CN201399219Y

CN201399219Y - Detachable scooter

Info

Publication number: CN201399219Y
Application number: CN2009200052301U
Authority: CN
Inventors: 戴军; 罗伯特·亚瑟·哈德利
Original assignee: Razor USA LLC
Current assignee: Razor USA LLC
Priority date: 2009-03-18
Filing date: 2009-03-18
Publication date: 2010-02-10
Anticipated expiration: 2019-03-18

Abstract

The utility model relates to a detachable scooter, which comprises a front pedal, a rear pedal and a connecting rod. The two ends of the connecting rod are respectively connected with the front pedaland the rear pedal in a movable way, thereby forming an integrated or split structure. Because the front pedal and the rear pedal are movably connected with the connecting rod in the middle, the connecting rod in the middle can be removed, thereby forming a split scooter and realizing the flexible and free conversion of the scooter from the integrated structure to the split structure. The utilitymodel can improve the playing freedom of the skilled user, thus increasing the playing fun of the user.

Description

A kind of detachable scooter

Technical field

The utility model relates to scooter, particularly a kind of detachable scooter.

Background technology

The detachable slide plate that has in the market, generally form by forward and backward two pedals and middle soft band, the problem that the beginner has just avoided two legs excessively separately to fall down at fore-and-aft direction in use, then wayward when left and right directions makes that by the distortion of two legs slide plate travels forward.

Summary of the invention

The purpose of this utility model is to design a kind of detachable slide plate, and the beginner can use the integral type slide plate earlier, the integral type slide plate can be disassembled after skilled to split type slide plate and play, thereby increase the enjoyment of playing.

For achieving the above object, the technical solution of the utility model is,

A kind of detachable scooter comprises forward and backward pedal, it is characterized in that, also comprises a connecting rod, and these connecting rod two ends are connected with forward and backward pedal respectively movably, makes scooter form integral type or split-type structural.

Further, described connecting rod is a connecting rod one flexible, that can twist.

Further, the utility model also comprises the syndeton of connecting rod and forward and backward pedal, and it comprises that respectively the link lower surface of described forward and backward pedal and connecting rod has groove; Accordingly, the link of described connecting rod has connecting through hole; Interior cover, it is a hollow circular cylinder, inwall has detent, is embedded in the groove of described forward and backward pedal lower surface; Connector, the tubular body of an end opening, its two side has through hole, the corresponding coupling of detent of this through hole and interior cover inwall; This connector is arranged in the described connecting rod connecting through hole; Block has centre bore, with connector and connecting rod clamping locking; Active button, column structure offers the central passage of an end opening in it; Its both sides outer wall has locating slot, the corresponding coupling of through hole of this locating slot and connector sidewall; This active button is slidedly arranged in the described connector tubular body; This active button lateral wall also is provided with described block centre bore and engages spacing step; Spring is arranged in the described active button central passage, an end and active button central passage diapire against, the other end stretch out active button and described connector inwall against; Steel ball is arranged in the locating slot of the through hole of described connector two side and active button outer wall, be active in described connector two side through hole, active button outer wall locating slot and in the space that forms of cover detent;

Again, a step for location, cover bottom in described is formed at the connecting through hole top of the link of described connecting rod.

In addition, the groove of the link lower surface of forward and backward pedal described in the utility model and connecting rod is circumferentially established convex tendon along inwall, accordingly, described outer wall of inside race is established groove, and cover is embedded in the groove of the link lower surface of being fixed in described forward and backward pedal and connecting rod in making.

When pedal and connecting rod are installed, press the active button below the lower connecting rod two ends respectively, the connector above the connecting rod two ends is inserted respectively in the connecting hole of two pedal correspondences, unclamp active button and get final product.

During the dismounting of pedal and connecting rod, press the active button below the lower connecting rod two ends respectively, simultaneously connecting rod is extracted from pedal.

The beneficial effects of the utility model

The utility model integral type slide plate comprises forward and backward pedal and flexible, as can to twist a connecting rod composition, the beginner can avoid two legs excessively separately to fall down at fore-and-aft direction in use, and because middle connecting rod is resilient, but torsional deformation under the effect of leg strength, thereby slide plate is travelled forward by the twisting of user's two leg left and right directions.The connecting rod of centre is taken off, be split type slide plate, can improve skilled user's the free degree of playing, thereby increase user's the enjoyment of playing.Connecting rod can easily be dismantled and assemble, and makes slide plate can carry out integral type and split type mutual conversion flexibly, freely.

Description of drawings

Fig. 1 is the vertical view of the utility model one embodiment;

Fig. 2 is the side view of the utility model one embodiment;

Fig. 3 is the stereogram of the utility model one embodiment;

Fig. 4 is the syndeton schematic diagram of the utility model one embodiment connecting rod and front running board;

Fig. 5 is the syndeton decomposing schematic representation of the utility model one embodiment connecting rod and front running board;

Fig. 6 is the connection diagram of the utility model one embodiment connecting rod and front running board;

Fig. 7 is the dismounting schematic diagram of the utility model one embodiment connecting rod and front running board.

The specific embodiment

Referring to Fig. 1～Fig. 3, a kind of detachable scooter of the present utility model comprises forward and backward

pedal

1,2, and it also comprises a connecting rod 3, and these connecting rod 3 two ends are connected with forward and backward

pedal

1,2 respectively movably, makes scooter form integral type or split-type structural.

Described connecting rod 3 is a connecting rod one flexible, that can twist.

Referring to Fig. 2～Fig. 5, the utility model also comprises the syndeton 4 of connecting rod 3 and forward and backward

pedal

1,2, and it comprises that respectively described front running board 1 has groove 11 (is example with front running board 1) with the link lower surface of connecting rod 3; Accordingly, the link of described connecting rod 3 has connecting through hole 31;

Interior cover 41, it is a hollow circular cylinder, inwall has detent 411, is embedded in the groove 11 of described front running board lower surface;

The tubular body of connector 42, one end openings, its two side has through hole 421, the detent 411 corresponding couplings of this through hole 421 and interior cover 41 inwalls; This connector 42 is arranged in described connecting rod 3 connecting through holes 31;

Block 43 has centre bore 431, with connector 42 and connecting rod 3 clampings locking;

Active button 44, column structure offers the central passage 441 of an end opening in it; Its both sides outer wall has locating slot 442, the through hole 421 corresponding couplings of this locating slot 442 and connector 42 sidewalls; This active button 44 is slidedly arranged in described connector 42 tubular bodies; These active button 44 lateral walls also are provided with described block 43 centre bores 431 and engage spacing step 443;

Spring 45 is arranged in described active button 44 central passages 441, an end and active button central passage diapire against, the other end stretch out active button 44 and described connector 42 inwalls against;

Steel ball 46, be arranged in the locating slot 442 of the through hole 421 of described connector 42 two sides and active button 44 outer walls, be active in described connector 42 two sides through hole 421, active button 44 outer walls locating slot 442 and in the space that forms of cover 41 detents 411;

One step 32 for location, cover 41 bottoms in described is formed at connecting through hole 31 tops of the link of described connecting rod 3.

In addition, front running board 1 described in the utility model is circumferentially established convex tendon 111 with the groove 11 of the link lower surface of connecting rod 3 along inwall, accordingly, described interior cover 41 outer walls are established groove 412, and cover 41 is embedded in the groove 11 of the link lower surface of being fixed in described front running board 1 and connecting rod 3 in making.

Referring to Fig. 6, Fig. 7, when front running board 1 is installed with connecting rod 3, press active button 44, the locating slot 442 and the steel ball 46 of active button 44 outer walls are positioned at same horizontal level, make steel ball 46 between the locating slot 442 on the through hole 421 on connector 42 cylinders and active button 44 faces of cylinder, certain scope of activities be arranged, connector 42 is inserted in the connecting hole of front running board 1, steel ball 46 moves in the locating slot 442 on the active button 44 under the effect of thrust, after connector 42 is inserted into the position, unclamp active button 44, active button 44 resets under the effect of spring 45, make the position of the locating slot 442 on active button 44 faces of cylinder and the location dislocation (see figure 7) of steel ball 46, the face of cylinder of active button 44 is with steel ball 46 past extrapolations, make steel ball 46 exceed the face of cylinder of connector 42, snap in inlay with front running board 1 in the detent 411 of interior cover 41 in, so just front running board 1 and connecting rod 3 have been located.

When front running board 1 is dismantled with connecting rod 3, press active button 44, locating slot 442 on the active button 44 is positioned at same horizontal level (see figure 6) with steel ball 46, make steel ball 46 between through hole 421 on connector 42 cylinders and the locating slot 442 on the active button 44, certain scope of activities be arranged, to extract the interior cover 41 of connector 42 in front running board 1, steel ball 46 moves in the locating slot 442 on the active button 44 under the effect of pulling force, make the warp-wise position of steel ball 46 be lower than the face of cylinder of connector 42, thereby connector 42 can be easily extracted in the interior cover 41 in the front running board 1, finishes the dismounting of front running board 1 and connecting rod 3.

Claims

1. a detachable scooter comprises forward and backward pedal, it is characterized in that, also comprises a connecting rod, and these connecting rod two ends are connected with forward and backward pedal respectively movably, makes scooter form integral type or split-type structural.

2. detachable scooter as claimed in claim 1 is characterized in that, described connecting rod is a connecting rod one flexible, that can twist.

3. detachable scooter as claimed in claim 1 is characterized in that, also comprises the syndeton of connecting rod and forward and backward pedal, and it comprises respectively,

The link lower surface of described forward and backward pedal and connecting rod has groove; Accordingly, the link of described connecting rod has connecting through hole;

Interior cover, it is a hollow circular cylinder, inwall has detent, is embedded in the groove of described forward and backward pedal lower surface;

Connector, the tubular body of an end opening, its two side has through hole, the corresponding coupling of detent of this through hole and interior cover inwall; This connector is arranged in the described connecting rod connecting through hole; Block has centre bore, with connector and connecting rod clamping locking;

Active button, column structure offers the central passage of an end opening in it; Its both sides outer wall has locating slot, the corresponding coupling of through hole of this locating slot and connector sidewall; This active button is slidedly arranged in the described connector tubular body; This active button lateral wall also is provided with described block centre bore and engages spacing step;

Spring is arranged in the described active button central passage, an end and active button central passage diapire against, the other end stretch out active button and described connector inwall against;

Steel ball is arranged in the locating slot of the through hole of described connector two side and active button outer wall, be active in described connector two side through hole, active button outer wall locating slot and in the space that forms of cover detent;

4. detachable scooter as claimed in claim 3 is characterized in that, a step for location, cover bottom in described is formed at the connecting through hole top of the link of described connecting rod.

5. detachable scooter as claimed in claim 3, it is characterized in that, the groove of the link lower surface of described forward and backward pedal and connecting rod is circumferentially established convex tendon along inwall, accordingly, described outer wall of inside race is established groove, and cover is embedded in the groove of the link lower surface of being fixed in described forward and backward pedal and connecting rod in making.