CN204788037U - Running fire formula rubber band rifle - Google Patents
Running fire formula rubber band rifle Download PDFInfo
- Publication number
- CN204788037U CN204788037U CN201520421659.4U CN201520421659U CN204788037U CN 204788037 U CN204788037 U CN 204788037U CN 201520421659 U CN201520421659 U CN 201520421659U CN 204788037 U CN204788037 U CN 204788037U
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- Prior art keywords
- rubber band
- slide block
- cylinder
- grab
- rifle
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- Expired - Fee Related
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Abstract
The utility model provides a pair of running fire formula rubber band rifle, its constitution is: follow the operation to the trigger, the power that the slider moved to the place ahead through the effort production of effect parts makes the drum rotatory to rubber band that will the unit of transmission is installed to firing position, and simultaneously, slider position is forward put when moving, makes the pothook collude the back tip at the transmission unit's rubber band that lies in firing position, and makes transmission unit rubber band tighten when this slider moves to the rear, and when this slider advances, removes the pothook that colludes tip after launching the unit rubber band. According to the utility model discloses a running fire formula rubber band rifle, the installation of its rubber band is more simple and convenient, can prevent the rubber band degradation simultaneously, makes the rubber band only when needs are launched.
Description
Technical field
The utility model relates to a kind of repeating type rubber band rifle.
Background technology
In the rubber band rifle of existing use rubber band, the structure of the rubber band rifle having such as patent document 1 (Japan Patent is real opens clear 62-995 publication) and patent document 2 (Japanese Patent Laid-Open No. Sho 60-55986 publication) to disclose, there is multiple anterior buckle (front side rubber band buckle hanging unit) and rear portion buckle (rear side rubber band buckle hanging unit) in the cylinder of rubber band rifle, the sub-assembly of anterior buckle and rear portion buckle arranges at equal intervals along the circumferencial direction of cylinder, form on the anterior buckle of each sub-assembly and rear portion buckle and buckled rubber band, selected the rubber band needing to launch by rotor after, rubber band launched by operation trigger.
But in the technology that above-mentioned patent document 1 and patent document 2 are recorded, when cylinder is installed many rubber bands, all rubber bands all need to be in armed extended state, very time-consuming when being therefore installed on cylinder by rubber band.Meanwhile, make rubber band keep this state for a long time rubber band being arranged on midway Abort Mission after on cylinder, then may make the rubber band be arranged on cylinder that the problems such as deterioration occur because of excessive tensile.In addition, the multiple rubber bands be arranged on if make on cylinder are in armed extended state, even if inoperation trigger, rubber band rifle also may make rubber band launch because touching anything else.
The utility model is on the basis taking into full account above-mentioned situation, and provide a kind of repeating type rubber band rifle, the installation of its rubber band is more easy, can prevent rubber band deterioration simultaneously, and rubber band is only launched when needs are launched.
Utility model content
A kind of repeating type rubber band rifle that the utility model provides, comprising: trigger; Cylinder, it launches the front side rubber band buckle hanging unit of unit rubber band and the sub-assembly of rear side rubber band buckle hanging unit with multiple for buckling, and this sub-assembly along the circumferential direction arranges; Slide block, it can move along the longitudinal direction, and is pushed to anterior position by the active force of functional component; Cylinder rotating member, described slide block produces by the active force of described functional component the power moved forward, and by this power, described cylinder is rotated, and described transmitting unit rubber band is mounted to transmitting site; Slide block buckles component, by with described functional component produce the contrary power of active force, slide block is buckled in rear position, simultaneously by operation described trigger remove buckling of this slide block; Grab, it is installed on described slide block, and for catching on the rearward end of the described transmitting unit rubber band being positioned at transmitting site; Grab working component, when described slide block forwards move by position, described grab is hooked and is being positioned at the rearward end of described transmitting unit rubber band of transmitting site, and make described transmitting unit rubber band tighten when this slide block rearward moves, and when this slide block advances, remove the described grab hooked in described transmitting unit rubber band rearward end.
The preferred version of repeating type rubber band rifle of the present utility model is that described grab working component is made up of cam mechanism.
