CN202928446U

CN202928446U - Wirelessly controlled shooter

Info

Publication number: CN202928446U
Application number: CN 201220635609
Authority: CN
Inventors: 王汉民
Original assignee: MAISTO INTERNATIONAL Inc
Current assignee: MAISTO INTERNATIONAL Inc
Priority date: 2012-11-27
Filing date: 2012-11-27
Publication date: 2013-05-08
Anticipated expiration: 2022-11-27

Abstract

The utility model discloses a wirelessly controlled shooter, which comprises a shooter body and a remote controller, the shooter body comprises a first shell and a second shell which are detachably connected, the first shell and the second shell are provided with a first chamber for containing bullets and a second chamber for containing a power unit and a transmission, an internal shell assembly is rotatably arranged in the first chamber, six bullet-fixing fasteners are circularly fixed in the internal shell assembly, one end of each fastener is fixed by a rubber ring, bullets are respectively placed in the other ends of the fasteners, and a shooting switch by means of which the fasteners can shoot the bullets is fixed on the first shell and corresponds to the fasteners. The wirelessly controlled shooter has the advantages that: the structure is simple, the wirelessly controlled shooter is easy and convenient to operate, the production cost is low, the wirelessly controlled shooter can shoot continuously and from a distance, and moreover, the wirelessly controlled shooter can be mounted on or used along with other toys to increase the interestingness of the toys.

Description

The controlled in wireless emitter

Technical field

The utility model relates to a kind of controlled in wireless emitter.

Background technology

At present, peashooter on market of a great variety, function is also many, moulding is also more true to nature, for example, Chinese patent literature CN 202452888U open " a kind of peashooter ", its cartridge clip is characterized in that: also comprise and draw lid, pulling mechanism, clamping mechanism and trigger mechanism by interface arrangment and the cartridge clip installation cavity clamping of being located on the rifle body; Also be provided with out the bullet chamber on the rifle body, go out to play the chamber and be in the top of cartridge clip installation cavity and communicate with the cartridge clip installation cavity, go out to play on the rifle body of relevant position, chamber and offer out the bullet window; Draw the relevant position that is covered on out the bullet window, and be connected with trigger by pulling mechanism; Clamping mechanism is located at the upper end of cartridge clip box body, and trigger mechanism is located at the madial wall of cartridge clip installation cavity and is matched with clamping mechanism.Cartridge case is pressed into from the cartridge clip opening, and cartridge clip is inserted in the cartridge clip installation cavity, whether dropping out of cartridge case depends on opening or closing of bullet window, that is to say to depend on and pull or unclamp trigger, when the independent shooting of simulation or continuous fire, the scene that cartridge case drops from the rifle body.Although this peashooter comparison emulation, but its complex structure, will inevitably cause processing technology complicated, the cost that is peashooter is just higher, simultaneously this peashooter must the manual cocking of people could emission bullet, can't accomplish to launch when the people separates with peashooter, reduce the interest of peashooter.

The utility model content

The purpose of this utility model is to solve the problems of the technologies described above, a kind of controlled in wireless emitter is provided, its have advantages of simple in structure, easy and simple to handle, cost is low, can launch continuously, detachable emission, and this emitter can be coordinated with other toys photo and install or the collocation use, to increase the interest of toy.

For reaching this purpose, the utility model by the following technical solutions:

A kind of controlled in wireless emitter, comprise emitter body and remote controller, described emitter body comprises the first shell and the second housing that detachable connects, and is provided with the first cavity that holds bullet and the second cavity that holds power set and transmission device in described the first shell and described second housing;

Rotate in described the first cavity interior shell component is set, in described interior shell component, annular is fixedly installed the fixing buckle of using of six bullets, one end of six described buckles is all fixed by annular rubber ring, the other end is laid respectively bullet, the corresponding described emission switch that is fixedly installed on described the first shell be used to buckle is ejected bullet that is buckled in.

