CN104436666A - Top toy device capable of being accelerated - Google Patents
Top toy device capable of being accelerated Download PDFInfo
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- CN104436666A CN104436666A CN201410701136.5A CN201410701136A CN104436666A CN 104436666 A CN104436666 A CN 104436666A CN 201410701136 A CN201410701136 A CN 201410701136A CN 104436666 A CN104436666 A CN 104436666A
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Abstract
The invention discloses a top toy device capable of being accelerated. The top toy device comprises a top toy and a remote control device and is characterized in that the top toy comprises a rotating body and a top body, a motor is arranged in the middle of the top body, a rotating shaft of the motor is located on the central axis of the top body and extends upwards to be connected with the rotating body so that the motor can drive the rotating body to rotate, the rotating body rotates to exert reactive force on the top body to make the top body rotate reversely, and then the whole top toy is driven to rotate. The top toy is simple in structure and low in cost, the gravity is stable and centralized, rotation is more stable and longer, the remote control device is designed in the mode that the motor of the top toy is controlled to act through a vibration control part, when played, the top toy can be controlled just by shaking the remote control device, the control mode is more novel and advanced, the top toy device can be popular with children better, the problem that the top toy can not be controlled in the fighting process is solved, and the interactivity and the interestingness of the top toy in the playing process are effectively improved.
Description
Technical field
The present invention relates to a kind of electric top toy, is a kind of toy top device accelerated specifically.
Background technology
Toy top is very by the toy that child likes, but along with the development of science and technology, brings a variety of change to traditional toy top, as in order to make gyro rotate more steady lastingly, manual toy top is improved to the electric top of motorized motions; More gorgeous charming in order to make gyro rotate, electric top is improved to Acoustic-illuminant top further.These electric tops are all the inside assembly of motor, power supply and other functions being all integrated into gyrostat, and current most electric top all cannot realize controlling its rotating speed, are all the rotations of the unlimited electric consumption of motor of leaving; Again because current toy gyroscope great majority are for contest, comprise and rotate persistent match, the match etc. of battle, but this electric top can not be applicable to such match substantially, one is too heavy, and two is rotations is do not stop to drive, so make the recreational of electric top be less than manual gyro by motor, the cost of adding electric top is higher than manual gyro, therefore the favor of more difficult acquisition consumer.More existing electric tops arrange Radio Control Function for it, solve the problem of the uncontrollable rotating speed of electric top with this, but same gyro itself is still with power supply, turn increases Radio Control Function, more substantially increase the cost of this toy gyroscope, be difficult to equally be promoted.
Summary of the invention
For the problem existing for above-mentioned prior art, the object of this invention is to provide a kind of toy top device that artificially can carry out electronic acceleration to the toy top of not charged.
For achieving the above object, the technical solution adopted in the present invention is: a kind of toy top device accelerated, be characterized in including a toy top and the accelerator for toy top acceleration, the motor that toy top can be driven to rotate is provided with in described toy top, described accelerator comprises a supporting body, described supporting body is provided with clamping part and power supply unit, described clamping part is for clamping toy top, described clamping part is provided with two electric contacts in the position contacted with toy top, described two electric contacts are electrically connected with described power supply unit each via electric wire, contacted with toy top by two electric contacts and realize power supply unit and power to the motor of toy top.
Wherein, the supporting body of above-mentioned accelerator can be hard carrier, described hard carrier is also provided with ejection mechanism and control button, described ejection mechanism be arranged at above-mentioned clamping part rear positions and realize described ejection mechanism will speed up after above-mentioned toy top launch from clamping part, described control button is for controlling the clamping launching and control clamping part of ejection mechanism.
For the ease of clamping toy top and handled easily, above-mentioned hard carrier is a housing, above-mentioned clamping part is arranged at the lower front part position of housing rotationally, above-mentioned ejection mechanism can be arranged at the bottom in housing movably forward and backward, the position of housing forward end to clamping part is stretched out in the front end of described ejection mechanism when emission state, moved forward and backward and drive clamping part to rotate to fold and realize realizing the clamping of unclamping toy top to the clamping of above-mentioned toy top or rotating opening by described ejection mechanism.
Accelerate for the ease of the toy top of rotation is taken on accelerator further, the front bottom end of above-mentioned housing is provided with forward a convenient shovel board scooped up by toy top on accelerator, described shovel board is provided with a recess in the position at the above-mentioned clamping part center of correspondence, can be positioned in this recess and rotate when described toy top turns to described recess in shovel board.
Namely implement to accelerate toy top while realizing clamping toy top, above-mentioned two electric contacts are all arranged on above-mentioned clamping part or wherein an electric contact is arranged at another electric contact on clamping part and is arranged in the recess of above-mentioned shovel board.
