Air gun trigger group

Abstract

An air gun trigger group in air sniper guns is mountable separately, the base and load applied to the trigger during fall of trigger being adjustable. The air gun trigger group has a safety device and is mounted to the gun afterwards. The air gun trigger group includes a trigger group case, catch, catch holder, catch releasing lever, trigger, catch spring, trigger spring, coupling screw, safety tail coupling pin, spring guide, safety sheet, safety tail, safety part, manual safety sheet, safety spring, safety part spring, case bush, trigger calibration bolt and a catch calibration bolts.

Description

RELATED U.S. APPLICATIONS

Not applicable.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not applicable.

REFERENCE TO MICROFICHE APPENDIX

Not applicable.

FIELD OF THE INVENTION

Present invention relates to a trigger group in air sniper guns that is mountable separately, the base and load applied to the trigger during fall of trigger being adjustable, having a safety device and mounted to the gun afterwards. Particularly, the invention relates to an air gun trigger group that consists of a trigger group case (1), catch (2), catch holder (3), catch releasing lever (4), trigger (5), catch spring (6), trigger spring (7), coupling screw (8), safety tail coupling pin (9), spring guide (10), safety sheet (11), safety tail (12), safety part (13), manual safety sheet (14), safety spring (15), safety part spring (16), case bush (17), trigger calibration bolt (18) and a catch calibration bolt (19).

BACKGROUND OF THE INVENTION

With the previous inventions that are currently on market, a trigger group can be assembled separately outside. According to this invention, it is possible to make an air gun trigger group.

BRIEF SUMMARY OF THE INVENTION

The present invention is a trigger group in air sniper guns that is mountable separately, the base and load applied to the trigger during fall of trigger being adjustable, the trigger group having a safety device and mounted to the gun afterwards. The air gun trigger group includes a trigger group case (1), catch (2), catch holder (3), catch releasing lever (4), trigger (5), catch spring (6), trigger spring (7), coupling screw (8), safety tail coupling pin (9), spring guide (10), safety sheet (11), safety tail (12), safety part (13), manual safety sheet (14), safety spring (15), safety part spring (16), case bush (17), trigger calibration bolt (18) and a catch calibration bolt (19).

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

FIG. 1: Trigger group as mounted on gun

• • (1) Trigger group case
  • (2) Catch
  • (3) Catch holder
  • (4) Catch releasing lever
  • (5) Trigger
  • (6) Catch spring
  • (7) Trigger spring
  • (8) Coupling screw
  • (9) Safety tail coupling pin
  • (10) Spring guide
  • (17) Case bush
  • (18) Trigger Calibration Bolt
  • (19) Catch Calibration Bolt

FIG. 2: Trigger group as safety device mounted.

• • (11) Safety sheet
  • (12) Safety tail
  • (13) Safety part
  • (15) Safety spring
  • (16) Safety part spring

FIG. 3: Trigger group as manual safety device mounted.

• • (12) Safety tail
  • (13) Safety part
  • (14) Manual safety sheet
  • (15) Safety spring
  • (16) Safety part spring

FIG. 4: Trigger group case in technical form.

• • (1) Trigger group case

FIG. 5: Catch, catch holder, catch releasing lever in technical form.

• • (2) Catch
  • (3) Catch holder
  • (4) Catch releasing lever

FIG. 6: Trigger in technical form.

• • A-A Cross-section
  • (5) Trigger

FIG. 7: Catch spring, trigger spring in technical form.

• • (6) Catch spring
  • (7) Trigger spring

FIG. 8: Coupling screw in technical form.

• • A-A Cross-section
  • (8) Coupling screw

FIG. 9: Safety tail coupling pin in technical form.

• • (9) Safety tail coupling pin

FIG. 10: Spring guide in technical form.

• • A Section
  • A-A Cross-section
  • (10) Spring guide

FIG. 11: Safety sheet in technical form.

• • (11) Safety sheet

FIG. 12: Safety tail, safety part in technical form.

• • (12) Safety tail
  • (13) Safety part

FIG. 13: Manuel safety sheet in technical form.

• • (14) Manuel safety sheet

FIG. 14: Safety spring, safety part spring in technical form.

• • (15) Safety spring
  • (16) Safety part spring

FIG. 15: Case bush, trigger calibration bolt, catch calibration bolt in technical form.

• • (17) Case Bush
  • (18) Trigger Calibration Bolt
  • (19) Catch Calibration Bolt

DETAILED DESCRIPTION OF THE INVENTION

The trigger group according to the invention is formed by an integrity of 18 different parts. The operation of trigger group is ensured by engaging and disengaging of the catches attached to the trigger group case (1) shown in 1 by the means of pins.

