TH173110A - A combined toy gyroscope that can be assembled independently. - Google Patents

Claims (7)

Disclaimer (all) which will not appear on the advertisement page. : ------ 12/03/2018 ------ (OCR) Page 1 of 4 pages Disclaimer 1. Combined toy gyroscope that can be independently assembled that consists of a top ( 1) and the bottom top (2) that are assembled together Whose characteristics are gyroscopes and Top bottom (1,2) are composed of the center axis. (11,21) and including gyroscopes Top and bottom (12,22) center cover (11,21) where the gyroscopes above and The bottom is assembled with a top ring and a bottom ring for reliable connection to the loop. An attack ring centered through a hole. The direction in which the top ring of the top is at least one child of the top. The top and bottom gyros (1, 2) are installed on the center axis, can be flipped between The upper face and the lower surface, and therefore the combined toy gyroscope with assembly methods. Several methods with different center of gravity designs may be obtained by rotating the direction of the top ring (12,22) on the center axis (11,21). 2. Combined gyroscopes that can be assembled independently according to the Holds the first right that is unique Is the direction in which the top and bottom gyroscope rings (12, 22) and bottom gyroscopes (1, 2) are mounted on the The centripetal body (11,21) can be flipped between the top face and the bottom face, and therefore Combined gyroscopes with four assembly methods may be obtained by rotating the direction of the gyroscopes (12, 22) on each center axis (11, 21). 3. Combined gyroscopes that can be assembled independently according to the clause. Holds 1 or 2 rights that are unique, ie top top and bottom top (1, 2) are reliably connected by use. The spinning structure is arranged on the two gyroscopic rings (12, 22) in an alternative way. The top and bottom gyros (1, 2) are reliably connected using a plug-in structure. Connected or spinning structure arranged on the center axis (11, 21) 4. Combined topcoat that can be independently assembled according to claim 3 characteristic. It is a rotating structure consisting of grit parts (14) that are positioned as rotatable at the bottom. Of the center axis (11) of the top gyro ring (1) the cavity is formed coherently on the The upper part of the center (21) of the lower gyroscope (2) so that the grit (14) is inserted and the grit (26) is arranged within the cavity for the rotation to connect to the grit ( 14) and the reliable connection of the two centers. (11,21) can be produced by inserting the grit (14) in the lower part of the center axis (11) of the top gyroscope into the cavity of the lower gyroscope (2) and turning the grit ( 14) Thereafter, and the bottom gyro cavity (2) may also be connected to the bottom of the removable gyroscope on page 2 of the number 4. 5. Was assembled independently of the unique claim 4 Is that the clutch transmission mechanism is arranged in the center axis (11) of the top gyroscope to drive the grit (14) to turn and can be connected to the bottom of the gyroscope (15) on the center axis. (11) The upper part of the clutch transmission mechanism may be attached to the top of the hub body (11) and move downward when pressed by the gyroscope (15), causing the coupling to be released to the center axis. (11) and munching with grit (14) At this time, the top cover (15) rotates the transmission mechanism by the clutch. To drive the grinded part (14) to turn, and when the downward pressure with the top cover (15) disappears, the transmission mechanism with the clutch automatically moves upward and is reset. 6. That can be independently assembled according to any of the rights 1, 2, 3, 4 or 5, the characteristic obligation is the log structure, the protruding part to fix, is arranged on the gyroscope ring. (12,22) to connect to the center axis. (11,21) and gyroscopes (12,22) is connected like Dependable on the center axis (11,21) thanks to the protruding locking structure. In debt options The fixed structure is arranged on the center axle (11,21) for a simple rotating connection. It is reliable with a corresponding gyroscope (12, 22). 