CN201662355U

CN201662355U - Gunlock transmission device of electric toy gun

Info

Publication number: CN201662355U
Application number: CN2010200001622U
Authority: CN
Inventors: 胡世泽
Original assignee: YIKAI ENTERPRISES CO Ltd
Current assignee: YIKAI ENTERPRISES CO Ltd; Yih Kai Enterprise Co Ltd
Priority date: 2010-01-06
Filing date: 2010-01-06
Publication date: 2010-12-01
Anticipated expiration: 2020-01-06

Abstract

The utility model relates to a gunlock transmission device of an electric toy gun, in particular to a gunlock body with the inside of being penetrated and assembled with a piston component. The gunlock transmission device is characterized in that the side edge thereof is provided with a prodding element; when a gear component rotates, a push rod assembled by the gear component pushes the prodding element which pushes the gunlock body to displace backwards; and when the gear component rotates to the push rod and does not push the prodding element, the gunlock body resets forwards. Therefore, not only the gunlock body can simulate the effect of a real gun for displacing, the more simulative effect of the displacement of the gunlock body for the real gun is achieved, and the positioning is exact so as to improve the progression of a product.

Description

The gunlock transmission device of electric toy gun

Technical field

The utility model refers to a kind of gunlock transmission device of electric toy gun, but refers to the technical field of the gunlock transmission device of relevant gunlock body emulation rifle displacement especially.

Background technology

Press, the drive principle of electric toy gun is different with Pneumatic popgun, with regard to driving mechanism, electric toy gun is when cocking, drive a conduction Brake Block displacement, and be moved to the energising that contacts with the set electric connection socket in the inner corresponding section of the body of a gun, can start the action of percussion lock.And when percussion, pass through by battery-driven one group of gear assembly 10, drive is arranged in the back end motion (as Fig. 1) of the piston component 30 of the body of a gun 20 to the body of a

gun

20,30 groups of this piston components are with a spring 301 and have the ability of elastic reset forward simultaneously, when said gear assembly 10 rotates to certain position, discharge above-mentioned piston component 30, spring 301 resets piston component 30 forward simultaneously, thereby make gases at high pressure become power, promotion is as the BB bullet of bullet, it is launched, so as to finishing firing action along gun barrel.

Hold, in the structure of existing electric toy gun, because above-mentioned each assembly all is positioned at the inside of this electric toy gun, so do not see the action of its transmission device from the appearance of this electric toy gun at all, cause the firing action and the true rifle of electric toy gun that a certain distance is arranged, make that the fidelity of this electric toy gun is not high, limited this electric toy gun in some field, for example promoting the use in the military training.

Based on this, those skilled in the art have designed the preceding case (being TaiWan, China patent announcement M343786 number) of patent of Fig. 2, this transmission device and above-mentioned Fig. 1 person are similar, but mainly comprise in addition and be installed in this piston component 30 outsides, drive by this piston component 30 and to move back thorax assembly 40 (also being gunlock body of the present utility model) to this body of a gun 20 rear portions motion, make and have the fidelity height, the advantage similar to the action of true rifle, and this moves back thorax assembly 40 along with this piston component 30 move together (also promptly move after synchronously along with piston component 30 or advance), but because after percussion, gear assembly 10 is under the rotator inertia effect and have and turn to the process of stopping gradually, make that this piston component 30 is also driven, and might not also produce the untrue shortcoming in location so cause this to move back thorax assembly 40 (also is like this even if the effect of spring 301 is arranged) foremost when causing it and stopping at last along with motion; Moreover, for reaching the vivid effect of electric toy gun emulation, outside observation by the body of a gun can see that this moves back thorax assembly 40 (also is that the body of a gun has a saturating vacancy and can see that this moves back the thorax assembly, and part is promptly withdrawed from just as the shell case of true rifle in this saturating vacancy), therefore, if this location of moving back thorax assembly 40 is uncertain, will cause with true rifle to have gap the shortcoming that fidelity is still not high.Therefore, improved necessity is arranged in fact.

The utility model content

In view of the above, for addressing the above problem, the design people sets about the development innovation then, thinks and if make the last location of piston component not influence resetting of gunlock body (be above-mentioned move back thorax assembly), then can improve the shortcoming of aforesaid existing electric toy gun.Based on this kind design background and theory, the design people initiates out the utility model finally through making great efforts development and improving innovation.And the technological means that the utility model is taked mainly makes stirring element to backward shift by and promoting of gunlock body, and the passing power of stirring element is rotated by gear assembly, also be that its passing power does not have annexation with piston component, and when gear assembly does not promote to stir element, this gunlock body is elastic reset forward, and this can reach gunlock body certain target that resets.

