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    • 34. 发明授权
    • Assembly for a drug delivery device and drug delivery device
    • 用于药物递送装置和药物递送装置的组装
    • US09492619B2
    • 2016-11-15
    • US13575352
    • 2011-02-02
    • Steffen Raab
    • Steffen Raab
    • A61M5/315
    • A61M5/31585A61M5/31541A61M5/31555A61M5/31593
    • An assembly for a drug delivery device comprises a housing, at least one stop feature and at least one blocking member. For setting a dose of a drug, the stop feature is configured to be rotated in a dose setting direction with respect to the blocking member and with respect to the housing. For delivering the set dose of the drug, the blocking member is configured to be axially displaced with respect to the stop feature away from an axial starting position and towards an axial interaction position. When the blocking member is in the axial starting position, the blocking member is axially offset from the stop feature and, when the blocking member is in the axial interaction position, the blocking member is configured to mechanically cooperate with the stop feature such that rotation of the stop feature in the dose setting direction with respect to the housing is prevented.
    • 用于药物递送装置的组件包括壳体,至少一个止动部件和至少一个阻塞部件。 为了设置药物的剂量,停止特征被配置为相对于阻塞构件和相对于壳体在剂量设定方向上旋转。 为了传递药物的设定剂量,阻挡构件被构造成相对于止动件远离轴向起始位置并且朝向轴向相互作用位置轴向移位。 当阻挡构件处于轴向起始位置时,阻挡构件从止动构件轴向偏移,并且当阻挡构件处于轴向相互作用位置时,阻挡构件构造成与止动构件机械配合, 阻止了相对于壳体的剂量设定方向的停止特征。
    • 37. 发明授权
    • Assembly for a drug delivery device
    • 组装药物输送装置
    • US09254364B2
    • 2016-02-09
    • US13498226
    • 2010-09-28
    • Steffen RaabSandra Arnhold
    • Steffen RaabSandra Arnhold
    • A61M5/00A61M5/315
    • A61M5/31535A61M5/31551A61M5/31553A61M5/31556A61M5/31585
    • An assembly for a drug delivery device (1), comprises a housing (2), a dose member (22), a guide track (42) and a spring member (26). The dose member (22) is adapted to be rotated in a dose setting direction with respect to the housing (2) for setting a dose of a drug (5) and to be rotated in a dose delivery direction with respect to the housing (2) for delivering the set dose. The dose member (22) comprises a guide feature (46). The guide track (42) is configured to mechanically cooperate with the guide feature (46). The guide track (42) comprises a first section (43A) and a second section (43B) which are connected to each other via a connection region (55). The first section (43A) defines an angular start position (54) for the guide feature (46) and the second section (43B) defines an axial stop position (56) for the guide feature (46). When the dose member (22) is rotated in the dose setting direction, the guide feature (46) is angularly displaced from the angular start position (54) towards the connection region (55), the spring member (26) is torsionally biased, the biased spring member (26) tending to angularly displace the guide feature (46) towards the angular start position (54). When the guide feature (46) has passed the connection region (55), the guide feature (46) enters the second section (43B) and is axially displaced in a proximal direction with respect to the housing (2) towards the axial stop position (56). In the axial stop position, reduction of the torsional bias is prevented by mechanical cooperation of the guide feature (46) and the second section (43B).
    • 一种用于药物输送装置(1)的组件,包括壳体(2),剂量构件(22),导轨(42)和弹簧构件(26)。 剂量构件(22)适于相对于壳体(2)以剂量设定方向旋转,用于设定药物(5)的剂量并且相对于壳体(2)以剂量递送方向旋转 )用于递送设定的剂量。 剂量构件(22)包括引导特征(46)。 引导轨道(42)构造成与引导特征(46)机械协作。 导轨(42)包括通过连接区域(55)彼此连接的第一部分(43A)和第二部分(43B)。 第一部分(43A)限定用于引导特征(46)的角度起始位置(54),并且第二部分(43B)限定用于引导特征(46)的轴向停止位置(56)。 当剂量构件(22)在剂量设定方向上旋转时,引导构件(46)从角度起始位置(54)朝向连接区域(55)成角度地移位,弹簧构件(26)被扭转偏置, 倾斜的弹簧构件(26)倾向于将引导构件(46)朝向角度起始位置(54)成角度地移动。 当引导部件46穿过连接区域55时,引导部件46进入第二部分43B并相对于壳体2朝向轴向停止位置沿近端方向轴向移动 (56)。 在轴向停止位置,通过引导特征(46)和第二部分(43B)的机械协作来防止扭转偏压的减小。