a kind of preferred version as the controlled in wireless emitter, described interior shell component comprises the first inner casing, the second inner casing and the 3rd inner casing, described the 3rd inner casing center arranges connecting rod, described connecting rod passes the 3rd inner casing successively, the second inner casing, the first inner casing, and be inserted on the first shell, to pass through described connecting rod with described the first inner casing, the second inner casing and the 3rd inner casing connect as one, on described the first shell, corresponding connecting rod activity arranges connecting axle, described connecting axle inside has the cavity that holds described connecting rod, the first screw thread is set in described cavity, corresponding the first screw thread arranges the second screw thread in the connecting rod end, be threaded with connecting axle by connecting rod, interior shell component is rotated in the first cavity by connecting rod and connecting axle.

a kind of preferred version as the controlled in wireless emitter, in described the second cavity, power set are set, the input of described power set is connected with the output of described control system, the input of described control system is connected with the output of the receiving system of described remote controller, the output of described power set connects a scroll bar, the gear train that described scroll bar one side setting is meshed with it, described the first inner casing peripheral annular arranges the inner casing gear, described inner casing gear is meshed with described gear train, so that driving described inner casing gear, described gear train rotates, and then described the first inner casing is rotated in the first cavity.

a kind of preferred version as the controlled in wireless emitter, described buckle comprises the buckle body, described buckle body comprises first end and the second end, the first protuberance is set on described first end, on described the second end, the second protuberance is set, between described the first protuberance and the second protuberance, the 3rd protuberance is set, described the first protuberance, the second protuberance, the 3rd protuberance is all perpendicular to described buckle body, and all be positioned at described buckle body homonymy, described the 3rd protuberance arranges the first back-off away from an end of described buckle body, described the second protuberance arranges the second back-off away from an end of described buckle body.

As a kind of preferred version of controlled in wireless emitter, the length of described the 3rd protuberance is greater than the length of described the first protuberance or the second protuberance.

A kind of preferred version as the controlled in wireless emitter, described rubber ring is arranged between described the first protuberance and the 3rd protuberance, on described the 3rd protuberance, deformed spring is set, an end of described deformed spring is buckled on described the 3rd protuberance, and the other end is used for being connected with the bullet end.

A kind of preferred version as the controlled in wireless emitter, described bullet comprises bullet first end and bullet the second end, described bullet first end passes described the 3rd inner casing successively, the second inner casing snaps onto on the interior buckle of the first inner casing, and near described bullet first end, stopper slot is set on bullet, the setting that is complementary of the second back-off of described stopper slot and described the second protuberance is so that bullet is limited in described buckle.

As a kind of preferred version of controlled in wireless emitter, also be provided with on described buckle body be used to the second back-off that makes described the second protuberance and the heterodromous buckle fulcrum of bullet stopper slot.

a kind of preferred version as the controlled in wireless emitter, described gear train comprises the first gear train that mutually is the engagement setting, the second gear train, the 3rd gear train, the 4th gear train, the first pinion and the first gear of coaxial rotation are set on described the first gear train, the second pinion and the second largest gear of coaxial rotation are set on described the second gear train, third pinion and the third-largest gear of coaxial rotation are set on described the 3rd gear train, fourth pinion and the fourth-largest gear of coaxial rotation are set on described the 4th gear train, described first gear and the engagement of described scroll bar, described the first pinion and described second largest gear engagement, described the second pinion and described the third-largest gear engagement, described third pinion and described the fourth-largest gear engagement, the inner casing gear engagement of described the fourth-largest gear and described the first inner casing.

As a kind of preferred version of controlled in wireless emitter, described emission switch is fixedly installed on the periphery of described connecting axle.

