CN201751291U - Structure of improved scooter - Google Patents

Abstract

The utility model provides a structure of an improved scooter. A frame which is fixedly provided with a front pipe is provided with a control body, the control body is internally provided with an elastic resetting element which is penetrated through a drive rod and connected with the frame, the two sides of the control body are respectively provided with a positioning lug which can be used for a plurality of pivoted bolts to pivot a left carrier rod and a right carrier rod, the two sides of the frame which is near the control body are further provided with the pivoted bolts to position the left carrier rod and the right carrier rod, the upper end and the lower end of the front pipe are respectively provided with a handle and a front drive wheel, and the back ends of the left carrier rod and the right carrier rod are respectively provided with a back drive wheel set which can freely swing and automatically reset. In short, after a user stand on the scooter with one foot on the left carrier rod and the other foot on the right carrier rod, the scooter can slide by the means that the user applies the force interactively by wiggling the body, the rump or the feet or matches with the left swinging handle and the right swinging handle, thereby achieving the aim and the effect of the sports game which is distinctive and has interestingness and multi-operation form.

Description

The Kickboard Scooter structure of improvement

Technical field

The utility model relates to a kind of Kickboard Scooter structure of improvement, particularly relates to a kind ofly being provided with simply, operates simple and easyly, smooth and easy, has the Kickboard Scooter structure of multiple and distinguished operation form.

Background technology

Existing known configuration triangular in shape also makes the handle can a left side, the right side is waved and is driven the Kickboard Scooter design that moves car body, as U.S. Pat 6,499,751B1, US6,517,093B2, US6,554,302B1, US6,827,358B2, US6,976,687B2 etc., its etc. structure substantially as Fig. 1, shown in Figure 2, pipe 10 before mainly being provided with one, be pivoted with the standpipe 11 that freely rotates at preceding pipe 10, be provided with handle 12 in standpipe 11 upper ends, being installed on a front driving wheel 13 in standpipe 11 lower ends by front fork 111, being provided with a pivot ear 101 forward in preceding pipe 10 lower ends, is to borrow bolt 102, lining is established element 103 with a left side, interlocking end 202 pivots alive of the extension of section 201 of right carrier pin 20, pipe 10 positions are provided with first and wear axle 104 before pivot ear 101 is cooresponding backward, for a turning block 14 pivots of living, be respectively equipped with one horizontal second at turning block 14 two ends and wear axle 141, place for a buffering elastomer 15, and for bolt 142, lining is established element 143 buffering elastomer 15 lock is set the position, and should a left side, right 15 of buffering elastomers are to be contained in a left side with horizontal shape, in the front end axle sleeve 203 of right carrier pin 20; Pipe 10 front driving wheels that can land 13 are fulcrum before this, and to wear axle with first 104 be the capable left and right swing of turning point, and this is subjected to interlocking end 202, extension of section 201 and the axle sleeve 203 of the left and right carrier pin 20 of left and right swing pressure, can borrow buffering elastomer 15 row bufferings and involution effect respectively.In addition, be respectively equipped with load-carrying wheel 21 in left and right carrier pin 20 rear ends, and take turns 21 position configuration in load-carrying one carrier 22 is arranged.In a word, the user stands on carrier 22 and with after the both hands holds handle 12, the mode that still can left and rightly wave handle 12 causes front driving wheel 13 left and right beats, and in beat with the lift-over forward of S shape path, reach the sport and body-building purpose that slides forward with whole Kickboard Scooter.

