CN217961273U - Toy spinning top - Google Patents

Abstract

Toy top, including transmitter and top body, the transmitter includes the casing, installs top transmission head, rotation actuating mechanism, take the pulling mechanism and the trigger transmission mechanism of stay cord on the casing, the casing has head and handle, the head of casing include with handle fixed connection the inner shell, can rotate install in rotatory shell on the inner shell, rotatory shell's side is equipped with and supplies when rotatory shell rotates the notch that reaches the holding is worn out to handle and stay cord. The utility model can not only emit the toy top, but also rotate the rotary shell by the hand of the user and increase the playability by the light-emitting and sounding. In addition, the gyro body adopts a combined gyro structure consisting of a main gyro and at least one auxiliary gyro superposed on the main gyro through magnetic attraction and an impact switch assembly is arranged on the main gyro, so that the combined gyro can enable the auxiliary gyro to be popped out and separated from the main gyro when the impact switch assembly is impacted, and the playability of the combined gyro is further enhanced.

Description

Toy spinning top

Technical Field

The utility model relates to the field of toys, in particular to a toy top.

Background

The toy top is a launching mechanism for launching the toy top. At present, a toy gyroscope generally comprises a shell, a gyroscope connector, a transmitting mechanism, a rotation driving mechanism and a pulling mechanism, wherein the rotation driving mechanism is a gear box, a plurality of gears are contained in the gear box, the pulling mechanism is utilized to drive the gears to rotate, the gyroscope connector is enabled to store energy for the rotation of the gyroscope, and the gyroscope is separated from the gyroscope connector through the transmitting mechanism to be transmitted. The existing toy top has the following problems: 1. most of the launching mechanisms have the problems of complex structure, complex installation and the like, and the requirements of users are difficult to meet; 2. only has the function of gyro emission, has single playing mode and is not strong in interestingness; 3. the energy storage for many times can not be realized through the pulling mechanism and the rotation driving mechanism, so that the initial rotating force is not large enough when the gyroscope is launched, and the rotating speed is not fast enough; 4. the gyro body is mostly a single gyro body, can not superpose and pop out and break away from the recreation, and the interest is not strong enough.

Disclosure of Invention

The utility model aims to solve the problems and defects, and provides a toy gyroscope which has simple structure, simple installation and multiple play and entertainment functions.

On the basis, the utility model further aims to provide a toy gyroscope which can realize multiple energy storage in the using process, thereby leading the toy gyroscope to obtain larger initial rotating force.

The technical scheme of the utility model is realized like this:

toy top, including transmitter and top body (for short the top), the transmitter is used for combining in order to provide the turning force with the top body, and its characteristics are: the launcher comprises a shell, a gyroscope launching head arranged on the shell, a rotation driving mechanism, a pulling mechanism with a pull rope and a trigger launching mechanism, wherein the shell is provided with a head and a handle, the head of the shell comprises an inner shell fixedly connected with the handle and a rotating outer shell which can be rotatably arranged on the inner shell, and the side surface of the rotating outer shell is provided with a long notch for the handle and the pull rope to penetrate out and be accommodated when the rotating outer shell rotates.

The rotating shell comprises an upper shell and a lower shell which are in matched butt joint. The specific connecting structure of the upper shell and the lower shell can be set according to the needs of a user, and can be connected through a matched clamping structure; preferably, the upper shell is provided with a connecting column for being connected with the lower shell, the lower shell is in reliable connection with the upper shell through a locking screw penetrating through the lower shell and matched and screwed with the connecting column, and the side wall of the inner shell is correspondingly provided with a limiting groove for accommodating the connecting column and moving back and forth in the position corresponding to the connecting column. The limiting groove is used for limiting the rotation stroke of the rotating shell. The positions of the upper shell and the lower shell corresponding to the long notches are correspondingly provided with notches, and the notches of the upper shell and the lower shell are butted to form the long notches.

Further, the method comprises the following steps: the top launcher includes the top connector of being connected with rotation actuating mechanism, installs the first magnet on the top connector, first magnet can be inhaled with the mutual magnetism of top bayonet joint of top body, trigger launching mechanism includes through the articulated shaft setting trigger on the handle, can cup joint with moving about from top to bottom outer top tube on the top connector, link and outer top tube reset spring be connected with outer top tube, be equipped with the arm that pushes away of the oblique push surface of taking that is connected with the link on the trigger, the oblique push surface through the arm that pushes away promotes link and outer top tube and descend and make top bayonet joint and first magnet break away from the magnetism and inhale when the trigger is pulled.