Be with, gunlock transmission device of the present utility model is assembled in the body of a gun of electric toy gun, it includes a gear assembly, one piston component, one gunlock body and one is stirred element, wherein, this gear assembly has one first gear, when rotating, can drive this piston component displacement in order to bridle joint, and the piston component group is with one first spring and elastic reset forward, and this piston component is worn the inside of organizing in this gunlock body, in addition this gunlock body winding has one second spring and also elastic reset forward, wherein, this gunlock body element that can be struck promotes, and promptly this gunlock body has one by the portion of dialling, and this is stirred element and has a clicking section, first gear of this gear assembly has a push rod again, when it rotates in this first gear, can utilize push rod to promote this and stir element, make this clicking section promote this quilt group portion and cause this gunlock body and pass backward, and turn to this push rod when not promoting this and stirring element in this first gear, this gunlock body is promptly resetted forward by the elastic-restoring force of second spring.

In addition, stir element and have an extension, promoted by the push rod of this first gear by this extension, and turn to this push rod when not promoting this extension in this first gear, this gunlock body promptly resets forward.And this first gear has part tooth fan, and bridle joint drives this piston component displacement by this part tooth fan.

Moreover, this stirs the inwall that element is articulated in this body of a gun, and stir element and have a keyhole and an arcuate socket, this keyhole is worn group by a positioning rod, and this backstay is fixed in the inwall of the body of a gun, and the pivotal point when stirring element and promoted by this push rod as this, and arcuate socket is worn the pivot bar of organizing in the body of a gun by one and is worn, and stir that element is promoted by this push rod and when swinging in this, just as this position of pivot bar change in this arcuate socket, also promptly this when to stir element be pivotal point and rotation with this backstay, i.e. rotation in the scope of arcuate socket.This stirs the element rotation when not promoted by push rod to its extension is suitable again, and this gunlock body promptly is reset to original position forward by the elastic-restoring force of second spring.

In addition, this gunlock body has a side opening, and this quilt is dialled the inside portion that portion is positioned at this side opening.

Be with, useful technique effect of the present utility model as can be known is: make the displacement of gunlock body in addition stir element by one and promote, and the propulsion power of stirring element is rotated by gear assembly, cause the displacement of the displacement of gunlock body and piston component not relevant, and reach the more action of emulation rifle of displacement of gunlock body, and certain target that resets.

Description of drawings

Fig. 1 is the driving percussion structure embodiment schematic diagram of existing electric toy gun.

Fig. 2 moves back the structure embodiment schematic diagram of thorax assembly for existing other tool of electric toy gun.

Fig. 3 is a planar structure embodiment schematic diagram of the present utility model.

Fig. 4,5 is the continuous action schematic diagram of Fig. 3.

Fig. 6 is the three-dimensional illustration of implementing of main transmission device of the present utility model.

Fig. 7 promotes the schematic diagram that the gunlock body is shifted for the element of stirring of the present utility model.

Fig. 8,9 is the continuous action schematic diagram that push rod of the present utility model does not promote to stir element.

The main element symbol description

10 gear assemblies, 20 body of a guies, 30 piston components, 301 springs 40 move back the thorax assembly

A gunlock transmission device B body of a gun B1 backstay B2 pivot bar 1 gear assembly

11 first gears, 111 part teeth are fanned 112 push rods, 2 piston components, 21 first springs

3 gunlock bodies, 31 second springs, 32 side openings 33 are dialled portion 4 and are stirred element

41 clicking sections, 42 extensions, 43 keyholes, 44 arcuate sockets

The specific embodiment

As shown in Figure 3, the gunlock transmission device of the utility model peashooter, it refers to that mainly this gunlock transmission device A is assembled among the body of a gun B of electric toy gun, it includes a gear assembly 1, a piston component 2, a gunlock body 3 and and stirs element 4, wherein:

Gear assembly 1, have several gears that comprise one first gear 11, it is by electronic rotation that power drives, this first gear 11 has part tooth fan 111, and be positioned at the below of piston component 2, and bridle joint drives this piston component 2 displacements (as Fig. 3-5) by this part tooth fan 111, and this first gear 11 is provided with a push rod 112 (seeing Fig. 3-6) in addition.

Piston component 2 is worn the inside of organizing in this gunlock body 1, and group is with one first spring 21 and elastic reset forward.

Gunlock body 3, winding have one second spring 31 and also elastic reset forward, and this gunlock body 3 can be provided with a side opening 32, and are provided with one in the inside portion of side opening 32 and are dialled portion 33 (seeing Fig. 6 in addition).

