CN208193649U - Store power transmitter - Google Patents

Abstract

The utility model discloses a kind of storage power transmitters, the storage power transmitter includes transmitter ontology, emit head assembly, driving assembly and release component, emitting head assembly includes rotor and holder, rotor is rotatably located on transmitter ontology, holder is located on rotor, holder is launched part for fixation, driving assembly is located on transmitter ontology, driving assembly is configured to mates and rotor be driven to rotate with rotating in triggering, and driving assembly is detached from rotor in release and cooperates, release component is located on transmitter ontology, release component is launched part for triggering holder release.It can be realized according to the storage power transmitter of the utility model embodiment and the drop point for being launched part controlled, it can be compatible with and a variety of be launched part, external force is also avoided simultaneously, and driving assembly is worn or damaged when driving rotation on rotor, the spoilage for reducing driving assembly improves the entire reliability for storing power transmitter.

Description

Store power transmitter

Technical field

The utility model relates to toy art more particularly to a kind of storage power transmitters.

Background technique

Existing mainstream top launcher mainly passes through draws rack gear or rope to accelerate then to gyro player by it manually Launch.But pulling force required for starting due to high speed transmitter is larger, it is hard that child pulls up comparison.Furthermore same A transmitter can not be compatible with a variety of emission rates.

Existing top launcher includes following several:

(1) rack gear top launcher is accelerated directly to gyro by rack gear, is taken very much when drawing the more transmitter of high speed Power；

(2) accumulation of energys transmitting merely accelerates by torsional spring power to gyro, and the gyro that this transmitter is launched turns Speed is not high, and fighting capacity is not strong；

(3) multiple accumulation of energy transmitter, by continuously pulling rope to accelerate to gyro, but cannot make gyro vertical drop, The drop point of gyro is uncontrollable；

(4) motor band gear transmitter, loads onto unavailable external force rotary gyro after gyro.

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 storage power transmitter out, the power transmitter that stores can control the drop point of gyro.

According to the storage power transmitter of the utility model embodiment, comprising: transmitter ontology；Emit head assembly, the transmitting Head assembly includes: rotor and holder, and the rotor is rotatably located on the transmitter ontology, the holding Part is located on the rotor, and the holder is launched part for fixation；Driving assembly, the driving component are located at the hair On emitter ontology, the driving component be configured in triggering with the rotation mates and drive rotor rotation, And the driving component is detached from the rotor in release and cooperates；Component is discharged, the release component is located at the transmitting On device ontology, the release component is launched part described in the holder release for triggering.

According to the storage power transmitter of the utility model embodiment, released from holder since release component can will be launched part It puts, therefore, after user is made holder and be launched part rotation using driving assembly driving rotor, triggering release component can Part release (be launched part and be detached from and store power transmitter) will be launched, the drop point for being launched part is controlled to realize.With this Meanwhile driving assembly is configured to mates and rotor be driven to rotate with rotation in triggering, and driving assembly is when discharging It is detached from and cooperates with rotor, thus when there is the rotation of outer power drive rotor, driving assembly will not move therewith, avoid as a result, External force is worn when driving rotation on rotor or damage driving assembly, reduces the spoilage of driving assembly, mentions The high entire reliability for storing power transmitter.Further, since being launched, part is not direct to be connect with driving assembly, expands storage in this way The compatibility of power transmitter, can emit it is a variety of it is different be launched part, improve the scope of application for storing power transmitter, from And preferably meet the requirement of player.

In some embodiments, the transmitting head assembly includes: lock piece and unlock piece, and the lock piece is for driving institute It states and is launched part described in holder fixation, the unlock piece is launched part described in the holder release for driving, described to release Put component drives at least one of the lock piece and the unlock piece to link in triggering.

In some alternative embodiments, the transmitting head assembly includes: lever, and the lever is rotatably connected to institute It states on rotor, at lock piece described in normal pressure system, the release component matches the lever structure with the lever, described to release Put component drives the lever to discharge the lock piece in triggering.

In some alternative embodiments, the lock piece along the rotary shaft of the rotor extending direction slideably It is located on the rotor, is matched between the lock piece and the holder by locking surface, the extension of the locking surface Angle is formed between direction and the extending direction of the rotary shaft.

