CN205363120U - Novel general equation motorcycle race anchor clamps device - Google Patents

Abstract

The utility model relates to a fixture the device especially relates to a novel general equation motorcycle race anchor clamps device. The to -be -solved technical problem of the utility model is to provide a novel general equation motorcycle race anchor clamps device. In order to solve the technical problem, the utility model provides such novel general equation motorcycle race anchor clamps device which comprises there be support I, support II, support III, support IV, reciprocate the device, symmetrical positioner, support V, fixture device I, support VI, fixture device II, remove strutting arrangement, support VII, support VIII, T shape slider I, T shape slider II, square sleeve pipe I, square sleeve pipe II, link, positioning bolt I and positioning bolt II, left part top at support I is provided with support II. The utility model provides a novel general equation motorcycle race anchor clamps device can press from both sides the fastening to the tubular product of different specifications and decide, has widened the range of application, has practiced thrift the resource, realization adjustment that can convenient and fast.

Description

A kind of novel universal equation motorcycle race grip device

Technical field

This utility model relates to a kind of grip device, particularly relates to a kind of novel universal equation motorcycle race grip device.

Background technology

Equation original meaning is convention, conventional；Criterion, scheme.Racing car must formulate, according to Federation Internationale de l'Automobile, the formula manufacture that the formula issued specify, including body construction, length and width, minimum weight, engine displacement, number of cylinders, tankage, electronic equipment, the distance of tire and size etc..With the racing car that common equation (rule restriction) is created, it is simply that equation motorcycle race, the match carried out and formula racing.The vehicle frame of university students's equation motorcycle race is truss structure, the external diameter of some different lengths be 25.4mm, and the tubing that wall thickness is 1.25mm etc. is welded, and needs special fixture to make tubing clamping and positioning in welding process.

Existing equation motorcycle race fixture is all designed according to Special frame, free adjustment cannot be carried out easily, it is caused not possess the general utility functions that other vehicle frames carry out clamping welding, university students's equation motorcycle race suspension hard spot is symmetrical about vehicle frame symmetrical plane simultaneously, makes suspension hard spot complicated about the apparatus structure that vehicle frame symmetrical plane is symmetrical at present, troublesome poeration, inefficiency, and input cost is big, economic benefit is low, is unfavorable for manufacture and the application of equation motorcycle race.

Utility model content

(1) to solve the technical problem that

This utility model is all designed according to Special frame to overcome existing equation motorcycle race fixture, free adjustment cannot be carried out easily, it is caused not possess the general utility functions that other vehicle frames carry out clamping welding, university students's equation motorcycle race suspension hard spot is symmetrical about vehicle frame symmetrical plane simultaneously, make suspension hard spot complicated about the apparatus structure that vehicle frame symmetrical plane is symmetrical at present, the shortcoming of troublesome poeration, the technical problems to be solved in the utility model is to provide a kind of novel universal equation motorcycle race grip device.

