CN208193652U - Gyrounit - Google Patents

Abstract

The utility model discloses a kind of gyrounit, the gyrounit includes: transmitter, and the top of the transmitter is equipped with emitting head, and the transmitter includes the driving mechanism for driving the emitting head rotation；Gyro, the gyro can be upright on the emitting head, and the bottom of the gyro is equipped with the connection position cooperated with the emitting head, and in driving mechanism operating, the emitting head drives the gyro to rotate by the connection position.Gyro can reliably be located on transmitter by the cooperation of emitting head and connection position, under the action of the driving mechanism, gyro can be driven to rotate when reaching scheduled revolving speed, to realize the transmitting of gyro by gyrounit according to the present utility model.

Description

Gyrounit

Technical field

The utility model relates to toy technique fields, more particularly to a kind of gyrounit.

Background technique

Gyro in the related technology, what is emitted after being connect using bottom with transmitter is fewer, and such as agile gyro adds Fast device is just designed to the shape of clip, by clamping the gear on the gyroaxis of gyro lower part, and realizes and accelerates concurrently to gyro It penetrates.

Tooth or rope is drawn to accelerate to toy top manually in addition, the transmitter of mainstream gyrounit mainly passes through, knot Structure is relatively simple.Common top launcher is rectangular, gun-shaped and clip shape.The top launcher of this shape especially pair It is especially inconvenient in carrying and collection using the transmitter for drawing tooth.Be transmitter figure it is larger, occupy larger sky Between or be to draw tooth longer sharper, it has not been convenient to carrying also be inconvenient to store, and but forgets with transmitter with rack gear sometimes, Cause gyro that can not play.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model mentions A kind of gyrounit out, the gyrounit is emitted by making transmitter be connected with gyro bottom, easily operated.

According to the gyrounit of the utility model embodiment, comprising: the top of transmitter, the transmitter is equipped with transmitting Head, the transmitter include the driving mechanism for driving the emitting head rotation；Gyro, the gyro can be upright in the hair It penetrates on head, the bottom of the gyro is equipped with the connection position cooperated with the emitting head, the hair in driving mechanism operating It penetrates head and drives the gyro to rotate by the connection position.

It, can by gyro by the cooperation of emitting head and connection position according to the gyrounit of the utility model embodiment It is located on transmitter by ground, under the action of the driving mechanism, gyro can be driven to rotate when reaching scheduled revolving speed, to realize The transmitting of gyro.

In addition, also there is following additional technical characteristic according to the gyrounit of the utility model above-described embodiment:

Some embodiments according to the present utility model, the emitting head are equipped with the connection pawl for connecting the gyro, transmitting At least one of slot and magnetic connector.

Further, the emitting head includes: transmitting disk, and the transmitting disk is connected with the driving mechanism；It is multiple described Pawl is connected, the multiple connection dog collar is arranged around the rotation axis of the transmitting disk, and multiple connection pawls are configured to by elastic component It is drawn close towards the rotation axis, the top of each connection pawl is matched with the connection position.

Optionally, it when the emitting head is cooperated by the transmitting slot and the gyro, is equipped with and uses in the transmitting slot In the diving board for popping up the gyro.

Further, the inner wall of the transmitting slot is equipped with the positioning region for positioning the gyro.

Some embodiments according to the present utility model, the gyro include: gyro main body and are located at the gyro main body The top point of bottom, the connection position are located on the top point.

Some embodiments according to the present utility model, between the bottom surface of the connection position and the top of the emitting head, shape Wavy surface as the fluctuating around the gyro.

Further, the connection position includes the multiple connection convex blocks being formed on the periphery of the top point, the multiple The rotation axis that convex block is connected around the gyro is spaced apart setting, and each connection convex block extends downwardly, two neighboring institute It states and forms socket between connection convex block, the gyro is mating by the connection convex block, the socket and the emitting head.

Further, the same side of multiple connection convex blocks in the circumferential is equipped with connection inclined-plane, sets on the emitting head There is the driving inclined-plane matched with the connection inclined-plane.

Handle is arranged in some embodiments according to the present utility model, the bottom of the transmitter or side.

Some embodiments according to the present utility model, the driving mechanism include: motor and motor switch, and the motor is set In the shell of the transmitter, the motor shaft of the motor is connected with the emitting head, and the motor switch is for controlling institute State the switch of motor.

The shell of some embodiments according to the present utility model, the transmitter is equipped with rack gear aperture, the driving machine Structure includes: that rotating disk and drawing is drawn to turn rack gear, the drawings rotating disk be rotatably arranged at the shell it is interior and with the emitting head phase Even, the drawing, which turns rack gear, can extend into the shell from the rack gear tapping and engage with the drawing rotating disk.

