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    • 22. 发明申请
    • DEVICE AND METHOD FOR FORMING MOULDED BODIES FROM A MOULDABLE MASS
    • 从易于使用的质量形成模制体的装置和方法
    • US20100148399A1
    • 2010-06-17
    • US12514659
    • 2007-11-23
    • Klaus Gebert
    • Klaus Gebert
    • B29C33/36B28B3/12
    • B30B15/302B30B11/14B30B15/0011B30B15/0082B30B15/0088B30B15/34
    • The invention relates to a device for forming moulded bodies from a mouldable mass comprising a matrix grid (19) in which at least one receiving chamber (21) is accommodated, and at least one tool (17, 18) with which the mouldable mass can be pressed into the receiving chamber (21). Said claimed device is characterised in that the tool (17, 18) can be displaced along a guide path (3A, 3B) that comprises a moulding section (A), in which a constant pressure is exerted upon portions of the mouldable mass on the strip by the tools (17, 18), said mass being disposed in the receiving chamber (21). The invention further relates to a method for forming moulded bodies, in which a mouldable mass is formed and is guided to at least one receiving chamber of a matrix grid (1). At least one tool (17, 18) then presses one portion of the mouldable mass into the receiving chamber (21), in which the tool (17, 18) is displaced along a guide path (3) that comprises a moulding section (A), wherein a constant pressure is exerted upon the portions of the mouldable mass on the strip by the tools (17, 18), said portions being disposed in the receiving chamber (21).
    • 本发明涉及一种用于由可模制物料形成成形体的装置,其包括容纳有至少一个容纳室(21)的矩阵格栅(19),以及至少一个工具(17,18),可模制物料可以通过该工具 被压入接收室(21)。 所述要求保护的装置的特征在于,工具(17,18)可以沿着包括模制部分(A)的引导路径(3A,3B)移位,其中恒定压力施加在可塑模制品的部分上 通过工具(17,18)剥离,所述质量块设置在接收室(21)中。 本发明还涉及一种用于形成成型体的方法,其中形成可塑体并被引导到矩阵网格(1)的至少一个接收室。 至少一个工具(17,18)然后将可塑模块的一部分压入容纳室(21)中,其中工具(17,18)沿着包括模制部分(A)的引导路径(3)移位, ),其中通过所述工具(17,18)将恒定的压力施加在所述条状物上的所述可塑组合物的所述部分上,所述部分设置在所述容纳室(21)中。
    • 25. 发明授权
    • Gyro-sensor
    • 陀螺传感器
    • US06425187B1
    • 2002-07-30
    • US09659515
    • 2000-09-11
    • Klaus GebertWerner Riegler
    • Klaus GebertWerner Riegler
    • G01C1936
    • G01C21/26
    • A locating device for vehicles with a carrier to be mounted in the vehicle in which a gyro-sensor is located to detect the movement of moving components for the purpose of determining the location. As gyro-sensors must be oriented a certain way in order to fulfill their function, and as this orientation is not possible in all installation locations, the invention is the result of the task of specifying a gyro-sensor that can be used regardless of the corresponding mounting situation, where the corresponding sensor (gyro-sensor) can be oriented at the installation location and manufactured using automated manufacturing processes and where special securing devices are not required to secure the unit in the aligned position. This task is accomplished in that there are complementary tabs and notches located on the gyro-sensor and on the housing in which the gyro-sensor is inserted that permit the gyro-sensor to be mounted in the housing in at least two different positions, and/or that the housing with its casing shell surface is installed in a holding device, where the housing can be installed in the holding device in at least one prescribed position.
    • 一种用于车辆的定位装置,其具有安装在其中设置有陀螺传感器的车辆中的载体,以检测运动部件的移动,以便确定位置。 由于陀螺传感器必须以某种方式定向以实现其功能,并且由于该方向在所有安装位置是不可能的,所以本发明是指定可以使用的陀螺传感器的任务的结果,不管 相应的安装情况,其中相应的传感器(陀螺传感器)可以在安装位置定向并且使用自动化制造过程制造,并且在不需要特殊的固定装置来将单元固定在对准位置。 该任务的实现是,在陀螺传感器和其上插入陀螺传感器的壳体上存在互补的突片和凹口,其允许陀螺仪传感器在至少两个不同的位置安装在壳体中,以及 或者其壳体壳体表面的壳体安装在保持装置中,其中壳体可以至少一个规定位置安装在保持装置中。