CN204073389U - A kind of can the combined toy gyroscope of split automatically - Google Patents

Abstract

Described in the utility model can the combined toy gyroscope of split automatically, be characterized in being made up of at least two upper and lower docking of gyro, and the top point of described gyro is elasticity top point, the upper gyro in described gyro is collided or is automatically terminated with the connection of lower gyro when rotating and being obstructed and under the effect of natural resiliency top point, ejected formation two the independent gyro rotated separately in rotation process.In the process that the utility model is at play; both can realize the gyro when resisting match can be divided into two or one dividing into three; considerably increase the attack of gyro; make winning rate higher; and again because the top point of gyro is elasticity top point; on when game process fission split, gyro mainly fissions out by the top point elasticity of himself; so little to the impact of lower gyro; and flexible cushioning effect can also be utilized to pull off a soft landing when landing, with available protecting top point and the stability safeguarding running.

Description

A kind of can the combined toy gyroscope of split automatically

Technical field

The utility model relates to toy art, particularly a kind of can the combined toy gyroscope of split automatically.

Background technology

Existing toy gyroscope, substantially be all be made up of single gyro, it includes central axis, blind nut, sea whelk and top point, to be connected with blind nut by top launcher and to realize gyro to launch rotation, in order to increase or transform the performance of gyro, make the gyro of oneself can win the other side in dual meet, existing toy gyroscope is designed to assemble strengthening mostly, can install additional as central axis is designed to and spell length, thus gyro can be broken to come and carry out changing or adding accessory, in any case but repacking strengthening, it is all carry out rotation antagonism with a gyro that this toy gyroscope is at play in process, therefore its winning rate is still difficult to obtain larger raising, and toy gyroscope is detachably assembled very general, so such gyro also loses novel sense gradually, be difficult to the favor obtaining player for a long time.Although also there was human hair to understand separable combined toy gyroscope afterwards, but its shortcoming existed is: one, the spring of main face auxiliary gyro on the lower will eject by main gyro above, so not only the elastic force of spring wants large, service life is short, and the reason large because of elastic force easily makes the run stability that is impaired and auxiliary gyro below affecting of top point under gyro after upper gyro ejects; Two, be that the structure of auxiliary gyro is imperfect, can not launch as a gyro separately and play, can only be attached on main gyro and use together; Three, central axis is mainly locked on gyro ring by blind nut by gyro, so gyro ring and central axis have just got loose when taking off blind nut, is difficult to use in existing combined top, and assembling is inconvenient, so be also difficult to the requirement meeting consumers in general.

Summary of the invention

The purpose of this utility model is for above-mentioned existing problems and deficiency, there is provided one to be at play can be automatically divided into two in process or multiple, effectively can improve the winning rate of antagonism and enhancing to play interest, and structure is reliable, running is stable, long service life can the combined toy gyroscope of split automatically.

On this basis, the further object of the utility model is to provide that a kind of gyroscope structure is identical up and down, both may be combined and has played, and can launch separately again and play, and easy to assembly can the combined toy gyroscope of split automatically.

On this basis, the utility model further object be to provide a kind of after removing blind nut gyrostat and central axis be still combined reliably, assemble during many Gyros more convenient, efficiently can the combined toy gyroscope of split automatically.

The technical solution of the utility model is achieved in that

Described in the utility model can the combined toy gyroscope of split automatically, be characterized in being made up of at least two upper and lower docking of gyro, and the top point of described gyro is elasticity top point, the upper gyro in described gyro is collided or is automatically terminated with the connection of lower gyro when rotating and being obstructed and under the effect of natural resiliency top point, ejected formation two the independent gyro rotated separately in rotation process.

The utility model is generally that employing two gyro docking form.Certainly also can use as required and multiplely sequentially to superpose.Preferred version is two.

