CN201032442Y

CN201032442Y - Linkage mechanism of air rifle

Info

Publication number: CN201032442Y
Application number: CNU2007200933108U
Authority: CN
Inventors: 王玉琼
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-12
Filing date: 2007-02-12
Publication date: 2008-03-05
Anticipated expiration: 2017-02-12

Abstract

The utility model relates to a linkage structure of an air gun, pertaining to the mechanical field. The utility model comprises a hammer release device, a plunger shutter, a left hammer shutter, a right hammer shutter, a hammer linkage sheet and a trigger link lever. One end of the hammer release device is provided with a compression block, and a shaft through hole of the other end of the hammer release device is corresponded to an upper shaft through hole of a trigger hammering seat. One end of the plunger shutter is provided with a shaft through hole, which extends to the other end and becomes a compression body. One end of the left hammer shutter is provided with a shaft hole, which extends to the other end and is provided with a shaft rod; one end of the right hammer shutter is provided with a shaft hole that extends to the other end, and the side edge of the other end is provided with a shaft rod. One end of the hammer linkage sheet is provided with a hole, and the other end is provided with a shaft hole, and one end of the trigger link lever is provided with a fixing block. The utility model has the advantages that: the gun can realize different shooting functions, and the plunger shutter can be employed to achieve the shooting reliability of a more reliable air gun, so the utility model can save replacement cost and enhance the entertainment nature of the gun and practicability.

Description

The interlinked mechanism of air gun

Technical field

The utility model relates to mechanical, particularly a kind of interlinked mechanism of air gun.

Background technology

As everyone knows, general air gun commonly used, be provided with the function of single-shot and insurance, wherein the shooting function of single-shot promptly is fixed as the air gun of single shot function by the shutter control of a hammer left side, can't reach the function of running fire, as when desiring to reach air gun burst-firing function, then must purchase air gun in addition, to reach the effect of amusement with running fire function, the waste purchase cost need be improved.

The utility model content

The purpose of this utility model is to provide a kind of interlinked mechanism of air gun, has solved air gun commonly used and has only limited the single-shot function, needs when reaching multiple shooting function as need to buy problems such as cost of idleness separately.

The technical solution of the utility model is: include the hammer release, the one end is provided with compression block, and groove action at trigger hammer seat, it is corresponding mutually to wear axis hole wearing of the other end on axis hole and the trigger hammer seat, wearing axis hole, to extend to an end be push rod, and move mutually with the axostylus axostyle of hammer left side shutter;

The striker shutter at one end is provided with and wears axis hole, corresponds to the axis hole of wearing of hammer release, and extending the other end again is the pressurized body, and wherein the pressurized body is in the bank ditch portion action of trigger hammer seat;

Hammer left side shutter, the one end is provided with axis hole, and this axis hole corresponds to the axis hole of wearing of striker shutter, and it extends to an end and is provided with axostylus axostyle, and is the face of contacting at opposite side, and this first spring portion that touches face and hammer seat shell fragment contacts mutually;

The right shutter of hammer, the one end is provided with axis hole, and corresponding with the major axis hole of striker connecting rod, and the lateral margin that axis hole extends to an end is an axostylus axostyle, and this axostylus axostyle is sleeved in the cover axis hole of hammer double-action plate and can does reciprocal action;

The hammer double-action plate at one end is provided with hole, and is corresponding with the right shutter of hammer, is provided with the cover axis hole at the other end, and this cover axis hole extends to lateral margin and is provided with compression part, and this compression part drives mutually with the groove that colludes of the right sheet of insurance;

Trigger bar, the one end is provided with fixture block, and first contact-making surface and second contact-making surface of this fixture block and hammer double-action plate drive mutually;

It insures the rotation of left sheet, can make its function that reaches different shootings by the shooting controlling organization, to increase user's entertainment effect; Just can reach the fire effect of insurance, single-shot and running fire by the rotation of the left sheet of insurance;

Wherein, an end of striker connecting rod and striker continous action base, striker be fit mutually, and when pulloff, hammer just clashes into the face of answering back to of striker connecting rod;

Be provided with the shooting controlling organization in trigger hammer seat, this shooting controlling organization is trigger bar, hammer double-action plate, the right shutter of hammer, hammer left side shutter, hammer release, striker connecting rod and striker shutter, and drives mutually.

