TRIGGER ACTIVATED SWITCH

• US 20100095574A1
• Filed: 04/30/2009
• Published: 04/22/2010
• Est. Priority Date: 10/19/2008
• Status: Active Grant

• Current Assignee: Terry Abst, TriggerTech
• Original Assignee: Terrill Abst
• Inventors: Abst, Terrill
• Granted Patent: US 8,109,024 B2
• Time in Patent Office: Days
• US Class Current: 42/69.01
• CPC Class Codes: F41A 19/06 Mechanical firing mechanisms, e.g. counterrecoil firing, recoil actuated firing mechanismsF41A19/01 - F41A19/05, F41A19/59 take precedence
• CPC Class Codes: F41G 1/35 for illuminating the target , e.g. flash lights

Abstract

A trigger activated switch for a firearm is disclosed. The switch comprises a Hall-effect sensor configured to be mounted in the housing or frame of the firearm, and a magnet disposed on a retractable member coupled to the trigger of the gun. The trigger comprises a firing module rotatably coupled to the housing to have a range of motion with respect to the housing from a non-firing position to a firing position. The retractable member is moveably coupled to the firing module and articulates between a non-engaged position and engaged position with respect to the firing module. The Hall-effect sensor is attached to the firearm housing in proximity to the magnet when the retractable member is in the non-engaged position. Motion of the retractable member from the non-engaged position to the engaged position causes the magnet to articulate away from the sensor, which then activates an auxiliary device upon sensing motion of the retractable member.

Claims

1. A firearm, comprising:

a trigger disposed within a housing;

said trigger comprising a firing module mounted within the housing to have a range of motion with respect to the housing from a non-firing position to a firing position;

the trigger comprising a retractable member coupled to the firing module;

the retractable member comprising a non-engaged position and engaged position with respect to the firing module;

the retractable member being coupled to a first element;

wherein the housing comprises a sensor in proximity to the first element when the retractable member is in the non-engaged position;

wherein motion of the retractable member from the non-engaged position to the engaged position causes the first element to articulate away from the sensor;

wherein the sensor is sensitive to motion of the first element with respect to the housing such that motion of the retractable member from the non-engaged position to the engaged position is sensed by the sensor; and

an auxiliary device coupled to the housing;

wherein the sensor is configured to activate said auxiliary device upon sensing motion of the retractable member.

2. A firearm as recited in claim 1:

wherein the first element comprises a magnet; and

wherein the sensor comprises a Hall-effect sensor responsive a magnetic field of the magnet.

3. A firearm as recited in claim 2, wherein the firing module remains in the non-firing position while the auxiliary device is activated.

4. A firearm as recited in claim 3, wherein the auxiliary device comprises a laser.

5. A firearm as recited in claim 3, wherein the auxiliary device comprises one of the following:

flashlight, LED, or video camera.

6. A firearm as recited in claim 1, wherein the sensor is embedded in the housing.

7. A firearm as recited in claim 6, wherein the housing comprises a non-metallic substance.

8. A firearm as recited in claim 7, wherein the housing comprises a polymer.

9. A firearm as recited in claim 6, wherein the magnet is embedded in the trigger.

10. A firearm as recited in claim 3:

wherein the retractable member comprises a safety release pivotably coupled to the firing module;

wherein the safety release comprises a spur housing the magnet;

wherein the spur is located adjacent the sensor when the retractable member is in the non-engaged position; and

wherein the spur articulates away from the sensor when the retractable member moves toward the engaged position.

11. A firearm as recited in claim 10:

wherein the safety release comprises a lower portion of the trigger; and

wherein the safety release is pivotably attached to the firing module such that the safety release is configured to rotate independently with respect to the firing module from the non-engaged position to the engaged position.

12. A firearm as recited in claim 3:

wherein the trigger comprises an inner gripping surface;

wherein the retractable member comprises a touch detection tab;

wherein the touch detection tab is pivotally attached to the trigger and comprises a lower arm that is biased to extend from the inner gripping surface when the retractable member is in the non-engaged position;

wherein the touch detection tab further comprises an upper arm, the upper arm housing the magnet;

wherein the upper arm of the touch detection tab is adjacent or near the sensor when the retractable member is in the non-engaged position; and

wherein the upper arm of the touch detection tab articulates away from the sensor when the lower arm is articulated toward the trigger.

13. A firearm as recited in claim 12:

wherein the trigger comprises a recess extending into the inner gripping surface; and

wherein the lower arm of the touch detection tab is retracts at least partially into said recess in the engaged position.