Stir element 4, be articulated in the inwall of this body of a gun B, it has a clicking section 41, an extension 42, a keyhole 43 and an arcuate socket 44 (see figure 6)s, wherein, this keyhole 43 is worn group (backstay is found in Fig. 3) by a positioning rod B1, and this backstay B1 is fixed in the inwall of body of a gun B, but making this stir element 4 is pivotal point and rotation with this backstay B1, utilization is worn a pivot bar B2 who organizes in body of a gun B and is worn this arcuate socket 44 in addition, make and stir element 4 when being pivotal point and rotation, rotation in the scope of arcuate socket 44 with this backstay B1.In addition, when the push rod 112 that this gear assembly 1 turns to first gear 11 can push against this extension 42 (as Fig. 5,7), can promote these extensions 42 and make that to stir element 4 be pivotal point and rotation with this backstay B1 by push rod 112, and wait to stir element 4 rotations when the quilt that utilizes its clicking section 41 to promote these gunlock bodies 3 is dialled portion 33, can cause this gunlock body 3 and pass backward; And promote along with stirring element 4 rotations, gunlock body 3 is passed backward, 42 when no longer being subjected to push rod 112 and shifting onto (by Fig. 7 to Fig. 8) to its rotation to extension, this gunlock body 3 promptly by the elastic-restoring force effect of its second spring 31 forward elastic reset to original position (as Fig. 9).

Hold the group structure and when implementing, during the gun percussion, this gear assembly 1 rotates, and the part tooth of first gear 11 is fanned 111 bridle joints and is driven this piston component 2 to backward shift (as Fig. 3-5), and treat that first gear 11 turns to part tooth fan 111 not during this piston component 2 of bridle joint, this piston component 2 i.e. the elastic reset (by Fig. 5,7,8) forward by the elastic-restoring force effect of first spring 21.Simultaneously, when this gear assembly 1 rotates, when turning to push rod 112 these extensions 42 of pushing and pressing of first gear 11, can promoting this, to stir element 4 be pivotal point and rotation (as Fig. 5,7) with this backstay B1, and when waiting to stir quilt that element 4 utilizes its clicking section 41 to promote these gunlock bodies 3 and dialling portion 33, can cause this gunlock body 3 passes backward, when rotation to extension 42 no longer is subjected to push rod 112 and shifts onto (as Fig. 8-9), this gunlock body 3 promptly by the elastic-restoring force effect of its second spring 31 forward elastic reset to original position.

Hold group structure and implementation, this piston component 2 is distinguished with the back locomotivity of this gunlock body 3 as can be known, promptly there is not annexation yet, therefore, even if gear assembly 1 might not be foremost under the rotator inertia effect and when making the stopping at last of this piston component 2, also can not be reset to foremost (original position) to this gunlock body 3 impacts, therefore, can observe this gunlock body 3 by the outside of body of a gun B after the percussion and can reset all really that (body of a gun has a saturating vacancy and can see this gunlock body, but does not draw in this saturating vacancy), and reach the target that the emulation rifle is shifted, reach with this and improve existing shortcoming.

Only the above person is preferred embodiment of the present utility model only, is not to be used for limiting the scope that the utility model is implemented.Be that all equalizations of doing according to the utility model change and modification, the protection domain that is all the utility model patent is contained.

Claims

1. the gunlock transmission device of an electric toy gun, it is assembled in the body of a gun of electric toy gun, this gunlock transmission device comprises a gear assembly, a piston component, gunlock body and one stir element, this gear assembly bridle joint drives this piston component to backward shift, and has one first gear, and this piston component group is with one first spring and elastic reset forward, and this piston component is worn the inside of organizing in this gunlock body, and this gunlock body winding has one second spring and elastic reset forward, it is characterized in that: this gunlock body has a quilt and dials portion, and this is stirred element and has a clicking section, and this of this gear assembly first gear has a push rod, and this is stirred element and is promoted by this push rod when this first gear rotates, making this clicking section promote this quilt dials portion and causes this gunlock body and pass backward, and turn to this push rod when not promoting this and stirring element in this first gear, this gunlock body resets forward.

2. the gunlock transmission device of electric toy gun as claimed in claim 1, it is characterized in that, this is stirred element and has an extension, and promoted by the push rod of this first gear by this extension, and turn to this push rod when not promoting this extension in this first gear, this gunlock body promptly resets forward.

3. the gunlock transmission device of electric toy gun as claimed in claim 1 is characterized in that, this first gear has part tooth fan, and this part tooth fan can drive this piston component displacement by bridle joint.

4. as the gunlock transmission device of claim 1,2 or 3 described electric toy guns, it is characterized in that this stirs the inwall that element is articulated in this body of a gun.

5. the gunlock transmission device of electric toy gun as claimed in claim 4, it is characterized in that, this is stirred element and has a keyhole and an arcuate socket again, this keyhole is worn group by a backstay, and this backstay is fixed in the inwall of this body of a gun, and the pivotal point when stirring element and promoted by this push rod as this, and this arcuate socket is worn the pivot bar of organizing in the body of a gun by one and worn, and when this stirred element by this push rod promotion, this pivot bar changed the position in this arcuate socket.

6. the gunlock transmission device of electric toy gun as claimed in claim 5 is characterized in that, this gunlock body has a side opening, and this quilt is dialled the inside portion that portion is positioned at this side opening.