The rotation driving mechanism comprises a pulling gear, a clutch transmission gear, an output gear and a torsion spring which is coaxially arranged with the pulling gear, the pulling gear is connected with the pulling mechanism, the pulling gear is in meshing transmission with the clutch transmission gear when rotating in the forward direction under the action of pulling the pull rope outwards, the gyroscope emission head is driven to rotate through the clutch transmission gear and the output gear, and the pulling gear is out of meshing transmission with the clutch transmission gear when rotating in the reverse direction.

For further improvement the utility model discloses an interesting of playing, still be equipped with luminous body, power and the movable contact switch who is connected with luminous body and power in the casing, this movable contact switch can make the circuit intercommunication of luminous body and power through the extrusion of trigger when the trigger is pulled. Furthermore, a loudspeaker connected with a power supply and a movable contact switch is arranged in the handle.

For further reinforcing the utility model discloses an interesting of playing, the top body includes main top, at least one can inhale the vice top of stack on main top through magnetism, main top and vice top can respectively with the transmitter combines to realize rotating or with higher speed main top lasts the pivoted in-process, vice top can by transmitter release and stack on the main top, the main top forms the combination formula top with vice top stack back whole after combining together, just still be equipped with the impact switch subassembly on the main top, the combination formula top pops out from main top when the impact switch subassembly is strikeed and separates.

The upper portion of main top has the top bayonet joint, and this top bayonet joint is equipped with the second magnet that can inhale mutually with the first magnet looks magnetism that sets up in the top emitter including the cup joint section of thick bamboo one that can up-and-down motion and can with top emitter looks adaptation in the cup joint section of thick bamboo one, be equipped with the cup joint section of thick bamboo two with top emitter looks adaptation on the vice top, be equipped with in the cup joint section of thick bamboo two can with set up the third magnet that first magnet looks magnetism that the top emitter was inhaled mutually, the bottom of vice top is equipped with the vice top point portion that can with the cup joint section of thick bamboo looks adaptation of main top, vice top can inhale and reliably superpose on main top through the magnetism of the second magnet in its vice top point portion and the main top cup joint section of thick bamboo one.

The impact switch assembly comprises an impact switch and a reset spring, the impact switch can be arranged on the main gyroscope in a radial motion mode, the reset spring is connected with the impact switch, the middle of the impact switch is an upper ejection sleeve ring sleeved on the periphery of the first sleeve joint barrel, two ends of the impact switch radially extend out of the outer side of the main gyroscope to form two impact triggering portions, an axial guiding structure and an inclined plane upper ejection structure are arranged between the upper ejection sleeve ring and the first sleeve joint barrel, when the impact triggering portions are impacted to move towards the inner portion of the main gyroscope, the upper ejection sleeve ring ejects the first sleeve joint barrel through the inclined plane upper ejection structure and the axial guiding structure, and the auxiliary gyroscope and the main gyroscope are enabled to be released from a magnetic attraction effect and are ejected and separated. Preferably, the main gyroscope comprises an upper shell, a lower shell and an attack ring positioned in the middle, and the impact switch assembly is arranged between the lower shell and the attack ring.

Compared with the prior art, the utility model the advantage be:

1. the utility model can not only emit the top, but also increase the playability by rotating the rotary shell by the hand of the user.

2. The utility model discloses a trigger emission mechanism is through setting up the arm that pushes away of taking the inclined plane of pushing away on the trigger, directly pushes away outer top section of thick bamboo through pushing away the arm and down and make top bayonet joint and first magnet break away from magnetism and inhale the transmission that realizes the top, and simple structure, installation are simple and easy.

3. The utility model discloses still can realize luminous and sound production when pulling trigger transmission top, further reinforcing its interest of playing.

4. The utility model discloses a by the pulling gear, separation and reunion drive gear, output gear and with the rotation actuating mechanism that torque spring etc. of the coaxial setting of pulling gear constitute, make the pulling gear can with separation and reunion drive gear meshing and drive the top transmission head through output gear and rotate the realization energy storage under the effect of stay cord corotation, and when removing the external pulling force to the stay cord, the pulling gear is in torque spring's gyration effect down the counter-rotation and the separation and reunion drive gear break away from the meshing transmission, consequently can realize the stay cord energy storage many times before the transmission, provide bigger turning force and faster initial velocity for the top body of connecting on the top connector.

