CN205586554U - Long ball of reputation - Google Patents
Long ball of reputation Download PDFInfo
- Publication number
- CN205586554U CN205586554U CN201620259116.1U CN201620259116U CN205586554U CN 205586554 U CN205586554 U CN 205586554U CN 201620259116 U CN201620259116 U CN 201620259116U CN 205586554 U CN205586554 U CN 205586554U
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- rotary body
- acousto
- optic
- clutch
- climbing top
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Abstract
The utility model discloses a long ball of reputation, including first rotator, second rotator and connect first rotator and the connecting axle of second rotator, wherein first a rotating body is equipped with the slip subassembly, battery and reputation device, this slip subassembly is including slider and a plurality of mounting, the slider, a fixing member, battery and reputation device constitute the series -wound loop, the circular telegram of reputation device is realized with at least one mounting contact to this slider under the rotation centrifugal force effect of first rotator, thereby sound and be bright, contact bar spare can make the reputation device send different sound effect and light efficiency simultaneously, the event makes this long ball have diversified reputation effect, effectively keep the continuation of playing, be difficult to produce be sick of and feel. This long ball of reputation design benefit, the reputation effect is rich and varied, has the interest and plays the persistence, can satisfy the object for appreciation person's in different stages the demand of playing moreover.
Description
Technical field
This utility model relates to a kind of Climbing top Yo-Yo, specifically a kind of acousto-optic Climbing top Yo-Yo.
Background technology
Basic composition is of Climbing top Yo-Yo in the market: two rotary bodies and the connecting shaft of two rotary bodies of connection, can be played in the connecting shaft received between two rotary bodies by rope.
In order to improve play interest and the sight of Climbing top Yo-Yo, typically sound and light program can be set at a rotating body of Climbing top Yo-Yo.Some Climbing top Yo-Yo controls its acousto-optic by and off switch, first stirs on and off switch and makes acousto-optic device energising acoustic luminous, throw away Climbing top Yo-Yo the most again and play before rotation；Some Climbing top Yo-Yo controls its acousto-optic by centrifugal switch, and after i.e. throwing away Climbing top Yo-Yo, Climbing top Yo-Yo rotates generation centrifugal force makes centrifugal switch close, so that acousto-optic device energising is acoustic luminous.But existing acoustic luminous Climbing top Yo-Yo, no matter its sounding or luminescence, be all the most single, single sound effect, single light efficiency, easily produce after a period of time that is therefore at play and be sick of sense, and then lose interest of playing.
It addition, in order to realize typically to be cased with bearing in connecting shaft at rope end high speed rotating, therefore Climbing top Yo-Yo can dally at rope end after Climbing top Yo-Yo is thrown out, and then it be available for player and do various grandstand play；But with each advantage is a disadvantage, it is provided with the problem that bearing solves Climbing top Yo-Yo idle running, but make Climbing top Yo-Yo relatively difficult when reclaiming, for abecedarian, be often difficult to automatically retract Climbing top Yo-Yo in one's hands in, need again to hold on the other hand Climbing top Yo-Yo every time, lead the manual wiring of rope on the other hand, not only losing time but also affect enjoyment of playing, player can easily feel barren and abandon this toy.
Summary of the invention
The purpose of this utility model is to solve above-mentioned existing problems, it is provided that a kind of have diversified sound and light program to keep playing the acousto-optic Climbing top Yo-Yo of persistence, realizes controlling automatic rope closing on this basis further and plays with the child adapting to different technologies level.
The technical solution of the utility model is achieved in that
A kind of acousto-optic Climbing top Yo-Yo, including the first rotary body, the second rotary body and connection the first rotary body and the connecting shaft of the second rotary body, it is characterized in that described first a rotating body is provided with slide assemblies, battery and acousto-optic device, described slide assemblies includes sliding part and some fixtures, described sliding part, fixture, battery and acousto-optic device constitute series loop, and described sliding part contacts with at least one fixture under the rotation centrifugal action of the first rotary body and realizes the energising of described acousto-optic device.
Slide assemblies of the present utility model has various structures form, may is that described sliding part is the sliding shoe being provided with electrical contact, this sliding shoe is located in slip stopping means, described fixture is electric connecting sheet, described sliding shoe moves under the rotation centrifugal action of the first rotary body in described slip stopping means, makes described electrical contact contact with the electric connecting sheet of relevant position and realizes the energising of described acousto-optic device.
