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    • 2. 发明申请
    • A VEHICLE CLUTCH WITH VARIABLE LEVER RATIO
    • 具有可变杆比的车辆离合器
    • WO2010084024A1
    • 2010-07-29
    • PCT/EP2010/000446
    • 2010-01-26
    • VOLVO LASTVAGNAR ABCARLSSON, Lars-ErikSJÖQVIST, Fredrik
    • CARLSSON, Lars-ErikSJÖQVIST, Fredrik
    • F16D13/48
    • F16D13/585
    • A vehicle clutch comprising a clutch disc (111, 6); a moveable pressure plate (307, 8); a plurality of clutch levers (106, 2); an actuator (121) to cause said pressure plate to move by pivoting said clutch levers; where each of said clutch levers are pivotable around: a first fulcrum (306, 9), which is part of a clutch housing; - a second fulcrum (308, 9), which is part of said pressure plate, and a third fulcrum (122, 310, 9), which is part of said actuator; where a pivot surface (S, S 12 ) of each of said fulcrums around which said clutch levers pivot with a rolling action over said pivot surface is defined by a radius (r, r 12 ), which measures from a geometrical centre (C) in each of said fulcrums and out to said pivot surface. A magnitude of said radius varies along said pivot surface in order to have a lever ratio of said clutch levers that varies as said clutch levers pivot.
    • 一种车辆离合器,包括离合器盘(111,6); 可动压板(307,8); 多个离合器杆(106,2); 通过枢转所述离合器杆使所述压板移动的致动器(121); 其中每个所述离合器杆可围绕:作为离合器壳体的一部分的第一支点(306,9)枢转; - 作为所述压力板的一部分的第二支点(308,9)和作为所述致动器的一部分的第三支点(122,310,9); 每个所述支点的枢轴表面(S,S12)由所述离合器杠杆围绕所述枢转表面的滚动动作枢转的枢轴表面(S,S12)由半径(r,r12)限定,半径(r,r12)从每个中的几何中心 的所述支点并且到达所述枢转表面。 所述半径的大小随着所述枢轴表面而变化,以使所述离合器杆的杠杆比随所述离合器杆枢转而变化。
    • 4. 发明申请
    • DRILL GUIDE INSTRUMENT
    • 钻探指南仪器
    • WO1996036285A1
    • 1996-11-21
    • PCT/SE1996000490
    • 1996-04-17
    • ASTRA AKTIEBOLAGALBREKTSSON, BjörnCARLSSON, LarsJACOBSSON, MagnusRÖSTLUND, TordWENNBERG, Stig
    • ASTRA AKTIEBOLAG
    • A61B17/17
    • A61B17/175
    • The invention relates to a drill guide instrument and method for guiding a drill tool (24) when drilling a longitudinal bore (4) through the neck (collum femoris) (5) of a human femur (9), subsequent to resection of the head (caput) (8) of the collum (5) along a cutting plane (P). The instrument comprises a drill guide (20), which is provided with a base member (21) and arranged to guide the drill tool (24) along a drill axis (B-B) relative to the base member (21), said base member (21) being intended to be applied against a cut end surface (11) of the collum (5) defining the cutting plane (P) for obtaining a predetermined orientation of the drill axis (B-B) relative to the cutting plane (P). A positioning member (22) extending from the drill guide (20) is intended to be contacted with the periphery of the narrowest portion (13) of the collum (5) in at least two circumferentially-spaced contact positions (30), so as to locate the drill axis (B-B) at a minimum distance from the periphery of said narrowest portion (13) of the collum (5). The invention also relates to the use of the instrument for performing such drilling.
    • 本发明涉及一种用于在钻取通过人体股骨(9)的颈部(股骨)(5))的纵向孔(4)时引导钻具(24)的钻子引导器和方法,在切除头部 (5)的切口(caput)(8)。 所述仪器包括钻子引导器(20),所述钻子引导器(20)设置有基部构件(21)并且布置成相对于所述基部构件(21)沿钻杆轴线(BB)引导所述钻具(24),所述基座构件 21)旨在被施加到限定切割平面(P)的凸缘(5)的切割端表面(11),以获得相对于切割平面(P)的钻孔轴线(BB)的预定取向。 从钻子引导件(20)延伸的定位构件(22)旨在与至少两个周向间隔开的接触位置(30)与柱头(5)的最窄部分(13)的周边接触,从而 以将钻孔轴线(BB)定位在与所述最小部分(13)的圆周的周边的最小距离处。 本发明还涉及用于执行这种钻井的仪器的使用。
    • 5. 发明申请
    • CUTTING GUIDE INSTRUMENT
    • 切割指南仪器
    • WO1996036284A1
    • 1996-11-21
    • PCT/SE1996000489
    • 1996-04-17
    • ASTRA AKTIEBOLAGALBREKTSSON, BjörnCARLSSON, LarsJACOBSSON, MagnusRÖSTLUND, TordWENNBERG, Stig
    • ASTRA AKTIEBOLAG
    • A61B17/15
    • A61B17/15
    • The invention relates to a cutting guide instrument and method for enabling high-precision resection of the head (caput femoris) (8) of the neck (5) of a human femur (collum femoris) at a predetermined cutting angle ( alpha c) to the femoral shaft (9) and on a predetermined cutting level (Lc) with respect to the proximal end of the caput (8). A support part (11) is fixed to the femur during the resection. A longitudinal guide carrier (12) is supported by the support part (11) and is aligned along the femoral collum (5) at said predetermined cutting angle ( alpha c) to the femoral shaft (9). A cutting guide (13) is supported by and movable along the axis (D-D) of the guide carrier (12) to a cutting position corresponding to the predetermined cutting level (Lc). The invention also relates to the use of the instrument for performing such resection.
