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    • 2. 发明申请
    • ACHILLES HEEL WEDGE
    • WO2016014388A1
    • 2016-01-28
    • PCT/US2015/041089
    • 2015-07-20
    • OSSUR HFOSSUR AMERICAS, INC.
    • ROMO, Harry DuaneWALBORN, JonathanGUNNSTEINSSON, Larus
    • A61F5/01A43B13/14
    • A43B17/023A43B7/144A43B17/006A61F5/0111A61F5/0127
    • An Achilles heel wedge (200) has a back part (292), a front part (294), and a longitudinal axis (A) extending in a longitudinal direction between the back part (292) and the front part (294). A first wedge section (256) defines a bottom surface (270) and a top surface (272). The top surface (272) of the first wedge section (256) forms a convex portion (276) curving along the longitudinal axis (A) and extending between side portions (296) of the first wedge section (256). The convex portion (276) is positionable under the longitudinal arch of a user's foot during use. A second wedge section (254) is removably attachable to the bottom surface (270) of the first wedge section (256). The second wedge section (254) defines substantially parallel top and bottom surfaces (264, 266) and a ramped edge (268) at or near a front of the second wedge section (254). The ramped edge (268) extends downwardly and forwardly relative to the first wedge section (256) and the top surface (264) of the second wedge section (254).
    • 跟腱楔(200)具有在后部(292)和前部(294)之间沿纵向延伸的后部(292),前部(294)和纵向轴线(A)。 第一楔形部分(256)限定底部表面(270)和顶部表面(272)。 第一楔形部分(256)的顶表面(272)形成沿着纵向轴线(A)弯曲并在第一楔形部分(256)的侧部部分(296)之间延伸的凸起部分(276)。 在使用期间,凸部(276)可以在使用者的脚的纵向拱下方定位。 第二楔形部分(254)可移除地附接到第一楔形部分(256)的底表面(270)。 第二楔形部分(254)在第二楔形部分(254)的前部或附近限定基本上平行的顶部和底部表面(264,266)和斜坡边缘(268)。 倾斜边缘(268)相对于第一楔形部分(256)和第二楔形部分(254)的顶部表面(264)向下并向前延伸。
    • 4. 发明申请
    • HINGE FOR AN ORTHOPEDIC DEVICE
    • 铰链用于正畸装置
    • WO2015123259A1
    • 2015-08-20
    • PCT/US2015/015358
    • 2015-02-11
    • OSSUR HFOSSUR AMERICAS, INC.
    • DUNN, Adam
    • A61F5/01
    • A61F5/0102A61F5/0123A61F2005/0132A61F2005/0139A61F2005/0144A61F2005/0167A61F2005/0174
    • A hinge (100) includes an upper hinge component (110) and a lower hinge component (112). A cover plate (102) is pivotally connected at first location point (114) to the upper hinge component (110) and at a second location point (116) to the lower hinge component (112). First and second plates (106, 108) are pivotally connected at a third location point (126) to the upper hinge component (110) and at a fourth location point (128) to the lower hinge component (112). The first plate (106) is positioned between the cover plate (102) and the upper and lower hinge components (110, 112). The upper and lower hinge components (110, 112) are positioned between the first and second plates (106, 108). The cover plate (102) is mounted on an outer side (O) of the hinge (100) and the connection of the cover plate (102) at the first location point (114) rotates around the third location point (126) and the connection of the cover plate (102) at the second location point (116) rotates around the fourth location point (128).
