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    • 5. 发明授权
    • Syringe cap
    • 注射器帽
    • US09095667B2
    • 2015-08-04
    • US13988528
    • 2011-12-01
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M5/50A61M39/04A61M5/31
    • A61M5/5086A61M39/045A61M2005/3104A61M2005/312
    • The invention relates to a syringe cap (1) for a medical syringe (28), having two cap parts (2, 3) displaceable toward each other, wherein a motion of the cap parts (2, 3) toward each other takes place when the syringe cap (1) is first removed from the syringe (28). In order to disclose a syringe cap for a medical syringe, wherein a first use can be advantageously determined and handling is simple, according to the invention an indicator element is displaced into a display setting and the display element (6) can be removed from the syringe (28) together with the cap parts (2, 3) of the syringe cap (1).
    • 本发明涉及一种用于医疗注射器(28)的注射器盖(1),其具有可彼此移位的两个盖部分(2,3),其中,盖部分(2,3)彼此相对的运动发生在 注射器帽(1)首先从注射器(28)移除。 为了公开用于医疗注射器的注射器帽,其中可以有利地确定第一使用并且操作简单,根据本发明,指示元件被移动到显示设置中,并且可以从显示元件(6)中移除显示元件 注射器(28)与注射器盖(1)的盖部分(2,3)一起。
    • 6. 发明申请
    • DISPENSER FOR POWDERED COMPOSITIONS CONTAINED IN A SEPARATE PACK
    • 分散在包装中的粉末组合物的分配器
    • US20130074841A1
    • 2013-03-28
    • US13703118
    • 2011-06-07
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M15/00
    • A61M15/0045A61M15/0025A61M15/0028A61M15/0043A61M2202/064A61M2206/16
    • The invention relates to a dispenser (1) for powdery compositions (M) contained in a separate pack, in particular compositions (M) contained in a blister pack (18), wherein the pack has a container part (14) with tear-off container cover (16), wherein furthermore an aspirated stream of air is sucked for the most part through the container part (14), after the container cover (16) has been removed from the container part (14), in such a way that two air streams (a, b) entering through slits (29) of a lid (19) empty the container part (15) from the direction of its two ends and, after coming together, pass into a swirl chamber (7) arranged upstream of a mouthpiece (3). In order to further optimize a dispenser in terms of flow technology, it is proposed that the air stream channel (27) designed as an arc-shaped path leads to the more distant end of the container part (14) and encompasses the container part (14) with an at least 180° curve area (52).
    • 本发明涉及包含在单独的包装中的粉末组合物(M)的分配器(1),特别是包含在泡罩包装(18)中的组合物(M)),其中所述包装具有带有撕裂的容器部分(14) 容器盖(16),此外,在容器盖(16)已经从容器部分(14)移除之后,吸入的空气流大部分通过容器部分(14)被吸入,使得 通过盖(19)的狭缝(29)进入的两个空气流(a,b)从其两端的方向排空容器部分(15),并且在汇合后进入设置在上游的涡流室(7) 的喉舌(3)。 为了在流动技术方面进一步优化分配器,建议设计为弧形路径的气流通道(27)通向容器部分(14)的较远端,并且包围容器部分 14)具有至少180°的曲线区域(52)。
    • 7. 发明授权
    • Inhaler for powdery substances
    • 吸入粉末状物质
    • US08132565B2
    • 2012-03-13
    • US12224462
    • 2007-03-08
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M16/00
    • A61M15/0065A61M15/0066A61M15/0073A61M2202/062A61M2202/064A61M2205/106
    • The invention relates to an inhalator (1) for powdery substances (33), especially medical substances. The inhalator comprises a substance reservoir chamber (27) and a metering chamber (34). The metering chamber is configured as a crossbore (35) of a rod (36) and can be displaced from a filling position (B) to a discharge position (E), in which discharge position (E) the metering chamber (34) is positioned in an air flow channel (21). The aim of the invention is to improve said inhalator, especially with regard to the filling or emptying of its metering chamber, even when particles of smallest dust-like grain size are used. For this purpose, at least a part of the reservoir chamber wall (28) is displaced in the direction of the rod (36) when the inhalator (1) is actuated.
