会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Magnetic resonance system with coupling between a base unit and a local coil at the patient bed
    • 磁共振系统,在患者床上具有基座单元和局部线圈之间的联接
    • US07486077B2
    • 2009-02-03
    • US11954031
    • 2007-12-11
    • Martin HergtThomas Kundner
    • Martin HergtThomas Kundner
    • G01V3/00
    • G01R33/3415G01R33/3642G01R33/3657G01R33/56383
    • A magnetic resonance system has a base unit and a patient bed. The base unit embodies a magnet system by which magnetic fields can be generated in an excitation region, these magnetic fields causing nuclear spins in an examination subject in the excitation region to be excited to emit a magnetic resonance signal. The patient bed can be moved in a travel direction relative to the base body over a travel range. By movement of the patient bed the examination subject can be brought into the excitation region. A number of base unit coupling elements that are connected with an evaluation device for evaluation of magnetic resonance signals are arranged to be stationary at the base unit relative to the base unit. A number of patient bed coupling elements that are connected with a local coil for acquisition of the magnetic resonance signal are arranged on the patient bed so as to be stationary relative to the patient bed. The base unit coupling elements and the patient bed coupling elements are arranged and fashioned such that the magnetic resonance signal acquired by the local coil can be fed via the patient bed coupling elements and the base unit coupling elements to the evaluation device when and as long as the patient bed has moved by a predetermined segment of the travel range. A degree of coupling with which the patient bed coupling elements and the base unit coupling elements and coupled with one another in total is constant within the segment of the travel range.
    • 磁共振系统具有基本单元和病床。 基本单元体现了一种磁体系统,通过该磁体系统可以在激发区域中产生磁场,这些磁场使得激励区域中的检查对象中的核自旋被激发以发出磁共振信号。 患者床可以在行进范围内相对于基体在行进方向上移动。 通过患者床的运动,检查对象可以进入激发区域。 与用于评估磁共振信号的评估装置连接的多个基本单元耦合元件布置成相对于基座单元在基座单元处是静止的。 与用于获取磁共振信号的局部线圈连接的多个患者床联接元件布置在患者床上以相对于患者床固定。 基本单元联接元件和患者床联接元件被布置和形成为使得当局部线圈获得的磁共振信号可以经由患者床耦合元件和基座单元耦合元件馈送到评估设备,当且仅当 患者床移动预定的行程范围。 患者床联接元件和基本单元联接元件并且总共彼此耦合的耦合程度在行程范围的段内是恒定的。
    • 2. 发明申请
    • MAGNETIC RESONANCE SYSTEM WITH RECEPTION ANTENNA DEVICE
    • 具有接收天线装置的磁共振系统
    • US20080106264A1
    • 2008-05-08
    • US11924777
    • 2007-10-26
    • Hubertus FischerMartin HergtThomas Kundner
    • Hubertus FischerMartin HergtThomas Kundner
    • G01R33/32
    • G01R33/341A61B5/055G01R33/3415G01R33/3628G01R33/3642G01R33/3657G01R33/3692
    • A magnetic resonance system that has a magnet system that generates magnetic fields in an excitation region, allowing nuclei in an examination subject in the excitation region to be excited to emit a magnetic resonance signal. A reception antenna device with multiple local coils for reception of the magnetic resonance signals is arranged in proximity to the examination subject, and has a base part and an attachment part. The attachment part can be placed on the base part such that the examination subject is located between the base part and the attachment part (6). The multiple local coils are respectively connected with an evaluation device for evaluation of magnetic resonance signals. To simply and reliably couple the antenna devices to an evaluation device with optimally few electrical conductors being located in the excitation region, the multiple local coils in the attachment part are respectively connected with the evaluation device via a base coupling element that is arranged at a predetermined base part location on the base part and an attachment coupling element is arranged at a predetermined attachment part location on the attachment part. The magnetic resonance signal received by the local coil can be fed to the evaluation device via the attachment coupling element and the base coupling element and as long as the attachment part is placed on the base part.
