TWM638588U - Trigger anti-aircraft device - Google Patents

Abstract

This invention creates a trigger anti-aircraft device, which includes: a trigger seat, an arrow making seat, a wire catcher, a connecting rod trigger, a safety switch and a brake part, and an arrow groove is extended from the middle of the front end of the trigger seat Road, the trigger base is provided with a safety switch chute on the rear side of the arrow channel, the arrow base is pivotally arranged in the trigger base near the front end, the arrow base is provided with a top and a stopper, the arrow base The wire catcher is pivotally set in the trigger base, located at the rear side of the arrow-making base, the link trigger is pivotally set in the trigger base near the bottom, and the safety switch is installed in the safety switch chute so that it can slide back and forth , the brake part is installed in the trigger base, connected with the safety switch, and can move forward and backward with the safety switch, so that when the upper string is not on the arrow body, the brake part is held by the stopper of the arrow control seat Blocking, limiting the safety switch can not slide to the open position, to achieve the purpose of anti-aircraft.

Description

Trigger anti-aircraft device

This creation is about a trigger device, especially a crossbow trigger anti-aircraft device.

Press, the crossbow is mainly composed of a bow body and a bow arm. There is a handle at the rear end of the bow, and a firing device is provided on the front side of the handle. The firing device includes: a trigger seat, a safety piece, a wire catcher and A trigger, the firing device is equipped with a sight, the bow arm is curved, installed near the front end of the bow body, crosses with the bow body to form a cross shape, and a bowstring is combined between the two ends of the bow arm; when in use, the bowstring is backward Pull to make the bowstring tense and fasten with the firing device, then put an arrow body on the bow body and stick to the stretched bowstring, aim at the target through the scope, pull the trigger of the firing device, and make the bowstring Breaking away from the firing device, the arrow body is pushed out by the bowstring.

However, although the firing device of the existing crossbow can provide the effect of firing the arrow body, the firing device can be placed in a closed safety state that cannot be pressed by pushing the safety member, so as to avoid accidental shooting of the arrow due to accidentally touching the trigger. However, in the existing crossbow, when the bow string is stretched and hooked on the thread catcher, if the user accidentally touches the trigger when the bow and arrow are not placed in the firing device, the bow string will be connected to the trigger. The thread hook is separated and ejected forward, resulting in an empty shot, resulting in that the energy of the bow cannot be converted into the speed of the arrow body, and can only be borne by the crossbow itself, so that the arms and strings of the crossbow may not be able to withstand the energy. Not only will the service life of the crossbow be shortened, but the suddenly broken bow arm and bow string will easily cause safety hazards to the user or the surrounding personnel.