As mentioned above, please cooperate Fig. 3, shown in Figure 4 again, 20 of this left and right carrier pin are provided with folded structure at adjacent front end, mainly be provided with pivot ear 204 be connected in axle sleeve 203 ends, the folder ear 205 be connected in carrier 22 ends, this pivot ear 204 is to be articulated in folder ear 205 and to borrow pivot 206 to be pivoted, be provided with a trepanning 2051 for holding a spring 207 and shank 208 at folder ear 205 ends, these shank 208 front ends can borrow the power of spring 207 just to be arranged in the clamping hole 2041 of pivot ear 204, be installed on toggle 209 on every side, can be moved after the application of force and implement to break away from clamping hole 2041 actions.In a word, when moving to shank 208 behind the toggle 209 and break away from clamping holes 2041, this installs the carrier pin 20 of carrier 22 and load-carrying wheel 21, can implement the folding action for turning point by pivot 206, reach and reduce Kickboard Scooter volume effect, and shank 208 is when borrowing the power of spring 207 to be arranged in clamping hole 2041, and then carrier pin 20 can be implemented to launch for the Kickboard Scooter operation.

Undeniable, the setting of above-mentioned Kickboard Scooter can provide the user seasonable sport and body-building effect really, and can reach the effect of folding reduced volume, but but still has the following defective of blemish in an otherwise perfect thing on the implementation, that is:

1, waves extension of section 201 to left and right carrier pin 20, latching connector 202, axle sleeve 203 in the lump during stressed beat when handle 12 is left and right, owing to just borrow the buffering elastomer 15 that is contained in the axle sleeve 203 that cushion effect is provided, therefore under the state of operation car body gliding motility, the embodiment of elastic force should only be provided axle sleeve 203 merely, inevitable buffering and the relatively poor or not enough situation of involution power taking place easily, thereby makes the operation of Kickboard Scooter that more stiff, the not nature and the phenomenon that has some setbacks can take place.

2, slide owing to advancing of whole locomotive body, can only reach 12 to front driving wheel 13 beats by left and right waving, the load-carrying of two carrier pin, 20 rear ends wheel 21 also can't be done the mutual application of force by both feet and drive and move the car body action, and therefore effort, dull even have some setbacks and stiff sense is obviously arranged in operation.

3, because two back load-carrying wheels 21 can't be implemented mutual PROPEL by both feet, liftoff danger of soaring takes place more easily when making the car body taxiing turn to take turns.

4, owing to must folded structure be set respectively again at left and right carrier pin 20 adjacent front ends, can make Kickboard Scooter implement the folding effect, still, this folded structure not only part is many and assembling trouble, complicated and bothersome, uneconomical arranged.

When 5, launching to use owing to left and right carrier pin 20, this folded structure is to support user's weight with shank 208 fully, at this moment, Kickboard Scooter is through constantly being operated and slide against various road surfaces by the application of force, and the user who bears various body weight operates down, will very easily occur bending and deformation even the danger of the fracture that comes off.

This shows, above-mentioned existing handle can left and rightly be waved drive the Kickboard Scooter that moves car body structure with use, obviously still have inconvenience and defective, and demand urgently further being improved.Therefore how to found a kind of Kickboard Scooter structure of improvement that has that volume is little, cost is low concurrently and can have the new structure of comprehensive adjustment function when using, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.

Summary of the invention

The purpose of this utility model is, a kind of Kickboard Scooter structure of improvement is provided, technical matters to be solved is to make it can improve above-mentioned disappearance, and to making Kickboard Scooter have making simply, operate simple and easy, smooth and easy and the multiple and unusual operation form of tool, and then reach tool interesting and rich variational motor play purpose and effect.

The purpose of this utility model and to solve its technical matters be to adopt following technical scheme to realize.Kickboard Scooter structure according to a kind of improvement that the utility model proposes, include vehicle frame, be installed in the preceding pipe of vehicle frame, the standpipe of pipe before being hubbed on, be installed in the handle and the front driving wheel of standpipe upper and lower end respectively, be articulated in the left and right carrier pin of vehicle frame, be placed in the carrier and the rear drive wheels of left and right carrier pin; Wherein be provided with a control volume at vehicle frame, this control volume is provided with one and holds body, be provided with elasticity involution element holding the body place, this holds body and elasticity involution element is to be not rotate shape and be driven bar and place and be connected in vehicle frame, is holding the body both sides and is being respectively equipped with chucking lug for the pintle(-tel) that the places left and right carrier pin location that is pivoted.

