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    • 6. 发明授权
    • Easily disassemblable compact hoist
    • 易于拆卸的小型起重机
    • US5170995A
    • 1992-12-15
    • US764048
    • 1991-09-23
    • Harald BitschHeinz FlaigHeinz Hasselmann
    • Harald BitschHeinz FlaigHeinz Hasselmann
    • B66D3/18B66D3/22B66D3/26
    • B66D3/26B66D3/18B66D3/22
    • A compact hoist with a central hoist housing and an enclosed transmission located opposite a motor. The output shaft, of the motor, is guided coaxially through a transmission output shaft that is hollow and supports a sprocket wheel, or similar device, and receives power from the transmission. The hoist is particularly easy and economical to assemble, service and repair, and is flexible when in use. In a preferred embodiment, the motor shaft is mounted in a transmission cover opposite the motor and the transmission-output shaft is mounted, on one side in the wall of the hoist housing, and on the other side in an end plate of the motor. That configuration makes the invention particularly suitable for automatic assembly.
    • 具有中央提升机壳体的紧凑型起重机和位于电机对面的封闭变速箱。 马达的输出轴通过中空的传动输出轴同轴引导,并支撑链轮或类似装置,并从变速器接收动力。 起重机组装,维修和修理特别容易经济,使用时灵活。 在优选实施例中,电动机轴安装在与电动机相对的传动罩中,传动 - 输出轴安装在提升机壳体的壁的一侧上,另一侧安装在电动机的端板中。 该结构使得本发明特别适用于自动组装。
    • 7. 发明授权
    • Chain hoist with integral safety device
    • 具有整体安全装置的链条
    • US5127631A
    • 1992-07-07
    • US500374
    • 1990-03-28
    • Heinz Flaig
    • Heinz Flaig
    • B66D1/54B66D1/58B66D5/04B66D5/14B66D5/18F16D59/00F16D67/02
    • B66D5/04B66D1/54B66D1/58B66D5/14
    • A chain hoist for supporting and selectively raising and lowering a load includes a powered gearwheel that is connected through a frictional lock with one or more friction disks fixed for rotation with the hoist drive shaft so as to provide a slip clutch arrangement. The hoist additionally includes, between one of the friction disks and a pressure spring, a safety brake disk for rapidly halting movement of the load in the event that the rotation of the brake disk attains or exceeds a predetermined speed or rate deemed to be excessive. For this purpose, the brake disk carries a detent pawl that is pivotally displaced by centrifugal force and into engagement with a detent nose or projection defined on the hoist housing when the brake disk rotation exceeds the predetermined speed.
    • 用于支撑和选择性地提升和降低负载的链葫芦包括动力齿轮,其通过摩擦锁与一个或多个摩擦盘连接,所述一个或多个摩擦盘被固定成与起重机驱动轴一起转动,以提供滑动离合器装置。 起重机还包括在摩擦盘之一和压力弹簧之间的安全制动盘,用于在制动盘的旋转达到或超过被认为过大的预定速度或速率的情况下快速停止负载的运动。 为此目的,制动盘带有一个棘爪,当制动盘旋转超过预定速度时,棘爪可通过离心力枢转地移动并与限定在起重机壳体上的制动器鼻子或突起啮合。
    • 8. 发明授权
    • Brake, in particular for a drive of a hoist
    • 制动器,特别是用于起重机的驱动
    • US06460828B1
    • 2002-10-08
    • US09539503
    • 2000-03-30
    • Udo GersemskyHeinz FlaigJürgen HeunFranz SchulteRüdiger Ostholt
    • Udo GersemskyHeinz FlaigJürgen HeunFranz SchulteRüdiger Ostholt
    • B66D148
    • A61G7/1042B60L7/003B66D3/22B66D3/26H02K2213/09Y02T10/641
    • A brake for a hoist, includes a brake disk and a magnetic filed which is aligned transversely to the brake disk and generates a reactive force which inhibits a movement of the brake disk and is dependent on the rotation speed of the brake disk as well as a radial distance from the rotation axis. The magnetic field is formed by two magnetic poles arranged on both sides of the brake disk. A cost-efficient, compact and wear-resistant brake which operates in dependence on the rotation direction and is applicable in particular for a drive of a hoist, with the drive including a motor without generator-produced torque and/or with greatly load-dependent rotational speed, and a self-locking gear mechanism, can be implemented in such a manner that both magnetic poles are movable by the reactive force along a predetermined path from a rest position in opposition to a return force of an elastic member in rotation direction, wherein the radial distance is preset during movement along the path by a desired course of the rotation direction dependent and rotational speed dependent braking force and adjustable by the return force of the elastic member.