(2) technical scheme

In order to solve above-mentioned technical problem, this utility model provides such a novel universal equation motorcycle race grip device, includes support I, support II, support III, support IV, moves up and down device, symmetrical positioner, support V, grip device I, support VI, grip device II, Mobile support device, support VII, support VIII, T-shaped slider I, T-shaped slide block II, square casing I, square casing II, link, bolt I and bolt II；Left part at support I is provided above support II, and support II is set to vertical connection with support I；Be provided with support III at the rear of support II, support II is arranged for run-in index with support III, and support II is symmetrical with support III；Being arranged below support IV at support III, the lower end of support III is set to vertical connection with the left part of support IV；Support IV is arranged on the rear of support I, is provided with link between support IV and support I；The front end of link is set to vertical connection with the left part of support I, and the rear end of link is set to vertical connection with the left part of support IV；Link be provided above move up and down device, move up and down device and include connecting plate, fixed block I, fixed block II, fixed block III, fixed block IV, fixed block V and fixed block VI；Connecting plate is arranged on the top of link, and connecting plate is arranged on support II and the right side of support III；Be provided with square casing I and square casing II in the left side of connecting plate, the front end of connecting plate is connected with square casing I, and the rear end of connecting plate is connected with square casing II；Square casing I is enclosed within support II, and square casing I is set to be flexibly connected with support II, and square casing II is enclosed within support III, and square casing II is set to be flexibly connected with support III；Being provided with fixed block I and fixed block II between square casing I and square casing II, fixed block II is arranged on the front of fixed block I, fixed block I and fixed block II and arranges for run-in index, and fixed block I is symmetrical with fixed block II；It is provided with connecting plate, fixed block I and fixed block II on the right side of fixed block I and fixed block II and is all set to vertical connection with connecting plate；Fixed block III and fixed block IV it is provided with on the right side of connecting plate, fixed block III and fixed block IV are all set to vertical connection with connecting plate, fixed block III and fixed block IV are arranged for run-in index, fixed block III is symmetrical with fixed block IV, and fixed block III and fixed block IV are corresponding with fixed block II and fixed block I respectively；Be provided with fixed block V at the rear of fixed block IV, fixed block IV is corresponding with fixed block V；Fixed block V is arranged on the right side of connecting plate, and fixed block V is connected with the rear end of connecting plate；The right side of connecting plate is provided with fixed block VI, and the front end of connecting plate is connected with fixed block VI；Fixed block VI is arranged on the front of fixed block III, and fixed block VI is corresponding with fixed block III；Being provided with long recess I and long recess II on connecting plate, long recess I is symmetrical with long recess II, and long recess I is arranged between fixed block III and fixed block VI, and long recess II is arranged between fixed block IV and fixed block V；Being provided with symmetrical positioner on device moving up and down, symmetrical positioner includes belt pulley I, endless belt, belt pulley II, rotating shaft I, screw mandrel I, nut I, bolt III, bolt IV, nut II, screw mandrel II, rocking handle and rotating shaft II；Belt pulley I is arranged between fixed block I and fixed block II, is provided with endless belt on belt pulley I, and endless belt is set to be flexibly connected with belt pulley I, and belt pulley I is arranged on the left side of connecting plate, and endless belt is arranged on the outside of connecting plate；Be provided with belt pulley II on the right side of connecting plate, belt pulley II is arranged between fixed block III and fixed block IV, is provided with endless belt on belt pulley II, and belt pulley II is set to be flexibly connected with endless belt, and belt pulley II is corresponding with belt pulley I；Belt pulley II is arranged on rotating shaft I, on fixed block III and fixed block IV, symmetrical expression arranges porose, the hole that the front end of rotating shaft I is arranged on fixed block III reaches the front of fixed block III, the hole that the rear end of rotating shaft I is arranged on fixed block IV reaches the rear of fixed block IV, and rotating shaft I is disposed as being flexibly connected with fixed block III and fixed block IV；Be provided with screw mandrel I in the front of rotating shaft I, rotating shaft I is connected with screw mandrel I；Being provided with nut I on screw mandrel I, screw mandrel I matches with nut I, and screw mandrel I is set to be flexibly connected with nut I；Be provided with bolt III in the left side of nut I, bolt III is set to bolt with nut I and is connected, and bolt III is arranged in the long recess I of connecting plate, and bolt III is set to be flexibly connected with connecting plate；Be provided with bolt IV at the rear of bolt III, bolt IV is arranged in the long recess II of connecting plate, and bolt IV is set to be flexibly connected with connecting plate；Be provided with nut II on the right side of bolt IV, bolt IV is set to bolt with nut II and is connected；Nut II is arranged on screw mandrel II, and nut II matches with screw mandrel II, and nut II is set to be flexibly connected with screw mandrel II；Be provided with rotating shaft I in the front of screw mandrel II, the front end of screw mandrel II is connected with the rear end of rotating shaft I, and screw mandrel II is symmetrical with screw mandrel I；Belt pulley I is arranged on rotating shaft II, on fixed block I and fixed block II, symmetrical expression arranges porose, the hole that the front end of rotating shaft II is arranged on fixed block II reaches the front of fixed block II, the hole that the rear end of rotating shaft II is arranged on fixed block I reaches the rear of fixed block I, and rotating shaft II is disposed as being flexibly connected with fixed block I and fixed block II；Be provided with rocking handle in the front of rotating shaft II, rotating shaft II is connected with rocking handle；The right side of symmetrical positioner is provided with support V and support VI, and support V is arranged on the front of support VI, and support V is arranged for run-in index with support VI, and support V is symmetrical with support VI；Support V is arranged on the right side of nut I, and the left end of support V is connected with nut I；Support VI is arranged on the right side of nut II, and the left end of support VI is connected with nut II；Being provided with grip device I on support V, grip device I includes square casing V, fixture bolt I, connection axle I, spill framework I, pressure head I, fixture bolt II, fixture bolt III, connects axle II, spill framework II, pressure head II, fixture bolt IV and fixture bolt V；Square casing V is enclosed within support V, and square casing V is set to be flexibly connected with support V；Being provided above fixture bolt I at square casing V, fixture bolt I is set to bolt with square casing V and is connected, and fixture bolt I is set to be flexibly connected with support V；Be provided with connection axle I in the front of square casing V, square casing V is set to fixing connection with the rear end being connected axle I；The front connecting axle I is provided with spill framework I, and the front end connecting axle I is set to be rotationally connected with spill framework I, and the top of spill framework I is provided with mouth；Being internally provided with pressure head I at spill framework I, be provided with fixture bolt III in the front of pressure head I, pressure head I is connected with fixture bolt III；Fixture bolt III is arranged on spill framework I, and fixture bolt III is set to bolt with the front side wall of spill framework I and is connected；Being provided with fixture bolt II on spill framework I, fixture bolt II is set to bolt with the top of the rear wall of spill framework I and is connected, and fixture bolt II is set to be flexibly connected with being connected axle I；Square casing V be arranged below connect axle II, square casing V be set to the upper end being connected axle II fix connect；It is arranged below spill framework II what connect axle II, connects the lower end of axle II and be set to rotary type with spill framework II and be connected；Being provided with mouth on spill framework II, be internally provided with pressure head II at spill framework II, be arranged below fixture bolt V at pressure head II, pressure head II is connected with fixture bolt V；Fixture bolt V is arranged on spill framework II, and fixture bolt V is set to bolt with the bottom of spill framework II and is connected；Being provided with fixture bolt IV on spill framework II, fixture bolt IV is set to bolt with spill framework II and is connected, and fixture bolt IV is set to be flexibly connected with being connected axle II；Being provided with grip device II on support VI, grip device II includes square casing VI, fixture bolt VI, connection axle III, spill framework III, pressure head III, fixture bolt VII, fixture bolt VIII, connects axle IV, spill framework IV, pressure head IV, fixture bolt Ⅸ and fixture bolt Ⅹ；Square casing VI is enclosed within support VI, and square casing VI is set to be flexibly connected with support VI；Being provided above fixture bolt VI at square casing VI, square casing VI is set to bolt with fixture bolt VI and is connected, and fixture bolt VI is set to be flexibly connected with support VI；Be provided with connection axle III at the rear of square casing VI, square casing VI is set to fixing connection with the front end being connected axle III；Be provided with spill framework III at the rear connecting axle III, the rear end of connection axle III is set to rotary type with spill framework III and is connected；Being provided with mouth on spill framework III, be internally provided with pressure head III at spill framework III, be provided with fixture bolt VIII at the rear of pressure head III, pressure head III is connected with fixture bolt VIII；Fixture bolt VIII is arranged on spill framework III, and fixture bolt VIII is set to bolt with the rear wall of spill framework III and is connected；Being provided above fixture bolt VII at spill framework III, fixture bolt VII is set to bolt with the top of the front side wall of spill framework III and is connected, and fixture bolt VII is set to be flexibly connected with being connected axle III；Square casing VI be arranged below connect axle IV, square casing VI be set to the upper end being connected axle IV fix connect；It is arranged below spill framework IV what connect axle IV, connects the lower end of axle IV and be set to rotary type with spill framework IV and be connected；Being provided with mouth on spill framework IV, be internally provided with pressure head IV at spill framework IV, be arranged below fixture bolt Ⅹ at pressure head IV, pressure head IV is connected with fixture bolt Ⅹ；Fixture bolt Ⅹ is arranged on spill framework IV, and fixture bolt Ⅹ is set to bolt with the bottom of spill framework IV and is connected；Be provided with fixture bolt Ⅸ at the rear of spill framework IV, fixture bolt Ⅸ is set to bolt with spill framework IV and is connected, and fixture bolt Ⅸ is set to be flexibly connected with being connected axle IV；Be provided with support VIII and support VII on the right side of support V and support VI, support VII is arranged on the top of support IV, is provided with T-shaped groove II on support IV, is provided with T-shaped slide block II in T-shaped groove II, and T-shaped slide block II is set to be flexibly connected with support IV；Being provided above support VII at T-shaped slide block II, T-shaped slide block II is connected with support VII；Support VIII is arranged on the top of support I, is provided with T-shaped groove I on support I, is provided with T-shaped slider I in T-shaped groove I, and T-shaped slider I is set to be flexibly connected with support I；Being provided above support VIII in T-shaped slider I, T-shaped slider I is connected with support VIII；Being provided with Mobile support device between support VII and support VIII, Mobile support device includes bracing frame, square casing III, bolt V, bolt VI and square casing IV；Bracing frame is arranged between support VII and support VIII, is provided with square casing III in the front of bracing frame, and bracing frame is connected with square casing III；Square casing III is enclosed within support VIII, and square casing III is set to be flexibly connected with support VIII；Be provided with bolt V on the right side of square casing III, square casing III is set to bolt with bolt V and is connected, and bolt V is set to be flexibly connected with support VIII；Be provided with square casing IV at the rear of bracing frame, bracing frame is connected with square casing IV；Square casing IV is enclosed within support VII, and square casing IV is set to be flexibly connected with support VII；Be provided with bolt VI on the right side of square casing IV, bolt VI is set to bolt with square casing IV and is connected, and bolt VI is set to be flexibly connected with support VII；Bolt I is arranged on the left side of square casing I, and bolt I is set to bolt with square casing I and is connected, and bolt I is set to be flexibly connected with support II；Bolt II is arranged on the left side of square casing II, and bolt II is set to bolt with square casing II and is connected, and bolt II is set to be flexibly connected with support III.

