CN208319968U - A kind of screw-on toy top - Google Patents

Abstract

A kind of screw-on toy top, including gyro and transmitter；The bottom of the gyro is equipped with the first abutting part；The transmitter includes rotating seat, the first spring and fixing seat, and first spring is torque spring；The rotating seat can be rotatably set in the fixing seat, and one end of first spring is fixed with rotating seat, and the other end is fixed with the fixing seat；The rotating seat is equipped with the second abutting part；It when the gyro is placed on the rotating seat and rotates, can be contacted by first abutting part with second abutting part, drive the rotating seat to rotate, first spring energy storage；When first spring discharges, the rotating seat drives the gyro to reversely rotate, and deviates from second abutting part from the first abutting part, the gyro is deviate from from the rotating seat.Gyro is placed on transmitter by the utility model to screw a torque spring and carries out storage power, then emits gyro by discharging the spring, easy to operate, and playing method is novel.

Description

A kind of screw-on toy top

Technical field

The utility model relates to a kind of toy more particularly to a kind of toy tops.

Background technique

Toy top in the prior art, generally tie rod formula gyro or dragline type gyro.Tie rod formula gyro, generally includes Gyro, transmitter and tie rod, gyro is placed on transmitter, is inserted into tie rod, the tooth on cutting structure and gyro on tie rod The engagement of face structure, by pulling tie rod to give gyro rotary force, this gyro needs to be inserted into tie rod when being at play, operation compared with To be cumbersome, and tie rod is easy to lose.Dragline type gyro, including gyro, transmitter and drawstring, gyro is placed on transmitter, Drawstring is pulled, the gear mechanism on transmitter is rotated, and then drives gyro rotation, although this operation is relatively simple, is needed Gear mechanism is used, the structure of gear mechanism is complex, is easy to generate damage in collision is dropped, durability is lower.

Utility model content

Based on this, the purpose of the utility model is to provide a kind of screw-on toy tops.

The technical scheme adopted by the utility model is

A kind of screw-on toy top, including gyro and transmitter；The bottom of the gyro is equipped with the first abutting part；It is described Transmitter includes rotating seat, the first spring and fixing seat, and first spring is torque spring；The rotating seat is rotatably set It sets on the fixing seat, one end of first spring is fixed with rotating seat, and the other end is fixed with the fixing seat；It is described Rotating seat is equipped with the second abutting part；When the gyro is placed on the rotating seat and rotates, it can be abutted by described first Portion is contacted with second abutting part, drives the rotating seat to rotate, first spring energy storage；The first spring release When, the rotating seat drives the gyro to reversely rotate, and deviates from second abutting part from the first abutting part, the gyro Deviate from from the rotating seat.

The screw-on toy top of the utility model screws torque spring progress by the way that gyro to be placed on transmitter Power is stored, then emits gyro by discharging the spring, is different from common tie rod formula toy top, easy to operate, playing method is new Grain husk, simple for structure and compact, more without using gear structure, assembly is simple, and stability in use is high.

Further, the transmitter further includes switch portion；The rotating seat is equipped with unidirectional rotation prevention portion；The rotating seat When being rotated by external force and making first spring energy storage, the unidirectional rotation prevention portion is contacted with the switch portion, opposite It is rotated in the switch portion, the rotating seat not by external force and when rotating, support with the unidirectional rotation prevention portion by the switch portion It connects, prevents the unidirectional rotation prevention portion from reversely rotating, keep the energy storage state of the first spring；The switch portion and the unidirectional rotation stop When portion is mutually disengaged, the first spring release, the rotating seat is reversely rotated.

Further, at least two on top surface of second abutting part by the rotating seat is arranged in unidirectionally abut recessed Slot is formed；A circle flank of tooth on circumference of the unidirectional rotation prevention portion by the rotating seat bottom surface is arranged in is formed；The switch portion Be equipped with a upward rotation stop protrusion makes the rotating seat can only court when the rotation stop protrusion and the unidirectional rotation prevention portion contact Rotate the direction of first spring energy storage, when the rotation stop protrusion and the unidirectional rotation prevention portion are detached from, the rotating seat can It is rotated towards the direction for discharging first spring.