The further preferred version of repeating type rubber band rifle of the present utility model is, described rear side rubber band buckle hanging unit is given prominence to by from described Cylindorical rod portion, and forms across 2 buckles that the interval holding described grab leading section is provided with.
The further preferred version of repeating type rubber band rifle of the present utility model is that described cylinder rotating member comprises: movement conversion mechanism, and it makes the rectilinear motion of described slide block become rotary motion; One-way clutch mechanism, the rotary motion changed by described movement conversion mechanism is passed to described cylinder by it.
According to repeating type rubber band rifle of the present utility model, the unit rubber band that needs are launched can without the need to too tight when being installed on cylinder, simultaneously, slide block is when position is moved forward, grab catches on the unit rubber band rearward end needing to launch by grab working component, now, only slide block need be made rearward to move position, and operate trigger and can launch rubber band.After this, after slide block moves to anterior position by the active force of functional component, cylinder rotating member can make cylinder rotate, and makes grab catch on the next unit rubber band rearward end needing to launch, thus can make rubber band sequential filming as musket.
In addition, according to its preferred version, because grab is worked by cam mechanism, therefore grab can catch on or unclamp the unit rubber band rearward end needing to launch exactly.
According to its further preferred version, because rear side rubber band buckle hanging unit is made up of 2 buckles, and between 2 buckles, there is the interval can inserting described grab leading section, grab therefore can be made accurately to hook in the unit rubber band rearward end needing to launch.
According to its further preferred version, because it is provided with the movement conversion mechanism rectilinear movement of slide block being converted to rotary motion, and one-way clutch, active force when therefore being advanced by slide block, can make cylinder rotate by predetermined angular.
Accompanying drawing explanation
Fig. 1 is the stereoscopic figure of the repeating type rubber band rifle in detailed description of the invention.
Fig. 2 is the side view of the internal structure representing repeating type rubber band rifle in Fig. 1.
Fig. 3 is the stereogram representing cylinder and cylinder align member.
Fig. 4 represents trigger and the schematic diagram buckling parts engagement relationship.
Fig. 5 is the side view representing cam mechanism.
Fig. 6 is the stereogram representing movement conversion mechanism, one-way clutch mechanism, gear mechanism and cylinder detent mechanism.
Fig. 7 is the schematic diagram representing one-way clutch mechanism.
Fig. 8 is the schematic diagram of the variation 1 of the repeating type rubber band rifle representing Fig. 1 embodiment.
Fig. 9 is the schematic diagram of the variation 2 of the repeating type rubber band rifle representing Fig. 1 embodiment.
Detailed description of the invention
Below, by reference to the accompanying drawings embodiment of the present utility model is described.
Fig. 1 is the stereoscopic figure of repeating type rubber band rifle.
For ease of understanding the structure of this repeating type rubber band rifle 100, an example first with regard to its using method is described.
Such as, in this repeating type rubber band rifle 100, slide block 30 is buckled position in the wings, and has equally spaced buckled 6 rubber bands 1 in the periphery of cylinder 10.In this case, pull a trigger 20 backward, releasing buckles by slide block 30, and this slide block 30 will move to anterior position, and grab 31 (with reference to Fig. 2) hooks in the rearward end of 1 rubber band 1 being positioned at transmitting site.After this, after slide block 30 being moved to rear with hand, the rearward end of 1 rubber band 1 that grab 31 catches on will be pulled rearward stretches, and makes this rubber band 1 tight thus, and slide block 30 is buckled in rear position simultaneously.In this case, pull a trigger 20 backward, releasing buckles by slide block 30, and slide block 30 will move position forward.Now, hook and will unclamp at the grab 31 of tight rubber band 1 rearward end, this rubber band 1 is forwards launched, and during from forward observation, cylinder 10 rotates a certain amount of simultaneously in the counterclockwise direction.By the spinning movement of this cylinder 20, grab 31 will hook the rearward end at next the root rubber band 1 arriving transmitting site.
Thus, in this repeating type rubber band rifle 100, the many rubber bands 1 buckled on cylinder 10 just can sequential filming.
Next be described in detail to the structure of this repeating type rubber band rifle 100.
Fig. 2 is the side view of the internal structure of repeating type rubber band rifle 100.