5. The utility model provides a top body adopts main top and at least one can be through the combination formula top structure that magnetism inhales the vice top of stack on main top and constitutes to still be equipped with the impact switch subassembly on main top, make combination formula top enable vice top to pop out separately from main top when the impact switch subassembly is strikeed, vice top and main top rotate subaerial mutual independence simultaneously, recreational high when so playing.

The present invention will be further described with reference to the accompanying drawings.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention;

fig. 2-3 are schematic structural views of the transmitter of the present invention;

FIG. 4 is a schematic view of the assembled structure of FIG. 2;

FIG. 5 is a schematic view of the transmitter after opening the lower housing half with the trigger not actuated;

FIG. 6 is a schematic view of the outer ram of FIG. 5 after the trigger has been pulled to cause the outer ram to descend;

FIG. 7 is a schematic view of the trigger of FIG. 2 after being turned over and pulled;

FIG. 8 is a schematic structural view of a combined top of the present invention;

fig. 9-10 are schematic views of the assembled structure of fig. 8.

Detailed Description

As shown in fig. 1-10, the toy top of the present invention includes a transmitter 1 and a top body 2, the transmitter 1 is used for combining with the top body 2 to provide a rotational force, the transmitter 1 includes a casing, a top emitting head 11 mounted on the casing, a rotation driving mechanism 12, a pulling mechanism 13 with a pull rope, and a trigger emitting mechanism 14, the casing has a head 15 and a handle 16, the head 15 of the casing includes an inner casing 151 fixedly connected with the handle 16, a rotating outer casing 152 rotatably mounted on the inner casing 151, a pull rope perforation is opened on a side wall of the inner casing, and a long notch 150 is provided on a side surface of the rotating outer casing 152 for the handle 16 and the pull rope to penetrate out and be accommodated when the rotating outer casing rotates. The long notch is provided with a pull rope penetrating through the long notch and a handle penetrating through the long notch. The pull rope penetrates through the long notch to expose the pull rope through hole. Make the utility model can not only play with the top, but also increase the playability with the rotating shell of the hand rotating head when not playing with the top. For making the utility model discloses simple to operate can prescribe a limit to again the rotation stroke of rotation shell simultaneously, rotatory shell 152 is including the last casing and the lower casing of cooperation butt joint, just go up be equipped with on the casing be used for with lower body coupling's spliced pole 153, the casing down through wear put on it the locking screw with spliced pole cooperation spiro union realization is reliably connected with last casing, the lateral wall of inner shell 151 corresponds spliced pole 153's the corresponding spacing recess that is equipped with the back and forth movement including supplying spliced pole 153 holding to reach in the position of spliced pole 153 for rotatory shell can only just reverse the rotation in the within range that spacing recess set for. Two symmetrical connecting columns are generally arranged on the upper shell. Of course, the connecting column can also be arranged on the lower shell and is equivalent. The positions of the upper shell and the lower shell corresponding to the long notches are correspondingly provided with notches. The notches of the upper shell and the lower shell are butted to form the long notch.

The top launcher 11 includes the top connector 111 that is connected with the rotation driving mechanism, installs the first magnet 112 on the top connector 111, first magnet 112 can be inhaled with the top bayonet joint of top magnetism each other, trigger launching mechanism 14 includes trigger 141, trigger reset spring, the ability through the articulated shaft setting on handle 16 cup joints outer ejector sleeve 142 on the top connector 111, link 143 and outer ejector sleeve reset spring (not shown in the figure) be connected with outer ejector sleeve 142, be equipped with the arm 144 that pushes away of the inclined push face of taking that is connected with link 143 on the trigger 141. The gyroscope is reliably connected to the gyroscope emitter through the mutual magnetic attraction between the second magnet in the gyroscope plug and the first magnet on the gyroscope emitter 11. And when the trigger 141 is pulled, the linkage 143 and the outer top barrel 142 are pushed downwards by the inclined pushing surface of the pushing arm 144, so that the gyro plug is separated from the first magnet 112. When the pressing of the trigger is relieved, the trigger returns under the action of a trigger return spring, and the outer top cylinder also moves upwards to return under the action of the outer top cylinder return spring.

