CN201710879U

CN201710879U - Clump weight lifting and fastening device for sporting apparatus

Info

Publication number: CN201710879U
Application number: CN2010201792768U
Authority: CN
Inventors: 蔡清发
Original assignee: XIANGXING INDUSTRY Co Ltd
Current assignee: XIANGXING INDUSTRY Co Ltd
Priority date: 2010-04-27
Filing date: 2010-04-27
Publication date: 2011-01-19
Anticipated expiration: 2020-04-27

Abstract

The utility model relates to a clump weight lifting and fastening device for a sporting apparatus. A sheathing groove is concavely arranged on the bottom surface of a sleeve body, a plurality of guiding rings are arranged at the periphery of the sleeve body up and down at intervals corresponding to the sheathing groove, the guiding rings rotate to drive clamp plates at the upper position and the lower position to protrude into the sleeve body in sequence, a rotatable rod is arranged on the top of the sleeve body, two ends of the rotatable rod are combined with driving plates that cover two sides of the sleeve body, and the driving plates are combined with all the guiding rings. Therefore, when the sheathing groove is covered on a plurality of overlapped clump weights, the number of upper protruded clamp plates and lower protruded clamp plates can be selected by rotating the rotatable rod so as to freely change the weight of lifted and fastened clump weights by simple rotation, thus being convenient for users to use the clump weight lifting and fastening device on various sporting apparatus used in match with clump weights.

Description

The balancing weight of sports equipment is carried buckle device

Technical field

The utility model relates to the device that a kind of sports equipment is carried the button balancing weight, and the balancing weight that particularly relates to a kind of sports equipment is carried buckle device.

Background technology

Existing sports equipment such as kettle-bell, be to form a handle at the top of body, grip whipping and have the effect of body-building for the user with handle, for reaching the effect that to adjust load, the kettle-bell that has can be selected balancing weight in conjunction with varying number with the structure of trip, makes whole weight arbitrarily to adjust.

Perhaps draw turbine, military press as height, be to select balancing weight in conjunction with varying number with the structure of latch, thus, when promoting apparatus with the cable traction balancing weight, can increase the weight of or alleviate the weight of load, can cooperate the plan of weight training to reach better sport and body-building effect.

Though the aforementioned movement equipment utilizes trip or latch can freely increase or reduce the weight of carry in conjunction with the structure of varying number balancing weight, but because the latch structure is easier to become flexible, and need plug combination during operation, therefore make and construct comparatively built on the sand and operate comparatively trouble, the necessity that is improved is arranged.

The utility model content

Because therefore the many quantity of selecting to add balancing weight with the structure of latch or trip of existing sports equipment have the problem that structure is loosening easily and binding operation comparatively bothers in the use.For this reason, the utility model is provided with the buckle board that can be provided with towards projecting inward and upper and lower interval in regular turn around the sleeve body, reaches thus to put forward the convenient and effect fast of button balancing weight.

For achieving the above object, the utility model provides a kind of balancing weight of sports equipment to carry buckle device, and it comprises:

One sleeve body, be arranged with a fit slot for cylinder and in the bottom surface, more than the outer peripheral face of this sleeve body, down equally spaced form is arranged with the annular groove of a plurality of annulars, the top side of corresponding each annular groove, two opposite sides in this shaft outer peripheral face respectively runs through the sliding ditch of a buckle board in this fit slot, the sliding ditch of each buckle board communicates with each annular groove with the bottom;

One segmentation clip structure, be embedded a guide ring in each annular groove with rotating form, adjacent two parts of corresponding each guide ring quartering circumference, respectively interior half side and outside a half side inner orbit and the outer rail of respectively forming, each inner orbit and each outer rail are respectively the groove of circular arc, again the interior half side of this guide ring remainder with outside half sidely respectively form a rail and an outside track in one, rail and each outside track are respectively the flute of circular arc in each, between each inner orbit and each outside track, be connected to form an oblique orbit, be connected to form an oblique rail again at each outer rail and in each between the rail;

The guide ring of top side is arranged at the position of the sliding ditch of two corresponding buckle boards near an end of each oblique orbit and each oblique rail with each outside track and each outer rail, following each guide ring in top side then with direction in the same way the rotation direction in regular turn anglec of rotation setting of each outside track towards each inner orbit, be embedded a buckle board in the sliding ditch of each buckle board with form slidably, each buckle board is stretched down in the outer end of bottom and is established a guide rod, and each of corresponding each guide ring is inserted in each outside track and each outer rail with each guide rod respectively buckle board; And

One interlock is rotary configured, be provided with a dwang, be horizontally disposed long slab body, and be incorporated into the centre at this sleeve body top with rotatable form by the centre, in conjunction with two driving chips, two driving chips are respectively for the plate body of arc and cover in the two opposite sides of this sleeve body at the two ends of this dwang, and corresponding each guide ring wears a screw respectively in two driving chips, corresponding each screw is provided with a screw, and each screw spiral shell wears each screw and screw lock is located in each guide ring.

