Weapon station and associated method

• US 8,646,374 B2
• Filed: 07/25/2011
• Issued: 02/11/2014
• Est. Priority Date: 07/27/2010
• Status: Active Grant

• Current Assignee: Raytheon Company (Rtx Corporation)
• Original Assignee: Raytheon Company (Rtx Corporation)
• Inventors: Shacklee, Frank L., Bennett, Robert J., Ernest, Michael D.
• Primary Examiner(s): HAYES, BRET C
• Application Number:
  US13/190,259
• Publication Number:
  US 20120024143A1
• Time in Patent Office: 932 Days
• Field of Search: 89/370.1, 89/410.2, 89/410.5, 89/410.7, 89/411.4, 89/411.5, 89/412.2
• US Class Current: 89/41.02
• CPC Class Codes: F41A 23/24 Turret gun mountings feeding, loading or guiding ammunition F41A9/00; mechanical elevating or traversing systems for turret guns F41A27/18
• CPC Class Codes: F41A 27/18 for gun turrets F41A27/08 takes precedence
• CPC Class Codes: F41G 3/165 using a TV-monitor
• CPC Class Codes: F41G 3/22 for vehicle-borne armament, e.g. on aircraft
• CPC Class Codes: F41G 5/14 for vehicle-borne guns

Abstract

In certain embodiments, a weapon station comprises a weapon mounting apparatus and a sight mounting apparatus. The weapon mounting apparatus is adapted to rotate, using a first rotational drive mechanism, about an azimuth axis. The weapon mounting apparatus is adapted to receive one or more weapons for attachment at a position offset from the azimuth axis. The sight mounting apparatus is coupled to the weapon mounting apparatus and is adapted to receive for attachment a sighting device. The sighting device comprises one or more sensors and is adapted to rotate, using a second rotational drive mechanism, the one or more sensors about the azimuth axis independently of rotational movement of the weapon mounting apparatus about the azimuth axis. The azimuth axis about which the weapon mounting apparatus and the one or more sensors rotate is a common azimuth axis.

Claims

1. A weapon station, comprising:

a weapon mounting apparatus comprising;

a first rotational drive mechanism that rotates the weapon mounting apparatus about an azimuth axis; and

a weapon mount located at a position offset from the azimuth axis; and

a sight mounting apparatus coupled to the weapon mounting apparatus and comprising;

a sighting device mount for retaining a sighting device that includes one or more sensors; and

a second rotational drive mechanism that rotates the sight mounting apparatus about the azimuth axis independently of rotational movement of the weapon mounting apparatus about the azimuth axis, the azimuth axis about which the weapon mounting apparatus and the sight mounting apparatus rotate being the same axis; and

wherein the weapon mounting apparatus comprises a shaft that retains the weapon mount, the weapon mount adapted to receive for attachment a weapon, the shaft being offset from and substantially perpendicular to the azimuth axis and adapted to rotate about a first elevation axis using a third rotational drive mechanism; and

wherein the weapon mounting apparatus further comprises;

a body portion; and

an elevation shaft housing extending from an outer surface of the body portion, the elevation shaft housing containing a portion of the shaft, wherein ends of the shaft extend through apertures in the elevation shaft housing.

2. The weapon station of claim 1, wherein the first and third drive mechanisms are housed at least in part by the elevation shaft housing.

3. The weapon station of claim 1, wherein the third rotational drive mechanism comprises one or more motors coupled to the shaft and operable to power rotation of the shaft about the first elevation axis.

4. A weapon station, comprising:

a weapon mounting apparatus comprising;

a first rotational drive mechanism that rotates the weapon mounting apparatus about an azimuth axis; and

a weapon mount located at a position offset from the azimuth axis; and

a sight mounting apparatus coupled to the weapon mounting apparatus and comprising;

a sighting device mount for retaining a sighting device that includes one or more sensors; and

a second rotational drive mechanism that rotates the sight mounting apparatus about the azimuth axis independently of rotational movement of the weapon mounting apparatus about the azimuth axis, the azimuth axis about which the weapon mounting apparatus and the sight mounting apparatus rotate being the same axis; and

wherein;

the weapon mounting apparatus comprises a body portion driven to rotate about the azimuth axis by the first rotational drive mechanism, the body portion circumscribing a cylindrical cavity; and

the sight mounting apparatus is positioned concentrically with the body portion within the cylindrical cavity of the body portion and driven to rotate therein by the second rotational drive mechanism.

5. The weapon station of claim 4, further comprising:

a base; and

wherein the weapon mounting apparatus is coupled to the base and the weapon mounting apparatus further comprises;

a third rotational drive mechanism that rotates the weapon mount about a first elevation axis; and

wherein the sight mounting apparatus further comprises;

a fourth rotational drive mechanism that rotates one or more of the sensors about a second elevation axis, the second elevation axis being different than the first elevation axis and the fourth rotational drive mechanism being different than the third rotational drive mechanism to change an elevational orientation of the weapon mount independently of changing an elevational orientation of the one or more of the sensors of the sighting device.

6. The weapon station of claim 5, wherein the weapon mounting apparatus comprises a shaft that retains the weapon mount at a first end of the shaft and a second weapon mount at a second end of the shaft, a longitudinal axis of the shaft offset from and substantially perpendicular to the azimuth axis and the longitudinal axis of the shaft and the first elevation axis being the same.

7. The weapon station of claim 5, further comprising an electronics module operable to:

determine position information specifying a desired position of one or more weapons attached to the weapon mounting apparatus, the desired position comprising an azimuth orientation and an elevational orientation for the one or more weapons;

cause the weapon station to implement the desired position specified in the determined position information.

8. The weapon station of claim 7, wherein the electronics module is located internal to the weapon station.

9. The weapon station of claim 4, wherein the first rotational drive mechanism used for rotating the weapon mounting apparatus about the azimuth axis comprises:

one or more gears operable to, when rotated, cause the weapon mounting apparatus to rotate about the azimuth axis; and

one or more motors operable to drive rotation of the one or more gears.

10. The weapon station of claim 4, further comprising a base, the weapon mounting apparatus coupled to the base and rotates about the azimuth axis relative to the base, the base adapted to be non-rotationally coupled to an entity.

11. A weapon station, comprising:

a weapon mounting apparatus comprising;

a first rotational drive mechanism that rotates the weapon mounting apparatus about an azimuth axis; and

a weapon mount located at a position offset from the azimuth axis; and

a sight mounting apparatus coupled to the weapon mounting apparatus and comprising;

a sighting device mount for retaining a sighting device that includes one or more sensors; and

a second rotational drive mechanism that rotates the sight mounting apparatus about the azimuth axis independently of rotational movement of the weapon mounting apparatus about the azimuth axis, the azimuth axis about which the weapon mounting apparatus and the sight mounting apparatus rotate being the same axis; and

wherein the weapon mounting apparatus further comprises a kingpost, the kingpost aligned about the azimuth axis and the kingpost having a cavity for housing one or more electronics modules.

12. The weapon station of claim 11, wherein the weapon station is attached to one of a vehicle or a fixed structure.