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    • 4. 发明申请
    • MR imaging system with cardiac coil and defibrillator
    • 具有心脏线圈和除颤器的MR成像系统
    • US20120165653A1
    • 2012-06-28
    • US13391849
    • 2010-09-15
    • Steffen WeissBernd DavidOliver LipsSascha Krueger
    • Steffen WeissBernd DavidOliver LipsSascha Krueger
    • A61B5/055A61N1/39A61N1/04
    • G01R33/3415A61B5/0044G01R33/28
    • The invention relates to a magnetic resonance imaging system comprising a main magnet coil (2) for generating a uniform, steady magnetic field within an examination volume, a number of gradient coils (4, 5, 6) for generating switched magnetic field gradients in different spatial directions within the examination volume, at least one cardiac RF coil (11) for transmitting RF pulses to and/or receiving MR signals from the chest region of a body (10) of a patient positioned in the examination volume, a control unit (13) for controlling the temporal succession of RF pulses and switched magnetic field gradients, and a reconstruction unit (15) for reconstructing a MR image from the MR signals. In order to enable quick and safe defibrillation at any time during a MR imaging procedure, the invention proposes that at least one opening (19, 22) is provided in the cardiac RF coil (11), through which opening (19, 22) a portion of the skin surface in the chest region of the body (10) is accessible, wherein the magnetic resonance imaging system further comprises a defibrillator unit (17) connected to at least one defibrillator electrode (23) fitting through the at least one opening (19, 22) provided in the cardiac RF coil (11). Alternatively, the invention proposes that at least one defibrillator cable (30) is affixed to the cardiac RF coil (11), wherein the defibrillator unit (17) is connectable to at least one defibrillator electrode pad (26) via the at least one defibrillator cable (30).
    • 本发明涉及一种磁共振成像系统,包括用于在检查体积内产生均匀的稳定磁场的主磁体线圈(2),用于产生不同的开关磁场梯度的梯度线圈(4,5,6) 在检查体积内的空间方向,至少一个心脏RF线圈(11),用于将RF脉冲发送到和/或从定位在检查体积中的患者的身体(10)的胸部区域接收MR信号;控制单元 13),用于控制RF脉冲和切换磁场梯度的时间连续性;以及重建单元(15),用于从MR信号重构MR图像。 为了在MR成像过程中的任何时间实现快速和安全的除颤,本发明提出在心脏RF线圈(11)中提供至少一个开口(19,22),开口(19,22)a 身体(10)的胸部区域中的皮肤表面的部分是可接近的,其中所述磁共振成像系统还包括除颤器单元(17),所述除颤器单元连接到至少一个除颤器电极(23),所述除颤器电极(23)通过所述至少一个开口 19,22)设置在心脏RF线圈(11)中。 或者,本发明提出,至少一个除颤器电缆(30)固定到心脏RF线圈(11),其中除颤器单元(17)可以经由至少一个除颤器(17)连接到至少一个除颤器电极焊盘(26) 电缆(30)。
    • 6. 发明申请
    • Drawbar for power-operated industrial truck
    • 动力工业卡车牵引杆
    • US20050098375A1
    • 2005-05-12
    • US10969630
    • 2004-10-20
    • Bernd DavidHelmut LohmannMichael NiebuhrVolkmar Prehn
    • Bernd DavidHelmut LohmannMichael NiebuhrVolkmar Prehn
    • B62B5/06B62D1/14B62D51/00B66F9/20B60K26/00A01B49/00
    • B62B5/06B62B5/063B62D1/14B62D51/001B66F9/20Y10T74/2028
    • A drawbar for power-operated industrial trucks with a drawbar handle which can be pivoted about a horizontal axis in a large angular range between an approximately upright position and a position inclined obliquely to vertical. The drawbar includes a drawbar head arranged at a free end of the drawbar handle, the head including a horn arranged in the extension of the drawbar handle, rod-like grips extending on both sides of the horn and approximately transversely thereto that are connected to carrier sections connected to the horn on both sides via arm sections attached to the end of a grip. The arm and carrier sections form a protective yoke with grip openings and at least one control element for a function of the industrial truck on one grip opening is arranged in the vicinity of the associated carrier section, such that it can be actuated from above by pressure from one finger, even when the hand grasps the rod-like grip facing it. The control element is constructed and arranged, such that with an approximately upright drawbar handle, it can even be actuated from the lower face of the drawbar head by finger or thumb pressure.