7. Combined gyroscopes that can be independently assembled according to the unique claim 5. It is a screw ring that is connected to the through hole of the attack ring (121, 221) so that it is connected properly. Reliable between the attack ring (121,221) and the central axis (11,21), the protruding locking structure (125, 225) is arranged on the screw ring. And the gyro ring (12, 22) is reliably connected to the hub body (11,21). Protrusion (125, 225) onto the screw ring corresponding to the fixed structure placed on the body. Central axis (11,21) 8. Combined gyroscopes that can be independently assembled according to the unique claim 7. The top bezel rings (122, 222) and the bottom bezel rings (123, 223) have a morphological shape or shape. Of different center of gravity Log structure, protruding parts to grit (125, 225) include The top grit protrusion and the bottom grit protrusion that are aligned accordingly. On the inner wall of the top bezel ring (122, 222) and the bottom bezel ring (123, 223), the top bezel ring (122, 222) and the bottom bezel ring (123, 223) are connected to the fixed structure. Arranged On the corresponding central axis (11, 21), it is reliably connected to the central axis (11,21). 9. Combined gyroscopes that can be assembled independently according to the unique claim 8. Is that the grit (124, 224) is formed on the inner wall of the bore of the attack ring (121, 221) .The notch 3 of the number 4 is aligned at the position of the top bezel ring ( 122, 222) and the bottom bezel ring (123, 223) corresponding to the grind edge (124, 224) and the top bezel ring (122, 222) and the bottom bezel ring (123, 223) are positioned. It can be reliably assembled on the attack ring (121, 221) with the use of a connection between the notch of it and the grit (124, 224) 1 0. Combined gyroscopes that can be assembled independently of the claim that 7 with unique characteristics The axial body (11, 21) consists of the axial shell and the grit ring (13, 23) that are positioned rotatable on the core. The fixed structure consists of a groove (112,212) that is axially molded on the outer wall of the shell core to allow the structure to lock the protrusions. To grind in, and the molded pins (131,231) merged on the grit ring (13, 23) and protruding from the core shell, the furrows (113, 223) were formed aligned on the outer wall of the sheath. each Shell so that the grit pin (131, 231) protrudes and rotates horizontally. When the structure locks, the protrusion (125,225) of the screw ring slides into the groove. (112,212) The grind ring (13,23) may be rotated so that the grind pin (131, 231) rotates under or over the protruding locking structure (125, 225), causing the protruding lock structure. To figure out (125, 225) that is reliably locked between Pin to the end edge of the groove (112, 212) in order to provide a reliable connection. It is possible between the gyroscopes (12, 22) and the central axis (11, 21). 1. Combined gyroscopes that can be assembled independently of the claim that 10 with unique characteristics The upper axis shell (1) consists of the upper and lower core shell (111, 110) that are connected fit together. Rotatable on the lower part of the shell, the bottom rod (110), and the mounting posts are placed under the connecting seat and have The protrusions to grind on the outer wall, both the grit ring (13) and the clutch transmission mechanism are arranged. Placed inside the top core shell (111) above the grit piece (14) When the clutch transmission mechanism moves upward, the mechanism is knocked against the upper axis of the shell. (111) and when moving downwards to release Grinding with the top shell (111) The mechanism is fixed on the upper axis of the shell. Mechanisms will be able to figure out It is swallowed with the grit (14) on the bottom core shell (110) 1 2. Combined gyroscopes that can be independently assembled according to claim 11 that is unique. Is a transmission mechanism with a clutch The grapple ring (16) is positioned over the grit part (14) and the clutch ring (17) arranged over the ring (16) in a trajectory capable of moving along the entire grind ring ( 13) is placed between the upper core shell. (111) with clutch ring (17) The upper part of the clutch ring (17) may be rubbed against the upper axis shell (111) and when pressed down to move downward. The upper part will be able to release the bite with the upper core shell. (111) and grinds with 4 grind parts of the four faces (14). When the downward pressure disappears, the clutch ring (17) automatically moves upward and is set. The new values under the action of the ring (16) and also the fixed structure (171) were arranged nicely. Aligned inside the clutch ring (17) for connection and b block to the protrusion (151) formed on both sides of the lower part of the gyroscopic cover (15) when the gyroscopic cover (15) is connected to A fixed bracket (171) to lock onto the lower part of it being inserted into the clutch ring (17) .The bottom edge of the gyroscope cap (15) is positioned on the top end of the clutch ring (17). ) 1 3. Combined gyroscopes that can be independently assembled according to the unique claim 12 The protrusions and grooves (172) that can be connected and grinded are formed in accordance with the The inner wall of the top core shell (111) and the upper outer wall of the clutch ring (17), the upper and lower mashable tooth structures (173, 141) are arranged on The lower part of the fixed structure (171) and the upper end of the grit (14), respectively 1. 