Some embodiments according to the present utility model, the driving mechanism include: wiring portion and rope body, and the wiring portion can It is rotationally located in the shell of the transmitter and is connected with the emitting head, the rope body is wound in the wiring portion and inner end Connect the wiring portion.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is an installation diagram according to the gyrounit of the utility model embodiment；

Fig. 2 is the installation diagram of the transmitter of one embodiment in the gyrounit according to the utility model embodiment；

Fig. 3 is a part-structure of the transmitter of one embodiment in the gyrounit according to the utility model embodiment Schematic diagram；

Fig. 4 is another part knot of the transmitter of one embodiment in the gyrounit according to the utility model embodiment Structure schematic diagram；

Fig. 5 is an installation diagram of gyro in the gyrounit according to the utility model embodiment；

Fig. 6 is the schematic diagram of the transmitter of another embodiment in the gyrounit according to the utility model embodiment, In, the half-shell of transmitter is located at the first link position；

Fig. 7 is the schematic diagram of the transmitter of another embodiment in the gyrounit according to the utility model embodiment, In, the half-shell of transmitter is located at the second link position；

Fig. 8 is the exploded view of the transmitter of another embodiment in the gyrounit according to the utility model embodiment, In, the half-shell of transmitter is located at the first link position；

Fig. 9 is the exploded view of the transmitter of another embodiment in the gyrounit according to the utility model embodiment, In, the half-shell of transmitter is located at the second link position；

Figure 10 is the structural schematic diagram according to the driving mechanism of the transmitter of one specific embodiment of the utility model；

Figure 11 is the structural schematic diagram according to the driving mechanism of the transmitter of the utility model another specific embodiment；

Figure 12 is the structural schematic diagram according to the transmitter of the utility model another specific embodiment；

Figure 13 is the structural schematic diagram of the driving mechanism of transmitter shown in Figure 12.

Appended drawing reference:

Gyrounit 100,

Transmitter 1, emitting head 11 emit disk 111, connect pawl 112, cooperate recess 1121, driving inclined-plane 113, driving machine Structure 12, draws rotating disk 121, Rotational Cylindrical 1211, and drawing turns rack gear 122, handle 13, shell 14, rack gear aperture 141, shaft 15, knob 16,

Gyro 2, connection position 21, connection convex block 211, connection inclined-plane 2111, socket 212, gyro main body 22, top point 23,

Bottom case 10, top shell 20, the first connection component 101, first screws muscle 110, and the first limiting slot 102, first screws slot 120, the first limit rib 103, the second connection component 200, second screws muscle 210, and the second limit rib 213, second screws slot 220, Second limiting slot 221,

One-way driver 310, driving end tooth wheel 311, Partner gear 312, pendulum tooth 313, center tooth 314, ratchet 315, Pawl 316, wiring portion 330, accumulator 340, planetary gear train 350, gear ring 351, sun gear 352, planetary gear 353, planet carrier 354,

Emit slot 410, cooperate muscle 411, cooperates inclined-plane S.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term " center ", "upper", "lower", "vertical", "horizontal", The orientation of the instructions such as "top", "bottom" "inner", "outside", " clockwise ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " or position are closed System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, rather than The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore cannot It is construed as a limitation of the present invention.In addition, defining " first ", the feature of " second " can explicitly or implicitly include One or more of the features.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or two More than a.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Gyrounit 100 according to the utility model embodiment is described with reference to the accompanying drawing.

As shown in Fig. 1-Figure 13, according to the gyrounit 100 of the utility model embodiment, comprising: transmitter 1 and gyro 2。

Specifically, the top of transmitter 1 is equipped with emitting head 11, transmitter 1 includes driving mechanism 12, and driving mechanism 12 can For driving emitting head 11 to rotate.

Gyro 2 can be upright on emitting head 11, for example, the bottom of gyro 2 can be set on emitting head 11.Specifically, top The bottom of spiral shell 2 is equipped with connection position 21, and connection position 21 and emitting head 11 cooperate, and when driving mechanism 12 operates, emitting head 11 passes through Connection position 21 is connected with gyro 2, and the bottom of gyro 2 can be surely disposed into the top of emitting head 11, so as to pass through driving Mechanism 12 drives gyro 2 to rotate.

For example, the top of transmitter 1 is equipped with emitting head 11, and driving mechanism 12 can in gyrounit 100 shown in Fig. 1 To be set in the shell of transmitter 1, emitting head 11 can be further driven to by driving mechanism 12 and rotated.

The utility model is not construed as limiting the specific constructive form of transmitter 1, specific to be arranged pass through driving mechanism Effective transmitting of 12 realization gyros 2 is advisable.

It can be incited somebody to action according to the gyrounit 100 of the utility model embodiment by the cooperation of emitting head 11 and connection position 21 Gyro 2 is reliably located on transmitter 1, and under the action of driving mechanism 12,2 turns of gyro can be driven when reaching scheduled revolving speed It is dynamic, to realize the transmitting of gyro 2.

Here desired speed can be specifically arranged according to different gyrounits 100, this skill to technical field It will be understood by for art personnel.

Some embodiments according to the present utility model, emitting head 11 are equipped with the connection pawl 112 of connection gyro 2, transmitting slot At least one of with magnetic connector.It, can as a result, by connection pawl 112, transmitting at least one of slot and magnetic connector To realize being reliably connected between gyro 2 and emitting head 11, consequently facilitating driving gyro 2 to rotate by driving mechanism 12, guarantee The use reliability of gyro 2.

Wherein, transmitting slot 410 (referring to Fig.1 0) is equipped on emitting head 11 in the embodiment having；It is sent out in the embodiment having It penetrates first 11 and is equipped with connection pawl 112 (referring to Fig. 2)；In the embodiment having, emitting head 11 is equipped with magnetic structure.As a result, originally The transmitter 1 of utility model embodiment can adapt to a variety of toy bodies, for example, toy body can be common plastics gyro, have Metal peg-top of metal etc..The scope of application for expanding transmitter 1 as a result, improves the competitiveness of product.