Further, the transmitter further includes handle, and the handle is hollow housing, and the bottom of the fixing seat is fixed On the inner bottom surface of the handle, the rotating seat be can be rotatably set in the handle, and cover conjunction on the fixing seat, First spring is mounted on inside the fixing seat；The switch portion is mounted in the handle, one end of the switch portion The upward rotation stop protrusion is set, and the button that the switch portion is mounted on handle with one is connect；The one of the second spring End is abutted with the switch portion, and the other end is abutted with the inner wall of the handle, and the second spring makes stopping for the switch portion Turn protrusion to contact with the unidirectional rotation prevention portion, when the button is pressed, then the rotation stop protrusion of the switch portion and described unidirectional Rotation prevention portion is detached from.

Further, the gyro includes contact to earth switch, pedestal, driving section and movable part；It is described contact to earth switch it is movable Ground is mounted on the bottom of the pedestal, and connect with the driving section；The movable part is connect with the driving section；It is described to contact to earth Switch is downwardly projected relative to the pedestal in the initial state, can be moved upwards in the susceptor after contacting to earth, and push The driving section movement, acts the movable part；When the movable part resets, the driving section and described contact to earth are switched again Position.

Further, the gyro further includes third spring, the 4th spring and articulated shaft；The end of the movable part passes through Articulated shaft and the pedestal are hinged, and the third spring is set on the articulated shaft, and one end is fixed with the articulated shaft, separately One end and the end of the movable part are fixed；The switch that contacts to earth moves upwards in the susceptor after contacting to earth, and described in promotion Driving section movement, flicks the movable part outward under the action of the third spring；4th spring is mounted on described It contacts to earth between switch and the pedestal, moves downward the switch that contacts to earth, return back to original state.

Further, the movable part includes at least two activity templates, and one end of the activity template is by being horizontally fixed on The edge of the articulated shaft and the pedestal of susceptor edges is hinged；The driving section includes lever shaft and the transmission of at least two groups Lever, every group of lever shaft and transmission levers and each activity template correspond；The lever shaft is fixed in the susceptor, The transmission levers are rotatably sleeved on the lever shaft；The end of the activity template is equipped with the abutting block of a protrusion, institute State transmission levers one end be connected to it is described contact to earth on switch, the abutting block of the other end and the activity template abuts；The touching When ground switch moves upwards, one end of the transmission levers is pushed, the other end of the transmission levers accordingly moves, and makes the work The abutting block of movable plate is temporarily detached from the transmission levers, makes activity template bullet under the active force of the third spring Out.

Further, the bottom surface of the pedestal is equipped with through-hole, and the pedestal further includes one being fixed therein on axis Mandrel；It is described contact to earth switch be it is cylindric, bottom end pass through the base bottom surface through-hole, middle part be equipped with radially projecting gear Plate, the baffle can be resisted against on the bottom surface of the pedestal；The center on the top of the switch that contacts to earth is equipped with blind hole, described to contact to earth Switch can be set in the bottom end of the central axis, the top of the central axis and the pedestal by the blind hole up or down It is fixed；4th spring 15 is set on the central axis；The top of the switch that contacts to earth is equipped at least the two of radial projection A floor, each floor are corresponded with lever shaft and transmission levers described in every group；

The lever shaft is horizontally fixed in the pedestal, and the transmission levers level is set on the lever shaft；Institute When stating the switch that contacts to earth and moving upwards, floor jacks up one end of the transmission levers, and the other end of the transmission levers is fallen, The abutting block of the activity template is temporarily detached from the transmission levers, makes the activity template and under the active force of third spring Radially pop up；When the activity template is returned to original state under the effect of external force, the biography function lever is returned to water Prosposition is set and is abutted with the abutting block of the activity template, and the activity template is made to be maintained at initial position.

Further, in the initial state, the activity template is mutually gathered, and a package sky is formed on the pedestal Between；A displaying portion is fixed in the package space, after the switch that contacts to earth contacts to earth, the activity template pops up outward, makes described It wraps up space to open, exposes the displaying portion；The gyro is egg type, and the pedestal is the lower part of egg type；The activity template is It is petal, under original state, top that the activity template is gathered for egg type；Under action state, the activity template radial development；Institute Stating the first abutting part is the radial projection structure that the gyro bottom is arranged in.

Further, the top of the gyro is equipped with the first magnet；The extractor includes lid, the second magnet and mentions Handle；The end for mentioning handle is connect with the lid, and second magnet is arranged on the lid, second magnet and institute Stating the first magnet is opposite pole.

Further, cavity is equipped in the lid, the end for mentioning handle is inserted into the lid and can be relative to described Lid moves up and down；Second magnet mentions the end that handle is inserted into the lid and fixes with described, can mention handle with described End move up and retraction described in lid cavity in, or move down and stretch out outside the bottom surface of the lid.