4. Combined gyroscopes that can be assembled independently according to claim 10 characteristic. The lower gyroscopes (2) consist of the upper and lower core shells (211,210) that fit together. The upper part of the lower core shell (210) is inserted into the upper core shell (211) to form a cavity for connecting and securing the grit parts. (14) of the center axis of The grit position (26) is placed on the inner wall of the cavity and the grit (231) is positioned so that it can be rotated between the top and bottom sheaths (211,210). It can be assembled independently of the unique claim 14. Is the lower part of the sheath, the lower axis (210) of the lower gyroscope is connected to the elastic top (24), and the upper and lower limiting shoulders (212, 213) are formed consistent on the inner wall of the shell. Bottom rod (210) to connect to the flexible top (24), and on the option d Parts raised and The lower limiting shoulders are arranged within the lower core shell (210) to connect to the flexible top (24) 1 6. Combined gyroscopes that can be independently assembled according to the characteristic claim 4. Is the grit (14) part of the upper gyroscopes (1) arranged with the gyroscopes on the lower part of it 1. 7. Combined gyroscopes that can be independently assembled according to claim 4 characteristic. Is the top ring (12, 22), at least the proboscis has the structural or morphological shape of The center of gravity for the upper face and the lower surface of such things are different. ------------ EDIT 16/12/15 1. Combined toy gyroscope that can be assembled independently. With the top (1) and the bottom (2) combined. Whose characteristics are gyroscopes and The lower gyroscopes (1, 2) are made up of the center (11, 21) and the gyroscope (12, 22) that cover the center (11, 21) in the direction where at least one gyroscope ring. of The top and bottom gyros (1, 2) are installed on the center axis, can be flipped between The upper face and the lower face, and therefore may be given a combined toy gyroscope with methods. It is assembled in a variety of ways by rotating the direction of the gyroscope (12, 22) on the center axis (11, 21). 2. Combined gyroscopes that can be assembled independently according to the unique claim 1. Is the direction in which the top and bottom gyroscopes (12, 22) and bottom gyroscopes (1, 2) are installed. The center axis (11, 21) can be flipped between the top face and the bottom face, and therefore a combined toy gyroscope with four assembly methods can be obtained by turning the gyroscope ring (12, 22) on the body. Each central axis (11, 21) 3. Combined gyroscopes that can be independently assembled according to claim 1 or 2, characterized by the upper and lower gyroscopes (1, 2) are connected to each other. Reliable by use The spinning structure is arranged on the two gyroscopic rings (12, 22). The top and bottom gyros (1, 2) are reliably connected using a plug-in structure. Connected or a rotating structure arranged on a central axis (11, 21) 4. Combined gyroscopes that can be independently assembled according to claim 3 characteristic. It is a rotating structure consisting of grit parts (14) that are positioned as rotatable at the bottom. Of the center axis (11) of the top gyro ring (1). The upper part of the center axis (21) of the lower gyroscope (2) so that the grit (14) is inserted, and the grit (26) is arranged within the cavity for turning, connecting the grit (14). ) And the reliable connection of the two center axes (11, 21) can be achieved by inserting the grit (14) at the bottom of the center axis (11) of the top gyroscope. The lower gyroscope cavity (2) and the turning part (14) thereafter, and the lower gyroscope cavity (2) may also be connected to the bottom of the removable gyroscope on the 5. Combined tops that can be assembled independently according to claim 4 that are unique. Is that the clutch transmission mechanism is arranged in the center shaft (11) of the top gyroscope to drive the grit (14) to turn and can be connected to the bottom of the gyroscope (15) on the center axis (11). ) The upper part of the clutch transmission mechanism may be attached to the top of the hub (11) and move downward when pressed down by the gyroscope (15), causing the tension to be released against the hub (11). ) And mingling with the grit (14) while the top (15) rotates the transmission mechanism by the clutch. To drive the grit (14) to turn, and when the downward pressure with the top cover (15) disappears, the transmission mechanism with the clutch will automatically move upward and reset. 