JPH10179836A - Flow stop cord for snowboard - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a flow stop cord for snowboard which can be used commonly as a transport belt for the snowboard in the condition not enclosed. SOLUTION: A male connector 301 on a flow stop cord 300 is structured so that it can be removebly attached to a female connector on the ankle strap of each binding 140. Adjusting means 107 and 111 are to adjust the overall length of the cord. One end 309a of the cord is always fixed to one of the bindings 140. When this is used as a flow stop cord, the male connector 301 and female connector are coupled together in such a way that the boot is surrounded by the part with cord. When used as a shoulder belt, the cord is adjusted so that its overall length becomes long, and the male connector 301 is passed round the rear surface of the board 150 and connected with the female connector 145 on the ankle strap of the other binding 140. At this time, the ankle strip 147 works as a shoulder strip. For the sake of security, another female connector 102 is coupled with the male connector 301 threaded through the female connector 145.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a so-called leash cord, which is a so-called leash cord.

[0002]

2. Description of the Related Art In recent years, snowboards have become popular in place of skis. Snowboarding is like skateboarding on snow. A player puts both feet on a single wide ski and slides down an inclined snowy upper surface.

In order to fix both feet on a snowboard,
A fixing means of a foot (snow boot) called a binding is attached to a predetermined position on the snowboard. The binding includes a hard binding for fixing the toe and heel with a fastener, and a soft binding for fastening the toe and ankle with a relatively soft strap. In addition, a dedicated hard boot is used for hard binding. For soft binding,
Any boot can be used, but usually a boot called a soft boot is used. Usually, soft boots and soft bindings are more frequently used.

FIG. 10 shows appearances of a snowboard and a soft boot to which a soft binding is attached.

[0005] As shown in FIG.
Is usually about 1m50cm in length and 2m at the narrow center.
It has a size of about 0 cm to about 40 cm to 65 cm in a wide outer part, and the front part and the rear part are curved upward.

The binding 140 includes a base plate (substrate) 141 on which the boot 160 is mounted and a boot 16.
0 toe strap (142, 143,
144) and an ankle strap (14
5, 146, 147, 148) and a high back 149 supporting the rear part of the boot 160.

The base plate 141 has a plurality of through grooves 1.
41a, and is fixed to the board 150 by bolts 141b. A male connector 144 protrudes from one side of a front portion of the base plate 141, and a belt 142 is formed on the other side.
Is protruding. A female connector 143 is attached to the end of the belt 142, and a male connector 144 is mounted here.
Are fitted and connected. The male connector 144 has a serrated uneven surface on one surface. A spring is mounted inside the female connector 143, and the male connector 144 is connected to the female connector 143.
When the male connector 143 enters the female connector 143, the saw-toothed portion of the male connector 143 that has entered is locked by a locking piece (not shown) of the female connector 143 so that the male connector 143 cannot reverse. This locking can be released by operating the movable portion of the female connector 143 against the spring force. The male connector 144 and the female connector 143 constitute the toe strap, which is a kind of so-called buckle.

A male connector 146 similar to the male connector 144 is connected to one side of the rear portion of the base plate 141 via a clamp 153. One end of a belt 148 is attached to the other side. This belt 1
An ankle pad 147 is provided at the center of 48, and a female connector 145 similar to the female connector 143 is attached to the tip. These parts constitute the ankle strap, which is also a kind of buckle.

At the rear of the base plate 14, the high back 149 is rotatably supported about left and right fulcrums 153. When not in use, the high back 149 can be tilted forward so as not to be in the way.

Conventionally, on a slope of a slope, a boot 1
To prevent the board 150 from being accidentally washed away when the 60 is removed from the binding 140, a flow stop cord called a leash code is used. Hereinafter, in this specification, the flow stopping code is also referred to as a leash code.

The leash cord 10 has a structure as shown in FIG. This leash code 10
Has a relatively strong ring-shaped string 13 at one end of one belt 19, a male connector 12 at an intermediate portion, and a female connector 11 at the other end. The male connector 12 and the female connector 1
Reference numeral 1 denotes a detachable buckle, which can form an annular portion 15 of the belt as shown in FIG. The leash cord 10 is attached to the hole 151 on the side of the base plate 141 with a string 13 at one end, and the other end is connected to a boot 16.
By forming the annular portion 15 by wrapping it around the ankle of No. 0, the function of stopping the flow can be achieved.