The rear portion of housing of the present invention is upwards extended with one for the hand-held handle held, and above-mentioned control button is arranged on described handle, and the middle part of described housing is upwards extended a battery compartment, and above-mentioned power supply unit is installed in described battery compartment.
For the ease of controlling and operation, above-mentioned control button comprises two independent buttons controlled separately, the inside of described two buttons is connected with STATEMENT OF FEDERALLY SPONSORED all separately, bottom and the clamping of above-mentioned elastic mechanism phase of described STATEMENT OF FEDERALLY SPONSORED, wherein a button makes elastic mechanism drive above-mentioned clamping part to clamp above-mentioned toy top and control power supply unit by STATEMENT OF FEDERALLY SPONSORED after pressing to power to toy top, and another button makes elastic mechanism drive clamping part to unclamp the clamping of toy top by STATEMENT OF FEDERALLY SPONSORED after pressing and toy top is launched by elastic mechanism reach.
The supporting body of accelerator of the present invention can also be soft carrier, described soft carrier is worn on user on hand, wherein above-mentioned electric contact is arranged at the position of user's finger, is affectedly bashful above-mentioned toy top and realizes electric contact and contact with toy top and realize power supply unit and power to the motor of toy top by the finger of user.This soft carrier can be gloves, bracelet, fingerstall, refer to guard against.
In order to improve the using function of this soft carrier further, to increase enjoyment of playing, above-mentioned soft carrier is also provided with a pallet rotated for toy top thereon, the surface of described pallet is spherical-concave-surface.
Soft carrier of the present invention is provided with a battery case, and above-mentioned power supply unit is installed in battery case, draws electric wire and be connected with above-mentioned electric contact in described battery case.
Toy top of the present invention includes central axis, is positioned at the gyro ring body that can rotate relative to central axis on central axis top and is fixed in the top point bottom central axis, above-mentioned motor is installed in central axis, and the rotating shaft of described motor upward and connect with gyro ring body and realize driving when machine shaft rotates gyro ring body to rotate relative to top point.
In order to realize toy top by can motor in electric connection toy top after clamping, the lateral surface of above-mentioned central axis is provided with two place's electric contact points, this two places electric contact point draws live wire separately and is connected with the two poles of the earth of the motor in central axis, and described two place's electric contact points are respective and above-mentioned contact after toy top is accelerated the clamping part clamping of device.
The design of corresponding accelerator upper electrical contact, on above-mentioned two place's electric contact points are all arranged on the exterior arc surface in the middle part of above-mentioned central axis or wherein place's electric contact point is arranged in the middle part of central axis exterior arc surface, another place's electric contact point is arranged on above-mentioned top point.
The present invention is owing to being designed to gyroscopic apparatus comprise toy top and accelerator, and only motor is set in toy top, and power supply is arranged on accelerator, on the clamping part of accelerator, be provided with electric contact simultaneously, clamp toy top by the clamping part on accelerator and make contact realize the motor of electrical energy transfer to toy top of the power supply unit that will speed up on device to toy top, thus the axis of rotation of drive motor, final realization is accelerated to toy top or is driven toy top to rotate, therefore structure of gyro toy both can have been made more simple, rotation flexibility is good, can realize again accelerating to the toy top of electronic class, electric toy top is made to form the toy top rotated by the inertia after electronic acceleration, therefore can be used for rotating in the athletic competition such as persistent match and battle match, and adopt this electronic acceleration can solve the problem that existing toy top manually accelerates the hand easily hurting operator, again because accelerator can be designed to hard carrier, i.e. hand-held, also can be designed to soft carrier, i.e. hand Wearable, and a great variety of models, moulding is unique, and consumer can select according to the hobby of oneself, meeting the psychology of seeking renovation of consumer.Gyroscopic apparatus design of the present invention is unique, and structure of gyro toy is simple, and flexibility is good, thoroughly solve the problem that electronic class gyro cannot carry out athletic competition, more increase the mode of playing and enjoyment, and global design cost is low, what effectively improve that toy top plays is interactive and interesting.
Below in conjunction with drawings and Examples, the invention will be further described.
Accompanying drawing explanation
Fig. 1 is the perspective view of electron gun body of the present invention.
Fig. 2 is the internal structure schematic diagram of electron gun body of the present invention state to be held.
Fig. 3 is the internal structure schematic diagram of electron gun body of the present invention clamping acceleration mode.
Fig. 4 is the internal structure schematic diagram after electron gun body of the present invention launches toy top.
Fig. 5 is the perspective view of gloves of the present invention.
Fig. 6 is the decomposition texture schematic diagram of gloves of the present invention.
The perspective view of Fig. 7 to be gloves of the present invention be toy top acceleration mode.