6. Combined gyroscopes that can be Independently assembled according to claim 1, 2, 3, 4 or 5, characterized by the locking structure, the protruding part is arranged in deflection of the gyroscopic ring (12, 22) to connect it to the center axis. (11, 21) and gyroscopes (12, 22) are reliably connected to The center axis (11, 21) with a protruding log structure to In one option, the fixed structure is arranged on the center axis (11, 21) for a reliable rotary connection with the loop. Corresponding top ring (12, 22) 7. Combined top ring that can be independently assembled in accordance with the characteristic claim 5. It is a gyroscopic ring (12, 22), but is composed of a ring-shaped attack ring (121, 122) with a hole-through center. And the screw ring is connected to the through hole of the attack ring (121, 122) in order to obtain a reliable connection between the attack ring (121, 122) and the central axis (11, 21). The protrusions to grit (125, 225) are arranged on a screw ring. And the gyro ring (12, 22) is reliably connected to the hub (11, 21). Lock structure protrusions to grind (125, 225) on the screw ring corresponding to the fixed structure. Is placed on the center axis (11, 21) 8. Combined gyroscopes that can be independently assembled according to the characteristic claim 7. The top and bottom gyroscopes are composed of a top bezel ring (122, 222) and a bottom bezel ring (123, 223) for connection to the through hole of the attack ring (121, 221) and the top bezel ring. (122, 222) and the bottom bezel ring (123, 223) have a different shape or morphology of the center of gravity. The protruding log structure (125, 225) consists of protrusions to Grit the top and bottom grit protrusions arranged in a consistent manner on the inner wall of the top bezel ring (122, 222) and the bottom bezel ring (123, 223). 122, 222) and the bottom bezel ring (123, 223) are connected to a fixed structure arranged on the corresponding central axis (11, 21), providing a reliable connection with the hub body. (11, 21) 9. Combined gyroscopes that can be independently assembled according to claim 8, characterized by that the edges (124, 224) are formed on the inner wall of the perforation of the attack ring ( 121, 221) The notch is aligned at the location of the top cover ring (122, 222), and the bottom cover ring (123, 223) corresponding to the groove (124, 224) and the bezel ring. The upper (122, 222) and inner bezel ring (123, 223) are reliably positioned on the attack ring (121, 221) by operating the connection between the notch of it and the grit edge. (124, 224) 1 0. Combined tops that can be independently assembled in accordance with the unique claim 7. The above two concentric bodies (11, 21) consist of an axial shell and an ingot ring (13, 23) that are positioned rotatable on the core. The fixed structure consists of an axially molded groove (112, 212) on the outer wall of the sheath to allow the structure to lock the protrusions. And the molded pins (131, 231) merged on the ring (13, 23) and protruded from the vial shell (113, 223) were formed aligned on the outer wall of Each core shell The shell so that the grit (131, 231) protrudes and rotates horizontally. When the locking structure, the protrusion (125, 225) of the screw ring slides into the groove (112, 212), the groove ring (13, 23) may be pined so that the groove pin (131, 231) rotates. Go under or over the protruding log structure (125, 225), causing the protruding to grind (125, 225) locking structure reliably between A pin is attached to one end edge of the groove (112, 212) in order to provide a reliable connection. It is possible between the top ring (12, 22) and the central axis (11, 21). 1. Combined gyroscopes that can be independently assembled according to claim 10 that is unique. The upper axis shell (1) consists of the upper and lower core shell (111, 110) that are connected fit together. Rotatable on the lower part of the shell, the bottom rod (110), and the mounting posts are placed under the connecting seat and have The protrusions to grind on the outer wall, both the grit ring (13) and the clutch transmission mechanism are arranged. It is placed inside the upper axis shell (111) above the grit part (14). When the clutch transmission mechanism moves upward, the mechanism is gritted against the upper axis shell (111) and when moving downward to release. The upper axis shell (111) The mechanism is mapped to the upper axis shell. Mechanisms will be able to figure out It is swallowed with the grit (14) on the bottom core shell (110) 1 2. Combined