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    • 75. 发明授权
    • Electrical connectors for portable electronic physiological instruments
having separable first and second components
    • 具有可分离的第一和第二组分的便携式电子生理仪器的电连接器
    • US4097113A
    • 1978-06-27
    • US720148
    • 1976-09-03
    • Stephen L. McKelvy
    • Stephen L. McKelvy
    • A61B5/0432A61N1/02A61N1/39H01R13/28H01R13/428H01R13/73A61N1/36
    • A61B5/0432A61N1/02A61N1/39H01R13/28A61N1/3968H01R13/428H01R13/73Y10S439/929
    • An EKG monitor/recorder and defibrillator which are contained in separate housings are mechanically interconnected by a tongue member located on an exterior surface of the housing of the EKG monitor/recorder and a groove member located on an exterior surface of the housing of the defibrillator. The groove member receives the tongue member with a translative, sliding fit to also permit easy disconnection and separation of the EKG monitor/recorder and the defibrillator. Electrical interconnection between the EKG monitor/recorder and the defibrillator is afforded by a pair of novel electrical slide connectors respectively located in the exterior surfaces of the housings in proximity to the tongue and groove members, with each electrical slide connector including a plurality of spaced-apart leaf spring contacts which, in assembly, extend parallel to the direction of translative movement of the EKG monitor/recorder and defibrillator housings. Circuitry is provided within the EKG monitor/recorder and defibrillator for providing EKG monitoring through paddle electrodes of the defibrillator by coupling the paddle electrodes to the EKG monitor/recorder through the pair of electrical slide connectors.
    • 容纳在分离的壳体中的EKG监视器/记录器和除颤器通过位于EKG监视器/记录器的壳体的外表面上的舌构件和位于除颤器壳体的外表面上的槽构件机械地互连。 凹槽构件以平移滑动配合接收舌片构件,还允许EKG监视器/记录器和除颤器容易地断开和分离。 EKG监视器/记录器和除颤器之间的电气互连由一对新颖的电滑动连接器提供,分别位于壳体的外表面附近的舌部和沟槽部件,每个电滑动连接器包括多个间隔开的, 分开的弹簧触点,其组装在平行于EKG监视器/记录器和除颤器壳体的平移运动的方向上延伸。 EKG监视器/记录器和除颤器内提供电路,用于通过一对电动滑动连接器将桨电极连接到EKG监视器/记录器,从而通过除颤器的桨电极进行EKG监测。
    • 76. 发明授权
    • Electrical connection system
    • 电气连接系统
    • US4090760A
    • 1978-05-23
    • US729820
    • 1976-10-05
    • Robert J. Furey
    • Robert J. Furey
    • A61N1/02H01R13/193H01R13/20H01R13/62A61N1/04
    • H01R13/193A61N1/02H01R13/20
    • An electrical connector system has a contact member with a tunnel portion and spaced, vertical contact pillars secured within the tunnel portion. Extensions of the contact pillars bind the contact member to a metal plate in staple-like fashion. The metal plate is preferably useful as an electrode for medical electronic equipment. A cable connector which snap-latches directly to the contact pillars has an encasement formed of semi-flexible arm members joined at a base portion. A wedge-shaped frontal portion is positioned at the end of each arm member such that points of the adjacent frontal portions are spaced less than the spacing between the contact member contact pillars. A notch is provided rearward of the frontal portions on each of the arms for latching to each of the contact pillars when the cable connector is pushed into the tunnel portion of the contact member. A contact strip positioned within each arm member has a portion which is positioned within the notch adjacent the bottom portion thereof for electrical contact with the pillars.
    • 电连接器系统具有接触构件,其具有固定在隧道部分内的隧道部分和间隔开的垂直接触柱。 接触柱的延伸部将接触构件以类似钉状的方式将金属板固定在金属板上。 金属板优选用作医疗电子设备的电极。 直接卡扣到接触柱的电缆连接器具有由在基部连接的半柔性臂构件形成的外壳。 楔形前部部分位于每个臂构件的端部处,使得相邻前部部分的间隔小于接触构件接触柱之间的间隔。 当电缆连接器被推入接触构件的通道部分时,在每个臂上的前部的后方设有一个凹口,用于锁定到每个接触柱。 定位在每个臂构件内的接触条具有位于与其底部相邻的凹口内的部分,用于与支柱电接触。
    • 78. 发明授权
    • Electromedical stimulator lead connector
    • 电磁刺激器导线连接器
    • US3757789A
    • 1973-09-11
    • US3757789D
    • 1971-10-26
    • SHANKER I
    • SHANKER I
    • A61N1/02A61N1/05A61N1/375
    • A61N1/056A61N1/02A61N1/3752
    • An electrode system for use in conjunction with body implantable electro-medical devices is disclosed. The system includes a socket having first coupling means. The socket forms an electrical output terminal of the electro-medical device. A plug forms a part of the system and is disposed on the proximal end of an electrical conductor which also forms a part of the system. The plug comprises an electrical connector secured to the conductor and having second coupling means, and a compressible resilient means. The resilient means provides a locking biasing force between the first and second coupling means when the plug and socket are coupled.
    • 公开了一种与身体植入式电疗装置结合使用的电极系统。 该系统包括具有第一耦合装置的插座。 插座形成电疗装置的电输出端子。 插头形成系统的一部分并且设置在也形成系统的一部分的电导体的近端上。 插头包括固定到导体并具有第二耦合装置的电连接器和可压缩的弹性装置。 当插头和插座连接时,弹性装置在第一和第二联接装置之间提供锁定偏置力。