This repeating type rubber band rifle 100, except comprising cylinder 10, trigger 20, slide block 30, grab 31, also includes slide block and buckles component A, grab working component B, cylinder rotating member C and cylinder align member D.
Fig. 3 is the schematic diagram representing cylinder 10 and cylinder align member D.
Cylinder 10 is installed in rifle body 2, and can rotate centered by the center line of the axle portion 10a extended along the longitudinal direction.This cylinder 10 is made up of separable anterior cylinder 10A and rear portion cylinder 10B.There are in the periphery of this cylinder 10 6 rubber band hooks that circumferentially direction is arranged at equal intervals.All with the front rubber band buckle hanging unit 13 for buckling rubber band 1 leading section and the sub-assembly for the rear end side rubber band buckle hanging unit 14 that buckles rubber band 1 rearward end in each rubber band hook.
Wherein, in the structure of front rubber band buckle hanging unit 13,1 protrusion tab 15 protruding outside to cylinder 10 axle portion 10a radial direction is located on anterior cylinder 10A, and the jagged 15a of front end band of this protrusion tab 15.But breach 15a is impassable yet.Key is to need to be formed with the buckle that can buckle rubber band 1 leading section.
On the other hand, in the structure of rear end side rubber band buckle hanging unit 14, protruding outside to cylinder 10 axle portion 10a radial direction, and parallel to each other 2 protrusion tabs 16,16 are located on the cylinder 10B of rear portion, and its rear end is with jagged 16a respectively.2 protrusion tabs 16,16 are positioned in cylinder 10 peripheral direction mutually at certain intervals, and grab 31 leading section is between described 2 protrusion tabs 16,16.In addition, the breach 16a of rear end side rubber band buckle hanging unit 16 is impassable yet.Key is to need to be formed with the buckle that can buckle rubber band 1 rearward end.
As shown in Figure 2, trigger 20 is provided with trigger cover cap 21.Trigger 20 is installed on the handle 2a of rifle body 2, and can move along the longitudinal direction.This trigger 20 is subject to the active force forward of coil spring 22.Therefore, when user unclamps finger after pulling trigger 20 backward with finger, trigger 20 will return front initial position because of the active force of coil spring 22.Meanwhile, trigger 20 can with the axle of regulation for axle center rotates.
Next buckle component A to slide block to be described.
Slide block buckles component A and has the function buckled by slide block 30 in rear position, and unclamps the function of slide block 30 when pulling trigger 20 backward.
This slide block buckles projection 20a component A including and is located on trigger 20 1 sides, and in handle 2a, be positioned at trigger 20 rear and can carry out straight line back and forth movement buckle parts 23.
Buckle parts 23 and have longitudinally longer elongated hole 23a, 23a, this elongated hole 23a, 23a inside has the columnar part 24 being installed on handle 2a inner face.Meanwhile, buckle parts 23 be subject to the guiding of this columnar part 24 and do the motion of above-below direction.Columnar part 24 also can be stud.
This buckle parts 23 bottom be provided with from the side observe time be elliptoid leaf spring 23b.The lower end of this leaf spring 23b is abutted against mutually with the buckle hanging unit 25 in handle 2a, produces active force upwards to buckling parts 23.This leaf spring 23a also can use other elastic-reaction parts such as coil spring to replace.
In addition, buckling in part relative with the projection 20a of above-mentioned trigger 20 in parts 23 with sliding contacting part 23c, its when pulling trigger 20 backward and this projection 20a slidingly contact, and along the direction contrary with leaf spring 23a active force, make this buckle parts 23 and move downward.This sliding contacting part 23c, can be formed as the jut that above-mentioned projection 20a carries out slidingly contacting from the upper side, also can be formed as the groove or the gap that sandwich above-mentioned projection 20a.
Simultaneously, in the repeating type rubber band rifle 100 of present embodiment, trigger 20 is formed with projection 20a, and buckle sliding contacting part 23c parts 23 being formed with and carrying out with projection 20a slidingly contacting, but also can form projection buckling on parts 23, trigger 20 is formed the sliding contacting part contacted with this tab slides.Key is, during backward operation trigger 20, buckling parts 23 should decline.
