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    • 42. 发明申请
    • PATIENTENPOSITIONIERVORRICHTUNG
    • 患者定位
    • WO2007025936A1
    • 2007-03-08
    • PCT/EP2006/065674
    • 2006-08-25
    • SIEMENS AKTIENGESELLSCHAFTSOMMER, Andres
    • SOMMER, Andres
    • A61B6/04G21K5/10B25J19/06B25J9/00A61B6/00A61N5/10
    • B25J19/063A61B6/0457A61B6/4476A61N5/1049A61N5/1078A61N2005/1087B25J11/00
    • Die Erfindung betrifft eine Patientenpositioniervorrichtung zum Positionieren eines Patienten in einer Bestrahlungsposition für eine Strahlentherapieanlage, insbesondere Partikelstrahlentherapieanlage, mit einem Patientenhalterungsmodul, welche eine Patientenhalterungsvorrichtung zum Haltern des Patienten in einer Körperhaltung aufweist, in der die Bestrahlung geplant ist, wobei die Patientenhalterungsvorrichtung über ein Lager an einer Basiseinheit um eine Achse rotierbar angeordnet ist, wobei die Basiseinheit ein Kupplungselement (13) aufweist, und mit einer Vorrichtung mit einem Positionierarm (21), der mehrere Gelenke (25) und einen Kupplungspunkt zur Ankupplung des Kupplungselements aufweist und der zur freien Positionierung des Patienten unter Einstellung eines Rotationswinkels des Patientenhalterungsmoduls in einer beliebig vorgebbaren Bestrahlungsposition ausgebildet ist.
    • 本发明涉及一种患者定位设备在用于放射治疗系统的照射位置与具有用于在其中照射预定的姿势支承患者的患者支承装置患者支撑模块定位患者,特别是粒子束治疗系统,通过在轴承的患者支承装置 ,绕一轴线基本单元与所述底座单元可旋转地设置有联接元件(13),并且具有与定位臂具有多个关节(25)的装置(21)和用于联接构件联接并且对患者的自由定位的连接点 通过调整患者支撑模块的旋转角度形成在任意规定的照射位置上。
    • 43. 发明申请
    • SUPPORT FIXTURE FOR A GRIPPING MEMBER OF A MANIPULATOR ROBOT
    • 一个操纵机器人运送员的支持装置
    • WO2006123296A2
    • 2006-11-23
    • PCT/IB2006/051556
    • 2006-05-17
    • O.L.C.I. ENGINEERING S.r.l.PALETTO, Carlo
    • PALETTO, Carlo
    • B25J19/063B25J15/0061
    • The support fixture comprises a support structure (16) to which at least one gripping member (18) is fixed and an attachment device (20) intended to connect the fixing structure (16) to an arm of the robot. The attachment device (20) includes a first connecting member (22) connected to the fixing structure (16) , a second support member (26) intended to be mounted on the robot arm, and releasable coupling means (58, 76) able to connect stably the first and the second member (22, 26) and reversibly disconnect these members in the event of an impact of predetermined force on the fixing structure (16) . The second support member (26) includes a first fixed part (28) and a second movable part (32) mounted rotatably on the first one about a first axis (X) and carrying the first connecting member (22) in such a manner that this latter can be oriented with respect to the first fixed part (28) about . the first axis (X) .
    • 支撑固定件包括固定有至少一个夹持构件(18)的支撑结构(16)和用于将固定结构(16)连接到机器人的臂的附接装置(20)。 连接装置(20)包括连接到固定结构(16)的第一连接构件(22),旨在安装在机器人手臂上的第二支撑构件(26)以及可释放的联接装置(58,76) 在第一和第二构件(22,26)稳定地连接,并且在预定力冲击固定结构(16)的情况下可逆地断开这些构件。 第二支撑构件(26)包括第一固定部分(28)和第二可移动部分(32),第二可移动部分(32)围绕第一轴线(X)可旋转地安装在第一固定部分(32)上,并且以第一连接部件(22) 后者可以相对于第一固定部分(28)定向。 第一轴(X)。
    • 44. 发明申请
    • AN INDUSTRIAL ROBOT WITH A RELEASABLE SAFETY COUPLING MECHANISM
    • 具有可释放的安全联接机构的工业机器人
    • WO2006117025A1
    • 2006-11-09
    • PCT/EP2005/056823
    • 2005-12-15
    • ABB ABBROGÅRDH, Torgny
    • BROGÅRDH, Torgny
    • B25J19/06
    • B25J19/063
    • An industrial robot comprising an actuator (10) and a mechanical transmission arrangement (11, 4, 2, 3, 5) transmitting energy from the actuator to robot movement. The transmission arrangement comprises a first part (3) connected to the motor and a second part (2) connected to the first part via a releasable mechanical coupling (7, 8, 9) arranged such that energy from the actuator is transferred from the first part to the second part via the coupling, and the coupling is arranged such that it will be released if a force larger than a defined release force is applied between the first and the second part.
