PAINTBALL GUN WITH READILY-REMOVABLE PNEUMATIC ASSEMBLY

• US 20090199831A1
• Filed: 02/08/2008
• Published: 08/13/2009
• Est. Priority Date: 02/08/2008
• Status: Active Grant

• Current Assignee: Kore Outdoor Inc.
• Original Assignee: Smart Parts Incorporated
• Inventors: Jones, Danial S., Telford, Edward S.
• Granted Patent: US 7,690,373 B2
• Time in Patent Office: Days
• US Class Current: 124/71
• CPC Class Codes: F41A 11/00 Assembly or disassembly features; Modular concepts; Articulated or collapsible guns F41A3/64, F41A19/10 - F41A19/15, F41A21/48, F41A25/26 take precedence
• CPC Class Codes: F41B 11/62 with pressure supplied by a gas cartridge

Abstract

A paintball gun having a quick-removal assembly for readily removing a pneumatic assembly from a chamber of the paintball gun body preferably includes a lift cap hingedly connected to an end of the pneumatic mechanism. A lift pin is preferably connected to the lift cap and removably engaged within a pin receptacle of the paintball gun body. Lifting of the lift cap preferably withdraws the lift pin from the pin receptacle and enables the pneumatic assembly to be removed from the paintball gun. A self-venting mechanism can also be provided to safely release compressed gas stored in the pneumatic assembly from the paintball gun during removal of the pneumatic assembly. A latching mechanism can latch the lift cap in forward and closed position until a user desires to remove the assembly from the paintball gun. Slots can be arranged in the lift cap to permit rearward movement of the lift cap and to cause the lift cap to move away from a body of the paintball gun to allow rotational movement of the lift cap about a hinged axis.

Claims

1. A pneumatic gun, comprising:

a chamber receiving a pneumatic assembly, the pneumatic assembly comprising a compressed gas storage chamber and a bolt; and

a quick-removal mechanism connected to the pneumatic assembly, wherein the quick-removal mechanism comprises a lift cap connected to a lift pin, and wherein movement of the lift cap releases the lift pin from engagement in a receptacle of the pneumatic gun to enable removal of the pneumatic assembly from the pneumatic gun and wherein the lift pin remains connected to the pneumatic assembly during removal from the pneumatic gun.

2. A pneumatic gun according to claim 1, wherein the lift cap is hingedly connected to the pneumatic assembly to enable rotation about a hinged axis.

3. A pneumatic gun according to claim 2, wherein the lift pin is hingedly connected to the lift cap to enable rotation of the lift pin about a pin axis.

4. A pneumatic gun according to claim according to claim 3, wherein movement of the lift cap to release the lift pin from engagement in the pin receptacle is an upward rotation about the hinged axis between the lift cap and the pneumatic assembly.

5. A pneumatic gun according to claim 2, further comprising a slot arranged in the lift cap, wherein said slot is configured to receive a hinge pin providing the hinged axis such that the position of the hinged axis can be moved with respect to the lift cap.

6. A pneumatic gun according to claim 5, wherein the slot comprises a ramping step-like shape to cause the lift cap to move away from the pneumatic gun and provide clearance for rotational movement of the lift cap as the lift cap is moved rearward.

7. A pneumatic gun according to claim 5, wherein the slot comprises an arcuate shape to cause the lift cap to move away from the pneumatic gun and provide clearance for rotational movement of the lift cap as the lift cap is moved rearward.

8. A pneumatic gun according to claim 3, wherein the lift cap comprises a pin slot configured to receive a pin that provides the pin axis of the lift pin, and wherein the pin slot comprises a longitudinally-arranged slot that enables the lift cap to move rearwardly with the lift pin still arranged at least partially within the pin receptacle of the pneumatic gun.

9. A pneumatic gun according to claim 1, further comprising a biasing member configured to bias the lift cap in a desired position with respect to the pneumatic assembly.

10. A pneumatic gun according to claim 1, further comprising a self-venting system that vents compressed gas from the pneumatic assembly in response to lift cap movement before the pneumatic assembly is removed from the gun.

11-20. -20. (canceled)

21. A pneumatic gun, comprising:

a chamber removably housing a pneumatic assembly;

a quick-release mechanism comprising a lift cap connected to an end cap of the pneumatic assembly;

a lift pin connected to the lift cap, said lift pin having an engagement end configured to matingly engage within a pin receptacle of the pneumatic gun to secure the lift cap and pneumatic assembly to the paintball gun; and

a hinge pin providing a hinged axis between the lift cap and the pneumatic assembly, wherein rotational movement of the lift cap about the hinged axis causes the lift pin to disengage from the pin receptacle of the paintball gun to enable quick removal of the quick-release mechanism and pneumatic assembly from the pneumatic gun.

22. A pneumatic gun according to claim 21, further comprising a biasing member configured to bias the lift cap toward a desired position with respect to the end cap of the pneumatic assembly.

23. A pneumatic gun according to claim 22, wherein the end cap comprises a vent channel to exhaust compressed gas from the pneumatic assembly, and wherein the lift pin comprises a seal arranged proximal to the vent channel to prevent the release of compressed gas from the vent channel when the lift pin is in an engaged position and to enable the release of compressed gas from the vent channel when the lift pin is in a disengaged position.

24. A pneumatic gun according to claim 21, further comprising a latching mechanism to latch the lift cap in a forward and closed position when the pneumatic gun is in an operating condition.

25. A pneumatic gun according to claim 21, wherein the hinge pin is arranged in a slot, and wherein the slot is slanted to cause the quick-release mechanism to separate from the pneumatic gun as the quick-release mechanism is moved rearward.

26. A pneumatic gun, comprising:

a body;

a chamber arranged in the body and configured to removably house a pneumatic assembly;

a quick-release mechanism having a lift cap connected to a lift pin, wherein said lift cap is configured to release the lift pin from engagement with a pin receptacle in the body of the pneumatic gun, and wherein the lift cap is connected to the pneumatic assembly of the pneumatic gun; and

wherein the lift cap, lift pin, and pneumatic assembly are withdrawn from the chamber of the pneumatic gun together.

27. A pneumatic gun according to claim 26, wherein the lift cap is hingedly connected to the pneumatic assembly on a hinged axis to permit lifting an end of the lift cap to cause a rotation of the lift cap about the hinged axis.

28. A pneumatic gun according to claim 27, wherein rotation of the lift cap away from the body of the pneumatic gun provides clearance for rotating the lift cap about the hinged axis.

29. A pneumatic gun according to claim 26, further comprising a latch for latching the lift cap in a latched engagement with the pneumatic gun.

30. A pneumatic gun according to claim 26, further comprising a vent formed in the pin receptacle and configured to release a quantity of compressed gas stored within the pneumatic assembly when a sealing member on the lift pin is moved out of a fluid pathway in which it was obstructing the release of compressed gas from a vent channel of the pneumatic assembly.