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    • 1. 发明授权
    • Support for the holding and positioning of a utility load in space
    • 支持在空间中保持和定位公用事业负载
    • US08256729B2
    • 2012-09-04
    • US12401985
    • 2009-03-11
    • Guido KochReinhard Pfeuffer
    • Guido KochReinhard Pfeuffer
    • E04G3/00
    • F16M11/2092A61G13/00F16M11/16F16M2200/04F16M2200/068F21V27/00F21W2131/205
    • In a support for holding and positioning a utility load in space having a base (10) and an elongated supporting arm (12) which between its longitudinal ends is swingably supported on the base (10) for swinging moment about a vertical first axis (24) and about a horizontal second axis (30) which intersects the vertical first axis (24), the supporting arm (12) carrying on one side of the second axis the utility load and on the other side of the second axis carrying a counterweight compensating for the utility load, the utility load being arranged on a first connector arm (14) which is pivotally supported at one end of the supporting arm (12) for moment about a third axis (36), the counterweight (18) being arranged on a second connector arm which is swingably supported on the other end of the supporting arm (12) for movement about a fourth axis (38), the third and fourth axis being parallel to one another, the spacing (Ln) between the engagement point (N) of the utility load and the first connector arm (14) and the third axis (38) being equal to the spacing between the third axis (38) and the vertical axis (24), the spacing (Lg) measured in the longitudinal direction of the second connector arm (16) between the center of gravity (G) of the counterweight (18) and the fourth axis (38) being equal to the spacing between a fourth axis (38) and the vertical first axis (24), and the two connector arms (14, 16) being so coupled with one another by a coupling means that in any pivoted position they are directed antiparallel to one another.
    • 在用于保持和定位具有基部(10)和细长支撑臂(12)的空间中的有用负载的支撑件中,其纵向端部之间可摆动地支撑在基部(10)上,以围绕垂直第一轴线(24)摆动 )和围绕垂直第一轴线(24)相交的水平第二轴线(30),支撑臂(12)在第二轴线的一侧承载有效载荷,并且在第二轴线的另一侧承载配重补偿 对于公用事业负载,公用设施负载被布置在第一连接器臂(14)上,该第一连接器臂(14)枢转地支撑在支撑臂(12)的一端处于大约第三轴线(36)的时刻,配重(18)被布置在 第二连接器臂,其可摆动地支撑在所述支撑臂(12)的另一端上,用于围绕第四轴线(38)移动,所述第三和第四轴线彼此平行,所述接合点之间的间隔(Ln) N)的效用负载和第一 连接器臂(14)和第三轴线(38)等于第三轴线(38)和垂直轴线(24)之间的间隔,在第二连接臂(16)的纵向上测量的间隔(Lg) 所述配重(18)的重心(G)与所述第四轴线(38)的重心等于所述第四轴线(38)和所述垂直第一轴线(24)之间的间隔,并且所述两个连接臂 16)通过联接装置彼此联接,在任何枢转位置,它们彼此反平行地引导。
    • 2. 发明申请
    • OPERATING TABLE COLUMN
    • 操作台列
    • US20120216350A1
    • 2012-08-30
    • US13369447
    • 2012-02-09
    • Guido KochRolf Revenus
    • Guido KochRolf Revenus
    • A61G13/02
    • A61G13/04A61G13/02
    • An operating table column has a column part a head part, and a plurality of actuating drives that each comprise a first element and a second element that can be linearly adjusted relative to this first element and that acts upon the head part. The first element of a first actuating drive is connected to the column part, while the head part is pivotably connected to the second element of the first actuating drive. The first element of a second actuating drive is pivotably connected to the column part, whereby, the head part is pivotably connected to the second element of the second actuating drive. The first element of a third actuating drive is connected at a distance from the head part to the second element of the first actuating drive and the second element of the third actuating drive is connected to the head part via respective universal joints.
