CN201059909Y

CN201059909Y - Pneumatic power, hand-actuated double powers type toy gun

Info

Publication number: CN201059909Y
Application number: CN 200720063424
Authority: CN
Inventors: 杨宗宽
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-04
Filing date: 2007-06-04
Publication date: 2008-05-14
Anticipated expiration: 2017-06-04

Abstract

The utility model relates to a pneumatic and manual dual power type toy gun, which comprises a main body, a gun barrel, an energy part, a first controlling part and a second controlling part. When the utility model is driven by utilizing air, the trigger of the first controlling part is pulled by a hand to pull a pivoted connecting rod, so as to drive the hook part of a driving hammer, therefore the driving hammer generates rotating power to impact an air valve, and air gets into the gun barrel through the sleeve of the second controlling part to trigger a bullet; when the air is exhausted, the handle of a piston body is pulled by the hand, a flange at the lower part of the piston body is clipped at the corner part of the tenon of the piston, and when the trigger is pulled, the piston body is momentarily pushed frontward under the elastic force effect of a resetting spring, the air in an air cylinder body is rapidly compressed by the piston body to trigger the bullet, therefore the manual and the pneumatic driving modes are realized, and the utility model can effectively promote the changes in operation, and increase the interest.

Description

Pneumatic, manual double dynamical formula peashooter

Technical field

The utility model relates to a kind of pneumatic, manual double dynamical formula peashooter, refers in particular to have the peashooter percussion control structure that drives with different modes such as manual or pneumatic concurrently.

Background technology

Generally can launch at present in the peashooter product of plastics (P P) material bullet, more common have structures such as hand, pneumatic type and electrodynamic type, wherein pneumatic type is to supply this peashooter pressure-air with a gas cylinder that adds, and the pressure that utilizes pressure-air to produce promotes plastics (P P) bullet and outwards launches; This hand then is the elastic force that produces when upholding with by compression spring, utilizes to promote a piston and produce pressure-air and promote plastics (P P) bullet and outwards launch, and the two is because the power resources difference, so evident difference is also arranged on the structure.

And in the structure of hand peashooter, have more easily to drive piston in the mode of pulling and compress a spring, this kind structure is only had a function of single shot, lacks the enjoyment on using; In addition, drive piston compression spring with electro-motor via transmission mechanism, it can have single-shot and continuous fire function simultaneously via switching concurrently, use enjoyment than tool, but with regard to present product, it no matter is manual, pneumatic or the electro-motor drive, its type of drive greatly all only can be present in each peashooter product with single form, do not see as yet with structure with manual and pneumatic actuation, therefore, in case gas is used up, then the peashooter with pneumatic actuation can't move immediately, form the disappearance on using, lack competitiveness of product.

Because common peashooter still can't have the shortcoming of manual, pneumatic double dynamical control simultaneously concurrently, the inventor is at the road of these shortcoming research improvement, and generation of the present utility model is arranged finally.

The utility model content

Technical problem to be solved in the utility model is: at the deficiency of above-mentioned technical problem, a kind of pneumatic, manual double dynamical formula peashooter is provided, it with in different driving modes such as manual or pneumatic drives, effectively promotes the variation on using simultaneously, increases interesting.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of pneumatic, manual double dynamical formula peashooter, and it comprises a body, a gun barrel; This body is provided with a handle portion, an elongated slot; Also comprise a Ministry of Energy, one first control part, one second control part, this Ministry of Energy comprises an air valve seat be pivoted air reservoir, and the back-moving spring of air valve; This first control part comprises a connecting rod, a trigger, a hammer, a piston trip, two springs; This second control part comprises a cylinder block, a piston body, a sleeve, a back-moving spring;