In some embodiments, referring to Fig. 2 and Fig. 3, emitting head 11 includes: transmitting disk 111 and multiple connection pawls 112.

Specifically, transmitting disk 111 is connected with driving mechanism 12；Rotation axis of multiple connection pawls 112 around transmitting disk 111 Setting, multiple connection pawls 112 are configured to draw close towards rotation axis by elastic component (such as torsional spring etc.), each connection pawl 112 Top matched with connection position 21.As a result, pass through it is multiple connection pawls 112 and connection position 21 cooperations, it is easy to accomplish gyro 2 and Being reliably connected between emitting head 11.

Optionally, when emitting head 11 is cooperated by transmitting slot and gyro 2, equipped with for by gyro 2 in the transmitting slot The diving board of pop-up.Gyro 2 can be launched by diving board, be conducive to the interest for improving gyrounit 100.

For example, in some embodiments, when emitting head 11 may include emitting slot, and emitting head 11 passes through the transmitting When slot and gyro 2 cooperate, it can be equipped with diving board (such as plate body etc. with certain elasticity) in the transmitting slot, it is certain when reaching Revolving speed when, the diving board can pop up the gyro 2 of rotation.

Further, the positioning region for positioning gyro 2 is additionally provided on the inner wall of the transmitting slot.For example, the transmitting Positioning region can be equipped on the inner wall of slot, the positioning region can be used for positioning gyro 2.Here, it should be noted that described fixed Position portion can be for such as locating convex block, and the positioning region can be used for not turning in gyro 2 or when 2 low speed rotation of gyro, prevents Only gyro 2 is projected out by the diving board.In this way, making the structure of transmitter 1 more reasonable, and it is convenient for the storage of gyro 2.

Some embodiments according to the present utility model, referring to Fig. 5, gyro 2 includes: gyro main body 22 and top point 23, top point 23 can be located at the bottom of gyro main body 22, and wherein connection position 21 can be located on top point 23.As a result, by setting connection position 21 In on top point 23, being conducive to control emitting head 11 to a certain extent to the enclasping force of connection position 21, consequently facilitating passing through transmitting Device 1 launches gyro 2.

Some embodiments according to the present utility model are formed as between the bottom surface of connection position 21 and the top of emitting head 11 Around the wavy surface of the fluctuating of gyro 2.For example, along the direction of the rotation axis that is parallel to gyro 2, the bottom surface of connection position 21 with Between the top of emitting head 11, wavy surface can be formed as, the wavy surface can be configured to surround the rotation axis of gyro 2 Dipping and heaving.Be conducive to improve the connection reliability between connection position 21 and emitting head 11 in this way.

Wherein, waveform may include square wave, sawtooth wave, triangular wave, sine wave etc..

Further, referring to Fig. 5 and in conjunction with Fig. 1, connection position 21 includes multiple connection convex blocks 211, multiple connection convex blocks 211 It can be formed on the periphery of top point 23, multiple connection convex blocks 211 are spaced apart setting, Mei Gelian around the rotation axis of gyro 2 It connects convex block 211 to extend downwardly, socket 212 can be formed between two neighboring connection convex block 211, gyro 2 passes through connection convex block 211, socket 212 and emitting head 11 are mating.Thus, it is possible to further increase the connection between connection position 21 and emitting head 11 Reliability improves the service performance of gyrounit 100.

For example, referring to Fig. 1, in the up-down direction, the extreme lower position of connection position 21 (such as connection convex block 211 is in upper and lower Upward extreme lower position) with the extreme higher position of emitting head 11 not in same level, the extreme lower position and transmitting of connection position 21 Between first 11 extreme higher position, it can be formed around the wavy surface that the rotation axis of gyro 2 rises and falls, it in this way can be in certain journey The enclasping force between connection position 21 and emitting head 11 is improved on degree, guarantees connection reliability between the two.

Further, in conjunction with Fig. 5, the same side of multiple connection convex blocks 211 in the circumferential can be equipped with connection inclined-plane 2111, Emitting head 11 is equipped with driving inclined-plane 113, and driving inclined-plane 113 can be matched with inclined-plane 2111 is connect.It is driven as a result, by setting Dynamic inclined-plane 113 and connection inclined-plane 2111 convenient for the assembly of connector 11 and gyro 2, and are emitting gyro 2 by transmitter 1 When be more advantageous to the transmitting of driving force.

Handle 13 is arranged in some embodiments according to the present utility model, the bottom of transmitter 1 or side.For example, transmitting Device 1 may include handle 13, transmitter 1 be held in this way convenient for player, to further realize the transmitting of gyro 2.In some realities It applies in example, referring to Fig.1, handle 13 can be set to the bottom of transmitter 1；In some embodiments, handle 13 can also be set to hair The side of emitter 1.The utility model is not construed as limiting the specific structure of handle 13 and setting position, can root in practical application According to needing adaptability to be arranged.