In some specific embodiments, the lock piece is equipped with multiple locking pillars, multiple locking pillar rings Open up and set around the new ro-tational axis, be equipped with the locking surface on each locking pillar, the holder be it is multiple, it is more A holder is matched with multiple locking pillars respectively.

In some embodiments, the holder along the direction of the rotary shaft perpendicular to the rotor slidably, it is described Holder is equipped with and the claw for being launched part cooperation.

In some alternative embodiments, the storage power transmitter, the release component includes: release member, described to release Put part along perpendicular to the lever lever shaft extending direction slidably, pass through release between the release member and the lever Face matches, and angle is equipped between the extending direction of the emission surface and the glide direction of the release member；Discharge elastic component, institute State release elastic component be connected between the release member and the transmitter ontology it is described to drive the release member to be directed away from It slides in the direction of lever.

In some alternative embodiments, the driving component includes: one-way driver, and the one-way driver includes: End tooth wheel, Partner gear and pendulum tooth, the driving end tooth wheel is driven to be spaced apart setting, the driving with the Partner gear End tooth wheel is located on the transmitter ontology, and the Partner gear is connected with the rotor, the driving end tooth wheel and institute It states pendulum tooth to be meshed always, the shaft of the pendulum tooth is swingable along setting track, the one end of the pendulum tooth in the setting track When with Partner gear engaged transmission, the pendulum tooth is de- with the Partner gear in the other end of the setting track From engagement.

In some alternative embodiments, the driving component includes: wiring portion and restrict body, the wiring portion and the drive Moved end gear is connected, and the rope body is wound in the wiring portion and inner end connects the wiring portion.

In some alternative embodiments, the storage power transmitter, further includes: accumulator, the accumulator respectively with The driving end tooth wheel, the transmitter ontology are connected, and the accumulator is configured in the Partner gear and the pendulum tooth Accumulation of energy during engaged transmission, the accumulator are released the Partner gear and the pendulum tooth when energy and are detached from.

It gives out, partially will become apparent from the description below, or pass through the utility model in the middle part of following description Practice is recognized.

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 the overall structure diagram of the storage power transmitter of the utility model embodiment.

Fig. 2 is the transmitting head assembly of the utility model embodiment and the local structural graph for discharging component.

The diagrammatic cross-section of the transmitting head assembly of Fig. 3 the utility model embodiment.

The partial structural diagram of the driving assembly of Fig. 4 the utility model embodiment.

Appended drawing reference:

Storage power transmitter 1,

Transmitter ontology 10

Transmitting head assembly 20,

Rotor 210,

Holder 220, claw 221,

Lever 230, return springs 231,

Lock piece 240, locking pillar 241, locking surface 242,

Unlock piece 250,

Driving assembly 30,

One-way driver 310, driving end tooth wheel 311, pendulum tooth 312, center tooth 313, Partner gear 314,

Wiring portion 320, rope body 321, pull ring 322,

Accumulator 330,

Release component 40,

Release member 410, emission surface 411,

Discharge elastic component 420.

Specific embodiment

The embodiments of the present invention are described below in detail, the example of embodiment is shown in the accompanying drawings, wherein from beginning to end Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached The embodiment of figure description is exemplary, and is only used for explaining the utility model, and should not be understood as limiting the present invention.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " suitable The orientation or positional relationship of the instructions such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " is orientation based on the figure Or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than the device of indication or suggestion meaning or Element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as the limit to the utility model System.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 more.

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.

Below with reference to Fig. 1-Fig. 4 description according to the specific structure of the storage power transmitter 1 of the utility model embodiment.

It as shown in Figure 1-Figure 3, include transmitter ontology 10, transmitting according to the storage power transmitter 1 of the utility model embodiment Head assembly 20, driving assembly 30 and release component 40.Emitting head assembly 20 includes rotor 210 and holder 220, rotor 210 are rotatably located on transmitter ontology 10, and holder 220 is located on rotor 210, and holder 220 is for fixing It is launched part, driving assembly 30 is located on transmitter ontology 10, and driving assembly 30 is configured to match in triggering with rotor 210 Merging zone method turn kinetoplast 210 rotates, and driving assembly 30 is detached from rotor 210 in release and cooperates, and release component 40 is located at On transmitter ontology 10, release component 40 is launched part for triggering the release of holder 220.