[0012]

By the way, in the case of a snowboard, unlike the case of skiing, both feet are not free when placed on the board 150. As a result, the boot 160 must be removed from the binding 140 in order to move to a lift platform after downhill or to walk between various facilities. At that time,
The player needed to hold the bare board 150 aside or on his shoulder.

[0013] However, the weight of the board 150 (including the binding 140) is not so light, and there is a problem that the player has a heavy burden to hold the board every time it moves. Another drawback was that at least one hand was occupied.

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a snowboard cleat that can be used as a transport belt for a bare snowboard.

It is another object of the present invention to provide a snowboard cleat cord which allows both hands to be free when carrying a bare snowboard.

It is still another object of the present invention to provide a snowboard cleat cord that allows the soft binding ankle pad to be used as a shoulder pad.

[0017]

The basic feature of the present invention is that one end of a flow stop cord is provided with a connector which can be attached to and detached from a connector attached to a snowboard binding (particularly, an ankle strap connector). On the point.

Usually, since a considerable load is applied to the binding of the snowboard, a connector having a considerable strength is used as a connector constituting the binding. On the other hand, the conventional flow stopper cords need only be stopped so that the snowboard does not flow on the snow, so that the connecting device does not require much strength. As a result, a simple and small buckle has been used as a connector used for the flow stopper cord at present.

Therefore, the buckle of the binding and the buckle of the flow-stopping cord are common in terms of the function of being detachable, but it is impossible to use interchangeable buckles for both buckles.

More specifically, a cleat cord according to the present invention comprises a cleat for snowboards wherein one end of the cord is attached to one binding or board and the other end of the cord is removably attached to a player's boot or foot. A cord provided on the other end side of the cord, with a connector detachable from a connector of the other binding, wherein one end of the cord is attached to the one binding or the board; By attaching the connecting device on the side to the connecting device of the other binding, it can be used as a shoulder belt.

According to this configuration, it becomes possible to share a flow-stop cord, which has conventionally only functioned as a flow stop, as a shoulder belt. This also allows both hands to be free when carrying the snowboard naked. Furthermore, since the board is hung on the shoulder with the shoulder belt, the burden on the arms is eliminated, and even people without strength can carry easily.

Conventionally, when carrying a snowboard naked,
Although the cleat cord was in the way and was useless, according to the present invention it is very advantageous because it can be used for a shoulder belt. At the time of use as a shoulder belt, the connection device connected to the boot side may be removed and replaced with the connection device of the other binding.

Preferably, the binding to which the connecting device on the other end side of the cord is attached is a binding of a type having an ankle pad which abuts on an ankle of a boot, and which is used when used as a shoulder belt. Can be used as a hand. By adapting the snowboard cleat of the present invention to such a so-called soft binding, the ankle pad can be diverted as a shoulder pad, and there is no need to prepare a separate shoulder pad component.

Preferably, there is provided a length adjusting means for adjusting a length from one end of the cord to a connection tool on the other end of the cord. In order to be used as a shoulder belt, the entire length of the snowboard cleat must be somewhat longer. For this reason, if the total length is increased in advance, the length of the cord is increased when the cord is used as an original anti-flow cord. However, the provision of the length adjusting means makes it possible to reduce the length of the cord to an appropriate length when the cord is used as a flow stop cord.

One example of the configuration of the other end of the cord is a male connector which is detachably connected to each other so as to form an annular portion of the cord in a state where a part of the cord is wound around the boots or feet of the player. And a female connector. With such a structure of the flow stop cord, when used as a flow stop cord, an annular portion of the code is formed in a state where a part of the code is wrapped around the boots or feet of the player, so that simple and reliable mounting is possible. .

