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    • 21. 发明授权
    • Automatic readjusting assembly for an electromagnetic clutch or brake
apparatus
    • 电磁离合器或制动装置的自动调整组件
    • US4993532A
    • 1991-02-19
    • US450839
    • 1989-12-14
    • Harald WeissWinfried HoflerKarl SchillingGunter Klinger
    • Harald WeissWinfried HoflerKarl SchillingGunter Klinger
    • F16D13/75F16D27/00F16D27/112F16D65/54
    • F16D27/112F16D13/75F16D27/00
    • An automatic air gap readjusting assembly in a clutch or brake unit is operated by electromagnetic and spring forces. A drive shaft 3 frictionally mounts, by a plurality of O-rings, an adjustment member. The adjustment member is readjusted by a contact or armature plate such that the air gap between the armature plate and the electromagnetic mechanism attracting the armature plate will remain constant, i.e. the stroke of the armature plate will remain constant. Torque is transmitted from the drive shaft to the armature plate via a radial flange having a plurality of axially movable torque transmitting bolt assemblies, which are clamped to an annular spring member secured to the armature plate. This arrangement allows for continuous readjustment for wear of the air gap between the armature plate and the electromagnetic mechanism; furthermore, the readjustment always takes place under uniform force conditions despite increasing wear.
    • 离合器或制动单元中的自动气隙调整组件通过电磁和弹簧力进行操作。 驱动轴3通过多个O形环摩擦地安装调节构件。 调整构件通过接触或衔铁板重新调整,使得衔铁板和吸引电枢板的电磁机构之间的气隙将保持恒定,即衔铁板的行程将保持恒定。 扭矩通过具有多个可轴向移动的扭矩传递螺栓组件的径向凸缘从驱动轴传递到衔铁板,该扭矩传递螺栓组件夹紧在固定到衔铁板上的环形弹簧件上。 这种布置允许连续地调整衔铁板和电磁机构之间的气隙的磨损; 此外,尽管磨损增加,但调整总是在均匀的力条件下进行。
    • 22. 发明授权
    • Enclosure forming housing rear wall for receiving electrical assemblies
    • 外壳形成外壳后壁,用于接收电气组件
    • US4864468A
    • 1989-09-05
    • US118464
    • 1987-11-09
    • Harald Weiss
    • Harald Weiss
    • H05K7/20
    • H05K7/20545
    • A rear wall for a standard housing, which housing is adapted for receiving electronic assemblies. The rear wall is provided by an enclosure in the form of a hollow body with mounting flanges for mounting the hollow body to one end of the housing so as to form a housing rear wall. A power pack for supplying power to the electrical assemblies is mounted in the hollow body so that heat may be transferred and carried off towards the outside of the housing. Ventillators and vent openings are provided in the hollow body to enable forced ventilation cooling of the power pack as well as to enable heat transfer from the housing interior. The mounting flanges are positionally located on the hollow body so that the formed housing rear wall is provided within the housing interior and the hollow body extends from the housing rear wall outwardly so as to partially project from the housing.
    • 用于标准壳体的后壁,该壳体适于接收电子组件。 后壁由空心体形式的外壳提供,其具有用于将中空体安装到壳体的一端的安装凸缘,以便形成壳体后壁。 用于向电气组件供电的电源组件安装在中空体中,使得热量可以被转移并且朝着壳体的外部移出。 在中空体中设置通风口和通气口,以使电源组能够强制通风冷却,并且使得能够从壳体内部传热。 安装法兰位于中空本体上,使得形成的壳体后壁设置在壳体内部,并且空心体从壳体后壁向外延伸以部分地从壳体突出。