It is understood that including on the one hand release component 40 due to storing power transmitter 1, release component 40 can will be launched Part is discharged from holder 220, then that is driving rotor 210 to make holder using driving assembly 30 in user 220 and be launched part rotation after, triggering release component 40 can will be launched part release (be launched part be detached from store power transmitter 1).As stated above, user can according to need the landing position that selection is launched part, which thereby enhances player and sends out power is stored The user satisfaction of emitter 1,

On the other hand, rotor 210 is driven since driving assembly 30 is configured to merge in triggering with the matching of rotor 210 Rotation, and driving assembly 30 is detached from rotor 210 in release and cooperates, that is to say, that user turns when triggering driving assembly 30 Kinetoplast 210 just can rotate, if driving assembly 30 is not triggered, the artificial rotary motion body 210 of player can only make rotor 210 rotations are without that can drive driving assembly 30 to move, and this avoid external forces when driving its rotation on rotor 210, Abrasion damages driving assembly 30 and is launched the stuck phenomenon generation of part, reduces the spoilage of driving assembly 30, improves The entire reliability for storing power transmitter 1.

It should be noted that be located on holder 220 due to being launched part, and what driving assembly 30 directly drove It is to maintain part 220, then that is storing power transmitter 1 if holder 220 can be compatible with the different parts that is launched Emit and a variety of different is launched part.Top launcher compared with prior art, the storage power transmitter 1 of the utility model embodiment Can be compatible with it is a variety of be launched part, the scope of application of the storage power transmitter 1 of the utility model embodiment is improved, to improve Player's user satisfaction.

Additional description is needed exist for, in the embodiments of the present invention, being launched part can also be with for gyro It is other shooting toys, such as flechette-type toy, bullet shaped toy etc..The suitable of power transmitter 1 is stored thus, it is possible to further increase With range, to improve player's user satisfaction.

According to the storage power transmitter 1 of the utility model embodiment, since release component 40 can will be launched part from holder It is discharged on 220, therefore, drives rotor 210 to make holder 220 using driving assembly 30 in user and be launched part rotation Afterwards, triggering release component 40 can will be launched part release (be launched part be detached from store power transmitter 1), to realize to being sent out Penetrate the drop point control of part.At the same time, driving assembly 30, which is configured to merge in triggering with the matching of rotor 210, drives rotor 210 rotations, and driving assembly 30 is detached from rotor 210 in release and cooperates, thus when there is outer power drive rotor 210 to rotate When, driving assembly 30 will not move therewith, avoid external force as a result, when driving its rotation on rotor 210, abrasion or Person damages driving assembly 30, reduces the spoilage of driving assembly 30, improves the entire reliability for storing power transmitter 1.In addition, Part is not direct to be connect with driving assembly 30 due to being launched, and is expanded the compatibility for storing power transmitter 1 in this way, can be emitted It is a variety of it is different be launched part, the scope of application for storing power transmitter 1 is improved, to preferably meet the requirement of player.

In some embodiments, as shown in Fig. 2-Fig. 3, transmitting head assembly 20 includes lock piece 240 and unlock piece 250, lock For stop member 240 for driving holder 220 is fixed to be launched part, unlock piece 250 is launched part for driving holder 220 to discharge, It discharges component 40 and drives the linkage of at least one of lock piece 240 and unlock piece 250 in triggering.

It should be noted that release component 40 only drives lock piece 240 to move in the embodiment having；In the implementation having In example, release component 40 only drives unlock piece 250 to move；In the embodiment having, release component 40 drives unlock piece 250 simultaneously It is moved with lock piece 240.Description is launched the mistake that part is released for discharging component 40 and lock piece 240 is driven to move below Journey.

It will be appreciated that will be sent out under original state since the locking effect of lock piece 240 makes holder 220 securely It penetrates part to be fixed on holder 220, unlock piece 250 can not drive the release of holder 220 to be launched part at this time.It is locked when player triggers When stop member 240, lock piece 240 discharges holder 220, so that holder 220 is in the state that can be move freely, unlocks at this time Part 250 can drive holder 220 to release to the locking of part is launched, and be released from rotor 210 so that being launched part Out.

In some alternative embodiments, as shown in figure 3, unlock piece 250 is formed as spring, spring often drives holder 220 are launched the direction movement of part towards release.In the initial state, since the locking effect of lock piece 240 makes holder 220 compressed springs make it store certain elastic potential energy, the bullet of spring store after lock piece 240 discharges holder 220 Property potential energy release, holder 220 under the effect of spring force towards release be launched part direction movement so that keep Part 220 releases the locking to part is launched, and can be detached from transmitting head assembly 20 by outbox.In this way using spring as unlock piece 250 form, structure is simple, is easy driving holder 220 and moves.

