KR101636927B1 - Snow sliding device - Google Patents

Abstract

The present invention relates to a snow sliding device capable of sliding on a snowy surface. The snow sliding device includes a flat plate-shaped deck (20) extending in one direction, a bucket (20) coupled to an upper surface of the deck (20) Wherein the spacer assembly includes a spacer block and a spacer cover that is assembled to a side of the spacer block, Wherein the spacer block (40) or the spacer cover (70) is coupled with a boot or binding (10), and the spacer block (40) and the spacer cover 40 and the spacer cover 70 are relatively movable in the longitudinal direction of the deck 20 so that the position of the boots or the binding 10 can be changed. In the present invention, since the front and rear positions of the boot can be adjusted through the relative movement of the spacer block 40 and the spacer cover 70 constituting the spacer assemblies 40 and 70, the user can freely set his or her desired riding position Therefore, there is an advantage in that it is possible to perform riding in more various ways.

Description

Snow sliding device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a snow sliding apparatus, and more particularly, to a snow sliding apparatus which is slid on a snowy surface and in which the height of a boot is variously variable and a fixing position of the boot is variable.

Sports using a mechanism that enables sliding on a snowy surface are represented by ski and snowboard. The ski wears each one to the user's feet, uses a ski and a ski stick to adjust the direction, and the snowboard wears a pair of shoes Means a device that travels on the deck of the vehicle.

In recent years, there have also been developed and used devices that use a short-length mechanism without wearing a separate ski stick, such as a ski board, while wearing it on both feet.

Among these, in the case of devices having relatively short lengths such as the snowboard and the ski board, a variety of technologies are available and have gained popularity in recent years.

In the case of such a snow sliding apparatus, the user has a very different feeling of speed and feeling when riding according to the height between the boots and the deck or the front and rear positions of the boots. Particularly, when the boots are separated from the snowy surface to some extent, the feeling of speed is higher and the operation such as turning becomes easier.

However, in order to separate the boots from the snow surface, it is inconvenient that the deck itself needs to be deformed such that the height of the boot itself is high or the bottom of the boot is raised. Once the boots are separated from the snow surface by a certain height, This is not easy.

 Also, in addition to the height of the boot from the snow surface, the position of the boot in front and rear on the deck is also an important factor for controlling the sense of speed and control of riding. In order to adjust the position of the boots before and after the boot, And it is necessary to reassemble it at a desired position.

Since various types of snow sliding apparatuses have different boots of the respective sliding apparatuses, various problems arise when other boots are applied to a snow sliding apparatus. For example, when the width of the boot is larger than the width of the deck of the snow sliding device, the bottom surface of the boot and the snow surface are in contact with each other, making it difficult for the user to easily ride with the snow sliding device.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a snow sliding apparatus capable of varying the height of boots from a snowy surface.

Another object of the present invention is to allow the user to adjust the front and rear positions of the boot without detaching the boot and binding from the deck.

Yet another object of the present invention is to prevent the edge of the snow sliding device from being easily worn even when the object is used.

Another object of the present invention is to make it possible to apply various kinds of boots and to prevent the boots from directly rubbing against the snow surface even when a wide width boot is applied.

According to an aspect of the present invention, there is provided a snow sliding apparatus for sliding on a snowy surface, the snow sliding apparatus comprising: a flat plate-shaped deck extending in one direction; Wherein the spacer assembly includes a spacer block and a spacer cover that is assembled to a side of the spacer block, wherein the spacer block or spacer cover is coupled to the boot or binding The spacer block and the spacer cover can be moved relative to each other in the longitudinal direction of the deck in a state in which the spacer block and the spacer cover are disassembled, thereby changing the position of the boot or the binding.

The spacer cover is formed to enclose both side surfaces of the spacer block. The spacer block and the spacer cover have first fastening holes and second fastening holes, respectively. The spacer covers are fastened to both sides of the spacer block by fasteners Assembled.