Next slide block 30 is described.
Slide block 30 is with the protuberance (not illustrating) be embedded in groove (not illustrating) that rifle body 2 extends along the longitudinal direction, and this protuberance, by moving along this groove, forms straight line back and forth movement along the longitudinal direction.But the structure making slide block 30 carry out straight line back and forth movement is not limited thereto.
As shown in Figure 2, slide block 30 is provided with above-mentioned grab 31, and by above-mentioned buckle that parts 23 carry out buckling by buckle hanging unit 32.
Meanwhile, this slide block 30 is provided with aiming elements 33, and can loads and unloads, even if after taking off this aiming elements 33, repeating type rubber band rifle 100 also can use.In addition, in this embodiment, employing be arrange to buckle parts 23 to buckle the structure of slide block 30 outside trigger 20, but also can adopt the structure being buckled slide block 30 by trigger 20.
As shown in figures 2 and 5, the pars intermedia of grab 31 is supported on slide block 30 rotationally by axle 31a.The end side top of grab 31 with buckle 31b, for catching on the rearward end of rubber band 1.The axle 31a of this grab 31 is wound with torsion spring (not illustrating), and the active force of (counterclockwise) is downwards produced to buckle 31b in Fig. 2.Meanwhile, the side, the other end of grab 31 is with projection 31d.
As shown in Figure 5, the projection 31d of above-mentioned grab 31 is embedded in the cam groove 40 on rifle body 2 inner face.Cam groove 40 is made up of the lower groove 40a extended along the longitudinal direction and upper groove 40b.Meanwhile, the front of lower groove 40a and upper groove 40b and rear end side are interconnected.
In the leading section of cam groove 40, the upper edge side of upper groove 40b is heaved and is formed pedestal shape, and when slide block 30 moves to anterior position, grab 31 is by being wound in active force (counterclockwise) rotation downwards of the torsion spring on axle 31a.Thus, grab 31, is specially the rearward end of buckle 31b hook at rubber band 1.In this condition, when slide block 30 moves towards the rear, projection 31d will along upper groove 40b, and grab 31 also moves towards the rear simultaneously.Now, buckle 31b continues to hook the rearward end at rubber band 1.Slide block 30 is pulled to rear position, and buckles after component A buckles by slide block, and projection 31d arrives the rearward end of cam groove 40.Now, the height and position of the rearward end of cam groove 40 is between lower groove 40a and upper groove 40b, and buckle 31b still hooks the rearward end at rubber band 1.Meanwhile, grab 31 now touches the buckle hanging unit (not illustrating) of rifle body 2, and projection 31d slips into the downside of the partition wall 40c between lower groove 40a and upper groove 40b slightly.In this condition, after slide block 30 is removed and buckled, slide block 30 is forwards moved by the active force of coil spring 30a.Now, projection 31d will along lower groove 40a, produces and slidingly contacts simultaneously with below partition wall 40c.Rear end side below partition wall 40c is inclined plane, and therefore in this position, grab 31 is by active force upwards (clockwise direction of Fig. 2) rotation of torsion spring 31c.Thus, buckle 31b will unclamp the rearward end of rubber band 1, and rubber band 1 is launched.
Next cylinder rotating member B is described.
This cylinder rotating member B is by the direct acting parts 50 carrying out straight line back and forth movement along the longitudinal direction; With the movement conversion mechanism 51 rectilinear motion being converted to rotary motion; Form with one-way clutch mechanism 52 and gear mechanism 53.
Direct acting parts 50 are pulled to rear by the active force of coil spring 54 (with reference to Fig. 2).These direct acting parts 50 are installed on can by above-mentioned position of being touched by buckle hanging unit 32 when slide block 30 moves forward.The active force of coil spring 54 is less than the active force of above-mentioned coil spring 30a, direct acting parts 50 when slide block 30 forwards moves by above-mentioned touched by buckle hanging unit 32 after, will be push by buckle hanging unit 32 and move forward.
As shown in Figure 6, when observing from above, with relative to fore-and-aft direction being skewed gap 50a on these direct acting parts 50.Meanwhile, to be embedded with in the 50a of this gap on the axle 55 extended along the longitudinal direction be with projection 55a.This axle 55 and above-mentioned gap 50a constitute movement conversion mechanism 51, the motion of the tandem of direct acting parts 50 are converted to the rotary motion of axle 55.