    • 手术台列具有柱部分头部,以及多个致动驱动器,每个致动驱动器包括第一元件和第二元件,第二元件可相对于该第一元件线性调节并且作用在头部上。 第一致动驱动器的第一元件连接到柱部分,而头部可枢转地连接到第一致动驱动器的第二元件。 第二致动驱动器的第一元件可枢转地连接到柱部分,由此头部部分可枢转地连接到第二致动驱动器的第二元件。 第三致动驱动器的第一元件在头部与第一致动驱动器的第二元件一定距离处连接,并且第三驱动驱动器的第二元件经由相应的万向接头连接到头部。
    • 3. 发明申请
    • EXTENSION DEVICE
    • 扩展设备
    • US20120204885A1
    • 2012-08-16
    • US13369466
    • 2012-02-09
    • Guido Koch
    • Guido Koch
    • A61G15/00
    • A61G13/1245A61B17/60A61F5/042A61G13/101
    • In an extension device comprising a patient support surface and an extension beam (16) that can be connected on its one end via an interface (14) to the patient support surface and that has a holder for a feed rod arrangement on its other end, whereby the patient support surface has at least two longitudinal beams (10) parallel to each other that carry a pelvic support plate, the interface (14) comprises a coupling part (36) on the support surface side and comprises a coupling part (38) on the beam side and rigidly connected to the extension beam (16), whereby the coupling part (36) on the support surface side on one of the longitudinal beams (10) is supported in such a manner that it can pivot about an axis perpendicular to the pelvic support plate, and whereby the coupling part (36) on the support surface side can be locked by a locking device against a rotation about its pivot axis relative to the longitudinal beam (10), which locking device can be actuated by a remote actuation.
    • 在包括患者支撑表面和延伸梁(16)的延伸装置中,所述延伸梁(16)可以经由界面(14)在其一端连接到患者支撑表面,并且在其另一端具有用于进给杆装置的保持器, 由此患者支撑表面具有彼此平行的至少两个彼此平行的纵向梁(10),所述纵向梁(10)承载骨盆支撑板,所述界面(14)包括在支撑表面侧上的联接部分(36),并且包括联接部分(38) 在梁侧并且刚性地连接到延伸梁(16),由此在一个纵向梁(10)上的支撑表面侧上的联接部分(36)以这样的方式被支撑,使得其可以围绕垂直的轴线枢转 并且由此支撑表面侧上的联接部分(36)可以被锁定装置锁定,以抵抗围绕其枢转轴线相对于纵向梁(10)的转动,该锁定装置可由一个 远程启动。
    • 4. 发明授权
    • Encasement for a height-adjustable support column
    • 高度可调支撑柱的包装
    • US08033080B2
    • 2011-10-11
    • US12490416
    • 2009-06-24
    • Rolf Revenus
    • Rolf Revenus
    • E04C3/30E04G25/04E04H12/18
    • F16P1/00A61G13/06
    • In the encasement of a height-adjustable support column comprising a plurality of encasement elements (12) which are arranged annularly around the support column and which engage each other in a telescopic manner and can be slid relatively to each other in the axial direction of the support column, the encasement elements (12) each consisting of a material band (14) bent into a ring whose abutting edges (16) each have a rebate (20) bent backwards and are connected to each other by means of a retainer clip (22) having a C-shaped profile and clasping the rebates, at least one of the rebates (20) is provided with a recess (26) into which a locking element (28) provided on the retainer clip (22) can be engaged.