Further, the lid includes upper cover body and lower cover, and cavity, institute are formed between the upper cover body and lower cover It states and is respectively equipped with first through hole and the second through-hole on upper cover body and lower cover；The extractor further includes that the 5th spring and magnet are solid Fixed column；The middle part of the magnet fixed column is equipped with the flange of radial projection, and second magnet is fixed on the magnet fixed column Lower part, the top of the magnet fixed column and the end for mentioning handle for passing through the first through hole are affixed；The flange Size is greater than the size of the first through hole and the second through-hole, and it is logical that the size on the top of the magnet fixed column is less than described first The size in hole, the size of the lower part of the magnet fixed column are less than the size of second through-hole；5th spring is set in The top of the magnet fixed column, one end are abutted with the cavity upper surface of the lid, and the other end is abutted with the flange；Institute It states when proposing grip strip and moving the magnet fixed column and moved upwards relative to the lid, the 5th spring-compressed, second magnetic Iron passes through second through-hole with the lower part of the magnet fixed column, in the cavity of lid described in retraction；5th spring When release, the magnet fixed column is driven to move downward relative to the lid, second magnet is fixed with the magnet The lower part of column passes through second through-hole and stretches out outside the bottom surface of the lid.

In order to better understand and implement, according to the present invention will be described in detail below with reference to the accompanying drawings.

Detailed description of the invention

Fig. 1 is the perspective view of the transmitter of the utility model；

Fig. 2 is the explosive view of the transmitter of the utility model；

Fig. 3 is the gyro of the utility model and the schematic diagram of transmitter；

Fig. 4 is the perspective view of the rotating seat of the utility model；

Fig. 5 is the perspective view of the fixing seat of the utility model；

Fig. 6 is the perspective view of the original state of the gyro of the utility model；

Fig. 7 is the perspective view of the unfolded state of the gyro of the utility model；

Fig. 8 is the explosive view of the gyro of the utility model；

Fig. 9 is the partial schematic diagram of the gyro of the utility model；

Figure 10 is the perspective view of the extractor of the utility model；

Figure 11 is the explosive view of the extractor of the utility model；

Figure 12 is the perspective view of the lower cover 312 of the utility model.

Appended drawing reference:

Gyro 1.Contact to earth switch 11.Baffle 111.Blind hole 112.Floor 113.Pedestal 12.Pedestal upper cover 121.Pedestal lower cover 122.First abutting part 1221.Central axis 123.Articulated shaft 124.Lever shaft 131.Transmission levers 132.Third spring 14.4th Spring 15.Activity template 16.Abut block 161.Displaying portion 17.First magnet 171.

Transmitter 2.Rotating seat 21.Second abutting part 211.Unidirectional rotation prevention portion 212.First spring 22.Fixing seat 23.Switch Portion 24.Rotation stop protrusion 241.Second spring 25.Button 26.Handle 27.

Extractor 3.Lid 31.Upper cover body 311.First through hole 3111.Lower cover 312.Second through-hole 3121.Second magnet 32.5th spring 33.Magnet fixed column 34.Flange 341.Mention handle 35.

Specific embodiment

The screw-on toy top of the utility model, including gyro 1, transmitter 2 and extractor 3.The gyro 1 can be placed On the transmitter 2, storage power is carried out by screwing gyro 1, gyro 1 emits from transmitter 2 and jumps out after release, touches after landing Landing is sent out, the structure on gyro 1, which flicks, to be deformed and continue to rotate；When need to grab gyro 1, then the extractor 3 is placed Above gyro 1, the gyro 1 can be picked up.

Fig. 1-5 is please referred to, the transmitter 2 includes rotating seat 21, the first spring 22, second spring 25, fixing seat 23, opens Pass portion 24, button 26 and handle 27.The handle 27 is a hollow housing, including a head and a shank, the rotating seat 21 It is mounted on fixing seat 23 in the head of handle 27, the switch portion 24 and button 26 are mounted in the shank of handle 27.It is described The substantially cylindrical structure of rotating seat 21, upper surface are the cambered surface of recess, which is equipped with the second abutting part 211, the Two abutting parts 211 are formed by three unidirectional grooves that abut, and what this unidirectionally abutted groove is generally shaped like hook shape, slightly with one The slope of radian, the end on slope are hook barrier structure.The bottom of the gyro 1 is correspondingly provided with the first abutting part 1221, should First abutting part 1221 is three radial projection structures, the shape of these three radial projection structures and the three of the second abutting part 211 A unidirectional shape size for abutting groove is corresponding, which can slide into from the unidirectional slope for abutting groove, and with to the greatest extent Hook barrier structure at head abuts, and only has barrier effect to radial raised structures in one direction due to unidirectionally abutting groove, The radial projection structure can also reversely deviate from along the unidirectional slope for abutting groove.The bottom center of the rotating seat 21 is prominent One column spinner is set, which is rotatably installed on the through-hole of 23 bottom surface of fixing seat, keeps the rotating seat 21 rotatable Ground lid is located in the fixing seat 23.The fixing seat 23 is hollow cylindrical structure, and bottom is fixed on the bottom surface of handle 27 On.First spring 22 is torque spring, is mounted in fixing seat 23, and one end is solid by a fixed column and rotating seat 21 Fixed, the other end and the fixing seat 23 are fixed.

