KR101572635B1 - a driving board - Google Patents

Abstract

The present invention relates to a board capable of running mode conversion.
The present invention relates to a traveling board including rotatable wheels (400, 500) on the bottom surfaces of both pivotal plates (200, 300) connected through an intermediate connecting member (100) capable of rotating and twisting, A pair of rotating bodies 220 and 320 are rotatably coupled through rotation shafts 222 and 322 to the connecting positions of the member 100 and the pivotal rolling plates 200 and 300, (400) (500) are rotatably coupled to one side of the rotating bodies (220) and (320) so as to be orthogonal to the surface length of the rotating body (100) Is rotatably coupled to the center shaft 440 through a central shaft 440 and the center shaft 440 is rotatably coupled to the rotating body 220 320 may be selectively fixed in position.
In the present invention, the wheel provided on the bottom surface of the board can be selectively fixed at a position of a horizontal mode angle for folding, a vertical mode angle for linear movement, and a tilted mode angle for traveling by a user, Accordingly, the board has the advantage of being able to straightly move through the wheel, travel mobility, and easy to carry and store.

Description

{A driving board}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a board capable of traveling through a grounding force, and more particularly, to a board capable of traveling on a bottom surface of a board, The present invention relates to a board capable of converting a traveling mode into a vertical mode for traveling, a traveling mode for traveling, and a traveling mode for the occupant through the board.

Usually, the play board is provided with a pivoting plate for placing both feet, and a directional wheel is coupled to the bottom of the pivoting plate.

In the above-mentioned board, if an initial user wishes to travel, the wheel is provided with a rotatable wheel on the bottom of the foot plate, and one foot is placed on the foot plate and the foot plate is driven in the form of spurting the floor with the other foot.

In this case, when the user wants to travel, the user has to continue to play the ground, which is a difficult problem to enjoy.

In order to solve this problem, it has been proposed that a pair of pivot plates are connected by a connecting member in a state of being spaced apart at a predetermined interval, and the connecting member is made of an elastic body to provide an elastic restoring force according to the torsion.

This is because when the user places both feet on the pair of pivot plates and repeats the operation of tilting each pivot plate alternately with respect to the connecting member, the wheel becomes propulsive and can travel.

In other words, the conventional method of obtaining propulsive force by rolling the foot is avoided, so that the user can obtain driving force by alternately moving the two feet or the body while repeatedly performing the biting motion in the state where the user is climbing on the foot plate.

However, in the case of the above-mentioned board, it is convenient to use for driving, but when the user wishes to store or transport the board, the wheel protrudes from the foot plate, which makes it difficult to carry and store the board.

As an example of a conventional board, a Korean skateboard skateboard is disclosed in Korean Patent Registration No. 10-0752570 on Aug. 29, 2007.

This is because the front plate; A rear plate disposed on the rear side of the front plate; Rollers respectively installed on the front plate and the back plate; A first extension portion extending from a rear side of the front plate and connected to the folding portion, the folding portion including a folding portion for foldably connecting the front plate and the backing plate; And a second extending portion extending toward the front side of the rear plate and connected to the folded portion, wherein the folded portion includes: a first coupling member coupled to an end of the first extending portion; A second coupling unit coupled to an end of the second extension unit; A hinge hinged to one side of the first and second assemblies; And a locking pin for locking the other side of the first and second assemblies opposite to the hinge.

However, there is a merit that folding can be performed in the above case, but there is a problem that it is difficult for the user to easily fold.

Korean Patent Laid-Open Publication No. 10-2007-0087370 discloses a skateboard having a variable-angle type caster, which was disclosed on Aug. 28, 2007.

The present invention relates to a skateboard in which a directional castor is mounted on a bottom surface of an integrated boarding board, wherein the casters are hinged to a bottom surface of a board, and the hinge joint portion is resiliently supported by an elastic member, And the front and rear casters are each made to change the inclination angle upon collision with a change or a road surface.

However, in the case of the board described above, there is a problem that the wheel moved from the ground is positioned at a predetermined angle.

