专利摘要:
1 / 1 abstract "combo toy top" the freely assembleable combo toy top according to the present invention comprises a top top and a bottom top, which are mounted together, the top top and bottom top both comprise a central axis body and a top ring fitting over the central axis body, distinguished by the fact that the direction in which the top of at least one top top top and the bottom top is installed on the body of the central geometric axis can be flipped between a top face and a bottom face, and therefore a toy top combined with A variety of mounting shapes can be achieved by turning the top ring direction on the central axis body. as a result, the present invention can achieve more powerful attacks and a higher win rate during games by mounting two tops. Furthermore, a user can form stubs of various shapes and centers of gravity by turning the direction of the stub ring on the central geometric axis body according to different situations, from in such a way that its assembly is quite diversified to carry out different forms of games and attacks.
公开号:BR112015024733A2
申请号:R112015024733
申请日:2015-04-14
公开日:2020-03-03
发明作者:Cai Dongqing
申请人:Guangdong Alpha Animation & Culture Co Ltd;Guangdong Auldey Animation & Toy Co Ltd;Guangzhou Alpha Culture Communications Co Ltd;
IPC主号:
专利说明:

“COMBINED TOY TOP”
Field of the Invention [001] The present invention relates to the toy field and, in particular, to a combined toy top that can be freely assembled.
Description of the Related Art [002] Existing toy tops are basically formed by a single top, which comprises a central geometrical shaft liner, a top cap, a top ring and a top tip. The top is ejected to rotate by connecting a top launcher and the top cap. In the game process, a toy top engages in the rotation confrontation with only a single layer top. As a result, the attack is not strong enough during combat games, and its victory rate is difficult to improve. Although combined toy tops were invented later, their disadvantage is that there is only one way of assembly, that is, the top ring and the central geometry axis body can only be installed in a unified direction without the ability to exchange directions. Therefore, it can only achieve one type of attack. Therefore, there is only one way to play games, and a user cannot select a different way of attack according to the characteristics of an opponent's top. With existing combined toy tops, in addition, the top ring is locked to the central geometry axis body especially through the top cover during assembly, leading to very difficult assembly, and as a result, it is difficult to satisfy the needs of consumers.
Summary of the Invention [003] The object of the present invention is, targeting the above problems and disadvantages, to provide a combined toy top that not only can form a top combination by assembling a top top and a bottom top with more attack. strong and high win rate but
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2/17 can also perform attacks in several ways as a user can choose different mounting methods according to different situations. In addition, it has a simple structure, easy installation and several assembly methods.
[004] Based on the foregoing, an additional object of the present invention is to provide a combined toy top that can be freely assembled with a convenient grip of an upper top and bottom top, a secure grip structure, easy and quick operations and good looking.
[005] The technical solution employed by the present invention is as follows:
[006] The combined toy top that can be freely assembled according to the present invention comprises an upper top and a bottom top that are assembled together, distinguished by the fact that the top top and the bottom top both comprise a body center geometry and a top ring fitting over the center geometry body, the direction in which the top ring of at least one top top and the bottom top is installed in the center geometry can be flipped between a top face and a bottom face (also referred to as front and back faces) and therefore a toy top combined with a variety of mounting ways can be achieved by rotating towards the top ring on the body of central geometric axis.
[007] To further improve the diversity of your games, the directions in which the top top and bottom top rings are installed on the central geometry axis bodies can be either turned between a top face and a bottom face and therefore, a toy top combined with four ways of assembly can be achieved by rotating the direction of each top ring on the respective central axis body. Namely, the first combined toy top is that both the top and bottom top rings are installed on the geometry axis body
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3/17 central with frontal faces upwards; for the second and third combined toy tops, one of the top and bottom top rings is installed on the center geometry bodies with the front face up, and the other is installed on the center geometry bodies with the rear face for top; for the fourth combined toy top, both the top and bottom top rings are installed on the central geometry axis body with the rear faces up.
[008] Certainly, the specific way of gripping the top top and bottom top can be determined as needed, for example, they can be securely attached together by means of the rotating gripping structure provided in the top top rings top and bottom bottom. In order to make the present invention conveniently assembled and a secure connection structure, also to make the combined toy top look good, the top top and bottom top can also be connected together securely by by means of an insertion connection structure or a rotation gripping structure provided in the central geometric axis body. In order to make the connection structure of the two central geometry bodies simpler, the rotation gripping structure comprises a gripping element which is rotatably arranged at the bottom of the central geometry body of the upper top, a cavity is correspondingly formed in the upper part of the central geometric axis body from the top of the bottom to the lower part of the central geometric axis body of the upper top to be inserted therein, and a locking position is provided within the cavity for engagement with the gripping element, and the secure plug-in connection of the two central axis bodies can be achieved by inserting the gripping element into the bottom of the upper top central axis body in the cavity and then rotating the upper top gripping element.