The bottom surface of the rotating seat 21 is equipped with unidirectional rotation prevention portion 212, and the unidirectional rotation prevention portion 212 is by being arranged in the rotation A circle flank of tooth on the circumference of 21 bottom surface of swivel base is formed, and each tooth on the flank of tooth is generally shaped like right-angled trapezium, Mei Gechi Inclined-plane and a right-angle surface with barrier effect with a unobstructed effect.The switch portion 24 is a long handle structure, One end is provided with a upward rotation stop protrusion 241；27 upper surface of handle is equipped with a button 26, the button 26 and switch The middle part in portion 24 is fixed；One end of the second spring 25 is abutted with the bottom surface of the switch portion 24, the other end and the hand The inner bottom surface of handle 27 abuts, and the second spring 25 applies upward thrust to the switch portion 24, makes affixed with switch portion 24 Button 26 be projected on the upper surface of handle 27, and make the rotation stop protrusion 241 of 24 end of switch portion upwards with the unidirectional rotation stop Portion 212 contacts, and when the button 26 is pressed, then the rotation stop protrusion 241 of the switch portion 24 and the unidirectional rotation prevention portion 212 are de- From.

When gyro 1 to be placed on the rotating seat 21, the radial projection structure of the first abutting part 1221 can be engaged Into the unidirectional abutting groove of the second abutting part 211, then by screwing gyro 1, the first abutting part 1221 is enabled to push second to support Socket part 211, and then the rotating seat 21 is driven to rotate, the inclined-plane of each tooth of the unidirectional rotation prevention portion 212 of rotating seat 21 is by opening When the rotation stop protrusion 241 of 24 end of pass portion, due to the elastic force of second spring 25, unidirectional rotation prevention portion 212 can will be between switch portion 24 To press and smoothly rotate downwards to having a rest property, switch portion 24 can't generate obstruction to the rotation of rotating seat 21, meanwhile, rotating seat 21 Rotation makes first spring 22 store power；When stopping screwing gyro 1, the rotation stop protrusion 241 of 24 end of switch portion is stopped with unidirectional The right-angle surface of the tooth of transfer part 212 abuts, and unidirectional rotation prevention portion 212 is prevented to reversely rotate, and then keeps the storage power shape of the first spring 22 State；When pressing the button 26 on lower handle 27, switch portion 24 is moved downward, and the rotation stop protrusion 241 of switch portion 24 is detached from downwards single To rotation prevention portion 212, first spring 22 discharges, and the rotating seat 21 reversely rotates, and passes through the second abutting part 211, first Abutting part 1221 pushes the gyro 1 to reversely rotate, since the second abutting part 211 does not stop the first abutting part 1221 reversely Effect, the radial projection structure of first abutting part 1221 are deviate from from the unidirectional abutting groove of the second abutting part 211, make institute The reverse rotation of gyro 1 is stated, and is deviate from from the rotating seat 21, that is, is thrown out of and is emitted in the air.

In other embodiments, first abutting part 1221, the second abutting part 211 can be, and there is unidirectional abut to make Other mutually matched structures, such as right-angled trapezium shape, and it is not limited to the above shape；212 He of unidirectional rotation prevention portion Rotation stop protrusion 241 is also possible to other mutually matched structures with unidirectional rotation stop effect, such as hook shape, and be not limited to Upper shape；The second spring 25 is mountable between switch portion 24 and the inner top surface of handle 27.