The rotation driving mechanism 12 includes a pulling gear 121, a clutch transmission gear 122, an output gear 123 and a torsion spring coaxially disposed with the pulling gear 121, the pulling gear 121 is connected with the pulling mechanism 13, and the inner shell is correspondingly provided with a first shaft hole for mounting a rotating shaft of the pulling gear 121, a second shaft hole for mounting and transversely moving a rotating shaft of the clutch transmission gear 122, and a third shaft hole for mounting a rotating shaft of the output gear 123. The pulling mechanism 13 further comprises a handle connected to the outer end of the pull rope and a wire coil arranged in the casing for winding the pull rope. The wire coil is connected with the pulling gear. The pulling gear 121 is meshed with the clutch transmission gear 22 for transmission when rotating in the forward direction under the action of pulling the pull rope outwards, the gyroscope emitting head is driven to rotate through the clutch transmission gear 122 and the output gear 123, and meanwhile, the torsion spring is tightened when the pulling gear 121 rotates in the forward direction. When external pulling force on the pull rope is relieved, the pulling gear rotates reversely under the rotation action of the torsion spring, the clutch transmission gear transversely moves towards the outer side direction under the reverse rotation action of the pulling gear, so that the clutch transmission gear and the pulling gear are disengaged and meshed for transmission, and therefore the clutch transmission gear cannot drive the output gear and the gyro connector to reversely rotate under the action of the pulling gear, the pull rope can be used for multiple times before transmission to realize multiple times of energy storage, and a faster initial speed is provided for a gyro connected to the gyro connector.

For further enhancing the playability of the present invention, the housing further comprises a light emitting body 17, a power source and a movable contact switch 18 connected to the light emitting body 17 and the power source, wherein the movable contact switch 18 can connect the light emitting body 17 to the power source by the squeezing of the trigger 141 when the trigger 141 is pulled. Furthermore, a loudspeaker 19 connected with a power supply and a movable contact switch 18 is arranged in the handle 16. Therefore, when the trigger is pulled to launch the toy top, the trigger can make the touch switch connect with the circuit of the loudspeaker of the luminous body, and light emitting and sound producing are achieved.

As shown in fig. 8-10, in order to further enhance the play interest of the present invention, the top body 2 includes a main top 21, at least one auxiliary top 22 capable of being magnetically attracted and superposed on the main top 21, the main top 21 and the auxiliary top 22 can be respectively combined with the transmitter 1 to rotate or accelerate, in the process that the main top 21 continuously rotates, the auxiliary top 22 can be released by the transmitter 1 and superposed on the main top 21, the main top 21 and the auxiliary top 22 are superposed and combined to form a combined top, and the main top 21 is further provided with an impact switch assembly 23, and the combined top drives the auxiliary top 22 to pop up and separate from the main top 21 when the impact switch assembly 23 is collided and moved by the other side or an external object. The main gyro 21 may sequentially superimpose a plurality of sub-gyros 22.

The main top 21 upper portion has the top bayonet joint, and this top bayonet joint is equipped with in the first 211 of cover sleeve that can up-and-down motion and can with the first magnet looks magnetism that sets up in the top emitter and inhale second magnet 212 with the first magnet looks magnetism of top emitter 11 looks adaptation including, be equipped with the cover sleeve two 221 with top emitter 11 looks adaptation on the vice top 22, be equipped with in the cover sleeve two 221 can with set up the third magnet that the first magnet looks magnetism that is inhaled in the top emitter, the bottom of vice top 22 is equipped with the vice top point portion 222 that can with the first 211 looks adaptation of cover sleeve of main top 21. The auxiliary gyroscope tip can adopt an iron gyroscope tip, and the auxiliary gyroscope 22 can be reliably superposed on the main gyroscope 21 through magnetic attraction of a second magnet in the sleeve joint cylinder I of the main gyroscope 21 to the iron gyroscope tip of the auxiliary gyroscope tip 222. Preferably, a fourth magnet is arranged in the auxiliary gyro tip portion 222, and the auxiliary gyro 22 is reliably superposed on the main gyro 21 through mutual magnetic attraction between the fourth magnet of the auxiliary gyro tip portion 222 and the second magnet in the sleeve of the main gyro 21. The auxiliary gyroscope tip part 222 of each auxiliary gyroscope 22 can be magnetically attracted with the second sleeve 221 on the upper part of the other auxiliary gyroscope and the third magnet in the sleeve to realize the magnetic attraction and superposition of a plurality of auxiliary gyroscopes.