Some embodiments according to the present utility model, driving mechanism 12 include: motor and motor switch, and the motor is located at In the shell 14 of transmitter 1, the motor shaft of the motor is connected with emitting head 11, and the motor switch is for controlling the motor Switch (such as motor turn on or off).

It is understood that since emitting head 11 is connected with the motor shaft of motor, that is to say, that when player opens motor When emitting head 11 it is rotatable, the gyro 2 inside emitting head 11 is turned in certain speed and will be flown out automatically.That is, User drives emitting head 11 to rotate without the mode of drawstring or rack gear, so that player is emitting gyro 2 using transmitter 1 Shi Buyong expends biggish strength, to improve the playability of transmitter 1 and the attraction to child.

In some embodiments, the button being electrically connected with motor can be equipped on transmitter 1 (such as shell), when player presses Dynamic button emitting head 11 is i.e. rotatable.Certainly the mode of triggering motor rotation can also have other modes, such as remote control device, sound Control device etc..

The utility model is without being limited thereto.Some embodiments according to the present utility model, referring to Fig.1 and Figure 13, transmitter 1 Shell 14 be equipped with rack gear aperture 141, driving mechanism 12 includes: that rotating disk 121 and drawing is drawn to turn rack gear 122, draws rotating disk 121 It is rotatably arranged in shell 14, and rotating disk 121 is drawn to be connected with emitting head 11, drawing turns rack gear 122 can be from rack gear aperture 141 Place is extend into shell 14, and drawing turns rack gear 122 and engages with rotating disk 121 is drawn.Drawing, which turns rack gear 122, as a result, can pass through tooth Aperture 141 is connected with transmitter 1, by pulling turns rack gear 122 and can drive that rotating disk 121 is drawn to rotate, to drive hair First 11 rotation is penetrated, drives the gyro 2 being connected with emitting head 11 to rotate in turn after reaching certain speed, realizes the hair of gyro 2 It penetrates.

Some embodiments according to the present utility model, driving mechanism 12 include: wiring portion 330 and rope body, and wiring portion 330 can It is rotationally located in the shell 14 of transmitter 1, and wiring portion 330 is connected with emitting head 11, the rope body is wound on the wiring In portion 330, and the inner end of the rope body connects wiring portion 330.It as a result, can band when pulling described one end restricted and revealed in vitro It moves the wiring portion 330 to rotate, so that emitting head 11 be driven to rotate, after reaching certain speed (can specifically be arranged) and then band The dynamic gyro 2 being connected with emitting head 11 rotates, and realizes the transmitting of gyro 2.

It is mutual can to increase transmitting by using the mode emitted upwards according to the gyrounit 100 of the utility model embodiment Experience sense when dynamic, the entire gyro 2 during accelerated of gyro 2 can be observed.In addition, being existed by the way that position setting will be emitted Gyro bottom, therefore various accessories (such as functor or decoration etc.) can be added at the top of gyro 2, so as to improve gyro 2 function and effect.

The utility model is without being limited thereto, and in some embodiments, transmitter 1 also may be implemented to emit downwards；In some realities It applies in example, transmitter 1 not only may be implemented to emit upwards but also may be implemented to emit downwards.

The specific embodiment of transmitter 1 in gyrounit 100 according to the present utility model is described with reference to the accompanying drawing.

Embodiment one:

As depicted in figs. 1 and 2, the handle 13 of the transmitter 1 is located at the side of transmitter 1, and the emitting head 11 of transmitter 1 is set Elastic pinching member is counted into, which is arranged in the top surface of transmitter 1, when transmitting upward by elastic pinching member, the connection of 2 bottom of gyro Position 21 is designed for the detent that elastic clip card is embraced, and the bottom of gyro 2 is placed on the elastic pinching member, then passes through drawstring or drawing The mode of rack gear drives elastic pinching member to rotate and realize and accelerate to gyro 2.

As shown in figure 3, the attachment base of the transmitter 1 includes pedestal, actuator (such as the one of driving mechanism above-mentioned 12 Kind, similarly hereinafter) and elastic pinching member.Pedestal includes the seat of honour and lower seat, and the seat of honour links into an integrated entity with handle 13, and the top at the seat of honour is set There is cavity, for elastic pinching member placement；Cavity is equipped in lower seat, actuator is installed in the cavity；Lead between the seat of honour and lower seat Cross screw connection.

Rotating disk 121 is drawn to upwardly extend Rotational Cylindrical 1211, which reaches above the seat of honour and and elastic clip Part is connected, so that elastic pinching member be driven to rotate.

Wherein, the actuator of the embodiment can be simple single gear structure, while pedestal is in the drawing rotating disk 121 Side be equipped with for drawing and turning the rack gear aperture 141 that rack gear 122 penetrates, turn rack gear 122 by drawing and nibbled with 121 phase of drawing rotating disk It closes, realizes that pulling drawing to turn the drive of rack gear 122 draws rotating disk 121 to rotate.It draws rotating disk 121 that can drive by Rotational Cylindrical 1211 to send out Penetrating first 11 rotation deviates from gyro 2 from emitting head 11 when reaching certain rotation speed, completes the transmitting of gyro 2.Certainly, The actuator can also be designed to include wiring portion 330 and rope body form, pass through pull rope body one end drive wiring portion 330 Rotation realizes drawstring transmitting to further drive emitting head 11 to rotate by transmission gear etc..