Advantage of the present utility model is: by the turn of the left sheet of insurance, just can make it reach the function of different shootings by the shooting controlling organization; When the air gun running fire, just can reach the stability of more stable air gun shooting by the striker shutter; Save replacement cost, increase use recreational, practical.

Description of drawings:

Fig. 1 is a schematic perspective view of the present utility model;

Fig. 2 is a perspective exploded view of the present utility model;

Fig. 3 is one of embodiment schematic diagram of the present utility model;

Fig. 4 is two of an embodiment schematic diagram of the present utility model;

Fig. 5 is three of an embodiment schematic diagram of the present utility model;

Fig. 6 is four of an embodiment schematic diagram of the present utility model;

Fig. 7 is five of an embodiment schematic diagram of the present utility model;

Fig. 8 is six of an embodiment schematic diagram of the present utility model;

Fig. 9 is seven of an embodiment schematic diagram of the present utility model;

Figure 10 is eight of an embodiment schematic diagram of the present utility model;

Figure 11 is nine of an embodiment schematic diagram of the present utility model;

Figure 12 is ten of an embodiment schematic diagram of the present utility model;

Figure 13 is 11 of an embodiment schematic diagram of the present utility model;

Figure 14 is 12 of an embodiment schematic diagram of the present utility model.

The specific embodiment:

To shown in the accompanying drawing 3, the interlinked mechanism A of the utility model air gun is by rifle body A1, sliding sleeve A2, handle A3, trigger A4, hammer B and insure left sheet E and formed as accompanying drawing 1; Wherein, rifle body A1 one end is provided with handle A3, be to supply with the user to grip part, and extend on the rifle body A1 and be equiped with sliding sleeve A2, this sliding sleeve A2 is reached the action that reciprocatingly slides, the side of rifle body A1 is provided with the left sheet E of insurance, just can reach the function of insurance, single-shot and running fire by the rotation of the left sheet E of insurance; Bank is provided with trigger hammer seat G in rifle body A1, is provided with insurance fixator F at the place that rifle body A1 and trigger hammer seat G fasten, and this insurance fixator F makes and insures left sheet E and drive;

Insuring left sheet E is worn in go into by the cover axis hole A5 of rifle body A1, and in the following hole slot B1 that wears axis hole G4 and hammer B that continues to extend to trigger hammer seat G and with the mutual fit of the right sheet E1 of insurance, an end that insures left sheet E is provided with and colludes groove E2, this colludes groove E2 and uses the compression part C21 with hammer double-action plate C2 to fasten, hammer double-action plate C2 one end is provided with cover axis hole C22, the axostylus axostyle C18 fit of this cover axis hole C22 with the right shutter C3 of hammer, the axostylus axostyle C18 of the right shutter C3 of this hammer can slide by the cover axis hole C22 of hammer double-action plate C2; The first contact-making surface C23 of hammer double-action plate C2 and the second contact-making surface C24 correspond to the fixture block C8 of trigger bar C1, when user's pulloff A4, the fixture block C8 of trigger bar C1 is slided mutually at the first contact-making surface C23 or the second contact-making surface C24, wherein trigger A4 is connected with the small holes C28 of trigger bar C1, and the fixture block C8 of trigger bar C1 extends to a lateral margin and is provided with projection C9;

The groove G2 of trigger hammer seat G and the bank ditch G3 of portion supply with the compression block C10 of hammer release C5 and the pressurized body C14 activity of striker shutter C7, wherein the compression block C10 of hammer release C5 extends to an end and is provided with push rod C12, this push rod C12 drives mutually with the axostylus axostyle C16 of hammer left side shutter C4, the side of hammer left-handed opening device C4 is for contacting face C17, this touches face C17 and uses with first H1 of spring portion of hammer seat shell fragment H and touch mutually, the item of second H2 of spring portion of hammer seat shell fragment H and striker continous action base D1 touches face D6 and touches mutually, and the 3rd H3 of spring portion of hammer seat shell fragment H contacts simultaneously to hammer right side shutter C3 and hammer double-action plate C2; The end of striker continous action base D1 is provided with hole D5, and the axle center hole C26 of this hole D5 and striker connecting rod C6 and the axle center hole D4 of striker D are corresponding, wears and fixing by striker axle D3, and by clasp D2 it is engaged, in case anti-avulsion falls;

Be provided with shooting controlling organization C in trigger hammer seat G, this shooting controlling organization C is the right shutter C3 of trigger bar C1, hammer double-action plate C2, hammer, hammer left side shutter C4, hammer release C5, striker connecting rod C6 and striker shutter C7, and drives mutually;

By preceding axostylus axostyle G5 with its wore hammer release C5 the axis hole C15, the striker connecting rod C6 that wear axis hole C13, hammer left side shutter C4 that wear axis hole C11, striker shutter C7 major axis hole C25, the right shutter C3 of hammer axis hole C29, hammer double-action plate C2 hole C20 and insure right sheet fixator F1 and be fixed on trigger hammer seat G on wear axis hole G1.