Fig. 6-9 is please referred to, the gyro 1 includes contact to earth switch 11, pedestal 12, driving section, third spring 14, the 4th spring 15, movable part and displaying portion 17.The gyro 1 substantially egg type.The pedestal is the lower part of egg type comprising pedestal upper cover 121, pedestal lower cover 122, central axis 123 and articulated shaft 124.The central axis 123 is fixed on the bottom of pedestal upper cover 121, and position In on the central axes of pedestal, there are four the articulated shafts 124, is horizontally fixed on the edge of pedestal upper cover 121 respectively.The base The bottom surface of seat lower cover 122 is equipped with a through-hole, and the bottom surface of pedestal lower cover 122 is additionally provided with the first abutting part 1221, and described first abuts Portion 1221 is three radial projection structures.It is described contact to earth switch 11 be it is cylindric, bottom end pass through the base bottom surface through-hole, Its middle part is equipped with radially projecting baffle 111, and the baffle 111 can be resisted against on the bottom surface of the pedestal lower cover 122, prevent from touching Ground switch 11 is dropped out from pedestal；The center on the top of the switch 11 that contacts to earth is equipped with blind hole 112, and the switch 11 that contacts to earth passes through The blind hole 112 can be set in the bottom end of the central axis 123 up or down, and the 4th spring 15 is set in the center On axis 123；The top for contacting to earth switch 11 is additionally provided with four floors 113 of radial projection, each floor 113 with it is following Lever shaft 131 described in every group of driving section and transmission levers 132 correspond.

The movable part includes four petal activity templates 16, one end of the activity template 16 by articulated shaft 124 with The edge of pedestal upper cover 121 is hinged, and the third spring 14 is set on the articulated shaft 124, one end and the articulated shaft 124 is fixed, and the end of the other end and the movable part is fixed；The end of the activity template 16 is equipped with the abutting block 161 of a protrusion. In the initial state, the activity template 16 is mutually gathered, and the top of egg type is formed on the pedestal, which forms One package space；Be fixed with a displaying portion 17 in the package space, displaying portion 17 can be various images image or other Object, the top in the displaying portion 17 are fixed with the first magnet 171.After the switch 11 that contacts to earth contacts to earth, the activity template 16 is in institute It states and is popped up under the action of third spring 14 outward, with radial development, open the package space, expose the displaying portion 17.

The driving section includes four groups of one-to-one lever shafts 131 and transmission levers 132, every group of lever shaft 131 and biography Dynamic lever 132 is corresponded with each activity template 16；The lever shaft 131 is horizontally fixed in the pedestal lower cover 122, Rotationally level is set on the lever shaft 131 transmission levers 132；One end of the transmission levers 132 is connected to On the floor 113 of the switch 11 that contacts to earth, the abutting block 161 of the other end and the activity template 16 is abutted.

The bottom end of the switch 11 that contacts to earth is downwardly projected relative to the pedestal lower cover 122 in the initial state, is contacted to earth Stress afterwards moves upwards in the susceptor along the central axis 123, compresses the 4th spring 15；It is described contact to earth switch 11 to When upper movement, floor 113 jacks up one end of the transmission levers 132 upwards, and the other end of the transmission levers 132 is original It is abutted with the abutting block 161 of activity template 16, the end moves down under leverage, makes the activity template abutted originally with it 16 abutting block 161 is temporarily detached from the transmission levers 132, makes the activity template 16 under the active force of third spring 14 It pops up, pops up 16 full wafer of activity template radially；When user picks up the gyro 1 from the ground, and will be movable Piece 16 closes, that is, when gathering and being returned to original state, the abutting block 161 of activity template 16 is moved down, and the biography function lever returns Horizontal position is arrived again and is abutted with the abutting block 161 of the activity template 16, and the activity template 16 is made to be maintained at the initial position；Together When, the restoring force of third spring 14 switch 11 that will contact to earth pushes down on, it is made to protrude from the bottom surface of pedestal lower cover 122 again.

In other embodiments, gyro can also be other shapes, such as inverted conical shape etc., the quantity of activity template 16 It can also be different with shape, the quantity of the floor 113 of lever shaft 131, transmission levers 132 and the switch 11 that contacts to earth accordingly changes； The lever shaft 131 and transmission levers 132 of driving section may not be horizontally disposed but inclination or be vertically arranged, and cooperate with it dynamic The shape of contact to earth switch 11 and the movable part made and position also accordingly change.

