초록 ▼

A snowboard binding (1), including a base plate ( 2) equipped on at least one of its front (12) or rear ends with a rigid plate (10), the upper face (11) of which is tilted upward and designed to receive the forces from the front or rear zones of the boot: which includes a layer of elastomeric ma

A snowboard binding (1), including a base plate ( 2) equipped on at least one of its front (12) or rear ends with a rigid plate (10), the upper face (11) of which is tilted upward and designed to receive the forces from the front or rear zones of the boot: which includes a layer of elastomeric material (30) inserted between the base plate (2) and the plate (10); wherein the layer of elastomeric material (3) has openings (31, 32) via which the plate (10) is rigidly fastened onto the base plate (2), coming into contact with the latter; which includes apparatus (20-23) for longitudinally displacing the zone of contact between the plate (10) and base plate (2) via the openings (31, 32) in order to allow a plurality of longitudinal positions of the plate (10) relative to the base plate (2).

대표청구항 ▼

The invention claimed is: 1. A snowboard binding (1), including a base plate ( 2) equipped on at least one of its front (12) or rear ends with a rigid plate (10), the upper face (11) of which is tilted upward and designed to receive the forces from the front or rear zones of the boot: which include

The invention claimed is: 1. A snowboard binding (1), including a base plate ( 2) equipped on at least one of its front (12) or rear ends with a rigid plate (10), the upper face (11) of which is tilted upward and designed to receive the forces from the front or rear zones of the boot: which includes a layer of elastomeric material (30) inserted between the base plate (2) and said plate (10); wherein said layer of elastomeric material (3) has openings (31, 32) via which the plate (10) is rigidly fastened onto the base plate (2), coming into contact with the latter; which includes an assembly (20-23) between the plate (10) and the base plate (2) fastened through said openings (31, 32) which permit selection and fixing a plurality of longitudinal positions of the plate 910) relative to the base plate (2). 2. The snowboard binding as claimed in claim 1, wherein the layer of elastomeric material (30) is embedded in a housing ( 13) made in the upper face of the base plate (2). 3. The snowboard binding as claimed in claim 1, wherein the base plate (2) includes protruding zones (14, 15) extending upward via the openings (31, 32) in the layer of elastomeric material (30). 4. The snowboard binding as claimed in claim 1, wherein said openings (31, 32) are longitudinally elongate and receive protruding zones (14, 15) that are also elongate in order to allow the selection and fixing of the longitudinal positions of the plate (10) relative to the base plate (2). 5. The snowboard binding as claimed in claim 1, wherein the upper face (11) of the plate (10) is located in a continuation of the upper face of the base plate (2) located above said plate. 6. The snowboard binding as claimed in claim 1, wherein the layer of elastomeric material (30) includes a zone (42) forming a rib inserted between the rear of the plate (10) and the base plate (2). 7. A snowboard binding (1), including a base plate ( 2) equipped on at least one of its front (12) or rear ends with a rigid plate (10), the upper face (11) of which is tilted upward and designed to receive the forces from the front or rear zones of the boot: which includes a layer of elastomeric material (30) inserted between the base plate (2) and said plate (10); wherein said layer of elastomeric material (3) has openings (31, 32) via which the plate (10) is rigidly fastened onto the base plate (2), coming into contact with the latter; which includes an assembly (20-23) between the plate (10) and the base plate (2) fastened through said openings (31, 32) which permit selection and fixing a plurality of longitudinal positions of the plate 910) relative to the base plate (2); wherein said openings (31, 32) are longitudinally elongate and receive protruding zones (14, 15 ) that are also elongate in order to allow the selection and fixing of the longitudinal portions of the plate (10) relative to the base plate (2). 8. The snowboard binding as claimed in claim 7, wherein the layer of elastomeric material (30) is embedded in a housing ( 13) made in the upper face of the base plate (2). 9. The snowboard binding as claimed in claim 7, wherein the base plate (2) includes protruding zones (14, 15) extending upward via the openings (31, 32) in the layer of elastomeric material (30). 10. The snowboard binding as claimed in claim 7, wherein the upper face (11) of the plate (10) is located in a continuation of the upper face of the base plate (2) located above said plate. 11. The snowboard binding as claimed in claim 7, wherein the layer of elastomeric material (30) includes a zone (42) forming a rib inserted between the rear of the plate (10) and the base plate (2).