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    • 13. 发明授权
    • Cardiovascular support control system
    • US6132363A
    • 2000-10-17
    • US164513
    • 1998-09-30
    • Paul S. FreedMichael PsakhisPaul G. DeDeckerAdrian Kantrowitz
    • Paul S. FreedMichael PsakhisPaul G. DeDeckerAdrian Kantrowitz
    • A61M1/12A61M1/00A61M1/10A61M5/00
    • A61M39/0247A61M1/1072A61M1/122A61M1/125A61M1/106A61M2205/52A61M2230/04A61M2230/30
    • An apparatus for assisting cardiac function of a patient includes an inflatable chamber operably positionable with respect to an aorta of the patient, a percutaneous access device implantable with respect to a hypogastric region of the patient and connectible in fluid communication with the inflatable chamber, and a drive unit connectible through the percutaneous access device for selectively inflating and deflating the inflatable chamber in accordance with a control program stored in memory. The control program controls the drive unit in response to a periodically scheduled patient monitoring routine for measuring values of the physiology of the patient. The control program uses measured values as modified in accordance with the control program and physician programmable parameters for assisting cardiac function of the patient. The program includes the steps of automatically controlling the drive unit in response to a periodically scheduled patient monitoring routine for measuring values of physiology of the patient, and using measured values as modified in accordance with physician programmable parameters for assisting cardiac function of the patient. A software program is connectible in electronic communication with the control program for adjusting settings of the drive unit. The software program is capable of one or more of the following functions: retrieving current values of physician programmable parameters, selectively retrieving a history of the drive unit operation including error detection records, displaying a continuous ECG, and/or displaying a single-beat sample of aortic pressure waveform obtained in real time from the patient.
    • 14. 发明授权
    • Trephine device for locating and cutting a cylindrical or reverse
tapered aperture in flexible material
    • Trephine装置用于定位和切割柔性材料中的圆柱形或反向锥形孔
    • US6048353A
    • 2000-04-11
    • US262192
    • 1999-03-04
    • Paul S. FreedAdrian KantrowitzSeymour Mermelstein
    • Paul S. FreedAdrian KantrowitzSeymour Mermelstein
    • A61B17/16A61B17/32A61F5/445A61B17/14
    • A61B17/32053A61B17/1695A61F5/445
    • A trephine device for preparing apertures through a flexible material, such as skin of a patient, including a base plate having an upper surface and an opposed lower surface, where the upper surface has at least one upwardly protruding skin deforming contoured surface. The base plate is adapted to be removably inserted into a pocket surgically prepared in tissue of the patient. The device can include a handle member mounted on and projecting upwardly from the upper surface of the base plate. A clamping member is connected to the trephine device in overlying relationship to the upper surface of the base plate. The clamping member facilitates deformable, clamping, sandwiched engagement of the flexible material between the upper surface of the base plate and the clamping member. When the base plate is inserted into the pocket surgically prepared in the tissue of the patient, the skin of the patient is engageable between the base plate and the clamping member. The trephine device includes a cutter positionable relative to the handle member. The cutter is movable relative to the clamping member into cutting engagement with the flexible material deformably engaged by the clamping member to form an aperture having a cylindrical wall or a reverse tapered wall in the flexible material.