Fig. 8 is the perspective view of toy top of the present invention.
Fig. 9 is the sectional structure schematic diagram of toy top of the present invention.
Figure 10 is the decomposition texture schematic diagram of toy top of the present invention.
Detailed description of the invention
As shown in Figures 1 to 10, the toy top device accelerated of the present invention, include a toy top 1 and the accelerator 2 for toy top 1 acceleration, the motor 3 that toy top 1 can be driven to rotate is provided with in this toy top 1, accelerator 2 comprises a supporting body 21, supporting body 21 is provided with clamping part 22 and power supply unit 23, wherein clamping part 22 is for clamping toy top 1, clamping part 22 is provided with two electric contacts 4 in the position contacted with toy top 1, two electric contacts 4 are electrically connected with power supply unit 23 each via electric wire, being contacted with toy top 1 by two electric contacts 4 and realizing power supply unit 23 powers to the motor 3 of toy top 1, thus the rotating shaft 31 of drive motor 3 is rotated, final realization is accelerated to toy top 1 or is driven toy top 1 to rotate, therefore toy top 1 structure both can have been made more simple, rotation flexibility is good, can realize again accelerating to the toy top 1 of electronic class, electric toy top is made to form the toy top 1 rotated by the inertia after electronic acceleration, therefore can be used for rotating in the athletic competition such as persistent match and battle match, and adopt this electronic acceleration to solve problem that the manual acceleration of existing toy top 1 easily hurts the hand of operator.
As shown in Figures 1 to 4, the bearing part 21 of the accelerator 2 of this embodiment is the electron gun body of a band emission function, and this electron gun body comprises on a housing 210, this housing 210 and is provided with clamping part 22, power supply unit 23, ejection mechanism 24 and control button 25.Wherein this embodiment housing 210 for bottom be front and back to the square bar cylinders arranged, head is upwards extended with large handle 211 little for body at the rear portion of square bar cylinder, the inside of side's bar cylinder and handle 211 is all cavity, is upwards extended with battery compartment 212 in the front portion of square bar cylinder.The clamping part 22 of this embodiment is positioned at the front position of the square bar cylinder of housing 210, this clamping part 22 comprise two in opposite directions can elasticity launch jig arm 221, this two jig arm 221 realizes two jig arm 221 by latch with the vertical grafting of front position of square bar cylinder and can rotate around latch, latch is arranged with torsion spring, can make jig arm 221 under torsion spring effect, be in the state of outside rotating opening by this torsion spring, as shown in Figure 2, two jig arm 221 inwardly rotate the central axis 11 just clamping toy top 1 when drawing close, the front bottom end of the party's bar cylinder is provided with a slot, this slot is plugged with one piece of shovel board 5, the front end of this shovel board 5 is slope obliquely, can the toy top 1 in rotation be scooped up in shovel board 5 by this shovel board 5, this shovel board 5 is provided with a recess 51 at the correspondence position of the center that two jig arm 221 clamp, this recess 51 position finally can be rotated to by the toy top 1 scooped up, therefore too much influence can not be caused to the toy top 1 in rotation when two jig arm 221 clamp toy top 1.The ejection mechanism 24 of this embodiment includes launches connecting rod 241 and pulling plug 242, launch the centre position of front end face to two jig arm 221 of the front end side of the stretching out bar cylinder of connecting rod 241, the bottom surface, rear portion of launching connecting rod 241 is provided with grab 243, to be buckled in respectively at the two ends of an extension spring 244 on the projection 214 that arranges in grab 243 and square bar cylinder and to realize this transmitting connecting rod 241 and to pull and this transmitting connecting rod 241 can eject forward reset after loosing one's grip backward, the centre of this transmitting connecting rod 241 is provided with link slot 244, the pulling plug 242 of this embodiment is socketed in the later half position, bottom of housing 210, the centre of pulling plug 242 is provided with joint pin, the both sides of side's bar cylinder be provided with slotted eye in the joint pin side of extending into bar cylinder and joint pin can move forward and backward at the length direction of slotted eye, be plugged into after in this joint pin side of extending into bar cylinder in the link slot 244 launching connecting rod 241, thus the both sides that realization hand pinches pulling plug 242 are when pulling pulling plug 242 backward, pulling plug 242 drives transmitting