As shown in Figure 7, axle 55 leading section is formed with 2 arc plate-shaped springs 56,56 of stretching out in a direction circumferentially.These 2 plate-shaped springs 56,56 are formed centrally point symmetry relative in axle 55.Junction surface 56a is formed outside the top of this plate-shaped springs 56.Meanwhile, the leading section of axle 55 is provided with gear 57.This gear 57 is ring-type, and its inner circumferential is with 6 the recess 57a along the circumferential direction arranged at equal intervals.This recess 57a can engage with the junction surface 56a of above-mentioned plate-shaped springs 56.Direct acting parts 50 move forward, and when axle 55 rotates along prescribed direction (counter clockwise direction of Fig. 7), junction surface 56a engages with recess 57a, and gear 57 is rotated in the same direction.And direct acting parts 50 move towards the rear, axle 55 towards above-mentioned prescribed direction rightabout rotate time, plate-shaped springs 56 bends, and the power transmitted from axle 55 to gear 57 will be blocked.This plate-shaped springs 56 and recess 57a play the effect of one-way clutch mechanism, and the one direction rotation of axle 55 being converted to gear 57 rotates.
As shown in Figure 6, gear 57 is engaged on output gear 60.Herein, the number of teeth of gear 57 and output gear 60 is set to the multiple of 6.The rotary power of gear 57 will be passed to output gear 60 simultaneously.This output gear 60 is formed with the square shaft 60a chimeric with the square hole 10b of cylinder 10 (with reference to Fig. 3).
Meanwhile, output gear 60 has installed rotary body 61, the axle periphery of this rotary body 61 is formed with 6 depressed part 61a along the circumferential direction arranged at equal intervals.Be provided with near this rotary body 61 and there is flexible sounding snap part (not illustrating).Meanwhile, along with the rotation of output gear 60, the position that depressed part 61a and snap part are bonded with each other will send click.
Next cylinder align member D is described.
Cylinder align member D is installed on rifle body 2.This cylinder align member D is with cylinder positioning element 70.This cylinder positioning element 70 can rotate centered by axle 70a.This positioning element 70 observes in wave shape and bending leaf spring 71 by with side, and forms with the buckle hanging unit 72 of the recess 72a holding above-mentioned rear side rubber band buckle hanging unit 14.One side of this cylinder positioning element 70 is formed with groove 70b, in this groove 70b, is embedded with the jut (not illustrating) below direct acting parts 50 leading section.If direct acting parts 50 move forward, at the end of cylinder 10 presses ormal weight rotation, buckle hanging unit 72 will move upward.This buckle hanging unit 72 be positioned at upwards position time, clamp above-mentioned rear side rubber band buckle hanging unit 14 by the sidewall relative with recess 72a, carry out the location of cylinder 10, be positioned at and then remove location to during upper/lower positions.
The framework 2b of above-mentioned rifle body 2, to walk around the mode of cylinder 10, extends to the front of this cylinder 10 below this cylinder 10.The front end of part to cylinder 10 being positioned at cylinder 10 front in this framework 2b supports.Being not particularly limited the parts carrying out this support, can be the U-shaped plate-shaped springs be assembled on framework 2a.
Meanwhile, being arranged in part below cylinder 10 in framework 2b can separate front and back halfway.Such as, in framework 2a, the front portion of cylinder 10 inferior portion and rear portion adopt recess and protuberance tabling, or buckle is bonded with each other with buckle buckle hanging unit and can forms the structure of combination, and by separately this is fitted together to and joint can be separated.As shown in Figure 8, also connecting frame 90 can be added between this front portion and rear portion.The integrated structure of this connecting frame 90 can adopt the structure identical with above-mentioned rear part joint structure with above-mentioned front portion.Meanwhile, be connected auxiliary cylinder 10C by the anterior cylinder 10A at above-mentioned cylinder 10 with between the cylinder 10B of rear portion, cylinder 10 entire length can be increased.
