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    • 1. 发明授权
    • Artificial foot
    • 用于控制其运动的人造脚和方法
    • US08945238B2
    • 2015-02-03
    • US12162190
    • 2007-01-16
    • Lüder MoslerMartin PuschSven Zarling
    • Lüder MoslerMartin PuschSven Zarling
    • A61F2/66A61F2/68A61F2/50
    • A61F2/66A61F2/68A61F2002/5003A61F2002/5009A61F2002/5018A61F2002/503A61F2002/5033A61F2002/6614A61F2002/6642A61F2002/665A61F2002/6664A61F2002/6678A61F2002/6685
    • An artificial foot having a longitudinal axis extending from a heel area to a toe area, a length, a width and a height is provided. The artificial foot includes a connection to a lower leg part, an upper supporting structure in the direction of height, an elastic sole structure extending from the heel area to the toe area, an elastic connecting element arranged between the upper supporting structure and the sole structure, and a coupling system. The upper supporting structure is connected to the sole structure approximately in a middle of the foot with respect to its length by means of the coupling system. The coupling system allows a relative tilting motion between the upper supporting structure and the sole structure while keeping a distance between the upper supporting structure and the sole structure in a middle of the coupling system constant, at least while a patient places weight on it when standing.
    • 提供具有从跟部区域延伸到趾部区域的纵向轴线的长度,宽度和高度的人造脚。 人造脚包括与小腿部分的连接,高度方向的上部支撑结构,从跟部区域延伸到趾部区域的弹性鞋底结构,布置在上部支撑结构和鞋底结构之间的弹性连接元件 ,以及耦合系统。 上支撑结构通过联接系统相对于其长度大致在足部的中间连接到鞋底结构。 联接系统允许在上支撑结构和鞋底结构之间的相对倾斜运动,同时在联接系统的中间保持上支撑结构和鞋底结构之间的距离恒定,至少当患者在站立时对其施加重量 。
    • 5. 发明授权
    • Valve arrangement with a base part and an insert part
    • 带有基座部件和插入部件的阀门装置
    • US09062785B2
    • 2015-06-23
    • US13101812
    • 2011-05-05
    • Lüder MoslerMartin Hillmann
    • Lüder MoslerMartin Hillmann
    • F16K27/02F16K15/20B62D1/19
    • F16K15/20B62D1/192F16K27/02
    • A valve arrangement includes a base part, having securing means for securing the valve arrangement to a place of use and an axially continuous bore with an inner wall, a valve insert part, which can be inserted with a stub into the bore, sealed by a seal with respect to the inner wall, and having at least one latching element with which the valve insert part can be latched in the inserted and sealed position by elastic engagement over a locking projection in the base part, and on which an actuating element is located for releasing and removing the valve insert part from the base part, and an adjustable valve element, which is mounted in a chamber of the valve insert part having a valve seat and with which a fluid connection all the way through the valve arrangement can be established or shut off.
    • 阀装置包括基部,其具有用于将阀装置固定到使用场所的固定装置和具有内壁的轴向连续的孔,阀插入部分,其可以被插入到孔中,由一个 相对于内壁密封,并且具有至少一个闭锁元件,阀插入部分可以通过弹性接合被锁定在插入和密封位置上,并且位于基座部分上的锁定突起上,并且致动元件位于该锁定元件上 用于从所述基座部件释放和移除所述阀插入部件;以及可调节阀元件,其安装在具有阀座的所述阀插入部分的腔室中,并且可以通过所述阀座装置连接通过所述阀装置的流体连接 或关闭。
    • 6. 发明授权
    • Vacuum pump for a prosthetic device
    • 用于假肢装置的真空泵
    • US08568489B2
    • 2013-10-29
    • US12184329
    • 2008-08-01
    • Robert Edward FinlinsonDouglas E. RushLüder Mosler
    • Robert Edward FinlinsonDouglas E. RushLüder Mosler
    • A61F2/60
    • A61F2/78A61F2/66A61F2/76A61F2002/30359A61F2002/742A61F2002/802A61F2220/0033F04B45/04F04B45/06F04B45/08
    • The present invention in one embodiment is a vacuum pump including a compressible elastomeric member with an internal reservoir enclosing a volume of fluid, an outlet port providing fluid communication between the internal reservoir and a fluid sink, and an inlet port providing fluid communication between the internal reservoir and a fluid source. The pump further includes first and second pressure elements coupled to the elastomeric member on opposing sides. At least one of the first and second pressure elements is adapted to apply a longitudinal force along, and a rotational force about, an axis extending through the compressible elastomeric member. Upon the application of a longitudinal compression force to the compressible elastomeric member, fluid flows from the internal reservoir to the fluid sink and upon the application of a longitudinal expansion force, fluid flows from the fluid source to the internal reservoir. Upon the application of a rotational force, the elastomeric member exerts a counter-rotational force.
