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    • 1. 发明申请
    • IMPLANTABLE MRI COMPATIBLE MEDICAL LEAD WITH A ROTATABLE CONTROL MEMBER
    • 可植入MRI兼容医疗引导与可旋转的控制成员
    • US20120022356A1
    • 2012-01-26
    • US13262179
    • 2009-10-30
    • Linn OlsenMikael ForslundHenrik DjurlingPatrik ForsströmLeda HenriquezKenneth DahlbergOlof StegfeldtÅke Sivard
    • Linn OlsenMikael ForslundHenrik DjurlingPatrik ForsströmLeda HenriquezKenneth DahlbergOlof StegfeldtÅke Sivard
    • A61N1/05A61B5/04
    • A61N1/057A61N1/3752
    • A medical implantable lead is adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body. The lead has in a distal end, a combined fixation means and electrode member in form of a helix, which is connected to a rotatable tubular member being connected to a rotatable member at a proximal end of the lead, and which is rotatable in relation to the lead and extendable out from the distal end, by rotation of the control member and the tubular torque transferring member, to be able to fixate the distal end of the lead to the organ by being screwed into the tissue. The helix is electrically connected to a connector at the proximal end by means of at least one electrically conducting wire formed as an electrically conducting coil, which is separate from the tubular torque transferring member and unrotatable in relation to the lead and that has one or more individual wires, each including an electrically conducting wire core and a surrounding electrically insulating layer, wherein the rotatable control member is rotatable within the connector.
    • 医用可植入引线适于植入人体或动物体内,用于监测和/或控制体内器官。 引线具有远端,组合的固定装置和螺旋形式的电极构件,其连接到可旋转的管状构件,该可旋转的管状构件在引线的近端处连接到可旋转构件,并且其可相对于 引线并且通过控制构件和管状扭矩传递构件的旋转从远端可伸出,以能够通过拧入组织而将引线的远端固定到器官。 螺旋线通过至少一个形成为导电线圈的导电线电连接到近端处的连接器,导电线圈与管状扭矩传递构件分离并且相对于引线不可旋转,并且具有一个或多个 各个电线各自包括导电线芯和周围的电绝缘层,其中可旋转控制构件可在连接器内旋转。
    • 2. 发明授权
    • Implantable MRI compatible medical lead
    • 可植入MRI兼容医用铅
    • US08521307B2
    • 2013-08-27
    • US13262551
    • 2009-07-10
    • Henrik DjurlingKenneth DahlbergMikael ForslundPatrik ForsströmLeda HenriquezLinn OlsenOlof StegfeldtÅke Sivard
    • Henrik DjurlingKenneth DahlbergMikael ForslundPatrik ForsströmLeda HenriquezLinn OlsenOlof StegfeldtÅke Sivard
    • A61N1/05
    • A61N1/057A61N1/3752
    • A medical implantable lead is adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body, and has in a distal end, a combined fixation means and electrode member in form of a helix, which is rotatable in relation to the lead and extendable out from the distal end by rotation of a tubular torque transferring member. The helix is electrically connected to a connector in the proximal end by at least one electrically conducting wire, which is formed as an electrically conducting coil, which is separate from the tubular torque transferring member and that includes one or more individual wires each having an electrically conducting wire core and a surrounding electrically insulating layer. The tubular torque transferring member has no electrically conducting function to or from the helix. The lead is arranged such that the electrical connection between the helix and the conducting wire is always maintained regardless of the rotational position of the helix while no electrical connection is present between the helix and the tubular torque transferring member although the helix is rotatable by the tubular torque transferring member.
