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    • 2. 发明申请
    • RETRACTABLE CHALK LINE DEVICE
    • 可回收线路设备
    • WO1995032143A1
    • 1995-11-30
    • PCT/US1995006526
    • 1995-05-23
    • MILLEN, Leopoldo, E., Jr.WEAVER, Joseph, H.
    • B65H75/48
    • B65H75/44B44D3/38F16D2129/043
    • An automatically retracting chalk line dispenser including a casing (10, 12), a spool (14) having string (62) disposed within the casing (10, 12). A centrifugal speed regulator assembly (23) having speed regulator arms (35a, 35b), each with a primary end (81) and a secondary end (83). A support mechanism (30) supports the arms (35a, 35b) and supports a spring (24) for retracting the string (62). An arbor (36) is fixedly attached to the casing (10, 12). The primary end (81) of the regulator arm (35a, 35b) is adjacent to the arbor (36). When the spool is rotating at low speeds, the primary end (81) of the regulator arm (35a, 35b) does not contact the arbor (36), and at a predetermined speed the secondary end (83) centrifugally extends and the primary end (81) contacts the arbor (36). A spool control actuator (46) is provided for controlling the spool.
    • 一种自动收缩的白垩线分配器,包括壳体(10,12),具有设置在壳体(10,12)内的线(62))的线轴(14)。 具有速度调节器臂(35a,35b)的离心调速器组件(23),每个具有主端(81)和次端(83)。 支撑机构(30)支撑臂(35a,35b)并且支撑用于缩回绳(62)的弹簧(24)。 心轴(36)固定地附接到壳体(10,12)。 调节臂(35a,35b)的主端(81)与心轴(36)相邻。 当阀芯以低速旋转时,调节臂(35a,35b)的主端(81)不接触心轴(36),并且在预定速度下,副端(83)离心地延伸并且主端 (81)接触心轴(36)。 提供了一个阀芯控制致动器(46)用于控制阀芯。
    • 3. 发明申请
    • BRAKE ASSEMBLY
    • 制动总成
    • WO1996009241A1
    • 1996-03-28
    • PCT/FI1994000416
    • 1994-09-20
    • OY SCANINTER NOKIA LTD.TIMARI, Jali
    • OY SCANINTER NOKIA LTD.
    • B66B05/16
    • B66B5/04F16D59/00F16D2065/024F16D2129/043
    • A brake assembly by means of which rotational motion and also linear motion, i.e. faulty motion of lifting platforms, especially dropping, is braked. The assembly comprises a braking gear (20, 21) fitted onto axle (4), a coupling (25, 26) to transmit rotational motion and furnished with a locking device (27) that releases by an adjusted rate of centrifugal force generated by the rotational motion and locks the coupling to transmit rotational motion between axle and locking device. Upon locking, the locking device in the coupling is fitted to transmit rotational motion also in the opposite direction of the direction produced by the locking device in order to open the locking by turning axle (4) in the opposite direction, and the coupling has a retaining shoulder (50) to prevent the locking device from returning immediately to not-locking position when the brake is opened by rotating axle (4) in the opposite direction.
    • 制动组件通过其旋转运动和线性运动,即升降平台的故障运动,特别是下降,被制动。 组件包括装配在轴(4)上的制动齿轮(20,21),用于传递旋转运动的联轴器(25,26),并配备有锁定装置(27),该锁定装置(27)通过由 旋转运动并锁定联轴器以传递轴和锁定装置之间的旋转运动。 在锁定时,联接器中的锁定装置被装配成在与由锁定装置产生的方向相反的方向上传递旋转运动,以通过在相反方向上转动轴(4)来打开锁定,并且联接器具有 保持肩部(50),以防止当制动器沿相反方向旋转轴(4)打开时,锁定装置立即返回到非锁定位置。
    • 7. 发明申请
    • BALANCING HOIST AND MATERIAL HANDLING SYSTEM
    • 平衡工具和材料处理系统
    • WO1995019316A1
    • 1995-07-20
    • PCT/US1995000183
    • 1995-01-09
    • D.W. ZIMMERMAN MANUFACTURING, INC.KULHAVY, Joseph, A.
    • D.W. ZIMMERMAN MANUFACTURING, INC.