Therefore, there is a conventional trigger anti-aircraft device shown in the tenth figure to the fourteenth figure (such as the No. I656318 invention patent of China's announcement), which is installed in a percussion device, including: a shell seat 91, which It has a first end 911, a second end 912 and a bottom end 913 between the first end 911 and the second end 912. An assembly chamber 914 is formed in the shell seat 91, and the first end 911 is concave A sectional groove 915 is provided and communicates with the assembly chamber 914. In addition, two long groove holes 916 are arranged horizontally on the side of the shell base 91 to correspond to each other and communicate with the assembly chamber 914. The bottom end 913 is provided with an opening 9131 to communicate with the assembly chamber 914; Group 92, it is installed in the assembly chamber 914, and this percussion group 92 comprises a catch 921, a percussion part 922, a safety slider 923, a connecting piece 924, an elastic member 925 and a positioning block 926, the The trigger piece 921 is pivotally assembled in the assembly chamber 914 and protrudes from the opening 9131 with one end. The firing piece 922 is pivotally arranged in the assembly chamber 914 and is close to the slot 915. After pivoting in the assembly chamber 914, the firing piece 922 and One end of the catch piece 921 is stuck against each other. When the firing piece 922 is not pivoted, it is arranged at a distance from the catch piece 921. The safety slider 923 is arranged in the assembly chamber 914 and corresponds to each long groove 916. The safety slider 923 Corresponding to the two long groove holes 916, two sliding rods 9231 protrude, and each sliding rod 9231 passes through the corresponding long groove hole 916 respectively; The movement pushes against the displacement of the connecting piece 924. In addition, one end of the connecting piece 924 corresponding to the second end 912 is provided with a perforation 9241, and in the assembly chamber 914, a shaft 9141 is provided adjacent to the connecting piece 924 with a perforation 9241. One end, the two ends of the elastic member 925 are respectively sleeved on the shaft rod 9141 and the perforation 9241; and the positioning block 926 is pivotally arranged in the assembly chamber 914 and is located on one side of the slit 915, and the connecting piece 924 faces the positioning block 926 After the position is moved, the pivot of the positioning block 926 is restricted, and when the positioning block 926 is released from the restriction of the connecting piece 924, it pivots and protrudes from the cutaway groove 915; the safety slider 923 moves toward the first end 911 and pushes against the connection The displacement of the piece 924, the displacement of the connecting piece 924 pulls the elastic storage force of the elastic member 925 at the same time, and the connecting piece 924 also restricts the pivoting of the positioning block 926 to form a firing mode; wherein, when the firing device is in the firing mode To replace the crossbow, it is necessary to switch the safety slider 923 again to move toward the second end 912, and the connecting piece 924 is pulled by the elastic force of the elastic member 925 after the restriction of the safety slider 923 is released and moves toward the second end. Sliding in the direction of the end 912, the connecting piece 924 is released to restrict the pivoting of the positioning block 926, and the positioning block 926 pivots in the direction of the cut-away groove 915 to prevent injury caused by the ejection of the empty-string firing.

However, in this conventional trigger anti-aircraft device, although its positioning block 926 can be pivoted through the elastic force of the return spring, a part of the positioning block 926 protrudes from the cutaway groove 915, so as to limit and stop the bowstring 93, avoiding The bowstring 93 bounces to the hand of the user, or the bowstring 93 bounces against the bow and arrow during the process of pulling out the bow and arrow, thereby causing the danger of shooting. However, it utilizes the sliding rod 9231 to push against the displacement of the connecting piece 924, and cooperates with the elastic force of the elastic member 925 to pull the connecting piece 924. The overall structure is complicated, the assembly is inconvenient, and the manufacturing cost is high.

In view of the above-mentioned shortcomings of the conventional trigger anti-aircraft device, the author of this creation is based on his thoughts and creative ideas. After many discussions, sample tests, and many revisions and improvements, he launched this creation.

This invention provides a trigger anti-aircraft device, including: a trigger base, which has a front end and a rear end, and an arrow channel is extended from the middle of the front end of the trigger base. There is a safety switch chute, at least one of the two sides of the safety switch chute is provided with a limit slot, and a linkage piece that can slide up and down is installed in the trigger base on the rear side of the safety switch chute; Located in the trigger seat close to the front end, the arrow making seat is provided with a top and a stop part in one direction, and a limiting part and a first pivot part in the opposite direction. The arrow making seat uses the first pivot to The knot part is pivotally connected with the trigger seat, and an arrow seat spring is arranged between the arrow seat and the trigger seat, so that the arrow seat is bounced by the spring of the arrow seat, so that the bearing top of the arrow seat protrudes normally In the arrow chute, and limited by the limiting part; a wire catcher, pivotally installed in the trigger seat, is located on the rear side of the arrow making seat, and one end of the wire catcher is provided with a hooking part, The other end is provided with a clamping part, and a second pivot joint is provided between the hooking part and the clamping part, and the wire hook is pivotally connected to the trigger base by the second pivot joint, and the wire hook is connected to the trigger base. There is a wire catcher spring between the trigger seats, so that the thread catcher is bounced by the spring of the thread catcher, and the thread hook part of the thread catcher keeps away from the arrow groove under normal conditions; a connecting rod trigger is pivoted on the Near the bottom of the trigger base, one end of the link trigger is provided with a hook part, and the other end is provided with a linkage part. part, the connecting rod trigger is pivotally connected to the trigger seat by the third pivot joint part, and the connecting rod trigger remains in the unfired state under normal conditions; a safety switch is installed in the safety switch chute in a forward and backward sliding manner, the At least one side of the two sides of the safety switch is extended with a slide bar, and the slide bar is passed through the limit slot hole of the trigger seat, so as to limit the switching action of the safety switch between an open position and a closed position; and a brake One end of the brake part is connected with the safety switch, and the other end is provided with a blocking part, which can move forward and backward with the switch of the safety switch. When the stop part of the brake part When blocked by the stop part of the arrow-making seat, the safety switch cannot be slid to the open position, so as to achieve the purpose of preventing air strikes. When the top of the arrow-making seat is pressed upwards, the arrow-making seat can be driven The seat pivots so that the blocking portion of the arrow-making seat is staggered from the blocked portion of the braking member, and the restriction of the braking member by the blocking portion of the arrow-making seat is released, so that the safety switch can be slid to the open position.