Shown in accompanying drawing 2, accompanying drawing 4 and accompanying drawing 5, be equiped with sliding sleeve A2 and handle A3 on the rifle body A1, make hammer B place the seat of loading sliding sleeve A2 post-tensioning, and pulloff A4 makes it reach the function of shooting, air gun A can be by the function of the left sheet E control of insurance insurance, single-shot, running fire, and the shooting function drives mutually by shooting controlling organization C institute, by this, makes it increase user's entertainment effect;

As accompanying drawing 2, accompanying drawing 4 to shown in the accompanying drawing 6, the right shutter C3 of hammer double-action plate C2 and hammer has the 3rd H3 of spring portion of hammer seat shell fragment H to push up extremely, when air gun A is the safe-on state, it insures the position of left sheet E turn to insurance function, and insuring left sheet E just drives simultaneously and colludes groove E2, and drive the compression part C21 of hammer double-action plate C2, make its hammer double-action plate C2 place safety position.

As accompanying drawing 12 to shown in the accompanying drawing 14, user's post-tensioning sliding sleeve A2 is during to the bottom, the compression block C10 of hammer release C5 drives because of the sliding tray A7 that is subjected to sliding sleeve A2, hammer release C5 by compression spring A6 elastic force with it upwards, simultaneously, the face that the contacts C17 of hammer left side shutter C4 is subjected to the elastic force of first H1 of spring portion of hammer seat shell fragment H, hammer left side shutter C4 is pushed in the first trip B3 of hammer B and engaging mutually.

, continue to shown in the accompanying drawing 6 as accompanying drawing 2, accompanying drawing 4, just the 3rd H3 of spring portion that right shutter C3 of hammer and hammer double-action plate C2 also pass through hammer seat shell fragment H with its inside pressure, fastens the trip C19 of the right shutter C3 of hammer and the second trip B4 of hammer B;

As accompanying drawing 2, accompanying drawing 12 to shown in the accompanying drawing 14, at this moment, the trip C30 of hammer left side shutter C4 and the first trip B3 of hammer B produce a gap, this gap is in order to increase the life-span of hammer left side shutter C4, when the sliding sleeve A2 that continues slides to initial position by the bottom, the compression block C10 of hammer release C5 is along the sliding tray A7 of sliding sleeve A2, with hammer release C5 toward pressing down, the push rod C12 of hammer release C5 is contacted to the axostylus axostyle C16 of hammer left side shutter C4, and hammer left side shutter C4 separated with hammer B, this moment, hammer B placed the seat of percussion;

As accompanying drawing 2, accompanying drawing 4 to shown in the accompanying drawing 6, behind pulloff A4, the fixture block C8 of trigger bar C1 just slides under the second contact-making surface C24 of hammer double-action plate C2, the fixture block C8 and the second contact-making surface C24 produce a gap, make the fixture block C8 of trigger bar C1 can't touch hammer double-action plate C2, by this, the second trip B4 of hammer B just continues to combine with the trip C19 of the right shutter C3 of hammer, just do not make hammer B clash into the face of the answering back to C27 of its striker connecting rod C6, air gun A can't be pulled the trigger, and reach the safety position of air gun A.