Further, the plate body that each guide ring described in the utility model is the coiled circle and form a seam in a side, the position of corresponding each seam, two ends in each guide ring form a hook respectively, described each inner orbit and each outer rail are adjacent to the both sides of each seam mutually, two hooks of corresponding each guide ring are respectively equipped with a fastener, and it is arranged with a slot for block and in the bottom surface, locate by being nested in two hooks outward with each slot.

Further, corresponding described each oblique orbit of the utility model is near the position of described each inner orbit one end, and described each oblique rail is near the position of described each interior rail one end, the outer half side screw lock rib that respectively forms respectively at described each guide ring, the position of corresponding each the screw lock rib of each screw of described each driving chip, the inner screw lock of described each screw is in each screw lock rib.

Further, the sliding ditch of each buckle board described in the utility model is a T shape ditch, and described each buckle board is the plate body of T shape, a sheathed slip ring around the guide rod of each buckle board, and it is torus and slides respectively and be located at described each outside track and described each outer rail.

Further, sleeve body described in the utility model comprises that a shaft and takes over a business, wherein this shaft is a cylinder, described fit slot is columniform space and is arranged with by the bottom surface of this shaft, the sliding ditch of described a plurality of annular grooves and each buckle board be located at this shaft around, this takes over a business to be disc, it passes the end face that is incorporated into this shaft with bolt, and around end face, form a cambered surface, be arranged with a disc slots, vertically wear a screw hole down in the central authorities of this disc slots in these central authorities of taking over a business;

Described dwang forms a disk to position that should disc slots in the centre, bottom with this disk is located in this disc slots with rotatable form, run through a pivot hole down in the centre of this disk again, to being provided with a pivot bolt in the pivot hole, it passes this pivot hole and screw lock is located in this screw hole of taking over a business, extend to form a junction down at the two ends of this dwang and along this cambered surface of taking over a business, described each driving chip is incorporated into each connecting portion.

Further, the peripheral opposite both sides of the corresponding described disc slots of the utility model, respectively be arranged with a plurality of location shrinkage pool with equally spaced circular arc arrangement form respectively at the described end face of taking over a business to be positioned at described cambered surface scope, each locatees shrinkage pool and this center of taking over a business is equidistant form; Each location shrinkage pool of corresponding both sides forms two installing seats in the both sides of described dwang, and each vertically runs through a locating hole in two installing seats, forms a threaded portion in the top of each locating hole;

Put a positioning bead in the bottom of each locating hole, respectively locate shrinkage pool with the base abuts of each positioning bead in what cooperate, against being provided with a location spring, screw togather a closed spiro rod in each threaded portion in each positioning bead top again, be resisted against the top of each retainer spring with the bottom of each closed spiro rod.

Further, the utility model described take over a business the cambered surface first half of respectively locating the shrinkage pool both sides is set form two handlebar stem joint chairs; Stretch up in the centre of described disk to establish and form a hexagon prism, described pivot hole is that the form of counter sink and vertically run through down by the end face of hexagon prism forms, and is provided with one and is pressed into spring in this pivot hole, and the end face of this hexagon prism is stretched out on its top up; To being provided with a turn-button by hexagon prism, it is arranged with a hex slot in the bottom surface, be sheathed on hexagon prism with hex slot, and the end face of hex slot inside is resisted against this top that is pressed into spring, extend outwardly around in the middle of this turn-button and form a round plate, protrude out two buckle projections up in the two opposite sides of this round plate periphery;

The corresponding described top shell of taking over a business to be provided with, with this top clamshell in this outside of taking over a business, wear a circular hole in the centre of this top shell, around should circular hole, in the bottom surface of this top shell with around and equally spaced form be arranged with most draw-in grooves, make two buckle projections of turn-button be equipped in wherein two draw-in grooves location up, the position of corresponding two handlebar stem joint chairs, wear the perforation of two handles in this top shell, be provided with all shells around the corresponding described shaft, its apical margin engages with this top shell root edge on every side, and be incorporated into the periphery of this shaft bottom with the root edge buckle, be provided with a carrying handle, it is for inverted U-shaped shape and pass two handles perforation screw lock with two ends and be incorporated into two handlebar stem joint chairs.

