CN203727548U

CN203727548U - Swing scooter

Info

Publication number: CN203727548U
Application number: CN201420125848.2U
Authority: CN
Inventors: 托马斯·奥康奈尔
Original assignee: Happy Motion Co Ltd That Lives
Current assignee: Happy Motion Co Ltd That Lives
Priority date: 2014-03-19
Filing date: 2014-03-19
Publication date: 2014-07-23
Anticipated expiration: 2024-03-19

Abstract

The utility model discloses a swing scooter, which at least comprises a frame, a stand pipe, handles, a front wheel, at least two carrier rods, a flexible linkage mechanism, at least two rear wheels, at least two pedals, at least two auxiliary wheels and at least two swing assemblies, wherein the stand pipe, the handles and the front wheel are combined at the front end of the frame, and the flexible linkage mechanism is connected between the stand pipe and the carrier rods to provide swing torsion for the carrier rods; the rear wheels are respectively arranged at positions, near the rear end, on the carrier rods; the pedals are respectively arranged on the carrier rods; the auxiliary wheels are respectively arranged at the rear of the rear wheels; when the front wheel and the rear wheels are contacted with the ground, the auxiliary wheels are higher than the ground for proper height, and the swing assemblies are respectively connected between the carrier rods and the rear wheels. When the swing scooter is used, except a common use state that the front wheel and the rear wheels are contacted with the ground, the front end of the scooter can also be tilted, so that the swing scooter is used in a manner that the rear wheels and the auxiliary wheels are contacted with the ground, so the use fun is enhanced.

Description

Wave Kickboard Scooter

Technical field

The Kickboard Scooter that waves of the present utility model, aims to provide one outside general use state, more can provide user to make the Kickboard Scooter that waves of fancy use.

Background technology

Press, general existing three-wheel scooter mainly comprises a handle vertical rod and a pair of vehicle body hanger, handle rod end is established leader, a front-wheel is established in handle vertical rod bottom, vehicle body hanger end is respectively equipped with left and right trailing wheel, it mainly utilizes both feet to trample respectively on left and right pedal, and the mode that coordinates health to deflect drives car body to advance; Wherein, this front-wheel and left and right trailing wheel form at 3 with ground and contact, trample on left and right pedal to allow user be stablized, and coordinate with twisting handle or coordinate the mode wigwag motion handle vertical rod that twists health, and the left and right application of force is trampled the mode in left and right pedal, to drive front-wheel with the rolling forward of S shape path, and then reach the effect of advancing.

Only, no matter the Kickboard Scooter of which kind of pattern, existing Kickboard Scooter all can only use with the smooth general state sliding on ground of front and rear wheel, and other occupation mode cannot be provided.Because Kickboard Scooter develops into outdoor activity utensil gradually by the character of the vehicle, sports fan likes seeking change and innovation, attempts different playing methods, and traditional Kickboard Scooter has been not enough to provide sports fan's demand.

Utility model content

The technical matters that the utility model solves is providing one to wave Kickboard Scooter, can be outside general use state, and more provide user to make the Kickboard Scooter that waves of fancy use.

The technological means that the utility model adopts is as described below.Kickboard Scooter of the present utility model at least includes: vehicle frame, standpipe, handle, front-wheel, at least two years bars, flexible interlinked mechanism, at least two trailing wheels, at least two pedals, at least two auxiliary wheels and at least two wobble components, this standpipe, handle and front-wheel are incorporated into this vehicle frame front end, and this flexible interlinked mechanism is linked between this standpipe and this year bar, the rocking torsional that carries bar is provided, this trailing wheel is located at respectively this year bar near back-end location place, this pedal is located at respectively on this year bar, this auxiliary wheel is arranged at respectively this trailing wheel rear, in the time that this front-wheel and this trailing wheel are contacted with ground, this auxiliary wheel is above the ground level suitably highly, this wobble component is connected between this year bar and this trailing wheel.

Wherein, when use, except being contacted with front and rear wheel the general use state on ground, also can make the front end of Kickboard Scooter lift up, be contacted with ground and use with this trailing wheel and this auxiliary wheel, or can further make the limit action of " rabbit jumping ", can increase use enjoyment.

According to said structure feature, described wobble component has a back vent and and rotates pivot part, and this trailing wheel sees through back vent and rotates pivot part and is bias voltage shape and is hubbed at this year bar.

The rotation pivot part of above-mentioned wobble component is hubbed at this year bar with tilting shape.

According to said structure feature, described flexible interlinked mechanism is a flexible body.

Above-mentioned flexible body is glass fibre, soft metal or polyurethane material.

According to said structure feature, described Kickboard Scooter is further provided with a closing-folding mechanism, and this closing-folding mechanism is arranged between this vehicle frame and those year bar, in order to those year bar carried out to folding.

According to said structure feature, described closing-folding mechanism is provided with pintle(-tel), adjustment part and elastic element, this pintle(-tel) is hubbed between this vehicle frame and this year bar, this adjustment part is positioned at this pintle(-tel) front end, this adjustment part is fixed in this year lever lock on this vehicle frame, this elastic element is placed on outside this adjustment part, in order to this application force that adjustment part normality moves to be outwardly provided.

Above-mentioned closing-folding mechanism is further provided with block piece, and this block piece is positioned at this year bar the axial positions with respect to this adjustment part, when this adjustment part is moved outwardly, can be subject to the clip of block piece and unlikelyly depart from this year bar completely.

The beneficial effect that the utility model produces: generally, outside use state, more provide user to make fancy and use.

Brief description of the drawings

Fig. 1 is the structural perspective of the utility model middle slide plate car.

Fig. 2 is the structural representation of the utility model middle slide plate car.

Fig. 3 is the trailing wheel of the utility model middle slide plate car and the structure enlarged diagram of auxiliary wheel.

Fig. 4 is the use schematic diagram of the utility model middle slide plate car.

Fig. 5 is another use schematic diagram of the utility model middle slide plate car.

Fig. 6 is the structure enlarged diagram of closing-folding mechanism in the utility model.

Fig. 7 is another visual angle structure enlarged diagram of closing-folding mechanism in the utility model.

Fig. 8 is the structural representation after the folding of the utility model middle slide plate car.

Figure number explanation:

Angle θ

Vehicle frame 11

Body 111

Standpipe 12

Handle 13

Front-wheel 14

Carry bar 20

Flexible interlinked mechanism 30

Trailing wheel 40

Pedal 50

Auxiliary wheel 60

Wobble component 70

Back vent 71

Rotate pivot part 72

Hind axle joint portion 73

Connector 74

Closing-folding mechanism 80

Pintle(-tel) 81

Adjustment part 82

Elastic element 83

Block piece 84.

Detailed description of the invention

As the structural perspective of Fig. 1 the utility model Kickboard Scooter, and shown in the structural representation of Fig. 2 the utility model Kickboard Scooter, Kickboard Scooter of the present utility model at least includes: vehicle frame 11, standpipe 12, handle 13, front-wheel 14, at least two years bars 20, flexible interlinked mechanism 30, at least two trailing wheels 40, at least two pedals 50, at least two auxiliary wheels 60 and at least two wobble components 70.Wherein, the utility model was taking two years bars 20, two trailing wheels 40, two pedals 50, two auxiliary wheels 60 and two wobble components 70 as embodiment.

This standpipe 12 is arranged on this vehicle frame 11; This handle 13 is arranged at this standpipe 12 tops; One front-wheel 14 is arranged at this standpipe 12 bottoms; And two years bar 20 its front ends are all incorporated into vehicle frame 11; This flexible interlinked mechanism 30 is linked between this standpipe 12 and two years bars 20, and the rocking torsional of two years bars 20 is provided; Wherein, this vehicle frame 11 can have a body 111 (can be triangle as shown in the figure), this standpipe 12 is arranged on this body 111, within two years, bar 20 its front ends are hubbed at respectively this body 111 left and right two sides, this flexible interlinked mechanism 30 is linked between this standpipe 12 and those year bar 20, and the rocking torsional of those year bar 20 is provided.This flexible interlinked mechanism can be a flexible body (not shown), can provide and swing and elastic deflection action, and this flexible body is glass fibre, soft metal or polyurethane material, so that the rocking torsional of left and right year bar to be provided

Two trailing wheels 40 are located at respectively this year bar 20 near back-end location place; Two pedals 50 are located at respectively the top position place of this year bar 20.Two wobble components 70 are connected between this year bar 20 and this trailing wheel 40, shown in Fig. 3, this wobble component 70 has a back vent 71 and and rotates pivot part 72, this trailing wheel 40 sees through back vent 71 and rotates pivot part 72 and is bias voltage shape and is hubbed at this year bar 20, and this rotation pivot part 72 is hubbed at this year bar 20 with tilting shape, two trailing wheels 40 can be freely swung and forms the action of left and right beat.Certainly, in order to make this trailing wheel 40 there is best and automatic guiding effect the most smoothly, the tilting angle θ that is hubbed at carrier pin 20 of this rotation pivot part 72, and taking 65-70 degree as best.

At least two auxiliary wheels 60 are arranged at respectively this trailing wheel 40 rears, in the time that this front-wheel 14 and those trailing wheels 40 are contacted with ground, and this auxiliary wheel 60 suitably height that is above the ground level; Wherein, back vent 71 one end of this wobble component are connected in this rotation pivot part 72, another end is formed with hind axle joint portion 73 for connecting this trailing wheel 40, the hind axle joint portion 73 of this back vent further connects a connector 74, these connector 74 another ends are hubbed at the axle center of this auxiliary wheel 60, make this auxiliary wheel 60 be arranged at the rear of this trailing wheel 40.

When use, as shown in Figure 4, user's both feet force in the pedal 50 that carries on bar 20 and by hands grasping after handle 13, force in handle 13 in wigwag motion mode, and the left and right application of force is trampled in the mode of two pedals 50 and is caused front-wheel 14 wigwag motions, these related two stressed trailing wheels 40 can be on a left side, in right swing, do the reach of S shape road, and then, at front-wheel 14, under the cooperation of standpipe 12 and handle 13, user implements to comprise twisting health, buttocks, the various driving car body gestalt movement of hand and double-legged mutual or the synchronous application of force, hold concurrently and all have simplification in order to do the operation of waving Kickboard Scooter, interesting and recreational effect.

Outside above-mentioned general use state, the fancy that this Kickboard Scooter can be done is as shown in Figure 5 used.User tramples in the pedal 50 carrying on bar 20, and the front end of Kickboard Scooter has up been lifted up, now, front-wheel 14 built on stilts, meanwhile, Kickboard Scooter is contacted with ground with trailing wheel 40 and auxiliary wheel 60.By this, Kickboard Scooter can be transformed into the use state compared with fancy, be contacted with ground and slide by trailing wheel and auxiliary wheel.

Moreover as shown in FIG. 6 and 7, this Kickboard Scooter is further provided with a closing-folding mechanism 80, this closing-folding mechanism 80 is arranged at this vehicle frame 11 and carries between bar 20, carries out folding in order to will carry bar 20; Wherein, this closing-folding mechanism 80 is provided with pintle(-tel) 81, adjustment part 82 and elastic element 83, this pintle(-tel) 81 is hubbed at the body 111 of this vehicle frame 11 and carries between bar 20, this adjustment part 82 is positioned at this pintle(-tel) 81 front ends, this adjustment part 82 is locked on the body 111 of this vehicle frame carrying bar 20,83 of this elastic elements are placed on outside this adjustment part 82, in order to this application force that adjustment part 81 normalities move to be outwardly provided.While carrying out folding, utilize this adjustment part 82 to depart from the locking of this vehicle frame 11, now utilize the application force of this elastic element 83, this adjustment part 82 is moved outwardly, between now each year bar 20 and vehicle frame 11, be only connected with this pintle(-tel) 81, therefore can pull easily this each year bar 20, shown in Fig. 8, parallel direction towards this standpipe 12 moves, and can significantly dwindle the volume of this Kickboard Scooter, reaches the effect that facilitates folding and be convenient to storage.

In addition, this closing-folding mechanism is further provided with block piece 84, and this block piece 84 is positioned at this year bar 20 axial positions with respect to this adjustment part 82, when this adjustment part 82 is moved outwardly, can be subject to the clip of block piece 84 and unlikelyly depart from this year bar 20 completely.

Claims

1. wave a Kickboard Scooter, it is characterized in that, at least include:

Vehicle frame;

Standpipe, is arranged on this vehicle frame;

Handle, is arranged at this riser top ends;

Front-wheel, is arranged at this bottom of vertical;

At least two years bars, its front end is incorporated into vehicle frame;

Flexible interlinked mechanism, is linked between this standpipe and those year bar, and the rocking torsional of those year bar is provided;

At least two trailing wheels, are located at respectively this year bar near back-end location place;

At least two pedals, are located at respectively on this year bar;

At least two auxiliary wheels, are arranged at respectively this trailing wheel rear, in the time that this front-wheel and this trailing wheel are contacted with ground, and this auxiliary wheel suitably height that is above the ground level; And

At least two wobble components, are connected between this year bar and this trailing wheel.

2. the Kickboard Scooter that waves as claimed in claim 1, is characterized in that, this wobble component has a back vent and and rotates pivot part, and this trailing wheel sees through back vent and rotates pivot part and is bias voltage shape and is hubbed at this year bar.

3. the Kickboard Scooter that waves as claimed in claim 2, is characterized in that, the rotation pivot part of this wobble component is hubbed at this year bar with tilting shape.

4. the Kickboard Scooter that waves as claimed in claim 2, is characterized in that, this back vent one end is connected in this rotation pivot part, and another end is formed with hind axle joint portion for connecting this trailing wheel.

5. the Kickboard Scooter that waves as claimed in claim 4, is characterized in that, the hind axle joint portion of this back vent connects a connector, and this connector another end is hubbed at the axle center of this auxiliary wheel.

6. as described in as wherein arbitrary in claim 1 to 5, wave Kickboard Scooter, it is characterized in that, this flexible interlinked mechanism is a flexible body.

7. the Kickboard Scooter that waves as claimed in claim 6, is characterized in that, this flexible body is glass fibre, soft metal or polyurethane material.

8. as described in as wherein arbitrary in claim 1 to 5, wave Kickboard Scooter, it is characterized in that, this Kickboard Scooter is provided with a closing-folding mechanism, and this closing-folding mechanism is arranged between this vehicle frame and those year bar, in order to those year bar carried out to folding.

9. the Kickboard Scooter that waves as claimed in claim 8, it is characterized in that, this closing-folding mechanism is provided with pintle(-tel), adjustment part and elastic element, this pintle(-tel) is hubbed between this vehicle frame and this year bar, this adjustment part is positioned at this pintle(-tel) front end, this adjustment part is fixed in this year lever lock on this vehicle frame, and this elastic element is placed on outside this adjustment part, in order to this application force that adjustment part normality moves to be outwardly provided.

10. the Kickboard Scooter that waves as claimed in claim 9, it is characterized in that, this closing-folding mechanism is provided with block piece, and this block piece is positioned at this year bar the axial positions with respect to this adjustment part, when this adjustment part is moved outwardly, can be subject to the clip of block piece and unlikelyly depart from this year bar completely.