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4/17 [009] To make the connection structure of the two central geometric axis bodies anchored from the two safer tops, so that the phenomenon of easy disengagement due to collision and other reasons during games can be avoided and, furthermore, the gripping element at the bottom of the central geometry shaft body can be rotated as directly driven by the top cover without triggering the gripping element to rotate while the top cover is pushed aside, a clutch transmission mechanism is provided in the central top axle body to drive the gripping element to rotate and capable of engaging with the top cover bottom in the center axle body, the upper part of the clutch transmission mechanism can be cut out for upper part of the central axis body, and moves downward when pressed down by the top cover, thus releasing the cutout with the geometric axis body the central and engaging with the gripping element. At this point, the top cover rotates the clutch transmission mechanism to drive the gripping element to rotate, and when the downward pressure force through the top cover disappears, the clutch transmission mechanism automatically moves upwards. and is reestablished. At this point, when the top cover is rotated and removed, the gripping element will not be activated to rotate.
[0010] To make the connection of the top ring and the central shaft body still secure and do not come loose after the top cover is removed, in order to facilitate the installation of turning the top rings during games , a gripping protrusion locking structure is provided on the top ring to connect with the central geometry shaft body, and the top ring is securely connected to the central geometry shaft body via the gripping projection locking structure ; alternatively, a retaining structure is provided on the central geometry axis body to rotate safely with the top ring
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Corresponding 5/17.
[0011] In order to make the rotation inertia of the tallest top rings, the engagement with the central geometrical bodies tightened and the most convenient assembly, each of the top rings comprises an external attack ring and an screw to achieve a secure connection between the external drive ring and the central geometry shaft body, and a gripping projection locking structure is provided in the screw ring for engagement with the central geometry shaft body. The strike ring is made of metal, and the screw ring is made of plastic or rubber. To form tops of various shapes and centers of gravity that are significantly different after the direction of the top ring is turned in the present invention, and to make the appearance better and the structure safer, the top and bottom top rings comprise top cover rings and bottom cover rings for engagement with the leading ring through holes, and the top cover rings and bottom cover rings have different shapes or configurations of the center of gravity, the locking structure of gripping projection comprises an upper pressing projection and a lower gripping projection which are provided correspondingly on the inner walls of the upper cover ring and the bottom cover ring, when the body of the central geometry axis is fitted into the hole of the corresponding ring top cover ring and bottom cover ring, top cover ring and bottom cover ring are engaged with the structure of retention provided in the corresponding central axis body by means of the upper and lower gripping projection, thereby achieving a secure connection with the central axis body.
[0012] To make the connection structure between the central axis body and the top ring more secure, the two central axis bodies above comprise coverings of the geometric axis and
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6/17 gripping rings rotatably arranged on the geometrical shaft liners, the retaining structure comprises a grinding groove formed axially on the outer wall of the geometrical liner for the gripping protrusion locking structure for sliding in, and a locking pin. gripping formed integrally in the gripping ring and extending out of the geometry shaft liner, a guide groove is correspondingly formed in the outer wall of each geometrical shaft liner for the gripping pin to extend outward and rotate horizontally, when the screw ring gripping locking structure slides into the gripping groove, the gripping ring can be rotated so that the gripping pin rotates downwards or upwards from the gripping projection locking structure, making with the gripping protrusion locking structure securely locked between the pi in the gripping nozzle and an edge of the end of the gripping groove, in order to make the secure connection between the top ring and the central axis body.
[0013] As the present invention employs a structure that mounts the top top and bottom top in a top assembly and has the top ring of at least one top installed in the central geometry body in a way that can If turned vertically, the present invention can achieve stronger attacks and a higher win rate during games by assembling two tops. In addition, the top ring of the top can be installed on the central axis body in a way that can be turned vertically, that is, both the top face (front face) is installed on the central axis body upwards or the bottom face (rear face) is installed in the central geometry axis body downwards. Therefore, a user can form tops of various shapes and centers of gravity by rotating the direction of the top ring on the central geometric axis body according to different situations, so that the assembly is
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7/17 quite diverse to carry out different forms of games and attacks. In addition, the present invention has a simple structure and easy installation that effectively solves the problems of existing tops in which there is only one form of assembly and games and the attack is not strong. As the present invention additionally employs a structure that securely holds the top and bottom top together by means of a rotating gripping structure provided in the central geometry axis body, the two tops are conveniently mounted and the The connection is secure, and at the same time, the combined top, after assembly, looks good. As the present invention additionally employs a gripping structure by rotation provided in the central geometric body of the upper top, composed of a gripping member and a clutch transmission mechanism to drive the gripping member to rotate and capable of engaging with the top cover for transmission, on the other hand, ensures the secure connection of the two bodies of the central geometry axis, so that the phenomenon of easy disengagement due to collision and other reasons during games can be avoided. In addition, the operation is simple and the use is extremely convenient. The present invention not only has a simple assembly and several forms of assembly, but it also has stronger attacks and a higher victory rate. In addition, a user can carry out attacks in several ways, choosing different methods of assembly according to different situations, which can satisfy the needs of consumers.