The main purpose of creating the trigger air-defense device is that it can prevent the trigger from being air-fired, improve the safety of use, and has a simple overall structure, easy assembly, low manufacturing cost, and convenient maintenance.

The drawings of the preferred embodiments of this creation are further described below, in order to enable those familiar with the related technologies of this creation to implement it according to the statements in this manual.

First of all, please refer to the first picture to the fifth picture, which is the trigger anti-aircraft device created by this invention, including: a trigger seat 10, an arrow making seat 20, a wire catcher 30, a connecting rod trigger 40, and a safety The switch 50 and a braking member 60 .

The trigger base 10 is composed of a first cover 10A and a second cover 10B. The trigger base 10 has a front end 10C and a rear end 10D. The middle of the front end 10C extends backward with an arrow groove. 11. The trigger base 10 is provided with a safety switch chute 12 on the rear side of the arrow slot 11, and the two sides of the safety switch chute 12 are provided with two relative limit slots 121. The trigger base 10 is located in the A linkage piece 13 that can slide up and down is installed on the back side of the safety switch chute 12 , and the linkage piece 13 is provided with a linkage groove 131 .

The arrow making base 20 is pivotally arranged in the trigger base 10 near the front end. The arrow making base 20 is provided with a bearing top 21 and a stopper 22 in one direction. The stopper 22 is arranged above the bearing top 21 and opposite direction is provided with a limiting portion 23 and a first pivotal portion 24 (the first pivotal portion 24 in this embodiment is a pivotal hole), and the arrow making base 20 utilizes the first pivotal portion 24 and the trigger base 10 Pivot, so that the arrow-making seat 20 can pivot through the first pivot joint 24 as the axis, and an arrow-making seat spring 25 is arranged between the arrow-making seat 20 and the trigger seat 10, and the arrow-making seat 20 is supported by The arrow-holding spring 25 bounces back, so that the top 21 of the arrow-holding 20 protrudes from the arrow-setting channel 11 under normal conditions, and is limited by the limiting portion 23 .

The thread catcher 30 is pivotally installed in the trigger seat 10 and is located at the rear side of the arrow making seat 20. One end of the thread catcher 30 is provided with a thread hook portion 31, and the other end is provided with a locking portion 32. The thread hook portion 31 A second pivot portion 33 is provided between the engaging portion 32 (the second pivot portion 33 is a pivot hole in this embodiment), and the thread catcher 30 utilizes the second pivot portion 33 and the trigger base 10 A pivotal connection, a hook spring 34 is provided between the hook 30 and the trigger seat 10, so that the hook 30 is bounced by the spring 34 of the hook, and the hook portion 31 of the hook 30 is normally Keeping away from the arrow slot 11 , the engaging portion 32 extends to the bottom of the arrow slot 11 , and the rear side of the thread catcher 30 is provided with a dodging hole 35 that gradually expands forward.