At least one of the first fastening hole and the second fastening hole may be formed in parallel so that the relative position of the spacer cover and the spacer block may be varied.

A slit-shaped locking slit into which a fastener is inserted is formed on one side of the spacer cover or the spacer block so that the relative position of the spacer cover and the spacer block can be varied.

Wherein the spacer block is fixed to the upper surface of the deck by a fastener, the spacer cover includes a pair of side portions assembled to the side surface of the spacer block, and a pair of side surfaces formed between the side surfaces, .

The spacer cover includes a pair of side portions assembled to the side surface of the spacer block and a flat portion formed between the side portions and on which the bottom surface of the spacer block is seated, and the flat portion is assembled to the deck.

The spacer block is formed by stacking a plurality of unit blocks.

A plurality of spacer blocks are assembled on the upper surface of the deck along the longitudinal direction of the deck, and the spacer blocks are formed as a three-dimensional body having at least one pair of parallel outer surfaces.

At least a part of the cross section of the spacer block is formed into a polygonal shape or a circular shape.

A friction plate is provided between the spacer assembly and the binding or boot to prevent direct contact of the snow surface with the boot.

The deck is provided with a protruding rail along the longitudinal direction of the deck, and a plurality of rail holes for coupling with the multi-function block are formed on the protruding rail.

The spacer block and the spacer cover are assembled by a fastening handle which is inserted into and out of the side surface of the spacer cover. The fastening handle is elastically urged by the elastic member in the direction of the center of the spacer block, do.

In the multifunctional block according to the present invention as described above and the snow sliding device having the same, the following effects can be expected.

In the present invention, the height of the spacer assembly itself can be adjusted by adjusting the number of unit blocks stacked, so that the user can adjust the height of the spacer assembly, The height of the snow sliding device can be freely set, and as a result, the operability and usability of the snow sliding device can be improved.

In the present invention, since the front and rear positions of the boot can be adjusted through the relative movement of the spacer block and the spacer cover constituting the spacer assembly, the user can freely set his / her desired riding position, There is an effect of canceling.

Particularly, since the position of the boots can be adjusted through the relative movement of the spacer block and the spacer cover, the user can adjust the front and rear positions of the boots and the bindings while wearing the boots, without having to separate the boots and the bindings from the deck .

In addition, in the present invention, since the height of the boots can be increased by using a multifunctional block having a relatively small volume and light weight, as compared with a fastening block or a rubber damper having a size corresponding to the deck width, the overall weight of the snow sliding device is reduced So that the riding performance is improved.

In the present invention, the snow sliding device is provided with a friction plate to prevent direct friction between the bottom surface and the snow surface of the boots, so that various boots or bindings can be applied to the deck regardless of the size or type of boots or bindings, The compatibility of the snow sliding device is improved, and the wear of the boots is prevented during the riding process.

1 is a perspective view showing a configuration of a preferred embodiment of a snow sliding apparatus according to the present invention;
Fig. 2 is a perspective view showing a configuration in which a binding and boots constituting an embodiment of the present invention are removed. Fig.
3 is a perspective view showing a configuration in which a binding, a boot, and a friction plate constituting the embodiment of the present invention are removed.
4 is a perspective view showing a state in which a spacer block and a spacer cover constituting an embodiment of the present invention are moved relative to each other.
5 is a perspective view showing a configuration of a second embodiment of the snow sliding apparatus according to the present invention.
6 is a perspective view showing a configuration of a snow sliding apparatus according to a third embodiment of the present invention;
7 is a perspective view showing a configuration of a fourth embodiment of the snow sliding apparatus according to the present invention.
8 is a principal perspective view showing a configuration of a spacer block constituting an embodiment of the present invention.
9 is a cross-sectional view showing a process of operating a fastening handle for coupling between a spacer block and a spacer cover constituting an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of a multifunctional block and a snow sliding device having the multifunctional block according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view of a snow sliding apparatus according to a preferred embodiment of the present invention. FIG. 2 is a perspective view of a snow removing apparatus according to an embodiment of the present invention, in which a binding and a boot are removed.