As accompanying drawing 4, accompanying drawing 7 to shown in the accompanying drawing 9, when air gun A desires to carry out single shot, insure the position of left sheet E turn to the single-shot function, the left sheet E of insurance is driven simultaneously collude groove E2, and make the compression part C21 of hammer double-action plate C2 press down, make hammer double-action plate C2 place the single-shot position;

As accompanying drawing 12 to shown in the accompanying drawing 14, during user's post-tensioning sliding sleeve A2, hammer release C5 by the elastic force of compression spring A6 with it upwards, in the compression block C10 of hammer release C5 just extends to along the sliding tray A7 of sliding sleeve A2, simultaneously, hammer left side shutter C4 is inwardly pressed by first H1 of spring portion of hammer seat shell fragment H just, makes the trip C30 of hammer left side shutter C4 extend in the first trip B3 of hammer B and engaging mutually;

As accompanying drawing 2, accompanying drawing 4, accompanying drawing 7 to shown in the accompanying drawing 9, continue, the 3rd H3 of spring portion that right shutter C3 of hammer and hammer double-action plate C2 just also pass through hammer seat shell fragment H fastens the trip C19 of the right shutter C3 of hammer and the second trip B4 of hammer B its inside pressure;

As accompanying drawing 2 and accompanying drawing 12 to shown in the accompanying drawing 14, at this moment, the trip C30 of hammer left side shutter C4 and the first trip B3 of hammer B produce a gap, this gap is in order to increase the life-span of hammer left side shutter C4, and second H2 of spring portion of hammer seat shell fragment H drives striker continous action base D1 by the elastic force of itself, make striker continous action base D1 drive striker D, simultaneously, the pressurized body C14 of striker shutter C7 puts groove A9 along the item of sliding sleeve A2, with striker shutter C7 to pressing down, and striker D is separated with the air valve I1 of cartridge clip I, make air valve I1 present the state of holding one's breath, when the sliding sleeve A2 that continues slides to initial position by the bottom, the second trip B4 of hammer B just continues to fasten with the trip C19 of the right shutter C3 of hammer, simultaneously, hammer release C5 along the sliding tray A7 of sliding sleeve A2 with hammer release C5 toward pressing down, the push rod C12 item of hammer release C5 is touched to the axostylus axostyle C16 of hammer left side shutter C4, and hammer left side shutter C4 separated with hammer B, and the pressurized body C14 of striker shutter C7 upwards pushes up striker shutter C7 by the elastic force of spring A10;

As accompanying drawing 2, accompanying drawing 4, accompanying drawing 7 is to shown in accompanying drawing 9 and the accompanying drawing 13, by this, hammer B just places the position of percussion, and at pulloff A4, trigger A4 keeps the state of percussion, make the first contact-making surface C23 that touches at hammer double-action plate C2 of fixture block C8 elder generation of trigger bar C1, simultaneously, hammer double-action plate C2 just drives the right shutter C3 of hammer, the trip C19 of the right shutter C3 of hammer is just separated with the second trip B4 of hammer B, this moment, hammer B just returned back to original state because of reaching release, make the B2 of the portion of answering back to of hammer B clash into the face of the answering back to C27 of its striker connecting rod C6, striker connecting rod C6 drives striker D also touches on air valve I1 striker D item, and makes air valve I1 present the state of giving vent to anger, by this, air valve I1 gives vent to anger and drives sliding sleeve A2, makes sliding sleeve A2 when rifle body A1 slides, the slip rail A8 of sliding sleeve A2 with the projection C9 of trigger bar C1 to pressing down, and the projection C9 that makes trigger bar C1 slides into the lower edge of the second contact-making surface C24 of hammer double-action plate C2, and trigger bar C1 and hammer double-action plate C2 are broken away from; Pull the trigger once more as need, just pulloff A4 once more.

Shown in accompanying drawing 4, accompanying drawing 10 and accompanying drawing 11, when air gun A desires to carry out burst-firing, insure the position of left sheet E turn to the running fire function, insure left sheet E and drive simultaneously and collude groove E2, and make the compression part C23 of hammer double-action plate C2 more press down, make hammer double-action plate C2 place the running fire position;

As accompanying drawing 12 to shown in the accompanying drawing 14, during user's post-tensioning sliding sleeve A2, hammer release C5 by the elastic force of compression spring A6 with it upwards, in the compression block C10 of hammer release C5 just extends to along the sliding tray A7 of sliding sleeve A2, simultaneously, hammer left side shutter C4 is inwardly pressed by first H1 of spring portion of hammer seat shell fragment H just, and the trip C30 of hammer left side shutter C4 just extends to the interior engaging mutually of the first trip B3 of hammer B;

Shown in accompanying drawing 2, accompanying drawing 4, accompanying drawing 10 and accompanying drawing 11, continue, just also the 3rd H3 of spring portion by hammer seat shell fragment H is with its inside pressure for the right shutter C3 of hammer and hammer double-action plate C2, the trip C19 of hammer right side shutter C3 and the second trip B of hammer B fasten;