gyroscopes that can be independently assembled according to claim 11 that is unique. Is a clutch transmission mechanism consisting of a ring (16) placed over a grit (14) and a clutch ring (17) arranged over a ring (16) in a vertical movable trajectory. The clutch ring (13) is positioned between the top shell (111) and the clutch ring (17). The upper part of the clutch ring (17) may be grinded to the top shell (111) and when pressed down to To move downwards The upper part is able to release the biting against the upper axle shell (111) and mingle with the grind part (14). When the downward pressure disappears, the clutch ring (17) automatically moves upward and is set. The new values under the action of the ring (16) and also the fixed structure (171) were arranged nicely. Aligned inside the clutch ring (17) for connection and b block to the protrusion (151) formed on both sides of the lower part of the gyroscopic cover (15) when the gyroscopic cover (15) is connected to A fixed bracket (171) to lock onto the lower part of it being inserted into the clutch ring (17) .The bottom edge of the gyroscope cap (15) is positioned on the top end of the clutch ring (17). ) 1 3. Combined gyroscopes that can be independently assembled according to the unique claim 12 The protrusions and grooves (172) that can be connected and grinded are formed in accordance with the The inner wall of the upper core shell (111) and the upper outer wall of the clutch ring (17), the top and bottom mashable tooth structures (173, 141) are arranged on top. The lower part of the fixed structure (171) and the upper end of the grit (14), respectively 1. 4. Combined gyroscopes that can be assembled independently according to claim 10 characteristic. The lower gyroscopes (2) are composed of the upper and lower axial shells (211, 210) that fit together. The upper part of the lower core shell (210) is inserted into the upper core shell (211) to form a cavity for connecting and securing the grit (14) of the core of the core. The grit position (26) is placed on the inner wall of the cavity and the grit (231) is positioned so that it can be rotated between the top and bottom sheath (211, 210). A total that can be independently assembled according to claim 14 that is unique. Is the lower part of the sheath, the lower axis (210) of the lower gyroscope is connected to the elastic top (24), and the upper and lower limiting shoulders (212, 213) are formed consistent on the inner wall of the shell. Bottom rod (210) to connect to the flexible top (24), and in an alternative Parts raised and The lower limiting shoulders are arranged within the lower core shell (210) to connect to the flexible top (24) 1 6. Combined gyroscopes that can be independently assembled according to the characteristic claim 4. Is the grit (14) part of the upper gyroscopes (1) arranged with the gyroscopes on the lower part of it 1. 7. Combined gyroscopes that can be independently assembled according to claim 4 characteristic. Is that at least one gyroscopic ring (12, 22) has the structural or morphological shape of The center of gravity for the upper and lower faces of such things are different. -------------------------------------------------- -------- 1. Combination gyroscope that can be assembled independently of the top (1) and the bottom (2) that are assembled together. Whose characteristics are gyroscopes and The lower gyroscopes (1, 2) are made up of the center (11, 21) and the gyroscope (12, 22) that cover the center (11, 21) in the direction where at least one gyroscope ring. The top and bottom gyroscopes (1, 2) are mounted on the center axis can be flipped. Between the top surface and the bottom surface, and therefore a combined toy gyroscope with Various assembly methods by rotating the direction of the top ring (12, 22) on the center axis (11, 21) 2. Combined gyroscopes that can be assembled independently according to claim 1 unique. Is the direction in which the top gyroscope (12, 22) and bottom gyroscope (1, 2) are installed. On the center axis (11, 21), it can be flipped between the top face and the bottom face, and therefore a combined toy gyroscope with four assembly methods can be obtained with the direction of the gyroscope ring (12, 22). On each central axis (11, 21) 3. Combined gyroscopes that can be independently assembled according to claim 1 or 2, characterized by the top and bottom (1, 2) are connected. Can be used reliably together The spinning structure is arranged on the two gyroscopic rings (12, 22). The top and bottom gates (1, 2) are reliably interconnected using a structure. A connector or a rotating structure arranged on a central axis (11, 21) 4. Combined gyroscopes that can be independently