Both can launch separately for making the gyro in the utility model and play, again can conveniently by two or more splice to combine play, the general choice structure of above-mentioned each gyro is identical.The central axis upper end of above-mentioned each gyro is provided with removable blind nut, each blind nut is respectively equipped with the syndeton coordinated with transmitter, and each gyro can be launched separately through transmitter respectively by the mating reaction of syndeton on blind nut and transmitter and plays.Even if consumer buys separately a gyro and also has value, without the need to the whole purchase of combined top like this; Same over-bought one arbitrarily carries out the independent assortment of two gyros by taking off the blind nut of one of them again, make it have the function of the rear split of fissioning by collision rift of combination, interesting strong, there is stronger attack and the winning rate of Geng Gao, so selective more for fighting to play.

Wherein each gyro comprise central axis, the gyro ring be coated on described central axis, above-mentioned elasticity top point is connected to below described central axis, and on above-mentioned upper gyro elasticity top point be in confined state when upper gyro is connected on lower gyro.In order to can the connection of more convenient releasing two gyro when gyro is knocked and is obstructed after achieving a butt joint, described upper gyro and lower gyro be linking into an integrated entity of being rotatably separated.And the connected mode between above-mentioned two gyros can be varied, as above-mentioned upper and lower gyro realizes docking mutually by the rotation interface arrangment be arranged on two gyro rings; Or above-mentioned upper and lower gyro realizes mutual docking by the cooperation clamping on two central axis.

For making the utility model in the process used, the gyro forming different contour structures by the assembled of different directions or the gyro forming different center of gravity height are (because when center of gravity is low, endurance is strong; During center of gravity height, can top attack be carried out), can select according to the characteristic of opponent's gyro to make user and change different modes and attack, the direction that above-mentioned gyro ring is arranged on central axis also can be turned by upper and lower faces.

For making the utility model structure simpler, above-mentioned elasticity top point is by being connected to above-mentioned central axis lower end and inner chamber is provided with the top point body of spring base, and the spring be installed on described top point chamber body spring base, the upper end overhead of described spring is on central axis, and above-mentioned upper elasticity top point its spring when upper gyro is connected on lower gyro is compressed and inside contracts toward its central axis together with upper top point body.

For making lower gyro gyrostat and central axis after removing blind nut still be combined reliably, above-mentioned gyro ring be provided with can with the latch-up structure of above-mentioned central axis outer wall adapting device.For making its structure simpler, more convenient operation, above-mentioned latch-up structure is generally the card convex be arranged on above-mentioned gyro ring inwall and is formed, the snap ring that above-mentioned central axis comprises sleeve body and is installed on rotationally on described sleeve body, and described snap ring is provided with the card base stretching out described sleeve body, the outer wall of described sleeve body correspondingly has and can pass and the guide groove of left-right rotation for card base, with can slide into for above-mentioned gyro ring card convex and under the cooperation overhead of described card base, realize the retaining structure that gyro ring is reliably connected with sleeve body, above-mentioned elasticity top point can be connected to the bottom of described sleeve body up and downly.

Gyroscope Design one-tenth is combined by least two gyros docking owing to adopting by the utility model, and the top of each gyro point is adopted the structure of elasticity top point, in the process that the utility model is at play, elasticity top point can be extruded because being movably connected on by gyro above after above lower gyro, so the connection with lower gyro will be automatically terminated when the upper gyro in gyro collides or rotates and is obstructed in rotation process, and under the effect of natural resiliency top point, eject formation two the independent gyro rotated separately, thus realization gyro when resisting match can be divided into two or one dividing into three, considerably increase the attack of gyro, make winning rate higher, playing method is novel again, has interest, liking of more players can be obtained.And due to the top point of gyro be elasticity top point; on when game process fission split, gyro mainly fissions out by the top point elasticity of himself; so little to the impact of lower gyro; and flexible cushioning effect can also be utilized to pull off a soft landing when landing, with available protecting top point and the stability safeguarding running.The elasticity top point of same gyro at present also makes this gyro have cushioning effect, avoid impulsive force to affect and the overweight top that makes of gyro sharp impaired and improve the stability of this gyro, therefore structure is reliable, running is stable, long service life, and efficiently solving in existing toy gyroscope or the process that is at play be all carry out with a gyro that rotation resists, winning rate is low, interest is not strong; The problems such as after split, running is unstable, service life is short.Add again the utility model adopt be provided with on gyro ring can with the latch-up structure of central axis outer wall adapting device, so gyro gyrostat and central axis after removing blind nut are still combined reliably, assemble more convenient, quick.Due to the utility model also adopts gyro ring to be arranged on direction on above-mentioned central axis can the upper and lower faces structure of turning, user forms gyro center of gravity height by the assembled of different directions different, can select according to the characteristic of opponent's gyro to make user and change the attack of different assembling mode, further add the interest that it is played.Two or more gyro is combined into one by the utility model cleverly, and by realizing impact resistance being separated, has the interest of game, player is allowed to obtain larger winning rate in play, child's manipulative ability and competitiveness can also be cultivated simultaneously, and have that structure is reliable, running is stable, long service life, there are wide market prospects.