As shown in these drawings, the snow sliding device according to the present invention can be easily slid on a snowy surface of a user wearing the snow sliding device, and at the same time, can be made to correspond to various types and sizes of boots (or bindings 10) And to allow the height and position of the binding 10 and the boot to be freely adjustable, while protecting the edge of the deck 20. Here, the edges of the deck 20 indicate both side edge portions of the deck 20.

For convenience of explanation, the binding 10 will be described first. The binding 10 is coupled to the upper part of the deck 20 to fix the boot (not shown). As shown in FIG. 1, 10 are fixed to the spacer assemblies 40, 70 to be described below by bolts. This binding 10 has various sizes and types corresponding to the boots, in this embodiment, the binding 10 having a width greater than the width of the deck 20 is illustrated. Of course, the binding 10 may be omitted and the boot may be directly coupled to the deck 20, but hereafter, the binding 10 will be described as an example.

In the snow sliding apparatus according to the present invention, as shown in FIG. 1, the plate-shaped deck 20 forms its appearance and skeleton. The deck 20 may be made of various materials such as wood, metal, alloy, synthetic resin, or composite material, and may be formed in a shape that extends in parallel in one direction or in an upwardly curved central portion.

Preferably, the deck 20 is elongated in one direction and has a smooth outer surface so that a user wearing the deck 20 can slide on the snow surface using the bottom surface.

On the upper surface of the deck 20, a protruding rail 22 is provided. More precisely, the protruding rail 22 is formed protruding upward from the upper surface of the deck 20 and is provided with a rail hole (not shown) for enabling the coupling with the binding 10 or a spacer assembly 40, A plurality of rail holes are formed along the protruding rails 22 so that the binding 10 or the spacer assemblies 40 and 70 can be coupled at various positions.

At this time, the protruding rail 22 protrudes from the deck 20, thereby allowing the user to slide in a state where the user is away from the ground. Through this, the user can improve the center of gravity upward from the ground, and various techniques such as obtaining more rotational force can be made possible.

A plurality of rail holes are formed at predetermined intervals in the protruding rail 22 so that the user can adjust the position where the spacer block 40 is assembled and the protruding rail 22 itself is a kind of deck 20 By serving as ribs for reinforcing the strength, the overall strength and durability against warping of the snow sliding device can be improved.

The deck 20 is coupled to the spacer assemblies 40 and 70. The spacer assemblies 40 and 70 are provided between the deck 20 and the binding 10 to separate the deck 20 from the binding 10 and to provide a driving performance during a slide, This is to improve the sense of speed.

More precisely, the spacer assemblies 40, 70 make it easier to adjust the position of the bindings 10 and the boots to be assembled to the deck 20, where the deck 20, the bindings 10, Both on the deck 20 and the front and back positions of the binding 10 and the boot.

 The spacer assembly 40, 70 comprises a spacer block 40 and a spacer cover 70. The spacer block 40 is formed in a three-dimensional shape and directly or indirectly seated on the deck 20, and the spacer cover 70 is provided to surround the side surface of the spacer block 40.

The spacer block 40 or the spacer cover 70 is coupled to the boots or the binding 10. When the friction plate 50 is further provided, May be located between the assemblies 40,70 and the binding 10 (or boot).

The spacer block 40 and the spacer cover 70 are assembled to be detachable from each other through a fastener 80 or the like. In a state in which the spacer block 40 and the spacer cover 70 are not assembled, The spacer block 40 and the spacer cover 70 can be moved relative to each other in the longitudinal direction of the deck 20 to change the front and rear positions of the boot or binding 10.

More specifically, the spacer cover 70 is formed to enclose both side surfaces of the spacer block 40, and the spacer block 40 and the spacer cover 70 are provided with first and second fastening holes 45 and 45, And the spacer cover 70 is assembled to both sides of the spacer block 40 by the fastening tool 80. [ The fastener 80 may be a fastening means such as a bolt. In this case, threads are formed in the first fastening hole 45 and the second fastening hole 77.