As accompanying drawing 2, accompanying drawing 12 is to shown in the accompanying drawing 14, at this moment, the trip C30 of hammer left side shutter C4 and the first trip B3 of hammer B produce a gap, this gap is in order to increase the life-span of hammer left side shutter C4, and second H2 of spring portion of hammer seat shell fragment H drives striker continous action base D1 by the elastic force of itself, make striker continous action base D1 drive striker D, simultaneously, the pressurized body C14 of striker shutter C7 is along the overhead groove A9 of sliding sleeve A2, and with striker shutter C7 to pressing down, striker D is separated with the air valve I1 of cartridge clip I, make air valve I1 present the state of holding one's breath, when the sliding sleeve A2 that continues slides to initial position by the bottom, the second trip B4 of hammer B just continues to fasten with the trip C19 of the right shutter C3 of hammer, simultaneously, hammer release C5 is along the sliding tray A7 of sliding sleeve A2, with hammer release C5 toward pressing down, the push rod C12 item of hammer release C5 is touched to the axostylus axostyle C16 of hammer left side shutter C4, and hammer left side shutter C4 separated with hammer B, and the pressurized body C14 of striker shutter C7 upwards pushes up striker shutter C7 by the elastic force of spring A10;

As accompanying drawing 2, accompanying drawing 4, shown in accompanying drawing 10 and the accompanying drawing 11, by this, hammer B just places the position of percussion, and continue to withhold to pull and press A4, trigger A4 keeps the state of percussion, the fixture block C8 of trigger bar C1 is in the first contact-making surface C23 of hammer double-action plate C2 action, hammer double-action plate C2 just drives the right shutter C3 of hammer simultaneously, the trip C19 that makes the right shutter C3 of hammer and the second trip B4 of hammer B keep the state that separates, this moment, hammer B just returned back to original state, the item that the B2 of the portion of answering back to of hammer B just clashes into its striker connecting rod C6 hits face C27, striker connecting rod C6 drives striker D and makes and hits the D item and touch on air valve I1, makes air valve I1 present the state of giving vent to anger, by this, air valve I1 gives vent to anger and drives sliding sleeve A2, because of the projection C9 of its trigger bar C1 continues the first contact-making surface C23 that the top is in hammer double-action plate C2;

As accompanying drawing 12 to shown in the accompanying drawing 14, the compression block C10 of hammer release C5 just is held in the interior action of sliding tray A7 of sliding sleeve A2, simultaneously the pressurized body C14 of striker shutter C7 also continues to put in the groove A9 at the item of sliding sleeve A2 and moves, by this, sliding sleeve A2 also reaches lasting reciprocal action, makes air gun A reach the state of running fire;

As shown in Figure 14, giving vent to anger time when striker shutter C7 is used to control striker D item and touches air valve I1 stablized the stability that air gun A is pulled the trigger to reach by this.

Claims

1. the interlinked mechanism of an air gun, it is by the rotation of the left sheet of shooting controlling organization control insurance, it is characterized in that: include the hammer release, the one end is provided with compression block, and groove action at trigger hammer seat, it is corresponding mutually to wear axis hole wearing of the other end on axis hole and the trigger hammer seat, and wearing axis hole, to extend to an end be push rod, and moves mutually with the axostylus axostyle of hammer left side shutter;

Hammer left side shutter, the one end is provided with axis hole, and this axis hole corresponds to the axis hole of wearing of striker shutter, and it extends to an end and is provided with axostylus axostyle, and is the face of contacting at opposite side, and this first spring portion that contacts face and hammer seat shell fragment contacts mutually;

Trigger bar, the one end is provided with fixture block, and first contact-making surface and second contact-making surface of this fixture block and hammer double-action plate drive mutually.

2. the interlinked mechanism of air gun according to claim 1 is characterized in that: an end of said striker connecting rod and striker continous action base, striker be fit mutually.

3. the interlinked mechanism of air gun according to claim 1, it is characterized in that: be provided with the shooting controlling organization in the said trigger hammer seat, this shooting controlling organization is trigger bar, hammer double-action plate, the right shutter of hammer, hammer left side shutter, hammer release, striker connecting rod and striker shutter, and drives mutually.