[0014] The present invention will be further described below with reference to the attached drawings.
Brief description of the drawings [0015] Fig. 1 illustrates the structure of an upper top embodiment according to the present invention;
[0016] Fig. 2 illustrates the structure of the top ring in Fig. 1 installed on the central axis body after the direction has been turned vertically;
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8/17 [0017] Fig. 3 illustrates the structure of a top-to-bottom embodiment according to the present invention;
[0018] Fig. 4 illustrates the structure of the top ring in Fig. 3 installed on the central geometry axis body after the direction has been turned vertically;
[0019] Fig. 5 illustrates the structure of the top-bottom assembly in Fig. 3, with the top cap removed, with the top top in Fig. 1;
[0020] Fig. 6 is a cross-sectional view of Fig. 5;
[0021] Fig. 7 is another cross-sectional view of Fig. 5;
[0022] Fig. 8 illustrates the assembly structure of Fig. 5;
[0023] Fig. 9 illustrates the structure of the top-to-bottom assembly on the
Fig. 4, with the top cover removed, with the top top in Fig. 1;
[0024] Fig. 10 illustrates the assembly structure of Fig. 9;
[0025] Fig. 11 illustrates the structure of the bottom top assembly in Fig. 3, with the top cover removed, with the top top in Fig. 2;
[0026] Fig. 12 illustrates the assembly structure of Fig. 11;
[0027] Fig. 13 illustrates the structure of the bottom top assembly in Fig. 4, with the top cover removed, with the top top in Fig. 2;
[0028] Fig. 14 illustrates the assembly structure of Fig. 13.
Detailed Description of the Modalities [0029] As shown in Fig. 1 to Fig. 14, the top of the combined toy that can be freely assembled according to the present invention comprising an upper top 1 and a bottom top 2 that are assembled together , to make the game mode and functions of the present invention more diverse, the top top 1 and top bottom 2 both comprise central axis bodies 11, 21 and top rings 12, 22 fitting over the central axis bodies 11, 21, the direction in which the top ring of at least one top top top 1 and bottom top 2 is installed on the central axis body can be turned between a top face and a bottom face (also referred to as the front and
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9/17 rear) (that is, either the top face of the top ring is installed in the central geometry axis body upwards or the bottom face of the top ring is installed in the central geometry axis body upwards) and therefore, a top of the toy combined with a variety of mounting shapes can be achieved by changing the directions of the top rings 12, 22 on the central axis bodies 11, 21. Since an assembly of two upper tops 1 , 2 is used when using the present invention, the attack is stronger and the victory rate is higher during games. As the top rings 12, 22 of the tops 1, 2 are installed in the central geometrical bodies 11, 21 in a way that they can be turned vertically, a user can form tops of various shapes and centers of gravity by turning the directions of the top rings 12, 22 on the central axis bodies 11, 21 according to different situations, so that the assembly is diversified to carry out different forms of games and attacks, for example, if the center of gravity is low, the resistance is strong; if the center of gravity is high, top attacks can be launched. As a result, the user can select a different shape according to the characteristics of an opponent's top, and the game mode is more diverse. This is because changes in the centers of gravity of the tops have the following main impacts: 1. Impact through the height of the designated position of the connection structure between the top rings 12, 22 and the central axis bodies 11, 21, when the directions of the top rings 12, 22 are turned, the height of the position of the connection structure it has with the central axis bodies will change; 2. The difference between the structures of the top and bottom faces of the top rings 12, 22 will also lead to different centers of gravity for the two faces. As a result, the tops after the directions of the top rings that are turned have different total shapes and the total centers of gravity of the original tops. In addition, the present invention has a simple and easy structure
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10/17 installation, which effectively solves the problems of the existing tops that there is only one form of assembly and games and the attack is not strong. To further improve the diversity of their games, the installation directions for the top rings 12, 22 in relation to the central geometry axis bodies 11, 21 on the top and bottom tops 1, 2 can all be turned vertically, a top of the toy combined with four assembly forms can be achieved by turning the direction of each top ring 12, 22 on the respective central geometry axis body 11, 21. That is, the first top of the combined toy is that both top top rings and bottom 12, 22 are installed on the central geometrical bodies 12, 22 with the front faces upwards, as shown in Fig. 5; for the second and third tops of the combined toy, one of the top and bottom top rings 12, 22 is installed on the central geometry axle bodies 11, 21 with the front face up, and the other is installed on the axle bodies central geometric with the rear face upwards, as shown in Fig. 9 and Fig. 13; for the top fourth of the combined toy, both the top and bottom rings 12, 22 are installed on the central geometrical bodies 11, 21, with the rear faces up, as shown in Fig. 11. To make the connection of the top rings 12, 22 and central axis bodies 11, 21 is still secure and will not come loose after the top cover is removed from the top rings 12, 22, in order to facilitate the installation back of the rings the top during games, a gripping protrusion locking structure 125, 225 is provided in the top ring 12, 22 to connect with the central geometry shaft body 11, 21, and the top ring 12, 22 is connected in a way secured to the central geometry axis body 11, 21 through the gripping projection locking structure 125, 225; alternatively, a retaining structure is provided on the central geometrical shaft body 11, 21 for securely rotating connection with the corresponding top ring 12, 22. At the same time, the gripping projection locking structure can be