The beneficial effects of the utility model are: by rotating in the enclosure, interior shell component is set, and be fixedly installed buckle in interior shell component, correspondence is buckled in and is fixedly installed emission switch on shell, can make the bullet in the inner casing assembly be undertaken spacing by buckle, and buckle can eject bullet rapidly after buckle touches emission switch, and interior shell component is by continuous the rotating of power set, therefore can realize the emission that bullet is continuous; The power set of controlling by remote control is set in the enclosure, and utilize power set automatically to promote interior shell component rotation, can make emitter can be placed on any position, all can realize emission with any toy collocation, the contrast prior art, that this controlled in wireless emitter has advantages of is simple in structure, easy and simple to handle, cost is low, can launch continuously, detachable emission, and this emitter can be coordinated with other toys photo and install or collocation is used, to increase the interest of toy.

Description of drawings

Fig. 1 is the structural representation (having removed the part shell, so that internal structure can represent) of controlled in wireless emitter described in the utility model;

Fig. 2 is the use state diagram (having removed the part shell, so that internal structure can represent) of Fig. 1;

Fig. 3 is the structural representation of buckle in Fig. 2.

In figure:

1, the first shell; 2, second housing; 3, power set; 4, scroll bar; 5, the first gear train; 6, the second gear train; 7, the 3rd gear train; 8, the 4th gear train; 9, the first inner casing; 10, the second inner casing; 11, the 3rd inner casing; 12, bullet; 13, buckle; 131, buckle body; 132, the first protuberance; 133, the second protuberance; 134, the 3rd protuberance; 135, the first back-off; 136, the second back-off; 14, deformed spring; 15, buckle fulcrum; 16, rubber ring; 17, connecting axle; 18, connecting rod; 19, emission switch.

The specific embodiment

as shown in Figures 1 to 3, controlled in wireless emitter described in this embodiment, comprise a kind of controlled in wireless emitter, comprise emitter body and remote controller, the emitter body comprises the first shell 1 and the second housing 2 that detachable connects, be provided with the first cavity that holds bullet 12 and the second cavity that holds power set 3 and transmission device in the first shell 1 and second housing 2, rotate in the first cavity interior shell component is set, in interior shell component, annular is fixedly installed the fixing buckle 13 of using of six bullets 12, one end of six buckles 13 is all fixing by annular rubber ring 16, the other end is laid respectively bullet 12, corresponding buckle 13 is fixedly installed on the first shell 1 be used to the emission switch 19 that buckle 13 is ejected bullet 12.

interior shell component comprises the first inner casing 9, the second inner casing 10 and the 3rd inner casing 11, the 3rd inner casing 11 centers arrange connecting rod 18, connecting rod 18 passes the 3rd inner casing 11 successively, the second inner casing 10, the first inner casing 9, and be inserted on the first shell 1, on the first shell 1, corresponding connecting rod 18 activities arrange connecting axle 17, connecting axle 17 inside have the cavity that holds connecting rod 18, the first screw thread is set in cavity, corresponding the first screw thread arranges the second screw thread in connecting rod 18 ends, so that connecting rod 18 can be with the first inner casing 9, the second inner casing 10 and the 3rd inner casing 11 connect as one, and all can rotate in the first cavity, and emission switch 19 is fixedly installed on the periphery of connecting axle 17.

Power set 3 are set in the second cavity, the input of power set 3 is connected with the output of control system, the input of control system is connected with the output of the receiving system of remote controller, the output of power set 3 connects a scroll bar 4, the gear train that scroll bar 4 one side settings are meshed with it, the first inner casing 9 peripheral annular arrange the inner casing gear, and the inner casing gear is meshed with gear train, rotate so that gear train can drive the inner casing gear, and then the first inner casing 9 is rotated in the first cavity.

Buckle 13 comprises buckle body 131, buckle body 131 comprises first end and the second end, the first protuberance 132 is set on first end, the second protuberance 133 is set on the second end, between the first protuberance 132 and the second protuberance 133, the 3rd protuberance 134 is set, the first protuberance 132, the second protuberance 133, the 3rd protuberance 134 are all perpendicular to buckle body 131, and all be positioned at buckle body 131 homonymies, the 3rd protuberance 134 arranges the first back-off 135, the second protuberances 133 away from an end of buckle body 131 and away from an end of buckle body 131, the second back-off 136 is set.