In some alternative embodiments, as shown in Fig. 2-Fig. 3, transmitting head assembly 20 includes lever 230, and lever 230 can It is rotationally connected on rotor 210, lever 230 is configured to normal pressure lockmaking stop member 240, and release component 40 and lever 230 match It closes, release component 40 activation lever 230 in triggering discharges lock piece 240.It is understood that lever 230 is often compressed on lock 240 more stable ground locking holder 220 of lock piece is enabled in stop member 240, to avoid imitating due to 240 locking of lock piece Fruit is bad to cause to be launched part and discharges automatically in the occasion that can not be discharged.

In some alternative embodiments, as shown in Fig. 2-Fig. 3, extension of the lock piece 240 along the rotary shaft of rotor 210 Direction is slidably disposed on rotor 210, is matched between lock piece 240 and holder 220 by locking surface 242, locking Angle is formed between the extending direction of the rotary shaft of the extending direction and rotor 210 in face 242.

It is understood that locking surface 242 is formed as forming angle between extending direction and the rotary shaft of rotor 210 Inclined-plane, as long as lock piece 240 can be made to move, holder 220 corresponding can be launched on part towards release Direction movement.And if the extending direction of locking surface 242 is parallel with rotary shaft, if completely disengage when lock piece 240 or When most locking surfaces 242 are detached from holder 220, holder 220 could be moved, and can not only make to be launched releasing for part in this way Leave with and postponing, it is also necessary to reserve biggish travel to lock piece 240, increase store power transmitter 1 to a certain extent Size reduces the experience of player.Therefore, it is not only able to improve the release speed for being launched part as locking surface 242 using inclined-plane Degree can also shorten the travel of lock piece 240.

It should be noted that the folder between the extending direction of the rotary shaft of the extending direction and rotor 210 of locking surface 242 Angle size can make restriction according to actual needs, herein not to the extending direction of locking surface 242 and the rotation of rotor 210 The corner dimension of the extending direction of shaft makes specific restriction.

In some specific embodiments, as shown in Fig. 2-Fig. 3, lock piece 240 is equipped with multiple locking pillars 241, more A locking pillar 241 revolves around it between centers and is spaced apart, and locking surface 242, holder 220 are equipped on each locking pillar 241 To be multiple, multiple holders 220 are matched with multiple locking pillars 241 respectively.It is understood that thus holder 220 can It is fixed on holder 220 with will tively firm be launched part, avoids the phenomenon that being launched part Automatic-falling generation.

In some embodiments, holder 220 along the direction of the rotary shaft perpendicular to rotor 210 slidably, holder 220 be equipped with be launched part cooperation claw 221.It is understood that will be launched part using claw 221 is fixed on holding It can be improved restriction of the holder 220 to part is launched on part 220, avoid the phenomenon that being launched part Automatic-falling generation, thus Improve the user satisfaction of player.

In some alternative embodiments, as shown in Fig. 2, release component 40 includes release member 410 and release elastic component 420, release member 410 along the lever shaft perpendicular to lever 230 extending direction slidably, between release member 410 and lever 230 lead to It crosses emission surface 411 to match, angle is equipped between the extending direction of emission surface 411 and the glide direction of release member 410, discharge bullet Property part 420 is connected between release member 410 and transmitter ontology 10 to drive release member 410 to be directed away from the direction of lever 230 Sliding.

It is understood that when player triggers release member 410, since release member 410 is along the lever perpendicular to lever 230 The extending direction of axis is slidably.Therefore, when release member 410 is toggled, the movement of release member 410 will drive 230 turns of lever It is dynamic, so that lever 230 releases the compacting to lock piece 240, to realize that lock piece 240 discharges holder 220, unlock piece 250 Driving holder 220 discharges the function of being launched part.

Further, since being equipped with release elastic component 420 between release member 410 and transmitter ontology 10, therefore when player triggers When release member 410, release elastic component 420 is in energy storage state, after player removes the driving force being applied on release member 410, Release elastic component 420 can be released the stored energy to drive release member 410 to return to initial position, so that lever 230, lock piece 240, holder 220 return to initial position, carry out reset operation to above-mentioned component without player in this way, simplify The operation of player improves the player's usage experience for storing power transmitter 1.