Figure 10-12 is please referred to, the extractor 3 includes lid 31, the second magnet 32, the 5th spring 33, magnet fixed column 34 and mention handle 35.The shaped upper part for being generally shaped like egg type of the lid comprising the upper cover body 311 and lower cover being fixedly connected Body 312 forms cavity, is respectively equipped on the upper cover body 311 and lower cover 312 between the upper cover body 311 and lower cover 312 First through hole 3111 and the second through-hole 3121.The end for mentioning handle 35 is inserted into the first through hole 3111 and can be relative to described First through hole 3111 moves up and down.The middle part of the magnet fixed column 34 is equipped with the flange 341 of radial projection, and the magnet is fixed The top of column 34 is affixed with the end for mentioning handle 35 for passing through the first through hole 3111, and the size of the flange 341 is greater than The first through hole 3111, the size on the top of the magnet fixed column 34 are less than the size of the first through hole 3111, therefore, The top of magnet fixed column 34 can be movable in first through hole 3111, but flange 341 prevents it from taking off from first through hole 3111 Out.Second magnet 32 and first magnet 171 are opposite pole, and second magnet 32 is fixed on the magnet and fixes In the cavity of the lower part of column 34, the size of the flange 341 is greater than the size of the second through-hole 3121, the magnet fixed column 34 The size of lower part is less than the size of second through-hole 3121, and therefore, the lower part of magnet fixed column 34 can pass through the second through-hole 3121 and stretch out outside the bottom surface of lower cover 312, but flange 341 prevents it from deviating from from the second through-hole 3121.5th spring 33 are set in the top of the magnet fixed column 34, and one end is abutted with the cavity upper surface of the lid, the other end with it is described Flange 341 abuts.

The extractor 3 is used to take 1 safety of gyro in high speed rotation.In the initial state, magnet is fixed The lower part that column 34 is fixed with the second magnet 32 is stretched out from lid bottom, and user is portable to mention handle 35, by cover cap above gyro 1 When, the second magnet 32 picks up first magnet 171 on 17 top of displaying portion of gyro 1, and then gyro 1 is picked up.When need by It when gyro 1 is separated with extractor 3, holds mention handle 35 on the other hand, the other hand pushes lid down, makes to mention handle 35 and magnet is fixed Column 34 is moved upwards relative to lid, and the 5th spring 33 compression, second magnet 32 is with the magnet fixed column 34 Lower part pass through second through-hole 3121, in the cavity of lid described in retraction, make the magnet fixed column where the second magnet 32 34 lower part is separated with first magnet 171 in 1 displaying portion 17 of gyro, and gyro 1 is fallen down；After separation, the hand for pushing lid, institute are unclamped The release of the 5th spring 33 is stated, drives the lid to reset upwards, transports the magnet fixed column 34 downwards relative to the lid Dynamic, second magnet 32 stretches out the lid as the lower part of the magnet fixed column 34 passes through second through-hole 3121 Bottom surface outside, the second magnet 32 resets, convenient use next time.

When in use, gyro 1 is placed into the screw-on toy top of the utility model by the handle 27 of hand-held transmitter 2 On the rotating seat 21 of transmitter 2, gyro 1 is screwed, rotates the rotating seat 21 of transmitter 2, the first spring 22 stores power, then presses Button 26 on handle 27, the release of the first spring 22 drive gyro 1 to reversely rotate from transmitter 2 by rotating seat 21 It throws away；After gyro 1 lands, contact to earth switch 11, and the displaying portion 17 in gyro 1 is exposed in the movable part expansion on gyro 1；It needs Take gyro 1 in rotation when, then extractor 3 is covered on gyro 1, gyro 1 is picked up onto extractor 3, then will be mentioned The lid of device 3 is taken to push down on, then gyro 1 is detached from extractor 3 and falls down.

The screw-on toy top of the utility model screws torque spring progress by the way that gyro to be placed on transmitter Power is stored, then emits gyro by discharging the spring, is different from common tie rod formula toy top, easy to operate, playing method is new Grain husk, simple for structure and compact, more without using gear structure, assembly is simple, and stability in use is high；Further, transmitter With unidirectional rotation prevention portion, it can remain stationary state after screwing gyro, gyro is emitted when starting switch portion, easily control hair The opportunity penetrated；Further, easy to operate by button control transmitter switch portion；Further, gyro is additionally provided with and contacts to earth out It closes, can trigger gyroscopic action when contacting to earth, increase the interest played；Further, displaying portion is additionally provided in the gyro, activity Portion is the movable part mutually gathered, and after contacting to earth, displaying portion is exposed in movable part expansion, by demonstrating action demonstration gyro content, The more pleasantly surprised and enjoyment of user can be given；Further, the gyro in the high speed rotation that can also be taken by extractor, Increase safety；Further, the gyro being drawn on extractor can be removed by the plain mode of promotion lid, and nothing Need to by gyro and extractor strength break from, prevent damage toy, improve durability.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", "upper", "lower", The orientation or positional relationship of the instructions such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, rather than indicate Or imply that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore cannot understand For limitations of the present invention.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or two More than a.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The protection scope of the utility model.

