Window mounting adapter for M134 minigun type guns

Abstract

Invention is about a window mounting adapter for M134 MINIGUN helicopter door mounted machine guns which provides the integration of the gun to the AS 532 AL/UL Cougar and similar types of helicopters, usage of the gun from the window of the helicopter and localization of the needed parts for the gun to work such as cartouche and battery to the optimum place on the platform and without harming it.

Claims

1. A window mounting adapter for an M134 Minigun characterized by comprising; a floor connection part, a multiple of locking arms of the floor connection part, a locking pin, a locking channel, a safety cable, a helicopter side body fixed ring, a right directional floor part, a right directional floor part battery space, a left directional floor part, a left directional floor part battery space, an ammunition belt box, a battery box, a locking part, a floor part locking slot, a stretcher assembly, an ammunition belt box carriage arm, a fixed ring, ammunition belt box fixing parts, a ring, a locking belt, a vertical arm, a hole with a bush, an azimuth pintle, an upper body of the mounting adapter, a lower body of the mounting adapter.

2. The window mounting adapter of claim 1, wherein the multiple of locking arms of the floor connection part are characterized by being parts which provide a mounting on the floor connection part by intertwining into the floor connection part.

3. The window mounting adapter of claim 1, wherein the locking pin is characterized by providing a mount of the mounting adapter in front of a window by passing through the locking channel.

4. The window mounting adapter of claim 1, wherein the safety cable is characterized by being hooked to the helicopter side body fixed ring to prevent the mounting adapter from falling onto a platform.

5. The window mounting adapter of claim 1, wherein the right directional floor part is characterized by being mountable on a floor of an AS 532 AL/UK Cougar helicopter without any modification.

6. The window mounting adapter of claim 1, wherein the left directional floor part is characterized by being mountable on a floor of an AS 532 AL/UK Cougar helicopter without any modification.

7. The window mounting adapter of claim 1, wherein the locking part is characterized by passing through the floor part locking slot and provides locking of the right directional floor part and the left directional floor part by being rotated counter clockwise.

8. The window mounting adapter of claim 1, wherein the locking belt is characterized by fixing the battery box on the right directional floor part battery space and the left directional floor part battery space and on the right directional floor part and the left directional floor part.

9. The window mounting adapter of claim 1, wherein the ammunition belt box fixing parts are placed on the ammunition belt box and are, characterized by letting the ammunition belt box be pulled off from an ammunition belt docking part in an open position.

10. The window mounting adapter of claim 1, wherein the ammunition belt box fixing parts are placed on the ammunition belt box and are, characterized by fixing the ammunition belt box on an ammunition belt box docking part in a closed position.

Description

MEANINGS OF THE FIGURES

(1) FIG. 1. Window Mounting Adapter Isometric View

(2) FIG. 2. Interface Group Assembled View

(3) FIG. 3. Inside View of the Mounting Adapter Attached to the Floor

(4) FIG. 4. Window Mounting Adapter Upper Locking Canal Bearing

(5) FIG. 5. Inside View of the Window Mounting Adapter Locked to the Upper Locks

(6) FIG. 6. Detailed View of the Safety Connection

(7) FIG. 7. Exploded View of the Interface Group

(8) FIG. 8. Locking Part Unlocked View

(9) FIG. 9. Locking Part Locked View

(10) FIG. 10. Fixing with the Ammunition Belt Box Carriage Arm

(11) FIG. 11. Fixing with the Connection Holes of the Interface Group

(12) FIG. 12. Ammunition Belt Box Rear Locking

(13) FIG. 13. Ammunition Belt Box Front Locking

(14) FIG. 14. Placing of the Mounting Adapter into the Cabin

(15) FIG. 15. Detailed View of Placing of the Mounting Adapter into the Cabin

(16) FIG. 16. Outer View of the Mounting Adapter Attached into the Cabin

(17) FIG. 17. Assembled View of the Vertical Arm on the Mounting Adapter

(18) FIG. 18. Showing the Movement of the Locking Arms of the Connection Part

(19) The correspondence of the part numbers indicated in the figures are given below. 1. Floor Connection Part 2. Locking Arms of the Floor Connection Part 3. Locking Pin 4. Locking Channel 5. Safety Cable 6. Helicopter Side Body Fixed Ring 7. Right Directional Floor Part 7.1. Right Directional Floor Part Battery Space 8. Left Directional Floor Part 8.1. Left Directional Floor Part Battery Space 9. Ammunition Belt Box 10. Battery Box 11. Locking Part 11.1. Floor Part Locking Slot 12. Stretcher Assembly 13. Ammunition Belt Box Carriage Ann 14. Fixed Ring 15. Ammunition Belt Box Fixing Parts 16. Ring 17. Locking Belt 18. Vertical Arm 18.1. Hole With A Bush 19. Azimut Pintle 20. Upper Body of Mounting Adapter 21. Lower Body of Mounting Adapter 22. Ammunition Belt Box Docking Part

DETAILED DESCRIPTION OF THE INVENTION

(20) The invention comprises a mounting kit of the mounting adapter to be mounted on the platform, an upper mounting part which enables the interface group and the gun to be mounted on the system. Detailed information about these parts are given below.

(21) A. The Mounting Kit of the Mounting Adapter to be Mounted on the Platform:

(22) The mounting kit to the platform comprised by the subject matter invention is designed to be mounted and fixed on the existing FN Mag58 mounting adapter on the platform floor.