By the means of a cocking lever of the piston, the radius provided in front of the catch (2) and formed in accordance with the push and slide movement, pushes the surface and applies a rotating movement to the catch (1). During this rotation movement, the catch (1) is caught by the catch bearing formed on piston. The upper part of catch (1) caught by piston is caught by the catch holder (3) and thereby the catch (1) is not allowed to rotate which leads to prevention of piston from releasing.

While the cocking lever pushes the piston, it also pushes the safety sheet (11) provided on the trigger group, this in return brings the safety part (13) mounted on the safety sheet (11) under the stop on top of the trigger (5) and thereby accidental fall of trigger (5) by pressing on trigger (5) is prevented.

The safety tail (112) clinched on the safety sheet (11) is attached to the spring guide (10) by the means of a safety tail coupling bolt (9). Spring guide both guides to the execution spring, prevents bending of execution spring and also supports and acts as a bed of the safety tail (12).

With the cocking lever pushing the safety sheet (11), head part of safety tail (12) is elevated (since this part is made of plastic with an uneven surface, slip of a finger is prevented). Thereby the gun is secured. Trigger safety is formed so as to ensure that it will not be damaged in case it is attempted to re-cock the gun while the trigger is pressed.

Safety part (13) is attached to the safety sheet (11) by a safety part spring (16). If the gun is re-cocked while the trigger (5) is kept pressed, the safety part (13) leans on the side part of the stop provided on top of the trigger (5). When the trigger (5) is released, the safety part (13) gets free of the stop on the trigger (5). Thanks to the safety part spring (16), safety part (13) returns to its normal position. Thereby, neither the trigger nor the safety part is damaged.

The safety spring (15) attached on the trigger case fits into the channels provided on the safety sheet (11) and thus fixes the positions of safety sheet.

When the safety tail (12) is pressed down from its upward position, safety returns to its previous position and safety part (12) is released from the stop provided on the trigger (5).

Another safety system used is the manual safety system (FIG. 3). In this system, a safety sheet is replaced by a manual safety sheet (14). This part does not get effected by any gun cocking action. Cocking lever can not push the sheet because the manual safety sheet is short. Thereby the gun is not secured during cocking. It can be turned on and off manually, as the one wishes.

When the trigger (5) is pressed, trigger (5) leans on the catch releasing lever (4). Since the pin hole of catch releasing lever (4) is formed in a close vicinity of the trigger spring (7), the force applied to the lever is same at any distance. Catch releasing lever (4) presses (downwards) the trigger by the means of the trigger spring (7). As a result of the pressure applied to trigger, catch releasing lever (4) leans on the catch holder (3). Meanwhile a support gap is created. This support gap is formed so as to ensure that it can be adjusted via a trigger calibration bolt (18) provided on the trigger (5).

If the trigger calibration bolt (18) provided on the trigger (5) is fully tightened, the support gap is eliminated. Catch releasing lever (4) leans on the catch holder (3). It is possible to fall the trigger even when trigger calibration bolt (18) is unscrewed, thanks to the special form provided on trigger (5).

The trigger spring (6) located between the catch holder (3) and catch (2) makes these two catches a rotation movement in opposite directions. This spring is kept fixed by the means of a recess provided on the catches. When the catch releasing lever (4) presses the catch holder (3) by pressing on the trigger (5), it applies a force in order to release from the catch (2). There is a holding distance in which catch (2) and catch holding lever (3) hold each other.

Holding distance is provided so as to ensure that it can be adjusted via a catch calibration bolt (19) provided on the catch holder (2). Thereby, it is possible to adjust the load required until the trigger falls. The head of catch calibration bolt (19) has an uneven surface. Thereby, undesired slackening of catch calibration bolt (19) is prevented.

Such uneven surface of bolt head contacts with the inner wall of trigger case (1) and acts as a ratchet. In order to prevent an excess holding distance by unloosening the catch calibration bolt (19) too much, a case bush (17) is provided on top of the catch holder (2). Thereby, both excess elevation of catch holder (3) and in return falling of trigger device due to excess load is prevented and also the friction between catches and trigger case (1) upon undesired closure of case.

When trigger is pressed until the holding distance between catcher (2) and catcher holder (3) is fully covered, catch (2) rotates upon action of catch spring (6). This movement releases piston from catch. With release of piston from catch, the mechanism completes its task. With the air gun trigger group according to present invention that can be mounted separately on air sniper guns, time loss in manufacture is eliminated, production costs are decreased and also production process is easier because assembly with gun is ensured in most convenient way.