The purpose of this utility model and solve its technical matters and can also be further achieved by the following technical measures.

The Kickboard Scooter structure of aforesaid improvement, the involution element that wherein said control volume is settled is to be rubber.

The Kickboard Scooter structure of aforesaid improvement, wherein said drive spindle are can be made as more than two or two.

The Kickboard Scooter structure of aforesaid improvement, the cooresponding left and right carrier pin of wherein said control volume both sides chucking lug position is respectively equipped with an axle sleeve, is provided with buffering elastomer and also places the chucking lug that is hubbed on control volume for pintle(-tel) in axle sleeve.

Buffering elastomer in the Kickboard Scooter structure of aforesaid improvement, wherein said axle sleeve is to be rubber.

The Kickboard Scooter structure of aforesaid improvement, the neighbour of wherein said left and right carrier pin meets the axle sleeve place and is located at vehicle frame with a pintle(-tel) in addition.

The Kickboard Scooter structure of aforesaid improvement, wherein said rear drive wheels are to be provided with rear drive sprocket, this rear drive sprocket is to be the bias voltage shape by back vent and tilting rotation pivot spare to be hubbed on the carrier pin rear end.

The utility model compared with prior art has tangible advantage and beneficial effect.By technique scheme, the Kickboard Scooter structure of the utility model improvement is meant that the vehicle frame place that pipe sets firmly before providing is provided with a control volume, be provided with elasticity involution element in this control volume and be connected in vehicle frame after wearing for drive spindle, its both sides are respectively equipped with chucking lug for the pintle(-tel) left and right carrier pin that is pivoted, and in the vehicle frame both sides of contiguous control volume and be provided with pintle(-tel) again for left and right carrier pin location; In addition, be respectively equipped with handle and front driving wheel at preceding pipe upper and lower end, be respectively equipped with in left and right carrier pin rear end freely swing, the rear drive wheels of involution automatically; Thereby, user's both feet are stood after on the left and right carrier pin, can twist the mutual application of force of health, buttocks or both feet or cooperate the left and right handle mode of waving to drive car body and slide, to reach unusual and tool is interesting and the motor play purpose and the effect of multiple operation form.Can reach cooresponding technological advance and practicality, and have the extensive value on the industry, it has following advantage at least:

Make simply, operate simple and easy, convenient and tool safety.

Can make the operation of Kickboard Scooter more smooth and easy, natural and laborsaving.

Can make Kickboard Scooter have the interest of unusual and multiple operation form and recreational.

Kickboard Scooter is launched and the operation of folding more simple and easy, convenient and quick.

Above-mentioned explanation only is the general introduction of technical solutions of the utility model, for can clearer understanding technological means of the present utility model, and can be implemented according to the content of specification sheets, and for above-mentioned and other purposes, feature and advantage of the present utility model can be become apparent, below especially exemplified by preferred embodiment, and conjunction with figs., be described in detail as follows.

Description of drawings

Fig. 1 is the schematic perspective view of existing known Kickboard Scooter.

Fig. 2 is the scheme drawing of preceding pipe of Fig. 1 and left and right carrier pin joint construction.

Fig. 3 is the scheme drawing of the left and right carrier pin folded structure of Fig. 1.

Fig. 4 is the scheme drawing of Fig. 3 folded structure running.

Fig. 5 is the schematic perspective view that the utility model first embodiment launches.

Fig. 6 is the schematic top plan view of Fig. 5 vehicle frame, control volume and left and right carrier pin joint construction.

Fig. 7 is the schematic side view of Fig. 5 vehicle frame, control volume and left and right carrier pin joint construction.

Fig. 8 is the schematic side view that Fig. 5 rear drive wheels are placed in carrier pin rear end structure.