Preferably, described belt pulley II can disassemble from rotating shaft I.

Preferably, described belt pulley 1 can disassemble from rotating shaft II.

Operation principle: in this utility model, symmetrical positioner is arranged on and moves up and down on device, moves up and down the while that device can passing through square casing I and square casing II and moves up and down adjustment on support II and support III.When moving up and down device and adjusting suitable position, then respectively through screwing bolt I and bolt II is fixed.In this utility model, operator can pass through to shake the rocking handle of symmetrical positioner, and drives belt pulley II to rotate by belt pulley I and endless belt.Owing to belt pulley II is connected with rotating shaft I, and rotating shaft I is connected with screw mandrel I and screw mandrel II simultaneously, and therefore belt pulley II can drive screw mandrel I and screw mandrel II to rotate simultaneously.Owing to screw mandrel I and screw mandrel II are that symmetrical expression is arranged, therefore operator can by screw mandrel I and screw mandrel II respectively with nut I and nut II coordinate the symmetry operation carrying out vehicle frame.Bolt III and bolt IV are not only able to respectively nut I and nut II be screwed location, but also nut I and nut II can carry out auxiliary and support, to prevent vehicle frame from remaking into very much the deformation infringement of screw mandrel I and screw mandrel II.In this utility model, being provided with grip device I on support V, owing to the square casing V in grip device I is enclosed within support V, therefore grip device I can move adjustment on support V.When grip device I adjusts suitable position, it is fixed again through screwing fixture bolt I.Owing to spill framework I connects for rotary type with being connected axle I, therefore when pipe fitting is put into inside it by the mouth arranged on spill framework I by operator, and during by screwing fixture bolt III pressure head I pipe fitting tightly being fixed, operator can adjust the angle direction of spill framework I and clamped pipe fitting freely, is beneficial to the welding job of operator.When spill framework I and clamped pipe fitting adjust the position set, it is fixed again through screwing fixture bolt II.Due to connect axle II, spill framework II, pressure head II, fixture bolt IV, fixture bolt V respectively with connect axle I, spill framework I, pressure head I, fixture bolt II, fixture bolt III shape design identical, therefore the pipe fitting in horizontal direction can be fixed by operator with spill framework II, pressure head II and fixture bolt V, and can carry out the angle adjustment in horizontal direction by rotation spill framework II and its clamped pipe fitting.In this utility model, being provided with grip device II on support VI, owing to the square casing VI in grip device II is enclosed within support VI, therefore grip device II can move adjustment on support VI.When grip device II adjusts to the position set, it is fixed again through screwing fixture bolt VI.Due to connect axle III, spill framework III, pressure head III, fixture bolt VII, fixture bolt VIII respectively with connect axle I, spill framework I, pressure head I, fixture bolt II, fixture bolt III shape design identical, therefore operational approach is identical with function, does not repeat them here.Simultaneously because connect axle IV, spill framework IV, pressure head IV, fixture bolt Ⅸ, fixture bolt Ⅹ respectively with connect axle II, spill framework II, pressure head II, fixture bolt IV, fixture bolt V shape design identical, therefore operational approach is identical with function, does not repeat them here.Simultaneously in order to prevent vehicle frame from heavily damaging to this utility model very much, operator can pass through T-shaped slider I and support VIII and support VII are slided by T-shaped slide block II respectively to the left, and support VIII is slided into the front of support V, support VII is slided into the rear of support VI.Then again through square casing III and square casing IV upward sliding Mobile support device, when the bracing frame in Mobile support device and support V and support VI fully in contact with after, then screw bolt V and bolt VI respectively.

Described belt pulley II can disassemble from rotating shaft I, it is simple to maintenance.

Described belt pulley 1 can disassemble from rotating shaft II 72, it is simple to maintenance.

(3) beneficial effect

A kind of novel universal equation motorcycle race grip device provided by the utility model, it is possible to be clamped fixing to the tubing of different size, widened range of application, save resource, it is possible to conveniently realize adjusting, and oblique pipe fitting can be clamped, regulated efficiency is high, it is possible to suitable in multiple different vehicle frame, applied range, conveniently achieve the determination to vehicle frame symmetrical plane simultaneously, work efficiency is high, and simple in construction is easy to use, dependable performance, it is easy to maintenance and repair.

Accompanying drawing explanation

Fig. 1 is front view structural representation of the present utility model.

Fig. 2 is the axonometric chart structural representation of support II of the present utility model.

Fig. 3 is axonometric chart structural representation of the present utility model.

Fig. 4 is the axonometric chart structural representation of support I of the present utility model.

Fig. 5 is the axonometric chart structural representation of symmetrical positioner of the present utility model.

Fig. 6 is the axonometric chart structural representation of Mobile support device of the present utility model.

Fig. 7 is the axonometric chart structural representation of grip device I of the present utility model.

Fig. 8 is the right view structural representation of grip device II of the present utility model.

Fig. 9 is the axonometric chart structural representation of screw mandrel II of the present utility model.

Figure 10 is the axonometric chart structural representation moving up and down device of the present utility model.

nullBeing labeled as in accompanying drawing: 1-support I，2-support II，3-support III，4-support IV，5-moves up and down device，6-symmetry positioner，7-support V，8-grip device I，9-support VI，10-grip device II，11-Mobile support device，12-support VII，13-support VIII，14-T shape slider I，15-T shape slide block II，16-T connected in star I，17-T connected in star II，18-square casing I，19-square casing II，20-link，21-bolt I，22-bolt II，51-connecting plate，52-fixed block I，53-fixed block II，54-fixed block III，55-fixed block IV，56-fixed block V，57-fixed block VI，58-long recess I，59-long recess II，61-belt pulley I，62-endless belt，63-belt pulley II，64-rotating shaft I，65-screw mandrel I，66-nut I，67-bolt III，68-bolt IV，69-nut II，70-screw mandrel II，71-rocking handle，72-rotating shaft II，81-square casing V，82-fixture bolt I，83-connects axle I，84-spill framework I，85-pressure head I，86-fixture bolt II，87-fixture bolt III，88-connects axle II，89-spill framework II，90-pressure head II，91-fixture bolt IV，92-fixture bolt V，101-square casing VI，102-fixture bolt VI，103-connects axle III，104-spill framework III，105-pressure head III，106-fixture bolt VII，107-fixture bolt VIII，108-connects axle IV，109-spill framework IV，110-pressure head IV，111-fixture bolt Ⅸ，112-fixture bolt Ⅹ，115-bracing frame，116-square casing III，117-bolt V，118-bolt VI，119-square casing IV.