Wherein, the elastic pinching member includes transmitting disk 111 and connection pawl 112, and connection pawl 112 can be elastic clip, hair It penetrates disk 111 and is equipped with the hole to match with Rotational Cylindrical 1211, Rotational Cylindrical 1211 is connected after passing through the hole by end cap and screw realization It connects.It can certainly be using other connection types.It connects such as elastic clip of pawl 112 and includes at least two panels, the elastic clip The bottom of piece, which is connect by shaft 15 with transmitting disk 111, realizes that the elastic clip 15 can rotate around the shaft, and in shaft 15 Place is equipped with torsional spring and realizes the elastic clip and be in rounding state always.Between wherein having between adjacent two panels elastic clip Gap, convenient for the assembly further with gyrounit 100.

As shown in figure 5, the gyro 2 is equipped with connection position 21 on the axis body top of top point 23, which is for described The recess that elastic clip card is embraced.Convex block 211 is connected for example, being convexly equipped in the periphery of axis body, between two neighboring connection convex block 211 It is formed recess (i.e. socket 212), when socket 212 and transmitter 1 cooperate, connection convex block 211 is then located at elasticity described in adjacent two panels Gap location between intermediate plate.

As shown in figure 3, avoiding accelerating to gyro 2 to further increase the fitness of the elastic clip Yu gyro 2 The case where threading off in the process, which is equipped with cooperation recess 1121 in the top center of every a piece of elastic clip, corresponding The cooperation convex block that can match with the cooperation recess 1121 is equipped on the axis body of gyro 2.The connection convex block 211 of the embodiment The convenience of connection can thus be can further improve with the cooperation bump design at identical shape, without going to the company of differentiation Convex block 211 and cooperation convex block are connect, the agility that transmitter 1 is connect with gyro 2 is greatly improved.

The playing method of the transmitter 1 of the present embodiment are as follows: by pulling drawing to turn rack gear 122 or pulling rope body that can make 11 band of emitting head Dynamic gyro 2 rotates, and after being drawn to certain rotation speed, emitting head 11 is detached from the connection to gyro 2, to make gyro 2 from hair Launch in emitter 1.

Embodiment two:

Embodiment two and the structure of embodiment one are substantially the same, the difference is that: emitting head 11 passes through transmitting slot and top Spiral shell 2 cooperates, and the diving board for popping up gyro 2 is equipped in the transmitting slot.Positioning can be equipped on the inner wall of the transmitting slot Portion, the positioning region can be used for positioning gyro 2.Wherein, the positioning region can be such as locating convex block, in gyro 2 do not turn or when 2 low speed rotation of gyro, gyro 2 are prevented to be projected out by the diving board.In this way, making the structure of transmitter 1 more Adduction reason.

The playing method of the transmitter 1 of the embodiment is roughly the same with the playing method of transmitter 1 in embodiment one, no longer superfluous herein It states.

Embodiment three:

Transmitter 1 in the present embodiment can be formed as such as egg type transmitter.

The handle 13 of transmitter 1 can be located at the lower end of transmitter 1, for example, the handle 13 can be by 1 shell of transmitter A part constitute, with facilitate player hold transmitter 1 realize gyro 2 transmitting.1 upper end of transmitter is equipped with recess for gyro 2 lower part is put into, and the connector and connection position of the two can be mutually matched spine position.

As illustrated in fig. 7 and fig. 10, the lower end of transmitter 1, the emitting head 11 of transmitter 1 is arranged in the handle 13 of the embodiment It is designed to recess, which is arranged in the top surface of connector 1, and when transmitting upward by recess, the bottom of gyro 2 is placed on the recess In, it then drives recess to rotate drawstring or by way of drawing rack gear and realizes and accelerate to gyro 2.Wherein, it is shown in Fig. 7 another A kind of gyro 2 of specific embodiment, it is to be understood that gyro 2 shown in gyro 2 or Fig. 5 here.

As shown in Figure 10, the attachment base of the transmitter 1 includes shell, actuator and recess.The upper end of shell is equipped with lid The upper part of body, recess is stretched out from the port among lid, and actuator is in the space between shell and lid.Shell and Pass through screw connection between lid.

Actuator includes knob 16, rope body, wiring portion 330, gear, driving gear set, wherein knob 16 and rope body One end connection, and knob 16 is located on the shell wall of shell, pulls rope body for hand-held；The other end of rope body is wound on wiring portion 330 On, the upper end in wiring portion 330 is coaxially connected with gear, which is meshed with one end of driving gear set；The lower end of recess Equipped with lower gear, which is meshed with the other end of driving gear set.Therefore it realizes and rope body is pulled recess can be driven to rotate.

The inner wall of recess is additionally provided with convex spine, and the lower end axis body of corresponding gyro 2 is equipped with matched spine position, works as top When the lower end of spiral shell 2 is put into the recess, spine position is made to match with convex spine and realize cooperation, 2 energy of gyro when realizing recess rotation Preferably rotate synchronously.

On 2 axis body of gyro spine position be to be formed between the convex block by interval, further, in order to realize spine position and it is convex Spine is more smoothly in cooperation, the wherein side of the convex spine of recess and the convex block of gyro 2 is designed to inclined-plane, therefore gyro 2 is being put When entering recess, convex spine can more smoothly move on at spine position under the auxiliary on inclined-plane.

