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    • 41. 发明授权
    • Equipment for processing material in sheet or ribbon form
    • 用于加工片材或带状材料的设备
    • US4134559A
    • 1979-01-16
    • US788415
    • 1977-04-18
    • Frank-Ulrich DyllusHans KaulenManfred Schmidt
    • Frank-Ulrich DyllusHans KaulenManfred Schmidt
    • B65H19/14B65H19/24B21C47/02
    • B65H19/24B65H19/14
    • An apparatus is provided for continuously processing metal ribbon from ribbon spools of fixed capacity to form spools of processed ribbon. At a dispensing or wind-out reel a continuous metal ribbon is formed by alternately emptying spools from two different positions, joining the ribbon from alternately emptied spools, and replacing each empty spool with a full one while the other spool is being emptied. The continuous metal ribbon is provided to a processing station and, from there, is delivered to a collecting or wind-up reel where a pair of spools are alternately filled with processed ribbon and a full spool is replaced with an empty one while the other spool is being filled. A festoon tower provides a pair of elongated paths of independently variable travel length for ribbon moving, respectively, between the dispensing reel and processing station and between the processing station and collecting reel. This tower provides a continuous movement of ribbon to and from the processing station. One tower path normally stores a predetermined amount of the continuous ribbon and releases the stored ribbon to the processing station during transferring and spool-changing operations at the dispensing reel, thereby providing a supply of ribbon to the processing station during these operations. The other tower path stores ribbon from the processing station only during the transferring and spool-changing operation at the collecting reel and releases the stored ribbon to the collecting reel thereafter, thereby guaranteeing a continuous withdrawal of ribbon from the processing station during these operations.
    • 提供了一种用于从固定容量的带状卷轴连续处理金属带以形成加工带的卷轴的装置。 在分配或卷绕的卷轴上,通过交替地从两个不同的位置排空卷轴来形成连续的金属带,其将色带从交替排空的卷轴连接起来,并且在另一个卷轴被排空时用一个全卷轴替换每个空卷轴。 连续的金属带被提供到处理站,并且从那里被递送到收集卷绕卷轴,其中一对卷轴交替地填充有处理的带,并且全卷轴被替换为空的卷轴,而另一个卷轴 正在填补 吊架提供一对分别在分配卷轴和处理站之间以及处理站和收集卷轴之间的用于色带移动的独立可变行程长度的细长路径。 该塔提供了带状物与加工站的连续移动。 一个塔路径通常存储预定量的连续色带,并且在分配卷轴的转印和卷轴更换操作期间将存储的色带释放到处理站,从而在这些操作期间向处理站提供色带供应。 另一个塔路径仅在收集卷轴的传送和线轴更换操作期间从处理站存储色带,此后将存储的色带释放到收集卷轴,从而保证在这些操作期间色带从处理站的连续抽出。
    • 42. 发明授权
    • Ski brake
    • 滑雪刹车
    • US4108465A
    • 1978-08-22
    • US767310
    • 1977-02-10
    • Manfred SchmidtHeinz Luithlen
    • Manfred SchmidtHeinz Luithlen
    • A63C7/10
    • A63C7/102
    • Ski brake comprising a brake member, a bearing member having bearing lugs for pivotably carrying the brake member, a main leaf spring on the bearing member, an attachment member fixed on the ski having an additional leaf spring thereon, coupling portions on the bearing and attachment members whereby the bearing member can be detachably connected to said attachment member and guided for movement longitudinally of the ski, the additional leaf spring supporting the main leaf spring and the springs being adapted to pivot the brake member about a transverse axis of the ski into braking position. The springs also have detachable interfitting portions to secure the bearing member against movement longitudinally of the ski.
    • 包括制动构件的滑动制动器,具有用于可枢转地承载制动构件的轴承凸耳的支承构件,在主体构件上的主板簧,固定在滑雪板上的附接构件,其上具有附加板簧,联接部分在轴承和附件 构件,由此轴承构件可拆卸地连接到所述附接构件并被引导以滑动滑动件纵向运动,附加的板簧支撑主板簧,弹簧适于使制动构件围绕滑雪板的横向轴线枢转到制动 位置。 弹簧还具有可拆卸的相互配合部分,以固定轴承构件以防止滑雪件纵向移动。
    • 43. 发明授权
    • Hose coupling
    • US4082112A
    • 1978-04-04
    • US713450
    • 1976-08-11
    • Manfred Schmidt
    • Manfred Schmidt
    • F16L37/248F16L37/32
    • F16L37/32F16L37/248Y10T137/87949Y10T137/87957
    • A hose coupling wherein the ends of two hoses are connected to tubular valve bodies having axially extending passages with annular valve seats which face the respective hoses and are normally engaged by disk-shaped elastic valve elements under the action of helical valve springs. A tubular member is reciprocably installed in one valve body at the open end of the respective passage and has a centrally located collar which is flanked by elastic sealing rings. When the two bodies are coupled to each other by a bayonet lock, one end of the tubular member lifts the valve element in the other body off the respective seat and the other end of the tubular member then lifts the valve element in the one body off the respective seat under the action of the valve spring in the other body. When the two bodies are disconnected from each other, the valve spring in the one body engages the respective valve element with the adjacent seat and shifts the tubular member with respect to the one body. The ring at one side of the collar seals the passage of the one body from the atmosphere in all positions of the tubular member, and the ring at the other side of the collar seals the passage of the other body from the atmosphere during and subsequent to coupling of the two bodies to each other.