CN208809475U - Projectile toy and projectile toy component with it - Google Patents

Abstract

The utility model discloses a kind of projectile toy and with its projectile toy component, the projectile toy includes: pedestal, ejection orbit, trigger switch and ejection driving assembly, ejection orbit is connected with pedestal, ejection orbit is equipped with ejection mouth, toy body to be launched is adapted to fit at ejection mouth, trigger switch is set on the base, ejection driving assembly is set on the base, one end of ejection driving assembly is matched with trigger switch, after trigger switch triggering, the other end of ejection driving assembly extend at ejection mouth, and pushes along the extending direction of ejection orbit.Allow toy body along ejection orbit from ejection mouth pop-up, the projectile toy is easy to operate, and playability is high, good visual effect, and interest is strong by triggering trigger switch according to the projectile toy of the utility model embodiment.

Description

Projectile toy and projectile toy component with it

Technical field

The utility model relates to toy art more particularly to a kind of projectile toy and with its projectile toy component.

Background technique

Projectile toy is relatively conventional, but structure is complicated for existing projectile toy, not easy to operate and be easily damaged, therefore needs Projectile toy is improved.

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 projectile toy out, the projectile toy is easy to operate, good visual effect, and interest is strong.

The utility model also proposes a kind of projectile toy component with projectile toy.

According to the projectile toy of the utility model first aspect embodiment, comprising: pedestal, ejection orbit, trigger switch and Driving assembly is launched, the ejection orbit is connected with the pedestal, and the ejection orbit is equipped with ejection mouth, toy to be launched Body is adapted to fit at the ejection mouth, and the trigger switch is located on the pedestal, and the ejection driving assembly is located at described On pedestal, one end of the ejection driving assembly is matched with the trigger switch, after trigger switch triggering, the bullet The other end for penetrating driving assembly is movable at the ejection mouth, and is pushed along the extending direction of the ejection orbit.

It can to launch driving assembly by triggering trigger switch according to the projectile toy of the utility model embodiment One end driven, thus drive ejection driving assembly the other end along ejection orbit extending direction push so that toy Body can be along ejection orbit from ejection mouth pop-up, and easy to operate, playability is high, and stronger vision can be brought to imitate to player Fruit enhances the interest of projectile toy.

In addition, projectile toy according to the present utility model, can also have the following additional technical features:

In the present invention, the trigger switch is movably located at the pedestal between initial bit and trigger bit On, the ejection driving assembly includes the push rod being located on the ejection orbit, and the push rod is in position and the ejection seat of saving up strength Between slidably, one end of the push rod and the trigger switch cooperate and the other end can be extend into the ejection mouth, described The position sliding that saves up strength described in the push rod direction is driven when trigger switch activity to the initial bit, the trigger switch activity is extremely The push rod is driven to slide when the trigger bit towards the ejection seat.

Optionally, the ejection driving assembly includes: ejection-spring, and the ejection-spring is connected to the push rod and described Between ejection orbit, to drive ejection seat described in the push rod Chang Chaoxiang to slide.

Optionally, the ejection driving assembly includes: rotating member, first gear, rack gear and second gear, the rotating member It is matched with the trigger switch, when trigger switch activity drives the rotating member to rotate, and the trigger switch is in direction The initial bit and rotation direction towards rotating member described when the trigger bit activity on the contrary, the first gear be located at it is described On rotating member, the rack gear is located on the push rod, and the second gear is located on the ejection orbit, the second gear with The rack gear is meshed, and the first gear is meshed with the second gear during the rotating member rotation.

Further, there is angle between the activity direction of the trigger switch and the glide direction of the push rod, it is described Ejection driving assembly includes: the rotating bar being rotatably arranged on the pedestal, and one end of the rotating bar is opened with the triggering Pass matches, and the other end of the rotating bar is connected with the rotating member, and the rotating bar is matched with the trigger switch One end be formed with mating surface, the mating surface is the inclined-plane tilted with the activity direction of the trigger switch.