Specifically, as shown in Fig. 6-Figure 10, the egg type transmitter of the present embodiment includes top shell 20, bottom case 10 and driving mechanism 12.Bottom case 10 and top shell 20 have the first link position and the second link position, in first link position, bottom case 10 and top Shell 20 is oppositely arranged and fastens to form egg type, and in second link position, bottom case 10 and top shell 20 are disposed opposite to each other and connect, In in second link position, top shell 20 is disposed opposite to each other with bottom case 10, and top shell 20 is located at the bottom of bottom case 10, is using When egg type transmitter 1 emits gyro 2, top shell 20 can be formed as the handle 13 held for player.Bottom case 10 is equipped with emitting head 11 and driving mechanism 12, emitting head 11 be rotatably arranged in corresponding bottom case 10, driving mechanism 12 is connected with emitting head 11. Emitting head 11 is equipped with transmitting slot 410, and the inner wall of transmitting slot 410 is equipped with multiple axially extending cooperation muscle along emitting head 11 411, cooperate one end of the separate bottom case 10 of muscle 411 to be equipped with cooperation inclined-plane S.

In some embodiments, as illustrated in figs. 8-9, in first link position, two half-shells pass through the first connection Component 101 is detachably connected；In second link position, two half-shells are detachably connected by the second connection component 200.The The connection type of one connection component 101 and/or the second connection component 200 is to screw connection, snap connection, plug connection, actuation At least one of connection.

It is understood that in the embodiments of the present invention, the first connection component 101 and the second connection component 200 Connection type can be the same or different, that is to say, that in the embodiment having, the first connection component 101 and second connects Connected components 200 are all formed as screwing connection, snap connection, plug connection and any one of are attracted connection.And in the reality having It applies in example, the first connection component 101 or the second connection component 200 are formed as screwing connection, snap connection, plug connection and actuation One of connection, in this case, if the first connection component 101 is formed as screwing connection, the second connection component 200 be just formed as snapping connection, plug connection and any one of be attracted connection.A variety of connection types can make manufacturer Corresponding suitable connection structure is selected according to the material shape difference of half-shell, so that the practicability of half-shell is higher, appearance is better It sees.

It is also possible to aspiration structure it should be added that being attracted structure and can be magnetic structure.

As illustrated in figs. 8-9, top shell 20, which is equipped with second and screws slot 220 and first, screws muscle 110, bottom case 10 be equipped with Second screw the cooperation of slot 220 second screw muscle 210 and with first screw the cooperation of muscle 110 first screw slot 120.First screws Muscle 110 is equipped with the first limiting slot 102, and the first inner wall for screwing slot 120 is equipped with the first limit cooperated with the first limiting slot 102 Position muscle 103.Second screws muscle 210 equipped with the second limit rib 213, and the second inner wall for screwing slot 220 is equipped with and the second limit The second limiting slot 221 that muscle 213 cooperates.

As shown in Figure 10, driving mechanism 12 is (not shown including one-way driver 310, knob 16, wiring portion 330, rope body Out) and accumulator 340.One-way driver 310 includes driving end tooth wheel 311, Partner gear 312, pendulum tooth 313 and center tooth 314, driving end tooth wheel 311 is coaxial with Partner gear 312 and is spaced apart setting, and Partner gear 312 is connected with emitting head 11, Pendulum tooth 313 is formed as Double-gear, and center tooth 314 is again formed as Double-gear, and the lower gear and driving end tooth wheel 311 for putting tooth 313 are nibbled It closes, the gear of center tooth 314 is engaged with Partner gear 312.When end tooth wheel 311 being driven to rotate forward, pendulum tooth 313 is towards in 314 direction of raker tooth rotates, and puts the gear and 314 lower gear of center tooth engaged transmission of tooth 313, so that Partner gear 312 and emitting head 11 rotate；When end tooth wheel 311 being driven to invert, pendulum tooth 313 is directed away from 314 direction of center tooth and rotates, and puts tooth 313 gear is disengaged from 314 lower gear of center tooth, so that Partner gear 312 and emitting head 11 are not driven The influence that moved end gear 311 inverts is slowed down.Wiring portion 330 with driving end tooth wheel 311 be connected, restrict body be wound in wiring portion 330 and Inner end connection 330 outer end of wiring portion is connected on knob 16.Accumulator 340 is connected with wiring portion 330, bottom case 10 respectively.Accumulation of energy Device 340 is configured to accumulation of energy during Partner gear 312 and pendulum 313 engaged transmission of tooth, Partner when accumulator 340 releases energy Gear 312 and pendulum tooth 313 are detached from.

The playing method of the egg type transmitter of the present embodiment are as follows: when player pulls rope body so that driving end tooth wheel 311 rotates forward, pendulum Tooth 313 rotates under the driving of driving end tooth wheel 311 towards the direction close to Partner gear 312, so that pendulum tooth 313 and passive End tooth wheel 312 engages, so that driving end tooth wheel 311 can drive Partner gear 312 to rotate, while accumulator 340 stores Energy；When body of restricting is drawn to certain distance or the end, accumulator 340 releases the energy of savings, and rope body rollback wiring portion 330 is simultaneously Driving end tooth wheel 311 is driven to invert, pendulum tooth 313 is directed away from the side of Partner gear 312 under the driving of driving end tooth wheel 311 To rotation, so that pendulum tooth 313 and Partner gear 312 are detached from, so that driving end tooth wheel 311 cannot drive Partner gear 312 rotations, that is to say, that emitting head 11 will not be made to slow down when the rope automatic rollback of body.