Petition 870200020278, of 02/11/2020, p. 20/27 / 17 provided in a position in the middle of the height of the top ring 12, 22; or it can also be provided in a position not in the middle of the height. In particular, when the structural shapes or center of gravity configurations for the top face and bottom face of the top ring 12, 22 are the same, a gripping protrusion locking structure in a mid-height position can be used to form a connection structure with the central geometric axis body, so that when the direction is turned, tops with different centers of gravity are formed. Likewise, the retaining structure in the central geometry axis body can also be provided in a position in the middle of the height or a position not in the middle of the height. To make the rotation inertia of the present invention higher, while having the convenient installation, the engagement with the central axis bodies 11, 21 tightens and the most convenient assembly, each of the top rings 12, 22 comprises a ring-shaped strike ring 121, 221 with the center being a through hole, and a screw ring engaged with the through hole of the strike ring 121, 221 to achieve a secure connection between the strike ring 121 , 221 and the central axis body 11, 21, the gripping projection locking structure 125, 225 is provided in the screw ring, and the top ring 12, 22 is securely connected to the central axis body 11, 21 by means of the gripping projection locking structure 125, 225 on the screw ring. The attack ring 121, 221 is made of a metal. The screw ring is made of a non-metallic material, such as plastic or rubber. Since the center of the attack ring 121, 221 is a round hole without integrally forming a connection hole or auxiliary radial ribs for connection to the connection hole, materials and process for the attack rings have been saved, and in addition, more spaces are reserved for tops to expand. As the main center of gravity of the attack ring 121, 221 with a relatively heavy weight is in the peripheral area, the inertia of rotation is
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12/17 high. As the gripping protrusion locking structure on the screw ring is used directly to lock it on the central axis body, in addition, the top rings 12, 22 will not come off the central axis bodies 11, 21 even when the top cap 15 is removed. Therefore, the set is more convenient. To form tops of various shapes and centers of gravity that are significantly different after the direction of the top ring 12, 22 is turned in the present invention, and to make their appearance better and the structure safer, the top top rings and bottom comprise upper cover rings 122, 222, and lower cover rings 123, 223 for engagement with the leading rings 121, 221 through holes, and the upper cover rings 122, 222 and the lower cover rings 123 , 223 have different shapes or configurations of the center of gravity, the gripping projection locking structure 125, 225 comprises an upper gripping projection and a lower gripping projection which are provided correspondingly on the inner walls of the upper cover ring 122, 222 and the bottom cover ring 123, 223, when the central geometry axis body 11,21 is fitted into the corresponding hole in the top cover ring ring 122, 22 2 and lower cover ring 123, 223, upper cover ring 122, 222 and lower cover ring 123, 223 are engaged with the retaining structure provided in the corresponding central axis body 11, 21 by means of the projection of upper and lower grip, thus achieving a secure connection with the central geometrical shaft body 11, 21. To make the secure connection of the attack rings 121, 221 and the top rings, a grip edge 124, 224 is formed integrally in the the inner wall of the through hole of the leading ring 121, 221, a notch is correspondingly formed in a position of the upper cover ring 122, 222 and the lower cover ring 123, 223 corresponding to the gripping edge 124, 224, and the top cover ring 122, 222 and the bottom cover ring 123, 223 are positioned securely in the