The connecting rod trigger 40 is pivotally arranged in the trigger base 10 near the bottom, and one end of the connecting rod trigger 40 is provided with a hook portion 41, and the other end is provided with a linkage portion 42, and the linkage trigger 40 is connected with the linkage portion 42. The linkage groove 131 of the linkage member 13 is engaged and interlocked, and a third pivot joint 43 is provided between the hook portion 41 and the linkage portion 42 (the third pivot joint 43 in this embodiment is a pivot hole). The rod trigger 40 is pivotally connected to the trigger base 10 by the third pivot joint 43, and a linkage trigger spring 44 is arranged between the linkage trigger 40 and the trigger base 10, so that the linkage trigger 40 is supported by the linkage trigger spring. 44 springs back, and under normal conditions, the link trigger 40 remains in the unfired state. When the link trigger 40 is pressed and fired, the link trigger 40 drives the linkage member 13 to move upward.

The safety switch 50 is installed in the safety switch chute 12 so as to be slidable forward and backward. Two opposite sliding rods 51 are extended on both sides of the safety switch 50 . The bit slot 121 is used to limit the safety switch 50 to switch between an open position 50A (as shown in the eighth figure and the ninth figure) and a closed position 50B (as shown in the seventh figure), the safety switch 50 A first positioning groove 52 and a second positioning groove 53 are provided on the top. The first positioning groove 52 and the second positioning groove 53 are used for a positioning group 54 to bounce against and locate. The positioning group 54 is formed by a positioning spring 541 at the end Combined with a steel ball 542, the position of the first positioning groove 52 for the positioning group 54 to be bounced against and positioned is just the opening position 50A of the safety switch 50, and the position of the second positioning groove 53 for the positioning group 54 to be bounced against and positioned is exactly It is the closed position 50B of the safety switch 50. When the safety switch 50 is in the closed position 50B, the linkage 13 is blocked by the safety switch 50, so that the linkage 13 cannot slide upwards, that is, the link trigger 40 cannot Withholding and triggering, the safety switch 50 is provided with an insertion portion 55 and a positioning portion 56 toward one end of the wire catcher 30 , and the insertion portion 55 is inserted into the avoidance hole 35 of the wire catcher 30 .

The braking member 60 is an inverted L-shaped sheet body, which can be slidably installed in the trigger base 10. One end of the braking member 60 is provided with a connecting portion 61, and the other end is provided with a blocked portion 62. The connecting portion 61 is a The slot is missing, the connecting portion 61 is engaged with the sliding rod 51 extending from one side of the safety switch 50 , so that the braking member 60 moves back and forth when the safety switch 50 is switched.

When performing an archery action, as shown in the sixth and seventh figures, first pull the string A1 backwards to perform the stringing action, so that the string A1 is hooked on the hook part 31 of the hook 30 in a tight state , the engaging portion 32 of the thread catcher 30 is engaged by the hooking portion 41 of the connecting rod trigger 40, and at this time it is on the upper string line A1 In the state where the arrow body is not on, the blocking part 22 of the arrow making base 20 blocks the blocked part 62 of the brake part 60, and the safety switch 50 cannot be switched from the closed position 50B to the open position by the brake part 60 50A,

Then limit the pivoting of the connecting rod trigger 40 to achieve the purpose of air defense.

And put the arrow body A2 in the arrow slot 11, as shown in the eighth figure, when the arrow body A2 is positioned at the position ready to launch, the top 21 of the arrow making seat 20 is pushed up by the arrow body A2, Drive the arrow control seat 20 to pivot, and the stopper 22 of the arrow control seat 20 no longer blocks the blocked part 62 of the brake member 60, then the safety switch 50 can be switched from the closed position 50B to the open position 50A, so that the linkage 13 is no longer blocked by the safety switch 50, but can slide upwards. When the link trigger 40 is pressed and fired, as shown in Figure 9, the link trigger 40 drives the linkage 13 to move upward, and the linkage trigger 40 moves upward. The hook part 41 of the rod trigger 40 is disengaged from the engaging part 32 of the thread catcher 30, and the thread catcher 30 is bounced by the thread catcher spring 34, and the thread hook part 31 of the thread catcher 30 is separated from the arrow slot 11, the taut string A1 is separated from the hook portion 31 of the hook 30, and the arrow body A2 is pushed forward by the string A1 to shoot out.