Below in conjunction with accompanying drawing, the utility model is further described.

Accompanying drawing explanation

Fig. 1 is the structural representation of a mounting means of upper gyro in the utility model.

Fig. 2 is the structural representation (when the structure of two gyros is identical, this figure is also the structural representation of another mounting means of upper gyro in Fig. 1) of a mounting means of lower gyro in the utility model.

Fig. 3 is the assembling schematic diagram that Fig. 2 removes with Fig. 1 after blind nut.

Fig. 4 is perspective view of the present utility model.

Fig. 5 is the sectional structure schematic diagram of Fig. 4.

Fig. 6 is the assembly structure schematic diagram of Fig. 4.

Fig. 7 is the central axis assembly structure schematic diagram in Fig. 3.

Detailed description of the invention

As shown in Fig. 1-Fig. 7, described in the utility model can the combined toy gyroscope of split automatically, be made up of the upper and lower docking of at least two gyros 1,2, and the top point of described gyro 1,2 is elasticity top point 11,21, the upper gyro 1 in described gyro 1,2 is subject to collision (following gyro 2 is collided or upper gyro 1 is collided) or can automatically terminates with the connection of lower gyro 2 when rotating and being obstructed and under the effect of natural resiliency top point 11, eject formation two the independent gyro rotated separately in rotation process.In the process that the utility model is at play, elasticity top point 11 can be extruded because being movably connected on after above lower gyro 2 by gyro 1 above, so the connection with lower gyro 2 will be automatically terminated when the upper gyro 1 in gyro collides or rotates and is obstructed in rotation process, and under the effect of natural resiliency top point 11, eject formation two the independent gyro rotated separately, thus realization gyro when resisting match can be divided into two or one dividing into three, considerably increase the attack of gyro, make winning rate higher, and its playing method is novel, has interest, liking of more players can be obtained.And due to the top point of gyro 1,2 be elasticity top point; on when game process fission split, gyro 1 mainly fissions out by the top point elasticity 11 of himself; so little to the impact of lower gyro 2; and flexible cushioning effect can also be utilized to pull off a soft landing when landing, with available protecting top point and the stability safeguarding running.The elasticity top point 21 of same gyro 2 at present also makes this gyro have cushioning effect, avoid impulsive force to affect and the overweight top that makes of gyro sharp impaired and improve the stability of this gyro, therefore structure is reliable, running is stable, long service life, and efficiently solving in existing toy gyroscope or the process that is at play be all carry out with a gyro that rotation resists, winning rate is low, interest is not strong; The problems such as after split, running is unstable, service life is short.The utility model is generally that employing two gyro docking form.Certainly also can use as required and multiplely sequentially to superpose.Preferred version is two.Wherein, the different gyro of above-mentioned each gyro 1,2 optional structure; Both can launch separately for making the gyro in the utility model and play, can facilitate again two or more splice to combine play, above-mentioned each gyro 1,2 generally adopts the gyro that structure is identical.Each gyro 1,2 comprise central axis 12,22, the gyro ring 13,23 be coated on described central axis 12,22, above-mentioned elasticity top point 11,21 is connected to below described central axis 12,22, and is in confined state when the elasticity top point 11 on above-mentioned upper gyro 1 realizes the docking of upper and lower gyro 1,2 in the central axis 22 being plugged in lower gyro 2.For making the utility model structure simple, above-mentioned elasticity top point 11,21 by being connected to above-mentioned central axis 12,22 lower end and the inner chamber top point body that is provided with spring base and the spring 14,24 that is installed on described top point chamber body spring base, the upper end overhead of described spring 14,24 is on central axis 12,22, and above-mentioned upper elasticity top point 11 its spring 14 when upper gyro 1 is connected on lower gyro 2 is compressed and inside contracts toward its central axis 12 together with upper top point body.Can the connection of more convenient