    • 医用可植入引线适于植入人体或动物体内,用于监测和/或控制体内器官,并且在远端具有组合的固定装置和螺旋形式的电极部件 可相对于引线旋转,并通过管状扭矩传递构件的旋转从远端伸出。 螺旋线通过至少一个导电线电连接到近端的连接器,导电线形成为导电线圈,其与管状扭矩传递构件分离,并且包括一个或多个单独的导线,每个导线 导线芯和周围的电绝缘层。 管状转矩传递部件不具有与螺旋之间的导电功能。 导线被布置成使得螺旋和导线之间的电连接总是保持,而不管螺旋的旋转位置如何,同时螺旋和管状扭矩传递构件之间没有电连接,尽管螺旋可由管状 扭矩传递构件。
    • 3. 发明申请
    • IMPLANTABLE MRI COMPATIBLE MEDICAL LEAD
    • 可植入MRI兼容医用引线
    • US20120035693A1
    • 2012-02-09
    • US13262551
    • 2009-07-10
    • Henrik DjurlingKenneth DahlbergMikael ForslundPatrik ForsströmLeda HenriquezLinn OlsenOlof StegfeldtÅke Sivard
    • Henrik DjurlingKenneth DahlbergMikael ForslundPatrik ForsströmLeda HenriquezLinn OlsenOlof StegfeldtÅke Sivard
    • A61N1/00
    • A61N1/057A61N1/3752
    • A medical implantable lead is adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body, and has in a distal end, a combined fixation means and electrode member in form of a helix, which is rotatable in relation to the lead and extendable out from the distal end by rotation of a tubular torque transferring member. The helix is electrically connected to a connector in the proximal end by at least one electrically conducting wire, which is formed as an electrically conducting coil, which is separate from the tubular torque transferring member and that includes one or more individual wires each having an electrically conducting wire core and a surrounding electrically insulating layer. The tubular torque transferring member has no electrically conducting function to or from the helix. The lead is arranged such that the electrical connection between the helix and the conducting wire is always maintained regardless of the rotational position of the helix while no electrical connection is present between the helix and the tubular torque transferring member although the helix is rotatable by the tubular torque transferring member.
    • 医用可植入引线适于植入人体或动物体内,用于监测和/或控制体内器官,并且在远端具有组合的固定装置和螺旋形式的电极部件 可相对于引线旋转,并通过管状扭矩传递构件的旋转从远端伸出。 螺旋线通过至少一个导电线电连接到近端的连接器,导电线形成为导电线圈,其与管状扭矩传递构件分离,并且包括一个或多个单独的导线,每个导线 导线芯和周围的电绝缘层。 管状转矩传递部件不具有与螺旋之间的导电功能。 引线被布置成使得螺旋和导线之间的电连接总是保持,而不管螺旋的旋转位置如何,同时螺旋和管状扭矩传递构件之间没有电连接,尽管螺旋可由管状 扭矩传递构件。
    • 5. 发明授权
    • Electrode lead
    • 电极铅
    • US08437863B2
    • 2013-05-07
    • US13140729
    • 2008-12-19
    • Åke SivardGustav PellijeffHans StrandbergLeda HenriquezÅsa BrooméKenneth Dahlberg
    • Åke SivardGustav PellijeffHans StrandbergLeda HenriquezÅsa BrooméKenneth Dahlberg
    • A61N1/05
    • A61N1/05A61N1/086A61N1/3688A61N1/3718
    • An implantable electrode lead for tissue stimulation adapted to be attached to an implantable tissue stimulator provided with a pulse generator, has at least two stimulation electrodes to apply stimulation pulses to said tissue and arranged close to the distal end of the electrode lead, and at least two electrical conductors to connect said electrodes to said pulse generator. The electrode lead further has a switching unit arranged close to the distal end of the electrode lead and adapted to switch the electrode lead between a local pacing mode and a normal pacing mode, the switching unit being controlled by a mode control signal. Further, a pacing module is arranged close to the distal end of the electrode lead and in relation to the switching unit and being connectable to said at least two stimulation electrodes, the pacing module includes a pulse generating unit to generate stimulating pulses to be applied to the tissue by the stimulation electrodes. When the electrode lead is in the local pacing mode the electrical conductors are disconnected from said stimulation electrodes which instead are connected to the pacing module, and when the electrode lead is in the normal pacing mode the electrical conductors are connected to the stimulation electrodes.