Detailed description of the invention

Below in conjunction with drawings and Examples, this utility model is further described.

Embodiment 1

A kind of novel universal equation motorcycle race grip device, as Figure 1-10 shows, include support I 1, support II 2, support III 3, support IV 4, move up and down device 5, symmetrical positioner 6, support V 7, grip device I 8, support VI 9, grip device II 10, Mobile support device 11, support VII 12, support VIII 13, T-shaped slider I 14, T-shaped slide block II 15, square casing I 18, square casing II 19, link 20, bolt I 21 and bolt II 22；Left part at support I 1 is provided above support II 2, and support II 2 is set to vertical connection with support I 1；Be provided with support III 3 at the rear of support II 2, support II 2 is arranged for run-in index with support III 3, and support II 2 is symmetrical with support III 3；Being arranged below support IV 4 at support III 3, the lower end of support III 3 is set to vertical connection with the left part of support IV 4；Support IV 4 is arranged on the rear of support I 1, is provided with link 20 between support IV 4 and support I 1；The front end of link 20 is set to vertical connection with the left part of support I 1, and the rear end of link 20 is set to vertical connection with the left part of support IV 4；Link 20 be provided above move up and down device 5, move up and down device 5 and include connecting plate 51, fixed block I 52, fixed block II 53, fixed block III 54, fixed block IV 55, fixed block V 56 and fixed block VI 57；Connecting plate 51 is arranged on the top of link 20, and connecting plate 51 is arranged on support II 2 and the right side of support III 3；Be provided with square casing I 18 and square casing II 19 in the left side of connecting plate 51, the front end of connecting plate 51 is connected with square casing I 18, and the rear end of connecting plate 51 is connected with square casing II 19；Square casing I 18 is enclosed within support II 2, and square casing I 18 is set to be flexibly connected with support II 2, and square casing II 19 is enclosed within support III 3, and square casing II 19 is set to be flexibly connected with support III 3；Being provided with fixed block I 52 and fixed block II 53 between square casing I 18 and square casing II 19, fixed block II 53 is arranged on the front of fixed block I 52, fixed block I 52 and fixed block II 53 and arranges for run-in index, and fixed block I 52 is symmetrical with fixed block II 53；It is provided with connecting plate 51, fixed block I 52 and fixed block II 53 on the right side of fixed block I 52 and fixed block II 53 and is all set to vertical connection with connecting plate 51；Fixed block III 54 and fixed block IV 55 it is provided with on the right side of connecting plate 51, fixed block III 54 and fixed block IV 55 are all set to vertical connection with connecting plate 51, fixed block III 54 and fixed block IV 55 are arranged for run-in index, fixed block III 54 is symmetrical with fixed block IV 55, and fixed block III 54 and fixed block IV 55 are corresponding with fixed block II 53 and fixed block I 52 respectively；Be provided with fixed block V 56 at the rear of fixed block IV 55, fixed block IV 55 is corresponding with fixed block V 56；Fixed block V 56 is arranged on the right side of connecting plate 51, and fixed block V 56 is connected with the rear end of connecting plate 51；Be provided with fixed block VI 57 on the right side of connecting plate 51, the front end of connecting plate 51 is connected with fixed block VI 57；Fixed block VI 57 is arranged on the front of fixed block III 54, and fixed block VI 57 is corresponding with fixed block III 54；Being provided with long recess I 58 and long recess II 59 on connecting plate 51, long recess I 58 is symmetrical with long recess II 59, and long recess I 58 is arranged between fixed block III 54 and fixed block VI 57, and long recess II 59 is arranged between fixed block IV 55 and fixed block V 56；Being provided with symmetrical positioner 6 on device 5 moving up and down, symmetrical positioner 6 includes belt pulley I 61, endless belt 62, belt pulley II 63, rotating shaft I 64, screw mandrel I 65, nut I 66, bolt III 67, bolt IV 68, nut II 69, screw mandrel II 70, rocking handle 71 and rotating shaft II 72；Belt pulley I 61 is arranged between fixed block I 52 and fixed block II 53, belt pulley I 61 is provided with endless belt 62, endless belt 62 is set to be flexibly connected with belt pulley I 61, and belt pulley I 61 is arranged on the left side of connecting plate 51, and endless belt 62 is arranged on the outside of connecting plate 51；The right side of connecting plate 51 is provided with belt pulley II 63, belt pulley II 63 is arranged between fixed block III 54 and fixed block IV 55, being provided with endless belt 62 on belt pulley II 63, belt pulley II 63 is set to be flexibly connected with endless belt 62, and belt pulley II 63 is corresponding with belt pulley I 61；Belt pulley II 63 is arranged on rotating shaft I 64, on fixed block III 54 and fixed block IV 55, symmetrical expression arranges porose, the hole that the front end of rotating shaft I 64 is arranged on fixed block III 54 reaches the front of fixed block III 54, the hole that the rear end of rotating shaft I 64 is arranged on fixed block IV 55 reaches the rear of fixed block IV 55, and rotating shaft I 64 is disposed as being flexibly connected with fixed block III 54 and fixed block IV 55；Be provided with screw mandrel I 65 in the front of rotating shaft I 64, rotating shaft I 64 is connected with screw mandrel I 65；Being provided with nut I 66 on screw mandrel I 65, screw mandrel I 65 matches with nut I 66, and screw mandrel I 65 is set to be flexibly connected with nut I 66；Be provided with bolt III 67 in the left side of nut I 66, bolt III 67 is set to bolt with nut I 66 and is connected, and bolt III 67 is arranged in the long recess I 58 of connecting plate 51, and bolt III 67 is set to be flexibly connected with connecting plate 51；Be provided with bolt IV 68 at the rear of bolt III 67, bolt IV 68 is arranged in the long recess II 59 of connecting plate 51, and bolt IV 68 is set to be flexibly connected with connecting plate 51；Be provided with nut II 69 on the right side of bolt IV 68, bolt IV 68 is set to bolt with nut II 69 and is connected；Nut II 69 is arranged on screw mandrel II 70, and nut II 69 matches with screw mandrel II 70, and nut II 69 is set to be flexibly connected with screw mandrel II 70；Be provided with rotating shaft I 64 in the front of screw mandrel II 70, the front end of screw mandrel II 70 is connected with the rear end of rotating shaft I 64, and screw mandrel II 70 is symmetrical with screw mandrel I 65；Belt pulley I 61 is arranged on rotating shaft II 72, on fixed block I 52 and fixed block II 53, symmetrical expression arranges porose, the hole that the front end of rotating shaft II 72 is arranged on fixed block II 53 reaches the front of fixed block II 53, the hole that the rear end of rotating shaft II 72 is arranged on fixed block I 52 reaches the rear of fixed block I 52, and rotating shaft II 72 is disposed as being flexibly connected with fixed block I 52 and fixed block II 53；Be provided with rocking handle 71 in the front of rotating shaft II 72, rotating shaft II 72 is connected with rocking handle 71；The right side of symmetrical positioner 6 is provided with support V 7 and support VI 9, and support V 7 is arranged on the front of support VI 9, and support V 7 is arranged for run-in index with support VI 9, and support V 7 is symmetrical with support VI 9；Support V 7 is arranged on the right side of nut I 66, and the left end of support V 7 is connected with nut I 66；Support VI 9 is arranged on the right side of nut II 69, and the left end of support VI 9 