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13/17 drive ring 121, 221 by engaging between the notch and the engaging edge 124, 224. To make the connection structure between the central shaft body 11, 21 and the top ring 12, 22 more secure, the two central axis bodies 11, 21 above comprise axis coverings and gripping rings 13, 23 rotatably arranged on the axis coverings, the retaining structure comprises a gripping groove 112, 212 formed axially in the outer wall of the geometry shaft cover for the upper and lower gripping protrusions for sliding, and a gripping pin 131, 231 integrally formed in the gripping ring 13, 23 and extending outside the geometry axis coating, a guide groove 113, 223 is correspondingly formed on the outer wall of each of the linings of the geometry axis for the gripping pin 131, 231 to extend outward and rotate horizontally, when the projections upper and lower gripping nipples of the screw ring slide into gripping slots 112, 212, the gripping ring can be rotated so that gripping pin 131, 231 rotates downward or upward on the upper and lower gripping projections , causing the upper and lower grip projections to lock securely between grip pin 131, 231 and an end edge of grip groove 112, 212 in order to make the secure connection between top ring 12, 22 and the central geometrical axis body 11, 21. Certainly, the specific anchoring shape of the upper and bottom tops 1, 2 can be determined as needed, for example, they can be securely attached together by means of the structure rotation grip provided in the top rings 12, 22 of the top and bottom tops 1, 2. To make the present invention conveniently mounted and a secure connection structure, also to make the assembled combined top looks good, the top and bottom tops 1, 2 can also be securely connected together via an insert connection structure or a
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14/17 rotation grip provided in the central geometry axis body 11, 21. To make the connection structure of the same simpler, the rotation grip structure comprises a gripping member 14 which is rotatably arranged in the lower part of the central geometry axis 11 of the top top 1, a cavity is correspondingly formed in the upper part of the central geometry axis body 21 of the top of the bottom 2 for the gripping member 14 to be inserted, and a gripping position 26 is provided within the cavity for the rotating engagement with the gripping member 14, and the secure gripping connection of the two central geometry axis bodies 11, 21 can be carried out by inserting the gripping member 14 in the lower part of the central geometry axis body 11 from the top top into the bottom top 2 cavity and then rotate the top top 1 gripping member 14. To make the bottom top 2 structure simpler, the The age of the upper top 2 is also capable of engaging with the bottom of the top cover removably installed therein, that is, the cavity can be directly formed by the position of installation of the top cover formed in the central geometry axis body 21 of the top of bottom 2. To make the connection structure of the two central geometry axis bodies 11, 21 anchored from the two tops 1, 2 more secure, so that the phenomenon of easy disengagement due to collision and other reasons during games can be avoided, and in addition, the gripping member 14 at the bottom of the central geometry shaft body 11 can be rotated as driven directly by the top cover 15, without driving the gripping member 14 to rotate while the top cover 15 is brought up In part, a clutch transmission mechanism is provided in the central geometrical shaft body 11 of the upper top to drive the gripping member 14 to rotate and capable of engaging with the bottom of the top cover 15 in the body. central axis axis 11, the upper part of the clutch transmission mechanism can be cut to the upper part of the central axis 11, and moves downward when pressed
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15/17 down through the top cover 15, thus releasing the cutout with the central geometry axis body 11 and engaging with the gripping member 14. At this time, the top cover 15 rotates the clutch transmission mechanism to engage the gripping member 14 for turning - and when the downward pressure force through the top cover 15 disappears, the clutch transmission mechanism automatically moves upwards and is reset. In order to make the assembly of the present invention more convenient, the top top geometrical shaft liner 1 comprises upper and lower geometrical liner 111, 110 in a locking engagement, the gripping member 14 comprises a connecting seat rotatably arranged in the part bottom of the geometrical shaft liner 110 and a snap rod disposed under the connection seat and has gripping projections on the two outer walls, the gripping ring 13 and the clutch transmission mechanism are arranged within the geometrical upper liner 111 above the gripping member 14, when the clutch transmission mechanism moves upwards, it can be attached to the upper geometrical shaft liner 111, and when it moves downward to release the grasp with the upper geometrical shaft liner 111, it can engage with the gripping member 14 on the lower geometry liner. To make the structure of the same simple and safe, the clutch transmission mechanism comprises a ring 16 disposed above the gripping member 14 and a clutch ring 17 disposed over the ring 16 in a vertically movable manner, the upper part of the ring clutch 17 can be secured with the upper geometrical liner 111, and when it is pressed down to move down, it can release the grip with the upper geometrical liner 111 and engage with the gripping member 14, and then , the clutch ring 17 can be rotated to drive the gripping element 14 to rotate, when the downward pressure force disappears, the