Further, described slip stopping means is the mounting box with sliding chamber, described mounting box is arranged on described first a rotating body, described sliding chamber along or tend to the radial direction of described first rotary body and be arranged in described mounting box, described sliding shoe is slidably disposed in described sliding chamber, described electric connecting sheet is arranged on the sidewall in sliding chamber, and described electrical contact is movably installed on the side towards electric connecting sheet direction of sliding shoe.In addition, the sliding chamber in this mounting box can also replace by structures such as slideway, slide rail and " " plates.
Can preferably automatically reset to realize sliding shoe, without manual operation, being provided with spring in described sliding chamber, the installation direction of this spring is consistent with the setting direction in described sliding chamber, one end of spring connects described sliding shoe, and the other end of spring abuts the inner face in described sliding chamber.This spring can be compression spring, it is also possible to for stretching spring, when for compression spring, its one end is connected away from the end face in described first rotary body axle center with sliding shoe, and the other end is connected to the inner face in sliding chamber vis-a-vis；When for stretching spring, its one end is connected near the end face in described first rotary body axle center with sliding shoe, and the other end is fixed in the inner face in sliding chamber vis-a-vis.
Further for ensureing that sliding shoe slides steadily and the stable connection of spring, described sliding chamber is provided with guide rod, described guide rod is arranged in the middle of sliding chamber along the setting direction in sliding chamber, and described sliding shoe is correspondingly provided with the through hole through described guide rod, and described spring housing is connected on described guide rod.
Slide assemblies of the present utility model is it may also is that described sliding part is for having resilient shell fragment, described fixture is electric contact, described shell fragment overcomes natural resiliency to deform rotation under the rotation centrifugal action of the first rotary body, and all of electric contact is spaced the rotation direction being arranged on described shell fragment.
In order to be able to realize the sound and light program of more horn of plenty, described first a rotating body is additionally provided with circuit board, and described acousto-optic device is installed on described circuit board, and described circuit board is fixed in the first a rotating body, and described circuit board is located in described series loop.
According to the demand of design, can be provided with at described first a rotating body and balance the balancing weight of described first rotary body center of gravity.
This utility model is played with the child adapting to different technologies level to realize controlling automatic rope closing, described second a rotating body is provided with arrangement of clutch, one end of described arrangement of clutch is clutch side, the other end is for connecting end, described connection end and the second rotary body are flexibly connected and realize arrangement of clutch rotatably, and described clutch side and the axle sleeve clutch pressure being set in connecting shaft are touched.
Can control to realize this arrangement of clutch, described second a rotating body is provided with can the freely rotatable torus of relative second rotary body, described toric inner ring surface bottom is provided with pilot hole, the clutch side bottom correspondence of described arrangement of clutch is convexly equipped with the projection inserted in pilot hole, by the position of slewing circle ring body scalable clutch side, thus realize arrangement of clutch and there are sleep state and two kinds of duty switchings of starting state.
Further, described toric top edge is convex is provided with the switch sheet twisted for hands, the corresponding slotted eye stretched out for switch sheet that has on described second rotary body, therefore the duty that can realize arrangement of clutch easily by twisting switch sheet switches.
In order to preferably protect the parts of a rotating body, described first rotary body and the second rotary body all include housing and lid, and described housing is detachably connected with lid integral.