Optionally, the ejection driving assembly includes: stop part, and the stop part is rotatably connected to the push rod On, when the push rod is in the ejection seat, the stop part is exited in the ejection mouth, is saved up strength in the push rod in described The stop part extend into the ejection mouth when position, with toy body described in backstop.

Further, fixed plate is equipped in the ejection orbit, a part of the fixed plate constitutes the ejection mouth Bottom wall, the fixed plate are equipped with sliding slot, and the push rod cooperation is slided in the sliding slot, the separate bullet of the fixed plate The side of loophole is equipped with slide unit, and the slide unit is arranged right below supporting table, and the stop part cooperation is in the slide unit and described The ejection mouth is protruded into or exited in sliding between supporting table.In the present invention, the pedestal include pedestal and Newel, on the top of the base, the trigger switch is located at the top of the newel, the bullet for the newel connection It penetrates track to be connected on the periphery of the pedestal, the upper surface of the ejection orbit is equipped with the ejection mouth, and the ejection mouth exists Open at one end far from the newel.

Optionally, inclination extension is set at least partly bottom wall of the ejection mouth upwards on the direction far from the newel It sets.

The utility model also proposes a kind of projectile toy component of projectile toy with above-described embodiment.

It is described according to the projectile toy component of the utility model second aspect embodiment, including projectile toy and toy body Toy body includes ontology and connector, and the connector is located at the bottom of the ontology, and the connector is inserted in the ejection At mouthful.

According to the projectile toy of the utility model embodiment, toy body can be launched away by projectile toy, so that Projectile toy component has preferable visual effect and stronger interest.

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 the structural schematic diagram according to the projectile toy component of the utility model embodiment；

Fig. 2 is the structural blast schematic diagram according to the projectile toy component of the utility model embodiment；

Fig. 3 is the structural schematic diagram according to the projectile toy of the utility model embodiment；

Fig. 4 is the structural schematic diagram according to the removal pedestal and switch member of the projectile toy of the utility model embodiment；

Fig. 5 is the structural blast signal of the ejection orbit and fixed plate according to the projectile toy of the utility model embodiment Figure；

Fig. 6 is the structure for removing pedestal, switch member and ejection orbit according to the projectile toy of the utility model embodiment Schematic diagram；

Fig. 7 is according to the reset spring of the projectile toy of the utility model embodiment, frizzen, launches driving assembly, solid The structural schematic diagram of fixed board and connector；

Fig. 8 is the structural schematic diagram according to the ejection driving assembly of the projectile toy of the utility model embodiment；

Fig. 9 is the schematic enlarged-scale view according to the connector of the projectile toy of the utility model embodiment.

Appended drawing reference:

Projectile toy component 1000,

Projectile toy 100,

Pedestal 1, pedestal 11, newel 12,

Ejection orbit 2, ejection mouth 21, fixed plate 22, sliding slot 221, slide unit 222, bottom wall 223, supporting table 23,

Trigger switch 3, switch member 31, reset spring 32, frizzen 33, mating surface 331,

Launch driving assembly 4, push rod 41, ejection-spring 42, rotating member 43, first gear 44, rack gear 45, second gear 46, rotating bar 47, stop part 48,

Toy body 5, ontology 51, connector 52, upper connecting plate 521, intermediate plate 522, lower connecting plate 523.

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, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

Below with reference to Fig. 1-Fig. 9 description according to the projectile toy 100 of the utility model embodiment.

As shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 8, according to the projectile toy 100 of the utility model embodiment, including pedestal 1, bullet It penetrates track 2, trigger switch 3 and ejection driving assembly 4, ejection orbit 2 to be connected with pedestal 1, ejection orbit 2 is equipped with ejection mouth 21, toy body 5 to be launched is adapted to fit at ejection mouth 21, and toy body 5 can enter ejection orbit from ejection mouth 21 as a result, 2, ejection orbit 2 can also be detached from from ejection mouth 21.