connecting rod 241 to move backward, the front end of transmitting connecting rod 241 is made to be retracted in housing 210, the end face launching connecting rod 241 is provided with one and convexly buckles 245, this convex button 245 matches with the control button 25 of this embodiment.The control button 25 of this embodiment includes trigger 251 and eject button 252, this trigger 251 is arranged at the front position of handle 211 head, the rear portion of this trigger 251 is provided with circular hole, in handle 211 head, correspondence is provided with cylinder and coordinates with this circular hole and realize trigger 251 and can be pulled, the posterior angle of this trigger 251 is extended with a bow 253 obliquely, linkage board 261 after one is connected with by terminal position at this bow 253, the top of this rear linkage board 261 is provided with square hole and supplies the end of bow 253 to stretch into, a Contact plate 264 is convexly equipped with in the centre of rear linkage board 261, at the top position one power supply touching switch 9 of Contact plate 264, this power supply touching switch 9 is connected by electric wire with power supply unit 23 and realizes power supply and touch switch 9 and whether control the power supply of power supply unit 23, the lower end of this rear linkage board 261 is designed to detain limit 260, when launch connecting rod 241 by post-tensioning after convex on it buckle 245 final with buckle limit 260 and be interlockingly connected and make transmitting connecting rod 241 be in battery, and extension spring 244 is now in the state of being stretched, when detaining trigger 251, the bow 253 of trigger 251 can be upturned relatively, and then upwards mention rear linkage board 261, now detain limit 260 rise releasing and the snapping of convex button 245 is made to transmitting connecting rod 241 reach under extension spring 244 acts on, and Contact plate 264 moves touch power supply touching switch 9 and realize electric connection.The eject button 252 of this embodiment is arranged at the back-end location of handle 211 head, the inside of this eject button 252 is provided with one with the wedge shaped projection of lozenges, linkage board 262 before the lozenges position of this wedge shaped projection is connected with one, the position of the corresponding lozenges of this front linkage board 262 is provided with wedged hole and matches with this lozenges, the lower end of this front linkage board 262 is designed to the button limit 260 that can be interlockingly connected with convex button 245 equally, when pressing eject button 252, the wedged hole that the lozenges of its wedge shaped projection acts on front linkage board 262 make front linkage board 262 upwards mention, now detaining limit 260 rise releasing makes transmitting connecting rod 241 reach under extension spring 244 acts on reset to the snapping of convex button 245, due to the position that front linkage board 262 is between trigger 251 and rear linkage board 261, 251 dynamic impacts are pulled in order to avoid front linkage board 262 is subject to trigger, on front linkage board 262, bow 253 position of corresponding trigger 251 is provided with the oblong aperture 263 of enough arc 253 scopes of activities.The power supply unit 23 of this embodiment comprises a rechargeable lithium battary, the top panel of the battery compartment 212 of housing 210 and the one-body molded battery cover being designed to open of rear board, the bottom position of this battery cover and battery compartment 212 is hinged and realize this battery cover and can rotate backward and open, can lithium battery be put in battery compartment 212 after opening, be provided with electric contact piece in this battery compartment 212 to contact with the two poles of the earth of lithium battery, and electric contact piece draws the position that wire is connected to clamping part 22, the centre position of this embodiment jig arm 221 is wherein provided with an electric contact 4, another electric contact 4 is provided with in the recess 51 of shovel board 5, two wires of drawing in battery compartment 212 are connected on this two electric contact 4, and toy top 1 correspondence be provided with an electric contact point 8 at central axis 11, another electric contact point 8 is provided with bottom top point 13, this two electric contact point 8 draws again has wire to be connected with the two poles of the earth of the motor 3 of toy top 1 inside, so when toy top 1 is clamped by clamping part 22, the electric contact 4 of jig arm 221 contacts with the electric contact point 8 on toy top 1 central axis 11, electric contact 4 in the recess 51 of shovel board 5 contacts with the electric contact point 8 of toy top 1 top point 13, thus make motor 3 and lithium battery form an electric loop, lithium battery realizes to motor 3 power supply, motor 3 rotating shaft 31 being rotated.