releasing two gyro 1,2 when gyro is knocked and is obstructed during in order to achieve a butt joint, be linking into an integrated entity of being rotatably separated when described upper gyro 1 docks with lower gyro 2.And the connected mode between above-mentioned two gyros can be varied, if above-mentioned upper and lower gyro 1,2 can be realize mutual docking by the cooperation rotation clamping on two central axis 12,22; Preferred version is that above-mentioned upper and lower gyro 1,2 can realize docking mutually by the rotation interface arrangment be arranged on two gyro rings 13,23.More selection is had for making consumer, the utility model also adopts and is set to identical by the structure of each gyro, above-mentioned each gyro 1, the central axis 12 of 2, 22 upper ends are provided with removable blind nut, described blind nut is respectively equipped with the syndeton coordinated with transmitter, each gyro 1, 2 can launch separately through transmitter respectively by the mating reaction of syndeton on blind nut and transmitter and play, above-mentioned lower gyro 2 achieves a butt joint with upper gyro 1 after taking off its blind nut again, the blind nut installation position that gyro 2 central axis 22 is arranged wherein is descended to form the cavity can keeping supplying gyro 1 top point suit.Even if consumer buys separately a gyro and also has the value of playing separately, without the need to the whole purchase of combined top like this; The function of the split of collision rift energy or fission is subject to after same over-bought one arbitrarily has again combination, interesting strong, so selective more.For making lower gyro 2 gyro ring and central axis after removing blind nut still be combined reliably, more convenient to make it assemble, above-mentioned gyro ring 13,23 be provided with can with the latch-up structure of above-mentioned central axis 12,22 outer wall adapting device.For making it structure is reliable while, easy accessibility again, above-mentioned latch-up structure is for being arranged at above-mentioned gyro ring 13, card convex 15 on 23 inwalls, 25 are formed, above-mentioned central axis 12, 22 comprise sleeve body 121, 221 and the snap ring 122 that is installed on rotationally on described sleeve body, 222, and described snap ring 122, 222 are provided with and stretch out described sleeve body 121, the card base 123 of 221, 223, described sleeve body 121, the outer wall of 221 correspondingly has and can supply card base 123, 223 pass and the guide groove 124 of left-right rotation, 224, with can supply above-mentioned gyro ring card convex 15, 25 slide into and at described card base 123, gyro ring 13 is realized under the cooperation overhead of 223, 23 with sleeve body 121, 221 retaining structures 125 reliably connected, 225, above-mentioned elasticity top point 11, 21 can be connected to described sleeve body 121 up and downly, the bottom of 221, when above-mentioned gyro ring 13, card convex 15 on 23, 25 slide into retaining structure 125, rotatable snap ring 122 time in 225, 222 make its card base 123, 223 go to card convex 15, 25 below or above, and make card convex 15, 25 positive locks are in card base 123, 223 and retaining structure 125, to realize gyro ring 13 between the limit, one end of 225, 23 with central axis 12, the reliable connection of 22.Process with easy for installation for further making it, be placed in Upper shaft sleeve in the top that above-mentioned sleeve body 121,221 comprises the upper and lower axle sleeve of engagement sleeves device, wherein said Lower shaft sleeve, described in above-mentioned snap ring 122,222 device between upper and lower axle sleeve, the top of above-mentioned Lower shaft sleeve can coordinate with the bottom of the elasticity top point of the blind nut or another gyro that are installed on its upper end and is socketed, and the block lower edge of this blind nut or the both sides overhead of elasticity top point are above Lower shaft sleeve.The inwall of described Lower shaft sleeve is provided with upper and lower spacing shoulder, above-mentioned top point body coordinates hook to put by the grab 16,26 arranged thereon with the lower limit shoulder of described Lower shaft sleeve and can upper and lowerly reliably be connected to actively on described Lower shaft sleeve, be installed on the upper end overhead of the intrinsic spring 14,24 of top point on upper limit shoulder, when above-mentioned two gyros 1,2 upper and lower docking, the bottom of the elasticity top point 11 