Fig. 9 is the scheme drawing of pipe, vehicle frame beat running left before Fig. 7.

Figure 10 is the scheme drawing of pipe, vehicle frame beat running to the right before Fig. 7.

Figure 11 is the schematic top plan view of Fig. 5 rear drive wheels running.

Figure 12 is that the master of Fig. 5 looks scheme drawing.

Figure 13 is that the master of Figure 12 folding running looks scheme drawing.

Figure 14 is the schematic perspective view that the utility model second embodiment launches.

Figure 15 is the schematic top plan view of Figure 14 vehicle frame, control volume and left and right carrier pin joint construction.

Figure 16 is the schematic side view of Figure 14 vehicle frame, control volume and left and right carrier pin joint construction.

Figure 17 is the scheme drawing of pipe, vehicle frame beat running left before Figure 16.

Figure 18 is the scheme drawing of pipe, vehicle frame beat running to the right before Figure 16.

Figure 19 is that the master of Figure 14 looks scheme drawing.

Figure 20 is that the master of Figure 19 folding running looks scheme drawing.

10: preceding pipe 101: pivot ear 102: bolt 103: lining is established element

Wear axle 11 at 104: the first: standpipe 111: front fork 12: handle

13: front driving wheel 14: turning block is worn axle 142 at 141: the second: bolt

143: lining is established element 15: buffering elastomer 20: left and right carrier pin

201: extension of section 202: interlocking end 203: axle sleeve 204: the pivot ear

2041: clamping hole 205: folder ear 2051: trepanning 206: pivot

207: spring 208: shank 209: toggle 21: the load-carrying wheel

22: carrier 24: pintle(-tel) 25: pintle(-tel) 30: the rear drive wheels

301: rear drive sprocket 302: back vent 303: rotate pivot spare 40: vehicle frame

401: screw 50: control volume 501: hold body

502: elasticity involution element 503: drive spindle

504: chucking lug

The specific embodiment

For further setting forth the utility model is to reach technological means and the effect that predetermined goal of the invention is taked, below in conjunction with accompanying drawing and preferred embodiment, to its specific embodiment of Kickboard Scooter structure, structure, feature and effect thereof according to the improvement that the utility model proposes, describe in detail as after.

See also Fig. 5 the utility model first embodiment and cooperate Fig. 6, Fig. 7, shown in Figure 8, the Kickboard Scooter structure of improvement, include a vehicle frame 40, pipe 10 before it is installed on one, be pivoted with the standpipe 11 that freely rotates at preceding pipe 10, be provided with handle 12 in standpipe 11 upper ends, the lower end is installed on front driving wheel 13 by front fork 111; One control volume 50, be that the position is located in the vehicle frame 40, be provided with one and hold body 501, in holding body 501, be provided with elasticity involution element 502 (present embodiment is as elasticity involution element with the rubber that is covered with), this holds body 501 and elasticity involution element 502 is to be not rotate shape and be driven bar 503 and place and be connected in vehicle frame 40 and be respectively equipped with a chucking lug 504 holding body 501 both sides, wherein, after drive spindle 503 is connected in vehicle frame 40, hold body 501 and elasticity involution element 502 can be along with vehicle frame 40 not be swung synchronously in order to make, this drive spindle 503 and can being made as more than two or two; Left and right carrier pin 20, be respectively equipped with carrier 22 on it, front end is provided with axle sleeve 203, accommodate buffering elastomer 15 (present embodiment is as buffering elastomer with the rubber that is covered with) in the axle sleeve 203, can be locked in the corresponding chucking lug 504 of control volume 50 both sides respectively by pintle(-tel) 24, be provided with pintle(-tel) 25 in addition in contiguous axle sleeve 203 positions and live pivot in vehicle frame 40, when pintle(-tel) 24 was not locked on the chucking lug 504 of control volume 50, vehicle frame 40 can pintle(-tel) 25 be the turning point relative wobbling action of row mutually with left and right carrier pin 20; Left and right rear drive wheels 30 are respectively equipped with rear drive sprocket 301, are to borrow back vent 302 and tilting rotation pivot spare 303 to be the bias voltage shape to be hubbed on carrier pin 20 rear ends, and Kickboard Scooter with front driving wheel 13 together support;