In this configuration, a first cord portion wound around the player's boots or feet to form an annular portion, and a second cord from one end attached to the binding or board to the first cord portion. Preferably, the two cord portions are separated from each other so as to be rotatable about at least one axis. With such a configuration, when used as a flow-stopping cord, unnatural twist of the cord, particularly the belt, is eliminated, the usability is improved, and both the male and female connectors on the binding side can be used.

[0027] More preferably, a length adjusting means is provided for adjusting a length of the second cord portion from one end attached to the binding or the board to a connection point rotatably connected to the at least one axis. . With this configuration, it is possible to change the overall length when used as a shoulder belt without changing the size of the annular portion of the first cord portion formed by being wound around a boot or a foot when used as a flow stop cord. become.

Preferably, the length adjusting means has an operation section for adjusting the length while the player is using the shoulder belt. The operation unit is, for example, a ring-shaped string attached to a belt connector at a position where the length of the cord can be adjusted, and can be pulled by a player with a finger. This eliminates the need for the player to use the snowboard cleat as the shoulder belt beforehand by setting the length to an optimum length. That is, it is possible to adjust the length to an optimum length suitable for oneself after hanging on the shoulder.

Further, the length adjusting means may be constituted by an automatic belt winding device. The use of the automatic belt winding device eliminates the need to change the belt length when changing the application between the flow stopper and the shoulder belt.

[0030]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, various embodiments of the present invention will be described in detail.

FIG. 1A is an external view of a first embodiment of a flow stopper cord according to the present invention. FIG.
FIG. 2B is a schematic view for clarifying the configuration of the belt in FIG. In FIG. 1 (b), for convenience, the male connector is shown as a convex, and the female connector is shown as a concave.

The anti-flow cord 100 shown in FIG. 1 has one long belt 109. The belt 109 and all the belts described later are formed of a durable material (for example, nylon) having excellent water resistance, durability, and tensile strength. A belt loop is formed at one end 109a, and a ring-shaped string 113 is passed through the belt loop. This string 113 is the same as the conventional leash cord 1 shown in FIG.
Like the zero string 13, this is for attaching one end of the flow stopping cord to the hole (151 in FIG. 10) of the binding. One end of the flow stop cord may be attached to a hole of a board (not shown). As can be seen from FIG. 1 (b), the other end 109b of the belt 109 is passed through a central bar of a sun-shaped belt stopper (commonly referred to as a "koki plate") 107 in an inverted U-shape. A belt-shaped belt stopper (commonly called a ladder) 105 is passed through one bar in an inverted U-shape, passes through a belt hole 101b of the male connector 101, and again forms an eye-shaped belt stopper 105. After passing through one opening, it is fixed to the bar outside the sun-shaped belt stopper 107. The day-shaped belt stopper 107
A ring-shaped string 111 is attached to a bar on the other end side of the first through a short belt 110. The string 111 functions as an operation unit (handle) for adjusting the length of the flow stopper cord 100 as described later. The female connector 102 is attached to one end of the eye-shaped belt stopper 105 via a relatively short belt 104. Instead,
When the eye-shaped belt stopper 105 and the male connector 102 are integrated, the belt 104 is unnecessary. As the belt stoppers 105 and 107, for example, those formed of a synthetic resin can be used, but those formed of another material may be used as long as they have some strength and excellent durability.

The male connector 101 of the flow stopper cord 100
Is detachable from the female connector 145 constituting the ankle strap described with reference to FIG. That is, the connector is similar to the male connector 146 of the ankle strap.
Having.

Female connector 102 of flow stopper cord 100
The male connector 101 is detachable, and is the same connector as the female connector 145 constituting the ankle strap. That is, the female connector 102 comprises a main body 102a and a movable part 102b supported by a fulcrum 102c. A spring is mounted inside the female connector 102, and the male connector 101 which has entered the female connector 102 is moved in the same manner as a conventional ratchet mechanism. Is locked by a locking piece (not shown) of the female connector 143 so that it cannot be reversed. Further, by rotating the movable portion 102b from outside against the spring force, the locking can be released and the male connector 101 can be removed from the female connector 102. Such a configuration and operation itself are the same as the conventional one.

