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    • 73. 发明申请
    • HYDRAULIC TENSIONER
    • 液压张紧器
    • US20130288836A1
    • 2013-10-31
    • US13456943
    • 2012-04-26
    • Yuji KurematsuOsamu YoshidaMunehiro MaedaAkira Ishii
    • Yuji KurematsuOsamu YoshidaMunehiro MaedaAkira Ishii
    • F16H7/08
    • F16H7/0836F16H2007/0806F16H2007/0817F16H2007/0853F16H2007/0859F16H2007/0893
    • Deaeration of the high pressure oil chamber of a hydraulic tensioner takes place though a helical orifice formed by opposed flanks of the threads of a threaded hole in the tensioner housing and the threads of a screw inserted into the hole. The opposed flanks are maintained in spaced relationship by a force exerted by a spring washer disposed between the head of the screw and a surface of the tensioner housing surrounding the opening of the threaded hole. The flank of the thread of the hole that forms part of the boundary of the helical orifice can have a concave curvature in order to increase the aperture of the air flow path. A groove in the surface surrounding the opening of the threaded hole prevents the washer from sealing off the flow of air. This groove is disposed with its exit end at a level above its entry end.
    • 液压张紧器的高压油室的脱气通过由张紧器壳体中的螺纹孔的螺纹的相对侧面和插入孔中的螺钉的螺纹形成的螺旋孔而发生。 相对的侧面通过由设置在螺钉的头部和围绕螺纹孔的开口的张紧器壳体的表面之间的弹簧垫圈施加的力保持间隔的关系。 形成螺旋孔边界部分的孔的螺纹的侧面可以具有凹曲率,以便增加空气流路的孔径。 在围绕螺纹孔的开口的表面中的凹槽防止垫圈密封空气流。 该凹槽设置成其出口端处于其入口端上方的高度。
    • 75. 发明申请
    • HYDRAULIC TENSIONING DEVICE FOR A FLEXIBLE DRIVE MEANS
    • 用于柔性驱动装置的液压张紧装置
    • US20110297906A1
    • 2011-12-08
    • US13128038
    • 2009-10-07
    • Roman KernReinhard Koch
    • Roman KernReinhard Koch
    • B66F3/24
    • F16H7/1236F16H2007/0806F16H2007/0817F16H2007/0859
    • A hydraulic tensioning device (1) for a flexible drive element, particularly for a chain or a belt, is provided, and includes a housing (2) that has a cylindrical inner surface (3) at least in some regions, a piston (4) is arranged in the housing (2) in an axially displaceable manner, and an inner chamber (5) is formed by the housing (2) and the piston (4) for receiving hydraulic fluid. At least one vent hole (6) is integrated in the housing (2) and/or in the piston (4) is in contact with the surroundings (U). In order to provide a reliably ventilated system that has a simple design and that can be implemented in a cost-effective manner, a sealing element (7) is arranged in a region of the vent hole (6), and the sealing element is permeable to gas but not to hydraulic fluid.
    • 提供了一种用于柔性驱动元件的液压张紧装置(1),特别是用于链条或皮带的液压张紧装置(1),并且包括至少在一些区域中具有圆柱形内表面(3)的壳体(2),活塞 )以可轴向移动的方式布置在壳体(2)中,并且由壳体(2)和用于接收液压流体的活塞(4)形成内室(5)。 至少一个通气孔(6)集成在壳体(2)中和/或在活塞(4)中与周围环境(U)接触。 为了提供具有简单设计并且可以以成本有效的方式实现的可靠通风系统,在通气孔(6)的区域中布置有密封元件(7),并且密封元件是可渗透的 而不是液压油。
    • 79. 发明申请
    • SERIES ARRANGEMENT OF HYDRAULIC CHAIN TENSIONER AND RATCHET
    • 液压链条张紧器和吊钩系列安装
    • WO2014189745A1
    • 2014-11-27
    • PCT/US2014/038063
    • 2014-05-15
    • BORGWARNER INC.
    • WIGSTEN, Mark M.SMITH, Dale N.
    • F16H7/18F16H7/22
    • F16H7/0836F16H7/0848F16H2007/0806F16H2007/0812F16H2007/0817F16H2007/0851F16H2007/0853
    • A tensioner (10) for an endless loop power transmission member can include a piston (12) operably engageable with an endless loop power transmission member, and a cylinder (14) guiding the piston (12) for sliding coaxial movement in a direction of the endless loop power transmission member. The piston (12) and cylinder (14) defining an oil reservoir or pressure chamber (26) for receiving hydraulic fluid. A bearing (28) has bearing balls (30) located in a counter bore (32) coaxial with cylinder bore (34). The counter bore (32) has a steep taper (36) on which the bearing balls (30) ride. As the cylinder (14) moves in an extending direction, the bearing balls (30) move out of the counter bore (32) allowing free extending movement of the cylinder (14). As the cylinder (14) moves in a retracting direction, the bearing balls (30) are driven down into the steep taper (36) preventing the cylinder (14) from retracting.
    • 用于无端环动力传递构件的张紧器(10)可以包括可操作地与无端环动力传递构件接合的活塞(12),以及引导活塞(12)的气缸(14),用于沿着 环形电力传输构件。 活塞(12)和气缸(14)限定用于接收液压流体的储油器或压力室(26)。 轴承(28)具有位于与气缸孔(34)同轴的反向孔(32)中的轴承滚珠(30)。 沉孔(32)具有陡峭的锥形(36),轴承滚珠(30)骑在其上。 当气缸(14)沿延伸方向移动时,轴承滚珠(30)移动到反向孔(32)外,允许气缸(14)的自由延伸运动。 当气缸(14)沿缩回方向移动时,轴承滚珠(30)被向下驱动到陡锥形部(36)中,从而防止气缸(14)收回。