This Ministry of Energy is set in the handle portion of described body, establishes an air valve in the air valve seat of this Ministry of Energy; The connecting rod of described first control part is pivoted with trigger and combines, the ear of this connecting rod is corresponding sheathed with second control part, one sleeve, and the rod rear end lower lip is established a holding section and a long slot bore and the corresponding hub setting of the hook portion of hammer, cause the striker of hammer front side and the corresponding setting of air valve contact of this Ministry of Energy, and the hammer lower lip is extended a hook portion and the corresponding buckle in the holding section of this connecting rod, and also hub setting is passed in the hole of inner body wall face correspondence by the thread sky portion that the piston trip is arranged with by rod rear end, makes piston trip and connecting rod produce continuous action relation;

The cylinder block rear end of this second control part provides a cylinder groove that is installed with this piston body, and front end one dwindles ccontaining this sleeve of interior pipe portion of end, with this piston body and distinctly pipe portion activity in the cylinder groove of cylinder block reaches of sleeve, and this dwindles the air admission hole that the corresponding sleeve of one second air inlet is established in the end below, the slotted eye that this back-moving spring is established tool by piston body one open end is set in inside, and a flange and the corresponding setting in the bight of this piston trip that piston body openend below extends form pneumatic, manual double dynamical formula peashooter.

When with gas-powered, utilize hand to pull the trigger of first control part and spur the connecting rod of hub setting, the holding section that the connecting rod below is provided with just can drive the hook portion of hammer, make hammer produce rotary power bump air valve, cause the interior gas of Ministry of Energy's one air reservoir to enter gun barrel and pull the trigger plastic bullets via the sleeve of second control part; When if gas exhausts, directly spur the handle of the second control part piston body with hand, the proper clip of its below one flange is in the bight of a piston trip during piston body displacement backward, when the finger buckle trigger action, with the set second protruding tip bump of the connecting rod end of trigger interlock and make the displacement that rotates of aforementioned piston trip, cause the flange of the bight disengaging piston body of piston trip, piston body is subjected to the back-moving spring elastic force effect of establishing in its slotted eye and moment passes forward, make piston body be subjected to the elastic force effect of default back-moving spring and air in the Fast Compression cylinder block is finished manual control and shot, reach manually, the pneumatic peashooter structure that all can pull the trigger.

This double dynamical formula peashooter, it is with gas-powered moment percussion plastic bullets, or when gas exhausts directly with manual mode, utilize piston body to be subjected to the elastic force effect of default back-moving spring and air in the Fast Compression cylinder block, reach manual control shooting, with in different driving modes such as manual or pneumatic drives, can effectively promote the variation in the use simultaneously, increase interesting; And its control structure has the effect that changeable peashooter is implemented single shot and continuous fire.

As for detailed construction of the present utility model, application principle, effect and effect, then the explanation of doing with reference to following adjoint can be understood completely:

Description of drawings

Fig. 1 is that solid of the present utility model is partly cutd open figure.

Fig. 2 is a three-dimensional exploded view of the present utility model.

Fig. 2 A is the stereo amplification figure of A among Fig. 2.

Fig. 3 is that schematic diagram one is partly cutd open in the combination of the utility model pneumatic control structure.

Fig. 4 is that schematic diagram two is partly cutd open in the combination of the utility model pneumatic control structure.

Fig. 5 is that schematic diagram three is partly cutd open in the combination of the utility model pneumatic control structure.

Fig. 5 A is the enlarged diagram of B among Fig. 5 (being air valve structure).

Fig. 6 is that schematic diagram one is partly cutd open in the combination of the manual control structure of the utility model.

Fig. 7 is that schematic diagram two is partly cutd open in the combination of the manual control structure of the utility model.

Fig. 8 is that schematic diagram three is partly cutd open in the combination of the manual control structure of the utility model.