    • 用于具有牵引杆手柄的动力工业卡车的牵引杆,其能够在大致直立位置和倾斜于垂直倾斜的位置之间的大角度范围内围绕水平轴线枢转。 牵引杆包括设置在牵引杆手柄的自由端的牵引杆头,该头部包括布置在牵引杆手柄的延伸部中的喇叭,杆状夹持器在喇叭的两侧延伸并且大致横向延伸到与托架 通过连接到手柄的端部的臂部分在两侧连接到喇叭的部分。 臂和托架部分形成具有抓握开口的保护轭,并且在相关联的承载部分附近布置有用于在一个抓紧开口上的用于工业卡车的功能的至少一个控制元件,使得其可以通过压力从上方致动 即使当手抓住面向其的杆状夹子时,也可以从一根手指中取出。 控制元件被构造和布置,使得通过大致直立的牵引杆手柄,甚至可以通过手指或拇指压力从牵引杆头的下表面起动。
    • 7. 发明申请
    • Pedestrian truck
    • 行人卡车
    • US20050039957A1
    • 2005-02-24
    • US10922453
    • 2004-08-20
    • Bernd DavidSebastian Lehnart
    • Bernd DavidSebastian Lehnart
    • B62D6/10B62D51/00B62D51/02B62D51/04
    • B62D51/02B62D6/10B62D51/001
    • A pedestrian truck with a drive motor and a handle lever includes a head and a rod, which is articulated to a steering base of the industrial truck about a horizontal axis and in which the drive wheel driven by the drive motor is mounted. A first control or regulating device for the drive motor, a steering motor for auxiliary steering, a second control or regulating device for the steering motor and a sensor device which produces a set signal for the second control or regulating device according to the extent of a steering movement of the handle lever are provided, the handle lever rod acting on the steering base via two horizontally spaced pivot points and at least one sensor being associated to each pivot point to measure the force between the handle lever rod and the steering base. The second control or regulating device produces a control signal for the steering motor from the signals of the two sensors.
    • 具有驱动马达和手柄杆的行人卡车包括头部和杆,其围绕水平轴线铰接到工业卡车的转向基座上,并且由驱动马达驱动的驱动轮安装在该卡车中。 用于驱动电动机的第一控制或调节装置,用于辅助转向的转向电动机,用于转向电动机的第二控制或调节装置以及根据第一控制或调节装置的程度产生用于第二控制或调节装置的设定信号的传感器装置 提供了把手杆的转向运动,手柄杠杆杆通过两个水平间隔的枢转点作用在转向基座上,并且至少一个传感器与每个枢转点相关联,以测量手柄杆和转向基座之间的力。 第二控制或调节装置根据两个传感器的信号产生用于转向电动机的控制信号。
    • 10. 发明授权
    • Pliers for dressing conductor ends
    • 钳子用于修整导体末端
    • US5347705A
    • 1994-09-20
    • US22486
    • 1993-02-25
    • Hartmut SchmodeUlrich WiebeSiegfried StormDetlev HetlandBernd DavidHans-Joachim Kornfeld
    • Hartmut SchmodeUlrich WiebeSiegfried StormDetlev HetlandBernd DavidHans-Joachim Kornfeld
    • H01R43/045H01R43/04
    • H01R43/045Y10T29/5151Y10T29/53226
    • Pliers for dressing conductor ends have two handles (3, 11) which can move relative to one another, a plurality of dressing stations for the conductor ends, and a drive device (21) via which the dressing stations can be driven during operation of the handles (3, 11). One of the dressing stations is constructed as a crimping drum (18) which can be displaced axially and is supported such that it can rotate and be coupled to the drive device (21) in the axially displaced position over only one dressing process. In this position, the station can be locked via a flange (52) which projects radially from it. This flange (52) extends over the overall circumference of the crimping drum (18) and has at least one recess (51). A locking tab (50a), which is arranged in a fixed position on the body (2) of the pliers and is radially opposite the flange (52), engages, in the undisplaced axial position of the crimping drum (18), into the recess (51), to be precise up to a point close to the outer surface of the crimping drum (18) while, in the axially displaced and rotated position of the crimping drum (18), the locking tab (50a) comes to rest above the outer surface of the crimping drum and engages behind the flange (52). Locking of the crimping drum (18) both in the rotational direction and in the axial displacement direction is thus possible by the locking tab (50a).
    • 用于修整导体末端的钳子具有可相对于彼此移动的两个把手(3,11),用于导体端部的多个修整站以及驱动装置(21),通过该驱动装置可在 手柄(3,11)。 修整站之一被构造为可以轴向移位并被支撑的卷曲鼓(18),使得其可以在仅一个修整过程的轴向位移位置上旋转并联接到驱动装置(21)。 在该位置,站可以通过从其径向伸出的凸缘(52)来锁定。 该凸缘(52)在卷边滚筒(18)的整个圆周上延伸并且具有至少一个凹部(51)。 布置在钳子的本体(2)上并且与凸缘(52)径向相对的固定位置的锁定片(50a)在卷边滚筒(18)的未放置的轴向位置处接合到 凹槽(51)精确到达压接滚筒(18)的外表面的位置,而在卷边滚筒(18)的轴向位移和旋转位置中,锁定片(50a)进入静止状态 在压接鼓的外表面上方并且接合在凸缘(52)的后面。 因此,通过锁定片(50a)可以在旋转方向和轴向位移方向上锁定卷边鼓18。