Claims (12)

1. a kind of screw-on toy top, it is characterised in that: including gyro and transmitter；The bottom of the gyro is equipped with first and supports Socket part；The transmitter includes rotating seat, the first spring and fixing seat, and first spring is torque spring；The rotating seat It can be rotatably set in the fixing seat, one end of first spring is fixed with rotating seat, the other end and the fixation Seat is fixed；The rotating seat is equipped with the second abutting part；When the gyro is placed on the rotating seat and rotates, institute can be passed through It states the first abutting part to contact with second abutting part, drives the rotating seat to rotate, first spring energy storage；Described first When spring discharges, the rotating seat drives the gyro to reversely rotate, and deviates from second abutting part from the first abutting part, The gyro is deviate from from the rotating seat.

2. screw-on toy top according to claim 1, it is characterised in that: the transmitter further includes switch portion；Institute Rotating seat is stated equipped with unidirectional rotation prevention portion；When the rotating seat is rotated by external force and makes first spring energy storage, institute Unidirectional rotation prevention portion is stated to contact with the switch portion, relative to the switch portion rotate, the rotating seat not by external force and When rotation, the switch portion is abutted with the unidirectional rotation prevention portion, is prevented the unidirectional rotation prevention portion from reversely rotating, is kept the first spring Energy storage state；When the switch portion and the unidirectional rotation prevention portion are mutually disengaged, first spring discharges, and the rotating seat is anti- To rotation.

3. screw-on toy top according to claim 2, it is characterised in that: second abutting part is described by being arranged in At least two unidirectional grooves that abut on the top surface of rotating seat are formed；The unidirectional rotation prevention portion is by being arranged in the rotating seat bottom surface Circumference on one circle the flank of tooth formed；The switch portion is equipped with a upward rotation stop protrusion, the rotation stop protrusion and the list When being contacted to rotation prevention portion, make the rotating seat can only towards rotating the direction of first spring energy storage, the rotation stop protrusion with When the unidirectional rotation prevention portion is detached from, the rotating seat can be rotated towards the direction for discharging first spring.

4. screw-on toy top according to claim 3, it is characterised in that: the transmitter further includes handle and second Spring, the handle are hollow housing, and the bottom of the fixing seat is fixed on the inner bottom surface of the handle, and the rotating seat can It is rotatably disposed in the handle, and covers conjunction on the fixing seat, first spring is mounted on inside the fixing seat； The switch portion is mounted in the handle, and the upward rotation stop protrusion, the switch portion is arranged in one end of the switch portion The button being mounted on handle with one is connect；One end of the second spring is abutted with the switch portion, the other end with it is described The inner wall of handle abuts, and the second spring contacts the rotation stop protrusion of the switch portion with the unidirectional rotation prevention portion, described to press When button is pressed, then the rotation stop protrusion of the switch portion and the unidirectional rotation prevention portion are detached from.

5. screw-on toy top according to claim 1, it is characterised in that: the gyro include contact to earth switch, pedestal, Driving section and movable part；The switch that contacts to earth is movably installed at the bottom of the pedestal, and connect with the driving section；Institute Movable part is stated to connect with the driving section；The switch that contacts to earth is downwardly projected relative to the pedestal in the initial state, is touched It can be moved upwards in the susceptor behind ground, and the driving section is pushed to move, act the movable part；The movable part is multiple When position, the driving section and the switch that contacts to earth reset.

6. screw-on toy top according to claim 5, it is characterised in that: the gyro further includes third spring, Four springs and articulated shaft；The end of the movable part is hinged by articulated shaft and the pedestal, and the third spring is set in institute It states on articulated shaft, one end is fixed with the articulated shaft, and the end of the other end and the movable part is fixed；The switch touching of contacting to earth It is moved upwards in the susceptor behind ground, and the driving section is pushed to move, make the movable part in the work of the third spring It is flicked outward with lower；4th spring is mounted on described contact to earth and switchs between the pedestal, switchs described contact to earth downwards Movement, returns back to original state.

