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    • 1. 发明授权
    • Variable-length needle covering device of an injection device
    • 注射装置的可变长度针头覆盖装置
    • US07566322B2
    • 2009-07-28
    • US11765102
    • 2007-06-19
    • Andreas BrandRemo Steiner
    • Andreas BrandRemo Steiner
    • A61M5/32
    • A61M5/3271A61M5/20A61M5/3257A61M5/46A61M2005/2013A61M2005/3267A61M2205/59
    • The invention relates to a needle covering device of an injection device, the injection device including a casing comprising a reservoir, in particular an ampoule, for a product fluid to be administered, and an injection needle for injecting the product fluid from the reservoir, wherein the device surrounds the injection needle in an extended position and exposes the injection needle in a retracted position. The device comprises a passage for the injection needle, a front section via which the device is placed on an injection point, and another section which is nearer to the casing than the front section is, at least in the extended position. The sections can be moved axially relative to the casing and relative to each other, such that the device is variable in its length, the front section being guided in a straight line on the casing.
    • 本发明涉及一种注射装置的针头覆盖装置,该注射装置包括一个壳体,其包括用于待施用的产品流体的贮存器,特别是安瓿,以及用于从贮存器注入产品流体的注射针,其中 该装置在延伸位置处围绕注射针并将注射针暴露在缩回位置。 该装置包括用于注射针的通道,装置被放置在注射点上的前部,并且比前部更靠近壳体的另一部分至少在延伸位置。 这些部分可以相对于壳体相对于彼此轴向移动,使得该装置的长度可变,前部在壳体上以直线引导。
    • 3. 发明授权
    • Airport taxi signal light having LED light array with light processing assembly and dichroic filter
    • 机场出租车信号灯具有LED灯阵列,配有光处理组件和二向色滤光片
    • US06168294A
    • 2001-01-02
    • US09255773
    • 1999-02-23
    • Ernst R. ErniAndreas Brand
    • Ernst R. ErniAndreas Brand
    • F21V700
    • B64F1/18E01F9/559F21S8/022F21V7/0008F21W2111/06F21Y2115/10
    • A signal light including a housing is recessed into a traffic surface and projects minimally upwardly from the surface and wherein a light processing assembly is provided to receive light from a light source, intensify the light and direct the light toward a light outlet in a generally linear manner, the arrangement for processing light being mounted to the housing. For this purpose, the light source is designed in such a way that it sends an essentially linearly directed light beam onto the light processing assembly. The light is collected in the light processing assembly in such a way that, when it exits, it is still linearly extending in at least one direction but it has a higher intensity. For this purpose, the light processing assembly includes a cylindrical-convex lens entry surface and a cylindrical concave mirror surface for receiving and directing light.
    • 包括壳体的信号光凹陷在交通表面中并且从表面最小地向上突出,并且其中提供光处理组件以接收来自光源的光,加强光并将光引导到大致线性的光出口 方式,用于处理安装到壳体的光的布置。 为此,光源被设计成使得其将基本线性定向的光束发射到光处理组件上。 光以这样的方式收集在光处理组件中,使得当它出射时,其仍然在至少一个方向上线性延伸但是具有较高的强度。 为此,光处理组件包括用于接收和引导光的圆柱形凸透镜进入表面和圆柱形凹面镜表面。
    • 6. 发明授权
    • Flourescent lamp socket with enhanced contact reliability
    • 荧光灯插座,增强了接触可靠性
    • US07568930B2
    • 2009-08-04
    • US11985608
    • 2007-11-19
    • Andreas BrandUlf Selve
    • Andreas BrandUlf Selve
    • H01R33/02
    • H01R33/0854H01R33/0827
    • The lamp socket according to the invention demonstrates a housing (2) with a rotor (26). Contacts (15, 16), which demonstrate contact tags (17) that are resilient in the swivel direction, are mounted in the housing (2). The open ends (18) of the contact tags can support themselves on stopping means (31 to 34), which are moved by the rotor (26). In the support position, they are positioned on the ends (18) of the contacts (15, 16). When the lamp is rotated from its insertion position into its connected position, the support means (31 to 34) are distant from the ends (18) of the contacts (15, 16), however, so that the lamp can be rotated relatively freely without current. Only near the end of this rotational movement do cams provided on the support means (31 to 34) bump against the ends (18) of the contacts (15, 16) and force them radially inwards and clamp the contacts (15, 16) against the pins (45, 46) of the lamp.
    • 根据本发明的灯座展示了具有转子(26)的壳体(2)。 示出在旋转方向上具有弹性的接触标签(17)的接触件(15,16)安装在壳体(2)中。 接触标签的开口端(18)可以在由转子(26)移动的止动装置(31至34)上自身支撑。 在支撑位置,它们位于触头(15,16)的端部(18)上。 当灯从其插入位置旋转到其连接位置时,支撑装置(31至34)远离触头(15,16)的端部(18),使得灯可以相对自由地旋转 没有电流。 只有靠近该旋转运动的结束,使得设置在支撑装置(31至34)上的凸轮抵靠触头(15,16)的端部(18)并且将其径向向内推动并将触头(15,16)夹紧 灯的引脚(45,46)。
    • 8. 发明授权
    • Variable-length needle covering device of an injection device
    • 注射装置的可变长度针头覆盖装置
    • US07326185B2
    • 2008-02-05
    • US10233281
    • 2002-08-30
    • Andreas BrandRemo Steiner
    • Andreas BrandRemo Steiner
    • A61M5/00
    • A61M5/3271A61M5/20A61M5/3257A61M5/46A61M2005/2013A61M2005/3267A61M2205/59
    • The invention relates to a needle covering device of an injection device, the injection device including a casing comprising a reservoir, in particular an ampoule, for a product fluid to be administered, and an injection needle for injecting the product fluid from the reservoir, wherein the device surrounds the injection needle in an extended position and exposes the injection needle in a retracted position. The device comprises a passage for the injection needle, a front section via which the device is placed on an injection point, and another section which is nearer to the casing than the front section is, at least in the extended position. The sections can be moved axially relative to the casing and relative to each other, such that the device is variable in its length, the front section being guided in a straight line on the casing.
    • 本发明涉及一种注射装置的针头覆盖装置,该注射装置包括一个壳体,其包括用于待施用的产品流体的贮存器,特别是安瓿,以及用于从贮存器注入产品流体的注射针,其中 该装置在延伸位置处围绕注射针并将注射针暴露在缩回位置。 该装置包括用于注射针的通道,装置被放置在注射点上的前部,并且比前部更靠近壳体的另一部分至少在延伸位置。 这些部分可以相对于壳体相对于彼此轴向移动,使得该装置的长度可变,前部在壳体上以直线引导。