    • 一种工业机器人,包括致动器(10)和将能量从致动器传递到机器人运动的机械传动装置(11,2,2,3,5)。 传动装置包括连接到电动机的第一部分(3)和经由可释放的机械耦合(7,8,9)连接到第一部分的第二部分(2),其布置成使得来自致动器的能量从第一部分 通过联接部分到第二部分,并且联接器布置成使得如果在第一部分和第二部分之间施加大于限定的释放力的力,则将其释放。
    • 48. 发明申请
    • MULTI-AXIS MECHANICAL MANIPULATOR
    • 多轴机械手
    • WO1989008012A1
    • 1989-09-08
    • PCT/FR1989000031
    • 1989-01-30
    • S.O.P.A.P. S.A.FREYWISS, Eric
    • S.O.P.A.P. S.A.
    • B25J19/06
    • B25J19/063B25J9/109Y10T74/18312Y10T74/1906Y10T74/19633Y10T74/20006Y10T74/2036
    • In a multi-axis mechanical manipulator with adjustable travel and protection against overloading, the movement is transmitted to the indexing mechanism (10) by the combination of a sliding rotor motor (2) of a reducing gear with wheel and endless screw (30) and an adjustable torque limiter (40). The law of motion of the indexing mechanism (10) is determined in this way so as to obtain constant speed over a wide range, possibly with stopping points. The rotating frame (56) is linked to the indexing mechanism (10) by a spring bushing (50). The movement is transmitted to the cylindrical cam (6) by an adjustable torque limiter (28). The manipulating arm (7) is displaced by a spring plate which permits a momenttary angular retraction of the arm (7) when it encounters an obstacle. Application: handling of loads or parts.
    • 在具有可调行程和防止过载的多轴机械操纵器中,通过减速齿轮的滑动转子马达(2)与蜗轮和环形螺钉(30)的组合将运动传递到分度机构(10),以及 可调扭矩限制器(40)。 以这种方式确定分度机构(10)的运动定律,以便在宽范围内获得恒定速度,可能具有停止点。 旋转框架(56)通过弹簧衬套(50)连接到分度机构(10)。 运动通过可调节的扭矩限制器(28)传递到圆柱形凸轮(6)。 操纵臂(7)通过弹簧板移动,弹簧板当遇到障碍物时允许臂(7)的瞬时的角度缩回。 应用:处理负载或部件。
    • 49. 发明申请
    • ROBOT CONTROLLER
    • 机器人控制器
    • WO1988007442A1
    • 1988-10-06
    • PCT/JP1988000193
    • 1988-02-24
    • FANUC LTDTOYODA, KenichiTORII, NobutoshiNIHEI, RyoTERADA, Akihiro
    • FANUC LTD
    • B25J19/06
    • B25J9/044B25J9/042B25J13/085B25J19/063G05B19/4062
    • A robot controller comprising a control unit (7) which sends a control signal to or receives it from a servo unit (6) which supplies signals to and feeds the signals back to a motor (5) for Z-axis linear motion drive, and a threshold signal generator (8) which supplies a threshold value to said control unit. When the comparison of a motor torque instruction value in the control unit with a threshold value supplied from the threshold value input unit indicates that the motor torque instruction value is greater than a predetermined threshold value, an alarm is generated and the process proceeds toward coping with the occurrence of abnormal conditions. The control operation is then executed based upon the detected force of the robot along the Z-axis.
    • 一种机器人控制器,包括控制单元(7),该控制单元(7)向伺服单元(6)发送控制信号或者从施加信号的相同单元接收所述信号并将它们发送回马达(5) 控制Z轴上的线性运动,以及向所述控制单元提供阈值的阈值信号发生器(8)。 当控制单元中的电动机转矩命令值与由阈值的输入单元提供的阈值之间的比较指示发动机转矩命令值大于 在预定的阈值时,触发警报,并且该过程支持这些异常状况。 然后根据检测到的机器人在Z轴上的力执行控制。