One end 109a of the flow stop cord 100
The string 113 is always attached to the binding (in this example, the forefoot side) as in the related art. on the other hand,
The other end side, that is, the male connector 101 and the female connector 102,
The function and connection mode are different between when used as a flow stopper and when used as a shoulder belt.

When used as an original flow stop, FIG.
Are wound around the boots (or the feet of the player) as shown by the arc arrows A1 and A2 of FIG. In that case,
By adjusting the position of the belt stops 105 and 107, the length of the belt that contributes to the size of the wrappable portion can be varied. This also makes it possible to prevent the length from the binding to the belt stopper 105 from becoming unnecessarily long.

When the flow stopper cord 100 is used as a shoulder strap, the distance from one end 109a of the belt 109 to the male connector 101 is increased by adjusting the positions of the belt stoppers 105 and 107. This can be easily performed by pulling the string 111 in a direction away from the binding with one end 109a of the belt 109 fixed to the binding. After thus increasing the total length of the flow stop cord 100, as shown in FIG. 7, the male connector 101 of the flow stop cord is passed through the back side of the board 150 and the other binding (in this example, the rear foot side) 140 Bring it to the vicinity. Although the stoppage code shown in FIG. 7 is a stoppage code 300 according to a third embodiment to be described later, the basic operation for changing to the shoulder strap is the same for the stoppage code 100.

The belt 148 with the ankle pad 147 of the binding 140 on the rear foot side is attached to the base plate 14.
Since it is attached to one hole with a bolt, it is possible to rotate around this bolt. Therefore, as shown in FIG. 7, the ankle pad 147 is positioned so as to protrude out of the board 150, and the male connector 301 (101) of the anti-flow cord is inserted into and connected to the female connector 145 at the tip. I do. Preferably, as shown by an arrow A3, the female connector 102 of the flow stopper cord is attached to the tip of the male connector 301 (101) projecting through the female connector 145.
Can be fixed so that the connection between the male connector 301 (101) of the flow-stop cord and the female connector 145 of the ankle strap does not come off. This functions as a safety lock, and is extremely effective against a large load applied when the anti-flow cord is used as a shoulder belt.

FIG. 2 shows the structure of a flow stop cord 200 according to a second embodiment of the present invention. This is obtained by exchanging the positional relationship between the male connector and the female connector of the flow stopper cord 100 in FIG. Although not shown, there is a conventional ankle strap having a male connector (corresponding to 146 in FIG. 7) on the side of the binding 140 having the ankle pad 147. In the flow stopper cord 100 of FIG. 1, a female connector 102 can be used instead of the male connector 101 for such an ankle strap. In this case, the ring-shaped cord 111 is attached to the player's body. The belt must be unnaturally twisted because it must appear outside of the belt. The anti-flow code 200 of FIG. 2 addresses such a problem. In the embodiment of FIG. 2, the female connector 202 has a hole 202b through which the belt 109 passes. When the flow stopper cord 200 is used as a shoulder strap, the female connector 202, not the male connector 101, is connected to the ankle strap. In this embodiment, the safety lock as shown in FIG. 1 cannot be provided due to the structure.

Flow stop cord 1 shown in FIGS. 1 and 2
As shown in FIG. 1, 00 and 200 are, when used as an original flow stopper, a cord portion forming an annular portion and another portion to form an annular portion surrounding the boot as shown by arrows A1 and A2. There is a problem that the belt is twisted at the connection portion with the cord portion. This issue is not particularly serious and has little or no impact on use,
An embodiment that solves this problem will be described.

FIG. 3 shows a configuration of a flow stop cord 300 according to a third embodiment of the present invention. This flow stop code 3
00 has a metal fitting 307. The male fitting 301 and the belt 304 are attached to the metal fitting 307 by rivets 307 so as to be linear with each other and rotatable about the rivet 309. The other end of the belt 304 passes through the sun-shaped belt stopper 303 in an inverted U-shape and is free outside 304.
Is formed. The female connector 102 is connected to the end of the sun-shaped belt stopper 303 via a short belt 306. The bracket 307 has a bracket 305 attached thereto. A belt loop is formed at one end 309a of the long belt 309, and the ring-shaped string 113 is passed through the loop. Belt 3
3, the other end 309b passes through the sun-shaped belt stopper 107 in an inverted U-shape, as shown in FIG.
05, and is fixed to the bar at one end of the sun-shaped belt stopper 107. The day-shaped belt stopper 107
The bar on the other end side of is similar to the first and second embodiments.
A ring-shaped string 111 is attached via a short belt 110.