This utility model is owing to being provided with slide assemblies, battery and acousto-optic device at the first a rotating body, this slide assemblies includes sliding part and some fixtures, therefore this sliding part is under the rotation centrifugal action of the first rotary body, can contact with different fixtures, or contact with the fixture of varying number, thus realize acousto-optic device energising, the most different contact conditions can make acousto-optic device send different sound effects and light efficiency, therefore make this Climbing top Yo-Yo have diversified sound and light program, effectively keep playing persistence, it is not easy to produces and is sick of sense；Again owing to being provided with arrangement of clutch at the second a rotating body, therefore when throwing away Climbing top Yo-Yo, outwards thrown away to depart to press with axle sleeve due to the clutch side of the effect arrangement of clutch of centrifugal force and touched, so that rotary body departs from and the constraint of axle sleeve and fast idle, player and then various grandstand play can be made, and when the rotary speed of rotary body reduces, the centrifugal force of clutch side reduces, thus be withdrawn into by elasticity to touch with axle sleeve pressure and make axle sleeve and the rotary body can synchronous rotary, i.e. rotary body drives rope winding to make Climbing top Yo-Yo return in player's hands, therefore abecedarian can easily be played by this arrangement of clutch, without manual wiring after throwing away Climbing top Yo-Yo of wasting time and energy every time, ensure the persistence played, interesting strong, do not interfere with the passion of playing of player；Additionally; it is additionally provided with the torus that can change arrangement of clutch duty; therefore; when player without clutch function when; the clutch side of clutch can be made outwards to turn on by slewing circle ring body and keep clutch side and axle sleeve to be in disengaged position; i.e. so-called sleep state, Climbing top Yo-Yo now does not then possess automatic rope closing function as common Climbing top Yo-Yo, is available for skilled worker player and plays or play for practising controlling the player of rope closing technology.The design of this acousto-optic Climbing top Yo-Yo is ingenious, and sound and light program is rich and varied, great interest and persistency of playing, and can meet the demand of playing of the player of different phase.
Below in conjunction with the accompanying drawings this utility model is further described.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is the internal breakup structural representation of this utility model the first rotary body.
Fig. 3 is the decomposition texture schematic diagram of the slide assemblies of this utility model first embodiment.
Fig. 4 is sliding part and the structural representation of the second electric connecting sheet contact of Fig. 3.
Fig. 5 is the simplification structural representation of the slide assemblies of this utility model the second embodiment.
Fig. 6 is the internal breakup structural representation of this utility model the second rotary body.
Fig. 7 is the internal structure schematic diagram that this utility model arrangement of clutch is in running order.
Fig. 8 is that this utility model arrangement of clutch is in dormant internal structure schematic diagram.
Detailed description of the invention
As shown in Figures 1 to 8, a kind of acousto-optic Climbing top Yo-Yo, including the first rotary body 1, second rotary body 2 and connection the first rotary body 1 and connecting shaft of the second rotary body 2, wherein it is provided with slide assemblies 3 in the first rotary body 1, battery 4 and acousto-optic device 5, this slide assemblies 3 includes sliding part 31 and some fixtures 32, sliding part 31, fixture 32, battery 4 and acousto-optic device 5 constitute series loop, this sliding part 31 contacts with at least one fixture 32 under the rotation centrifugal action of the first rotary body 1 and realizes acousto-optic device 5 and be energized, thus send sound and light, the most different contact conditions can make acousto-optic device 5 send different sound effects and light efficiency, therefore make this Climbing top Yo-Yo have diversified sound and light program, effectively keep playing persistence, it is not easy to produce and is sick of sense.
As shown in Figure 2 and Figure 6, first rotary body 1 of this utility model and the second rotary body 2 are all made up of housing 10 and lid 20, wherein at the back side of housing 10 to the internal porose seat of projection 101 of housing 10, the inner surface of lid 20 is convexly equipped with screw 201 simultaneously, lid 20 lid is put at the opening of housing 10 and made screw 201 align with hole seat 101, then inserts hole seat 101 from the back side of housing 10 by screw and screw in that to realize housing 10 screw 201 affixed with lid 20 integral.As shown in Figure 2, the slide assemblies 3 of this utility model is arranged in the first rotary body 1, it is additionally provided with battery 4 in this first rotary body 1, acousto-optic device 5, circuit board 6 and balancing weight 7, it is formed around installation position in the housing 10 of the first rotary body 1, wherein the battery 4 of this utility model is button cell, amount to three, it is correspondingly provided with three installation positions in housing 10 to install for these three button cell, these three installation position is isosceles triangle arrangement, it is plugged with sheet metal 11 at installation position side, three button cells can be made to electrically connect by these sheet metals 11, the most also it is extended with a positive terminal sheet metal 12 and a negative pole end sheet metal 13, wherein positive terminal sheet metal 12 electrically connects with circuit board 6, negative pole end sheet metal 13 electrically connects with slide assemblies 3；Circuit board 6 is arranged on the position symmetrical with battery installation position, this circuit board 6 is screwed on installation position, the acousto-optic device 5 of this embodiment is only LED, this LED is provided with three negative electrodes and a common-anode, this common-anode is connected by wire with above-mentioned positive terminal sheet metal 12, and this LED is connected on circuit board 6；This slide assemblies 3 and balancing weight 7 are separately positioned on two side positions intersected with battery 4 and circuit board 6；Therefore can ensure that the center of gravity of this first rotary body 1 can be in center.It addition, the housing 10 of the first rotary body 1 of this utility model and lid 20 are designed to transparent, therefore good translucent effect can be played.