is connected with nut II 69；Being provided with grip device I 8 on support V 7, grip device I 8 includes square casing V 81, fixture bolt I 82, connection axle I 83, spill framework I 84, pressure head I 85, fixture bolt II 86, fixture bolt III 87, connects axle II 88, spill framework II 89, pressure head II 90, fixture bolt IV 91 and fixture bolt V 92；Square casing V 81 is enclosed within support V 7, and square casing V 81 is set to be flexibly connected with support V 7；Being provided above fixture bolt I 82 at square casing V 81, fixture bolt I 82 is set to bolt with square casing V 81 and is connected, and fixture bolt I 82 is set to be flexibly connected with support V 7；Be provided with connection axle I 83 in the front of square casing V 81, square casing V 81 is set to fixing connection with the rear end being connected axle I 83；The front connecting axle I 83 is provided with spill framework I 84, and the front end connecting axle I 83 is set to be rotationally connected with spill framework I 84, and the top of spill framework I 84 is provided with mouth；Being internally provided with pressure head I 85 at spill framework I 84, be provided with fixture bolt III 87 in the front of pressure head I 85, pressure head I 85 is connected with fixture bolt III 87；Fixture bolt III 87 is arranged on spill framework I 84, and fixture bolt III 87 is set to bolt with the front side wall of spill framework I 84 and is connected；Being provided with fixture bolt II 86 on spill framework I 84, fixture bolt II 86 is set to bolt with the top of the rear wall of spill framework I 84 and is connected, and fixture bolt II 86 is set to be flexibly connected with being connected axle I 83；Square casing V 81 be arranged below connect axle II 88, square casing V 81 be set to the upper end being connected axle II 88 fix connect；It is arranged below spill framework II 89 what connect axle II 88, connects the lower end of axle II 88 and be set to rotary type with spill framework II 89 and be connected；Being provided with mouth on spill framework II 89, be internally provided with pressure head II 90 at spill framework II 89, be arranged below fixture bolt V 92 at pressure head II 90, pressure head II 90 is connected with fixture bolt V 92；Fixture bolt V 92 is arranged on spill framework II 89, and fixture bolt V 92 is set to bolt with the bottom of spill framework II 89 and is connected；Being provided with fixture bolt IV 91 on spill framework II 89, fixture bolt IV 91 is set to bolt with spill framework II 89 and is connected, and fixture bolt IV 91 is set to be flexibly connected with being connected axle II 88；Being provided with grip device II 10 on support VI 9, grip device II 10 includes square casing VI 101, fixture bolt VI 102, connection axle III 103, spill framework III 104, pressure head III 105, fixture bolt VII 106, fixture bolt VIII 107, connects axle IV 108, spill framework IV 109, pressure head IV 110, fixture bolt Ⅸ 111 and fixture bolt Ⅹ 112；Square casing VI 101 is enclosed within support VI 9, and square casing VI 101 is set to be flexibly connected with support VI 9；Being provided above fixture bolt VI 102 at square casing VI 101, square casing VI 101 is set to bolt with fixture bolt VI 102 and is connected, and fixture bolt VI 102 is set to be flexibly connected with support VI 9；Be provided with connection axle III 103 at the rear of square casing VI 101, square casing VI 101 is set to fixing connection with the front end being connected axle III 103；Be provided with spill framework III 104 at the rear connecting axle III 103, the rear end of connection axle III 103 is set to rotary type with spill framework III 104 and is connected；Being provided with mouth on spill framework III 104, be internally provided with pressure head III 105 at spill framework III 104, be provided with fixture bolt VIII 107 at the rear of pressure head III 105, pressure head III 105 is connected with fixture bolt VIII 107；Fixture bolt VIII 107 is arranged on spill framework III 104, and fixture bolt VIII 107 is set to bolt with the rear wall of spill framework III 104 and is connected；Being provided above fixture bolt VII 106 at spill framework III 104, fixture bolt VII 106 is set to bolt with the top of the front side wall of spill framework III 104 and is connected, and fixture bolt VII 106 is set to be flexibly connected with being connected axle III 103；Square casing VI 101 be arranged below connect axle IV 108, square casing VI 101 be set to the upper end being connected axle IV 108 fix connect；It is arranged below spill framework IV 109 what connect axle IV 108, connects the lower end of axle IV 108 and be set to rotary type with spill framework IV 109 and be connected；Being provided with mouth on spill framework IV 109, be internally provided with pressure head IV 110 at spill framework IV 109, be arranged below fixture bolt Ⅹ 112 at pressure head IV 110, pressure head IV 110 is connected with fixture bolt Ⅹ 112；Fixture bolt Ⅹ 112 is arranged on spill framework IV 109, and fixture bolt Ⅹ 112 is set to bolt with the bottom of spill framework IV 109 and is connected；Be provided with fixture bolt Ⅸ 111 at the rear of spill framework IV 109, fixture bolt Ⅸ 111 is set to bolt with spill framework IV 109 and is connected, and fixture bolt Ⅸ 111 is set to be flexibly connected with being connected axle IV 108；Support VIII 13 and support VII 12 it is provided with on the right side of support V 7 and support VI 9, support VII 12 is arranged on the top of support IV 4, being provided with T-shaped groove II 17 on support IV 4, be provided with T-shaped slide block II 15 in T-shaped groove II 17, T-shaped slide block II 15 is set to be flexibly connected with support IV 4；Being provided above support VII 12 at T-shaped slide block II 15, T-shaped slide block II 15 is connected with support VII 12；Support VIII 13 is arranged on the top of support I 1, is provided with T-shaped groove I 16 on support I 1, is provided with T-shaped slider I 14 in T-shaped groove I 16, and T-shaped slider I 14 is set to be flexibly connected with support I 1；Being provided above support VIII 13 in T-shaped slider I 14, T-shaped slider I 14 is connected with support VIII 13；Being provided with Mobile support device 11 between support VII 12 and support VIII 13, Mobile support device 11 includes bracing frame 115, square casing III 116, bolt V 117, bolt VI 118 and square casing IV 119；Bracing frame 115 is arranged between support VII 12 and support VIII 13, is provided with square casing III 116 in the front of bracing frame 115, and bracing frame 115 is connected with square casing III 116；Square casing III 116 is enclosed within support VIII 13, and square casing III 116 is set to be flexibly connected with support VIII 13；Be provided with bolt V 117 on the right side of square casing III 116, square casing III 116 is set to bolt with bolt V 117 and is connected, and bolt V 117 is set to be flexibly connected with support VIII 13；Be provided with square casing IV 119 at the rear of bracing frame 115, bracing frame 115 is connected with square casing IV 119；Square casing IV 119 is enclosed within support VII 12, and square casing IV 119 is set to be flexibly connected with support VII 12；Be provided with bolt VI 118 on the right side of square casing IV 119, bolt VI 118 is set to bolt with square casing IV 119 and is connected, and bolt VI 118 is set to be flexibly connected with support VII 12；Bolt I 21 is arranged on the left side of square casing I 18, and bolt I 21 is set to bolt with square casing I 18 and is connected, and bolt I 21 is set to be flexibly connected with support II 2；Bolt II 22 is arranged on the left side of square casing II 19, and bolt II 22 is set to bolt with square casing II 19 and is connected, and bolt II 22 is set to be flexibly connected with support III 3.