It should be added that the shape for storing power transmitter 1 is formed as gun-shaped, release member 410 is formed as rifle Trigger, improve in this way store power transmitter 1 aesthetic measure.Certainly the release member in the other embodiments of the utility model 410 may be formed as other shapes, do not enumerate repeat herein.

In some alternative embodiments, as shown in figure 4, driving assembly 30 includes one-way driver 310, one-way driver 310 include driving end tooth wheel 311, Partner gear 314 and pendulum tooth 312, and driving end tooth wheel 311 and Partner gear 314 are spaced It opens up and sets, driving end tooth wheel 311 is located on transmitter ontology 10, and Partner gear 314 is connected with rotor 210, drives end tooth Wheel 311 is meshed always with tooth 312 is put, and the shaft for putting tooth 312 is swingable along setting track, and pendulum tooth 312 is setting the one of track With 314 engaged transmission of Partner gear when end, puts tooth 312 and nibbled when setting the other end of track with the disengaging of Partner gear 314 It closes.

It should be noted that hereinafter end tooth wheel 311 will be driven to rotate so that putting the shaft direction of tooth 312 for convenience of description The rotation direction moved close to Partner gear 314 is forward direction, and driving end tooth wheel 311 rotates the shaft direction so that pendulum tooth 312 The rotation direction moved far from Partner gear 314 is reversed.

It is understood that pendulum tooth 312 is at driving end when the effect of one-way driver 310 is that driving end tooth wheel 311 rotates forward It rotates under the driving of gear 311 towards the direction close to Partner gear 314 and is engaged so that putting tooth 312 with Partner gear 314, So that driving end tooth wheel 311 can drive Partner gear 314 to rotate.That is, when driving end tooth wheel 311 rotates forward When, rotor 210 can be rotated with relative transmission device ontology 10.Conversely, pendulum tooth 312 is at driving end when driving end tooth wheel 311 inverts The direction rotation of Partner gear 314 is directed away under the driving of gear 311, so that pendulum tooth 312 and Partner gear 314 are de- From so that driving end tooth wheel 311 cannot drive Partner gear 314 to rotate, that is to say, that when driving end tooth wheel 311 inverts When, rotor 210 will not there is a phenomenon where invert.Due to the effect of one-way driver 310, rotor 210 is may be implemented in player Multiple acceleration.Such as in the embodiment having, drive end tooth wheel 311 by rack drives, it can be more according to above-mentioned analysis player Secondary pulling rack gear is so that emitting head persistently accelerates, and has no effect on the rotation of rotor 210 when rack gear is pulled back.It plays as a result, Family can allow for the part that is launched on rotor 210 using correct tension and obtain higher initial turn Speed improves the average of wins for being launched part.

It should be added that appropriate adjustment driving end tooth wheel 311, Partner gear 314 and the number of teeth energy for putting tooth 312 It is enough to improve the acceleration function for storing power transmitter 1 to a certain extent, the velocity of rotation of rotor 210 is improved, so as to mention The initial rotation speed for being launched part launched on high rotor 210.

In some embodiments, as shown in figure 4, one-way driver 310 further includes being meshed always with Partner gear 314 Center tooth 313, pendulum tooth 312 is meshed with Partner gear 314 when setting one end of track by center tooth 313.It can With understanding, the transmission ratio of one-way driver 310 can be adjusted by adjusting the number of teeth of center tooth 313, so that working as Partner gear 314 rotates faster, so that the revolving speed of rotor 210 increases when end tooth wheel 311 being driven to rotate forward.Thus may be used To realize, rotor 210 obtains bigger revolving speed under identical acceleration times, so that part will be launched by storing power transmitter 1 When launching, part is launched with higher initial speed, improves the fighting capacity for being launched part.It needs exist for remarking additionally , in the embodiments of the present invention, the number of center tooth 313 is either one or more, misaligns herein The number of raker tooth 313 is defined, the number of the actual transmission that can according to need when installation space selection center tooth 313.

Advantageously, it as shown in figure 4, center tooth 313 only has one and is coaxially disposed with pendulum tooth 312, thus reduces unidirectional The volume size of driver 310 reduces the volume for storing power transmitter 1 to a certain extent, reduces the life for storing power transmitter 1 Produce cost.