At this time, a plurality of at least one of the first fastening holes 45 and the second fastening holes 77 are formed in parallel, so that the relative position of the spacer cover 70 and the spacer block 40 can be changed have. 2 and 4, at least one of the first fastening hole 45 and the second fastening hole 77 may be formed in a plurality of relative positions so that the spacer cover 70 and the spacer block 70, (40) can be combined.

5, an elongated fastening slit 77 is formed in a side surface of the spacer cover 70 or the spacer block 40 to receive the fastener 80, (70) and the spacer block (40) may be varied. For reference, FIG. 5 shows a state in which a fastening slit 77 having a long hole shape is formed in the spacer cover 70.

1 to 5, the spacer block 40 is fixed to the upper surface of the deck 20 by fasteners (not shown), and the spacer cover 70 is fixed to the spacer block 40 And a flat surface portion 71 formed between the side surface portion 75 and seated on the upper surface of the spacer block 40. [

The second joint hole 77 is formed in the side part 75 to correspond to the first joint hole 45 of the spacer block 40 and a plurality of assembly holes 72 are formed to enable binding with the binding 10 or boots, and possibly with the friction plate 50.

That is, the binding 10 or the boots are combined on the flat surface portion 71. When the user wants to adjust the position of the binding 10 or the boot, the binding 10 or the boot itself need not be separated , The position of the spacer cover 70 can be adjusted by moving the spacer cover 70 apart from the spacer block 40.

4 shows a state in which the spacer cover 70 is moved rearward. As shown in FIG. 4, by moving the spacer cover 70 and reassembling it into the spacer block 40, The positions of the combined bindings 10 (or boots) are moved together. For reference, FIG. 4 shows a state in which the binding 10 and the boot are omitted so as to facilitate the position confirmation.

On the other hand, as shown in FIG. 6, the direction of engagement of the spacer assemblies 40 and 70 may be reversed. That is, the spacer cover 70 includes a pair of side portions 75 that are assembled to the side surface of the spacer block 40, and a pair of side surfaces 75 that are formed between the side portions 75 and on which the bottom surface of the spacer block 40 is seated (71), and the flat portion (71) is assembled to the deck (20).

In the previous embodiment, the spacer block 40 is assembled with the deck 20 and the spacer cover 70 is assembled with the spacer block 40, The spacer cover 70 is assembled to the deck 20 and the spacer block 40 is assembled and fixed to the spacer cover 70 in the embodiment shown in Fig.

In this case, it is also possible to change the relative positions of the spacer cover 70 and the spacer block 40. For this purpose, the spacer block 40 and the spacer cover 70, The position adjustment can be made by assembling them again after adjusting the positions of the first and second lens groups.

As shown in FIG. 2, a friction plate 50 may be provided between the bottom of the binding 10 and the spacer assemblies 40 and 70. The friction plate 50 is provided in a thin plate shape to protect the bottom surface of the binding 10 or the boot. That is, the friction plate 50 is in contact with the bottom surface of the binding 10 to prevent direct contact of the tongue with the binding 10 during the riding process. For this purpose, Width.

The friction plate 50 may be made of a synthetic resin such as a reinforced plastic or a metal material, and the outer surface of the friction plate 50 may be coated with a coating material for improving abrasion resistance.

At this time, the friction plate 50 is composed of a plurality of pieces, and the friction plate 50 composed of the plurality of pieces is fixed to the fastening frame in a state where they are spaced apart from each other, May be adjusted.

7 shows a configuration of another embodiment of the snow sliding apparatus according to the present invention.

A plurality of spacer blocks 40 constituting the spacer assemblies 40 and 70 are assembled on the upper surface of the deck 20 along the longitudinal direction of the deck 20, And may be formed as a three-dimensional body having at least one pair of outer surfaces parallel to each other.