In order to realize jig arm 221 and the interaction relation launching connecting rod 241, this embodiment is extended with a slice plate at the rear of the pin hole of jig arm 221, semicircle lug 222 is provided with at the end of sheet plate, this lug 222 protrudes to side, therefore it is less in the relative distance of lug 222 position to define two jig arm 221, and the lug 222 of two jig arm 221 is all draw close on the dual-side launching connecting rod 241 under the effect of torsion spring; The both sides, position of the front middle part of the transmitting connecting rod 241 of this embodiment are provided with outwardly chimb 246, when this two chimb 246 is just positioned at the centre position of two lugs 222 of jig arm 221, two lugs 222 are made the front portion of jig arm 221 come closer on the contrary around latch by chimb to both sides extruding, thus clamping toy top 1; Effect due to the trigger 251 of this embodiment is used to the toy top 1 scooping up shovel board 5 to carry out clamping and toy top 1 is carried out to acceleration and controls, and the effect of the eject button 252 of this embodiment is used to the toy top 1 after having accelerated to launch away from accelerator 2, it is allowed to come back on rotating disk or rotating contact face, therefore provable before detaining trigger 251, jig arm 221 is in deployed condition, and after detaining trigger 251, jig arm 221 implements to carry out clamping to toy top 1 and electric connection realizes accelerating toy top 1 simultaneously; Before pressing eject button 252, this toy top 1 should still in the state clamped by jig arm 221, and after pressing eject button 252, jig arm 221 is unclamped the clamping of toy top 1 and the front end of launching connecting rod 251 is outwards ejected and hit toy top 1 from accelerator 2.According to above-mentioned analysis, when pull back pulling plug 251 and launch connecting rod 241 after loosing one's grip convex to buckle 245 be interlockingly connected with the limit 260 of buckleing of rear linkage board 262, now two lugs 222 of jig arm 221 draw close on the dual-side in chimb 246 front of launching connecting rod 241, namely jig arm 221 is in deployed condition, as shown in Figure 2, when detaining trigger 251, convex button 245 departs from snapping with the button limit 260 of rear linkage board 262, launch connecting rod 241 and only move forward a bit of distance, because convex button 245 is interlockingly connected with the button limit 260 of front linkage board 261 again, now two lugs 222 of jig arm 221 are just draw close the position at two chimbs 246 launching connecting rod 241, jig arm 221 clamps toy top 1 and accelerates gyro, as shown in Figure 3, accelerate enough when thinking, when pressing eject button 252, convex button 245 departs from snapping with the button limit 260 of front linkage board 261, launch connecting rod 241 again to move forward, the position that chimb 246 leaves lug 222 makes jig arm 221 launch and unclamp the clamping to toy top 1, launch the front end of connecting rod 241 to stretch out housing 210 toy top 1 slap shot is gone out simultaneously, as shown in Figure 4.
As shown in Figures 5 to 7, the bearing part 21 of the accelerator 2 of this embodiment is gloves, these gloves is provided with clamping part 22, power supply unit 23 and pallet 6.Wherein the clamping part 22 of this embodiment real for people's gloves enter gloves after be affectedly bashful clamping with thumb, forefinger and the middle finger central axis 11 to toy top 1, as shown in Figure 7.The power supply unit 23 of this embodiment is arranged at the edge of gloves running-on, this embodiment is provided with a battery case 7 at gloves running-on edge, the lid on this battery case 7 top can be raised to a sideway swivel, the power supply unit 23 of this embodiment is similarly lithium battery, this lithium battery is placed in battery case 7, be provided with electric contact piece in battery case 7 to contact with the two poles of the earth of lithium battery, two electric contact pieces draw the forefinger of electric wire to gloves and the position of middle finger, wherein be provided with an electric contact 4 in the finger belly position of forefinger, an electric contact 4 is provided with at the finger side position by forefinger of middle finger, two electric wires of drawing in battery case 7 are connected on this two electric contact 4, and toy top 1 correspondence be provided with an electric contact point 8 at central axis 11, another electric contact point 8 is provided with bottom top point 13, this two electric contact point 8 draws again has wire to be connected with the two poles of the earth of the motor 3 of toy top 1 inside, so when pinching the central axis 11 of toy top 1 with thumb and forefinger, as shown in Figure 7, the electric contact 4 of forefinger contacts with the electric contact point 8 on toy top 1 central axis 11, again middle finger is against top point 13 bottoms of toy top 1, the electric contact 4 of middle finger is contacted with the electric contact point 8 of toy top 1 top point 13, thus make motor 3 and lithium battery form an electric loop, lithium battery realizes to motor 3 power supply, motor 3 rotating shaft 31 being rotated.The pallet 6 of this embodiment is fixed on the back of the hand position of gloves, this pallet 6 is a spherical-concave-surface disk body, rotation can be placed on it for toy top 1, after accelerating to toy top 1, toy top 1 is up abandoned, then go to connect this toy top 1 with the pallet 6 of the back of the hand rapidly, this toy top 1 is rotated in pallet 6.