The specific embodiment

Fig. 1 is that stereochemical structure of the present utility model combination partial cutaway diagrammatic sketch, Fig. 2 are that three-dimensional exploded view of the present utility model, Fig. 2 A are that three-dimensional enlargement decomposition, Fig. 3 of A among Fig. 2 (i.e. first control part part assembly) is that the combined planar of the utility model pneumatic control structure partly cuts open figure, can find out clearly that by figure the utility model comprises: structures such as body 1, gun barrel 2, Ministry of Energy 3, first control part 4, second control part 5; Wherein body 1 is provided with handle portion 11 and elongated slot 12, and body 1 and gun barrel 2 be all common structure, does not describe in detail in addition at this; Described Ministry of Energy 3 comprises: an air reservoir 31, a back-moving spring 32 are formed; Described first control part 4 comprises: a connecting rod 41, a trigger 42, a hammer 43, a

piston trip

44,45,46 compositions of two springs; Described second control part 5 comprises: a cylinder block 51, a piston body 52, a sleeve 53, a back-moving spring 54 are formed.

Wherein, the air reservoir 31 of Ministry of Energy 3 is containers of a gas storage, but the gases at high pressure that the inside filling is safe, described Ministry of Energy establishes a valve 314 in 3 upper ends, and establish the air valve 311 that to control gas flow in the air valve seat 312 on 314 air flues of air reservoir 31 and valve, establish a space that stores plastic bullets 6 in air reservoir 31 1 sides, and the pushing part 321 of the sheathed pushing tow plastic bullets in a back-moving spring 32 upper ends;

The connecting rod 41 of first control part 4 is a microscler plate, these connecting rod 41 1 ends are established a protruding tip 411, the past other end is sequentially provided with a protuberance 412, last lateral margin is established the ear 413, the holding section 414 that always are provided with a slotted eye 4131 and is arranged on connecting rod 41 lower lip, its side is established a long slot bore that runs through 417 in addition, is arranged with one near connecting rod 41 other end ends and extends out the first protruding tip 415 and the second protruding tip 416 again after the empty portion 418 in detail; One trigger, 42 1 sides convex with the axial region 421a of sheathed spring 423, the opposite side correspondence convexes with axial region 421b, a shrinkage pool 422 is established in its upper end, the protruding tip 411 sheathed springs 424 of these shrinkage pool 422 corresponding aforementioned connecting rods 41, and the protruding tip 411 of aforementioned connecting rod 41 just protrudes fastening of these shrinkage pool 422 ammunition feed springs 423; Air valve 311 1 sides of one hammer, 43 corresponding aforementioned air reservoirs 31 extend a striker 431, these hammer 43 2 sides respectively are extended with axial region 432 and shaft tip 434, extend a protuberance 433 in addition with the top of aforementioned axial region 432 homonymies, and the 45 proper hub settings of a hook portion 435, one springs are established in addition at aforementioned axial region 432 in the opposite side below; One piston trip 44 is tabular curved assemblies, and its two side has respectively extended an axial region 441 and a tip axle 443, and this curved assembly one side is established a protuberance 442, and a terminal bight 444, one springs 46 that form of this curved assembly are hubbed on aforementioned axial region 441;

The cylinder block 51 of second control part 5 is tube elements, and pipe central authorities form a cylinder groove 511, and the one end extends one and dwindles end 510, and dwindles end 510 belows and establish one second air inlet 513 (detailed ginseng is shown in Figure 3), the sheathed buffer spring 512 of cylinder block 51 upsides; The piston body 52 that the cylinder groove 511 of one corresponding tubulose cylinder block 51 is provided with, leader 521 is established in top, the one end tube wall outside, the tube wall of corresponding this handle 521 side is in addition established a flange 522 (detailed ginseng Fig. 3, shown in Figure 6), its body central authorities form a slotted eye 523, and a back-moving spring 54 just is set in this slotted eye 523; The external diameter of one sleeve 53 is slightly less than the internal diameter that aforementioned cylinder block 51 is dwindled end 510, be one to be oppositely arranged the tubular body of less caliber, these sleeve 53 1 sides are established a protuberance 531, the body below provides an air admission hole 530 (detailed ginseng is shown in Figure 3), its central authorities form an air flue 532, and this sleeve 53 is to be set in aforementioned dwindling in the end 510.