Trigger switch 3 is located on pedestal 1, touches trigger switch 3, toy body 5 to be launched can be made from ejection orbit 2 Upper pop-up.

Ejection driving assembly 4 is located on pedestal 1, and one end of ejection driving assembly 4 is matched with trigger switch 3, is being triggered After switch 3 triggers, the other end of ejection driving assembly 4 is movable at ejection mouth 21, and is pushed away along the extending direction of ejection orbit 2 It is dynamic.

That is, trigger switch 3 can drive ejection driving assembly 4 after trigger switch 3 triggers, so that ejection is driven The other end of dynamic component 4 is moved at ejection mouth 21, it is to be understood that when trigger switch 3 is not triggered, driving assembly 4 The other end can keep discrete state with ejection mouth 21, when trigger switch 3 is triggered, the other end of driving assembly 4 is mobile To ejection mouth 21, it is of course also possible to be that driving assembly 4 is in contact with ejection mouth 21, then when trigger switch 3 is triggered, The other end of driving assembly 4 continues then to launch the other end of driving assembly 4 along ejection orbit 2 to the ejection movement of mouth 21 Extending direction movement, so as to push toy body 5 to be allowed to pop-up ejection mouth 21.

Term " connected " shall be understood in a broad sense in the description of the present invention, may be a fixed connection, and being also possible to can Dismantling connection, or be integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, can also pass through Intermediary is indirectly connected, and can be the connection inside two elements.For the ordinary skill in the art, can have Body situation understands the concrete meaning of above-mentioned term in the present invention.

Ejection can be made to drive by triggering trigger switch 3 according to the projectile toy 100 of the utility model embodiment One end of component 4 is driven, so that the other end of ejection driving assembly 4 is driven to push along the extending direction of ejection orbit 2, this When, toy body 5 can be popped up along ejection orbit 2 from ejection mouth 21 by ejection driving assembly 4, and easy to operate, playability is high, can To bring stronger visual effect to player, enhance the interest of projectile toy 100.

In some embodiments of the utility model, as shown in Figure 3 and Figure 4, trigger switch 3 initial bit and trigger bit it Between be movably located on pedestal 1, as a result, when trigger switch 3 from initial bit towards can be driven when trigger bit activity ejection drive Dynamic component 4.That is, the trigger switch 3 of projectile toy 100 is mechanical switch here, it can band after 3 activity of trigger switch It moves and penetrates 4 activity of driving assembly, so that toy body 5 be driven to pop up.Cost is relatively low for mechanical switch, and high reliablity, persistently it is resistance to With.Certainly, trigger switch 3 can also select electric-controlled type to switch, here with no restriction.

Optionally, as shown in figure 4, trigger switch 3 is equipped with reset spring 32, reset spring 32 can make trigger switch 3 are maintained at initial bit, as a result, when driving trigger switch 3 from initial bit towards when trigger bit activity, reset spring 32 can be made By compress energy storage, when stopping triggering trigger switch 3, reset spring 32 releases energy, at this point, effect of the trigger switch 3 in spring force Lower driving trigger switch 3 is from trigger bit towards initial bit activity.

As shown in Figure 4 and Figure 6, ejection driving assembly 4 includes the push rod 41 being located on ejection orbit 2, and push rod 41 is saving up strength Between position and ejection seat slidably, as a result, when push rod 41 from ejection seat towards save up strength position activity when can with accumulation of energy, when Push rod 41 is from can release energy when saving up strength and being positioned against ejection seat activity.

One end of push rod 41 and trigger switch 3 cooperate and the other end can be extend into ejection mouth 21, work as trigger switch as a result, 3 when being triggered, and push rod 41 can slide facing one direction, for example, push rod 41 can be sliding from ejection seat towards position of saving up strength Dynamic, after stopping triggering trigger switch 3, push rod 41 can be positioned against ejection seat sliding from saving up strength, to push toy body 5 Ejection mouth 21 is popped up along ejection orbit 2.