    • 在高度可调的支撑柱的外壳中,包括多个围绕支撑柱环形布置并且以伸缩方式彼此接合并可沿着轴向方向彼此相对滑动的包围元件(12) 支撑柱,每个包括弯曲成环的材料带(14)的包围元件(12),其邻接边缘(16)各自具有向后弯曲的折缝(20),并且通过固定夹(彼此连接) 22),其具有C形轮廓并且夹紧所述凹口,所述凹口(20)中的至少一个设置有凹部(26),设置在所述保持夹(22)上的锁定元件(28)能够接合在所述凹部中。
    • 5. 发明申请
    • SUPPORT FOR THE HOLDING AND POSITIONING OF A UTILITY LOAD IN SPACE
    • 支持空间中的实用负载的保持和定位
    • US20090236484A1
    • 2009-09-24
    • US12401985
    • 2009-03-11
    • Guido KochReinhard Pfeuffer
    • Guido KochReinhard Pfeuffer
    • A47B96/06
    • F16M11/2092A61G13/00F16M11/16F16M2200/04F16M2200/068F21V27/00F21W2131/205
    • In a support for holding and positioning a utility load in space having a base (10) and an elongated supporting arm (12) which between its longitudinal ends is swingably supported on the base (10) for swinging moment about a vertical first axis (24) and about a horizontal second axis (30) which intersects the vertical first axis (24), the supporting arm (12) carrying on one side of the second axis the utility load and on the other side of the second axis carrying a counterweight compensating for the utility load, the utility load being arranged on a first connector arm (14) which is pivotally supported at one end of the supporting arm (12) for moment about a third axis (36), the counterweight (18) being arranged on a second connector arm which is swingably supported on the other end of the supporting arm (12) for movement about a fourth axis (38), the third and fourth axis being parallel to one another, the spacing (Ln) between the engagement point (N) of the utility load and the first connector arm (14) and the third axis (38) being equal to the spacing between the third axis (38) and the vertical axis (24), the spacing (Lg) measured in the longitudinal direction of the second connector arm (16) between the center of gravity (G) of the counterweight (18) and the fourth axis (38) being equal to the spacing between a fourth axis (38) and the vertical first axis (24), and the two connector arms (14, 16) being so coupled with one another by a coupling means that in any pivoted position they are directed antiparallel to one another.
    • 在用于保持和定位具有基部(10)和细长支撑臂(12)的空间中的有用负载的支撑件中,其纵向端部之间可摆动地支撑在基部(10)上,以围绕垂直第一轴线(24)摆动 )和围绕垂直第一轴线(24)相交的水平第二轴线(30),支撑臂(12)在第二轴线的一侧承载有效载荷,并且在第二轴线的另一侧承载配重补偿 对于公用事业负载,公用设施负载被布置在第一连接器臂(14)上,该第一连接器臂(14)枢转地支撑在支撑臂(12)的一端处于大约第三轴线(36)的时刻,配重(18)被布置在 第二连接器臂,其可摆动地支撑在所述支撑臂(12)的另一端上,用于围绕第四轴线(38)移动,所述第三和第四轴线彼此平行,所述接合点之间的间隔(Ln) N)的效用负载和第一 连接器臂(14)和第三轴线(38)等于第三轴线(38)和垂直轴线(24)之间的间隔,在第二连接臂(16)的纵向上测量的间隔(Lg) 所述配重(18)的重心(G)与所述第四轴线(38)的重心等于所述第四轴线(38)和所述垂直第一轴线(24)之间的间隔,并且所述两个连接臂 16)通过联接装置彼此联接,在任何枢转位置,它们彼此反平行地引导。
    • 7. 发明申请
    • Patient bed system
    • 病床系统
    • US20070107124A1
    • 2007-05-17
    • US11598527
    • 2006-11-13
    • Guido Koch
    • Guido Koch
    • A61G7/08
    • A61G7/1065A61G7/1019A61G7/1046A61G7/1057A61G13/00A61G2203/40A61G2203/80
    • In a patient bed system, comprising a patient bed, a support column for supporting the bed and a trolley for transporting the bed, the bed having arranged on it first coupling elements (22) which are intended for selective connection to second or third coupling elements (24, 26) on the support column and on the trolley respectively, the first coupling elements (22) have in each case an outer contour (38) and a clearance (40) with an inner contour (42), the second or the third coupling elements (24, 26) being designed in each case as guide tenons which have an outer contour (58) adapted to the inner contour (42) of the clearance (40) of the first coupling elements (22) and which are intended for engagement into the clearance (40), and the third or the second coupling elements (26, 24) having in each case a clearance intended for receiving a first coupling element (22) and having an inner contour (50) adapted to the outer contour (38) of the first coupling elements (22).