In the structure of the flow stopper cord 300, the length of the cord part wound around the boot when used as a flow stopper can be adjusted by the belt stopper 303 independently of other cord parts. This adjustment does not have to be performed after the adjustment once for each player. Also, the belt 3 attached to the binding
The length from one end 309 a to the metal fitting 307 can be adjusted by the belt stopper 107. This length is reduced when used as a flow stop cord, and increased when used as a shoulder belt. This length adjustment
It can be easily performed using the ring-shaped string 111.

In this embodiment, by using the metal fitting 307, the problem of unnatural twisting of the belt when used as a flow stopper cord can be solved. The metal fitting 30
7, the positional relationship between the male connector 301 and the female connector 102 can be reversed, so that the belt is not unnaturally twisted even if the connector on the ankle strap is male or female. Any of them can be handled with a book stop code. Furthermore, with the fitting 307,
Since the first cord portion to be wound around the boot of the anti-flow cord and the other cord portion (the second cord portion) are separated, the length of the second cord portion is independent of the first cord portion. Can be adjusted.

FIG. 4 shows a configuration of a flow stop cord 400 according to a fourth embodiment, which is a modification of the flow stop cord 300 of FIG. This differs from the flow stop code 300 of FIG. 3 in the following points.

That is, the flow stopper cord 400 uses the metal fitting 405 instead of the metal fitting 307. Fitting 307
Is a uniaxial rotating element, whereas the bracket 405 is a biaxial rotating element. That is, the metal fitting 405 has a rotating portion 405c that rotates about the shaft 405a.
The belt 407 is fixed to the belt 05c by a rivet 405b. The belt 407 is rotatable around the rivet. Therefore, the belt 407 is
5 can be rotated on two axes. The other end of the belt 407 is a male connection tool 401 integrated with a sun-shaped belt stopper.
To be fixed. One end of the belt 404 is fixed to the female connector 102, and the other end is passed through an inverted U-shaped belt stopper of the male connector 401 to form a free end 404 a.

In the anti-flow cord 400, the use of the metal fitting 405 capable of biaxial rotation makes it possible to mount the belt more flexibly and easily when used as the anti-flow cord. 3, the length of the cord portion wound around the boot when used as a flow stopper can be independently adjusted at the belt stopper portion of the male connection tool 401. Further, regardless of whether the connection tool on the ankle strap side is male or female, a single flow stopper cord can cope with both without unnaturally twisting the belt. Further, the metal fitting 307 separates the first cord portion around which the flow stop cord is wound around the boot from the other second cord portion.
The length of the second code portion can be adjusted independently of the first code portion.

FIG. 5 shows the structure of a flow stop cord 500 according to a fifth embodiment of the present invention. This corresponds to the flow stop code 300 of FIG. 3 and the flow stop code 40 of FIG.
This is an embodiment in which the configuration of 0 is compromised. That is, the male connector 301 is directly rotatably attached to the rotating portion 405c of the metal fitting 405 with the rivet 405b.
A belt-shaped belt stopper 303 is provided separately from 1 to vary the belt length of the wrapped portion when used as a flow stopper cord. According to the flow stop cord 500, the same operation and effect as those of the flow stop cord 400 of FIG. 4 can be obtained.

FIG. 6 shows the structure of a flow stop cord 600 according to a sixth embodiment of the present invention. This is a flow-stop cord of a type in which the hook 603 is hooked on a boot (a string or the like), not a type wound around a boot. Therefore, the female connector 102 is fixed to the hook 603 and separated from the flow stopper cord 600. The structure of the belt 309 includes the flow stop cords 300, 400, 50
It is the same as 0, and the same length adjustment can be performed.

FIG. 12 shows a flow stop cord 1200 according to a seventh embodiment, which is a modification of the embodiment shown in FIG.