The impact switch assembly 23 includes an impact switch which is radially movably mounted on the main gyroscope 21, and a return spring (not shown in the figure) connected with the impact switch, the middle part of the impact switch is an upper top sleeve ring 231 which is sleeved on the periphery of the first sleeve joint cylinder 211, two ends of the impact switch radially extend out of the outer side of the main gyroscope to form two impact triggering portions 232, an axial guiding structure and an inclined plane top-up structure are arranged between the upper top sleeve ring 231 and the first sleeve joint cylinder 211, and when the impact triggering portions 232 are impacted to move towards the inside of the main gyroscope 21, the upper top sleeve ring 231 pushes up the first sleeve joint cylinder 211 through the inclined plane top-up structure and the axial guiding structure, so that the auxiliary gyroscope 22 and the main gyroscope 21 are released from the magnetic attraction effect and are ejected and separated. The inclined plane top jacking structure comprises at least two lower jacking blocks with inclined planes, which are symmetrically arranged on the inner wall of the top jacking lantern ring, and an upper jacking block with a matching inclined plane, which is correspondingly arranged on the outer wall of the bottom of the sleeving barrel. The main gyroscope 21 comprises an upper shell, a lower shell and an attack ring positioned in the middle, the first sleeve joint barrel 211 is positioned in the middle mounting holes of the upper shell and the attack ring, and the impact switch assembly 23 is arranged between the lower shell and the attack ring. The second magnet 212 is typically attached to the lower shell at the bottom and extends into the first sleeve 211 at the top. When the first socket joint cylinder 211 is pushed up, the second magnet 212 does not move upwards or the upward movement stroke is smaller than the upward movement stroke of the first socket joint cylinder. The sleeve joint cylinder is reset by manually pressing down after being pushed up.

In the description of this patent, it is to be understood that the terms "center," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in the orientations and positional relationships indicated in the figures, which are based on the orientations and positional relationships shown in the figures, and are used for convenience in describing the patent and for simplicity in description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and therefore should not be construed as limiting the patent.

Although the present invention has been described with reference to particular embodiments, such description is not intended to be construed in a limiting sense. Other variations of the disclosed embodiments, as would be apparent to one skilled in the art after having referred to the description of the invention, are intended to be within the scope of the appended claims.

Claims (10)

1. A toy spinning top comprising a launcher (1) and a spinning top body (2), the launcher (1) being adapted to be combined with the spinning top body (2) to provide a rotational force, characterized in that: the launcher (1) comprises a shell, a top launching head (11) arranged on the shell, a rotation driving mechanism (12), a pulling mechanism (13) with a pull rope and a trigger launching mechanism (14), wherein the shell is provided with a head (15) and a handle (16), the head (15) of the shell comprises an inner shell (151) fixedly connected with the handle (16) and a rotary outer shell (152) which can be rotatably arranged on the inner shell (151), and a long notch (150) for the handle (16) and the pull rope to penetrate out and be accommodated when the rotary outer shell rotates is arranged on the side surface of the rotary outer shell (152).

2. A toy spinning top according to claim 1, characterized in that: rotatory shell (152) are including the last casing and the lower casing of cooperation butt joint, just be equipped with on the last casing be used for with casing connection's spliced pole (153) down, down the casing through wear put on it the locking screw with spliced pole (153) cooperation spiro union realization and last casing are reliably connected, the lateral wall of inner shell (151) corresponds the corresponding spacing recess (154) that are equipped with in position of spliced pole (153) supply spliced pole (153) holding and including the back and forth movement.

3. A toy spinning top according to claim 1, characterized in that: the gyroscope emitting head (11) comprises a gyroscope connector (111) connected with a rotation driving mechanism and a first magnet (112) arranged on the gyroscope connector (111), the first magnet (112) can be magnetically attracted with a gyroscope plug-in connector of a gyroscope body, the trigger emitting mechanism (14) comprises a trigger (141) arranged on a handle (16) through an articulated shaft, an outer ejection barrel (142) movably sleeved on the gyroscope connector (111) up and down, a linkage piece (143) connected with the outer ejection barrel (142) and an outer ejection barrel reset spring, a push arm (144) connected with the linkage piece (143) and provided with an inclined push surface is arranged on the trigger (141), and the inclined push surface of the push arm (144) pushes the linkage piece (143) and the outer ejection barrel (142) to move downwards when the trigger (141) is buckled, so that the gyroscope plug-in connector and the first magnet (112) are separated from the magnetic attraction.

