orbiting end plate, and a discharge slot, said non-orbiting spiral wrap being intermeshed with said orbiting spiral wrap to create pockets of progressively changing volume between a suction pressure zone and a discharge pressure zone;

a bearing housing extending from said non-orbiting end plate;

a drive member for causing said orbiting scroll member to orbit relative to said non-orbiting scroll member to compress a fluid within said pockets, said drive member extending through said bearing housing, said non-orbiting scroll member, and said orbiting scroll member; and

a discharge valve rotatable with said drive member and operable between a closed state preventing fluid communication between said pockets and said discharge slot and an open state permitting fluid communication between said pockets and said discharge slot.

13. The scroll compressor of claim 12 , wherein said discharge valve includes a recess operable to receive a portion of said drive member to fix said discharge valve for rotation with said drive member.

14. The scroll compressor of claim 12 , wherein said discharge valve includes a recess operable to receive a crank pin to fix said discharge valve for rotation with said drive member.

15. The scroll compressor of claim 12 , wherein said discharge valve is disposed proximate to said non-orbiting end plate.

16. The scroll compressor of claim 12 , further comprising a discharge port extending through said non-orbiting scroll member.

17. The scroll compressor of claim 16 , wherein said discharge port is in fluid communication with said discharge slot at a first end and is in fluid communication with said discharge pressure zone at a second end.

18. The scroll compressor of claim 16 , wherein said discharge port is an inclined bore formed at an angle relative to a longitudinal axis of said drive member.

19. The scroll compressor of claim 12 , wherein said orbiting spiral wrap and said non-orbiting spiral wrap define a rapid compression scroll profile.

20. The scroll compressor of claim 12 , wherein said bearing housing is formed integrally with said non-orbiting end plate.

21. The scroll compressor of claim 12 , wherein said discharge valve includes a port closing section, a port open section, and a communication relief section, said discharge valve permitting fluid communication between said pockets and said discharge slot when said port open section or said communication relief section opposes said discharge slot.