    • 一种磁共振系统,其具有在激励区域中产生磁场的磁体系统,其允许励磁区域中的检查对象中的核被发射出磁共振信号。 具有用于接收磁共振信号的多个本地线圈的接收天线装置布置在检查对象附近,并且具有基部和附接部。 安装部可以放置在基部上,使检查对象位于基部与安装部(6)之间。 多个本地线圈分别与用于评估磁共振信号的评估装置连接。 为了将天线装置简单且可靠地耦合到评估装置,其中最佳较少的电导体位于激励区域中,附接部分中的多个局部线圈分别经由基座耦合元件与评估装置连接,该基座耦合元件布置在预定的 在基部上的基部位置和附接联接元件布置在附接部分上的预定的附接部位。 由本地线圈接收的磁共振信号可以通过附接联接元件和基座联接元件被馈送到评估装置,并且只要将附接部件放置在基座部分上即可。
    • 3. 发明授权
    • Magnetic resonance system with reception antenna device
    • 具有接收天线装置的磁共振系统
    • US07518373B2
    • 2009-04-14
    • US11924777
    • 2007-10-26
    • Hubertus FischerMartin HergtThomas Kundner
    • Hubertus FischerMartin HergtThomas Kundner
    • G01V3/00
    • G01R33/341A61B5/055G01R33/3415G01R33/3628G01R33/3642G01R33/3657G01R33/3692
    • A magnetic resonance system that has a magnet system that generates magnetic fields in an excitation region, allowing nuclei in an examination subject in the excitation region to be excited to emit a magnetic resonance signal. A reception antenna device with multiple local coils for reception of the magnetic resonance signals is arranged in proximity to the examination subject, and has a base part and an attachment part. The attachment part can be placed on the base part such that the examination subject is located between the base part and the attachment part (6). The multiple local coils are respectively connected with an evaluation device for evaluation of magnetic resonance signals. To simply and reliably couple the antenna devices to an evaluation device with optimally few electrical conductors being located in the excitation region, the multiple local coils in the attachment part are respectively connected with the evaluation device via a base coupling element that is arranged at a predetermined base part location on the base part and an attachment coupling element is arranged at a predetermined attachment part location on the attachment part. The magnetic resonance signal received by the local coil can be fed to the evaluation device via the attachment coupling element and the base coupling element and as long as the attachment part is placed on the base part.
    • 一种磁共振系统,其具有在激励区域中产生磁场的磁体系统,其允许励磁区域中的检查对象中的核被发射出磁共振信号。 具有用于接收磁共振信号的多个本地线圈的接收天线装置布置在检查对象附近,并且具有基部和附接部。 安装部可以放置在基部上,使检查对象位于基部与安装部(6)之间。 多个本地线圈分别与用于评估磁共振信号的评估装置连接。 为了将天线装置简单且可靠地耦合到评估装置,其中最佳较少的电导体位于激励区域中,附件部分中的多个局部线圈分别经由基本耦合元件与评估装置连接,该基座耦合元件布置在预定的 在基部上的基部位置和附接联接元件布置在附接部分上的预定的附接部位。 由本地线圈接收的磁共振信号可以通过附接联接元件和基座联接元件被馈送到评估装置,并且只要将附接部件放置在基部上即可。
    • 4. 发明申请
    • MAGNETIC RESONANCE SYSTEM WITH COUPLING BETWEEN A BASE UNIT AND A LOCAL COIL AT THE PATIENT BED
    • 磁性共振系统与基座单元和本地线圈之间的耦合在患者床上
    • US20080143332A1
    • 2008-06-19
    • US11954031
    • 2007-12-11
    • Martin HergtThomas Kundner
    • Martin HergtThomas Kundner
    • G01R33/48
    • G01R33/3415G01R33/3642G01R33/3657G01R33/56383
    • A magnetic resonance system has a base unit and a patient bed. The base unit embodies a magnet system by which magnetic fields can be generated in an excitation region, these magnetic fields causing nuclear spins in an examination subject in the excitation region to be excited to emit a magnetic resonance signal. The patient bed can be moved in a travel direction relative to the base body over a travel range. By movement of the patient bed the examination subject can be brought into the excitation region. A number of base unit coupling elements that are connected with an evaluation device for evaluation of magnetic resonance signals are arranged to be stationary at the base unit relative to the base unit. A number of patient bed coupling elements that are connected with a local coil for acquisition of the magnetic resonance signal are arranged on the patient bed so as to be stationary relative to the patient bed. The base unit coupling elements and the patient bed coupling elements are arranged and fashioned such that the magnetic resonance signal acquired by the local coil can be fed via the patient bed coupling elements and the base unit coupling elements to the evaluation device when and as long as the patient bed has moved by a predetermined segment of the travel range. A degree of coupling with which the patient bed coupling elements and the base unit coupling elements and coupled with one another in total is constant within the segment of the travel range.
    • 磁共振系统具有基本单元和病床。 基本单元体现了一种磁体系统,通过该磁体系统可以在激发区域中产生磁场,这些磁场使得激励区域中的检查对象中的核自旋被激发以发出磁共振信号。 患者床可以在行进范围内相对于基体在行进方向上移动。 通过患者床的运动,检查对象可以进入激发区域。 与用于评估磁共振信号的评估装置连接的多个基本单元耦合元件布置成相对于基座单元在基座单元处是静止的。 与用于获取磁共振信号的局部线圈连接的多个患者床联接元件布置在患者床上以相对于患者床固定。 基本单元联接元件和患者床联接元件被布置和形成为使得当局部线圈获得的磁共振信号可以经由患者床耦合元件和基座单元耦合元件馈送到评估设备,当且仅当 患者床移动预定的行程范围。 患者床联接元件和基本单元联接元件并且总共彼此耦合的耦合程度在行程范围的段内是恒定的。