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16/17 clutch ring 17 moves automatically upwards and is re-established under the action of ring 16. For the removable top cover 15 at the top of the upper geometrical shaft liner 111, projections 151 are formed on two sides of the bottom of the top cover 15, a retaining structure 171 is correspondingly provided within the clutch ring 17 for engagement and pre-locking with the projections 151 formed on both sides of the bottom of the top cover 15 and, in addition, when the cover the top cap 15 engages with the retaining structure 171 for locking with its bottom inserted in the clutch ring 17, the bottom cap edge of the top cap 15 is arranged at the top end of the clutch ring 17. To make the structure of the safest clutch transmission mechanism, an external projection and a gripping groove 172 capable of engaging and gripping are correspondingly formed on the inner wall of the cladding and upper geometrical axis 11 and the upper outer wall of the clutch ring 17, and interlockable raised and lower toothed structures are provided at the bottom of the clutch ring 17 and the upper end 141 of the gripping member, respectively. To allow the top center bottom axis body 21 to securely connect with the top top center axis body 11, while the structure is simple, the bottom top bottom shaft cover 2 comprises coatings upper and lower geometrical axis 211, 210 in a locking hitch, where the upper part of the lower geometrical shaft liner 210 is inserted into the upper geometrical shaft liner 211 to form a cavity for engaging and engaging the gripping element 14 of the central top axis body 1, gripping position 26 is arranged on the inner wall of the cavity, and gripping pin 231 is rotatably arranged between the top and bottom geometrical linings 211, 210. To do the top of bottom 2 play as a buffer to prevent impact by
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17/17 collision and excessively heavy top from damaging the top tip, and to improve the stability of the top, the bottom of the lower geometrical liner 210 is connected to an elastic top tip 24, upper and lower limiting lugs 212, 213 they are correspondingly formed on the inner wall of the lower geometrical liner to engage with the elastic top tip 24 and, alternatively, a lifting member and a lower limiting shoulder are provided within the lower geometrical liner 210 for engagement with the upper tip. elastic 24. In order to allow the upper and bottom tops 1, 2 to form two individual tops after being disassembled, the upper end gripping member 14 is provided with a top tip at the bottom thereof. The tip is generally a metal tip. In order to make the structure of the top center axis bodies more secure, the top and bottom geometric axis linings 111, 110 of the top 1 are locked with the top and bottom geometric axis linings 211, 210 of the top bottom 2, respectively, by means of locking screws. The present invention not only has simple assembly and several forms of assembly, but also has stronger attacks and a high victory rate. In addition, a user can carry out attacks in several ways, choosing different methods of assembly according to different situations, which can satisfy the needs of consumers.
[0030] Although the present invention is described with reference to specific embodiments, the description does not mean that it is limited to the present invention. With reference to the description of the present invention, other variations of the described modalities can be anticipated by those skilled in the art, and will be encompassed by the appended claims.
权利要求:
Claims (17)
[1]
1. Combined toy top that can be freely assembled, comprising an upper top (1) and a bottom top (2) that are assembled together, characterized by the fact that the top top and the bottom top (1, 2) both comprise a central geometric axis body (11, 21) and a top ring (12, 22) fitting over the central geometric axis body (11, 21), the direction in which the top ring of at least one top top and bottom top (1, 2) is installed in the body of the central geometry axis can be turned between a top face and a bottom face, and therefore a toy top combined with a variety of structures mounting points can be achieved by turning the direction of the top ring (12, 22) on the body of the central geometry axis (11,21).
[2]
2. Freely assembled combined toy top according to claim 1, characterized in that the directions in which the top rings (12, 22) of the top top and the bottom top (1, 2) are installed on the bodies of central geometrical axes (11, 21) can both be turned between the top face and the bottom face, and therefore, a toy top combined with four mounting forms can be achieved by turning the direction of each ring top (12, 22) on the respective body of the central geometry axis (11,21).
[3]
3. Combined toy top that can be freely assembled according to claim 1 or 2, characterized in that the top top and bottom top (1, 2) are securely connected together by means of a gripping structure of rotation provided in the two top rings (12, 22); alternatively the upper top and the bottom top (1, 2) can be securely connected together by means of an insertion connection structure or a rotation gripping structure provided in the body of the central geometric axis (11,21).
[4]
4. Combined toy top that can be assembled
2/7 freely according to claim 3, characterized by the fact that the rotating gripping structure comprises a gripping member (14) which is rotatably arranged at the bottom of the body of the central geometric axis (11) of the upper top (1 ), a cavity is correspondingly formed in the upper body part of the central geometric axis (21) from the bottom top (2) to the gripping member (14) to be inserted into, and a gripping position (26) is provided within of the cavity for rotating engagement as a gripping member (14) and the secure gripping connection of the two central axis bodies (11, 21) can be performed by inserting the gripping member (14) in the bottom of the geometric axis body center (11) of the top top inside the bottom top cavity (2) and then rotate the gripping member (14), and the bottom top cavity (2) can still engage with the bottom of the removable top cover installed there.