In some examples of the utility model, as shown in Figure 7 and Figure 8, ejection driving assembly 4 includes ejection-spring 42, Ejection-spring 42 is connected between push rod 41 and ejection orbit 2, with the sliding of the 41 institute ejection seat Chang Chaoxiang of driving push rod, as a result, When trigger switch 3 is triggered, push rod 41 is from ejection seat towards the position activity that saves up strength, and ejection-spring 42 is stretched, at this point, bullet Penetrate 4 accumulation of energy of driving assembly, when stop trigger trigger switch 3 after, ejection-spring 42 restore elastic deformation can with driving push rod 41 from It saves up strength and is positioned against ejection seat sliding.

In some examples of the utility model, as shown in Figure 7 and Figure 8, ejection driving assembly 4 includes rotating member 43, the One gear 44, rack gear 45 and second gear 46, rotating member 43 are matched with trigger switch 3, and rotation is driven when trigger switch 3 is movable Part 43 rotates, and trigger switch 3 is opposite with towards the rotation direction of rotating member 43 when trigger bit activity towards initial bit.Namely It says, when trigger switch 3 is towards when initial bit activity, rotating member 43 rotates in one direction, when trigger switch 3 is living towards trigger bit When dynamic, rotating member 43 rotates in the opposite direction, for example, when trigger switch 3 is from trigger bit towards when initial bit activity, rotating member 43 It can rotate clockwise, then when trigger switch 3 is from initial bit towards when trigger bit activity, rotating member 43 can rotate counterclockwise.

First gear 44 is located on rotating member 43, as a result, first gear 44 and rotating member 43 can synchronize rotated, when When driving force is transmitted by rotating member 43 towards first gear 44, the rotation of rotating member 43 can drive first gear 44 to rotate, and work as drive When power is transmitted by first gear 44 towards rotating member 43, the rotation of first gear 44 can drive rotating member 43 to rotate.

Rack gear 45 is located on push rod 41, and second gear 46 is located on ejection orbit 2, and second gear 46 is nibbled with 45 phase of rack gear It closing, first gear 44 is meshed with second gear 46 during rotating member 43 rotates, as a result, when trigger switch 3 is triggered, Trigger switch 3 can drive rotating member 43 to rotate, and then rotating member 43 drives first gear 44 to rotate, at this point, first gear 44 It being engaged with second gear 46, first gear 44 drives second gear 46 to rotate, and second gear 46 can be engaged with rack gear 45, so that Push rod 41 can be movable from ejection seat towards position of saving up strength.

Optionally, as shown in Figure 7 and Figure 8, there is folder between the glide direction of the activity direction and push rod 41 of trigger switch 3 Angle, thus, it is possible to which push rod 41 can drive toy body 5 in another side when player being made to trigger trigger switch 3 in one direction To sliding, so that the interest of projectile toy 100 is stronger.

Ejection driving assembly 4 includes the rotating bar 47 being rotatably arranged on pedestal 1, and one end and the triggering of rotating bar 47 are opened It closes 3 to match, the other end of rotating bar 47 is connected with rotating member 43, and trigger switch 3 can drive rotating bar 47 to be allowed to turn as a result, It is dynamic, so that rotating member 43 be driven to be rotated.

The one end of rotating bar 47 matched with trigger switch 3 is formed with mating surface 331, and mating surface 331 is to open with triggering The inclined-plane that 3 activity direction tilts is closed, trigger switch 3 can be slided along the inclined-plane of mating surface 331 as a result, can be made The movement of trigger switch 3 is relatively stable.

