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    • 2. 发明公开
    • Roller skate and assembling stand
    • Rollschuh
    • EP2676708A1
    • 2013-12-25
    • EP13003096.8
    • 2013-06-18
    • Hering, MiloslavMartinek, Pavel
    • Hering, MiloslavMartinek, Pavel
    • A63C17/00A63C17/14A63C17/22A63C17/06
    • A63C17/00A63C17/0006A63C17/0046A63C17/06A63C17/1418A63C17/1427A63C17/22A63C2017/1472A63C2203/44
    • The roller skate is equipped with three or four wheels (3) arranged in one line on the carrier (2) which is joined to the shoe (1). Each wheel (3) is cushioned independently with a spring system consisting of two compression springs (4) at least. In the version of three wheels (3) the roller skate is provided with 10 springs (4) advantageously and the force of each spring (4) is in the extent of 7 to 15 kg at maximum depression. In the version of four wheels (3) the roller skate is provided with 14 springs (4) advantageously and the force of each spring (4) is in the extent of 7 to 15 kg at maximum depression.
      The front wheel (3) can be provided with two springs (4) the longitudinal axes of which are oriented in the extent between the horizontal and vertical directions with the bottom ends of the springs (4) being placed in front of the top ends of the springs (4) or under them. In such case other wheels (3) are equipped with four springs (4) having the longitudinal axes of the spring (4) oriented vertically.
      At least two wheels (3) can be provided with the jaw brake on both sides. The roller skate can be equipped with wheels (3) with inflatable tubeless tyres.
      The assembling stand consists of the main girder (11) which is provided with the screwed clamp (15) to fasten the stand to a desk, to a working desk especially. The main girder (11) is equipped with a shifting and rotating girder coupling (13). On the girder coupling (13) the auxiliary girder (12) is fastened of which the end is equipped with longitudinally adjustable pull-out arm (14).
    • 滚轮溜冰鞋配备有三个或四个轮(3),其布置在与鞋(1)连接的托架(2)上的一条线上。 每个轮(3)至少由两个压缩弹簧(4)组成的弹簧系统独立地缓冲。 在三轮(3)的版本中,滚轮溜冰板有利地设有10个弹簧(4),并且每个弹簧(4)的力在最大凹陷处为7至15kg的程度。 在四轮(3)的版本中,滚轮溜冰鞋有利地设置有14个弹簧(4),并且每个弹簧(4)的力在最大凹陷处为7至15kg的程度。 前轮(3)可以设置有两个弹簧(4),其纵向轴线在水平和垂直方向之间的范围内定向,弹簧(4)的底端位于 弹簧(4)或其下。 在这种情况下,其它轮子(3)配备有四个弹簧(4),弹簧(4)的纵向轴线垂直取向。 至少两个轮子(3)可以在两侧设有颚式制动器。 滚轮溜冰鞋可以配备带有充气无内胎的轮子(3)。 组装支架由主梁(11)组成,主梁(11)设有螺丝夹(15),将支架固定在桌子上,特别是工作台。 主梁(11)配有换挡和旋转梁联轴节(13)。 在大梁联接器(13)上,辅助梁(12)被固定,其末端配备有纵向可调节的拉出臂(14)。
    • 7. 发明公开
    • Fastener system with expandable nut body
    • Befestigungssystem mit aufspreizbarer Mutter
    • EP0826398A1
    • 1998-03-04
    • EP97202468.1
    • 1997-08-15
    • TEXTRON INC.
    • Pratt, John Dillworth
    • A63C17/22A63C17/06F16B37/14F16B37/08
    • F16B37/0828A63C17/22
    • A novel quick release fastener system (44g) which is used as an axle system (44g) for efficient and reliable attachment, disengagement and reattachment of a component secured by the fastener system (44g). The axle system (44g) of the invention includes a bearing (304) defining a wheel axle bore (117) therein. A first axle assembly (300) extends through a corresponding axle aperture (112) on the skate (20) and is positioned proximate to the bearing (304) for engaging the wheel axle bore (117) and for retaining the wheel assembly (30) on the skate (20). A second axle assembly (302) extends through a corresponding axle aperture (116) on the skate (20) and is positioned proximate to the bearing (304) for engaging the wheel axle bore (117) and for retaining the wheel assembly (30) on the skate (20). Specifically, each of the axle assemblies (300, 302) comprises a fastener (48g) having a shank (60), a driving structure (64) on one end of the shank (60) and a threaded portion (68) on the shank (60) generally opposite the driving structure (64), a nut body (52g) is engaged with the fastener (48g). Displacement structures (56g) are provided on each of the fasteners (48g) and nut bodies (52g), for respectively, independently, expanding the nut bodies (52g). Alignment structures (308) are provided on the nut body (52g) and wheel axle bore (117) for preventing the rotation of the nut bodies (52g) upon rotation of each of the fasteners (48g). A spring (314) is positioned in the wheel axle bore (117) of the bearing (304) between the axle assemblies (300, 302). The spring (314) is compressed between the axle assemblies (300, 302) when the axle assemblies (300, 302) are engaged with the wheel axle bore (117), and the spring (314) provides generally axial, outward forces on the axle assemblies (300, 302) when each is disengaged from the wheel axle bore (117) to facilitate removal of the axle assemblies (300, 302) from the bearing (304).
    • 一种新颖的快速释放紧固件系统(44g),其用作轴系统(44g),用于有效且可靠地附接,分离和重新附接由紧固件系统(44g)固定的部件。 本发明的轴系(44g)包括在其中限定轮轴孔(117)的轴承(304)。 第一轴组件(300)延伸穿过滑冰板(20)上的对应的轴孔(112)并且被定位成靠近轴承(304),用于接合轮轴孔(117)并保持车轮组件(30) 在滑冰(20)。 第二轴组件(302)延伸穿过滑冰板(20)上的对应的轴孔(116)并且定位成靠近轴承(304),用于接合轮轴孔(117)并且用于保持车轮组件(30) 在滑冰(20)。 具体来说,每个轴组件(300,302)包括一个紧固件(48g),该紧固件具有柄部(60),在柄部(60)的一端上的驱动结构(64)和柄部上的螺纹部分 (60)大致与驱动结构(64)相对,螺母体(52g)与紧固件(48g)接合。 位于每个紧固件(48g)和螺母体(52g)上的位移结构(56g)分别独立地扩展螺母体(52g)。 对准结构(308)设置在螺母体(52g)和轮轴孔(117)上,用于在每个紧固件(48g)旋转时防止螺母本体(52g)旋转。 在轴组件(300,302)之间的弹簧(314)被定位在轴承(304)的轮轴孔(117)中。 当轴组件(300,302)与轮轴孔(117)接合时,弹簧(314)在轴组件(300,302)之间被压缩,并且弹簧(314)在 轴组件(300,302),当每个轴组件(300,302)从轮轴孔(117)分离时,以便于从轴承(304)移除轴组件(300,302)。