When the utility model uses, the balancing weight of form fit fit slot size is arranged as the form that upper and lower one-tenth changes, each balancing weight except the quantity that the corresponding guide ring of quantity is provided with, around it between and the gap that provides each that buckle board is stretched into is provided.

When the utility model is selected to put forward the quantity of button balancing weight, to rotate dwang towards the homodromal mode of each outside track direction by each inner orbit, the driving chip that drives the sleeve body both sides thus rotates simultaneously, when the driving chip of both sides begins to rotate, one of them of top side two buckle boards can move to comparatively inboard inner orbit by outside track along oblique orbit with its guide rod, the guide rod of another buckle board then moves to comparatively inboard interior rail by outer rail along oblique rail, this makes the paired buckle board in top side can stretch into fit slot inwardly, can fasten the both sides of the top balancing weight thus.

Because the form setting of each guide ring that the top side is following from top to bottom to rotate to an angle in regular turn, therefore the angle when dwang is big more, just can from top to bottom drive many more buckle board is stretched into and carry the button balancing weight, therefore can freely select to put forward the quantity of button balancing weight by the mode of rotating this dwang, can extensively apply to kettle-bell, height draws needs such as turbine and military press to change to carry and buckles the body-building apparatus of joining the shape number of blocks, and, operation can carry out because only need rotating this dwang, add that structure need not latch, can not become flexible when therefore locating and can reach and put forward button balancing weight effect easily and fast.

Description of drawings

Fig. 1 is the stereogram of the utility model preferred embodiment.

Fig. 2 is the exploded view of the utility model preferred embodiment.

Fig. 3 is the exploded view of the utility model preferred embodiment segmentation clip structure.

Fig. 4 is the exploded view of the utility model preferred embodiment guide ring.

Fig. 5 is the rotary configured exploded view of the utility model preferred embodiment interlock.

Fig. 6 is the profile at the rotary configured top of the utility model preferred embodiment interlock.

Fig. 7 cooperates the enforcement schematic diagram of setting base for counter weight for the utility model preferred embodiment.

Fig. 8 depresses the enforcement schematic diagram of turn-button for the utility model preferred embodiment.

Fig. 9 rotates the enforcement schematic diagram of guide ring for the utility model preferred embodiment.

Figure 10 carries the profile of button balancing weight for the utility model preferred embodiment.

Figure 11 carries the amplification profile of button balancing weight for the utility model preferred embodiment.

The main element symbol description:

10 sleeve body, 11 shafts

111 fit slots, 112 annular grooves

The sliding ditch 12 of 113 buckle boards is taken over a business

121 cambered surfaces, 122 disc slots

123 screw holes, 124 location shrinkage pools

125 handlebar stem joint chairs, 20 segmentation clips structure

21 guide rings, 211 seams

212 hooks, 213 inner orbits

Rail in 214 outer rails 215

216 outside tracks, 217 oblique orbits

218 oblique rail 219 screw lock ribs

22 fasteners, 221 slots

23 buckle boards, 231 guide rods

232 slip rings, 30 interlocks are rotary configured

31 dwangs, 311 disks

312 hexagon prisms, 313 pivot holes

314 installing seats, 315 locating holes

316 threaded portions, 317 connecting portions

32 driving chips, 321 screws

322 screws, 33 positioning beads

34 retainer springs, 35 closed spiro rods

36 pivot bolts 37 are pressed into spring

38 turn-buttons, 381 hex slot

382 round plates, 383 buckle projections

40 Shell structures, 41 top shells

411 circular holes, 412 draw-in grooves

413 handles, the 42 all shells of boring a hole

50 carrying handles, 60 settings base for counter weight

61 backstays, 62 balancing weights

63 gasket rings

The specific embodiment

The utility model is that a kind of balancing weight of sports equipment is carried buckle device, please referring to the preferred embodiment of Fig. 1 to Fig. 6, is that the utility model can become the structural configuration that kettle-bell provides the user to use in conjunction with balancing weight, and it comprises:

One sleeve body 10, as Fig. 1, Fig. 2 and shown in Figure 5, what comprise that a shaft 11 and is incorporated into shaft 11 end faces takes over a business 12, wherein shaft 11 is a cylinder, be arranged with a fit slot 111 in its bottom surface with concentric form, it is the space of cylindrical shape, equally spaced form is arranged with the annular groove 112 of eight annulars under more than the outer peripheral face of shaft 11, the top side of corresponding each annular groove 112, two opposite sides at shaft 11 outer peripheral faces respectively runs through the sliding ditch 113 of a buckle board in fit slot 111, it communicates with each annular groove 112 for T shape ditch and with the bottom;

Take over a business 12 and be disc, it passes the end face that is incorporated into shaft 11 with bolt, and around end face, cooperate the profile of shaft 11 outer peripheral faces to form a cambered surface 121, join with the periphery of cambered surface 121 and the apical margin of shaft 11 outer peripheral faces, be arranged with a disc slots 122 in taking over a business 12 central authorities, central authorities in disc slots 122 vertically wear a screw hole 123 down, corresponding disc slots 122 peripheral opposite both sides, be arranged with nine location shrinkage pools 124 respectively with equally spaced circular arc arrangement form taking over a business 12 end faces that are positioned at cambered surface 121 scopes, each locatees shrinkage pool 124 is equidistant form with the part of taking over a business 12 centers, again two handlebar stem joint chairs 125 of cambered surface 121 first halves formation of respectively locating shrinkage pool 124 both sides is being set not.

One segmentation clip structure 20, extremely shown in Figure 4 as Fig. 2, be to be embedded a guide ring 21 with rotating form at each annular groove 112, it forms a seam 211 for the plate body of coiled circle and in a side, the position of corresponding each seam 211, form a hook 212 respectively at the two ends of each guide ring 21, two parts of wherein adjacent each seam 211 of corresponding each guide ring 21 quartering circumference, respectively interior half side and outside a half side inner orbit 213 and the outer rail 214 of respectively forming, in this preferred embodiment, each inner orbit 213 and each outer rail 214 lay respectively at each seam 211 clockwise and an anti-clockwise side;

Each inner orbit 213 and each outer rail 214 are the groove of circular arc, again the interior half side of guide ring 21 remainders and outside half sidely respectively form a rail 215 and an outside track 216 in one, rail 215 and each outside track 216 are the flute of circular arc in each, between each inner orbit 213 and each outside track 216, be connected to form an oblique orbit 217, be connected to form an oblique rail 218 again between the rail 215 at each outer rail 214 and in each, corresponding each oblique orbit 217 is near the position of each inner orbit 213 1 end, and each oblique rail 218 is near the position of rail 215 1 ends in each, at the outer half side screw lock rib 219 that respectively forms of each guide ring 21 two opposite sides;

Two hooks 212 of corresponding each guide ring 21 are provided with a fastener 22, it is arranged with a slot 221 for block and in the bottom surface, locate by being nested in two hooks 212 outward with each slot 221, make each guide ring 21 can be located in each annular groove 112 earlier via distortion when mounted, inserting each fastener 22 buttons again forms and is torus, the guide ring 21 of top side is arranged at the position of the sliding ditch 113 of corresponding two buckle boards near an end of each oblique orbit 217 and each oblique rail 218 with each outside track 216 and each

outer rail

214,21 following of each guide rings of top side respectively are provided with in regular turn to rotate equal angular form towards counterclockwise, and each of corresponding each guide ring 21 of order all is positioned at the position of each outside track 216 and each outer rail 214 to the sliding ditch 113 of buckle board;

In each of corresponding each guide ring 21 the sliding ditch 113 of buckle board is embedded a buckle board 23 with form slidably, two buckle boards 23 respectively are the plate body of T shape, and each is stretched down in the outer end of bottom and establishes a guide rod 231, a sheathed slip ring 232 around each guide rod 231, it is that each outside track 216 and each outer rail interior 214 are located in torus and slip.