When combination, please be simultaneously referring to Fig. 1, Fig. 2, Fig. 2 A, shown in Figure 3, after gun barrel 2 made 1 combination of itself and gun body, back-moving spring 32 is set in inside by the plastic bullets of Ministry of Energy 3 outlet 313, one air valve 311 is hubbed in the air valve seat 312, this Ministry of Energy 3 is set in the handle portion 11 of body 1 again; One first control part 4, be set in the shrinkage pool 422 of trigger 42 earlier behind the protruding tip 411 sheathed springs 424 with connecting rod 41 front ends again, and make these spring 424 1 ends fasten axial region 421b in trigger 42 respective side, the other end of this spring 424 then fastens the protuberance 412 at aforementioned connecting rod 41, and the trigger 42 axial region 421a sheathed spring 423 in addition of sides in addition, these spring 423 1 free ends are to ending at gun body 1 internal face, and another free end then supports and ends the protruding tip 411 that the shrinkage pool 422 at trigger 42 is protruded out; Lateral margin one ear 413 provides microscler slotted eye 4131 on described connecting rod 41 stage casings, just corresponding sheathed with the protuberance 531 of the sleeve 53 of second control part 5, described connecting rod 41 rear end lower lip are established the long slot bore 417 of a holding section 414 and side thereof, wherein long slot bore 417 is the tip axle 434 corresponding hub settings with hammer 43 1 sides, and hammer 43 is another axial region 432 sheathed springs 45 of side in addition, these spring 45 below free ends are to the madial wall (detailed ginseng is shown in Figure 3) that ends at gun body 1, spring 45 another free ends then support the protuberance 433 that ends at hammer 43, and the striker 431 of hammer 43 front sides is to contact corresponding setting with the air valve 311 of aforementioned Ministry of Energy 3, and the hook portion 435 that the lower lip of hammer 43 is extended is the holding section 414 corresponding buckle starts with aforementioned connecting rod 41, the thread sky portion 418 that these connecting rod 41 rear ends are arranged with, the tip axle 443 that can make piston trip 44 1 sides establish tool passes also hub setting in the hole of body 1 internal face correspondence (not expressing in addition among the figure), and piston trip 44 side one axial region 441 sheathed springs 46 in addition, the free end of this spring 46 is protuberances 111 that extend in body 1 inside to only, another free end then supports a protuberance 442 that is located at piston trip 41 homonymies, makes piston trip 44 and connecting rod 41 produce continuous action relation.

The cylinder groove 511 that cylinder block 51 rear ends of described second control part, 5 hollows provide can be installed with a piston body 52 just, and cylinder block 51 front ends one dwindle end 510 interior pipe portion (not expressing in addition among the figure) just can a ccontaining sleeve 53, and with aforementioned piston body 52 and distinctly pipe portion activity in the cylinder groove 511 of cylinder block 51 reaches of sleeve 53, and this dwindles the air admission hole 530 that one second air inlet, 513 corresponding sleeves 53 are established in end 510 belows, the slotted eye 523 that one back-moving spring 54 is established tool by an open end of piston body 52 is set in inside, and the flange 522 that piston body 52 openends belows extends just with bight 444 relative set of aforementioned piston trip 44, forming one can be pneumatic, manual double dynamical formula peashooter structure.