4. A toy spinning top according to claim 3, characterized in that: the rotation driving mechanism (12) comprises a pulling gear (121), a clutch transmission gear (122), an output gear (123) and a torsion spring which is coaxial with the pulling gear (121), the pulling gear (121) is connected with the pulling mechanism (13), the pulling gear (121) is in meshing transmission with the clutch transmission gear (122) when rotating in the forward direction under the action of pulling the pull rope outwards, the gyro emission head is driven to rotate through the clutch transmission gear (122) and the output gear (123), and the pulling gear (121) is out of meshing transmission with the clutch transmission gear (122) when rotating in the reverse direction.

5. A toy spinning top according to claim 3, characterized in that: the shell is also internally provided with a luminous body (17), a power supply and a movable contact switch (18) connected with the luminous body (17) and the power supply, and the movable contact switch (18) can enable the luminous body (17) to be communicated with the circuit of the power supply through the extrusion of the trigger (141) when the trigger (141) is pulled.

6. A toy spinning top according to claim 5, characterized in that: a loudspeaker (19) connected with a power supply and the movable contact switch (18) is also arranged in the handle (16).

7. A toy spinning top according to claim 1, characterized in that: the gyroscope body (2) comprises a main gyroscope (21) and at least one auxiliary gyroscope (22) which can be superposed on the main gyroscope (21) through magnetic attraction, the main gyroscope (21) and the auxiliary gyroscope (22) can be respectively combined with the emitter (1) to realize rotation or acceleration, in the continuous rotating process of the main gyroscope (21), the auxiliary gyroscope (22) can be released by the emitter (1) and superposed on the main gyroscope (21), the main gyroscope (21) and the auxiliary gyroscope (22) are superposed and combined to form the combined gyroscope integrally, a collision switch component (23) is further arranged on the main gyroscope (21), and the auxiliary gyroscope (22) is popped out and separated from the main gyroscope (21) when the collision switch component (23) is collided.

8. A toy spinning top according to claim 7, characterized in that: the upper portion of main top (21) has the top bayonet joint, and this top bayonet joint is equipped with in the first (211) of socket joint section of thick bamboo that can up-and-down motion and can with top emission head (11) looks adaptation second magnet (212) of magnetism mutually attracting of first magnet that sets up in the top emission head including ability, be equipped with on vice top (22) with socket joint section of thick bamboo two (221) of top emission head (11) looks adaptation, be equipped with in socket joint section of thick bamboo two (221) can with set up the third magnet of magnetism mutually attracting of first magnet in the top emission head, the bottom of vice top (22) is equipped with vice top point portion (222) that can with socket joint section of thick bamboo (211) looks adaptation of main top (21), vice top (22) can be through the magnetism of its vice top point portion (222) and the second magnet in main top (21) socket joint section of thick bamboo and reliably superpose on main top (21).

9. A toy spinning top according to claim 8, characterized in that: the impact switch assembly (23) comprises an impact switch and a reset spring, the impact switch can be arranged on the main gyroscope (21) in a radial movement mode, the reset spring is connected with the impact switch, the middle portion of the impact switch is an upper top sleeve ring (231) which is sleeved on the periphery of the first sleeve joint barrel (211), two ends of the impact switch radially extend out of the outer side of the main gyroscope to form two impact triggering portions (232), an axial guiding structure and an inclined plane top lifting structure are arranged between the upper top sleeve ring (231) and the first sleeve joint barrel (211), and when the impact triggering portions (232) are impacted to move towards the inner portion of the main gyroscope (21), the upper top sleeve ring (231) pushes up the first sleeve joint barrel (211) through the inclined plane top lifting structure and the axial guiding structure to enable the auxiliary gyroscope (22) and the main gyroscope (21) to release magnetic attraction effect and pop up and separate.

10. A toy spinning top according to claim 9, characterized in that: the main gyroscope (21) comprises an upper shell, a lower shell and an attack ring positioned in the middle, a first sleeve joint cylinder (211) is positioned in the middle mounting holes of the upper shell and the attack ring, and an impact switch assembly (23) is arranged between the lower shell and the attack ring.

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