    • 铰链(100)包括上铰链部件(110)和下铰链部件(112)。 盖板(102)在第一定位点(114)处枢转地连接到上铰链部件(110),并且在第二位置点(116)处枢转地连接到下铰链部件(112)。 第一和第二板(106,108)在第三位置点(126)处枢转地连接到上部铰链部件(110),并且在第四位置点(128)处枢转地连接到下部铰链部件(112)。 第一板(106)位于盖板(102)和上下铰链部件(110,112)之间。 上和下铰链部件(110,112)定位在第一和第二板(106,108)之间。 盖板(102)安装在铰链(100)的外侧(O)上,并且盖板(102)在第一位置点(114)处的连接围绕第三位置点(126)旋转,并且 在第二位置点(116)处的盖板(102)的连接绕第四位置点(128)旋转。
    • 8. 发明申请
    • CERVICAL COLLAR
    • WO2013176985A1
    • 2013-11-28
    • PCT/US2013/041586
    • 2013-05-17
    • OSSUR HFOSSUR AMERICAS, INC.THORSTEINSDOTTIR, Hildur, IngaINGIMUNDARSON, Ami, Thor
    • THORSTEINSDOTTIR, Hildur, IngaINGIMUNDARSON, Ami, Thor
    • A61F5/055
    • A61F5/055A61F5/05A61F5/05883
    • A cervical collar (10) having a chin support (18) slidably connected to an inside surface of an anterior component (12) adapted to secure against an anterior chin and neck of a user. A posterior component (14) connects to the anterior component (12) to circumferentially surround the user's neck. A height adjustment support (16) has spring locks (38) securing the height adjustment mechanism (16) against the anterior component (12). The cervical collar includes a footplate (20) having a connection continuously extending from the height adjustment mechanism (16) without a variation in thickness. The posterior component (14) has side portions (41) with a plurality of living hinges (42) located proximate to elongate slots (30) for straps (26) connecting to the anterior component (12).
    • 具有下颚支撑件(18)的颈环(10),其可滑动地连接到前部件(12)的内表面,所述前部部件适于抵靠使用者的前颚和颈部固定。 后部部件(14)连接到前部部件(12)以周向地包围使用者的颈部。 高度调节支撑件(16)具有将高度调节机构(16)固定在前部组件(12)上的弹簧锁(38)。 颈环包括具有从高度调节机构(16)连续延伸而没有厚度变化的连接件的踏板(20)。 后部组件(14)具有侧部(41),多个活动铰链(42)位于靠近连接到前部组件(12)的带(26)的细长狭槽(30)附近。
    • 10. 发明申请
    • PROSTHETIC KNEE
    • WO2012166853A1
    • 2012-12-06
    • PCT/US2012/040099
    • 2012-05-31
    • OSSUR HFOSSUR AMERICAS, INC.
    • OMARSSON, BjornKARLSSON, SigurdurOLAFSSON, SigurdurOLAFSSON, GudlaugurLANDRY, David
    • A61F2/64
    • A61F2/644A61F2002/5003A61F2002/5016A61F2002/503A61F2002/5033A61F2002/5043A61F2002/5073A61F2002/5075A61F2002/5087A61F2002/6818A61F2002/6854
    • A prosthetic knee (100) provides security and stability, particularly to low activity users, household and limited community ambulators, single and/or slow speed ambulators, and those with little voluntary control, while also balancing walking (dynamic) performance for low activity users. The prosthetic knee (100) includes a housing (2), parallel anterior links (4, 5), a posterior link (3), and a chassis (1). The geometry of the links and their relationship to one another (3, 4, 5) allow for low voluntary control, shortening of mid-swing, which reduces stumbling risk, and geometric stability in stance. The anterior links (4, 5) are particularly oriented, sized and located to provide for stability. The anterior links (4, 5) both extend above the posterior link (3) and substantially below the posterior link (3). The prosthetic knee includes a friction adjustment mechanism (6), a stability adjustment mechanism (110), and an adjustable extension assist mechanism (14).
    • 假肢膝盖(100)提供安全性和稳定性,特别是对于低活动用户,家庭和有限的社区行动者,单人和/或慢速行动者以及几乎没有自愿控制的人,同时还可以平衡低活动用户的步行(动态)表现 。 假体膝盖(100)包括壳体(2),平行的前连杆(4,5),后连杆(3)和底架(1)。 链接的几何形状和它们之间的关系(3,4,5)允许低自愿控制,缩短中间摆动,减少绊脚石的风险和几何稳定的姿态。 前连杆(4,5)特别定向,定尺寸和定位以提供稳定性。 前连杆(4,5)都在后连杆(3)上方延伸,并且基本上位于后连杆(3)的下方。 假肢膝盖包括摩擦调节机构(6),稳定性调节机构(110)和可调伸展辅助机构(14)。