    • B66D01/10
    • F16D51/26B66D3/18B66D5/04F16D51/16F16D59/00F16D2129/043
    • A pneumatically operated balancing hoist (1) having a housing (8) forming a gas chamber, a piston (14) in said housing (8) forming a gas chamber, cable drum (8) in said housing movable longitudinally of said housing (8) with said piston, said drum (8) containing one or more longitudinal openings (21), said drum (8) rotating when moved longitudinally, driving mechanism (20) slidably and longitudinally connected to said cable drum (8), rotational mechanism (22) fixably connected to said driving mechanism (20), and braking mechanism mounted on said rotational mechanism such that when the rotation of the drum (8) exceeds a predetermined speed, one or more brake shoes (26) restrained in a radially inward position against radial movement, will contact a braking surface (28) located on the interior of the housing (8) in order to quickly stop the rotation of the drum. This balancing hoist (1) can also be included in a material handling system that includes a trolley (2) and an overhead support rail (32).
    • 一种具有形成气室的壳体(8)的气动平衡提升机(1),在所述壳体(8)中形成气室的活塞(14),所述壳体中的电缆鼓(8)可在所述壳体(8) ),所述滚筒(8)包含一个或多个纵向开口(21),所述滚筒(8)在纵向移动时旋转,驱动机构(20)可滑动地并纵向地连接到所述缆索滚筒(8),旋转机构 22,可固定地连接到所述驱动机构,以及安装在所述旋转机构上的制动机构,使得当所述滚筒(8)的旋转超过预定速度时,一个或多个制动蹄(26)被限制在径向向内的位置 防止径向移动,将接触位于壳体(8)内部的制动表面(28),以便快速停止滚筒的旋转。 这种平衡提升机(1)也可以包括在包括手推车(2)和架空支撑轨道(32)的材料处理系统中。
    • 8. 发明申请
    • DAMPENING SYSTEM AND METHOD
    • 防震系统和方法
    • WO99047399A1
    • 1999-09-23
    • PCT/US1999/005762
    • 1999-03-16
    • F16D55/36F16D59/00F16D65/14B60T8/72
    • F16D59/00F16D55/36F16D2125/68F16D2129/043
    • A system and method for dampening rotational movement of a first rotating member (124a) according to which a second rotating member (124) operatively connected to the first rotating member for rotation therewith. At least one flyweight (136, 138) is provided which is responsive to the inertial forces caused by rotation of the second rotating member for increasing its effective length, and a plurality of friction plates (146, 148) are responsive to the increase of the effective length of the flyweight for dampening or braking the rotational movement of the second rotating member, and therefore the first rotating member.
    • 一种用于抑制第一旋转构件(124a)的旋转运动的系统和方法,根据该系统和方法,第二旋转构件(124)可操作地连接到第一旋转构件以与其一起旋转。 提供至少一个飞重(136,138),其响应于由第二旋转构件的旋转引起的用于增加其有效长度的惯性力,并且多个摩擦板(146,148)响应于 用于减弱或制动第二旋转构件的旋转运动的飞轮的有效长度,因此第一旋转构件。
    • 9. 发明申请
    • SPEED GOVERNOR FOR A ROTATIONAL DRIVE
    • 速度总督转型转型
    • WO1997008473A1
    • 1997-03-06
    • PCT/GB1996002039
    • 1996-08-21
    • TENSATOR LIMITEDGREEN, Terence, Ronald
    • TENSATOR LIMITED
    • F16D59/00
    • B65H75/4447F16D59/00F16D2129/043
    • A speed governor for a rotational drive comprises a rotor (12) (arranged to be driven by said rotational drive) located within a housing having cylindrical inner side wall (16) and an end wall (18). Centrifugal brake shoes (20, 22) are pivotally mounted on the rotor (12) and arranged to contact said cylindrical side wall (16) and the end wall (18) during rotation of said rotor (12) in a first direction and to move and remain out of contact with said cylindrical inner side wall (16) and said end wall (18) during rotation of said rotor (12) in the opposite direction. The brake shoes (20, 22) may be moved and retained out of contact with said end wall (18) by riding up over a portion of said rotor (12).
    • 用于旋转驱动的调速器包括位于具有圆柱形内侧壁(16)和端壁(18)的壳体内的转子(12)(被所述旋转驱动器驱动)。 离心式制动蹄(20,22)枢转地安装在转子(12)上,并且在第一方向上旋转时,使其与所述圆筒形侧壁(16)和端壁(18)接触并移动 并且在所述转子(12)沿相反方向旋转期间,与所述圆柱形内侧壁(16)和所述端壁(18)保持不接触。 制动蹄(20,22)可以通过骑在所述转子(12)的一部分上而移动并保持与所述端壁(18)脱离接触。