Embodiment one:
As shown in Figures 2 to 4, the slide assemblies 3 of this embodiment includes: with the sliding shoe 312(i.e. sliding part 31 of electrical contact), three i.e. fixtures 32 of independent electric connecting sheet 321() and slip stopping means 33, the slip stopping means 33 of this embodiment includes mounting box, sliding chamber 331 it is provided with in this mounting box, this cunning chamber 331 is arranged in mounting box along the radial direction of the first rotary body 1, this mounting box is made up of box body 333 and lid 334, and this sliding shoe 312 is mounted slidably in this cunning chamber 331；The sliding shoe 312 of this embodiment has through hole 310 in the centre in parallel sliding direction, one side in vertical sliding motion direction is provided with installing hole 314, this electrical contact is arranged in this installing hole 314, the electrical contact of this embodiment includes hoodle 311 and little spring 315, this little spring 315 is loaded in installing hole 314, and hoodle 311 is installed at the aperture of installing hole 314 and is in the state outside installing hole 314 of partly stretching out under the elastic force effect of little spring 315, therefore ensure that hoodle 311 can good contact with electric connecting sheet 321；Being provided with guide rod 34 in the sliding chamber 331 of this mounting box, the through hole 310 of this sliding shoe 312 realizes sliding shoe 312 slide through this guide rod 34 along guide rod 34；This guide rod 34 is the metallic conduction body of rod, one end of this guide rod 34 is stretched out mounting box 33 and is contacted realization electrical connection with negative pole end sheet metal 13, all it is made up of conductive metal material due to hoodle 311, little spring 315, sliding shoe 312 and the electric connecting sheet 321 etc. of this embodiment again, therefore electric connection can be realized and form loop；In order to realize sliding shoe 312 after centrifugal force weakens or disappears, can automatically reset, this embodiment is provided with spring 313 in sliding chamber 331, sliding shoe 312 is driven to automatically reset by spring 313, the spring 313 of this embodiment is the compression spring being arranged on sliding shoe 312 away from the end in the first rotary body 1 axle center, this spring 313 is socketed on this guide rod 34, and the other end of this spring 313 abuts against the inner face in sliding chamber 331.Sliding chamber 331 sidewall of side, hoodle 311 place has three U-shaped slots 332, three electric connecting sheet 321 correspondences of this embodiment are bent into U-shaped, and be plugged on respectively in these three U-shaped slot 332, wherein the electric connecting sheet 321 near the first rotary body 1 axle center is a connecting piece, middle connects sheet for second, another one is the 3rd connection sheet, these three electric connecting sheet 321 guide line respectively electrically connects with three negative electrodes of LED, therefore make LED under the different velocities of rotation of Climbing top Yo-Yo, different light can be sent, such as: when hoodle 311 contacts with a connecting piece, LED display red light；When hoodle 311 contacts with the second connection sheet, LED display green light；When hoodle 311 contacts with the second connection sheet, the blue lamp of LED display.
Embodiment two:
As shown in Figure 5, this embodiment slide assemblies 3 includes: have resilient shell fragment 316(i.e. sliding part 31) and three i.e. fixtures 32 of independent electric contact 322(), this shell fragment 316 one end is fixed on the first rotary body 1, the other end can overcome natural resiliency to deform rotation under rotating centrifugal action, three electric contacts 322 of this embodiment are spaced the rotation direction being arranged on shell fragment 316, wherein the electric contact 322 near the first rotary body 1 axle center is the first contact, middle for the second contact, another one is the 3rd contact；The shell fragment 316 of this same embodiment realizes electrically connecting with negative pole end sheet metal 13, and three electric contact 322 guide lines respectively electrically connect with three negative electrodes of LED.Climbing top Yo-Yo is in rotation process, and when shell fragment 316 contacts the first contact under the influence of centrifugal force, then circuit board 6 is connected with the first negative electrode of LED, and LED sends HONGGUANG；When contacting with the first contact, the second contact under shell fragment 316 is at centrifugal action simultaneously, then circuit board 6 and the first negative electrode, the second negative electrode are turned on, and now LED sends green glow；When shell fragment 316 all contacts with three electric contacts 322 under the influence of centrifugal force, then circuit board 6 is connected with three negative electrodes simultaneously, and now LED etc. send blue light.Certainly, the circuit in the circuit board 6 of this embodiment is different with the circuit of circuit board 6 in embodiment one.
