KR200194465Y1 - Binding structure for snowboard boots - Google Patents

Abstract

The present invention relates to a binding structure of a snowboard boot that is attached to and worn on a snowboard when riding a snowboard. The first catching protrusions formed on both bottom sides of the front of the snowboard boot, and the rear of the snowboard boot, respectively It is installed on the second locking projection and the snowboard respectively formed near the bottom of both sides, the first locking jaw formed on both sides of the front and the first locking projection which can take the first locking projection, respectively formed on both sides of the rear and the second locking projection can be caught Consists of a binder that can be attached to remove the snowboard boots as needed by having a locking projection, and can be easily removable, firmly supported by the first and second locking jaw at four relatively large points It has excellent stability, reducing the risk of safety accidents, and depending on the characteristics of the user, You can easily adjust the angle of the boots has the advantage of being extremely convenient.

Description

Binding structure for snowboard boots {binding structure for snowboard boots}

The present invention relates to a binding structure of a snowboard boot, and more particularly, to a binding structure of a snowboard boot that is attached to and worn on a snowboard when riding a snowboard.

In general, snowboard boots are worn when riding snowboards. Snowboard boots allow you to ride a snowboard in a stable position and prevent injury. For binding the snowboard boots on the snowboard, there is a "snowboard boots binding system" and the like filed in the patent application 1994-702590 and registered as 150024. This has the advantage that the user gives five or six kinds of freedom of movement, but the disadvantage is that the stability of the snowboard boots are not firmly held.

An object of the present invention is to provide a binding structure of the snowboard boots excellent stability because it can hold the snowboard boots firmly on the snowboard.

1 is an exploded perspective view of a snowboard boot and a binder applied to the present invention,

2 is a perspective view of a snowboard boot to which the present invention is applied,

Figure 3 is a side view showing a state in which the boots for snowboard 2 is coupled to the binder.

Explanation of symbols on the main parts of the drawings

10: snowboard boots 11: the first locking projection

12: 2nd projection 13, 14, 38: home

20: snowboard 30: binder

31: first jam jaw 32: second jam jaw

33: coupling hole 34: support shaft

35: base plate 36: handle

37: rotating shaft

An object of the present invention is a binding structure of a snowboard and a snowboard boot, the first locking projections respectively formed on both bottom sides of the front of the snowboard boots, the second locking stones respectively formed on both bottom sides of the rear of the snowboard boots It is installed on the plane and snowboard, and has a first catching jaw that is formed on both sides of the front and the first catching projection can catch the first catching projection, and a second catching protrusion which is formed on both sides of the rear and the second catching projection can catch the snow as needed. It can be achieved by the binding structure of the snowboard boots, characterized in that it comprises a binder that allows to detach the boots for the board.

The first locking projection is attached to the lower side of the snowboard boots in the form of "a", the second locking projection is preferably configured to protrude outwards in the form of pins of semicircular cross section.

In addition, the second catching jaw of the binder is more preferably connected to the lockable handle to be opened and closed as needed.

In addition, the binder can be installed by rotating a predetermined angle around the support shaft and the support shaft is formed a plurality of coupling holes for coupling to the snowboard, and provided with a support plate is formed with the first catching jaw and the second catching jaw It is better to set it as the structure to make.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is an exploded perspective view of a snowboard boot and a binder applied to the present invention, Figure 2 is a perspective view of a snowboard boot to which the present invention is applied, Figure 3 shows a state in which the snowboard boots of Figure 2 is coupled to the binder Side view.

The snowboard boots 10 shown in Figs. 1 to 3 are worn when the snowboard 20 is taken off, and the first locking projections 11 are formed on both front sides of the front, respectively. The first locking projection 11 is preferably installed to protrude to the side in the form of "a" as shown, but in some cases may be provided with a square plate or the like. Only the first catching jaw 31 of the binder 30 to be described later may be securely caught. Such a first catching protrusion 31 may be installed by forming a groove 13 recessed inward near the lower end of the snowboard boot 10.