    • 在一个实施例中的本发明是一种真空泵,其包括具有封闭一定体积流体的内部储存器的可压缩弹性体构件,在内部储存器和流体槽之间提供流体连通的出口端口以及提供内部流体之间的流体连通的入口端口 水库和流体源。 泵还包括在相对的侧面上联接到弹性体构件的第一和第二压力元件。 第一和第二压力元件中的至少一个适于沿着延伸穿过可压缩弹性体构件的轴线施加纵向力和绕其延伸的旋转力。 当向可压缩弹性体构件施加纵向压缩力时,流体从内部储存器流动到流体槽,并且在施加纵向膨胀力时,流体从流体源流动到内部储存器。 在施加旋转力时,弹性体构件施加反向旋转力。
    • 7. 发明申请
    • PROSTHETIC FOOT
    • 假肢
    • US20130218298A1
    • 2013-08-22
    • US13881424
    • 2011-10-25
    • Lüder Mosler
    • Lüder Mosler
    • A61F2/66
    • A61F2/66A61F2002/5006A61F2002/5007A61F2002/6657A61F2002/6678
    • The invention relates to a prosthetic foot with a base spring (23) with a forefoot area (231) and a heel area (232), a connecting means (9, 10) arranged above the base spring (23) and used to fasten the prosthetic foot to a prosthesis, and a frontal support (25, 26, 27), at the upper end (140) of which the connecting means (9, 10) is arranged and which, at its lower end (250), is secured on a torsion element (28) that can twist about the longitudinal axis (230) of the prosthetic foot, wherein the torsion element (28) is designed as a leaf spring arrangement secured to the base spring (23) at one end in the heel area (232) or in the forefoot area (231).
    • 本发明涉及一种具有基部弹簧(23)的假脚,前脚部区域(231)和跟部区域(232),连接装置(9,10),布置在基座弹簧(23)上方,并用于紧固 假肢足部到假体,以及正面支撑件(25,26,27),在其上端(140)处布置有连接装置(9,10),并且在其下端(250)处被固定 在扭转元件(28)上,所述扭转元件(28)可围绕所述假脚的纵向轴线(230)扭转,其中所述扭转元件(28)被设计为在所述脚跟的一端处固定到所述基座弹簧(23)的板簧布置 区域(232)或前脚部区域(231)。
    • 8. 发明申请
    • SHOCK ABSORBING APPARATUS AND METHOD
    • 冲击吸收装置和方法
    • US20110224802A1
    • 2011-09-15
    • US13110736
    • 2011-05-18
    • Robert Edward FinlinsonDouglas E. RushLüder Mosler
    • Robert Edward FinlinsonDouglas E. RushLüder Mosler
    • A61F2/74
    • A61F2/78A61F2/66A61F2/76A61F2002/30359A61F2002/742A61F2002/802A61F2220/0033F04B45/04F04B45/06F04B45/08
    • The present invention in one embodiment is a vacuum pump including a compressible elastomeric member with an internal reservoir enclosing a volume of fluid, an outlet port providing fluid communication between the internal reservoir and a fluid sink, and an inlet port providing fluid communication between the internal reservoir and a fluid source. The pump further includes first and second pressure elements coupled to the elastomeric member on opposing sides. At least one of the first and second pressure elements is adapted to apply a longitudinal force along, and a rotational force about, an axis extending through the compressible elastomeric member. Upon the application of a longitudinal compression force to the compressible elastomeric member, fluid flows from the internal reservoir to the fluid sink and upon the application of a longitudinal expansion force, fluid flows from the fluid source to the internal reservoir. Upon the application of a rotational force, the elastomeric member exerts a counter-rotational force.
    • 在一个实施例中的本发明是一种真空泵,其包括具有封闭一定体积流体的内部储存器的可压缩弹性体构件,在内部储存器和流体槽之间提供流体连通的出口端口以及提供内部流体之间的流体连通的入口端口 水库和流体源。 泵还包括在相对的侧面上联接到弹性体构件的第一和第二压力元件。 第一和第二压力元件中的至少一个适于沿着延伸穿过可压缩弹性体构件的轴线施加纵向力和绕其延伸的旋转力。 当向可压缩弹性体构件施加纵向压缩力时,流体从内部储存器流动到流体槽,并且在施加纵向膨胀力时,流体从流体源流动到内部储存器。 在施加旋转力时,弹性体构件施加反向旋转力。