Described belt pulley II 63 can disassemble from rotating shaft I 64.

Described belt pulley I 61 can disassemble from rotating shaft II 72.

Operation principle: in this utility model, symmetrical positioner 6 is arranged on and moves up and down on device 5, moves up and down the while that device 5 can passing through square casing I 18 and square casing II 19 and moves up and down adjustment on support II 2 and support III 3.When moving up and down device 5 and adjusting suitable position, then respectively through screwing bolt I 21 and bolt II 22 is fixed.In this utility model, operator can pass through to shake the rocking handle 71 of symmetrical positioner 6, and drives belt pulley II 63 to rotate by belt pulley I 61 and endless belt 62.Owing to belt pulley II 63 is connected with rotating shaft I 64, and rotating shaft I 64 is connected with screw mandrel I 65 and screw mandrel II 70 simultaneously, and therefore belt pulley II 63 can drive screw mandrel I 65 and screw mandrel II 70 to rotate simultaneously.Owing to screw mandrel I 65 and screw mandrel II 70 are that symmetrical expression is arranged, therefore operator can by screw mandrel I 65 and screw mandrel II 70 respectively with nut I 66 and nut II 69 coordinate the symmetry operation carrying out vehicle frame.Bolt III 67 and bolt IV 68 are not only able to respectively nut I 66 and nut II 69 be screwed location, but also nut I 66 and nut II 69 can be carried out auxiliary and support, to prevent vehicle frame from remaking into very much the deformation infringement of screw mandrel I 65 and screw mandrel II 70.In this utility model, being provided with grip device I 8 on support V 7, owing to the square casing V 81 in grip device I 8 is enclosed within support V 7, therefore grip device I 8 can move adjustment on support V 7.When grip device I 8 adjusts suitable position, it is fixed again through screwing fixture bolt I 82.Owing to spill framework I 84 connects for rotary type with being connected axle I 83, therefore when pipe fitting is put into inside it by the mouth arranged on spill framework I 84 by operator, and during by screwing fixture bolt III 87 pressure head I 85 pipe fitting tightly being fixed, operator can adjust the angle direction of spill framework I 84 and clamped pipe fitting freely, is beneficial to the welding job of operator.When spill framework I 84 and clamped pipe fitting adjust the position set, it is fixed again through screwing fixture bolt II 86.Due to connect axle II 88, spill framework II 89, pressure head II 90, fixture bolt IV 91, fixture bolt V 92 respectively with connect axle I 83, spill framework I 84, pressure head I 85, fixture bolt II 86, fixture bolt III 87 shape design identical, therefore operator can be fixed with the pipe fitting on spill framework II 89, pressure head II 90 and V 92 pairs of horizontal directions of fixture bolt, and can carry out the angle adjustment in horizontal direction by rotation spill framework II 89 and its clamped pipe fitting.In this utility model, being provided with grip device II 10 on support VI 9, owing to the square casing VI 101 in grip device II 10 is enclosed within support VI 9, therefore grip device II 10 can move adjustment on support VI 9.When grip device II 10 adjusts to the position set, it is fixed again through screwing fixture bolt VI 102.Due to connect axle III 103, spill framework III 104, pressure head III 105, fixture bolt VII 106, fixture bolt VIII 107 respectively with connect axle I 83, spill framework I 84, pressure head I 85, fixture bolt II 86, fixture bolt III 87 shape design identical, therefore operational approach is identical with function, does not repeat them here.Simultaneously because connect axle IV 108, spill framework IV 109, pressure head IV 110, fixture bolt Ⅸ 111, fixture bolt Ⅹ 112 respectively with connect axle II 88, spill framework II 89, pressure head II 90, fixture bolt IV 91, fixture bolt V 92 shape design identical, therefore operational approach is identical with function, does not repeat them here.Simultaneously in order to prevent vehicle frame from heavily damaging to this utility model very much, operator can pass through T-shaped slider I 14 and support VIII 13 and support VII 12 are slided by T-shaped slide block II 15 respectively to the left, and support VIII 13 is slided into the front of support V 7, support VII 12 is slided into the rear of support VI 9.Then again through square casing III 116 and square casing IV 119 upward sliding Mobile support device 11, when the bracing frame 115 in Mobile support device 11 and support V 7 and support VI 9 fully in contact with after, then screw bolt V 117 and bolt VI 118 respectively.

Described belt pulley II 63 can disassemble from rotating shaft I 64, it is simple to maintenance.

Described belt pulley I 61 can disassemble from rotating shaft II 72, it is simple to maintenance.

Embodiment described above only have expressed preferred implementation of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make some deformation, improvement and replacement, these broadly fall into protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.

Claims (3)