This is a type in which the male connector 121 and the female connector 122 are separated like the flow stopper cord 600 of FIG. The male fitting 121 is connected to a ring fitting 127 via a belt 123, and the ring fitting 127 is connected to an eye-shaped belt stopper 124 via a belt 126. As shown, a belt 125 is attached to the eye-shaped belt stopper 124 so as to be adjustable in length.
The other end of the belt 125 is connected to an automatic belt winding device 1230.
Attached to.

The automatic belt winding device 1230 is the same as that shown in FIG.
As shown schematically in FIG. 2, the case has an outer wall 1231, a cylindrical center wall 1233, and a cylindrical intermediate wall 1223 rotatable therebetween. Center wall 123
3 between the center wall 1233 and the intermediate wall 123 with the leaf spring 1234 fully opened.
2 respectively. In this state, the belt 12
The other end of the belt 5 is wound around the intermediate wall 1232 in a space between the outer wall 1231 and the intermediate wall 1232, and when the belt 125 is pulled outward, the spring 12
34 contracts, and the intermediate wall 1232 rotates in a direction to discharge the wound belt 125. When the pulling force of the belt 125 is released, the belt 125 is moved by the spring force.
It is drawn into 230. Automatic belt winding device 123
0 can be screwed to a binding or board at a hole 1235 (or a hole in the center wall 1233) provided outside the case. Of course, it is also possible to connect via a string.

On the other hand, the female connector 122 is connected to the ring metal 129 via the belt 128. This ring fitting 1
Numeral 29 has a spiral structure so that it can be attached to, for example, a string of a snow boot. By making the ring fitting 127 have the same structure, the male fitting 121 and the female fitting 122 can be exchanged.

The flow stopping code 1200 of this embodiment.
When the belt 125 is used as a flow stopper, the belt 125 is automatically contracted to the minimum length by the spring force. When used as a shoulder belt, the belt 125 is pulled out and used against the spring force. When it is hung on the shoulder, the belt 125 can be extended to the maximum by the weight of the snowboard. Since the preferable length of the belt 125 at this time varies depending on the user, the effective length of the belt at the eye-shaped belt stopper 124 is adjusted. A mechanism for temporarily maintaining the pulled-out belt at the length may be provided. However, according to the configuration of the present embodiment, such a mechanism is unnecessary, and the configuration of the automatic winding device is simplified. Can be

The automatic belt winding device shown in FIG. 12 is not limited to the embodiment shown in FIG.
It can be used in combination with other embodiments. Similarly, in the flow stopper cord 600 shown in FIG. 6, the connector 121, the female connector 122, and the ring fitting 1 shown in FIG.
26, 129 can also be used.

FIG. 8 shows a use mode when the flow stopper cord 300 of FIG. 3 is used as a shoulder belt. FIG.
In order to clarify the connection part, the female connector 102 of the flow stopper cord 300 and its associated elements 303 and 30 will now be described.
Although not shown in FIG. 4, as described with reference to FIG.
Female connector 102 with respect to male connector 301 in the state of FIG.
Can be connected to the safety lock. If it is too long for a shoulder belt, use one hand to
Float 0 slightly and use your other hand to make a ring
By pulling 11 downward, the length of the shoulder belt can be shortened. Conversely, if the ring-shaped string 111 is pulled up to the information, the length of the shoulder belt can be increased.

When the anti-flow cord 300 of the present invention is used as a shoulder belt, it is also possible to use a cross hook as shown in FIG.

Although the embodiments of the present invention have been described above, various changes can be made without departing from the gist of the present invention. For example, the detent code 100 of FIG.
In the above, a narrower belt or a string-shaped belt may be used as the belt 104. Thereby, the twist of the belt is reduced or eliminated. Further, instead of the ring-shaped string 111 as the operation section for adjusting the length, only a tongue-shaped belt or a ring-shaped belt may be used.

[0058]

The snowboard cleat cord of the present invention can be used as a shoulder belt for carrying a bare snowboard. This makes it possible to easily transport a bare snowboard, which has conventionally been a heavy burden, by using a flow stop cord that is unnecessary when transporting the snowboard.