The advantages of egg type transmitter of the present embodiment are as follows: user can pull repeatedly rope body that emitting head 11 is carried out repeatedly Accelerate, to improve the initial speed after toy body flies out in emitting head 11, improves the average of wins of toy body.

Example IV:

As shown in Fig. 6-Figure 10, the egg type transmitter 1 of the present embodiment includes top shell 20, bottom case 10 and driving mechanism 12.Bottom Shell 10 and top shell 20 have the first link position and the second link position, in the first link position bottom case 10 and 20 phase of top shell Egg type is formed to being arranged and fastening, is disposed opposite to each other and connects in the second link position bottom case 10 and top shell 20.On bottom case 10 Equipped with emitting head 11 and driving mechanism 12, emitting head 11 is rotatably arranged in corresponding bottom case 10, driving mechanism 12 and hair First 11 are penetrated to be connected.

Structure in the structure of bottom case 10, top shell 20 and emitting head 11 and embodiment three is substantially the same that this will not be repeated here.

As shown in figure 11, driving mechanism 12 include planetary gear train 350, one-way driver 310, wiring portion 330, rope body and Accumulator 340.Planetary gear train 350 includes gear ring 351,352, three planetary gears 353 of sun gear and planet carrier 354, is unidirectionally turned Dynamic device includes the pawl 316 being located on sun gear 352 and the ratchet 315 being located on emitting head 11.Wiring portion 330 respectively with planet Frame 354, accumulator 340 are connected.Rope body is wound in wiring portion 330 and inner end connection wiring portion 330, and outer end is connected to knob 16 On.Three planetary gears 353 are arranged around the axis of sun gear 352, and each planetary gear 353 is nibbled with sun gear 352 and gear ring 351 It closes, gear ring 351 is fixed on bottom case 10.

When body of restricting extends so that planet carrier 354 rotates forward that sun gear 352 is driven to rotate forward, pawl 316 is nibbled with ratchet 315 It closes so that sun gear 352 drives the rotation of emitting head 11, while 340 accumulation of energy of accumulator；When rope body is drawn to certain distance or the end When, accumulator 340 releases the energy of savings, and rope body rollback wiring portion 330 simultaneously drives planet carrier 354 to invert, so that too 352 reversion of sun wheel, while pawl 316 and ratchet 315 are detached from so that operand and emitting head 11 are detached from and cooperate.

The specific playing method of the egg type transmitter of the utility model are as follows: player can be by pulling rope body to drive wiring portion 330 Rotation, while accumulator 340 being made to store energy, the rotation in wiring portion 330 can drive the rotation of planet carrier 354 so that three For the rotation of planetary gear 353 to drive sun gear 352 to rotate, sun gear 352 is located at the pawl on sun gear 352 while rotation 316 engage that emitting head 11 is driven to rotate with the ratchet 315 being located on emitting head 11, and the toy body emitted in slot at this time can be with Rotate synchronously, since 11 turns of emitting head of driving be planetary gear train 350, when player pulls rope toy body can have compared with High revolving speed.When body pulling of restricting is at the end and unclamps rope body, the energy release that accumulator 340 stores drives wiring portion 330 will Restrict body rollback while drive planet carrier 354 to invert so that sun gear 352 inverts, due to ratchet 315 and pawl 316 Single-direction transmission characteristic not will drive the rotation of emitting head 11 when sun gear 352 inverts at this time, that is to say, that when rope body is in accumulator When retracting under the action of 340, emitting head 11 can't be inverted.Player constantly pulls rope to may make turning for emitting head 11 as a result, Speed is getting faster until toy body is launched.

The advantages of egg type transmitter of the present embodiment are as follows: user can pull repeatedly rope body that emitting head 11 is carried out repeatedly Accelerate, to improve the initial speed after toy body flies out in emitting head 11, improves the average of wins of toy body.

Embodiment five:

As shown in Fig. 6-Fig. 9, the egg type transmitter 1 of the present embodiment includes top shell 20, bottom case 10 and driving mechanism 12.Bottom case 10 and top shell 20 there is the first link position and the second link position, it is opposite in the first link position bottom case 10 and top shell 20 It is arranged and fastens to form egg type, is disposed opposite to each other and connects in the second link position bottom case 10 and top shell 20.It is set on bottom case 10 There are emitting head 11 and driving mechanism 12, emitting head 11 is rotatably arranged in corresponding bottom case 10, driving mechanism 12 and transmitting First 11 are connected.

Structure in the structure of bottom case 10, top shell 20 and emitting head 11 and embodiment three is substantially the same that this will not be repeated here.

As shown in Figure 12-Figure 13, driving mechanism 12 includes that rotating disk 121 and drawing is drawn to turn rack gear 122, draws rotating disk 121 can It is rotationally located in bottom case 10 and is connected with emitting head 11, drawing turns rack gear 122 can extend into bottom case 10 simultaneously from rack gear tapping It is engaged with rotating disk 121 is drawn.