of gyro 1 is set in the Lower shaft sleeve top of below gyro 2 above it, and under the upper top effect of this Lower shaft sleeve, elasticity top point 11 is compressed.For making each axle sleeve physical efficiency together with corresponding blind nut reliable structure, the epicoele wall of above-mentioned each Lower shaft sleeve is provided with can with the screw structure of protrusions match device being arranged at blind nut lower wall, and this screw structure is that the rib being located at Lower shaft sleeve epicoele wall is formed.In order to effectively save the materials and process flow process of attacking ring, simultaneously also for gyro reserves more development space, and rotator inertia is large, above-mentioned each gyro ring 13, 23 comprise the circular attack ring 131 of middle part for through hole, 231 and with this attack ring 131, the volution 132 of 231 through hole adapting devices, 232, clamping ring 133, 233, above-mentioned latch-up structure is arranged at described volution 132, on 232, above-mentioned rotation interface arrangment for be arranged at respectively above-mentioned on, lower gyro clamping ring 133, upper on 233 forward surfaces, lower edge forms 134, 234, by upper clamping ring 133 is superimposed upon on lower clamping ring 233, and after making edge 134 below lower edge 234, rotate linking into an integrated entity of lower edge 234 being snapped in upper edge 134 realizes upper gyro 1 to be rotatably separated with lower gyro 2.For further strengthening its reliability of structure, above-mentioned volution 132,232 comprises and the upper and lower bezel ring, attacking ring 131,231 through hole adapting device, card convex 15,25 in above-mentioned latch-up structure is formed by the upper and lower chimb closed assembly of relative set on described upper and lower bezel ring, inwall, when gyro central axis 12,22 is set in the annular distance of upper and lower bezel ring, above-mentioned upper and lower bezel ring, coordinates overhead by its upper and lower chimb with the two ends up and down of retaining structure on gyro central axis 12,22 and realizes being connected with the reliable of gyro central axis 12,22.Can realize being connected more reliably with corresponding volution for making attack ring 131,231, the through-hole wall of above-mentioned attack ring 131,231 is integrally formed with edge, on above-mentioned upper and lower bezel ring, the position of corresponding described edge is correspondingly provided with breach, and above-mentioned upper and lower bezel ring, is reliably positioned to attack on ring 131,231 by the adapting device of its breach and described edge.And for making the utility model in the process used, forming the gyro of different contour structures by the assembled of different directions or forming gyro center of gravity height difference because when center of gravity is low, endurance is strong; During center of gravity height, top attack can be carried out, can select according to the characteristic of opponent's gyro to make user and change different modes and attack, the direction that above-mentioned gyro ring 13,23 is arranged on central axis 12,22 can be turned by upper and lower faces, that is both (front) can be arranged on upward on central axis above gyro ring, as shown in Figure 1; Also can be arranged on central axis after gyro ring is turned direction, be arranged on upward on central axis by (reverse side) below gyro ring, formation structural representation is as shown in Figure 2 (because of when the structure composition of two gyros is identical, lower gyro shown in Fig. 2 is exactly the figure that gyro ring is turned another assembling mode behind direction by Fig. 1, just Reference numeral is different, so do not have other row to scheme out at this).When the structure of each gyro adopts identical, preferred version of the present utility model is: the docking realizing two gyros after the gyro ring being used as lower gyro is turned direction again, and such more compact structure, fighting capacity are stronger, and profile is more attractive in appearance.The uncomfortable veer of certain two gyro also can be docked, and just like this structure of combined top is so not compact.The utility model design is ingenious, is combined into one cleverly by two or more gyro, and by realizing impact resistance being separated, having the interest of game, allowing player obtain larger winning rate in play, can also cultivate child's manipulative ability and competitiveness simultaneously.