(23) The mounting adapter for M134 minigun type guns are positioned in front of the floor connection part (1) as shown in the FIG. 3. The locking arms of the floor connection part (2), as shown in FIG. 18, are pulled to the center in the arrow direction and the Locking arms of the floor connection part (2) are pulled into mechanism to pass in to the floor connection part (1) and they are placed in their slots. After the positioning of the mounting kit in the floor connection part (1) the locking arms of the floor connection part (2) are set free and mounting of the mounting adapter is provided to the floor connection part (1).

(24) After mounting the mounting adapter to the floor connection lock, it is rotated in the floor connection axis to the clockwise as shown in FIG. 3, it is pushed on the locking pin (3) which is placed inner side of the window. To mount the mounting adapter to the locking mechanism inside of the window, the locking pin (3) is passed through the locking channel (4) as shown in FIG. 4. The mounting adapter which is fixed with the locking mechanism in the window, is now set to the fire ready position as shown in FIG. 5. The mounting adapter, which is set to the fire ready position with the locking mechanism in window, is hooked to the helicopter side body fixed ring (6) by the safety cable (5) to prevent the mounting adapter fall on to the platform and harm the user or the platform as shown in FIG. 6.

(25) B. Interface Group:

(26) The interface group comprises 4 sub-groups (equipment included), which is designed in a purpose of placing the M134 minigun type gun's supportive equipment that is going to be used with the mounting adapter in to the platform: I. Right Directional Floor Part (7) II. Left Directional Floor Part (8) III. Ammunition Belt Box (9) IV. Battery Box (10)

(27) The right directional floor part (7) and the left directional floor part (8), which are designed for the subject matter invention, provides a mount without any modification on the floor of the AS 532 AL/UL Cougar type helicopter by using the existing substructure of platform. The right directional floor part (7) and the left directional floor part (8) are placed in the platform and the locking part (11) is passed through the floor part locking slot (11.1) in the arrow direction as shown in FIG. 8. The locking part (11) which is passed through. The right directional floor part (7) and the left directional floor part (8) and it is rotated counter clockwise and the mounting procedure of the said floor part to the platform is completed as shown in FIG. 9.

(28) After the right directional floor part (7) and the left directional floor part (8) are mounted on the platform, the ammunition belt box (9) are passed through the ammunition belt box docking parts (22) that are placed on the floor part and it is fixed by using the ammunition belt box fixing parts (15) as shown in FIG. 12 and FIG. 13. The battery box (10) is also fixed by being placed on the right directional floor part battery space (7.1) and the left directional floor part battery space (8.1) and being tightened with the locking belt (17) on the right directional floor part (7) and the left directional floor part (8) as shown in FIG. 2.

(29) The right directional floor part (7) and the left directional floor part (8) are fixed on the middle section of the platform. After the ammunition belt box is placed, by using the ammunition belt box carriage arm (13); a fixing procedure is applied as shown in FIG. 10 between the stretcher assembly (12) and the fixed rings (14) which are placed in the door entrances on the platform. With that connection, interface group is totally mounted on the platform floor.

(30) Firstly, the ammunition belt box (9) is mounted on the interface group which is already mounted on the platform floor. The ammunition belt box fixing parts (15) placed on the ammunition belt box (9) must be in open position as shown in FIG. 12 and FIG. 13. While the ammunition belt box fixing parts (15) are in open position, the ammunition belt box (9) is placed by being put between the front and the rear ammunition belt box docking parts (22) as shown in FIG. 11. After the ammunition belt box (9) is placed on the right directional floor part (7) and the left directional floor part (8), the locking procedure is done by passing the ammunition belt box fixing parts through the holes on the ammunition belt box docking part (22) as shown in FIG. 12 and FIG. 13. With that procedure the ammunition box (9) is fixed between the ammunition belt box docking part (22) and the ammunition belt box fixing parts (15). After the ammunition belt box (9) is placed on the right directional floor part (7) and the left directional floor part (8), the battery box (10) is also fixed by being placed on the right directional floor part battery space (7.1) and the left directional floor part battery space (8.1) as shown in FIG. 2. The battery box (10) which is placed to its spot, is tightened with the locking belt (17) being hooked to the rings (16) on the right directional floor part (7) and the left directional floor part (8) as shown in FIG. 2.

(31) C. Upper Mounting Part:

(32) After the mounting kit of the mounting adapter to be mounted on the platform and the interface group are mounted on the platform, the M134 Minigun becomes adaptable to the system. Mounted versions of the mounting kit of the mounting adapter to be mounted on the platform and the interface group are shown in FIG. 14.

(33) Mentioned M134 minigun type gun is connected to the system with a part named vertical arm (18) which has an international usage standard. Vertical arm (18) is placed on the azimut pintle (19) that is placed on the upper body of mount adapter (20) in the (y) axis as shown in FIG. 15. The azimut pintle (19) provides mounting of above mentioned vertical arm (18) to the mounting adapter. The vertical arm (18) is locked and fixed by being put on the azimut pintle (19) and it cannot be taken out again. After that fixing procedure, the vertical arm (18) can move rotationally around of it centerline.

(34) M134 minigun is pushed through the hole with a bush (18.1) placed on upper side of the vertical arm (18) after the vertical arm (18) is fixed on the mounting adapter. And it is fixed on the vertical arm (18) by using locked pin placed on the minigun. The rotational moves of the minigun can be controlled after it is fixed on the mounting adapter.