One interlock rotary configured 30, as Fig. 2 and Fig. 5, shown in Figure 6, be provided with a dwang 31, it is for horizontally disposed long slab body and be across 12 and be provided with the both sides of respectively locating shrinkage pool 124, the position of corresponding disc slots 122 is in formation one disk 311 of dwang 31, be located in the disc slots 122 with the rotatable form in the bottom of disk 311, stretch up in the centre of disk 311 again to establish and form a hexagon prism 312, end face at hexagon prism 312 vertically runs through a pivot hole 313 down, and it is the form of counter sink;

Each location shrinkage pool 124 of corresponding both sides, form two installing seats 314 in the both sides of dwang 31, each vertically runs through a locating hole 315 in two installing seats 314, form a threaded portion 316 in each locating hole 315 top, the bottom of two locating holes 315 also is right against both sides location shrinkage pool 124 the most anticlockwise respectively, extend to form a junction 317 down in the two ends of dwang 31 and along the cambered surface 121 of taking over a business around 12, with two connecting portions 317 each in conjunction with a driving chip 32;

Two driving chips 32 are for the plate body of arc and cover in the two opposite sides of shaft 11, each driving chip 32 edge clockwise extends to each screw lock rib 219 places that each guide ring 21 is positioned at a contiguous side with the form in upper and lower one-tenth stage, each screw lock rib 219 at corresponding those upper and lower intervals, wear a screw 321 at each driving chip 32 respectively near clockwise edge, corresponding each screw 321 is provided with a screw 322, and each screw 322 spiral shell wears each screw 321 and screw lock is located in each screw lock rib 219;

Put a positioning bead 33 in the bottom of each locating hole 315, respectively locate shrinkage pool 124 with the base abuts of each positioning bead 33 in what cooperate, locate spring 34 at each positioning bead 33 top against being provided with one, screw togather a closed spiro rod 35 in each threaded portion 316 again, be resisted against the top of each retainer spring 34 with the bottom of each closed spiro rod 35, corresponding pivot hole 313 is provided with a pivot bolt 36, it passes pivot hole 313 and screw lock is located in the screw hole 123 of taking over a business 12, make that dwang 31 can be driving chip 32 rotations that the center drives both sides with pivot bolt 36, be provided with one and be pressed into spring 37 in pivot hole 313, the end face of hexagon prism 312 is stretched out on its top up;

Corresponding hexagon prism 312 is provided with a turn-button 38, it is arranged with a hex slot 381 in the bottom surface, be sheathed on hexagon prism 312 with hex slot 381, and the end face of hex slot 381 inside is resisted against the top that is pressed into spring 37, extending outwardly on every side in the middle of turn-button 38 forms a round plate 382, protrudes out two buckle projections 383 up in the opposite both sides of round plate 382 peripheries.

One Shell structure 40, as shown in Figure 1 to Figure 3, correspondence is taken over a business 12 and is provided with a top shell 41, cover in 12 the outside with top shell 41, corresponding turn-button 38 wears a circular hole 411 in the centre of top shell 41, around the corresponding circular hole 411, in the bottom surface of top shell 41 with around and equally spaced form be arranged with a plurality of draw-in grooves 412, make two buckle projections 383 of turn-button 38 be equipped in wherein two draw-in grooves, 412 location up, the position of corresponding two handlebar stem joint chairs 125 wears two handles perforation 413 in top shell 41, is provided with all shells 42 around the corresponding shaft 11, its apical margin engages with top shell 41 root edge on every side, and is incorporated into the periphery of shaft 11 bottoms with the root edge buckle.

One carrying handle 50, as shown in Figure 1 and Figure 2, it passes the two handlebar stem joint chairs 125 that two handles perforation, 413 screw locks are incorporated into sleeve body 10 tops for inverted U-shaped shape and with two ends.

The utility model removes aforementioned preferred embodiment, the inner orbit 213 of each guide ring 21 and outer rail 214 are made as seam 211 respectively clockwise and beyond the anti-clockwise side, also inner orbit 213 and outer rail 214 can be changed and be located at seam 211 counterclockwises and a side clockwise, each following guide ring 21 of top side this moment rotates equal angular form clockwise with court and is provided with in regular turn, be incorporated into two driving chips 32 of described interlock rotary configured 30 again with each guide ring 21, drive each guide ring 21 rotations in the mode of rotating interlock rotary configured 30 equally during use, and according to the rotation degree change each to buckle board 23 from top to bottom towards projecting inward quantity, the difference of this form and aforementioned preferred embodiment only be interlock rotary configured 30 the rotation direction be counterclockwise.

