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    • 1. 发明公开
    • ERGONOMIC SPORTSBOARD
    • 符合人体工程学的运动板,
    • EP1007167A1
    • 2000-06-14
    • EP98946646.1
    • 1998-09-03
    • Fournier, Louis
    • Fournier, Louis
    • A63C5/03B63B35/79B63B35/81
    • A63C5/03
    • A sportsboard (10) having an ergonomic upper surface (18). The upper surface (18) of the sportsboard (10) includes at least one upwardly angled portion (20; 22) with respect to a center of the sportsboard (10) adapted to contact the extremities (24, 26) of a rider (28), e.g., the feet, boots and/or bindings. Preferably, the angle is between about 1° and 20°, more preferably between about 4° and 14°, and most preferably between 5° and 12°. The angle preferably accounts for an amount of flex in the sportsboard (10) when ridden, and thus may be, e.g., more preferably in a range of between about 4° and 7° in a flexible sportsboard (10). The extremity contacting sections may be laterally arcuate, may be laterally rotated, and/or may be tilted about a lengthwise axis of the sportsboard (10). In another aspect, to reduce stiffness in the sportsboard (10), a plurality of grooves are formed widthwise across the sportsboard (10), particularly across thicker portions of the sportsboard (10), to reduce the compression forces necessary to bend the sportsboard (10) in a lengthwise direction.
    • 2. 发明授权
    • ERGONOMIC SPORTSBOARD
    • 符合人体工程学的运动板,
    • EP1007167B1
    • 2004-06-02
    • EP98946646.1
    • 1998-09-03
    • Fournier, Louis
    • Fournier, Louis
    • A63C5/03B63B35/79B63B35/81
    • A63C5/03
    • A sportsboard (10) having an ergonomic upper surface (18). The upper surface (18) of the sportsboard (10) includes at least one upwardly angled portion (20; 22) with respect to a center of the sportsboard (10) adapted to contact the extremities (24, 26) of a rider (28), e.g., the feet, boots and/or bindings. Preferably, the angle is between about 1 DEG and 20 DEG , more preferably between about 4 DEG and 14 DEG , and most preferably between 5 DEG and 12 DEG . The angle preferably accounts for an amount of flex in the sportsboard (10) when ridden, and thus may be, e.g., more preferably in a range of between about 4 DEG and 7 DEG in a flexible sportsboard (10). The extremity contacting sections may be laterally arcuate, may be laterally rotated, and/or may be tilted about a lengthwise axis of the sportsboard (10). In another aspect, to reduce stiffness in the sportsboard (10), a plurality of grooves are formed widthwise across the sportsboard (10), particularly across thicker portions of the sportsboard (10), to reduce the compression forces necessary to bend the sportsboard (10) in a lengthwise direction.
    • 3. 发明授权
    • Snowboard binding with compensating plate
    • 带补偿板的滑雪板装订
    • US5556123A
    • 1996-09-17
    • US241479
    • 1994-05-12
    • Louis Fournier
    • Louis Fournier
    • A63C10/04A63C10/06A63C10/14A63C10/24A63C10/28A63C9/00
    • A63C10/285A63C10/04A63C10/045A63C10/06A63C10/14A63C10/24
    • A snowboard boot binding comprising a base adapted to receive a boot, an in-step pad adapted to cover the top of the boot, a rear support adapted to cover a heel and the back of the boot, the rear support being pivotedly mounted at the base. The in-step pad is attached to the base via tension cables passing through the sides of the base, coming out under the base below a pivot point and being attached to the rear support and progressing longitudinally along the rear support. The rear support is maintained in a vertical position by a spring loaded lever, which when pulled back, provides space to insert the boot and most importantly releases the tension in the cables, and which allows the easy insertion of the boot. Bringing the rear support back to its original position reestablishes the tension in the cables. The boot is thus firmly held in place by the combined effects of the pressure provided by the in-step pad and the rear support. For storage the rear support can be folded over the base, to save space.
    • 一种滑雪板引导装置,包括适于接收靴子的基座,适于覆盖所述护罩顶部的步进式垫片,适于覆盖所述靴跟的后部支撑件的后部支撑件,所述后部支撑件枢转地安装在 基础。 步进式垫通过穿过基座的侧面的张力电缆连接到基座,在基座下方在枢转点下方出来并且附接到后支撑件并沿着后支撑件纵向前进。 后支撑件通过弹簧加载的杆保持在垂直位置,当拉回时,杠杆提供空间以插入引导件,并且最重要地释放电缆中的张力,并且允许引导件容易插入。 将后支撑带回原位,可以重新建立电缆的张力。 因此,通过由步进式衬垫和后支撑件提供的压力的组合效果将靴子牢固地保持在适当的位置。 为了储存,后支撑可以折叠在基座上,以节省空间。