As shown in Fig. 8 to Figure 10, the toy top 1 of this embodiment includes central axis 11, gyro ring body 12, top point 13 and blind nut 14, this gyro ring body 12 and blind nut 14 are installed on the top of central axis 11 and both all can rotate relative to central axis 11, and the bottom that this top point 13 is installed on central axis 11 is fixedly connected with central axis 11.Wherein the central axis 11 of this embodiment includes Upper shaft sleeve 111, snap ring 112, chuck 113 and Lower shaft sleeve 114, the two halves cylindrical shell that this Lower shaft sleeve 114 is docked by left and right forms, motor 3 is provided with in two halves cylindrical shell, the rotating shaft 31 of this motor 3 upward, this rotating shaft 31 is socketed with an axle cap 115, circular hole is provided with in the centre of this chuck 113, it is affixed with chuck 113 that this axle cap 115 top is plugged in realization in this circular hole, therefore this chuck 113 can with rotating shaft 31 synchronous axial system of motor 3, this chuck 113 is upwards provided with the claw of four circular symmetric, by these four claws and the clamping of snap ring 112 phase, the inside micro of mid portion on the outer wall of two halves cylindrical shell and form shallow installation position, the interlocking of this installation position has semicircular arc electric contact point 8, this electric contact point 8 two edges bending to the inside and form the edge clamping with semicolumn housing, wherein the edge bottom of an electric contact point 8 is extended with metal clips 81 to Lower shaft sleeve 114 inside, the wherein electrode contact bottom the end of this metal clips 81 and motor 3.The top point 13 of this embodiment is installed on the bottom of Lower shaft sleeve 114, the middle part of this top point 13 is extended to both sides button pin, button limit is provided with in the bottom correspondence of two halves cylindrical shell, to be interlockingly connected with button limit by button pin and two halves cylindrical shell dock after this top point 13 and Lower shaft sleeve 114 fixing, the top point 13 of this embodiment adopts metal materials make and make whole top point 13 surface form electric contact points 8, and the top of this top point 13 is provided with metal clips 81 and extends to another electrode contact bottom motor 3.The gyro ring body 12 of this embodiment includes attacks ring 121, counterweight ring and upper ring cowling 122, attacking ring 121 can be one-body molded with counterweight ring, this attack ring 121 and counterweight ring are enclosed within snap ring 112, the lower limb of this snap ring 112 is outwards extended four screw installation feet, this screw installation foot support attack ring 121 and counterweight ring, upper ring cowling 122 lid is put on snap ring 112 and bottom is provided with the screw coordinated with screw installation foot, snap ring 112 and gyro ring body 12 can be fixed by screw, and Upper shaft sleeve 111 is plugged on ring cowling 122 centre position coordinates affixed with upper ring cowling 122.The blind nut 14 of this embodiment is plugged in the interstitial hole of Upper shaft sleeve 111, claw due to chuck 113 is stuck in snap ring 112 top, so the relative claw of this chuck 113 can also move up and down, therefore between chuck 113 and blind nut 14, be provided with compression extension spring 10, chuck 113 can be allowed to be in downtrend by this compression extension spring 10, simultaneously when this toy top 1 is launched into ground, central axis 11 can play cushioning effect under the effect of this compression extension spring 10, to reduce the rigid collision of central axis 11, the service life of protection central axis 11, and the influence of rotation speed reduced toy top 1.
The concrete playing method of this toy is as follows:
Toy top 1 is transmitted into ground or desktop by conventional transmitters, can certainly come to this toy top 1 of transmitting with accelerator 2 of the present invention, after toy top 1 rotating speed slows down, accelerator 2 can be utilized to accelerate to toy top 1, and accelerator 2 of the present invention has two kinds---when using electron gun body as acceleration carrier.Need first to pull pulling plug 242 backward, pulling plug 242 is retreated with transmitting connecting rod 241, launch in the front end side of the being retracted into bar cylinder of connecting rod 241, launch connecting rod 241 drives outside rotation of jig arm 221 to be in open mode simultaneously, then the shovel board 5 that will speed up rifle body is shoveled and is made on toy top 1 in shovel board 5 to toy top 1, and make the top point 13 of toy top 1 enter into the recess 51 of shovel board 5, then trigger 251 is detained, trigger 251 drives rear linkage board 261 to move up, therefore to launch on connecting rod 241 convex buckles 245 and depart from snapping with the limit 260 of buckleing of rear linkage board 261, launch connecting rod 241 under extension spring 244 acts on, move forward a bit of distance and be stopped at its convex buckle 245 with front linkage board 262 buckle the state that limit 260 is interlockingly connected, now two lugs 222 of jig arm 221 are just draw close the position at two chimbs 246 launching connecting rod 241, namely jig arm 221 is inwardly rotated and clamps toy top 1, now the electric contact point 8 of toy top 1 Lower shaft sleeve 114 outer wall contacts with the electric contact 4 in jig arm 221, the electric contact point 8 of toy top 1 top point 13 contacts with the electric contact 4 in shovel board 5 recess 51 simultaneously, realize power supply touching switch 9 because its Contact plate 264 when rear linkage board 261 moves touches this power supply touching switch 9 again and be in ON state, therefore power supply touching switch 9, lithium battery, motor 3 three of toy top 1 forms an electric loop, namely lithium battery power supply makes the rotating shaft 31 of motor 3 rotate to motor 3, gyro ring 12 body of motor 3 rotating shaft 31 and then drive toy top 1 rotates, when accelerate to speed enough after, press the eject button 242 of electron gun body, now convex button 245 departs from snapping with the button limit 260 of front linkage board 262, launch connecting rod 241 again to move forward under extension spring 244 acts on, the position that chimb 246 leaves lug 222 makes jig arm 221 again launch and unclamp the clamping to toy top 1, the front end side of the stretching out bar cylinder simultaneously launching connecting rod 241 realizes toy top 1 slap shot to go out outward, after this toy top 1 lands gyro ring body 12 at an upper portion thereof rotator inertia effect under produce reaction force and drive the top point 13 of its underpart to rotate, namely realize whole toy top 1 to rotate.