In some examples of the utility model, as shown in Figure 7 and Figure 8, ejection driving assembly 4 includes stop part 48, only Block piece 48 is rotatably connected on push rod 41, and when push rod 41 is in ejection seat, stop part 48 is exited in ejection mouth 21, is being pushed away Bar 41 in save up strength position when stop part 48 extend into ejection mouth 21, with backstop toy body 5, as a result, when push rod 41 is from ejection seat Towards save up strength position activity when, stop part 48 rotation extend into ejection 21 backstop toy body 5 of mouth, toy body 5 is followed Push rod 41 together from ejection seat towards save up strength position activity, when push rod 41 from save up strength be positioned against ejection seat activity when, push away Bar 41 can push toy body 5 to be positioned against ejection seat activity, when push rod 41 is at ejection seat, stop part from saving up strength together 48 exit in ejection mouth 21, and toy body 5 can be popped up from ejection mouth 21.

Optionally, stop part 48 is equipped with slot, and correspondingly, push rod 41 is equipped with slot column, slot column and slot cooperate so that Stop part 48 can rotate, and when stop part 48 protrudes into ejection mouth 21, stop part 48 can be with backstop toy body 5.

Optionally, as shown in Fig. 5, Fig. 6 and Fig. 7, fixed plate 22, a part of structure of fixed plate 22 are equipped in ejection orbit 2 At the bottom wall 223 of ejection mouth 21, fixed plate 22 is equipped with sliding slot 221, and the cooperation of push rod 41 is slided in sliding slot 221, as a result, sliding slot 221 can be oriented to push rod 41, so that the movement of push rod 41 is more stable.

The side of the separate ejection mouth 21 of fixed plate 22 is equipped with slide unit 222, and slide unit is arranged right below supporting table 23, backstop The cooperation of part 48 is between slide unit 222 and supporting table 23 the ejection mouth is protruded into or exited in sliding, that is to say, that when only Block piece 48 can protrude into ejection mouth 21 when sliding into supporting table 23, at this point, stop part 48 can be with backstop toy body 5, so that playing Specific 5 slide together with stop part 48, and when stop part 48 and the cooperation of slide unit 222, stop part 48 can be along the oblique of slide unit 222 Ejection mouth 21 is exited in face, at this point, toy body 5 can be released ejection mouth 21 by push rod 41.

In some embodiments of the utility model, as shown in figure 3, pedestal 1 includes pedestal 11 and newel 12, newel 12 are connected to the top of pedestal 11, and trigger switch 3 is located at the top of newel 12, and player can be in projectile toy 100 as a result, Trigger switch 3 is triggered at top, and trigger switch 3 can be made relatively easily to be triggered, facilitate player exercises.

Ejection orbit 2 is connected on the periphery of pedestal 11, and the upper surface of ejection orbit 2 is equipped with ejection mouth 21, launches mouth 21 Far from newel 12 open at one end, as a result, after trigger switch 3 is triggered, toy body 5 can along ejection orbit 2 from Ejection mouth 21 launches away, so that toy has preferable visual effect.

Optionally, as shown in figure 3, at least partly bottom wall 223 of ejection mouth 21 is upward on the direction far from newel 12 Inclination is extended, and toy body 5 can slide upwards when reaching and launching mouth 21 along the inclined surface on bottom wall 223 as a result, is made Obtaining toy body 5 can make a spurt upwards, then fly out and launch mouth 21, so that the visual effect of toy is more preferable, interest is stronger, separately Outside, projectile toy 100 simulates the dragging track that aircraft carrier is boarded a plane in transmitting, so that projectile toy 100 has certain religion Learn meaning.

The utility model also proposed a kind of projectile toy component 1000 of projectile toy 100 with above-described embodiment.

It as shown in Figure 1, Figure 2, include ejection according to the projectile toy component 1000 of the utility model embodiment shown in Fig. 4 and Fig. 6 Toy 100 and toy body 5, toy body 5 include ontology 51 and connector 52, and connector 52 is located at the bottom of ontology 51, connects as a result, Fitting 52 can the activity of ontology 51 in tow, connector 52 is inserted at ejection mouth 21, and connector 52 can be along ejection mouth as a result, 21 enter ejection orbit 2, so that toy body 5 can be slided along ejection mouth 21, after trigger switch 3 is triggered, push rod 41 can push connector 52 to the cooperation of connector 52 slides along ejection mouth 21, so that toy body 5 is pushed away along sliding slot 221 Mouth 21 is launched out.