The playing method of the egg type transmitter of the present embodiment are as follows: drawing turn rack gear 122 from rack gear tapping protrude into bottom case 10 with drawing After rotating disk 121 engages, player, which pulls drawing to turn rack gear 122, can drive drawing rotating disk 121 to rotate, so that 11 phase of emitting head Bottom case 10 is rotated, to realize the toy body that transmitting is placed on inside emitting head 11.

The one-way driver 310 in embodiment three and example IV can also be cooperated to make in the egg type transmitter of the present embodiment Must draw turn rack gear 122 can repeatedly pull back and forth with realize emitting head more than 11 times acceleration.

Here, it should be noted that in reasonable situation, being between above-mentioned different embodiments described in this application can With what is combined or be combined with each other.

For example, the gyro 2 of different structure can be used cooperatively with same transmitter 1, to realize the transmitting of gyro 2.Or The gyro 2 of person's same structure can be used cooperatively from the transmitter 1 of different embodiments, to realize the transmitting of gyro 2.It can be with It is the transmitting etc. that corresponding component between the transmitter 1 of different structure can be implemented in combination gyro 2 (identical or different structure).

According to other compositions of the gyrounit 100 of the utility model embodiment and operate for ordinary skill All be for personnel it is known, be not detailed herein.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means particular features, structures, materials, or characteristics described in conjunction with this embodiment or example It is contained at least one embodiment or example of the utility model.In the present specification, schematic expression of the above terms Necessarily it is directed to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be It can be combined in any suitable manner in any one or more embodiment or examples.In addition, without conflicting with each other, this field Technical staff can carry out the feature of different embodiments or examples described in this specification and different embodiments or examples Combination and combination.

Although the embodiments of the present invention have been shown and described above, it is to be understood that above-described embodiment is Illustratively, it should not be understood as limiting the present invention, those skilled in the art are in the scope of the utility model Inside it can make changes, modifications, alterations, and variations to the above described embodiments.

Claims (13)

1. a kind of gyrounit characterized by comprising

The top of transmitter, the transmitter is equipped with emitting head, and the transmitter includes for driving the emitting head to rotate Driving mechanism；

Gyro, the gyro can be upright on the emitting head, and the bottom of the gyro is equipped with the company cooperated with the emitting head Position is connect, the emitting head drives the gyro to rotate by the connection position in driving mechanism operating.

2. gyrounit according to claim 1, which is characterized in that the emitting head is equipped with the company for connecting the gyro Connect pawl, transmitting at least one of slot and magnetic connector.

3. gyrounit according to claim 2, which is characterized in that the emitting head includes:

Emit disk, the transmitting disk is connected with the driving mechanism；

Multiple connection pawls, the multiple connection dog collar are arranged around the rotation axis of the transmitting disk, and multiple connection pawls pass through Elastic component is configured to draw close towards the rotation axis, and the top of each connection pawl is matched with the connection position.

4. gyrounit according to claim 2, which is characterized in that when the emitting head by the transmitting slot with it is described When gyro cooperates, the diving board for popping up the gyro is equipped in the transmitting slot.

5. gyrounit according to claim 4, which is characterized in that the inner wall of the transmitting slot is equipped with for positioning State the positioning region of gyro.

6. gyrounit according to claim 1, which is characterized in that the gyro includes: gyro main body and is located at described The top point of the bottom of gyro main body, the connection position are located on the top point.

7. gyrounit according to claim 1, which is characterized in that the top of the bottom surface of the connection position and the emitting head Between portion, it is formed around the wavy surface of the fluctuating of the gyro.

8. gyrounit according to claim 7, which is characterized in that the connection position includes be formed in top point outer Multiple connection convex blocks on week, the multiple connection convex block is spaced apart setting around the rotation axis of the gyro, each described Connection convex block extends downwardly, and socket is formed between the two neighboring connection convex block, and the gyro passes through the connection convex block, institute It states socket and the emitting head is mating.

9. gyrounit according to claim 8, which is characterized in that the same side of multiple connection convex blocks in the circumferential Equipped with connection inclined-plane, the emitting head is equipped with the driving inclined-plane matched with the connection inclined-plane.

10. gyrounit according to claim 1, which is characterized in that handle is arranged in the bottom of the transmitter or side Hand.

11. gyrounit according to claim 1 to 10, which is characterized in that the driving mechanism includes:

Motor and motor switch, the motor are located in the shell of the transmitter, the motor shaft of the motor and the transmitting Head is connected, and the motor switch is used to control the switch of the motor.

12. gyrounit according to claim 1 to 10, which is characterized in that set on the shell of the transmitter There is rack gear aperture, the driving mechanism includes: that rotating disk and drawing is drawn to turn rack gear, and the drawing rotating disk is rotatably arranged at the shell In vivo and be connected with the emitting head, it is described draw turn rack gear can be extend into the shell from the rack gear tapping and with it is described Draw rotating disk engagement.

13. gyrounit according to claim 1 to 10, which is characterized in that the driving mechanism include: around Rope portion and rope body, the wiring portion are rotatably arranged in the shell of the transmitter and are connected with the emitting head, the rope Body is wound in the wiring portion and inner end connects the wiring portion.