nullAs shown in Figure 6 to 8，Arrangement of clutch 8 all can be provided with in second rotary body 2 of above-described embodiment one or embodiment two，One end of this arrangement of clutch 8 is clutch side，The other end is for connecting end，It connects that end and the second rotary body 2 are flexibly connected and to realize arrangement of clutch 8 rotatable，Clutch side pressure elastic with the axle sleeve 80 being set in connecting shaft is touched and is connected，Therefore when throwing away Climbing top Yo-Yo，Outwards thrown away to depart to press with axle sleeve 80 due to the clutch side of the effect arrangement of clutch 8 of centrifugal force and touched，So that the second rotary body 2 departs from and the constraint of axle sleeve 80 and fast idle，Player and then various grandstand play can be made，And when the rotary speed of the second rotary body 2 reduces，The centrifugal force of clutch side reduces，Thus be withdrawn into by elasticity to press with axle sleeve 80 to touch and make the second rotary body 2 and the axle sleeve 80 can synchronous rotary，I.e. Climbing top Yo-Yo returns in player's hands along rope automatically，Realize automatic rope closing，Therefore abecedarian can easily be played by this arrangement of clutch 8，Without manual wiring after throwing away Climbing top Yo-Yo of wasting time and energy every time，Ensure the persistence played，Interesting strong，Do not interfere with the passion of playing of player.
As shown in Figure 6, the arrangement of clutch 8 of this embodiment includes two clutches 81, the clutch 81 of this embodiment is substantially in hooking beautiful shape, this clutch 81 includes connection end, movable end and clutch foot 813, wherein at connection end, it is provided with connecting hole 812, the corresponding porose seat of projection 14 on the housing 10 of the second rotary body 2, connecting hole 812 set of clutch 81 is received and is realized clutch 81 and can rotate around hole seat 14 on hole seat 14；This clutch foot 813 extends to the vicinity of axle sleeve 80, and the end face of this clutch foot 813 is designed to serrated face, axle sleeve 80 is socketed with cushion rubber 801 and contacts with the serrated face of this clutch foot 813, therefore can improve both and press tactile fastness mutually；The movable end of this clutch 81 is provided with circular hole, this circular hole is embedded with Magnet 82, in the housing 10 of the second rotary body 2, additionally it is provided with the projection 15 of band screw, the two projection 15 lays respectively at the rotation direction position of clutch 81 movable end, metal screws 83 it is connected with in this screw, therefore this metal screws 83 can occur magnetic to react with Magnet 82, thus contribute to the clutch foot 813 making clutch 81 in the case of centrifugal force the weakens cushion rubber 801 against axle sleeve 80, to realize regaining Climbing top Yo-Yo.It is that the player in order to begin to learn can be the most youyou ball operated that this Climbing top Yo-Yo arranges arrangement of clutch 8, and after practising a period of time, the clutch action of possible arrangement of clutch 8 can hinder improving further of player or continuing of more grandstand play on the contrary, can the freely rotatable torus 9 of relative second rotary body 2 so being additionally provided with one in the second rotary body 2 being provided with arrangement of clutch 8, the lower limb of this torus 9 is provided inwardly with two symmetrical flanges 92, flange 92 has pilot hole 91, the clutch side bottom of clutch 81 is to the position male of pilot hole 91 being provided with the projection 811 inserted in pilot hole 91 simultaneously；Top edge at torus 9 is convex is provided with the switch sheet 93 twisted for hands, on the housing 10 of this second rotary body 2, correspondence has the slotted eye 21 stretched out for switch sheet 93, manually twist switch sheet 93 to make torus 9 rotate and then drive projection 811 to rotate to make the clutch side of clutch 81 separate or close with axle sleeve 80, therefore achieve this arrangement of clutch 8 and there are sleep state and two kinds of duty switchings of starting state.