In addition, the utility model cooperates the number of guide ring 21 to be not limited to eight for annular groove 112, can be other a plurality of cooperation quantity, location shrinkage pool 124 quantity of each side also increase and decrease thereupon, and so simple structure quantity changes the utility model and do not limited at this.

When the utility model preferred embodiment that becomes kettle-bell in conjunction with balancing weight 62 is used, please referring to Fig. 1 to Fig. 3 and Fig. 7, be provided with a setting base for counter weight 60, stretch up in the centre of setting base for counter weight 60 end faces and to establish a positioning rod 61, again on backstay 61, be arranged with eight balancing weights 62 of corresponding guide ring 21 quantity down, each balancing weight 62 is the disc of diameter less than fit slot 111, and highly equal on the utility model, distance between following adjacent two buckle boards 23, between the inner peripheral surface of each balancing weight 62 and backstay 61, be provided with gasket ring 63, the setting of being separated by by each gasket ring 63, make each balancing weight 62 around between produce the gap, provide each to last with aforesaid gap, following buckle board 23 at interval stretches into.

When selecting to put forward the quantity of button balancing weight 62, as shown in Figs. 8 to 11, depress turn-button 38 earlier, make two buckle projections 383 around the turn-button 38 leave the draw-in groove 412 of top shell 41 and can rotate, then rotate turn-button 38 clockwise in the state court that depresses, the driving chip 32 that drives dwang 31 and both sides thereof with hexagon prism 312 together rotates with the direction of clockwise, can drive each guide ring 21 rotations in the process of two driving chips, 32 rotations.

Please referring to Fig. 9 to Figure 11, guide ring 21 with the top side is an example, when guide ring 21 when rotating clockwise, wherein the slip ring 232 of a buckle board 23 can move to comparatively inboard inner orbit 213 along oblique orbit 217 by outside track 216, the slip ring 232 of another buckle board 23 then moves to comparatively inboard interior rail 215 by outer rail 214 along oblique rail 218, make the paired buckle board 23 in top side stretch into fit slot 111 inwardly, and can fasten the balancing weight 62 of the top.

Since each following guide ring 21 of top side be with from top to bottom in regular turn counterclockwise rotate equal angular form setting, therefore the angle when rotation turn-button 38 is big more, just can from top to bottom drive many more buckle board 23 is stretched into and carry button balancing weight 62, therefore can freely select to put forward the quantity of button balancing weight 62 in the mode of reversing turn-button 38, when mentioning preferred embodiment of the present utility model with carrying handle 50, can use as the body-building apparatus of kettle-bell, and in the process of such rotation turn-button 38, as shown in Figure 8, two positioning beads 33 can cooperate each location shrinkage pool 124 to produce eight sections positioning action by following the pushing away of each retainer spring 34, when turn-button 38 rotates, can make the user by this eight sections rotational angle structure confirm buckle board 23 logarithms that in fit slot 111, stretch into and balancing weight 62 numbers of institute's energy clip.

The utility model is to apply to the kettle-bell except that aforementioned preferred embodiment, also can not be provided with Shell structure 40 and carrying handle 50, directly sleeve body 10 is slided and be located at the vertical track that the bottom has the balancing weight 62 that becomes to change, to take over a business 12 devices in conjunction with rotatable these dwang 31 rotations, again height is drawn turbine, the cable wire end of military press is incorporated into sleeve body 10 tops, thus, can select function with the utility model in conjunction with different number balancing weights 62, when the user utilizes sports equipment body-building, produce the effect that to adjust different mass loadings, use extensively to be not limited to kettle-bell, height draws turbine or military press.

Claims

1. the balancing weight of a sports equipment is carried buckle device, it is characterized in that, comprising:

One segmentation clip structure, be embedded a guide ring in each annular groove with rotating form, adjacent two parts of corresponding each guide ring quartering circumference, respectively interior half side and outside a half side inner orbit and the outer rail of respectively forming, each inner orbit and each outer rail are respectively the groove of circular arc, again in the interior half side of this guide ring remainder with outside half sidely respectively form a rail and an outside track in one, rail and each outside track are respectively the flute of circular arc in each, between each inner orbit and each outside track, be connected to form an oblique orbit, be connected to form an oblique rail again in each outer rail and in each between the rail;

One interlock is rotary configured, be provided with a dwang, be horizontally disposed long slab body, and be incorporated into the centre at this sleeve body top with rotatable form by the centre, in conjunction with two driving chips, two driving chips are respectively for the plate body of arc and cover in the two opposite sides of this sleeve body in the two ends of this dwang, and corresponding each guide ring wears a screw respectively in two driving chips, corresponding each screw is provided with a screw, and each screw spiral shell wears each screw and screw lock is located in each guide ring.