Optionally, ontology 51 can have various shapes, for example, ontology 51 can be airplane-shaped, toy body 5 can be simulated The state taken off has certain teaching significance.Ontology 51 can also be the shape of bird, when ontology 51 is in ejection orbit When sliding on 2, the wing of bird can agitate up and down, be conducive to children and animal contact, and ontology 51 can also be other Shape, herein without limitation.

Optionally, as shown in Fig. 6, Fig. 7 and Fig. 9, connector 52 includes upper connecting plate 521, intermediate plate 522 and lower connecting plate 523, Upper connecting plate 521 is arranged in parallel with lower connecting plate 523, and intermediate plate 522 is located at upper connecting plate 521 perpendicular to upper connecting plate 521 and lower connecting plate 523 Between lower connecting plate 523, upper connecting plate 521 can be connected with ontology 51, and intermediate plate 522 can pass through sliding slot 221 and along sliding slot 221 slidings, connector 52 can be inserted ejection mouth 21, then toy body 5 pushed to slide towards sliding slot 221, so that lower connecting plate 523 Into in sliding slot 221, intermediate plate 522 is stretched out out of sliding slot 221, and upper connecting plate 521 connect with ontology 51 and is located at outside sliding slot 221, under Fishplate bar 523 can cooperate with push rod 41, push rod 41 can push lower connecting plate 523 make toy body 5 along sliding slot 221 towards ejection mouth 21 slidings.

According to the projectile toy of the utility model embodiment, toy body 5 can be launched away by projectile toy 100, So that projectile toy component 1000 has preferable visual effect and stronger interest.

The specific knot that toy assembly 1000 is launched in one specific embodiment of the utility model is described below with reference to Fig. 1-Fig. 9 Structure.

As shown in Fig. 1, Fig. 3 and Fig. 8, projectile toy component 1000 includes projectile toy 100 and toy body 5, projectile toy 100 include pedestal 1, ejection orbit 2, trigger switch 3 and ejection driving assembly 4, wherein pedestal 1 includes pedestal 11 and newel 12, newel 12 is connected to the top of pedestal 11, and trigger switch 3 is located at the top of newel 12, and ejection orbit 2 is connected to pedestal On 11 periphery, after trigger switch 3 is triggered, ejection driving assembly 4 can drive toy body 5 to emit from ejection orbit 2 It goes out.

Specifically, as shown in Figure 3 and Figure 4, trigger switch 3 includes switch member 31, reset spring 32 and frizzen 33, triggering One end of bar 33 is fixed in switch member 31, and the other end of frizzen 33 is equipped with mating surface 331 can match with ejection driving assembly 4 Close, can drive ejection driving assembly 4 when frizzen 33 is triggered, reset spring 32 be located at switch member 31 and newel 12 it Between, frizzen 33 can pass through reset spring 32, and when trigger switch 3, trigger switch 3 can be from initial bit towards trigger bit Activity, reset spring 32 compresses at this time, and when stopping trigger switch 3, reset spring 32 can drive under the action of elastic force Trigger switch 3 is from trigger bit towards initial bit activity.

Specifically, as shown in figure 8, ejection driving assembly 4 includes push rod 41, ejection-spring 42, rotating member 43, first gear 44, rack gear 45, second gear 46, rotating bar 47 and stop part 48.