Claims

1. An air gun trigger group in air sniper guns mountable separately, the base and load applied to the trigger during fall of trigger being adjustable, having a safety device and mounted to the gun afterwards, said air gun trigger group comprising: a trigger group case, catch, catch holder, catch releasing lever, trigger, catch spring, trigger spring, coupling screw, safety tail coupling pin, spring guide, safety sheet, safety tail, safety part, manual safety sheet, safety spring, safety part spring, case bush, trigger calibration bolt and a catch calibration bolt.

2. The trigger group according to claim 1, wherein said trigger group case further comprises pins engaging and disengaging catches attached to said trigger group case.

3. An air gun trigger group according to claim 1, wherein a radius, provided in front of the catch, by the cocking lever of said piston, and formed in accordance with push and slide movement, is in a pushing relationship to the surface and rotatably movable with the catch, the catch during rotation movement being caught by the catch bearing formed on the piston, upper part of the catch being caught by piston is caught by the catch holder and thereby the catch is not allowed to rotate which prevents the piston from releasing.

4. An air gun trigger group according to claim 1, wherein said cocking lever is in a pushing relationship to the piston and the safety sheet, said safety part being mounted on the safety sheet under the stop on top of the trigger such that accidental fall of trigger by pressing on trigger is prevented.

5. An air gun trigger group according to claim 1, wherein the safety tail clinched on the safety sheet is attached to the spring guide by a safety tail coupling bolt, said spring guide both guides to the execution spring, prevents bending of execution spring and also supports and acts as a bed of safety tail.

6. An air gun trigger group according to claim 1, wherein with the cocking lever pushing the safety sheet, head part of safety tail is elevated, said head part being comprised of plastic with an uneven surface for preventing slip of a finger, said trigger safety being formed so as to ensure that it will not be damaged in case it is attempted to re-cock the gun while the trigger is pressed.

7. An air gun trigger group according to claim 1, wherein said safety part is attached to the safety sheet by a safety part spring wherein if re-cocked while the trigger is kept pressed, the safety part leans on the side part of the stop provided on top of the trigger; wherein, when the trigger is released, the safety part gets free of the stop on the trigger; and wherein the safety part spring and safety part returns to normal position.

8. An air gun trigger group according to claim 1, wherein the safety spring attached on the trigger case fits into the channels provided on the safety sheet and thus fixes the positions of safety sheet.

9. An air gun trigger group according to claim 1, wherein when the safety tail is pressed down from its upward position, safety returns to its previous position and safety part is released from the stop provided on the trigger.

10. An air gun trigger group according to claim 1, wherein another safety system is manual, wherein said safety sheet is replaced by a manual safety sheet, not effected by any gun cocking action; wherein the cocking lever can not push the sheet because manual safety sheet is short so that the gun is not secured during cocking, being turned on and off manually.

11. An air gun trigger group according to claim 1, wherein when the trigger is pressed, trigger leans on the catch releasing lever, the pin hole of catch releasing lever being formed in a close vicinity of the trigger spring, the force applied to the lever being same at any distance; wherein said catch releasing lever presses downwards on the trigger by the trigger spring; wherein said catch releasing lever leans on the catch holder a support gap is created; and wherein said support gap is formed so as to ensure that it can be adjusted via a trigger calibration bolt provided on the trigger.

12. An air gun trigger group according to claim 1, wherein if the trigger, calibration bolt provide on the trigger is fully tightened, the support gap is eliminated, said catch releasing lever leaning on the catch holder and the trigger falls even when trigger calibration bolt is unscrewed, thanks to the special form provided on trigger.

13. An air gun trigger group according to claim 1, wherein the trigger spring located between the catch holder and catch makes these two catches a rotation movement in opposite directions, the spring being kept fixed by a recess provided on the catches the catch releasing lever pressing the catch holder by pressing on the trigger and applying a force in order to release from the catch, a holding distance having a catch and catch holding lever holding each other.

14. An air gun trigger group according to claim 1, wherein holding distance is provided so as to ensure that it can be adjusted via a catch calibration bolt provided on the catch holder, the load required being adjustable until the trigger falls, the head of catch calibration bolt having an uneven surface and preventing an undesired slackening of catch calibration bolt

15. An air gun trigger group according to claim 1, wherein such uneven surface of bolt head contacts with the inner wall of trigger case and acts a ratchet; wherein in order to prevent an excess holding distance by unloosening the catch calibration bolt too much, a case bush is provided on top of the catch holder, both excess elevation of catch holder and in return falling of trigger device due to excess load being prevented and also the friction between catches and trigger case upon undesired closure of case.

16. Invention according to claim 1, wherein said trigger is pressed until the holding distance between catcher and catcher holder is fully covered, catch rotates upon action of catch spring, said movement releasing the piston from catch.