During use, see also shown in Fig. 1, Fig. 3, Fig. 4, Fig. 5 and Fig. 5 A, be the utility model stereochemical structure combination part cut-away view, reach the planar gesture schematic diagram that drives with pneumatic mode, as user not before the cocking 42, this moment, the holding section 414 of connecting rod 41 rear end lower lip was to be buckling state (seeing also shown in Figure 3) with the set hook portion 435 of hammer 43 1 side-lowers, and the air valve 311 of the Ministry of Energy's 3 hub settings passages of sealing valves 314 just; When user's finger buckle trigger action 42, because being the protruding tips 411 with spring 424 and connecting rod 41, the shrinkage pool 422 of trigger 42 wears hub setting, this moment connecting rod 41 can be subjected to trigger 42 driving and to muzzle end displacement (seeing also shown in Figure 4), the slotted eye 4131 of described connecting rod 41 ears 413 just can drive the protuberance 531 of sleeve 53 sides of second control part 5, make sleeve 53 displacement forward thereupon, when sleeve 53 forward after the displacement, the air admission hole 530 that the body below of sleeve 53 provides just dwindles second air inlet, 513 conductings of 510 corresponding settings of end with cylinder block 51, and the holding section 414 of connecting rod 41 rear end lower lip drives hammer 43 and does the rotation start, striker 431 disengagings of hammer 43 and contacting of air valve 311 in addition, when hammer 43 rotates to critical point, described 41 because the slotted eye 4131 of ear 413 is an elongate slots, can produce the displacement that has a down dip downwards when making connecting rod 41 passed by the hook portion 435 of hammer 43 relatively, this moment, hammer 43 was because the back stretch effect of spring 45, force hammer 43 reverse rotations, and make 431 moments of striker knock air valve 311, make gases at high pressure in the air reservoir 31 via passage abrupt release one appropriate amount of valve 314 (please simultaneously referring to shown in Figure 5), when wherein Fig. 5 A is striker 431 bump air valves 311, the zoomed-in view of air valve seat 312 and valve 314 passage air inlet states, when gases at high pressure enter the air admission hole 530 of second air inlet 513 of cylinder block 51 and sleeve 53 by valve 314, because piston body 52 is subjected to the pushing and pressing of back-moving spring 54, cause and but closed cylinder body 51 dwindles end 510 and leaked out by cylinder block 51 rear ends with the gas of sleeve 53 pipes, and gases at high pressure are forced to fully the port of export of gun barrel 2, the plastic bullets 6 that be positioned at sleeve 53 ports of export this moment is subjected to the gases at high pressure moment impact and is penetrated by gun barrel 2 ports of export, and when trigger 42 is subjected to spring 423, connecting rod 41 is subjected to spring 424 starts and moment when being returned to original state, spring 45 also can order about hammer 43 and return back to corresponding original state in moment, the user needs only continuous pulloff 42, can reach the peashooter structure of utilizing the continuous slap shot plastic bullets 6 of gases at high pressure pneumatic type.

When gases at high pressure exhaust, see also Fig. 6-shown in Figure 8, the structural plan of manually controlling embodiment for the utility model is cutd open and is shown action diagram, the mode that the user can change slap shot bullet 6 is: when user's hand (is please consulted Fig. 2 with the handle 521 of piston body 52 simultaneously according to pulling to elongated slot 12 rear ends shown in the arrow, shown in Figure 6), the inner cylinder block 51 of gun is stretched toward the rear end, the flange 522 that causes corresponding other side of these handle 521 tube walls to establish tool extends to the rear end as Fig. 6, and be the state of fastening with the bight 444 of described piston trip 44, being located at back-moving springs 54 in the slotted eye 523 this moment is and is compressed shape, again plastic bullets 6 is imported aforementioned sleeve 53 front ends, when user's hand pulloff 42 (please in addition referring to shown in the direction of arrow of Fig. 7), trigger 42 utilizes the protruding tip 411 that connecting rod 41 is spurred to gun barrel 2 front ends, this moment connecting rod 41 rear ends the second protruding tip 416 forward during displacement just pushing and pressing in the knee of piston trip 44, and piston trip 44 done a rotation start as shown in the direction of arrow, cause the bight 444 moments disengaging of piston trip 44 and fastening of flange 522, this moment, the elastic force of back-moving spring 54 moments recovery was passed piston body 52 to gun barrel 2 front ends, utilize piston body 52 Compressed Gas that moment produces in cylinder groove 511 that plastics bullet 6 is gone out (again referring to shown in Figure 8) by gun barrel 2 front end slap shot, after finishing the action of a manual slap shot, all structures return back to original state.