    • 用于起重机的制动器包括制动盘和与制动盘横向对准的磁场,并且产生阻止制动盘的移动的反作用力,并且取决于制动盘的旋转速度以及 距旋转轴的径向距离。 磁场由布置在制动盘两侧的两个磁极形成。 具有成本效益,紧凑且耐磨的制动器,其根据旋转方向操作,并且特别适用于起重机的驱动,其中驱动器包括不具有发电机产生的扭矩的电机和/或具有极大的负载依赖性 旋转速度和自锁齿轮机构可以以这样的方式实现:两个磁极可以通过反弹力沿预定路径从静止位置与弹性构件在旋转方向上的反作用力相反地移动, 其中所述径向距离在沿着所述路径运动期间由所述旋转方向依赖的和与转速相关的制动力的期望路线预设,并且可通过所述弹性构件的返回力来调节。
    • 9. 发明授权
    • Safety mechanism for a hoist
    • 起重机的安全机制
    • US4520998A
    • 1985-06-04
    • US647026
    • 1984-09-04
    • Heinz Flaig
    • Heinz Flaig
    • B66D5/04F16D65/10
    • B66D5/04
    • A cam following roller is one arm while a latching member is the other arm of a two-armed lever. The roller rides on the surface of a cam disk. The latch is supported by a spring in a released position relative to the stopping points of the sprocket as long as the predetermined speed limit of lowering a hoist is not exceeded. The sprocket is formed of two segments which are releasably connected with each other by screws. Brake pressure springs are arranged in the shape of a cup-spring package between the screw head and support surfaces of the sprocket segments.When the lowering speed of the hoist is exceeded, the latch is pressed into one of the stopping points of the sprocket, said sprocket arresting, by way of a brake lining, the brake drum and the cable drum connected therewith. In order to lower the load, one of the screws is slowly released and the contact pressure of the segments and of the sprocket with its glued-on brake lining on the brake drum slowly relaxes, such that the frictional resistance of the brake lining is slowly overcome. The heat generated during the braking process leads to an expansion of the brake drum and, thereby, again to increased braking, possibly again up to the point of arrest of the lowering motion. By again slowly releasing the screws holding the sprocket segments together, the load may be easily controlled and safely brought down.
    • 凸轮跟随辊是一个臂,而闩锁构件是双臂杠杆的另一个臂。 滚轮骑在凸轮盘的表面上。 只要不超过降低提升机的预定速度限制,则闩锁由相对于链轮的止动点的释放位置的弹簧支撑。 链轮由两个可通过螺钉彼此可释放地连接的部分形成。 制动压力弹簧以螺旋头和链轮段的支撑表面之间的杯形弹簧的形式布置。 当超过提升机的下降速度时,闩锁被压入链轮的一个停止点,所述链轮通过制动衬片阻止制动鼓和与其连接的电缆滚筒。 为了降低负载,其中一个螺丝被缓慢地释放,并且在制动鼓上的链节与链轮上的胶合制动衬片的接触压力缓慢地松弛,使得制动衬片的摩擦阻力缓慢 克服。 在制动过程中产生的热量导致制动鼓的膨胀,从而再次增加制动,可能再次达到停止下降运动的程度。 通过再次缓慢地松开将链轮段固定在一起的螺钉,负载可以容易地控制并且安全地降低。