By the structure of above-mentioned specific embodiment, can obtain following benefit:

The invention of the trigger anti-empty device is that it can prevent the trigger from firing in the air, avoid the bow arm and bow string from being broken due to the impact of the air firing, and the suddenly broken bow arm and bow string will cause safety hazards to the user or the surrounding personnel. Hazards, use safety is improved, and the overall structure is simple, easy to assemble, low manufacturing cost, and convenient maintenance.

[this creation]

10: Trigger seat

10A: the first cover

10B: Second cover

10C: front end

10D: Backend

11: Arrow channel

12: Safety switch chute

121: limit slot

13: Linkage

131: Linkage groove

20:Arrow stand

21: Bearing the top

22: stop part

23: limit part

24: The first hinge joint

25:Arrow seat spring

30: Hooker

31: Hook line department

32: Card arrival department

33: The second hinge joint

34: hook spring

35: dodge hole

40: Connecting rod trigger

41: hook part

42: Linkage Department

43: The third joint

44: Connecting rod trigger spring

50: safety switch

50A: open position

50B: closed position

51: Slider

52: The first positioning slot

53: The second positioning slot

54: Positioning group

541: positioning spring

542: steel ball

55: Insertion part

56: Positioning Department

60: brake parts

61: Connecting part

62: Blocked part

A1: string

A2: Rocket body

[knowledge]

91: shell seat

911: first end

912: second end

913: Bottom

9131: opening

914: assembly room

9141: shaft

915: Grooving

916: long trench hole

92: firing group

921: Detent

922: firing piece

923: Insurance slider

9231: Slider

924: link piece

9241: perforation

925: Elastic parts

926: positioning block

93: bowstring

The first picture is a three-dimensional view of the trigger air defense device of this creation. The second picture is a three-dimensional exploded view of the trigger anti-aircraft device of this creation. The third picture is another three-dimensional exploded view of the trigger anti-aircraft device of this creation. The fourth picture is a three-dimensional picture of the thread hooker created in this book. The fifth figure is the plane schematic diagram of the trigger anti-aircraft launch device of this creation. The sixth picture is a schematic diagram of the movement of the winding line in this creation. The seventh picture is a schematic diagram of this creation where the upper string is not on the arrow body and the safety switch cannot be opened. The eighth picture is a schematic diagram of the creation of the arrow body on the string and the safety switch turned on. The ninth picture is a schematic diagram of the firing action of this creation. The tenth figure is a three-dimensional view of a known trigger air defense device. The eleventh figure is a three-dimensional exploded view of a known trigger anti-aircraft device. The twelfth figure is a schematic plan view of a known trigger air defense device. The thirteenth figure is a schematic diagram of the conventional bowstring fixed on the firing part, pushing against the connecting piece to displace to the second end and pushing the safety slider to limit the pivoting of the catch part. Fig. 14 is a schematic diagram of the action of the conventional bowstring being accidentally detached from the firing part and restricted against the protruding part of the positioning block.

10: Trigger seat

10A: the first cover

10D: Backend

11: Arrow channel

12: Safety switch chute

121: limit slot

13: Linkage

131: Linkage groove

20:Arrow stand

21: Bearing the top

22: stop part

23: limit part

24: The first hinge joint

25:Arrow seat spring

30: Hooker

31: Hook line department

32: Card arrival department

33: The second hinge joint

34: hook spring

35: dodge hole

40: Connecting rod trigger

41: hook part

42: Linkage department

43: The third joint

44: Connecting rod trigger spring

50: safety switch

51: Slider

52: The first positioning slot

53: The second positioning slot

54: Positioning group

541: positioning spring

542: steel ball

55: Insertion part

56: Positioning Department

60: brake parts

61: Connecting part

62: Blocked part

Claims (10)

