Control mechanism securable to a firing device and method
View Patent ↗A control mechanism securable to a firing device is provided. The control mechanism includes an actuation component adapted to generate signals in response to activation of the actuation component. Further, the control mechanism includes an attachment apparatus adapted to support the actuation component adjacent to a stock of the firing device. The attachment apparatus has at least one securing member for securement of the attachment apparatus to the stock of the firing device.
1. A control mechanism securable to a firing device comprising:
an actuation component adapted to generate control signals in response to activation of the actuation component; and
an attachment apparatus adapted to support the actuation component adjacent to a stock of the firing device, the attachment apparatus having at least one securing member for securement of the attachment apparatus to the stock of the firing device, wherein the at least one securing member of the attachment apparatus further comprises a first brace having a U-shaped configuration, the first brace adapted to matingly receive one portion of the stock, and a second brace having a U-shaped configuration, the second brace adapted to matingly receive another portion of the stock.
2. The control mechanism of claim 1 wherein the attachment apparatus is adapted to be releasably secured to the stock.
3. The control mechanism of claim 2 wherein the attachment apparatus is adapted to position the actuation component adjacent to a side face of the stock.
4. The control mechanism of claim 3 wherein the attachment apparatus further comprises at least one side panel, the side panel adapted to abut the side face of the stock.
5. The control mechanism of claim 4 wherein the attachment apparatus further comprises a plurality of side panels and the actuation component is positioned adjacent to one of the plurality of side panels.
6. The control mechanism of claim 3 wherein at least one of the first brace or the second brace is positionable on at least one of a front portion of the stock or a bottom portion of the stock.
7. The control mechanism of claim 6 wherein at least one of the first brace or the second brace is adapted to matingly receive a front portion of the stock or a bottom portion of the stock.
8. The control mechanism of claim 3 wherein:
the first brace is a first metallic brace adapted to matingly receive a front portion of the stock; and
the second brace is a second metallic brace adapted to matingly receive a bottom portion of the stock.
9. The control mechanism of claim 6 wherein the attachment apparatus further comprises at least one strap positionable on at least one of a top portion of the stock or a rear portion of the stock.
10. The control mechanism of claim 6 wherein the attachment apparatus further comprises:
a first pair of elastic straps positionable on a top portion of the stock, the first pair of elastic straps having a first coupling mechanism for engagement of the first pair of straps; and
a second pair of elastic straps positionable on a rear portion of the stock, the second pair of elastic straps having a second coupling mechanism for engagement of the second pair of straps.
11. The control mechanism of claim 3 wherein the control signals include variable voltage outputs corresponding to positions of the actuation component.
12. The control mechanism of claim 11 wherein the actuation component further comprises a Hall effect sensor and an actuator for adjusting the position of the sensor from a neutral position, the actuator being moveable in a first direction and a second direction from the neutral position.
13. The control mechanism of claim 12 wherein the sensor returns to the neutral position from an actuated position when the actuator is released.
14. The control mechanism of claim 12 wherein the actuation component is positioned within a housing of an actuation unit, the actuation unit being secured to the attachment apparatus.
15. The control mechanism of claim 14 wherein the actuator extends through an opening of the housing.
16. The control mechanism of claim 14 wherein the housing of the actuation unit further comprises:
a gasket disposed within a socket attached to the housing, the socket adapted to receive a connector cable for transmitting the control signals generated by the actuation component; and
wherein the actuation component is disposed within a cavity formed in the housing of the actuation unit, the cavity being filled with a potting compound.
17. The control mechanism of claim 12 wherein the actuator is angled on a forward downward slope relative to the front of the attachment apparatus.
18. The control mechanism of claim 3 wherein the attachment apparatus is adapted to be secured to a side face of a stock of at least one of an M240 machine gun or an M249 machine gun.
19. The control mechanism of claim 3 wherein the control signals are used to control the rotation of a vehicle turret such that movement of an actuator of the actuation component in a first direction generates signals to cause rotation of the turret in a clockwise direction and movement of the actuator in a second direction generates signals to cause rotation of the turret in a counterclockwise direction; and
wherein a rotational speed associated with the turret corresponds to a distance of the actuator from a neutral position.
20. A control system for generating control signals with a control mechanism securable to a firing device comprising:
an actuation component adapted to generate control signals in response to activation of the actuation component;
an attachment apparatus adapted to support the actuation component adjacent to a stock of the firing device, the attachment apparatus having at least one securing member for securement of the attachment apparatus to the stock of the firing device, wherein the at least one securing member of the attachment apparatus further comprises a first brace having a U-shaped configuration, the first brace adapted to matingly receive one portion of the stock, and a second brace having a U-shaped configuration, the second brace adapted to matingly receive another portion of the stock; and
a controller coupled to the actuation component for receiving the control signals generated by the actuation component.
21. The control system of claim 20 wherein the controller is adapted to control the rotation of a vehicle turret based on the control signals received from the actuation component.
22. The control system of claim 21 wherein activation of the actuation component in a first direction generates a first control signal, the controller causes the turret to rotate in a clockwise direction in response to receipt of the first control signal; and
wherein activation of the actuation component in a second direction generates a second control signal, the controller causes the turret to rotate in a counterclockwise direction in response to receipt of the second control signal.
23. The control system of claim 22 wherein the controller determines a rotational speed based on the control signals received and causes the turret to rotate at the determined rotational speed.
24. The control system of claim 21 wherein the actuation component further comprises a Hall effect sensor and an actuator for adjusting the position of the sensor from a neutral position, the actuator being moveable in a first direction and a second direction from the neutral position; and
wherein the sensor returns to the neutral position from an actuated position when the actuator is released.
25. The control system of claim 21 wherein the attachment apparatus positions the actuation component adjacent to a side face of the stock.
26. The control system of claim 25 wherein at least one of the first brace or the second brace is positionable on at least one of a front portion of the stock or a bottom portion of the stock.
27. The control system of claim 26 wherein the attachment apparatus includes at least one strap positionable on at least one of a top portion of the stock or a rear portion of the stock.