In addition, the anterior 10A of above-mentioned cylinder 10 also can not be connected auxiliary cylinder 10C with between the 10B of rear portion, but loads onto pre-prepd other long cylinders integrated.
As shown in Figure 9, the downside of framework 2b also can be made up of the front handlebar 91 that can carry out loading and unloading or gun stock 92.
It is more than the explanation of the utility model embodiment.The utility model is not limited to the above embodiment, not departing from the scope of main points, can make various distortion.
Such as, in the above-described embodiment, amounting on 6 positions of cylinder 10 periphery is separately installed with 1 rubber band, but it also can install many rubber bands 1 at 1 position.
Claims (5)
1. a repeating type rubber band rifle, comprising:
Trigger;
Cylinder, it launches the front side rubber band buckle hanging unit of unit rubber band and the sub-assembly of rear side rubber band buckle hanging unit with multiple for buckling, and this sub-assembly along the circumferential direction arranges;
Slide block, it can move along the longitudinal direction, and is pushed to anterior position by the active force of functional component;
Cylinder rotating member, described slide block produces by the active force of described functional component the power moved forward, and by this power, described cylinder is rotated, and described transmitting unit rubber band is mounted to transmitting site;
Slide block buckles component, by with described functional component produce the contrary power of active force, slide block is buckled in rear position, simultaneously by operation described trigger remove buckling of this slide block;
Grab, it is installed on described slide block, and for catching on the rearward end of the described transmitting unit rubber band being positioned at transmitting site; And
Grab working component, when described slide block forwards move by position, described grab is hooked and is being positioned at the rearward end of described transmitting unit rubber band of transmitting site, and make described transmitting unit rubber band tighten when this slide block rearward moves, and when this slide block advances, remove the described grab hooked in described transmitting unit rubber band rearward end.
2. repeating type rubber band rifle according to claim 1, is characterized in that, described grab working component is made up of cam mechanism.
3. repeating type rubber band rifle according to claim 1 and 2, is characterized in that, described rear side rubber band buckle hanging unit is given prominence to by from described Cylindorical rod portion, and forms across 2 buckles that the interval holding described grab leading section is provided with.
4. repeating type rubber band rifle according to claim 1 and 2, is characterized in that, described cylinder rotating member comprises:
Movement conversion mechanism, it makes the rectilinear motion of described slide block become rotary motion; With
One-way clutch mechanism, the rotary motion changed by described movement conversion mechanism is passed to described cylinder by it.
5. repeating type rubber band rifle according to claim 3, is characterized in that, described cylinder rotating member comprises:
Movement conversion mechanism, it makes the rectilinear motion of described slide block become rotary motion; With
One-way clutch mechanism, the rotary motion changed by described movement conversion mechanism is passed to described cylinder by it.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014005413U JP3195039U (en) | 2014-10-10 | 2014-10-10 | Repeated rubber band gun |
| JP2014-005413 | 2014-10-10 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204788037U true CN204788037U (en) | 2015-11-18 |
Family
ID=52339555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520421659.4U Expired - Fee Related CN204788037U (en) | 2014-10-10 | 2015-06-18 | Running fire formula rubber band rifle |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP3195039U (en) |
| CN (1) | CN204788037U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106362418A (en) * | 2016-11-04 | 2017-02-01 | 易延军 | Running fire type rubber band machine gun |
| WO2019169983A1 (en) * | 2018-03-05 | 2019-09-12 | 广州灵动创想文化科技有限公司 | Triple-ejection toy |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110193209B (en) * | 2019-06-27 | 2023-12-19 | 广州灵动创想文化科技有限公司 | Turntable type ejection toy |
-
2014
- 2014-10-10 JP JP2014005413U patent/JP3195039U/en not_active Expired - Fee Related
-
2015
- 2015-06-18 CN CN201520421659.4U patent/CN204788037U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106362418A (en) * | 2016-11-04 | 2017-02-01 | 易延军 | Running fire type rubber band machine gun |
| WO2019169983A1 (en) * | 2018-03-05 | 2019-09-12 | 广州灵动创想文化科技有限公司 | Triple-ejection toy |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3195039U (en) | 2014-12-25 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151118 Termination date: 20180618 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |