KR200373318Y1 - Kikboard - Google Patents

Abstract

The present invention relates to a kickboard, and more specifically, one foot on the body

On the other hand, on a normal kickboard that is driven by kicking the ground,

Connected to both sides of the body (9) by a vertical pin (12) to be able to rotate horizontally with the ground.

Separate rear wheels 14 and footrests 15 connected by a plurality of connecting rods 11

To move the scaffold (15) freely back and forth, right and left

On the kickboard, characterized in that it is configured to gain momentum and move forward

It is about.

Description

Kickboard {KIKBOARD}

The present invention relates to a kickboard, and more specifically, one foot on the body

On the other hand, on a normal kickboard that is driven by kicking the ground,

Connected to both sides of the body (9) by a vertical pin (12) to be able to rotate horizontally with the ground.

Separate rear wheels 14 and footrests 15 connected by a plurality of connecting rods 11

To move the scaffold (15) freely back and forth, right and left

On the kickboard, characterized in that it is configured to gain momentum and move forward

It is about.

That is, conventional kickboards widely used as scaffolding moving mechanisms are respectively in front and rear.

One or more wheels are installed back and forth, and adjust the direction

Supporting the handle portion, the front wheel and the rear wheel and to support the load of the user

It is composed of a body portion and a folding portion having a folding function, the user

Put one foot and kick the ground with the other foot to gain momentum and move forward

there was.

These kickboards are easy to use, easy to carry and convenient to transport.

It has gained sensation because you can enjoy speed, but only on one leg

Excessive concentration of exercise can make you feel tired easily,

It was true that there was a high risk of falling from side to side due to the change being placed.

In addition, by mounting a number of wheels in the lower part of the two-foot shoes, both feet freely

Inline skating, which is driven by material, gains momentum and speed

Rotational popularity is gaining popularity, but both sides gain momentum

That you have to lift your shoes,

Hard to shape the boots to protect the ankles because of the risk of falling

It is very cumbersome because you have to fasten a special shoe and go through obstacles such as stairs.

The city had a hassle to remove special shoes again.

Therefore, it is safe and anyone can ride easily and feel the speed

It is necessary to develop a kickboard that combines the advantages of kickboards and inline skating.

have.

The present invention has been devised to solve these problems, the usual kickboard

By vertical pin to rotate horizontally with the ground symmetrically to the body

Multiple connecting rods are installed, and the rear wheel and the footrest are connected at the ends of the connecting rod.

Connected and gain momentum by the free movement of the scaffold

The goal is to provide a kickboard for all ages.

1 shows an overall perspective view of the present invention.

FIG. 2 is a detailed perspective view of the connecting rod and the vertical pin as part “A” of FIG. 1.

3 is an overall plan view of the present invention.

Figure 4 is a planar state showing the operating state when the right foot of the present invention advanced

This is an operation state diagram.

Figure 5 is a planar state showing the operating state when the left foot is advanced in the present invention

This is an operation state diagram.

Figure 6 shows another embodiment of the present invention, the intermediate wheel on the rear body

It is the whole perspective view of the state attached.

Figure 6 shows another embodiment of the present invention, both rear wheels are two or

Overall perspective view showing the additional attachment.

<Brief description of the main parts of the drawing>

1. Handle 2. Handlebar

3. Pipe 4. Front wheel frame

5. Front wheel 6. Connection

7. Folded portion 8. Connecting pin

9. Body 10. Middle wheel

11. Connecting rod 12. Vertical pin

13. Rear frame 14. Rear wheel

15. Scaffolding 16. Binder

17. Connecting rod end

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the present invention kickboard in detail

The explanation is as follows.

The kickboard shown in the accompanying drawings is for explaining one embodiment of the present invention.

It is intended that the scope of the present invention be limited only to the kickboard shown in the drawings.

Make sure it's not.

Figure 1 shows the overall perspective view of the present invention is configured as follows.

That is, the handle (1) that the user can adjust the direction of the kickboard,

A handlebar (2) and a pipe (3) connected to each other to adjust the height of the handle (1),

The front wheel frame 4 connected to the handle bar 2 and the lower end, and the front wheel

Connecting to the front wheel (5) rotatably installed in the lower frame (4), the following body (9)

And folded portion (7) configured to fold the handlebar (2) and the pipe (3),

Is connected to the folding portion (7) and the body (9) to connect and fix each component

In a normal kickboard constructed,

Bound to both sides of the body (9) to be symmetrically rotatable, in the horizontal direction with the ground

Connected by the vertical pin 12 so that it can rotate freely within a certain angle range

A plurality of connecting rods 11 are configured to be installed at the end of the connecting rod 11

Rear wheel frame which is bound by vertical pin 12 and configured to rotate left and right

13 and a rear wheel mounted in the rear wheel frame 13 and rotatably installed.

14 and a footrest 15 fixedly installed on the rear wheel frame 13.

The footrest 15 is attached to the binder 16 on the top.

In addition, the rear portion of the body 9 may further include an intermediate wheel 10.

In addition, two or more rear wheels 14 may be mounted.

In addition, a one-way clutch bearing (not shown) may be mounted to the rear wheel 14 fixed shaft.

Figure 2 shows a detailed perspective view of the "A" part of Figure 1, that is, the connecting rod 11 and the vertical pin 12

will be.

Connecting rods 11 are respectively installed symmetrically on the left and right sides of the body 9, as the same shape

The plurality is connected by the vertical pin 12, the left and right sides in the horizontal direction with the ground

It is configured to be rotatable independently.

In addition, the connecting rod 11 is freely rotated inward or outward while driving the kickboard.

If you do this, you can only turn in one direction outside because it may interfere with driving

The connecting rods 11 form connecting end portions 17 on the connecting body body 9 side, respectively.

It is advantageous to limit the rotation to one side by the close contact of the end.

The connecting rod (11) is plastic because it is strong but light weight

It is advantageous to be made of light material such as aluminum.

Figure 3 shows a plan view of the subject innovation, the body in a conventional kickboard

On the left and right sides of the (9), the connecting table 11 is rotatable by the vertical pin 12

A plurality of rear wheel frame 13 is provided at the end of the connecting table (11)

It is configured to be rotatably connected by the vertical pin (12).

The rear wheel 14 is rotatably installed inside the rear wheel frame 13 and the rear wheel.

The upper part of the frame 13 is composed of a footrest 15 that the user can directly put the foot

And, the upper part of the footrest 15 so that the user puts the foot and do not slip

It is advantageously composed of rubber plates (not shown) and the like, and the foot

It is advantageous to install a binder 16 which can be tightened so as not to escape.

4 and 5 show the state when the user advanced the right and left foot respectively

This is the operation state view in the plane state, the user grasps the handle (1) with both hands

With both feet on the footrest 15 installed on the left and right rear wheel frames 13

Both feet are fixed by the binder (16), and then both feet are inline skated.

As you can see, you can move forward, backward, left and right freely to gain momentum and move forward.

The handle (1) and the front wheel (5) is on both arms as the user's body moves forward

It will be able to push forward and move forward.

6 shows another embodiment of the present invention, the rear of the body (9)

Attach the separate middle wheel 10 to prevent the connecting rod 11 from sagging by its own weight

It is installed to increase safety.

Figure 7 shows another embodiment of the present invention, both sides of the body (9) connection

It is configured by installing two or more rear wheels 14 at the ends of the base 11,

It will be installed to provide strong propulsion, braking and safety.

The present invention is stably without falling over by the rear wheels 14 configured on both sides

You can enjoy the kickboard and put your feet back and forth as if you were riding inline skating.

Since the driving force can be obtained by freely moving from side to side,

It is possible to move forward by the movement of both feet. It has a high speed and uniform movement of both legs.

You can get the effect.

Claims (4)

A handle (1) for adjusting the direction of the kickboard and connected to the handle (1) A handlebar 2 and a pipe 3 capable of adjusting the height of the handle, and the pipe (3) and the front wheel frame (4) connected to the lower end of the front wheel frame (4) The front wheel (5) rotatably installed and configured to fold the handlebar (2) Being folded portion 7 and the foldable portion 7 is connected to each component to be fixed In the usual kickboard consisting of a body (9) that is, It is fixed to both sides of the body (9) and is in a certain angle horizontally with the ground A plurality of are connected by the vertical pin (12) to be free to rotate in The connecting table 11 is configured, and the connecting table 11 and the left and right to be rotatable The rear wheel frame 13 is configured to rotate the rear wheel 12, Fixed to the rear wheel 12 and the upper portion of the rear wheel frame 13 for generating a driving force by Installed and composed of a footrest (15) attached to the binder to tie the user's feet The kickboard characterized in that being. The method of claim 1, The connecting rod 11 forms connecting connecting end portions 17 on the body side, respectively, to close contact with the ends. Kickboard, characterized in that configured to limit the rotation to one side by. The method of claim 1, Kickboard, characterized in that the intermediate wheel 10 is further attached to the back of the body (9) The method of claim 1, The rear wheel 14 is a kickboard, characterized in that two or more are attached