Further, at the time of carrying, both hands of the carrier can be made free.

Further, by making the ankle pad of the soft binding usable as a shoulder pad, it is not necessary to add an extra part such as a shoulder pad.

[0061]

[Brief description of the drawings]

FIG. 1 is an external view (a) and a schematic view (b) showing a first embodiment of a snowboard cleat according to the present invention.

FIG. 2 is an external view (a) and a schematic view (b) showing a second embodiment of a snowboard cleat according to the present invention.

FIG. 3 is an external view (a) and a schematic view (b) showing a third embodiment of a snowboard cleat according to the present invention.

FIG. 4 is an external view (a) and a schematic view (b) showing a fourth embodiment of a snowboard cleat according to the present invention.

5A and 5B are an external view (a) and a schematic view (b) showing a fifth embodiment of a snowboard cleat according to the present invention.

FIGS. 6A and 6B are an external view (a) and a schematic view (b) showing a sixth embodiment of a snowboard cleat according to the present invention.

FIG. 7 is an external view showing a mode of connection between a snowboard cleat and a binding ankle strap when the snowboard cleat according to the present invention is used as a shoulder belt.

FIG. 8 is an external view of a state in which the snowboard cleat according to the present invention is used as a shoulder belt.

FIG. 9 is an external view of another state in which the snowboard cleat according to the present invention is used as a shoulder belt.

FIG. 10 is an external view showing a snowboard and soft binding to which the present invention is applied, a soft boot, and a conventional leash cord.

11 is an external view showing a configuration of the conventional leash cord of FIG.

FIG. 12 is a schematic view showing a seventh embodiment of a snowboard cleat according to the present invention.

[Explanation of symbols]

101, 121, 301, 401 ... male connector, 102,
122, 202: female connection tool, 111: ring-shaped string, 1
10 ... belt, 107 ... sun-shaped belt stopper, 140 ...
Binding, 141: Base plate, 144: Male connector, 145: Female connector, 146: Male connector, 147
... ankle rest, 148 ... belt, 149 ... high back, 1
50: snowboard, 300: anti-flow cord, 305
... Bracket, 307... 309, belt.

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Masahiko Tajima 21-9 Asahi-cho, Fujisawa-shi, Kanagawa (72) Inventor Takusho Okamiya 661-66, Kamiyama-cho, Midori-ku, Yokohama-shi, Kanagawa

Claims (8)

[Claims] 1. A snowboard cleat cord having one end attached to one binding or board and the other end detachably attached to a player's boots or feet. A connection tool detachable from the connection tool of the other binding, and a connection tool on the other end side of the cord is connected to the connection tool of the other binding while one end of the cord is attached to the one binding or the board. A snowboard cleat that can be used as a shoulder belt by attaching to 2. The binding to which the connecting device at the other end of the cord is attached is a binding of a type having an ankle pad which abuts on an ankle of a boot, and which is used as a shoulder belt. 2. The snowboard cleat according to claim 1, wherein the cord can be used as a cord. 3. A snowboard cleat cord according to claim 1, further comprising a length adjusting means for adjusting a length from one end of the cord to a connector on the other end of the cord. . 4. A male connector and a female connector which are removably connected to each other at the other end of the cord so as to form an annular portion of the cord with a part of the cord wound around a boot or foot of a player. 3. The snowboard cleat according to claim 1 or 2, further comprising: 5. A first cord portion wrapped around said player's boots or feet to form an annular portion, and a second cord portion from one end attached to said binding or board to said first cord portion. 5. The anti-skid cord for snowboard according to claim 4, wherein both cord portions are connected so as to be rotatable about at least one axis. 6. A length adjusting means for adjusting a length of the second cord portion from one end attached to the binding or the board to a connection point rotatably connected to the at least one axis. The flow stopping cord for a snowboard according to claim 5, characterized in that: 7. The flow for a snowboard according to claim 3, wherein the length adjusting means has an operation section for adjusting the length while the player is using the shoulder belt. Stop code. 8. The cord according to claim 3, wherein said length adjusting means is constituted by an automatic belt winding device.