Korean Patent Publication No. 10-2002-0065426 Disclosure Date 2002. 08. 13. Korean Patent Publication No. 10-2007-0084989 Disclosure Date Aug. 27, 2007 Korea Patent Registration No. 10-0394848 Disclosure Date 2003. 08. 14. Korea Patent Registration No. 10-0752570 Issue Date 2007. 08. 29

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art,

SUMMARY OF THE INVENTION [0006]

The wheels provided on the bottom surface of the board can be selectively fixed at the positions of the horizontal mode for folding, the vertical mode angle for linear movement, and the inclined mode angle for the user to run according to the user's operation, To facilitate straight mobility, traveling mobility, and transportation and storage.

In order to achieve the above object,

A traveling board comprising rotatable wheels on the bottom surface of both pivot plates connected through an intermediate connecting member capable of rotating and twisting,

A pair of rotating bodies are rotatably coupled to the intermediate connecting member at a connecting position between the intermediate connecting members and the pair of pivot plates respectively through rotation shafts so that they are orthogonal to the surface length of the intermediate connecting members and are positioned parallel to each other, And a rotation bracket rotatably coupled to one side of each of the rotors so as to be rotatably engaged and fixed via a central shaft, wherein the rotation axis is perpendicular to the surface of the rolling plate, And the angle locking means is provided so as to be fixed in position.

The angle locking means includes a plurality of lock holes formed on one side surface of the rotating body along a circumference of the rotating body, and a center shaft coupled to the rotating body, And the locking hole is fixed to the selected locking hole through the bracket through which the rotary shaft of the rotating body is coupled.

And positioning means for rotating the rotating body on the pivot plate so that the wheels are positioned at any one of vertical, horizontal, and tilt angles with respect to the central axis, respectively;

Wherein the positioning means comprises:

A foot plate member extending outwardly from an end of the fork rolling plate, a guide groove formed in the inside thereof, one side of the guide groove being connected to a hinge region formed on the foot plate member, The center axis of each of the wheels is positioned at an oblique angle when the foot member is pulled out and the center axis of the wheel is positioned at a horizontal angle when the foot member is inserted.

Further, circular rolling grooves formed on the rolling plate are respectively engaged and rotatably engaged with the rolling axis formed by protruding on both sides of the intermediate connecting member and protruding from the intermediate connecting member, respectively; The end portion of the foot member may be slidably engaged with the insertion groove formed in the intermediate connecting member by sliding the foot rolling plate.

In the present invention, the wheel provided on the bottom surface of the board can be selectively fixed at a position of a horizontal mode angle for folding, a vertical mode angle for linear movement, and a tilted mode angle for traveling by a user, Accordingly, the board has the advantage of being able to straightly move through the wheel, travel mobility, and easy to carry and store.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a driving mode conversion board according to the present invention,
Fig. 2 is a bottom perspective view of Fig. 1,
Fig. 3 is a side view of Figs. 1 and 2,
FIG. 4 is a side view of the used state in which the wheels are vertical in FIG. 3,
FIG. 5 is a side view showing a state where the wheels are folded in FIG. 3,
FIG. 6 is a perspective view of the main portion showing the recess of the foot plate in FIGS. 1 and 2; FIG.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may obscure the subject matter of the present invention. do.

The present invention relates to a board which enables a user to board the board to make a driving force, a horizontal movement force, and a conveyance easy by allowing a wheel located at the bottom of the board to be inclined, vertically and folded.

1 to 6, the present invention relates to an intermediate connecting member 100 and a pair of pivotal plates 100a and 100b which are disposed on both sides of the intermediate connecting member 100 and are rotatable with respect to the intermediate connecting member 100, A rotating body 220 and 320 which are positioned on the respective bottom surfaces of the pivot 200 and 300 and the pivoting plates 200 and 300, And a wheel 400 (500) whose angle of the central axis 440, which is a rotation center in accordance with the rotation of the rotating body 220 (320), is adjusted.

The intermediate connecting member 100 forms the center of the board. The insertion groove 120 is formed horizontally through the inside of the board, and the pivot shafts 130 and 140 are disposed at the center of the bottom of both ends in the outward direction Respectively.

Circular grooves 202 and 302 are formed on both sides of the intermediate connecting member 100 and are opposed to each other on one side of the curling plate 200 and the circular groove 202, (302) are respectively slidably coupled to the pivot shafts (130) (140) provided in the intermediate connecting member (100).