Wherein, as shown in fig. 7, one end of rotating bar 47 and frizzen 33 cooperate, frizzen 33, which is triggered to drive, to be turned Lever 47 rotates, and the other end and rotating member 43 of rotating bar 47 cooperate, and the rotation of rotating bar 47 can drive rotating member 43 to rotate, and turns Moving part 43 is fixedly connected with first gear 44, and first gear 44 is engaged with second gear 46, when rotating member 43 rotates, the first tooth Wheel 44 can drive second gear 46 to rotate, and rack gear 45 is located on push rod 41, in second gear 46 relative to first gear 44 The other side, second gear 46 are engaged with rack gear 45, and the rotation of second gear 46 can drive push rod 41 to slide.

As shown in figure 4, push rod 41 can push toy body 5 and being allowed to pop up ejection orbit 2, one end of ejection-spring 42 with Fixed plate 22 connects, and the other end is connect with push rod 41, when push rod 41 is slided from ejection seat towards position of saving up strength, ejection-spring 42 are stretched, and discharge push rod 41 at this time, ejection-spring 42, which replys deformation, to be positioned against ejection position from saving up strength with driving push rod 41 Set sliding.

As shown in figure 8, stop part 48 is located at the one end of push rod 41 far from second gear 46, stop part 48 is equipped with slot, Correspondingly, push rod 41 is equipped with slot column, and slot column rotates stop part 48 with slot cooperation, when stop part 48 protrudes into ejection When mouth 21, stop part 48 can be with backstop toy body 5.

Specifically, as shown in figure 4, ejection orbit 2 is equipped with ejection mouth 21 and fixed plate 22, the upper surface of ejection orbit 2 Equipped with ejection mouth 21, in the open at one end far from newel 12, toy body 5 can be inserted in ejection mouth 21 ejection mouth 21.

As shown in Figure 5 and Figure 6, a part of the one end of fixed plate 22 far from newel 12 constitutes the bottom wall of ejection mouth 21 223, at least partly bottom wall 223 for launching mouth 21 tilts upwards on the direction far from newel 12 to be extended, fixed plate 22 Including sliding slot 221 and slide unit 222, push rod 41 can be slided along sliding slot 221, and toy body 5 can also be slided along sliding slot 221, Toy body 5 can be released sliding slot 221 along sliding slot 221 by push rod 41 as a result, when push rod 41 pushes toy body 5 to skid off sliding slot 221 Afterwards, toy body 5 can pop up ejection mouth 21 along inclined bottom wall 223, and the side of the separate ejection mouth 21 of fixed plate 22 is equipped with Slide unit 222, when the cooperation of stop part 48 is on slide unit 222, stop part 48 can protrude into ejection mouth 21, when stop part 48 and slide unit When 222 disengaging cooperation, stop part 48 can exit ejection mouth 21.

Specifically, as shown in Figure 2 and Figure 9, toy body 5 includes ontology 51 and connector 52, and ontology 51 is aircraft shape, can It is taken off with imitating, increases toy interest, connector 52 includes upper connecting plate 521, intermediate plate 522 and lower connecting plate 523, is above connect Plate 521 is arranged in parallel with lower connecting plate 523, and intermediate plate 522 is located at upper connecting plate 521 under perpendicular to upper connecting plate 521 and lower connecting plate 523 Between fishplate bar 523, upper connecting plate 521 can be connected with ontology 51, and intermediate plate 522 can pass through sliding slot 221 and slide along sliding slot 221 Dynamic, ejection mouth 21 can be inserted in connector 52, then toy body 5 is pushed to slide towards sliding slot 221, so that lower connecting plate 523 enters In sliding slot 221, intermediate plate 522 is stretched out out of sliding slot 221, and upper connecting plate 521 connect with ontology 51 and is located at outside sliding slot 221, lower connecting plate 523 can cooperate with push rod 41, and push rod 41 pushes lower connecting plate 523 to slide toy body 5.

In the description of this specification, reference term " some embodiments ", " some examples ", " optionally ", " further The description of ground " or " specific embodiment " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example Point is contained at least one embodiment or example of the utility model.In the present specification, to the schematic table of above-mentioned term Stating may not refer to the same 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.