The spacer block 40 is formed as a three-dimensional body having at least one pair of parallel outer surfaces, wherein one of the pair of outer surfaces parallel to each other (the upper surface of the spacer assembly 40, 70 in the present embodiment) (The bottom surface of the spacer block 40 in the embodiment of the present invention) is in close contact with the flat surface portion 71 of the spacer cover 70, and the other surface (in the present embodiment, the bottom surface of the spacer block 40)

At least a part of the cross section of the spacer block 40 may be formed in a polygonal shape or a circular shape. In this embodiment, as shown in Fig. 7, the spacer block 40 has a substantially tetragonal cross section. The polygon forming the transverse section of the spacer assemblies 40 and 70 may have different widths and heights so that the spacer blocks 40 may be formed at different angles depending on the angle between the deck 20 and the spacer cover 70 The height of the separation between the deck 20 and the binding 10 or the boot can be varied.

Of course, in this case also, the front and back positions of the binding 10 assembled to the spacer cover 70 may vary depending on the relative position of the spacer block 40 and the spacer cover 70. The first fastening hole 45 is formed on the side surface of the spacer block 40 in this embodiment also for the connection between the spacer block 40 and the spacer cover 70.

8 and 9, a fastening handle 80 is shown as a kind of fastening for engagement between the spacer block 40 and the spacer cover 70. [

The spacer block 40 and the spacer cover 70 are assembled by a fastening handle 80 which is moved out of the side surface portion 75 of the spacer cover 70, The resilient member S is provided with an elastic force in the center direction of the spacer block 40 and returns to the fastening position when the external force is removed.

More specifically, the spacer block 40 is formed with a long groove 41 and a latching hole 45 is formed in the groove 41. The spacer block 40 and the spacer cover 70 are assembled by selectively inserting the fastening handle 80 into the fastening hole 45.

The coupling handle 80 includes a body portion 82 passing through the spacer cover 70 and a head portion 81 provided at one end of the body portion 82 to selectively contact the outer surface of the spacer cover 70. [ And an engaging part 85 which is located opposite to the head part 81 and is selectively inserted into the engaging hole 45. The elastic part S is formed on the body part 82 .

One end of the elastic member S is hooked on the inner surface of the spacer cover 70 and the other end is hooked on the hooking portion 85 to elastically push the hooking portion 85 toward the hooking hole 45 Lt; / RTI >

The clamping handle 80 basically receives the elastic force in the direction of the latching groove and is held in the latching groove with the latching part 85 inserted therein The inserted state can be released if an external force is applied (Fig. 9 (b)).

Hereinafter, the operation of the snow sliding apparatus according to the present invention will be described in detail with reference to the drawings.

The user assembles the spacer assemblies 40 and 70 on the upper surface of the deck 20 by first assembling the snow sliding apparatus according to the present invention. Although not shown here, in addition to the spacer assemblies 40 and 70, a separate elastic damper spacer may be provided.

A friction plate 50 is assembled to the spacer assemblies 40 and 70 and a binding 10 or a boot is directly assembled on the friction plate 50. That is, after the user places the binding 10 on the upper surface of the friction plate 50, the user uses the fastening member 80 such as a bolt to move the binding 10 between the friction plate 50 and the spacer assemblies 40, 70, and more precisely, to the spacer cover 70. (Reference Example of Figs. 1 to 5)

When the assembly of the snow sliding apparatus according to the present invention is completed, the friction plate 50 prevents direct contact between the bottom surface and the snow surface of the boots. And, since the edge of the deck 20 is protected, the edge can be prevented from being worn or damaged by the object even when the user uses the deck 20 to ride on various articles such as railings and rails. Of course, the friction plate 50 may be omitted in some cases.

Meanwhile, the spacer assemblies 40 and 70 separate the binding 10 (or the boot) from the deck 20, and the height adjustment allows the user to select a sliding performance suitable for the user's preference.