In some alternative embodiments, driving assembly 30 includes wiring portion 320 and rope body 321, wiring portion 320 and driving End tooth wheel 311 is connected, and rope body 321 is wound in wiring portion 320 and inner end connection wiring portion 320.

As a result, when player pulls rope body 321, the driving rotation of end tooth wheel 311 can be driven so that Partner gear 314 rotations are to drive rotor 210 to rotate.It can reduce using the driving method for pulling rope body 321 that rotor 210 is driven to rotate The driving force of player enables player that rotor 210 is more driven to rotate easily, is located in rotor 210 to drive Be launched part rotation.Certainly, in the other embodiments of the utility model, other devices can also be used by storing power transmitter 1 Driving end tooth wheel 311 is driven to rotate, such as player drives driving end tooth wheel 311 to rotate using rack gear.

In some alternative embodiments, as shown in figure 4, storing power transmitter 1 further includes accumulator 330, accumulator 330 divides It is not connected with driving end tooth wheel 311, transmitter ontology 10, accumulator 330 is configured to nibble in Partner gear 314 and pendulum tooth 312 Accumulation of energy during being driven is closed, Partner gear 314 is detached from pendulum tooth 312 when accumulator 330 releases energy.

It is understood that there is unidirectional pass according to the storage power transmitter 1 described above due to the utility model embodiment Dynamic device 310, one-way driver 310 can make player repeatedly accelerate the part that is launched being mounted on rotor 210.When It stores power transmitter 1 and is equipped with wiring portion 320 and rope body 321, and when accumulator 330 connect with wiring portion 320, when player's pulling rope When body 321 is so that driving end tooth wheel 311 rotates forward, pendulum tooth 312 is under the driving of driving end tooth wheel 311 towards close to Partner gear 314 direction rotates so that pendulum tooth 312 is engaged with Partner gear 314, so that driving end tooth wheel 311 can drive passively End tooth wheel 314 rotates, while 330 accumulation of energy of accumulator；When body 321 of restricting, which is drawn, arrives certain distance or the end, accumulator 330 will be stored up The energy of storage is released, and rope 321 rollback wiring portion 320 of body simultaneously drives driving end tooth wheel 311 to invert, and pendulum tooth 312 is in driving end tooth wheel The direction rotation of Partner gear 314 is directed away under 311 driving, so that pendulum tooth 312 and Partner gear 314 are detached from, from And to drive end tooth wheel 311 from driving Partner gear 314 to rotate, that is to say, that will not make when rope 321 automatic rollback of body Rotor 210 is obtained to slow down.User can pull repeatedly rope body 321 that rotor 210 is repeatedly accelerated as a result, to mention It is launched the initial speed after part flies out in high rotor 210, improves the average of wins for being launched part.

The storage power transmitter 1 of one specific embodiment of the utility model is described below with reference to Fig. 1-Fig. 4.

As shown in Figure 1, the storage power transmitter 1 of the present embodiment includes transmitter ontology 10, transmitting head assembly 20, driving assembly 30 and release component 40.

As shown in Fig. 2-Fig. 3, transmitting head assembly 20 includes rotor 210, holder 220, lever 230,240 and of lock piece Unlock piece 250, rotor 210 are rotatably located on transmitter ontology 10, and holder 220 is located on rotor 210, solution Latch fitting 250 is formed as the spring being connected between holder 220 and rotor 210 and for driving holder 220 to discharge gyro, Lock piece 240 is for driving the fixed gyro of holder 220.Lever 230 is rotatably connected on rotor 210,230 structure of lever Normal pressure lockmaking stop member 240 is caused, release component 40 is matched with lever 230, and release component 40 activation lever 230 in triggering is released Lock piece 240 is put, lever 230 and rotor 210 are equipped with the return springs 231 that normal activation lever 230 moves downward.

Lock piece 240 can be formed as three claws 221 along the pivot center up and down motion holder 220 of rotor 210, and three A claw 221 is uniformly distributed around the pivot center of rotor 210, and each claw 221 is all provided between rotor 210 tangible As the unlock piece 250 of spring, spring driving claw 221 is directed away from the direction movement of the rotation axis of rotor 210.Locking With the one-to-one locking pillar 241 of claw 221 there are three being set on part 240, lead between each locking pillar 241 and claw 221 Locking surface 242 is crossed to match.The rotation axis that locking surface 242 is formed as being directed away from rotor 210 in a downward direction inclines Oblique inclined-plane.