At this moment, utilize above-mentioned the utility model that constitutes, because left and right carrier pin 20 is by pintle(-tel) 25 pivots alive with vehicle frame 40, therefore in the time of will using Kickboard Scooter, as long as the user will install in other pintle(-tel) 24 of left and right carrier pin 20 and directly be locked on cooresponding control volume chucking lug 504, just then this left and right carrier pin 20 and preceding pipe 10, handle 12 etc. can be easy, fast speed launches mutually.Then, the user is that both feet are stood and held up handle hand 12 operation Kickboard Scooters in left and right carrier 22 and both hands, please cooperate Fig. 9, shown in Figure 10, when left and right shake handle 12 cause standpipe 11, preceding pipe 10, when vehicle frame 40 is swung in the lump, except the front driving wheel that lands 13 can produce beats and with S shape path forward lift-over drive and move car body and advance, this left and right carrier pin 20 is hubbed at vehicle frame 40, and is placed by another pintle(-tel) 24 and to be locked on control volume 50 by a pintle(-tel) 25 because of front end, and this control volume 50 is driven bar 503 again and places and be connected in vehicle frame 40, so its grade promptly can related pressurized beat.Again, because this axle sleeve 203 that is placed by pintle(-tel) 24 is to be provided with buffering elastomer 15, and this body 501 that holds that is driven the control volume 50 that bar 503 places promptly is provided with elasticity involution element 502, a thereby left side, during right carrier pin 20 pressurized beats, except the buffering elastomer in the axle sleeve 203 15 can provide buffering and involution power (as Fig. 7 to its grade, Fig. 9, shown in Figure 10), especially, this drive spindle 503 that is set in vehicle frame 40 can apply pressure to cooresponding elasticity involution element 502 (as Fig. 7 during along with vehicle frame 40 beats, Fig. 9, shown in Figure 10), hold body 501 and chucking lug 504 with the elasticity involution element 502 related meetings of pressurized with what elastic acting force was bestowed control volume 50, and then the pintle(-tel) 24 that lock is established and the axle sleeve 203 that placed provide buffering and involution application force, the then left side of this beat in the lump, right carrier pin 20 still can obtain another buffering and involution application force again.In addition, with handle 12 is left and right when shaking to left and right carrier pin 20 pressurized beats, the left and right carrier pin 20 of this beat is except obtaining the buffering and the involution power of the buffering elastomer 15 in the axle sleeve 203, simultaneously, get final product the buffering and the involution application force of the elasticity involution element of controlled body 50, thereby, under double buffering and the cooperation of involution application force, the operation of this Kickboard Scooter, comprise action, will all can reach more smooth and easy, laborsaving and natural effect handle 12 left and right operations of shaking and 20 involutions of left and right carrier pin.

Above-mentioned, as shown in Figure 8, because in left and right carrier pin 20 rear ends is to be installed on rear drive wheels 30 with the bias voltage shape, cause the downward application of force station of user's both feet when carrier 22, the stressed rotation pivot spare 303 of this bias voltage can be done the automatic guiding action by back vent 302 guiding rear drive sprockets 301, therefore operate the action of Kickboard Scooter, can reach by shaking handle 12 except above-mentioned, please cooperate shown in Figure 11, the user also can stand behind left and right carrier 22 at both feet, does the mutual application of force of both feet or twisting health, buttocks mode.Promptly utilizing these rear drive wheels 30 is to be the bias voltage shape to be hubbed on left and right carrier pin 20 rear ends, when the user forces in left and right carrier 22 with the mutual application of force of both feet or twisting health, buttocks mode, the rear drive sprocket 301 of this stressed left and right beat will be done automatic guiding, involution action in swing, and under the running of the lasting application of force, just can be smoothly along S shape path forward lift-over drive and move car body and slide.

Above-mentioned, because after buffering elastomer 15 and elasticity involution element 502 cooperatively interact, the operation of handle 12 beats and the left side that can cause front driving wheel 13 to roll forward, right carrier pin 20 involutions action, have more smooth and easy, nature and labor-saving effect, and the rear drive wheels 30 that this bias voltage is pivoted again can be at automatic guiding, in the involution action, causing the user can the mutual application of force of both feet or twisting health, the buttocks mode is operated a left side, right carrier 22, and cause rear drive sprocket 301 and can smooth and easyly roll forward to drive and move car body, when then operating the utility model Kickboard Scooter, the user more can comprise this both hands and shake handle 12 beats, the mutual application of force of both feet or twisting health, the arm mode forces in a left side, modes such as right carrier 22 cooperate utilization alternately, not only to make the operation of Kickboard Scooter have more smooth and easy, nature and labor-saving effect, simultaneously, also can in multiple operation form, reach the tool interest, recreational and distinguished motor play purpose and effect.

Please cooperate Figure 12, shown in Figure 13 again, because left and right carrier pin 20 is to borrow pintle(-tel) 25 to live pivot at vehicle frame 40, and launch mutually at chucking lug 504 (seeing shown in Figure 6) Shi Yuqian pipe 10, the handle 12 that other pintle(-tel) 24 is locked on control volume 50, therefore the user also can unscrew pintle(-tel) 24 and break away from control volume 50, and be that turning point is down pulled folding with preceding pipe 10, handle 12 with pintle(-tel) 25, with stacked mutually, reach the reduced volume effect with left and right carrier 20; Therefore, the use of the utility model Kickboard Scooter will have expansion, folding is simple and easy, convenient and the fast speed effect.

See also Figure 14 the utility model second embodiment and cooperate Figure 15, shown in Figure 16, its operating principle and first embodiment are similar, mainly be that control volume 50 migration vehicle frames 40 rear ends are settled, and this axle sleeve 203 that is provided with buffering elastomer 15 is to be placed in left and right carrier pin 20 with opposite position, and by a pintle(-tel) 25 pivots alive, at left and right carrier pin 20 places of vehicle frame 40 front ends and correspondence position, then be that lock is provided with a pintle(-tel) 24 in addition.That is, this control volume 50 be provided with equally holding elasticity involution element 502 hold body 501, this holds body 501 also is to be driven bar 503 to place and be connected in vehicle frame 40, and is provided with chucking lug 504 in both sides for the pintle(-tel) 25 that the places axle sleeve 203 pivots location of living; In addition, please cooperate Figure 17, shown in Figure 180, user's both feet are stood in carrier 22 and with both hands are left and right when shaking handle 12, the buffering elastomer 15 in this axle sleeve 203 and the elasticity involution element 502 of control volume 50, promptly can match provides the handle of beat 12 and left and right carrier pin 20 buffering and involution application forces, has smooth and easy, nature and labor-saving effect with the operation of Kickboard Scooter.

Above-mentioned, please cooperate shown in Figure 19, but in left and right carrier pin 20 rear ends are the rear drive wheels 30 that are installed on automatic guiding, involution equally with the bias voltage shape, therefore the user drives and moves Kickboard Scooter except shaking handle 12 modes, can also the mutual application of force of both feet or twisting health, buttocks mode force in left and right carrier pin 20 and drive Kickboard Scooter, maybe aforementioned these operating mode can be cooperated alternately utilization to drive Kickboard Scooter, not only have smooth and easy, nature and labor-saving effect with the operation of Kickboard Scooter, have the interest of multiple operation form, recreational effect especially.