State as shown in Figure 7, this state is the duty of arrangement of clutch 8, when torus 9 is under this state, two clutches 81 are under the magnetic effect of Magnet 82 and metal screws 83, its clutch foot 813 is pressed tactile with cushion rubber 801 phase of axle sleeve 80, and after Climbing top Yo-Yo rotates, two clutches 81 are under centrifugal action, overcome magnetic attraction and mutually peripherally pivoted, so that axle sleeve 80 departs from the constraint with the second rotary body 2, tie up on this axle sleeve 80 due to rope again, therefore the second rotary body 2 can be available for player do various grandstand play in the end high-speed rotation of rope；When rotary speed reduces, the centrifugal force of clutch 81 reduces, under magnetic attraction effect, clutch side is again withdrawn into home position and is compressed axle sleeve 80, so that the second rotary body 2 locks with axle sleeve 80, now axle sleeve 80 rotates and shrinks rope with the second rotary body 2, and whole Climbing top Yo-Yo returns in player's hands along rope automatically.
State as shown in Figure 8; this state is the sleep state of arrangement of clutch 8; when torus 9 is under this state; pilot hole 91 limits projection 811 position of clutch 81; therefore the clutch foot 813 of two clutches 81 is taken to away from axle sleeve 80; and the position of the two clutch 81 is defined and cannot produce rotation; this arrangement of clutch 8 i.e. is ineffective; this Climbing top Yo-Yo does not possess clutch function; i.e. do not possess automatic rope closing function as common Climbing top Yo-Yo, therefore be available for skilled worker player and play or play for practising controlling the player of rope closing technology.
Although this utility model is to be described with reference to specific embodiments, but this description is not meant to be construed as limiting this utility model.With reference to description of the present utility model, other changes of the disclosed embodiments, for those skilled in the art be all it is anticipated that, this change should belong in appended claims limited range.
Claims (14)
1. an acousto-optic Climbing top Yo-Yo, including the first rotary body (1), second rotary body (2) and connect the first rotary body (1) and the connecting shaft of the second rotary body (2), it is characterized in that: in described first rotary body (1), be provided with slide assemblies (3), battery (4) and acousto-optic device (5), described slide assemblies (3) includes sliding part (31) and some fixtures (32), described sliding part (31), fixture (32), battery (4) and acousto-optic device (5) constitute series loop, described sliding part (31) contacts with at least one fixture (32) under the rotation centrifugal action of the first rotary body (1) and realizes described acousto-optic device (5) energising.
Acousto-optic Climbing top Yo-Yo the most according to claim 1, it is characterized in that: described sliding part (31) is the sliding shoe (312) being provided with electrical contact, this sliding shoe (312) is located in slip stopping means (33), described fixture (32) is electric connecting sheet (321), described sliding shoe (312) moves under the rotation centrifugal action of the first rotary body (1) in described slip stopping means (33), makes described electrical contact contact with the electric connecting sheet of relevant position (321) and realizes described acousto-optic device (5) energising.
Acousto-optic Climbing top Yo-Yo the most according to claim 2, it is characterized in that: described slip stopping means (33) is the mounting box with sliding chamber (331), described mounting box is arranged in described first rotary body (1), described sliding chamber (331) along or tend to the radial direction of described first rotary body (1) and be arranged in described mounting box, described sliding shoe (312) is slidably disposed in described sliding chamber (331), described electric connecting sheet (321) is arranged on the sidewall of sliding chamber (331), described electrical contact is movably installed on the side towards electric connecting sheet (321) direction of sliding shoe (312).
Acousto-optic Climbing top Yo-Yo the most according to claim 3, it is characterized in that: described electrical contact includes hoodle (311) and little spring (315), installing hole (314) is had on the corresponding sidewall of described sliding shoe (312), in described little spring (315) is loaded on described installing hole (314), described hoodle (311) is installed at the aperture of described installing hole (314) and stretches out installing hole (314) outward in the elastic force effect lower part of little spring (315).
Acousto-optic Climbing top Yo-Yo the most according to claim 3, it is characterized in that: described sliding chamber (331) is provided with spring (313), the installation direction of this spring (313) is consistent with the setting direction of described sliding chamber (331), one end of spring (313) connects described sliding shoe (312), and the other end of spring (313) connects the inner face of described sliding chamber (331).