As shown in Fig. 2, release component 40 includes release member 410 and release elastic component 420, release member 410 is along perpendicular to thick stick The extending direction of 230 axis of lever of bar 230 slidably, is matched by emission surface 411 between release member 410 and lever 230, is released It puts face 411 and is formed as the inclined inclined-plane of rotation axis for being directed away from rotor 210 in an upward direction.Release member 410 can Lock piece 240 is detached from activation lever 230.

As shown in figure 4, driving assembly 30 includes one-way driver 310, wiring portion 320, rope body 321, pull ring 322 and accumulation of energy Device 330.One-way driver 310 includes driving end tooth wheel 311, Partner gear 314, pendulum tooth 312 and center tooth 313, drives end Gear 311 is spaced apart setting with Partner gear 314, and driving end tooth wheel 311 is located on transmitter ontology 10, Partner gear 314 are connected with rotor 210, and center tooth 313 and pendulum tooth 312 are coaxially disposed, and pendulum tooth 312 is connected with driving end tooth wheel 311 always. When driving end tooth wheel 311 to rotate forward, put tooth 312 and center tooth 313 towards the direction close to Partner gear 314 move so that in 314 engaged transmission of raker tooth 313 and Partner gear.When driving end tooth wheel 311 to invert, tooth 312 and center tooth 313 are put towards remote Direction from Partner gear 314 moves so that center tooth 313 is disengaged from Partner gear 314.Driving assembly 30 includes Wiring portion 320 and rope body 321, wiring portion 320 are connected with driving end tooth wheel 311, and rope body 321 is wound in wiring portion 320 and inner end It connects 320 outer end of wiring portion and connects pull ring 322.Accumulator 330 is connected with driving end tooth wheel 311, transmitter ontology 10 respectively, stores Energy device 330 is configured to accumulation of energy during Partner gear 314 and pendulum 312 engaged transmission of tooth, and accumulator 330 is released passive when energy End tooth wheel 314 and pendulum tooth 312 are detached from.

The usage of the storage power transmitter 1 of the present embodiment is that gyro is connected on three claws 221 first, when player draws When running rope body 321 is so that driving end tooth wheel 311 rotates forward, pendulum tooth 312 is under the driving of driving end tooth wheel 311 towards close to Partner The direction of gear 314 rotates so that pendulum tooth 312 is engaged with Partner gear 314, so that driving end tooth wheel 311 can drive Partner gear 314 rotates, while that is 330 accumulation of energy of accumulator can drive gyro to rotate when player pulls rope body 321； When body 321 of restricting, which is drawn, arrives certain distance or the end, accumulator 330 releases the energy of savings, and restrict 321 rollback wiring portion of body 320 and drive driving end tooth wheel 311 invert, pendulum tooth 312 driving end tooth wheel 311 driving under be directed away from Partner gear 314 direction rotation, so that pendulum tooth 312 and Partner gear 314 are detached from, so that driving end tooth wheel 311 cannot drive quilt Moved end gear 314 rotates, that is to say, that will not gyro be slowed down when rope 321 automatic rollback of body.

When player presses release member 410, release member 410 can push lever 230 to rotate around its own axis, thus lever 230 release the compacting to lock piece 240, and lock piece 240 is moved upwards to release and claw 221 under the action of lever 230 It limits, under the elastic force effect of unlock piece 250, three claws 221 are directed away from the direction movement of the shaft of rotor 210, from And gyro is landed under the gravity of itself to complete a gyro transmitting.

When the pressure on the release member 410 that player removes application, release member 410 is under the action of discharging elastic component 420 Homing, lever 230 move downward under the action of return springs 231 to drive lock piece 240 to move downward, to compel Draw close three claws 221 to the shaft of rotor 210.

It should be noted that due to restricting at this time, body 321 is not pulled when gyro is clamped by three claws 221, this When center tooth 313 and driving end tooth wheel 311 be detached from, that is to say, that at this time the artificial rotary gyro of player will not make drive end tooth 311 rotation of wheel, occurs so as to avoid the stuck phenomenon of gyro.