Although the utility model describes with reference to specific embodiment, this description not meaning that is construed as limiting the utility model.With reference to description of the present utility model, 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 (15)

1. one kind can the combined toy gyroscope of split automatically, it is characterized in that being made up of at least two gyros (1,2) upper and lower docking, and the top point of described gyro (1,2) is elasticity top point (11,21), the upper gyro (1) in described gyro (1,2) is collided or can be automatically terminated when rotation is obstructed with the connection of lower gyro (2) and ejected under the effect of natural resiliency top point (11) and formed two gyros rotated separately separately with lower gyro (2) in rotation process.

2. according to claim 1 can the combined toy gyroscope of split automatically, it is characterized in that the structure of above-mentioned each gyro (1,2) is identical.

3. according to claim 1 can the combined toy gyroscope of split automatically, it is characterized in that each gyro (1,2) comprises central axis (12,22), the gyro ring (13,23) be coated on described central axis (12,22), above-mentioned elasticity top point (11,21) is connected to described central axis (12,22) below, and is in confined state when the elasticity top point (11) of above-mentioned upper gyro (1) realizes upper and lower gyro (1,2) docking in the central axis (22) being plugged in lower gyro (2).

4. according to claim 3 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned elasticity top point (11, 21) by being connected to above-mentioned central axis (12, 22) lower end and inner chamber are provided with the top point body of spring base, and the spring (14 be installed on described top point chamber body spring base, 24) form, described spring (14, 24) upper end overhead is in central axis (12, 22) on, above-mentioned upper elasticity top point (11) its spring (14) when upper gyro (1) is connected on lower gyro (2) is compressed and is inside contracted toward its central axis (12) together with upper top point body.

5. according to claim 3 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned upper gyro (1) is linking into an integrated entity of being rotatably separated when docking with lower gyro (2), above-mentioned upper and lower gyro (1,2) realizes mutually docking by the rotation interface arrangment be arranged on two gyro rings (13,23); Or above-mentioned upper and lower gyro (1,2) rotates clamping by the cooperation of two central axis (12,22) and realizes mutual docking.

6. according to claim 3 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned each gyro (1, 2) central axis (12, 22) upper end is provided with removable blind nut (10, 20), described blind nut (10, 20) syndeton coordinated with transmitter is respectively equipped with on, each gyro (1, 2) can respectively by blind nut (10, 20) mating reaction and launching separately through transmitter of upper syndeton and transmitter is played, above-mentioned lower gyro (2) achieves a butt joint with upper gyro (1) after taking off its blind nut (20) again, the upper blind nut installation position arranged of gyro (2) central axis (22) is wherein descended to form the cavity can keeping supplying gyro (1) top point suit.

7. according to claim 5 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned gyro ring (13,23) be provided with can with the latch-up structure of above-mentioned central axis (12,22) outer wall adapting device.

8. according to claim 7 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned latch-up structure is for being arranged at above-mentioned gyro ring (13, 23) card convex (15 on inwall, 25) formed, above-mentioned central axis (12, 22) sleeve body (121 is comprised, 221) described sleeve body (121 and is rotationally installed on, 221) snap ring (122 on, , and described snap ring (122 222), 222) be provided with and stretch out described sleeve body (121, 221) card base (123, 223), described sleeve body (121, 221) outer wall correspondingly has and can supply card base (123, 223) to pass and the guide groove (124 of left-right rotation, 224), with can supply above-mentioned gyro ring card convex (15, 25) to slide into and at described card base (123, 223) gyro ring (13 is realized under cooperation overhead, 23) with sleeve body (121, 221) the reliable retaining structure (125 connected, 225), above-mentioned elasticity top point (11, 21) described sleeve body (121 can be connected to up and downly, 221) bottom, when above-mentioned gyro ring (13, 23) card convex (15 on, 25) retaining structure (125 is slided into, 225) rotatable snap ring (122 time interior, 222) its card base (123 is made, 223) card convex (15 is gone to, 25), card convex (15 is made below or above, 25) positive lock is in card base (123, 223) and retaining structure (125, 225) to realize gyro ring (13 between limit, one end, 23) with central axis (12, 22) reliable connection.