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 (9)

1. a kind of projectile toy characterized by comprising

Pedestal；

Ejection orbit, the ejection orbit are connected with the pedestal, and the ejection orbit is equipped with ejection mouth, toy to be launched Body is adapted to fit at the ejection mouth；

Trigger switch, the trigger switch are located on the pedestal；

Launch driving assembly, the ejection driving assembly is located on the pedestal, described one end for launching driving assembly with it is described Trigger switch matches, and after trigger switch triggering, the other end of the ejection driving assembly is movable to the bullet At loophole, and pushed along the extending direction of the ejection orbit,

The trigger switch is movably located on the pedestal between initial bit and trigger bit；

The ejection driving assembly includes the push rod being located on the ejection orbit, and the push rod is in position and the ejection seat of saving up strength Between slidably, one end of the push rod and the trigger switch cooperate and the other end can be extend into the ejection mouth；

The position sliding that saves up strength described in the push rod direction is driven when the trigger switch activity to the initial bit, the triggering is opened The push rod is driven to slide when pass activity to the trigger bit towards the ejection seat.

2. projectile toy according to claim 1, which is characterized in that the ejection driving assembly includes: ejection-spring, institute It states ejection-spring to be connected between the push rod and the ejection orbit, to drive ejection seat described in the push rod Chang Chaoxiang sliding It is dynamic.

3. projectile toy according to claim 1, which is characterized in that the ejection driving assembly includes:

Rotating member, the rotating member are matched with the trigger switch, and when trigger switch activity drives the rotating member to turn Dynamic, the trigger switch is towards the initial bit and towards the rotation direction phase of rotating member described when the trigger bit activity Instead；

First gear, the first gear are located on the rotating member；

Rack gear, the rack gear are located on the push rod；

Second gear, the second gear are located on the ejection orbit, and the second gear is meshed with the rack gear, described The first gear is meshed with the second gear during rotating member rotates.

4. projectile toy according to claim 3, which is characterized in that the activity direction of the trigger switch and the push rod Glide direction between have angle, the ejection driving assembly includes: the rotating bar being rotatably arranged on the pedestal, institute The one end for stating rotating bar is matched with the trigger switch, and the other end of the rotating bar is connected with the rotating member, and described turn The one end of lever matched with the trigger switch is formed with mating surface, and the mating surface is the activity with the trigger switch The inclined-plane that direction tilts.

5. projectile toy according to claim 1, which is characterized in that the ejection driving assembly includes: stop part, described Stop part is rotatably connected on the push rod, and when the push rod is in the ejection seat, the stop part exits the bullet In loophole, the push rod in it is described save up strength position when the stop part extend into the ejection mouth, with toy body described in backstop.

6. projectile toy according to claim 5, which is characterized in that fixed plate is equipped in the ejection orbit, it is described solid A part of fixed board constitutes the bottom wall of the ejection mouth, and the fixed plate is equipped with sliding slot, and the push rod cooperation is in the sliding slot The side far from the ejection mouth of interior sliding, the fixed plate is equipped with slide unit, and the slide unit is arranged right below supporting table, institute Stop part cooperation is stated between the slide unit and the supporting table so that the ejection mouth is protruded into or exited in sliding.

7. projectile toy according to claim 1, which is characterized in that the pedestal includes pedestal and newel, it is described in Stem connects on the top of the base, and the trigger switch is located at the top of the newel, and the ejection orbit is connected to On the periphery of the pedestal, the upper surface of the ejection orbit is equipped with the ejection mouth, and the ejection mouth is far from the center The open at one end of column.

8. projectile toy according to claim 7, which is characterized in that at least partly bottom wall of the ejection mouth is far from institute It states to tilt upwards on the direction of newel and be extended.

9. a kind of projectile toy component characterized by comprising

Projectile toy according to claim 1 to 8；

Toy body, the toy body include ontology and connector, and the connector is located at the bottom of the ontology, the connector It is inserted at the ejection mouth.