When using gloves as acceleration carrier.First need put gloves, then go to pinch Lower shaft sleeve 114 position of the toy top 1 rotated with the forefinger of the hand with gloves and thumb and realize toy top 1 to pick up, and then top point 13 bottoms of toy top 1 are propped up with the position at middle finger electric contact 4 place, the motor 3 in the lithium battery on gloves and toy top 1 is made to form electric loop under the contact of electric contact point 8 with electric contact 4, namely lithium battery power supply makes the rotating shaft 31 of motor 3 rotate to motor 3, and the gyro ring body 12 of motor 3 rotating shaft 31 and then drive toy top 1 rotates; When accelerate to speed enough after, divide again two kinds of playing methods: one is toy top 1 can be placed back in ground or desktop to continue to rotate by it, two is owing to being provided with a small-sized pallet 6 in the back of the hand position of gloves, therefore toy top 1 upwards can be abandoned, then go to catch this toy top 1 with pallet 6, toy top 1 is rotated in pallet 6.
Although the present invention describes with reference to specific embodiment, this description not meaning that is construed as limiting the present invention.With reference to description of the invention, other changes of the disclosed embodiments, all can expect for those skilled in the art, this change should belong in appended claims limited range.
Claims (13)
1. the toy top device that can accelerate, it is characterized in that the accelerator (2) including a toy top (1) and accelerate for toy top (1), the motor (3) that toy top (1) can be driven to rotate is provided with in described toy top (1), described accelerator (2) comprises a supporting body (21), described supporting body (21) is provided with clamping part (22) and power supply unit (23), described clamping part (22) is for clamping toy top (1), the position that described clamping part (22) is contacting with toy top (1) is provided with two electric contacts (4), described two electric contacts (4) are electrically connected with described power supply unit (23) each via electric wire, contacted with toy top (1) by two electric contacts (4) and realize power supply unit (23) and power to the motor of toy top (1) (3).
2. the toy top device accelerated according to claim 1, the supporting body (21) that it is characterized in that above-mentioned accelerator (2) is hard carrier, described hard carrier is also provided with ejection mechanism (24) and control button (25), described ejection mechanism (24) be arranged at above-mentioned clamping part (22) rear positions and realize described ejection mechanism (24) will speed up after above-mentioned toy top (1) launch from clamping part (22), described control button (25) is for controlling the clamping launching and control clamping part (22) of ejection mechanism (24).
3. the toy top device accelerated according to claim 2, it is characterized in that above-mentioned hard carrier is a housing (210), above-mentioned clamping part (22) is arranged at the lower front part position of housing (210) rotationally, above-mentioned ejection mechanism (24) can be arranged at the bottom in housing (210) movably forward and backward, the position of housing (210) front end to clamping part (22) is stretched out in the front end of described ejection mechanism (24) when emission state, movable and drive clamping part (22) to rotate to fold and realize realizing the clamping of unclamping toy top (1) to the clamping of above-mentioned toy top (1) or rotating opening by described ejection mechanism (24).
4. the toy top device accelerated according to claim 3, it is characterized in that the front bottom end of above-mentioned housing (210) is provided with forward a convenient shovel board (5) scooped up by toy top (1) on accelerator (2), described shovel board (5) is provided with a recess (51) in the position at the above-mentioned clamping part of correspondence (22) center, can be positioned in this recess (51) and rotate when described toy top (1) turns to recess (51) in shovel board (5).
5. the toy top device accelerated according to claim 4, it is characterized in that above-mentioned two electric contacts (4) be all arranged at above-mentioned clamping part (22) upper or wherein an electric contact (4) be arranged at that clamping part (22) is upper and another electric contact (4) is arranged in the recess (51) of above-mentioned shovel board (5).
6. the toy top device accelerated according to claim 3, it is characterized in that the rear portion of above-mentioned housing (210) is upwards extended with one for the hand-held handle (211) held, above-mentioned control button (25) is arranged on described handle (211), the middle part of described housing (210) is upwards extended a battery compartment (212), and above-mentioned power supply unit (23) is installed in described battery compartment (212).