14. A trigger mechanism for a firearm, comprising:

a trigger configured to be disposed within a firearm housing;

said trigger comprising a firing module configured to be rotatably coupled to the housing to have a range of motion with respect to the housing from a non-firing position to a firing position;

the trigger comprising a retractable member coupled to the firing module;

the retractable member comprising a non-engaged position and engaged position with respect to the firing module;

the retractable member being coupled to a magnet;

a Hall-effect sensor configured to be attached to the firearm housing in proximity to the magnet when the retractable member is in the non-engaged position;

wherein motion of the retractable member from the non-engaged position to the engaged position causes the magnet to articulate away from the sensor;

wherein the sensor is sensitive to motion of the magnet with respect to the housing such that motion of the retractable member from the non-engaged position to the engaged position is sensed by the sensor; and

wherein the sensor is configured to activate an auxiliary device upon sensing motion of the retractable member.

15. A trigger mechanism as recited in claim 14, wherein the firing module remains in the non-firing position while the auxiliary device is activated.

16. A trigger mechanism as recited in claim 15, wherein the auxiliary device comprises a laser.

17. A trigger mechanism as recited in claim 15:

wherein the retractable member comprises a safety release pivotably coupled to the firing module;

wherein the safety release comprises a spur housing the magnet;

wherein the spur is located adjacent the sensor when the retractable member is in the non-engaged position; and

wherein the spur articulates away from the sensor when the retractable member moves toward the engaged position.

18. A trigger mechanism as recited in claim 17:

wherein the safety release comprises a lower portion of the trigger; and

wherein the safety release is pivotably attached to the firing module such that the safety release is configured to rotate independently with respect to the firing module from the non-engaged position to the engaged position.

19. A trigger mechanism as recited in claim 14:

wherein the trigger comprises an inner gripping surface;

wherein the retractable member comprises a touch detection tab;

wherein the touch detection tab is pivotally attached to the trigger and comprises a lower arm that is biased to extend from the inner gripping surface when the retractable member is in the non-engaged position;

wherein the touch detection tab further comprises an upper arm, the upper arm housing the magnet;

wherein the upper arm of the touch detection tab is adjacent or near the sensor when the retractable member is in the non-engaged position; and

wherein the upper arm of the touch detection tab articulates away from the sensor when the lower arm is articulated toward the trigger.

20. A trigger mechanism as recited in claim 19:

wherein the trigger comprises a recess extending into the inner gripping surface;

wherein the lower arm of the touch detection tab is retracts at least partially into said recess in the engaged position.

21. A firearm, comprising:

a trigger disposed within a firearm housing;

said trigger comprising a firing module rotatably coupled to the housing to have a range of motion with respect to the housing from a non-firing position to a firing position;

a laser;

the laser comprising a first switch configured to control actuation of said laser;

the first switch being disposed on the gun at a location other than the trigger;

a second switch configured to control actuation of said laser;

the second switch comprising a retractable member moveably coupled to the firing module;

the retractable member comprising a non-engaged position and engaged position with respect to the firing module;

wherein the retractable member is coupled to a magnet such that motion of the retractable member affects motion of the magnet;

the second switch further comprising a Hall-effect sensor coupled to the firearm housing in proximity to the magnet when the retractable member is in the non-engaged position;

wherein motion of the retractable member from the non-engaged position to the engaged position causes the magnet to articulate away from the sensor;

wherein the sensor is sensitive to motion of the magnet with respect to the housing such that motion of the retractable member from the non-engaged position to the engaged position is sensed by the sensor; and

wherein the sensor is configured to activate the laser upon sensing motion of the retractable member.

22. A firearm as recited in claim 21:

wherein the retractable member comprises a safety release pivotably coupled to the firing module;

wherein the safety release comprises a spur housing the magnet;

wherein the spur is located adjacent the sensor when the retractable member is in the non-engaged position; and

wherein the spur articulates away from the sensor when the retractable member moves toward the engaged position.

23. A firearm as recited in claim 22:

wherein the safety release comprises a lower portion of the trigger; and

wherein the safety release is pivotably attached to the firing module such that the safety release is configured to rotate independently with respect to the firing module from the non-engaged position to the engaged position.

24. A firearm as recited in claim 21:

wherein the trigger comprises an inner gripping surface;

wherein the retractable member comprises a touch detection tab;

wherein the touch detection tab is pivotally attached to the trigger and comprises a lower arm that is biased to extend from the inner gripping surface when the retractable member is in the non-engaged position;

wherein the touch detection tab further comprises an upper arm, the upper arm housing the magnet;

wherein the upper arm of the touch detection tab is adjacent or near the sensor when the retractable member is in the non-engaged position; and

wherein the upper arm of the touch detection tab articulates away from the sensor when the lower arm is articulated toward the trigger.

25. A firearm as recited in claim 24:

wherein the trigger comprises a recess extending into the inner gripping surface; and

wherein the lower arm of the touch detection tab is retracts at least partially into said recess in the engaged position.