1. a novel universal equation motorcycle race grip device, it is characterized in that, include support I (1), support II (2), support III (3), support IV (4), move up and down device (5), symmetrical positioner (6), support V (7), grip device I (8), support VI (9), grip device II (10), Mobile support device (11), support VII (12), support VIII (13), T-shaped slider I (14), T-shaped slide block II (15), square casing I (18), square casing II (19), link (20), bolt I (21) and bolt II (22)；Left part at support I (1) is provided above support II (2), and support II (2) is set to vertical connection with support I (1)；Be provided with support III (3) at the rear of support II (2), support II (2) is arranged for run-in index with support III (3), and support II (2) is symmetrical with support III (3)；Being arranged below support IV (4) at support III (3), the lower end of support III (3) is set to vertical connection with the left part of support IV (4)；Support IV (4) is arranged on the rear of support I (1), is provided with link (20) between support IV (4) and support I (1)；The front end of link (20) is set to vertical connection with the left part of support I (1), and the rear end of link (20) is set to vertical connection with the left part of support IV (4)；Link (20) be provided above move up and down device (5), move up and down device (5) and include connecting plate (51), fixed block I (52), fixed block II (53), fixed block III (54), fixed block IV (55), fixed block V (56) and fixed block VI (57)；Connecting plate (51) is arranged on the top of link (20), and connecting plate (51) is arranged on support II (2) and the right side of support III (3)；Square casing I (18) and square casing II (19) it is provided with in the left side of connecting plate (51), the front end of connecting plate (51) is connected with square casing I (18), and the rear end of connecting plate (51) is connected with square casing II (19)；Square casing I (18) is enclosed within support II (2), square casing I (18) is set to be flexibly connected with support II (2), square casing II (19) is enclosed within support III (3), and square casing II (19) is set to be flexibly connected with support III (3)；Fixed block I (52) and fixed block II (53) it is provided with between square casing I (18) and square casing II (19), fixed block II (53) is arranged on the front of fixed block I (52), fixed block I (52) and fixed block II (53) are arranged for run-in index, and fixed block I (52) is symmetrical with fixed block II (53)；It is provided with connecting plate (51), fixed block I (52) and fixed block II (53) on the right side of fixed block I (52) and fixed block II (53) and is all set to vertical connection with connecting plate (51)；Fixed block III (54) and fixed block IV (55) it is provided with on the right side of connecting plate (51), fixed block III (54) and fixed block IV (55) are all set to vertical connection with connecting plate (51), fixed block III (54) and fixed block IV (55) are arranged for run-in index, fixed block III (54) is symmetrical with fixed block IV (55), and fixed block III (54) and fixed block IV (55) are corresponding with fixed block II (53) and fixed block I (52) respectively；Be provided with fixed block V (56) at the rear of fixed block IV (55), fixed block IV (55) is corresponding with fixed block V (56)；Fixed block V (56) is arranged on the right side of connecting plate (51), and fixed block V (56) is connected with the rear end of connecting plate (51)；Be provided with fixed block VI (57) on the right side of connecting plate (51), the front end of connecting plate (51) is connected with fixed block VI (57)；Fixed block VI (57) is arranged on the front of fixed block III (54), and fixed block VI (57) is corresponding with fixed block III (54)；Connecting plate (51) is provided with long recess I (58) and long recess II (59), long recess I (58) is symmetrical with long recess II (59), long recess I (58) is arranged between fixed block III (54) and fixed block VI (57), and long recess II (59) is arranged between fixed block IV (55) and fixed block V (56)；Being provided with symmetrical positioner (6) on device (5) moving up and down, symmetrical positioner (6) includes belt pulley I (61), endless belt (62), belt pulley II (63), rotating shaft I (64), screw mandrel I (65), nut I (66), bolt III (67), bolt IV (68), nut II (69), screw mandrel II (70), rocking handle (71) and rotating shaft II (72)；Belt pulley I (61) is arranged between fixed block I (52) and fixed block II (53), belt pulley I (61) is provided with endless belt (62), endless belt (62) is set to be flexibly connected with belt pulley I (61), belt pulley I (61) is arranged on the left side of connecting plate (51), and endless belt (62) is arranged on the outside of connecting plate (51)；The right side of connecting plate (51) is provided with belt pulley II (63), belt pulley II (63) is arranged between fixed block III (54) and fixed block IV (55), belt pulley II (63) is provided with endless belt (62), belt pulley II (63) is set to be flexibly connected with endless belt (62), and belt pulley II (63) is corresponding with belt pulley I (61)；Belt pulley II (63) is arranged on rotating shaft I (64), arrange porose at fixed block III (54) and the upper symmetrical expression of fixed block IV (55), the front end of rotating shaft I (64) reaches the front of fixed block III (54) through the upper hole arranged of fixed block III (54), the rear end of rotating shaft I (64) reaches the rear of fixed block IV (55) through the upper hole arranged of fixed block IV (55), and rotating shaft I (64) is disposed as being flexibly connected with fixed block III (54) and fixed block IV (55)；Be provided with screw mandrel I (65) in the front of rotating shaft I (64), rotating shaft I (64) is connected with screw mandrel I (65)；Being provided with nut I (66) on screw mandrel I (65), screw mandrel I (65) matches with nut I (66), and screw mandrel I (65) is set to be flexibly connected with nut I (66)；The left side of nut I (66) is provided with bolt III (67), bolt III (67) is set to bolt with nut I (66) and is connected, bolt III (67) is arranged in the long recess I (58) of connecting plate (51), and bolt III (67) is set to be flexibly connected with connecting plate (51)；The rear of bolt III (67) is provided with bolt IV (68), bolt IV (68) is arranged in the long recess II (59) of connecting plate (51), and bolt IV (68) is set to be flexibly connected with connecting plate (51)；Be provided with nut II (69) on the right side of bolt IV (68), bolt IV (68) is set to bolt with nut II (69) and is connected；Nut II (69) is arranged on screw mandrel II (70), and nut II (69) matches with screw mandrel II (70), and nut II (69) is set to be flexibly connected with screw mandrel II (70)；The front of screw mandrel II (70) is provided with rotating shaft I (64), the front end of screw mandrel II (70) is connected with the rear end of rotating shaft I (64), and screw mandrel II (70) is symmetrical with screw mandrel I (65)；Belt pulley I (61) is arranged on rotating shaft II (72), arrange porose at fixed block I (52) and the upper symmetrical expression of fixed block II (53), the front end of rotating shaft II (72) reaches the front of fixed block II (53) through the upper hole arranged of fixed block II (53), the rear end of rotating shaft II (72) reaches the rear of fixed block I (52) through the upper hole arranged of fixed block I (52), and rotating shaft II (72) is disposed as being flexibly connected with fixed block I (52) and fixed block II (53)；Be provided with rocking handle (71) in the front of rotating shaft II (72), rotating shaft II (72) is connected with rocking handle (71)；The right side of symmetrical positioner (6) is provided with support V (7) and support VI (9), support V (7) is arranged on the front of support VI (9), support V (7) is arranged for run-in index with support VI (9), and support V (7) is symmetrical with support VI (9)；Support V (7) is arranged on the right side of nut I (66), and the left end of support V (7) is connected with nut I (66)；Support VI (9) is arranged on the right side of nut II (69), and the left end of support VI (9) is connected with nut II (69)；Being provided with grip device I (8) on support V (7), grip device I (8) includes square casing V (81), fixture bolt I (82), connection axle I (83), spill framework I (84), pressure head I (85), fixture bolt II (86), fixture bolt III (87), connects axle II (88), spill framework II (89), pressure head II (90), fixture bolt IV (91) and fixture bolt V (92)；Square casing V (81) is enclosed within support V (7), and square casing V (81) is set to be flexibly connected with support V (7)；It is provided above fixture bolt I (82) at square casing V (81), fixture bolt I (82) is set to bolt with square casing V (81) and is connected, and fixture bolt I (82) is set to be flexibly connected with support V (7)；Be provided with connection axle I (83) in the front of square casing V (81), square casing V (81) is set to fixing connection with the rear end being connected axle I (83)；The front connecting axle I (83) is provided with spill framework I (84), the front end connecting axle I (83) is set to be rotationally connected with spill framework I (84), and the top of spill framework I (84) is provided with mouth；It is internally provided with pressure head I (85) at spill framework I (84), be provided with fixture bolt III (87) in the front of pressure head I (85), pressure head I (85) is connected with fixture bolt III (87)；Fixture bolt III (87) is arranged on spill framework I (84), and fixture bolt III (87) is set to bolt with the front side wall of spill framework I (84) and is connected；Spill framework I (84) is provided with fixture bolt II (86), fixture bolt II (86) is set to bolt with the top of the rear wall of spill framework I (84) and is connected, and fixture bolt II (86) is set to be flexibly connected with being connected axle I (83)；Square casing V (81) be arranged below connect axle II (88), square casing V (81) be set to the upper end being connected axle II (88) fix connect；It is arranged below spill framework II (89) what connect axle II (88), connects the lower end of axle II (88) and be set to rotary type with spill framework II (89) and be connected；Spill framework II (89) is provided with mouth, it is internally provided with pressure head II (90) at spill framework II (89), being arranged below fixture bolt V (92) at pressure head II (90), pressure head II (90) is connected with fixture bolt V (92)；Fixture bolt V (92) is arranged on spill framework II (89), and fixture bolt V (92) is set to bolt with the bottom of spill framework II (89) and is connected；Spill framework II (89) is provided with fixture bolt IV (91), fixture bolt IV (91) is set to bolt with spill framework II (89) and is connected, and fixture bolt IV (91) is set to be flexibly connected with being connected axle II (88)；Being provided with grip device II (10) on support VI (9), grip device II (10) includes square casing VI (101), fixture bolt VI (102), connection axle III (103), spill framework III (104), pressure head III (105), fixture bolt VII (106), fixture bolt VIII (107), connects axle IV (108), spill framework IV (109), pressure head IV (110), fixture bolt Ⅸ (111) and fixture bolt Ⅹ (112)；Square casing VI (101) is enclosed within support VI (9), and square casing VI (101) is set to be flexibly connected with support VI (9)；It is provided above fixture bolt VI (102) at square casing VI (101), square casing VI (101) is set to bolt with fixture bolt VI (102) and is connected, and fixture bolt VI (102) is set to be flexibly connected with support VI (9)；Be provided with connection axle III (103) at the rear of square casing VI (101), square casing VI (101) is set to fixing connection with the front end being connected axle III (103)；Be provided with spill framework III (104) at the rear connecting axle III (103), the rear end of connection axle III (103) is set to rotary type with spill framework III (104) and is connected；Spill framework III (104) is provided with mouth, it is internally provided with pressure head III (105) at spill framework III (104), be provided with fixture bolt VIII (107) at the rear of pressure head III (105), pressure head III (105) is connected with fixture bolt VIII (107)；Fixture bolt VIII (107) is arranged on spill framework III (104), and fixture bolt VIII (107) is set to bolt with the rear wall of spill framework III (104) and is connected；It is provided above fixture bolt VII (106) at spill framework III (104), fixture bolt VII (106) is set to bolt with the top of the front side wall of spill framework III (104) and is connected, and fixture bolt VII (106) is set to be flexibly connected with being connected axle III (103)；Square casing VI (101) be arranged below connect axle IV (108), square casing VI (101) be set to the upper end being connected axle IV (108) fix connect；It is arranged below spill framework IV (109) what connect axle IV (108), connects the lower end of axle IV (108) and be set to rotary type with spill framework IV (109) and be connected；Spill framework IV (109) is provided with mouth, it is internally provided with pressure head IV (110) at spill framework IV (109), being arranged below fixture bolt Ⅹ (112) at pressure head IV (110), pressure head IV (110) is connected with fixture bolt Ⅹ (112)；Fixture bolt Ⅹ (112) is arranged on spill framework IV (109), and fixture bolt Ⅹ (112) is set to bolt with the bottom of spill framework IV (109) and is connected；The rear of spill framework IV (109) is provided with fixture bolt Ⅸ (111), fixture bolt Ⅸ (111) is set to bolt with spill framework IV (109) and is connected, and fixture bolt Ⅸ (111) is set to be flexibly connected with being connected axle IV (108)；Support VIII (13) and support VII (12) it is provided with on the right side of support V (7) and support VI (9), support VII (12) is arranged on the top of support IV (4), support IV (4) is provided with T-shaped groove II (17), being provided with T-shaped slide block II (15) in T-shaped groove II (17), T-shaped slide block II (15) is set to be flexibly connected with support IV (4)；Being provided above support VII (12) at T-shaped slide block II (15), T-shaped slide block II (15) is connected with support VII (12)；Support VIII (13) is arranged on the top of support I (1), support I (1) is provided with T-shaped groove I (16), being provided with T-shaped slider I (14) in T-shaped groove I (16), T-shaped slider I (14) is set to be flexibly connected with support I (1)；Being provided above support VIII (13) in T-shaped slider I (14), T-shaped slider I (14) is connected with support VIII (13)；Being provided with Mobile support device (11) between support VII (12) and support VIII (13), Mobile support device (11) includes bracing frame (115), square casing III (116), bolt V (117), bolt VI (118) and square casing IV (119)；Bracing frame (115) is arranged between support VII (12) and support VIII (13), be provided with square casing III (116) in the front of bracing frame (115), bracing frame (115) is connected with square casing III (116)；Square casing III (116) is enclosed within support VIII (13), and square casing III (116) is set to be flexibly connected with support VIII (13)；The right side of square casing III (116) is provided with bolt V (117), square casing III (116) is set to bolt with bolt V (117) and is connected, and bolt V (117) is set to be flexibly connected with support VIII (13)；Be provided with square casing IV (119) at the rear of bracing frame (115), bracing frame (115) is connected with square casing IV (119)；Square casing IV (119) is enclosed within support VII (12), and square casing IV (119) is set to be flexibly connected with support VII (12)；The right side of square casing IV (119) is provided with bolt VI (118), bolt VI (118) is set to bolt with square casing IV (119) and is connected, and bolt VI (118) is set to be flexibly connected with support VII (12)；Bolt I (21) is arranged on the left side of square casing I (18), bolt I (21) is set to bolt with square casing I (18) and is connected, and bolt I (21) is set to be flexibly connected with support II (2)；Bolt II (22) is arranged on the left side of square casing II (19), bolt II (22) is set to bolt with square casing II (19) and is connected, and bolt II (22) is set to be flexibly connected with support III (3).

2. a kind of novel universal equation motorcycle race grip device according to claim 1, it is characterised in that belt pulley II (63) can disassemble from rotating shaft I (64).

3. a kind of novel universal equation motorcycle race grip device according to claim 1, it is characterised in that belt pulley I (61) can disassemble from rotating shaft II (72).