In addition, the user can also change the front and rear positions of the binding 10, so that after the user releases the assembly of the spacer block 40 and the spacer cover 70, the spacer cover 70 is moved and reassembled (See Fig. 4)

Accordingly, the binding 10 coupled to the spacer cover 70 is naturally moved together to readjust its position. This means that the user can easily adjust the position of the binding 10 without having to detach the binding 10 and the boots, especially in the booted state.

It is to be understood that the invention is not limited to the disclosed embodiment, but is capable of many modifications and variations within the scope of the appended claims. It is self-evident.

For example, in the above embodiment, a plurality of rail holes are formed in the protruding rail 22 at predetermined intervals, and the spacer assemblies 40 and 70 are coupled to the rail holes. However, The spacer assemblies 40 and 70 can be applied to the conventional deck 20 and the conventional deck 20 without the rail holes. In this case, the spacer assemblies 40 and 70 can be fixed to the deck 20 using the fastening frame or the like.

10: Binding 20: Deck
40: spacer block 50: friction plate
70: spacer cover

Claims (12)

1. A snow sliding apparatus for allowing sliding on a snow surface,
A flat plate-shaped deck extending in one direction,
And a spacer assembly coupled to an upper surface of the deck to separate the boot from the deck,
A spacer block,
And a spacer cover assembled to a side surface of the spacer block,
The spacer cover is coupled with a boot or binding,
Wherein the spacer block and the spacer cover are movable relative to each other in the longitudinal direction of the deck in a state in which the assembly between the spacer block and the spacer cover is released, Wherein the snow sliding device is a snow sliding device.
2. The semiconductor device according to claim 1, wherein the spacer cover is formed so as to surround both side surfaces of the spacer block, wherein the spacer block and the spacer cover have first and second fastening holes respectively formed on both sides of the spacer block, And the cover is assembled by a fastener.
3. The snow sliding device according to claim 2, wherein at least one of the first fastening hole and the second fastening hole is formed in parallel, and the relative position of the spacer cover and the spacer block can be varied. .
3. The method according to claim 2, wherein a side wall of one of the spacer cover and the spacer block is formed with an elongated fastening slit into which a fastener is inserted so that the relative position of the spacer cover and the spacer block can be varied Features a snow sliding device.
5. The spacer block according to any one of claims 1 to 4, wherein the spacer block is fixed to an upper surface of the deck by a fastener, the spacer cover includes a pair of side portions assembled to the side surface of the spacer block, And a flat portion formed between the spacer blocks and seated on the upper surface of the spacer block.
5. The spacer block according to any one of claims 1 to 4, wherein the spacer cover includes a pair of side portions assembled to the side surface of the spacer block, and a flat portion formed between the side portions and on which the bottom surface of the spacer block is seated And the flat portion is assembled to the deck.
2. The snow sliding apparatus according to claim 1, wherein the spacer block is formed by stacking a plurality of unit blocks.
[2] The apparatus according to claim 1, wherein the spacer blocks are assembled on the upper surface of the deck along a longitudinal direction of the deck, and the spacer blocks are formed as a three-dimensional body having at least one pair of parallel outer surfaces. Device.
The snow sliding device according to claim 8, wherein at least a part of the spacer block is formed in a polygonal shape or a circular shape.
2. The snow sliding device of claim 1, wherein a frictional plate is provided between the spacer assembly and the binding or boot to prevent direct contact of the snow surface with the boot.
2. The snow sliding device according to claim 1, wherein the deck is provided with a protruding rail along the longitudinal direction of the deck, and the protruding rail is provided with a plurality of rail holes for engaging with the multi-function block.
The spacer block according to claim 1, wherein the spacer block and the spacer cover are assembled by a fastening handle which is inwardly outwardly inserted into the side surface of the spacer cover, and the fastening handle is elastically urged by the elastic member in the direction of the center of the spacer block, And when it is removed, returns to the fastening position.

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