Acousto-optic Climbing top Yo-Yo the most according to claim 5, it is characterized in that: described sliding chamber (331) is provided with guide rod (34), described guide rod (34) is arranged in the middle of sliding chamber (331) along the setting direction of sliding chamber (331), being correspondingly provided with the through hole (310) through described guide rod (34) on described sliding shoe (312), described spring (313) is socketed on described guide rod (34).
Acousto-optic Climbing top Yo-Yo the most according to claim 1, it is characterized in that: described sliding part (31) is for having resilient shell fragment (316), described fixture (32) is electric contact (322), described shell fragment (316) overcomes natural resiliency to deform rotation under the rotation centrifugal action of the first rotary body (1), and all of electric contact (322) is spaced the rotation direction being arranged on described shell fragment (316).
8. according to the acousto-optic Climbing top Yo-Yo described in the arbitrary claim of claim 1-7, it is characterized in that: in described first rotary body (1), be additionally provided with circuit board (6), described acousto-optic device (5) is installed on described circuit board (6), described circuit board (6) is fixed in the first rotary body (1), and described circuit board (6) is located in described series loop.
9. according to the acousto-optic Climbing top Yo-Yo described in the arbitrary claim of claim 1-7, it is characterised in that: it is additionally provided with the balancing weight (7) balancing described first rotary body (1) center of gravity in described first rotary body (1).
10. according to the acousto-optic Climbing top Yo-Yo described in the arbitrary claim of claim 1-7, it is characterised in that: described first rotary body (1) is provided with the loophole supplying the light source of acousto-optic device (5) to appear or described first rotary body (1) is designed to transparent shell.
11. acousto-optic Climbing top Yo-Yos according to claim 1, it is characterized in that: in described second rotary body (2), be provided with arrangement of clutch (8), one end of described arrangement of clutch (8) is clutch side, the other end is for connecting end, described connection end and the second rotary body (2) are flexibly connected and realize arrangement of clutch (8) rotatably, and described clutch side is touched with axle sleeve (80) clutch pressure being set in connecting shaft.
12. acousto-optic Climbing top Yo-Yos according to claim 11, it is characterized in that: being provided with in described second rotary body (2) can the freely rotatable torus (9) of relative second rotary body (2), the inner ring surface bottom of described torus (9) is provided with pilot hole (91), and the clutch side bottom correspondence of described arrangement of clutch (8) is convexly equipped with the projection (811) inserted in pilot hole (91).
13. acousto-optic Climbing top Yo-Yos according to claim 12, it is characterized in that: the top edge of described torus (9) is convex is provided with the switch sheet (93) twisted for hands, the upper correspondence of described second rotary body (2) has the slotted eye (21) stretched out for switch sheet (93).
14. according to claim 1-7,11-13 arbitrary claim described in acousto-optic Climbing top Yo-Yo, it is characterized in that: described first rotary body (1) and the second rotary body (2) all include housing (10) and lid (20), described housing (10) is detachably connected integral with lid (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620259116.1U CN205586554U (en) | 2016-03-31 | 2016-03-31 | Long ball of reputation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620259116.1U CN205586554U (en) | 2016-03-31 | 2016-03-31 | Long ball of reputation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205586554U true CN205586554U (en) | 2016-09-21 |
Family
ID=56921489
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620259116.1U Expired - Fee Related CN205586554U (en) | 2016-03-31 | 2016-03-31 | Long ball of reputation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205586554U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106492466A (en) * | 2016-12-12 | 2017-03-15 | 奥飞娱乐股份有限公司 | A kind of can polymorphic multi-functional change Climbing top Yo-Yo |
| CN110955100A (en) * | 2019-12-13 | 2020-04-03 | 义乌程祺电子商务有限公司 | Projector heat dissipation and dust prevention device beneficial to centrifugal force principle |
-
2016
- 2016-03-31 CN CN201620259116.1U patent/CN205586554U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106492466A (en) * | 2016-12-12 | 2017-03-15 | 奥飞娱乐股份有限公司 | A kind of can polymorphic multi-functional change Climbing top Yo-Yo |
| CN110955100A (en) * | 2019-12-13 | 2020-04-03 | 义乌程祺电子商务有限公司 | Projector heat dissipation and dust prevention device beneficial to centrifugal force principle |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20160921 Termination date: 20210331 |