Binding for sliding board
A binding for a sliding board, the binding including a foot-securing body ( 1 ) for securing a foot, and an attachment fixture ( 10 ) for attaching the foot-securing body ( 1 ) to a sliding board ( 50 ), wherein the attachment fixture ( 10 ) is composed of a disc body ( 11 ) that is fastened to an upper surface of the sliding board ( 50 ), a hole section ( 2 ) formed in the foot-securing body ( 1 ) being non-rotatably fitted onto the disc body ( 11 ), and a restricting securing body ( 12 ) that links to the disc body ( 11 ) via the hole section ( 2 ) in the foot-securing body ( 1 ) to restrict and secure the foot-securing body ( 1 ).
1. A binding for a sliding board, the binding comprising
a foot-securing body for securing a foot, and an attachment fixture for attaching the foot-securing body to a sliding board, wherein the binding is characterized in that: the attachment fixture is composed of a disc body that is fastened to an upper surface of the sliding board, a hole section formed in the foot-securing body being non-rotatably fitted onto the disc body, and a restricting securing body that links to the disc body via the hole section in the foot-securing body to restrict and secure the foot-securing body; the disc body is provided with an angle guide; the periphery of the hole section in the foot-securing body is provided with an angle display part; the angle display part is configured such that when the hole section in the foot-securing body is fitted onto the disc body using the angle guide as an indicator, the angle of the angle display part for which the angle guide is used as an indicator will be the angle at which the foot-securing body is attached to the sliding board; and the restricting securing body is provided with an angle pointing part for pointing to the angle display part,
wherein the restricting securing body is composed of a base member configured to be linked to the disc body by being rotated, and a securing member provided to the base member so as to be capable of rotating relatively therewith about the same center of rotation, the securing member being provided with the angle pointing part.
2. The binding for a sliding board according to claim 1 , characterized in that when the restricting securing body is linked to the disc body by being rotated, a rotation-preventing part for preventing the securing member from rotating is provided between the securing member and the foot-securing body.
3. The binding for a sliding board according to claim 2 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
4. The binding for a sliding board according to claim 1 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
5. A binding for a sliding board, the binding comprising
a foot-securing body for securing a foot, and an attachment fixture for attaching the foot-securing body to a sliding board, wherein the binding is characterized in that: the attachment fixture is composed of a disc body that is fastened to an upper surface of the sliding board, a hole section formed in the foot-securing body being non-rotatably fitted onto the disc body, and a restricting securing body that links to the disc body via the hole section in the foot-securing body to restrict and secure the foot-securing body; the disc body is provided with an angle guide;
the periphery of the hole section in the foot-securing body is provided with an angle display part, the angle display part is located on a peripheral edge of the hole section and is provided at a position where the angle display part is not concealed by the restricting securing body;
the angle display part is configured such that when the hole section in the foot-securing body is fitted onto the disc body using the angle guide as an indicator, the angle of the angle display part for which the angle guide is used as an indicator will be the angle at which the foot-securing body is attached to the sliding board; the restricting securing body is provided with an angle pointing part for pointing to the angle display part; furthermore,
the restricting securing body is composed of a base member configured to be linked to the disc body by being rotated, and a securing member provided to the base member so as to be capable of rotating relatively therewith about the same center of rotation, the securing member being provided with the angle pointing part.
6. The binding for a sliding board according to claim 5 , characterized in that when the restricting securing body is linked to the disc body by being rotated, a rotation-preventing part for preventing the securing member from rotating is provided between the securing member and the foot-securing body.
7. The binding for a sliding board according to claim 6 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
8. The binding for a sliding board according to claim 5 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
9. A binding for a sliding board, the binding comprising a foot-securing body for securing a foot, and an attachment fixture for attaching the foot-securing body to a sliding board, wherein the binding is characterized in that: the attachment fixture is composed of a disc body that is fastened to an upper surface of the sliding board, a hole section formed in the foot-securing body being non-rotatably fitted onto the disc body, and a restricting securing body that links to the disc body via the hole section in the foot-securing body to restrict and secure the foot-securing body; the periphery of the hole section in the foot-securing body is provided with an angle guide; the disc body is provided with a first angle display part; the first angle display part is configured such that when the hole section in the foot-securing body is fitted onto the disc body using the angle guide as an indicator, the angle of the first angle display part for which the angle guide is used as an indicator will be the angle at which the foot-securing body is attached to the sliding board; and the restricting securing body is furthermore provided with a second angle display part configured to display the same angle as the first angle display part indicated by the angle guide.
10. The binding for a sliding board according to claim 9 , characterized in that the angle guide is located on a peripheral edge of the hole section and is provided at a position where the angle guide is not concealed by the restricting securing body.
11. The binding for a sliding board according to claim 10 , characterized in that the restricting securing body is composed of a base member configured to be linked to the disc body by being rotated, and a securing member provided to the base member so as to be capable of rotating relatively therewith about the same center of rotation, the securing member being provided with the second angle display part.
12. The binding for a sliding board according to claim 11 , characterized in that when the restricting securing body is linked to the disc body by being rotated, a rotation-preventing part for preventing the securing member from rotating is provided between the securing member and the foot-securing body.
13. The binding for a sliding board according to claim 12 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
14. The binding for a sliding board according to claim 11 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
15. The binding for a sliding board according to claim 9 , characterized in that the restricting securing body is composed of a base member configured to be linked to the disc body by being rotated, and a securing member provided to the base member so as to be capable of rotating relatively therewith about the same center of rotation, the securing member being provided with the second angle display part.
16. The binding for a sliding board according to claim 15 , characterized in that when the restricting securing body is linked to the disc body by being rotated, a rotation-preventing part for preventing the securing member from rotating is provided between the securing member and the foot-securing body.
17. The binding for a sliding board according to claim 16 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.
18. The binding for a sliding board according to claim 15 , characterized in that the periphery of the hole section is provided with an annular step part into which the securing member is fitted, and an inner peripheral surface of the step part is configured to be downwardly inclined toward the hole section.