The advantages of storage power transmitter 1 of the present embodiment, is as follows:

(1) due to being provided with accumulator 330 and one-way driver 310, the multiple acceleration of gyro may be implemented；

(2) player can be by pressing release member 410 to discharge gyro, to realize the drop point control of gyro；

(3) due to being provided with accumulator 330 and one-way driver 310, after on gyro installation to storage power transmitter 1 still Can rotate is not in stuck phenomenon.

Originally in the description of this specification, reference term " one embodiment ", " some embodiments ", " schematically implementation The description of example ", " example ", " specific example " or " some examples " etc. means specific spy described in conjunction with this embodiment or example Sign, structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, right The schematic representation of above-mentioned term may not refer to the same embodiment or example.Moreover, description specific features, structure, Material or feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims (10)

1. a kind of storage power transmitter characterized by comprising

Transmitter ontology；

Emit head assembly, the transmitting head assembly includes: rotor and holder, and the rotor is rotatably located at institute It states on transmitter ontology, the holder is located on the rotor, and the holder is launched part for fixation；

Driving assembly, the driving component are located on the transmitter ontology, and the driving component is configured in triggering and institute It states rotation mates and the rotor is driven to rotate, and the driving component is matched in release with rotor disengaging It closes；

Component is discharged, the release component is located on the transmitter ontology, and the release component is for triggering the holder Part is launched described in release.

2. storage power transmitter according to claim 1, which is characterized in that the transmitting head assembly includes: lock piece reconciliation Latch fitting, the lock piece are launched part described in the holder fixation for driving, and the unlock piece is for driving the holding Part is launched described in part release, the release component drives at least one of the lock piece and the unlock piece in triggering Linkage.

3. storage power transmitter according to claim 2, which is characterized in that the transmitting head assembly includes: lever, the thick stick Bar is rotatably connected on the rotor, and the lever structure is at lock piece described in normal pressure system, the release component and institute It states lever to match, the release component drives the lever to discharge the lock piece in triggering.

4. storage power transmitter according to claim 2, which is characterized in that rotary shaft of the lock piece along the rotor Extending direction be slidably disposed on the rotor, between the lock piece and the holder pass through locking surface match It closes, forms angle between the extending direction of the locking surface and the extending direction of the rotary shaft.

5. storage power transmitter according to claim 4, which is characterized in that the lock piece is equipped with multiple locking pillars, Multiple locking pillars are opened up around the new ro-tational axis and are set, and are equipped with the locking surface on each locking pillar, The holder be it is multiple, multiple holders are matched with multiple locking pillars respectively.

6. storage power transmitter according to claim 1, which is characterized in that the holder is along perpendicular to the rotor Slidably, the holder is equipped with and the claw for being launched part cooperation in the direction of rotary shaft.

7. storage power transmitter according to claim 3, which is characterized in that the release component includes:

Release member, the release member along the lever shaft perpendicular to the lever extending direction slidably, the release member and institute It states and is matched between lever by emission surface, is equipped between the extending direction of the emission surface and the glide direction of the release member Angle；

Elastic component is discharged, the release elastic component is connected between the release member and the transmitter ontology to release described in driving Put the direction sliding that part is directed away from the lever.

8. storage power transmitter described in any one of -7 according to claim 1, which is characterized in that the driving component includes:

One-way driver, the one-way driver include: driving end tooth wheel, Partner gear and pendulum tooth, the driving end tooth wheel Setting is spaced apart with the Partner gear, the driving end tooth wheel is located on the transmitter ontology, the Partner gear It is connected with the rotor, the driving end tooth wheel is meshed always with the pendulum tooth, and the shaft of the pendulum tooth is along setting track Swingable, the pendulum tooth is at one end of the setting track with the Partner gear engaged transmission, and the pendulum tooth is described It is disengaged from when setting the other end of track with the Partner gear.

9. storage power transmitter according to claim 8, which is characterized in that the driving component include: wiring portion and rope body, The wiring portion is connected with the driving end tooth wheel, and the rope body is wound in the wiring portion and inner end connects the wiring portion.

10. storage power transmitter according to claim 8, which is characterized in that further include: accumulator, the accumulator difference It is connected with the driving end tooth wheel, the transmitter ontology, the accumulator is configured in the Partner gear and the pendulum Accumulation of energy during tooth engagement is driven, the accumulator are released the Partner gear and the pendulum tooth when energy and are detached from.