As shown in the bottom of the rear both sides of the boots for snowboard, the second locking projections 12 are formed respectively. As the second locking projections 12, as shown in the figure, it is preferable that the pin-shaped ones having a semi-circular cross section protrude to both sides. The second catching protrusion 12 is also a part that can be changed to another form as necessary, and only needs to be firmly caught by the second catching jaw 32 of the binder 30 described later. Like the first locking projections 11, the second locking projections 12 are also preferably provided with grooves 14 formed on the rear lower side of the snowboard boot 10.

The binder 30 is shown underneath the snowboard boot 10. The binder 30 is installed on the snowboard 20, and is formed on both sides of the first catching jaw 31 and the rear side respectively installed at corresponding positions of the first catching protrusion 11, and the second catching protrusion ( 12) is provided with a second catching jaw 32 that can be taken to be able to attach and detach the upper snowboard boots 10 as needed. As shown in FIG. 1, the binder 30 includes a support shaft 34 having a plurality of coupling holes 33 formed therein for coupling to the snowboard 30, and the first catching jaw 31 and the first locking jaw 31 described above. A supporting plate 35 having two engaging jaws 32 is formed. The support shaft 34 is a part fixed to the snowboard 20 by being coupled through a screw or the like. The support plate 35 supported by the support shaft 34 can be fixed by pivoting a predetermined angle about the support shaft 34 as necessary.

As shown, the handle 36 is installed at one side of the support plate 35. The handle 36 is connected to the second catching jaw 32 through the rotation shaft 37. When the handle 36 is rotated about the rotation shaft 37 while slightly pulling to one side, the second locking jaw 32 is also rotated while the rotation shaft 37 is rotated to release the locked state.

That is, when the handle 30 is slightly pulled to one side in the state where the binder 30 is installed on the snowboard 20 and then rotated, the second catching jaw 32 is rotated together with the rotating shaft 37 to make the second catching jaw ( 32) will remain open. In this state, the first catching projection 11 is pushed into the first catching jaw 31 of the binder 30 in the state of lifting the rear of the snowboard boot 10, and then the back is lowered downward to The engaging projection 12 is inserted into the groove 38 of the binder 30 to be seated. Then, after adjusting the angle of the support plate 35 with respect to the support shaft 34, the handle 36 is rotated so as to return to the initial state, and then caught on a protruding part installed on the side wall near the handle 36. Then, the second catching jaw 32 is also rotated together with the rotation shaft 37 to be closed and at the same time the support plate 35 with respect to the support shaft 34 also remains locked. In other words, the snowboard boots 10 are hung on four parts of the binder 30 in an angle-adjusted state so that they are very firmly coupled.

That is, the first catching projections 11 respectively installed at both front lower ends of the snowboard boot 10 are coupled to the first catching jaws 31 respectively installed at both front sides of the binder 30 on the snowboard 20. In addition, the second locking protrusions 12 respectively installed at the lower rear sides of the snowboard boot 10 are hung on the second locking jaws 32 respectively installed at the rear both sides of the binder 30 to maintain a stable state. .

As can be seen from the above description, when using the binding structure of the snowboard boots according to the present invention can be easily removable, the first and second locking jaw is firmly supported at a relatively wide four points stability It is very convenient to reduce the risk of safety accidents, and to easily adjust the angle of the boots relative to the snowboard according to the characteristics of the user.

Claims (3)

In the binding structure of snowboard and snowboard boots, First catching protrusions respectively formed on both front bottom sides of the snowboard boot; Second catching protrusions respectively formed on both rear bottoms of the rear of the snowboard boot; And It is installed on the snowboard, and provided on both sides of the front and each of the first catching jaw that can catch the first catching projections and the second catching projections respectively formed on both sides of the back and catching the second catching projections as necessary The binding structure of the snowboard boots, characterized in that it comprises a binder that allows the removable snowboard boots. The method of claim 1, wherein the first catching protrusion is attached to the lower side of the snowboard boots in the form of "a", the second catching protrusion is projected outward in the form of a pin of semicircular cross-section, The second locking jaw is a binding structure of the snowboard boots, characterized in that the opening is connected to the handle so that it can be opened and closed. According to claim 1 or 2, wherein the binder can be installed by rotating a predetermined angle around the support shaft and the support shaft is formed a plurality of coupling holes for coupling to the snowboard, and the first catching jaw and The binding structure of the boots for snowboards, characterized in that it comprises a support plate on which the second catching jaw is formed.