2. the balancing weight of sports equipment according to claim 1 is carried buckle device, it is characterized in that, the plate body that described each guide ring is the coiled circle and form a seam in a side, the position of corresponding each seam, two ends in each guide ring form a hook respectively, and described each inner orbit and each outer rail are adjacent to the both sides of each seam mutually, and two hooks of corresponding each guide ring are respectively equipped with a fastener, it is arranged with a slot for block and in the bottom surface, locate by being nested in two hooks outward with each slot.

3. the balancing weight of sports equipment according to claim 2 is carried buckle device, it is characterized in that, corresponding described each oblique orbit is near the position of described each inner orbit one end, and described each oblique rail is near the position of described each interior rail one end, the outer half side screw lock rib that respectively forms respectively at described each guide ring, the position of corresponding each the screw lock rib of each screw of described each driving chip, the inner screw lock of described each screw is in each screw lock rib.

4. the balancing weight of sports equipment according to claim 3 is carried buckle device, it is characterized in that, the sliding ditch of described each buckle board is a T shape ditch, described each buckle board is the plate body of T shape, a sheathed slip ring around the guide rod of each buckle board, it is torus and slides respectively and be located at described each outside track and described each outer rail.

5. carry buckle device according to the balancing weight of the described sports equipment of each claim in the claim 1 to 4, it is characterized in that, described sleeve body comprises that a shaft and takes over a business, wherein this shaft is a cylinder, described fit slot is the space of cylindricality and is arranged with by the bottom surface of this shaft, the sliding ditch of described a plurality of annular groove and each buckle board be located at this shaft around, this takes over a business to be disc, it passes the end face that is incorporated into this shaft with bolt, and around end face, form a cambered surface, be arranged with a disc slots in these central authorities of taking over a business, vertically wear a screw hole down in the central authorities of this disc slots;

6. the balancing weight of sports equipment according to claim 5 is carried buckle device, it is characterized in that, the peripheral opposite both sides of corresponding described disc slots, respectively be arranged with a plurality of location shrinkage pool with equally spaced circular arc arrangement form respectively in the described end face of taking over a business to be positioned at described cambered surface scope, each locatees shrinkage pool and this center of taking over a business is equidistant form; Each location shrinkage pool of corresponding both sides forms two installing seats in the both sides of described dwang, and each vertically runs through a locating hole in two installing seats, forms a threaded portion in the top of each locating hole;

7. the balancing weight of sports equipment according to claim 6 is carried buckle device, it is characterized in that, in described take over a business the cambered surface first half of respectively locating the shrinkage pool both sides is set form two handlebar stem joint chairs;

Stretch up in the centre of described disk to establish and form a hexagon prism, described pivot hole is that the form of counter sink and vertically run through down by the end face of hexagon prism forms, and is provided with one and is pressed into spring in this pivot hole, and the end face of this hexagon prism is stretched out on its top up; To being provided with a turn-button by hexagon prism, it is arranged with a hex slot in the bottom surface, be sheathed on hexagon prism with hex slot, and the end face of hex slot inside is resisted against this top that is pressed into spring, extend outwardly around in the middle of this turn-button and form a round plate, protrude out two buckle projections up in the two opposite sides of this round plate periphery;

The corresponding described top shell of taking over a business to be provided with, with this top clamshell in this outside of taking over a business, wear a circular hole in the centre of this top shell, around should circular hole, in the bottom surface of this top shell with around and equally spaced form be arranged with a plurality of draw-in grooves, make two buckle projections of turn-button be equipped in wherein two draw-in grooves location up, the position of corresponding two handlebar stem joint chairs, wear the perforation of two handles in this top shell, be provided with all shells around the corresponding described shaft, its apical margin engages with this top shell root edge on every side, and is incorporated into the periphery of this shaft bottom with the root edge buckle, be provided with a carrying handle, it is for inverted U-shaped shape and pass two handles perforation screw lock with two ends and be incorporated into two handlebar stem joint chairs.