7. screw-on toy top according to claim 6, it is characterised in that: the movable part includes at least two activities One end of piece, the activity template is hinged by the edge for being horizontally fixed on the articulated shaft and the pedestal of susceptor edges；Institute State the lever shaft and transmission levers that driving section includes at least two groups, every group of lever shaft and transmission levers and each activity template one One is corresponding；The lever shaft is fixed in the susceptor, and the transmission levers are rotatably sleeved on the lever shaft；It is described The end of activity template is equipped with the abutting block of a protrusion, one end of the transmission levers be connected to it is described contact to earth on switch, it is another End and the abutting block of the activity template abut；When the switch that contacts to earth moves upwards, one end of the transmission levers is pushed, it is described The other end of transmission levers accordingly moves, and the abutting block of the activity template is made temporarily to be detached from the transmission levers, makes described Activity template pops up under the active force of the third spring.

8. screw-on toy top according to claim 7, it is characterised in that: the bottom surface of the pedestal is equipped with through-hole, institute Stating pedestal further includes a central axis being fixed therein on axis；It is described contact to earth switch be it is cylindric, bottom end pass through the base The through-hole of seat bottom surface, middle part are equipped with radially projecting baffle, and the baffle can be resisted against on the bottom surface of the pedestal；The touching The center on the top of ground switch is equipped with blind hole, and the switch that contacts to earth can be set in the center by the blind hole up or down The bottom end of axis, the top of the central axis are fixed with the pedestal；4th spring is set on the central axis；The touching The top of ground switch is equipped at least two floors of radial projection, each floor and lever shaft and transmission levers described in every group It corresponds；

The lever shaft is horizontally fixed in the pedestal, and the transmission levers level is set on the lever shaft；The touching When ground switch moves upwards, floor jacks up one end of the transmission levers, and the other end of the transmission levers is fallen, described The abutting block of activity template is temporarily detached from the transmission levers, makes the activity template and under the active force of third spring along diameter To outside pop-up；When the activity template is returned to original state under the effect of external force, the transmission levers are returned to horizontal position It sets and is abutted with the abutting block of the activity template, the activity template is made to be maintained at initial position.

9. screw-on toy top according to claim 8, it is characterised in that: in the initial state, the activity template phase Mutually gather, and forms a package space on the pedestal；A displaying portion, the switch that contacts to earth are fixed in the package space After contacting to earth, the activity template pops up outward, opens the package space, exposes the displaying portion；The gyro is egg type, institute State the lower part that pedestal is egg type；The activity template be it is petal, under original state, top that the activity template is gathered for egg type； Under action state, the activity template radial development；First abutting part is the radial projection knot that the gyro bottom is arranged in Structure.

10. screw-on toy top according to any one of claim 1 to 9, it is characterised in that: further include an extraction Device, the extractor include lid, the second magnet and mention handle；The end for mentioning handle is connect with the lid, second magnetic Iron is arranged on the lid, and the top of the gyro is equipped with the first magnet；Second magnet is different with first magnet Property magnetic pole.

11. screw-on toy top according to claim 10, it is characterised in that: cavity is equipped in the lid, it is described The end for mentioning handle is inserted into the lid and can be moved up and down relative to the lid；Second magnet is inserted into the handle that mentions End in the lid is fixed, in the cavity that lid described in simultaneously retraction can be moved up with the end for mentioning handle, or to Lower movement and stretch out outside the bottom surface of the lid.

12. screw-on toy top according to claim 11, it is characterised in that: the lid includes upper cover body and lower cover Body forms cavity, is respectively equipped with first through hole and second on the upper cover body and lower cover between the upper cover body and lower cover Through-hole；The extractor further includes the 5th spring and magnet fixed column；The middle part of the magnet fixed column is equipped with radial projection Flange, second magnet are fixed on the lower part of the magnet fixed column, the top of the magnet fixed column with pass through described the The end for mentioning handle of one through-hole is affixed；The size of the flange is greater than the size of the first through hole and the second through-hole, institute The size for stating the top of magnet fixed column is less than the size of the first through hole, and the size of the lower part of the magnet fixed column is less than The size of second through-hole；5th spring is set in the top of the magnet fixed column, one end and the lid Cavity upper surface abuts, and the other end is abutted with the flange；The grip strip that mentions moves the magnet fixed column relative to the lid When moving upwards, the 5th spring-compressed, second magnet passes through described second with the lower part of the magnet fixed column Through-hole, in the cavity of lid described in retraction；When 5th spring discharges, drive the magnet fixed column relative to the lid It moves downward, second magnet stretches out the lid as the lower part of the magnet fixed column passes through second through-hole Outside bottom surface.