That is, the pivotal plates 200 and 300 can rotate with respect to the intermediate connecting member 100 according to the direction of rotation of the user.

Here, the guide means may be provided so that the pivoting plates 200 and 300 can be reciprocated forward and backward without being rotated 360 degrees.

Rotors 220 and 320 are rotatably coupled to the bottom surfaces of the fork rollers 200 and 300 through rotation shafts 222 and 322. The rotors 220 and 320 And are positioned parallel to each other with respect to the surface length of the intermediate connecting member 100. [

The wheels 400 and 500 are coupled to a rotating bracket 420 coupled to the rotating bodies 220 and 320 through a central shaft 440 so that both ends of the wheel shafts 401 and 501 are coupled .

The rotation bracket 420 has a fixing plate 426 and a rotating plate 427 coupled to each other by a bearing 428. The wheel shaft 401 is coupled to the rotating plate 427, (320) through the center shaft (440).

In other words, a rotating bracket 420, to which the wheels 400 and 500 are rotatably coupled, is rotatably coupled and fixed to the one side of the rotating bodies 220 and 320 through the center shaft 440. Then, the center shaft 440 is rotated so that it can be positioned at a vertical, horizontal, or tilted angle with respect to the surface of the pivotal bulb 200 (300).

In addition, an angle locking means is provided on the bottom surface of the pillar plates 200 and 300 so that the rotating bodies 220 and 320 can be selectively positioned.

The angle locking means includes a plurality of lock holes 610 formed on one side of the circumference of the rotating bodies 220 and 320 and a plurality of locking holes 610 formed around the center axis 440 Passes through the bracket to which the rotation shafts 222 and 322 of the rotating bodies 220 and 320 are coupled at any one of the vertical, horizontal, and oblique angles with respect to the surface of the pivot plates 200 and 300 And a lock hole 600 which is fixed to the selected lock hole 610 and locks.

The wheels 400 and 500 may be rotated in the vertical direction, the horizontal direction, or the tilted angle with respect to the center axis 440 by rotating the rotating bodies 220 and 320 on the pivot plates 200 and 300, And a positioning means for rotating the positioning means so as to be positioned at an angle.

The positioning means 700 includes a foot member 720a and a guide member 720b which are slidably extended outwardly from the ends of the pivotal support plates 200 and 300. A guide groove 732 is formed in the guide groove 732, 732 are connected to a hinge portion 721 formed on the foot members 720 and 720a and the other side of the guide groove 732 is connected to a hinge portion formed on a circumferential surface of the rotary bodies 220, And an angle adjusting bar 730a (730a) connected to the first arm 221.

The central axis 440 of each of the wheels 400 and 500 is positioned at an oblique angle when the foot members 720 and 720a are pulled out and the wheel 400 ) 500 is positioned at a vertical angle.

Here, the angle adjusting bar 730 allows a user to easily pull out the foot members 720 and 720a and to rotate the wheels 400 and 500. FIG.

On the other hand, the foot plate members 200 and 300 are slidably inserted into the foot plate members 720 and 720a for extending the length and storing the boards, and the length can be adjusted according to the user's selection.

The pedestal members 720 and 720a may be made of metal or synthetic resin and may be formed by bending a metal material so that the pedestal members 720 and 720a can be slidably inserted into the pedal plates 200 and 300 .

The intermediate connecting member 100 is inserted into the insertion groove 120 of the intermediate connecting member 100 while one end thereof is slid with respect to the pivotal bulging plates 200 and 300, Is prevented from being rotated.

In addition, a fixing means 800 may be provided so that the foot members 720 and 720a can be fixed to the foot plate 200 and 300, respectively.

The fixing means 800 includes a plurality of fixing holes 810 formed at regular intervals in the foot members 720 and 720a and a pair of pivotal members 810 which are rotatably coupled to the pivotal plates 200 and 300, And a fixture 820 inserted in the hole 810 to control the movement of the foot members 720 and 720a.

Embodiments of the present invention constructed as described above will be described with reference to the accompanying drawings.

