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    • 3. 发明授权
    • Fixing device for the assembly and quick release of objects
    • 用于装配和快速释放物体的固定装置
    • US08327511B2
    • 2012-12-11
    • US12937365
    • 2009-04-15
    • Guy Valembois
    • Guy Valembois
    • F16B21/00
    • B64G1/222B64G1/44B64G1/645Y10T24/44026Y10T24/45262Y10T24/45466Y10T24/45885Y10T24/45901
    • The fixing device for the assembly and quick release of objects includes a holding element that can be fixed to one of the objects to be held together, and a retaining device that can be fixed to another one of the objects to be held together and engage the holding element. The retaining device includes a plurality of separable parts that can be held closely together around the holding element by a disengageable pre-tensioning device. The separable parts are connected to each other by an elastically deformable mechanisms which stretch to in order to draw the parts located at a distance from each other together, while the pre-tensioning device includes a link wound around the parts in order to keep them closed on the holding element, at least one end of the link being fixed to a tensioning mechanism.
    • 用于组装和快速释放物体的固定装置包括可固定到要保持在一起的物体中的一个的保持元件,以及可固定到要保持在一起并与之接合的另一个物体的保持装置 保持元素。 保持装置包括多个可分离部分,其可通过可脱离的预张紧装置紧紧地保持在保持元件周围。 可分离部分通过弹性变形机构相互连接,弹性变形机构拉伸以便将位于彼此间隔一定距离的部件拉伸在一起,同时预张紧装置包括缠绕在部件周围的连杆,以保持它们闭合 在所述保持元件上,所述连杆的至少一端固定到张紧机构。
    • 4. 发明申请
    • METHOD OF MANUFACTURING A COMPOSITE PART, AND RESULTING PART
    • 制造复合材料部件的方法和结果部分
    • US20110277919A1
    • 2011-11-17
    • US13145158
    • 2010-01-21
    • Guy Valembois
    • Guy Valembois
    • B29C70/72
    • B29C70/86B29C70/72B29L2031/06F16C7/026F16C2220/28F16C2300/02
    • The invention relates to a method for manufacturing a composite part intended for being subjected, via at least one attachment point, to pulling and/or compression forces. The method includes: winding fibers on a hub so as to form a portion of the wall of the part, and creating an externally convex rounded area at the location intended to form the area for applying the pulling and/or compression forces. The forces are radial thereto. The method also includes placing an insert on the convex rounded area, the insert including the attachment point or a mechanism for rigidly connecting the attachment point, and continuing to wind fibers so as to form the rest of the wall, while covering a portion of the insert and leaving the attachment point or the mechanism for rigidly connecting the attachment point accessible.
    • 本发明涉及一种用于制造复合部件的方法,该复合部件旨在经由至少一个附接点经受牵拉和/或压缩力。 该方法包括:将纤维缠绕在轮毂上以便形成部分壁的一部分,并且在用于形成用于施加拉动和/或压缩力的区域的位置处形成外部凸出的圆形区域。 力是径向的。 该方法还包括将插入件放置在凸圆形区域上,插入件包括附接点或用于刚性连接附接点的机构,并且继续缠绕纤维以形成壁的其余部分,同时覆盖一部分 插入和离开附接点或用于刚性连接附接点的机构可接近。
    • 6. 发明授权
    • Damper device for a mechanical system
    • 用于机械系统的阻尼器
    • US5655632A
    • 1997-08-12
    • US432132
    • 1995-05-08
    • Guy Valembois
    • Guy Valembois
    • F16F1/32F16F7/08F16F15/04F16F15/06F41A3/88F41A25/06F41A25/12
    • F41A3/88F16F1/32F16F15/046F16F15/06F16F7/08F41A25/06F41A25/12
    • A damper device comprising a first and second assembly suitable for guided relative displacement. The first assembly is supported stationarily with respect to a reference. The second assembly is supported for guided relative displacement with respect to the first assembly and the reference. A driving connection connects the second assembly and a system to be damped. A shoe rests against the first assembly and a resilient control that works in buckling is interposed between the shoe and the second assembly. The resilient control exerts a force on the shoe tending to urge the shoe against the first assembly during an active stage of damper device loading, corresponding to relative displacement in a first direction between the first and second assemblies and to reduce the force exerted by the shoe during a passive stage of damper device loading corresponding to relative displacement in a second direction between the first and second assemblies.
    • PCT No.PCT / FR93 / 01088 Sec。 371日期1995年5月8日 102(e)日期1995年5月8日PCT提交1993年11月4日PCT公布。 公开号WO94 / 11649 日期1994年5月26日一种阻尼器装置,包括适于引导相对位移的第一和第二组件。 相对于参考,第一个组件被固定地支撑。 第二组件被支撑用于相对于第一组件和参考件的引导相对位移。 驱动连接将第二组件和要阻尼的系统连接起来。 鞋抵靠第一组件,并且在鞋和第二组件之间插入起皱作用的弹性控制。 弹性控制对鞋子施加力,倾向于在阻尼器装置加载的主动阶段期间将鞋推动抵靠第一组件,对应于第一和第二组件之间的第一方向上的相对位移并且减小由鞋施加的力 在对应于第一和第二组件之间的第二方向上的相对位移的阻尼器装置的被动阶段期间。
    • 9. 发明申请
    • BRAKING DEVICE FOR A RIMMED WHEEL, ESPECIALLY FOR A BIKE WHEEL
    • 用于轮胎的制动装置,特别适用于自行车轮
    • US20100200340A1
    • 2010-08-12
    • US12446103
    • 2007-07-17
    • Guy Valembois
    • Guy Valembois
    • B62L1/14B62L3/02B62L1/16
    • B62L1/14
    • A braking device is designed to be mounted on a bicycle frame C with at least one wheel R with a rim (10), including a fixed support (12), two rigid arms (14G, 14D) that can move relative to the fixed support (12), and two elastic return links (16G, 16D) that are integral with the fixed support (12). The device is characterized in that each arm (14G, 14D) includes a friction member (22G, 22D) that is provided to interact with the rim (10) at the level of its lower end (20G, 20D), and a finger (24G, 24D) at the level of its upper end (18G, 18D); and each arm (14G, 14D) is connected to the fixed support (12) by the elastic return link (16G, 16D) that is interposed between its two upper ends (18G, 18D) and lower ends (20G, 20D) and the fixed support (12).
    • 制动装置被设计成安装在自行车车架C上,其中至少一个轮R具有轮辋(10),其包括固定支撑件(12),可相对于固定支撑件移动的两个刚性臂(14G,14D) (12)和与固定支撑件(12)成一体的两个弹性返回连杆(16G,16D)。 该装置的特征在于,每个臂(14G,14D)包括摩擦构件(22G,22D),其设置成在其下端(20G,20D)的水平处与边缘(10)相互作用,并且手指 24G,24D),其高端(18G,18D); 并且每个臂(14G,14D)通过插在其两个上端(18G,18D)和下端(20G,20D)之间的弹性返回连杆(16G,16D)连接到固定支撑件(12) 固定支架(12)。