    • 在患者床系统中,包括患者床,用于支撑床的支撑柱和用于运输床的手推车,床设置有第一联接元件(22),其用于选择性地连接到第二或第三联接元件 (24,26)分别在支撑柱和手推车上,第一联接元件(22)在每种情况下都具有外轮廓(38)和具有内轮廓(42)的间隙(40),第二或第 在每种情况下设计第三联接元件(24,26)作为导向榫,其具有适于第一联接元件(22)的间隙(40)的内轮廓(42)的外轮廓(58),并且是预期的 用于接合到所述间隙(40)中,并且所述第三或第二联接元件(26,24)在每种情况下具有用于接收第一联接元件(22)的间隙,并具有适于外部的内轮廓(50) 第一耦合的轮廓(38) 元素(22)。
    • 8. 发明申请
    • Patient bed system
    • 病床系统
    • US20070107123A1
    • 2007-05-17
    • US11598526
    • 2006-11-13
    • Guido Koch
    • Guido Koch
    • A61G7/08
    • A61G7/1065A61G7/1019A61G7/1046A61G7/1057A61G13/00A61G2203/40A61G2203/80
    • In a patient bed system, comprising a patient bed, a support column for supporting the bed and a trolley for transporting the bed, the bed having arranged on it first coupling elements (22) which are intended for selective connection to second or third coupling elements (24, 26) on the support column and on the trolley respectively, at least one of the coupling elements (24) located on the support-column side has provided on it at least one sensor (102) for sensing the position of a first coupling element (22) connected to the bed (18) in relation to the column-side coupling element (24), the sensor (102) taking effect when the bed is located on the trolley and the latter assumes in relation to the support column a specific position for transferring the bed onto the latter.
    • 在患者床系统中,包括患者床,用于支撑床的支撑柱和用于运输床的手推车,床设置有第一联接元件(22),其用于选择性地连接到第二或第三联接元件 (24,26)分别在支撑柱和手推车上,位于支撑柱侧的至少一个联接元件(24)在其上设置有至少一个传感器(102),用于感测第一 联接元件(22)相对于柱侧联接元件(24)连接到床(18),当床位于手推车上时,传感器(102)起作用,并且后者相对于支撑柱 用于将床转移到后者上的特定位置。
    • 10. 发明授权
    • Arrangement and method for connecting an accessory part to an operating table
    • 用于将附件部件连接到操作台的布置和方法
    • US08931973B2
    • 2015-01-13
    • US12947345
    • 2010-11-16
    • Jan Donat Olszewski
    • Jan Donat Olszewski
    • F16B7/20B25G3/16F16B5/10A61G13/10F16B21/04
    • F16B5/10A61G13/101F16B7/20F16B21/04Y10T403/32483Y10T403/602Y10T403/7005Y10T403/7007
    • An accessory part to be connected to an operating table has a connecting element (12, 16) and a component part of the operating table has a receiving area (14) for receiving at least an area of the connecting element (12, 16). An engagement element (22, 24) projects laterally from the connecting element (12, 16). The receiving area (14) has at least one guideway (18, 20) with which the engagement element (22, 24) engages during insertion of at least an area of the connecting element (12, 16) into the receiving area (14). When deformed, an elastically deformable element (52) exerts a force on the engagement element (22, 24). By the force exerted on the engagement element (22, 24) and by the course of the guideway (18, 20) a force (FA) is exerted in the direction of insertion (P2) on the connecting element (12, 16) when the accessory part and the operating table are connected.
    • 要连接到操作台的附件部件具有连接元件(12,16),并且操作台的组件部分具有用于接收连接元件(12,16)的至少一个区域的接收区域(14)。 接合元件(22,24)从连接元件(12,16)横向突出。 所述接收区域(14)具有至少一个导轨(18,20),所述接合元件(22,24)在将所述连接元件(12,16)的至少一个区域插入所述接收区域(14)期间接合, 。 当变形时,可弹性变形的元件(52)在接合元件(22,24)上施加力。 通过施加在接合元件(22,24)上的力并且通过导轨(18,20)的过程,在连接元件(12,16)上的插入方向(P2)上施加力(FA) 附件和操作台连接。