During assembly,

The rotation shafts 220 and 320 of the rotary shafts 220 and 320 are coupled to the bottom surfaces of the pivot shafts 200 and 300 as shown in FIGS. . Then, the rotation brackets 420 for fixing the wheels 400 are coupled to the outer circumferential surfaces of the rotating bodies 220 and 320 through the center shaft 440, respectively. Then, when the pivotal plates 200 and 300 are coupled to the pivotal shafts 130 and 140 of the intermediate linking member 100, assembly is completed.

In use,

6, the angle locking means is adjusted so that the center axis 440 of the wheels 400 is positioned at an oblique angle, and is then locked. At this time, if the user puts both feet on the pillar 200 and 300 and provides the pivoting force to the front and rear, the wheels 400 and 500 have a straight running characteristic through a pivoting angle.

As shown in FIG. 5, when the wheels 400 and 500 are brought into close contact with the bottom surfaces of the pivotal plates 200 and 300 through the angle locking means, The ends of the foot members 720 and 720a are inserted into the pivotal plates 200 and 300 and the ends of the foot members 720 and 720a are inserted into the insertion grooves 120 of the intermediate connection member 100, The rotation of the foot plate 200 and 300 relative to the intermediate connecting member 100 is prevented, thereby facilitating storage.

100: intermediate connecting member
120: insertion groove 130, 140:
200,300: foot plate
202, 302: circular groove 220, 320:
222, 322:
400, 500: Wheel
420: rotating bracket 440: center shaft
600: Locking hole
610: Locking groove
700: Positioning means
720, 720a: Foot member 730, 730a:
732: Guide groove

Claims (4)

A traveling board comprising wheels (400, 500) rotatable on the bottom surface of both pivotal plates (200, 300) connected through an intermediate connecting member (100) capable of rotating and twisting,
A pair of rotating bodies 220 and 320 are rotatably coupled through rotation shafts 222 and 322 at connection positions of the intermediate connecting member 100 and the two pivotal plates 200 and 300, So that they are orthogonal to the surface length of the intermediate connecting member 100 and are positioned parallel to each other,
A rotating bracket 420 is coupled to one side of each of the rotors 220 and 320 so that the wheel 400 is rotatably coupled to the rotator 220 through a center shaft 440,
An angle locking means is provided so that the center shaft 440 can selectively position the rotating bodies 220 and 320 at vertical, horizontal, and tilt angles with respect to the surface of the pawl plates 200 and 300 Features a travel mode convertible board. The method according to claim 1,
Wherein the angle locking means comprises:
A plurality of locking holes 610 formed on one side of the rotating bodies 220 and 320 along the circumference,
The central axis 440 coupled to the rotating bodies 220 and 320 may be rotated at any one of vertical, horizontal, and oblique angles with respect to the surface of the pivotal plates 200 and 300, Is a locking hole (600) which is fixed to the selected locking hole (610) by locking the rotation shaft (222) (322) of the locking member (320). 3. The method according to claim 1 or 2,
The wheels 400 and 500 are rotated at any angle of the vertical axis, the horizontal axis and the tilt angle with respect to the center axis 440 by rotating the rotating bodies 220 and 320 on the pivot plates 200 and 300, And a positioning means (700) for rotating the positioning means (700)
The positioning means (700)
A foot member 720, 720a extending in the outward direction from the end of the foot plate 200, 300,
And one side of the guide groove is connected to the hinge region formed on the foot member 720 and the other side of the guide groove 732 is connected to the rotating body 220, And an angle adjusting bar 730a (730a) connected to the hinge plate
The central axes 440 of the wheels 400 and 500 are positioned at an oblique angle when the foot members 720 and 720a are pulled out and the wheels 400 and 500 are positioned at the same time when the foot members 720 and 720a are inserted, Wherein the central axis (440) of the board (500) is positioned at a horizontal angle. The method of claim 3,
The pawl plates 200 and 300 are separated from each other about the intermediate connecting member 100 and are formed on the pawl shaft 130 protruding from the intermediate connecting member 100, The circular grooves 202 and 302 formed in the respective grooves 300 are fitted and rotatably engaged;
The end portions of the foot members 720 and 720a are slidably coupled to the insertion grooves 120 formed in the intermediate connecting member 100 by sliding the foot rolling plates 200 and 300. [ board.

Images