Above-mentioned, please cooperate shown in Figure 20 again, because this pintle(-tel) 25 that places axle sleeve 203 is the pivot chucking lugs 504 at control volume 50 of living, when therefore using Kickboard Scooter is as turning point that preceding pipe 10 is up cocked with pintle(-tel) 25, and other pintle(-tel) 24 that will be installed in left and right carrier pin 20 is locked in the default screws 401 (as Figure 15, shown in Figure 20) of vehicle frame 40 and gets final product, on the contrary, when pintle(-tel) 24 is unscrewed disengaging vehicle frame 40, this handle 12, preceding pipe 10 can also pintle(-tel) 25 be down pulled for turning point, to reach the folding purpose of expection reduced volume.

Above-mentioned, the operation of expansion of Kickboard Scooter shown in this first embodiment and second embodiment and folding, all be to be hubbed on the pintle(-tel) 25 of vehicle frame 40 rear ends, or the pintle(-tel) 25 that is hubbed on the control volume 50 that is positioned at vehicle frame 40 rear ends is turning point, in requisition for, running can be hubbed on vehicle frame 40 front ends for the pintle(-tel) 25 of turning point purposes changes, or change and be hubbed on control volume 50 positions that are positioned at vehicle frame 40 front ends, therefore, still can reach the purpose and the effect of simple and easy expansion of Kickboard Scooter and folding.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, though the utility model discloses as above with preferred embodiment, yet be not in order to limit the utility model, any those skilled in the art, in not breaking away from the technical solutions of the utility model scope, when the technology contents that can utilize above-mentioned announcement is made a little change or is modified to the equivalent embodiment of equivalent variations, in every case be the content that does not break away from technical solutions of the utility model, according to technical spirit of the present utility model to any simple modification that above embodiment did, equivalent variations and modification all still belong in the scope of technical solutions of the utility model.

Claims (7)

1. the Kickboard Scooter structure of an improvement includes vehicle frame, is installed in the preceding pipe of vehicle frame, the standpipe of pipe before being hubbed on, be installed in the handle and the front driving wheel of standpipe upper and lower end respectively, be articulated in the left and right carrier pin of vehicle frame, be placed in the carrier and the rear drive wheels of left and right carrier pin; It is characterized in that: be provided with a control volume at vehicle frame, this control volume is provided with one and holds body, be provided with elasticity involution element holding the body place, this holds body and elasticity involution element is to be not rotate shape and be driven bar and place and be connected in vehicle frame, is holding the body both sides and is being respectively equipped with chucking lug for the pintle(-tel) that the places left and right carrier pin location that is pivoted.

2. the Kickboard Scooter structure of improvement according to claim 1 is characterized in that the involution element that wherein said control volume is settled is a rubber.

3. the Kickboard Scooter structure of improvement according to claim 1 is characterized in that wherein said drive spindle is to be made as more than two or two.

4. the Kickboard Scooter structure of improvement according to claim 1, it is characterized in that the cooresponding left and right carrier pin of wherein said control volume both sides chucking lug position is respectively equipped with an axle sleeve, in axle sleeve, be provided with buffering elastomer and also place the chucking lug that is hubbed on control volume for pintle(-tel).

5. the Kickboard Scooter structure of improvement according to claim 4 is characterized in that the buffering elastomer in the wherein said axle sleeve is a rubber.

6. the Kickboard Scooter structure of improvement according to claim 1, the neighbour who it is characterized in that wherein said left and right carrier pin meets the axle sleeve place and is located at vehicle frame with a pintle(-tel) in addition.

7. the Kickboard Scooter structure of improvement according to claim 1 is characterized in that wherein said rear drive wheels are to be provided with rear drive sprocket, and this rear drive sprocket is to be the bias voltage shape by back vent and tilting rotation pivot spare to be hubbed on the carrier pin rear end.

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