Learn by above-mentioned, the double dynamical formula peashooter that the utility model is pneumatic, manual, it is with gas-powered moment percussion plastic bullets, or when gas exhausts directly with manual mode, utilize piston body 52 to be subjected to the elastic force effect of default back-moving spring 54 and air in the Fast Compression cylinder block 51, reach manual control shooting, and its control structure has the effect that changeable peashooter is implemented single shot and continuous fire, usability, novelty and progressive on the industry of really having got everything ready propose the application of utility model patent in accordance with the law.

Claims

1. pneumatic, manual double dynamical formula peashooter, it comprises a body, a gun barrel; This body is provided with a handle portion, an elongated slot; It is characterized in that: also comprise a Ministry of Energy, one first control part, one second control part, this Ministry of Energy comprises an air valve seat be pivoted air reservoir, and the back-moving spring of air valve; This first control part comprises a connecting rod, a trigger, a hammer, a piston trip, two springs; This second control part comprises a cylinder block, a piston body, a sleeve, a back-moving spring;

This Ministry of Energy is set in the handle portion of described body, establishes an air valve in the air valve seat of this Ministry of Energy; The connecting rod of described first control part is pivoted with trigger and combines, the ear of this connecting rod is corresponding sheathed with the sleeve of second control part, and the rod rear end lower lip is established a holding section and a long slot bore and the corresponding hub setting of the hook portion of hammer, cause the striker of hammer front side and the corresponding setting of air valve contact of this Ministry of Energy, and the hammer lower lip is extended a hook portion and the corresponding buckle in the holding section of this connecting rod, and also hub setting is passed in the hole of inner body wall face correspondence by the thread sky portion that the piston trip is arranged with by rod rear end, makes piston trip and connecting rod produce continuous action relation;

2. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: the connecting rod of described first control part is a microscler plate, the one end is established a protruding tip, toward the other end be sequentially provided with a protuberance, described ear provide a slotted eye and be located at lateral margin on the connecting rod, described holding section is arranged on the connecting rod lower lip, and this long slot bore that runs through is located at its side, described thread sky portion is arranged with near connecting rod other end end, and connecting rod end extends out the first protruding tip and the second protruding tip.

3. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: described trigger one side convexes with the axial region of a sheathed spring, the opposite side correspondence is convexly equipped with another axial region, and a shrinkage pool is established in this trigger upper end, the sheathed spring of the corresponding described connecting rod of this shrinkage pool.

4. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: described striker extends in air valve one side of the corresponding described air reservoir of hammer, these hammer two sides respectively are extended with axial region and shaft tip, extend a protuberance in addition with this axial region homonymy top, and described hook portion is located at hammer opposite side below, and the proper hub setting of a spring in described two springs is at this axial region.

5. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: described piston trip is a tabular curved assembly, its two side has respectively extended an axial region and a tip axle, this piston trip one side is established a protuberance, and described bight is formed at this piston trip end, and the spring in described two springs is hubbed on this axial region.

6. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: the cylinder block of described second control part is a tube element, described cylinder groove is formed at pipe central authorities, the described end that dwindles extends in this cylinder block one end, this dwindles the end below and establishes one second air inlet, and the sheathed buffer spring of cylinder block upside.

7. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: the leader is established in the top, the piston body one end tube wall outside of described second control part, described flange is arranged at tube wall that should handle side in addition, described slotted eye is formed at body central authorities, and described back-moving spring just is set in this slotted eye.

8. pneumatic, manual double dynamical formula peashooter as claimed in claim 1, it is characterized in that: what the external diameter of described sleeve was slightly less than described cylinder block dwindles the end internal diameter, and be one to be oppositely arranged the tubular body of less caliber, the one side is established a protuberance, the body below provides an air admission hole, and central authorities form an air flue.