9. according to claim 8 can the combined toy gyroscope of split automatically, it is characterized in that being placed in Upper shaft sleeve in the top that above-mentioned sleeve body (121,221) comprises the upper and lower axle sleeve of engagement sleeves device, wherein said Lower shaft sleeve, described in above-mentioned snap ring (122,222) device between upper and lower axle sleeve, the top of above-mentioned Lower shaft sleeve can coordinate with the bottom of the elasticity top point of the blind nut or another gyro that are installed on its upper end and is socketed, and the block lower edge of this blind nut or the both sides overhead of elasticity top point are above Lower shaft sleeve.

10. according to claim 9 can the combined toy gyroscope of split automatically, it is characterized in that the inwall of described Lower shaft sleeve is provided with, lower limit shoulder, above-mentioned top point body is by arranging grab (16 thereon, 26) coordinate hook to put with the lower limit shoulder of described Lower shaft sleeve and can go up, under be reliably connected to actively on described Lower shaft sleeve, be installed on the intrinsic spring (14 of top point, 24) upper end overhead is on upper limit shoulder, above-mentioned two gyros (1, 2) on, during lower docking, the bottom of elasticity top point (11) of gyro (1) is set in the Lower shaft sleeve top of below gyro (2) above it, and under the upper top effect of this Lower shaft sleeve, elasticity top point (11) is compressed.

11. according to claim 10 can the combined toy gyroscope of split automatically, it is characterized in that the epicoele wall of above-mentioned Lower shaft sleeve is provided with can with the screw structure of protrusions match device being arranged at blind nut lower wall, and this screw structure is that the rib being located at Lower shaft sleeve epicoele wall is formed.

12. according to claim 8 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned each gyro ring (13, 23) the circular attack ring (131 of middle part for through hole is comprised, 231) and with this attack ring (131, 231) volution (132 of through hole adapting device, 232), clamping ring (133, 233), above-mentioned latch-up structure is arranged at described volution (132, 232) on, above-mentioned rotation interface arrangment for respectively by be arranged at above-mentioned on, lower gyro clamping ring (133, 233) upper on forward surface, lower edge (134, 234) formed, by upper clamping ring (133) is superimposed upon on lower clamping ring (233), and edge (134) is rotated behind lower edge (234) below make lower edge (234) to snap in upper and the linking into an integrated entity of realizing that upper gyro (1) is rotatably separated with lower gyro (2) of upper edge (134).

13. according to claim 12 can the combined toy gyroscope of split automatically, it is characterized in that above-mentioned volution (132, 232) comprise and attack ring (131, 231) through hole adapting device is upper, lower cover ring, card convex (15 in above-mentioned latch-up structure, 25) by relative set on described, upper on lower cover ring inwall, lower chimb closed assembly is formed, when gyro central axis (12, 22) be set in, time in the annular distance of lower cover ring, on above-mentioned, lower cover ring is by it, lower chimb and gyro central axis (12, 22) two ends up and down of upper retaining structure coordinate overhead and realize and gyro central axis (12, 22) reliable connection.

14. according to claim 13 can the combined toy gyroscope of split automatically, the through-hole wall that it is characterized in that above-mentioned attack ring (131,231) is integrally formed with edge, on above-mentioned upper and lower bezel ring, the position of corresponding described edge is correspondingly provided with breach, and above-mentioned upper and lower bezel ring, is reliably positioned to attack on ring (131,231) by the adapting device of its breach and described edge.

15. according to claim 3 or 12 or 13 or 14 can the combined toy gyroscope of split automatically, it is characterized in that the direction that above-mentioned gyro ring (13,23) is arranged on central axis (12,22) can be turned by upper and lower faces.