A trigger anti-air launch device, comprising: A trigger base has a front end and a rear end. An arrow channel is extended from the middle of the front end of the trigger base. A safety switch chute is provided on the rear side of the arrow slot in the trigger base. The safety switch chute At least one of the two sides is provided with a limit slot; An arrow-making seat, which is pivotally arranged in the trigger seat near the front end, the arrow-making seat is provided with a support top and a stop part in one direction, and a limiting part and a first pivot joint are provided in the opposite direction, the arrow-making seat The base is pivotally connected with the trigger base by the first pivot joint, and an arrow base spring is arranged between the arrow base and the trigger base, so that the arrow base is bounced by the spring of the arrow base, so that the arrow base Under the normal state, the bearing top protrudes from the arrow slot, and is limited by the limiting part; A thread catcher, pivotally installed in the trigger seat, located at the rear side of the arrow making seat, one end of the thread catcher is provided with a thread hook part, and the other end is provided with a catch part, the thread catch part and the catch part A second pivot joint is provided, and the thread catcher is pivotally connected with the trigger base by means of the second pivot joint, and a thread catcher spring is provided between the thread catcher and the trigger seat, so that the thread catcher is supported by the hook thread The spring of the device springs back, and under normal conditions, the hooking part of the thread hooker remains out of the arrow slot; A connecting rod trigger is pivotally arranged near the bottom of the trigger seat. A hook portion is provided at one end of the connecting rod trigger, and a third pivot joint is provided on the connecting rod trigger. The connecting rod trigger utilizes the third pivot joint to The part is pivotally connected with the trigger base, and the trigger of the connecting rod remains unfired under normal conditions; A safety switch, which can be slidably installed in the safety switch chute, at least one of the two sides of the safety switch is extended with a slide bar, and the slide bar is passed through the limit slot hole of the trigger base, so as to limit The safety switch switches between an open position and a closed position; and a braking member, which is slidably installed in the trigger seat, one end of the braking member is connected with the safety switch, and the other end is provided with a blocked portion , and can be shifted back and forth with the safety switch switch, when the blocking part of the brake part is blocked by the stop part of the arrow control seat, it can limit the safety switch from being able to slide to the open position, so as to achieve the purpose of air defense. When the top of the arrow-making seat is pushed upward, it can drive the arrow-making seat to pivot, so that the stop part of the arrow-making seat and the blocked part of the brake part are staggered, and the stop of the arrow-making seat is released Without restricting the brake, the safety switch can be slid to the open position. The trigger anti-aircraft device as described in claim 1, wherein, a linkage part that can slide up and down is installed in the trigger seat on the rear side of the safety switch chute, and a linkage part is provided at the other end of the linkage trigger, and the linkage part Engage with the linking piece. The trigger anti-aircraft device as described in claim 1, wherein the braking member is an inverted L-shaped sheet. The trigger anti-aircraft device according to claim 1, wherein the trigger seat is composed of a first cover and a second cover. The trigger anti-aircraft device as described in claim 2, wherein the linkage part is provided with a linkage groove, and the linkage trigger is engaged and interlocked with the linkage groove by the linkage part. The trigger anti-aircraft device as described in claim 1, wherein a link trigger spring is provided between the link trigger and the trigger seat, the link trigger is bounced by the link trigger spring, and the link trigger remains unfired under normal conditions state. The trigger anti-aircraft device as described in claim 1, wherein the rear side of the thread catcher is provided with a dodging hole that gradually expands forward, and the safety switch is provided with an insertion part and a positioning part toward the end of the thread catcher, The insertion part is inserted into the dodging hole of the hooker. The trigger anti-aircraft device as described in claim 1, wherein the safety switch is provided with a first positioning groove and a second positioning groove, and the first positioning groove and the second positioning groove are used for a positioning group bullet to resist the positioning , the positioning group is composed of a positioning spring end combined with a steel ball, the position of the first positioning groove for the positioning group to spring against the position is just the opening position of the safety switch, and the second positioning groove is for the positioning group to spring against the position The position is exactly the closed position of the safety switch. The trigger anti-aircraft device as described in claim 2, wherein when the safety switch is in the closed position, the linkage is blocked by the safety switch, preventing the linkage from sliding upwards, that is, the linkage trigger cannot be pressed to fire. The trigger anti-aircraft device according to claim 1, wherein one end of the braking member is provided with a connecting portion, the connecting portion is a slot, and the connecting portion is engaged and connected with a sliding rod extending from one side of the safety switch.

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