7. the toy top device accelerated according to claim 6, it is characterized in that above-mentioned control button (25) comprises two independent buttons controlled separately, the inside of described two buttons is connected with STATEMENT OF FEDERALLY SPONSORED (26) all separately, bottom and above-mentioned elastic mechanism (24) the phase clamping of described STATEMENT OF FEDERALLY SPONSORED (26), wherein a button makes elastic mechanism (24) drive above-mentioned clamping part (22) to clamp above-mentioned toy top (1) by STATEMENT OF FEDERALLY SPONSORED (26) after pressing and controls power supply unit (23) power supply to toy top (1), another button makes elastic mechanism (24) drive clamping part (22) to unclamp the clamping of toy top (1) by STATEMENT OF FEDERALLY SPONSORED (26) after pressing and toy top (1) is launched by elastic mechanism (24) reach.
8. the toy top device accelerated according to claim 1, it is characterized in that the supporting body (21) of above-mentioned accelerator (2) is soft carrier, described soft carrier is worn on user on hand, wherein above-mentioned electric contact (4) is arranged at the position of user's finger, is affectedly bashful above-mentioned toy top (1) and realizes electric contact (4) and contact with toy top (1) and realize power supply unit (22) and power to the motor of toy top (1) (3) by the finger of user.
9. the toy top device accelerated according to claim 8, it is characterized in that above-mentioned soft carrier being also provided with a pallet (6) rotated for toy top (1) thereon, the surface of described pallet (6) is spherical-concave-surface.
10. the toy top device accelerated according to claim 8, it is characterized in that above-mentioned soft carrier is provided with a battery case (7), above-mentioned power supply unit (23) is installed in battery case (7), draws electric wire and be connected with above-mentioned electric contact (4) in described battery case (7).
The 11. toy top devices accelerated according to claim 1, it is characterized in that above-mentioned toy top (1) includes central axis (11), is positioned at the gyro ring body (12) that can rotate relative to central axis (11) on central axis (11) top and is fixed in the top point (13) of central axis (11) bottom, above-mentioned motor (3) is installed in central axis (11), and the rotating shaft (31) of described motor (3) upward and connect with gyro ring body (12) and realize driving gyro ring body (12) to rotate relative to top point (13) when motor (3) rotating shaft (31) is rotated.
The 12. toy top devices accelerated according to claim 11, it is characterized in that the lateral surface of above-mentioned central axis (11) is provided with two place's electric contact points (8), this two place electric contact point (8) draws separately has electric sheet to be connected with the two poles of the earth of the motor (3) in central axis (11), and described two place's electric contact points (8) contact with above-mentioned electric contact (4) separately after clamping part (22) clamping of the accelerated device (2) of toy top (1).
The 13. toy top devices accelerated according to claim 12, it is characterized in that above-mentioned two place's electric contact points (8) be all arranged on above-mentioned central axis (11) middle part exterior arc surface on or wherein place's electric contact point (8) be arranged on central axis (11) middle part exterior arc surface on and another place electric contact point (8) be arranged on above-mentioned top point (13).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410701136.5A CN104436666B (en) | 2014-11-28 | 2014-11-28 | A kind of toy top device accelerated |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410701136.5A CN104436666B (en) | 2014-11-28 | 2014-11-28 | A kind of toy top device accelerated |
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| CN104436666A true CN104436666A (en) | 2015-03-25 |
| CN104436666B CN104436666B (en) | 2017-11-03 |
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| CN201410701136.5A Active CN104436666B (en) | 2014-11-28 | 2014-11-28 | A kind of toy top device accelerated |
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| WO2019169655A1 (en) * | 2018-03-08 | 2019-09-12 | 广州灵动创想文化科技有限公司 | Screw-type gyroscope toy |
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| CN104436666B (en) | 2017-11-03 |
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Address after: The middle of the road. The Audi Industrial Park of Chenghai District of Guangdong city in Shantou province 515800 Patentee after: ALPHA GROUP Co.,Ltd. Patentee after: GUANGDONG AULDEY ANIMATION & TOY Co.,Ltd. Patentee after: GUANGZHOU ALPHA CULTURE COMMUNICATIONS Co.,Ltd. Address before: The middle of the road. The Audi Industrial Park of Chenghai District of Guangdong city in Shantou province 515800 Patentee before: GUANGDONG ALPHA ANIMATION AND CULTURE Co.,Ltd. Patentee before: GUANGDONG AULDEY ANIMATION & TOY Co.,Ltd. Patentee before: GUANGZHOU ALPHA CULTURE COMMUNICATIONS Co.,Ltd. |
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