    • 一种用于组织刺激的可植入电极引线,其适用于连接到具有脉冲发生器的可植入组织刺激器,具有至少两个刺激电极,以将刺激脉冲施加到所述组织并且靠近电极引线的远端布置,并且至少 两个电导体将所述电极连接到所述脉冲发生器。 电极引线还具有靠近电极引线的远端布置的开关单元,并且适于在局部起搏模式和正常起搏模式之间切换电极引线,开关单元由模式控制信号控制。 此外,起搏模块靠近电极引线的远端设置,并且相对于开关单元设置并且可连接到所述至少两个刺激电极,所述起搏模块包括脉冲产生单元,用于产生刺激脉冲以施加到 由刺激电极组织。 当电极引线处于局部起搏模式时,电导体与所述刺激电极断开,代替地连接到起搏模块,并且当电极引线处于正常起搏模式时,电导体连接到刺激电极。
    • 6. 发明申请
    • ELECTRODE LEAD
    • 电极引线
    • US20110251654A1
    • 2011-10-13
    • US13140729
    • 2008-12-19
    • Åke SivardGustav PellijeffHans StrandbergLeda HenriquezÅsa BrooméKenneth Dahlberg
    • Åke SivardGustav PellijeffHans StrandbergLeda HenriquezÅsa BrooméKenneth Dahlberg
    • A61N1/365A61N1/362
    • A61N1/05A61N1/086A61N1/3688A61N1/3718
    • An implantable electrode lead for tissue stimulation adapted to be attached to an implantable tissue stimulator provided with a pulse generator, has at least two stimulation electrodes to apply stimulation pulses to said tissue and arranged close to the distal end of the electrode lead, and at least two electrical conductors to connect said electrodes to said pulse generator. The electrode lead further has a switching unit arranged close to the distal end of the electrode lead and adapted to switch the electrode lead between a local pacing mode and a normal pacing mode, the switching unit being controlled by a mode control signal. Further, a pacing module is arranged close to the distal end of the electrode lead and in relation to the switching unit and being connectable to said at least two stimulation electrodes, the pacing module includes a pulse generating unit to generate stimulating pulses to be applied to the tissue by the stimulation electrodes. When the electrode lead is in the local pacing mode the electrical conductors are disconnected from said stimulation electrodes which instead are connected to the pacing module, and when the electrode lead is in the normal pacing mode the electrical conductors are connected to the stimulation electrodes.
    • 一种用于组织刺激的可植入电极引线,其适用于连接到具有脉冲发生器的可植入组织刺激器,具有至少两个刺激电极,以将刺激脉冲施加到所述组织并且靠近电极引线的远端布置,并且至少 两个电导体将所述电极连接到所述脉冲发生器。 电极引线还具有靠近电极引线的远端布置的开关单元,并且适于在局部起搏模式和正常起搏模式之间切换电极引线,开关单元由模式控制信号控制。 此外,起搏模块靠近电极引线的远端设置,并且相对于开关单元设置并且可连接到所述至少两个刺激电极,所述起搏模块包括脉冲产生单元,用于产生刺激脉冲以施加到 由刺激电极组织。 当电极引线处于局部起搏模式时,电导体与所述刺激电极断开,代替地连接到起搏模块,并且当电极引线处于正常起搏模式时,电导体连接到刺激电极。
    • 7. 发明授权
    • Medical implantable lead and method for the manufacture thereof
    • 医用植入式铅及其制造方法
    • US08442647B2
    • 2013-05-14
    • US13132125
    • 2008-12-02
    • Hans StrandbergÅke SivardÅsa BrooméKenneth DahlbergGustav PellijeffLeda Henriquez
    • Hans StrandbergÅke SivardÅsa BrooméKenneth DahlbergGustav PellijeffLeda Henriquez
    • A61N1/05
    • A61N1/05A61N1/056A61N1/086A61N1/3718Y10T29/49002
    • A medical implantable lead adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body has a fixation in a distal end, which is adapted to fix a distal end of the lead to the organ, an electrode member in the distal end adapted to be in contact with tissue of the organ and receive and/or transmit electrical signals from and/or to the organ, and at least one electrically conducting coil, which includes one or more electrically conducting helical wires and that is adapted to connect the electrode member in the distal end with a monitoring and/or controlling device in a proximal end of the lead. One or more of the individual wires of the coil has a wire core that is provided with a surrounding electrically insulating layer, which in turn is provided with a surrounding electrically conducting shield layer, and the coil is close lapped such that electrically conducting shield layers of adjacent loops of the coil are in electrical contact with each other.
    • 适于植入人体或动物体内的用于监测和/或控制体内器官的医用可植入引线具有在远端固定,其适于将引线的远端固定到器官, 远端中的电极构件适于与器官的组织接触并且接收和/或传送来自器官和/或器官的电信号,以及至少一个导电线圈,其包括一个或多个导电螺旋线和 其适于将远端中的电极构件与引线的近端中的监视和/或控制装置连接。 线圈的一条或多条单独的线具有线芯,该芯线设置有环绕的电绝缘层,该电绝缘层又设置有环绕的导电屏蔽层,并且线圈被紧密地重叠,使得导电屏蔽层 线圈的相邻环彼此电接触。