[5]
5. Combined toy top that can be freely assembled according to claim 4, characterized by the fact that a lock transmission mechanism is provided in the upper geometric central axis body (11) to drive the gripping member ( 14) to rotate and able to engage with the bottom of the top cover (15) on the body of the central axis (11), the upper part of the transmission mechanism of the lock can be hooked to the upper part of the body of the axis central (11), and moves downwards when it is pressed downwards by the top cover (15), thus releasing the hooking with the body of the central geometric axis (11) and the engagement with the gripping member (14). At this time, the top cover (15) rotates the locking transmission mechanism to drive the gripping member (14) to rotate, and when the downward pressure force through the top cover (15) disappears, the transmission mechanism lock automatically moves up and is reset.
[6]
6. Combined toy top that can be assembled
3/7 freely according to claim 1, 2, 3, 4 or 5, characterized by the fact that a gripping projection locking structure is provided on the top ring (12, 22) for connection with the body the central geometry axis (11, 21), and the top ring (12, 22) is securely connected to the central geometry axis body (11, 21) through the gripping projection locking structure; Alternatively, a retaining structure is provided over the body of the central geometry axis (11, 21) for the secure rotation connection with the corresponding top ring (12, 22).
[7]
7. Combined toy top that can be freely assembled according to claim 5, characterized by the fact that each of the top rings (12, 22) comprises a ring-shaped attack ring (121, 221) with center being a through hole, and a screw ring engaged in the through hole of the leading ring (121, 221) to achieve a safety connection between the leading ring (121,221) and the central axis body (11, 21), a gripping protrusion locking structure (125, 225) is provided in the screw ring, and the top ring (12, 22) is securely connected to the body of the central geometry axis (11,21) by means of the engagement between the gripping protrusion locking structure (125, 225) on the corresponding screw ring and the retaining structure arranged on the body of the central geometry axis (11,21).
[8]
8. Combined toy top that can be freely assembled according to claim 7, characterized in that the top and bottom top rings comprise top cap rings (122, 222) and bottom cap rings (123, 223) for engagement with the drive ring (121, 221) through holes, and the top cover rings (122, 222) and the bottom cover rings (123, 223) have different shapes or center of gravity configurations, the structure of gripping protrusion (125, 225) comprises an upper gripping projection and a lower gripping projection which are provided corresponding to the inner walls of the gripping ring
Superior the upper cover (122, 222) and the lower cover ring (123, 223), when the body of the central geometry axis (11, 21) is fitted into the hole in the upper cover ring ring (122, 222) and the corresponding lower cover ring (123, 223), the upper cover ring (122, 222) and the lower cover ring (123, 223) are engaged with the retaining structure provided in the corresponding central axis body (11, 21), thus achieving a secure connection with the body of the central geometric axis (11,21).
[9]
9. Combined toy top that can be freely assembled according to claim 8, characterized by the fact that a gripping edge (124, 224) is integrally formed in the inner wall of the through hole of the attack ring (121, 221) , a notch is correspondingly formed in a position of the upper cover ring (122, 222) and the lower cover ring (123, 223) which corresponds to the gripping edge (124, 224), and the upper cover ring (122 , 222) and the lower cover ring (123, 223), are securely positioned on the leading ring (121, 221) by engaging between its notch and the gripping edge (124, 224).
[10]
10. Combined toy top that can be freely assembled according to claim 7, characterized by the fact that the two central axis bodies above (11, 21) comprise coverings of the geometric axis and pressure rings (13, 23) rotatably arranged in geometrical shaft linings, the retaining structure comprises a gripping groove (112, 212) formed axially in the outer wall of the geometrical liner for the gripping projection locking structure (125, 225) to slide in, and a gripping pin (131, 231) formed integrally over the gripping ring (13, 23) and extending outside the cover of the geometry axis, a guide groove (113, 223) is correspondingly formed on the outer wall of each of the coverings of geometric axes for the gripping pin (131,
5/7
231) to extend outward and rotate horizontally, when the gripping protrusion locking structure (125, 225) of the screw ring blades in the groove and gripping (112, 212), the pressure ring (13, 23) can be rotated in such a way that the gripping pin (131, 231) rotates below or above the gripping projection locking structure (125, 225), causing the gripping projection locking structure (125, 225 ) lock securely between the gripping pin and an edge of the gripping groove end (112, 212) in order to make the secure connection between the top ring (12, 22) and the body of the central geometry axis (11 , 21).