assembled according to claim 3 characteristic. Is a rotating structure consisting of grit (14) parts that are placed in a rotating position that The bottom of the center (11) of the top ring (1). It is aligned on the upper part of the center axis (21) of the lower lateral ball (2) so that the ingot (14) is inserted and the grit position (26) is arranged within the cavity for rotation to connect the part. The grit (14) and the reliable connection of the two center axes (11,21) can be This is achieved by inserting the grit (14) in the lower part of the center axis (11) of the top gyroscope. It goes into the hollow of the bottom gyroscope (2) and spins up the grit (14) thereafter, and the bottom gyroscope (2) may also be connected to the bottom of the removable gyroscope. On top of that, 5. Combined gyroscopes that can be independently assembled in accordance with the unique claim 4. Is that the clutch transmission mechanism is arranged in the center axis (11) of the gyroscope to Drive the grit (14) to turn and can be connected to the bottom of the gyratory cover (15) on the hub (11) .The upper part of the transmission mechanism with the clutch may be attached to the top of the hub (11). ) And moves downward when it is pressed down by the top cap (15), causing the tack release. At the moment, the gyroscope (15) rotates the transmission mechanism by the clutch to drive the grit (14) to rotate, and when pressed downwards. With the top cap (15) disappearing, the clutch transmission mechanism will automatically move upward and reset. 6. Combined gyroscopes that can be independently assembled according to Claim 1,2,3,4 or 5. Characterized by the locking structure, the protruding part is arranged on the gyroscope ring (12, 22) to connect to the center axis (11, 21), and the gyroscope ring (12, 22) is connected as Reliable With the center axis (11, 21) with the protruding locking structure to fix In one choice The fixed structure is arranged on the center axle (11, 21) for a simple rotating connection. It is reliable with a corresponding gyroscope (12, 22). 7. Combined gyroscopes that can be independently assembled according to the unique claim 5. These are gyroscopes (12, 22), each consisting of a ring-shaped attack ring (121, 122) with a through hole center. And the screw ring is connected to the through hole of the attack ring (121, 122) in order to obtain a reliable connection between the attack ring (121, 122) and the central axis (11, 21). The protrusions to grit (125, 225) are arranged on a screw ring, and the gyratory ring (12, 22) is reliably connected to the center axis (11, 21). Connected between locking structures, protrusions to grind (125, 225) on the corresponding screw ring. With a fixed structure that is placed on the center axis (11, 21) 8. Combined gyroscopes that can be independently assembled according to claim 7 with a unique The top and bottom gyroscopes are composed of a top bezel ring (122, 222) and a bezel ring (123, 223) for connection to the through hole of the attack ring (121, 221) and bezel ring. The top (122, 222) and the bottom bezel ring (123, 223) have the shape or morphology of Different center of gravity The protruding part to grit (125, 225) consists of the The protrusion to grind the top and the protrusion to grind the bottom that is arranged in a consistent manner on the The inner wall of the top bezel ring (122, 222) and the bottom bezel ring (123, 233); The top bezel ring (122,222) and the bottom bezel ring (123, 223) are connected to the fixed fixed structure being arranged. They are placed on the corresponding central axis (11, 21), enabling them to be reliably connected to the central axis (11, 21). 9. Combined gyroscopes that can be assembled independently according to claim 8 with the characteristics Specifically, the grit (124, 224) is molded onto the inner wall of the perforation of the attack ring (121, 221). The notch is aligned at the location of the top bezel ring (122, 222), and The bottom bezel ring (123, 223) that corresponds to the bezel (124, 224) and the top bezel ring (122, 222) and the bottom bezel ring (123, 223) are reliably positioned on the ring. Attack (121,221) with the use of the connection between the aforementioned notch and the grit (124, 224) 1 0. Combined gyroscopes that can be independently assembled according to the unique claim 7. The two above concentric bodies (11,21), composed of a core shell and a grit ring (13,23), are positioned as rotatable on the core. The fixed structure consists of a groove (112, 212) formed along the axis on the outer wall of the sheath to allow the structure to lock the overhang. The grit (131, 231) that is molded merges onto the grit ring (13, 23) and protrudes from the shell. The guides (113, 223) are formed aligned on the wall. Outside of Each core shell so that the grit pin (131, 231) protrudes and rotates horizontally when the locking structure, the protruding portion (125, 225) of the screw ring slides into the groove (112, 212). The grit ring (13, 23) may be rotated so that the grit pin (131, 231) rotates south or north. The locking protrusion structure (125, 225) enables the locking protrusion structure (125, 225) to be reliably locked between the grit pin and one end edge of the groove (112, 212) in order to provide a reliable connection between the gyro ring (12, 22) and the hub (11, 21) 1. 