    • 本发明涉及一种用于粉末状物质(33)的吸入器(1),特别是医疗物质。 吸入器包括物质储存室(27)和计量室(34)。 计量室被构造为杆(36)的柱塞(35),并且可以从填充位置(B)移动到排出位置(E),在排放位置(E)中,计量室(34)的排出位置(E) 定位在气流通道(21)中。 本发明的目的是改进所述吸入器,特别是关于其计量室的填充或排空,即使使用最小的粉尘粒度的颗粒。 为此目的,当吸入器(1)被致动时,储存室壁(28)的至少一部分在杆(36)的方向上移位。
    • 8. 发明申请
    • Inhaler for Powdery Substances
    • 吸入粉末状物质
    • US20090056710A1
    • 2009-03-05
    • US12224462
    • 2007-03-08
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M15/00
    • A61M15/0065A61M15/0066A61M15/0073A61M2202/062A61M2202/064A61M2205/106
    • The invention relates to an inhalator (1) for powdery substances (33), especially medical substances. The inhalator comprises a substance reservoir chamber (27) and a metering chamber (34). The metering chamber is configured as a crossbore (35) of a rod (36) and can be displaced from a filling position (B) to a discharge position (E), in which discharge position (E) the metering chamber (34) is positioned in an air flow channel (21). The aim of the invention is to improve said inhalator, especially with regard to the filling or emptying of its metering chamber, even when particles of smallest dust-like grain size are used. For this purpose, at least a part of the reservoir chamber wall (28) is displaced in the direction of the rod (36) when the inhalator (1) is actuated.
    • 本发明涉及一种用于粉末状物质(33)的吸入器(1),特别是医疗物质。 吸入器包括物质储存室(27)和计量室(34)。 计量室被构造为杆(36)的柱塞(35),并且可以从填充位置(B)移动到排出位置(E),在排放位置(E)中,计量室(34)的排出位置(E) 定位在气流通道(21)中。 本发明的目的是改进所述吸入器,特别是关于其计量室的填充或排空,即使使用最小的粉尘粒度的颗粒。 为此目的,当吸入器(1)被致动时,储存室壁(28)的至少一部分在杆(36)的方向上移位。
    • 9. 发明申请
    • Inhaler Device
    • 吸入器
    • US20090038611A1
    • 2009-02-12
    • US12254106
    • 2008-10-20
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M11/04
    • A61M15/009A61M15/0073G06M1/041G06M1/083G06M1/241
    • A hand-held device for apportioned delivery of sprayable substances, in particular inhaler medicaments, having a cartridge which is displaceable by pressing in a housing into the open position for delivery, and an indexing mechanism which is moved along by the cartridge during the opening stroke of the cartridge for registering and displaying delivery actuations which have been carried out, which indexing mechanism is disposed in a housing centrally below the opening-side end wall of the cartridge, overlappingly with respect to the valve tube of the cartridge. In order to configure a hand-held device of the type in question in a spatially advantageous manner with a simplified construction and such that it is more reliable in terms of handling, it is proposed to displace plate-shaped housing as a whole with the cartridge, except for a step-by-step indexing finger star disposed therein.
    • 一种用于分配输送可喷涂物质,特别是吸入剂药物的手持装置,其具有通过在壳体中压入待打开位置以便输送的位移的药筒,以及在打开行程期间由药筒移动的分度机构 用于登记和显示已经执行的传送动作的盒,该​​分度机构设置在相对于盒的阀管重叠的盒的开口侧端壁的中心下方的壳体中。 为了以简单的结构在空间上有利的方式构造所述类型的手持式装置,并且在处理方面更可靠,因此提出将整体上的板状壳体与盒一起移位 ,除了设置在其中的逐步分度指状星。
    • 10. 发明申请
    • Inhaler for Powdery Substances, in particular Medicinal Substances
    • 吸入粉末状物质,特别是药用物质
    • US20080223365A1
    • 2008-09-18
    • US12062225
    • 2008-04-03
    • Alfred Von Schuckmann
    • Alfred Von Schuckmann
    • A61M15/00
    • A61M15/0001A61M15/0005A61M15/0006A61M15/002A61M15/0021A61M15/0025A61M15/0065A61M15/0086A61M15/0091A61M2202/062A61M2202/064
    • An inhaler for powdered, particularly medicinal substances, is formed with a suction air duct that extends to a mouthpiece, a reservoir for the substance, and an at least linearly movable dosing chamber for separating a specific amount of the substance from the reservoir and placing the amount into a transfer position from where it is transferred to a suction air flow. In order to charge the dosing chamber by separating a specific amount of substance from the reservoir, the dosing chamber can be rotationally moved in a superimposed fashion while being arranged eccentric to a corresponding axis of rotation. A closure slide element closes off the dosing chamber in the transfer position. When suction is applied, the closure slide element moves relative to the dipping plunger into a dose-release position, whereupon the dose of the powdered substance is transferred to the suction air stream formed in the suction air duct.
    • 用于粉末状,特别是药用物质的吸入器形成有吸气管道,吸入空气管道延伸到接口管,用于物质的储存器,以及至少可线性移动的剂量室,用于将特定量的物质与储存器分离, 从转移位置转移到吸入空气流中。 为了通过将特定量的物质与储存器分离来给定量室充电,可以以相对于相应的旋转轴线偏心布置的方式以叠加方式旋转地移动计量室。 闭合滑块在转移位置关闭计量室。 当施加抽吸时,封闭滑动元件相对于浸渍柱塞移动到剂量释放位置,于是粉末物质的剂量被转移到在吸入空气管道中形成的抽吸空气流中。