[11]
11. Freely assembled combined toy top according to claim 10, characterized in that the upper top geometrical shaft lining (1) comprises an upper part and a lower geometrical lining (111, 110) in a snap-on hitch, the gripping member (14) comprises a connecting seat rotatably arranged on the bottom of the lower geometry shaft cover (110) and a snapping pole arranged below the connecting seat and with gripping projections on both external walls, the gripping ring (13) and the locking transmission mechanism are arranged within the liner of the upper geometric axis (111) above the gripping member (14), when the locking transmission mechanism moves upwards, it can be gripped in the liner of the upper geometrical axis (111), and when it moves down to release the fit with the liner of the upper geometrical axis (111), which it can engage with the gripping member (14) on the liner of the lower geometric axis (110).
[12]
12. Combined toy top that can be freely assembled according to claim 11, characterized in that the locking transmission mechanism comprises a ring (16) arranged
6/7 above the gripping member (14) and a locking ring (17) arranged vertically above the ring (16), the gripping ring (13) is disposed between the liner of the upper geometric axis (111 ) and the locking ring (17), the upper part of the locking ring (17) can be gripped with the liner of the upper geometry (111), and when it is being pressed down to move downwards, it can release the grasp with the liner of the upper geometric axis (111) and engage with the gripping member (14), when the downward pressure force disappears, the locking ring (17) automatically moves upwards and is reset under the action of the ring (16), and, in addition, a retaining structure (171) is correspondingly provided within the locking ring (17) for engaging and locking grips with the projections (151), formed on both sides of the bottom of the top cover (15), when the top cover (15) engages With the retaining structure (171) for locking with its bottom inserted inside the locking ring (17), the end of the lower cover of the top cover (15) is arranged on the upper end of the locking ring (17).
[13]
13. Combined toy top that can be freely assembled according to claim 12, characterized in that a projection and a gripping groove (172) capable of engaging and gripping are correspondingly formed on the inner wall of the liner of the geometry axis upper (111) and the upper outer wall of the locking ring (17), and upper and lower interlocking structures of the raised tooth (173, 141) are provided in the lower part of the retaining structure (171) and the upper end of the grip (14), respectively.
[14]
14. Combined toy top that can be freely assembled according to claim 10, characterized by the fact that
[15]
15. Combined toy top that can be freely assembled according to claim 14, characterized by the fact that the
7/7 lower top geometrical shaft liner (2) comprises upper and lower geometrical shaft linings (211, 210) in a hitch, where the upper part of the lower geometrical shaft liner (210) is inserted into the liner of the upper geometrical axis (211) to form an engaging and engaging cavity of the gripping member (14) of the upper geometrical central axis body (1), the gripping position (26) is arranged on the inner wall of the cavity , and the gripping pin (231) is rotatably arranged between the upper and lower axle linings (211,210).
[16]
16. Combined toy top that can be freely assembled according to claim 4, characterized by the fact that the upper top gripping member (14) (1) is provided with a top tip at the bottom thereof.
[17]
17. Freely assembled combined toy top according to claim 4, characterized in that at least one of the top rings (12, 22) has different structural shapes or center of gravity configurations for the upper face and the underside of it.
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同族专利:
公开号 | 公开日
JP2016530055A|2016-09-29|
EP3012003B1|2018-06-13|
KR101770277B1|2017-08-22|
EP3012003A4|2017-02-08|
SG11201508380RA|2016-03-30|
US20160228778A1|2016-08-11|
CN104174168A|2014-12-03|
MY177488A|2020-09-16|
JP6134451B2|2017-05-24|
CA2906252C|2017-09-12|
EP3012003A1|2016-04-27|
AU2015230818A1|2016-03-03|
KR20160037833A|2016-04-06|
AU2015230818B2|2016-12-01|
WO2016026318A1|2016-02-25|
CN104174168B|2016-09-21|
MX2015013669A|2017-01-06|
ES2683747T3|2018-09-27|
US10029185B2|2018-07-24|
CA2906252A1|2016-02-16|
RU2647793C1|2018-03-19|
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法律状态:
2018-10-30| B06F| Objections, documents and/or translations needed after an examination request according [chapter 6.6 patent gazette]|
2020-03-10| B06U| Preliminary requirement: requests with searches performed by other patent offices: procedure suspended [chapter 6.21 patent gazette]|
2021-10-13| B350| Update of information on the portal [chapter 15.35 patent gazette]|
2022-03-03| B09A| Decision: intention to grant [chapter 9.1 patent gazette]|
优先权:
申请号 | 申请日 | 专利标题
CN201410402519.2A|CN104174168B|2014-08-16|2014-08-16|A kind of combined toy gyroscope that can freely assemble|
PCT/CN2015/076506|WO2016026318A1|2014-08-16|2015-04-14|Combined toy gyroscope capable of being freely assembled|
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