1. Combined gyroscopes that can be independently assembled according to claim 10, with the characteristic being that the upper and lower (111, 110) core shells are connected together. Fit type, grit piece (14), including the connecting seat arranged. It is rotatable on the lower part of the shell, the bottom rod (110) and the mounting pole. The seat is connected and has grit protrusions on the outer wall. The two grit rings (13) and the clutch transmission mechanism are placed within the upper axle shell (111) above the grit part (14). Transmission with the clutch moving upward. The mechanism is engaged with the upper axis shell (111) and when moving downward to release the action against the upper axis shell (111), the mechanism is engaged with the upper axis shell (111). (14) on the lower core shell (110) 1 2. The combined gyroscope, which can be independently assembled according to claim 11, is characterized by a clutch transmission mechanism consisting of a ring (16) placed over the grit (14) and clutch ring ( 17) arranged above the ring (16) in a trajectory that can Vertically, the grit ring (13) is positioned between the upper axis shell (111) and the clutch ring (17), the upper part of the clutch ring (17) may be grinded to the top shell (111), and When pressed to move downwards The upper part is capable of releasing an action against the upper axis shell (111) and munching on the grind part (14). When the downward pressure disappears, the clutch ring (17) automatically moves upward and is set. The new values under the action of the ring (16) and additionally the fixed mounting structure (171) were aligned in a consistent manner within the clutch ring (17) for connection and b block with the protrusion (151). Molded on both sides of the bottom part of the gyroscope (15), when the gyroscope (15) is connected to the fixed structure (171) to lock the bottom of the thing. As it is inserted into the clutch ring (17), the bottom edge of the gyroscope cap (15) is placed. On the end of the clutch ring (17) 1 3. Combined gyroscopes, which can be assembled independently according to claim 12, are characterized by protrusions and grooves (172) that can be connected and grinded together. Aligned on the inner wall of the upper core shell (111) and the upper outer wall of the clutch ring (17), the upper and lower erectable tooth structures (173, 141) are arranged on The lower part of the fixed structure (171) and the upper end of the grit element (14), respectively 1. 4. Combined gyroscopes that can be independently assembled according to claim 10, characterized by the lower (2) axis of the lower gyroscope (2) composed of the upper and lower (211, 210) core shells that are interconnected Fit model Where the upper part of the lower axis shell (210) is inserted into the upper axis shell (211) to form a cavity for connecting and securing the grit (14) of the upper axis shell, the grit position (26). ) Is placed on the inner wall of the cavity and the grit pin (231) is positioned so that it can be rotated between the top and bottom core shell (211, 210). 5. The combined gyroscope, which can be independently assembled according to claim 14, is characterized by that the lower part of the lower axis shell (210) of the bottom gyroscope is connected to the tip. The elastic top (24) and the upper and lower limiting shoulders (214, 213) are aligned on The inner wall of the bottom core shell (210) to connect to the elastic top end (24), and in an alternative The raised parts and the lower limiting shoulder are arranged within the lower core shell (210) to connect to the elastic top (24) 1. 6. Combined gyroscopes that can be independently assembled in accordance with the unique claim 4. Is the grit (14) of the top gyroscopes (1) arranged with the gyroscopes on the bottom of it 1. 7. Combined gyroscopes that can be independently assembled according to the unique claim 4. Is that at least one gyroscopic ring (12, 22) has the structural or morphological shape of The center of gravity for the upper and lower faces of such things are different.