The length of the 3rd protuberance 134 is greater than the length of the first protuberance 132 or the second protuberance 133.

Rubber ring 16 is arranged between the first protuberance 132 and the 3rd protuberance 134, on the 3rd protuberance 134, deformed spring 14 is set, and an end of deformed spring 14 is buckled on the 3rd protuberance 134, and the other end is connected with bullet 12 ends.

Bullet 12 comprises bullet first end and bullet the second end, the bullet first end passes the 3rd inner casing 11 successively, the second inner casing 10 snaps onto on the interior buckle 13 of the first inner casing 9, and on bullet 12, stopper slot is set near the bullet first end, the setting that is complementary of the second back-off 136 of stopper slot and the second protuberance 133 is so that bullet 12 is limited in buckle 13.

Also be provided with on buckle body 131 be used to the second back-off 136 and the heterodromous buckle fulcrum 15 of bullet stopper slot that makes the second protuberance 133.

gear train comprises the first gear train 5 that mutually is the engagement setting, the second gear train 6, the 3rd gear train 7, the 4th gear train 8, the first pinion and the first gear of coaxial rotation are set on the first gear train 5, the second pinion and the second largest gear of coaxial rotation are set on the second gear train 6, third pinion and the third-largest gear of coaxial rotation are set on the 3rd gear train 7, fourth pinion and the fourth-largest gear of coaxial rotation are set on the 4th gear train 8, first gear and scroll bar 4 engagements, the first pinion and the engagement of second largest gear, the second pinion and the engagement of the third-largest gear, third pinion and the engagement of the fourth-largest gear, the inner casing gear engagement of the fourth-largest gear and the first inner casing 9.

Operation principle:

The first step: the bullet first end of bullet 12 is inserted by second housing 2, be inserted at last in the interior buckle 13 of the first inner casing 9 through the 3rd inner casing 11, the second inner casing 10 successively, and the second back-off 136 of the second protuberance 133 of the bullet stopper slot on bullet 12 and buckle 13 is complementary, buckle 13 is under the effect of annular rubber ring 16, by buckle fulcrum 15, at active force reverse with rubber ring 16 convergent forces of the second back-off 136 places generation, bullet 12 is tightly fastened;

second step: remote controller is opened, after control system receives the signal that the remote controller receiving system receives, start power set 3, power set 3 are by scroll bar 4, the first gear train 5, the second gear train 6, the 3rd gear train 7, the 4th gear train 8 drives the first inner casing 9, the second inner casing 10 and the 3rd inner casing 11 rotate in the enclosure, when interior shell component rotates to certain position, buckle 13 is encountered emission switch 19, buckle 13 is extruded, by buckle fulcrum 15, force the second back-off 136 and bullet 12 counter motions, separate with bullet 12, simultaneously under the effect of deformed spring 14, bullet 12 is ejected interior shell component, after buckle 13 turns over emission switch 19, under the convergent force effect of annular rubber ring 16, buckle 13 sets back again, like this with the rotation of interior shell component, bullet 12 is followed a quilt with regard to one and is penetrated.

Know-why of the present utility model has below been described in conjunction with specific embodiments.These are described just in order to explain principle of the present utility model, and can not be interpreted as by any way the restriction to the utility model protection domain.Based on explanation herein, those skilled in the art does not need to pay performing creative labour can associate other specific embodiment of the present utility model, within these modes all will fall into protection domain of the present utility model.