    • 本发明涉及一种用于能够以预定的切割角度(αc)高度精确地切割人体股骨颈(5)的颈部(5)的头部(股骨头)(8)的切割引导器械和方法, 所述股骨轴(9)相对于所述头盖(8)的近端处于预定切割水平面(Lc)。 在切除期间,支撑部分(11)固定到股骨。 纵向导向架(12)由支撑部分(11)支撑并且沿着股骨颈(5)以与股骨轴(9)成预定切割角度(αc)对齐。 切割引导件(13)由导向托架(12)的轴线(D-D)支撑并移动到对应于预定切割级别(Lc)的切割位置。 本发明还涉及用于进行这种切除的仪器的使用。
    • 6. 发明申请
    • HIP JOINT PROSTHESIS
    • WO1989011837A1
    • 1989-12-14
    • PCT/SE1989000329
    • 1989-06-12
    • ALBREKTSSON, BjörnCARLSSON, LarsWENNBERG, StigRÖSTLUND, Tord
    • A61F02/32
    • A61F2/3601A61B17/1666A61B17/742A61B17/86A61F2/32A61F2/34A61F2/3609A61F2002/30235A61F2002/30405A61F2002/3064A61F2002/30797A61F2002/30886A61F2002/3493A61F2002/4636A61F2220/0025A61F2230/0069A61F2310/00023
    • Hip joint prosthesis for permanent anchoring in the human hip joint, which prosthesis consists of a ball unit (1) designed to be anchored in the neck of a human femur (2) and a socket unit designed to be anchored in the human pelvis. The ball unit comprises a ball (5) with a convex joint surface (9) which essentially has the shape of a partial sphere, and an anchoring arrangement (6, 7, 8) for anchoring the ball in the femur. The ball (5) has a cavity (10) designed to be arranged on the end of the human femoral neck (13), which is shaped for fitting in the cavity, and a shaft (14) extending essentially centrally from the cavity. The anchoring arrangement (6, 7, 8) for the ball comprises a sleeve-shaped anchoring element (6) to be separately implanted in a channel (17) passing through the femoral neck (13). A joining piece connected to the shaft in the form of a tightening device (8) creates, by engaging with the anchoring element, a prestressing of the ball with the shaft introduced into the sleeve-shaped anchoring element. The anchoring arrangement for the socket unit (3) likewise comprises an anchoring element (36) to be separately implanted in the cavity in the pelvis, and a positive lock for securing the socket on the anchoring element in the pelvis.
    • 髋关节假体用于永久性锚固在人体髋关节中,该假体由设计成锚定在人体股骨(2)的颈部中的球单元(1)和设计成锚定在人骨盆中的插座单元组成。 球单元包括具有基本上具有局部球形形状的凸接合表面(9)的球(5)和用于将球固定在股骨中的锚定装置(6,7,8)。 球(5)具有设计成布置在人体股骨颈(13)的端部上的空腔(10),其形状适合于空腔,以及从空腔基本上中心延伸的轴(14)。 用于球的锚定装置(6,7,8)包括一个套筒状的锚定元件(6),以分开地植入通过股骨颈(13)的通道(17)中。 以紧固装置(8)的形式连接到轴的接合件通过与锚定元件接合而产生预先引入球的预应力,引导到套筒形锚定元件中的轴。 用于插座单元(3)的锚固装置同样包括待分离地植入骨盆腔内的锚定元件(36),以及用于将插座固定在骨盆中的锚定元件上的正锁定件。
    • 10. 发明申请
    • ROAD GRADING PICK WITH WASHER
    • 道路平铺与洗衣机
    • WO2009142578A1
    • 2009-11-26
    • PCT/SE2009/050478
    • 2009-05-04
    • SANDVIK INTELLECTUAL PROPERTY ABMONYAK, KennethFADER, JosephCARLSSON, Lars-Åke
    • MONYAK, KennethFADER, JosephCARLSSON, Lars-Åke
    • E01C23/12B28D1/18E02F3/815E21C35/183
    • E02F3/8155E02F9/2833E21C35/18
    • A road grading pick includesa cutting head, a shank, a shoulder at a transition between the cutting head and the shank, and a polygonal-shaped washeror an oval- shaped washer. The shank is positioned in anopening of the washer to position the washer along a longitudinal length of the shank between a rearward end of the shank and the rearwardfacing surface of the shoulder. In a preinstalled position, the washer compresses a friction retainer on the shank of the road grading pick to facilitate seating of the road grading pick in a blade of a road grading apparatus. In an installed position on anadapter board for amoldboard of road grading equipment, thefriction retainer is no longer in the opening of the washer and thewasher prevents washer rotation and shields an underlying mounting surface while allowing rotation of the road grading pick.
    • 道路分级选择包括切割头,柄,在切割头和柄之间的过渡处的肩部,以及椭圆形垫圈的多边形形状的垫圈器。 柄部定位在打开垫圈中以沿着柄部的纵向长度将柄部定位在柄的后端和肩部的后表面之间。 在预先安装的位置,垫圈压紧道路分级拾取器的柄上的摩擦保持器,以便将道路分级拾取器放置在道路平整装置的刀片中。 在道路分级设备的安装板的安装板上的安装位置,摩擦保持器不再位于垫圈的开口中,并且垫圈防止垫圈旋转并屏蔽下面的安装表面,同时允许道路分级接头旋转。