Claims

1. controlled in wireless emitter, comprise emitter body and remote controller, it is characterized in that, described emitter body comprises the first shell and the second housing that detachable connects, and is provided with the first cavity that holds bullet and the second cavity that holds power set and transmission device in described the first shell and described second housing;

2. controlled in wireless emitter according to claim 1, it is characterized in that, described interior shell component comprises the first inner casing, the second inner casing and the 3rd inner casing, described the 3rd inner casing center arranges connecting rod, described connecting rod passes the 3rd inner casing successively, the second inner casing, the first inner casing, and be inserted on the first shell, to pass through described connecting rod with described the first inner casing, the second inner casing and the 3rd inner casing connect as one, on described the first shell, corresponding connecting rod activity arranges connecting axle, described connecting axle inside has the cavity that holds described connecting rod, the first screw thread is set in described cavity, corresponding the first screw thread arranges the second screw thread in the connecting rod end, be threaded with connecting axle by connecting rod, interior shell component is rotated in the first cavity by connecting rod and connecting axle.

3. controlled in wireless emitter according to claim 2, it is characterized in that, in described the second cavity, power set are set, the input of described power set is connected with the output of described control system, the input of described control system is connected with the output of the receiving system of described remote controller, the output of described power set connects a scroll bar, the gear train that described scroll bar one side setting is meshed with it, described the first inner casing peripheral annular arranges the inner casing gear, described inner casing gear is meshed with described gear train, so that driving described inner casing gear, described gear train rotates, and then described the first inner casing is rotated in the first cavity.

4. controlled in wireless emitter according to claim 2, it is characterized in that, described buckle comprises the buckle body, described buckle body comprises first end and the second end, the first protuberance is set on described first end, on described the second end, the second protuberance is set, between described the first protuberance and the second protuberance, the 3rd protuberance is set, described the first protuberance, the second protuberance, the 3rd protuberance is all perpendicular to described buckle body, and all be positioned at described buckle body homonymy, described the 3rd protuberance arranges the first back-off away from an end of described buckle body, described the second protuberance arranges the second back-off away from an end of described buckle body.

5. controlled in wireless emitter according to claim 4, is characterized in that, the length of described the 3rd protuberance is greater than the length of described the first protuberance or the second protuberance.

6. controlled in wireless emitter according to claim 5, it is characterized in that, described rubber ring is arranged between described the first protuberance and the 3rd protuberance, on described the 3rd protuberance, deformed spring is set, one end of described deformed spring is buckled on described the 3rd protuberance, and the other end is used for being connected with the bullet end.

7. controlled in wireless emitter according to claim 6, it is characterized in that, described bullet comprises bullet first end and bullet the second end, described bullet first end passes described the 3rd inner casing successively, the second inner casing snaps onto on the interior buckle of the first inner casing, and near described bullet first end, stopper slot is set on bullet, the setting that is complementary of the second back-off of described stopper slot and described the second protuberance is so that bullet is limited in described buckle.

According to claim 4 to 7 arbitrary described controlled in wireless emitter, it is characterized in that, also be provided with on described buckle body be used to the second back-off that makes described the second protuberance and the heterodromous buckle fulcrum of bullet stopper slot.

9. controlled in wireless emitter according to claim 3, it is characterized in that, described gear train comprises the first gear train that mutually is the engagement setting, the second gear train, the 3rd gear train, the 4th gear train, the first pinion and the first gear of coaxial rotation are set on described the first gear train, the second pinion and the second largest gear of coaxial rotation are set on described the second gear train, third pinion and the third-largest gear of coaxial rotation are set on described the 3rd gear train, fourth pinion and the fourth-largest gear of coaxial rotation are set on described the 4th gear train, described first gear and the engagement of described scroll bar, described the first pinion and described second largest gear engagement, described the second pinion and described the third-largest gear engagement, described third pinion and described the fourth-largest gear engagement, the inner casing gear engagement of described the fourth-largest gear and described the first inner casing.

10. controlled in wireless emitter according to claim 2, is characterized in that, described emission switch is fixedly installed on the periphery of described connecting axle.