    • 用于通过诸如患者皮肤的柔性材料制备孔的环钻设备,包括具有上表面和相对的下表面的基板,其中上表面具有至少一个向上突出的皮肤变形的轮廓表面。 基板适于可拆卸地插入到手术组织制备在患者组织中的口袋中。 该装置可以包括安装在基板的上表面上并从基板的上表面向上突出的把手件。 夹紧构件以与基板的上表面重叠的关系连接到环钻装置。 夹紧构件促进柔性材料在基板的上表面和夹紧构件之间的可变形,夹紧,夹紧接合。 当基板插入到手术组织在患者组织中的口袋中时,患者的皮肤可接合在基板和夹紧构件之间。 环钻设备包括可相对于手柄构件定位的刀具。 切割器相对于夹紧构件可移动,与由可夹紧构件可变形地接合的柔性材料切割接合以形成在柔性材料中具有圆柱形壁或倒锥形壁的孔。
    • 15. 发明授权
    • External blood pressure sensor apparatus and method
    • 外部血压传感器装置及方法
    • US5833619A
    • 1998-11-10
    • US856904
    • 1997-05-15
    • Paul S. FreedAdrian Kantrowitz
    • Paul S. FreedAdrian Kantrowitz
    • A61B5/0215A61B5/0456A61M1/10A61M1/12A61B5/00
    • A61M1/1072A61B5/0215A61B5/0456
    • An apparatus and method for measuring the blood pressure of a patient with a permanent or temporary cardiac assist device throughout an entire cardiac cycle by partially filling the inflatable chamber of the cardiac assist device operatively disposed with respect to an aorta with pressurized fluid and using the partially filled chamber as a transducer. An external pressure sensor is located in a drive unit connected to the inflatable chamber. The drive unit controls, monitors and stores the fluid pressure with respect to the inflatable chamber. When isolated from a pressurized fluid reservoir, the pressure within the inflatable chamber corresponds to the current blood pressure of the patient throughout the cardiac cycle. The inflatable chamber preferably is defined at least in part by a flexible membrane. The inflatable chamber is partially inflated with a predetermined volume of pressurized fluid from the reservoir. The partially inflated chamber is then isolated from the reservoir for at least one complete cardiac cycle, and preferably two complete cardiac cycles. The blood pressure wave form of the patient is continuously monitored and stored by measuring the pressure variations in the isolated, partially filled, chamber. A control program evaluates the stored pressure data and updates a patient parameter table with current heart function parameters for subsequent use during the next series of diastolic augmentation, inflation/deflation cycles of the inflatable chamber.
    • 一种用于通过部分地填充相对于主动脉与加压流体可操作地设置的心脏辅助装置的可充气室来测量具有永久或临时心脏辅助装置的患者在整个心动周期中的血压的装置和方法, 填充室作为传感器。 外部压力传感器位于连接到可充气室的驱动单元中。 驱动单元控制,监视和存储相对于可充气室的流体压力。 当从加压流体储存器隔离时,可充气室内的压力对应于整个心脏周期中患者的当前血压。 充气室优选至少部分地由柔性膜限定。 充气室部分地从储存器中预定体积的加压流体充气。 然后将部分充气的腔室与储器隔离至少一个完整的心动周期,优选两个完整心脏周期。 通过测量隔离的,部分填充的腔室中的压力变化来连续监测和存储患者的血压波形。 控制程序评估所存储的压力数据,并用当前的心脏功能参数来更新患者参数表,以便在下一系列舒张增压,充气室的充气/放气循环期间随后使用。
    • 17. 发明授权
    • Intra-aortic balloon
    • 主动脉内气囊
    • US4733652A
    • 1988-03-29
    • US73843
    • 1987-07-15
    • Adrian KantrowitzPaul S. FreedAvi Bar-LevSadahiko MushikaAkira Suzuki
    • Adrian KantrowitzPaul S. FreedAvi Bar-LevSadahiko MushikaAkira Suzuki
    • A61M1/10A61B19/00
    • A61M1/1072
    • An intra-aortic balloon pump apparatus includes a first catheter one end of which is secured to a connector having a gas supply port, a balloon one end of which is secured to the distal end of the first catheter, a central tubular member the distal end of which projects from the distal end of the first catheter and to which the distal end of the balloon is fixedly secured, a second catheter freely insertable into the central tubular member and having a distal end provided with an arterial pressure transduceer, and a second connector to which the other end of the second catheter is secured for feeding a signal from the pressure transducer to the outside of the apparatus. After the balloon, central tubular member and first catheter are placed into the aorta, the second catheter having the pressure transducer at its distal end is inserted through the interior of the central tubular member into the aorta.
    • 主动脉内球囊泵装置包括第一导管,其一端固定到具有气体供给口的连接器,其一端固定到第一导管的远端,中心管状构件的远端 其中第一导管从第一导管的远端突出并且气囊的远端固定地固定到其上,第二导管可自由地插入中心管状构件中,并且具有设置有动脉压力变送器的远端,以及第二连接器 固定第二导管的另一端用于将来自压力传感器的信号输送到装置的外部。 在气囊之后,将中央管状构件和第一导管置于主动脉中,将具有其远端处的压力换能器的第二导管穿过中心管状构件的内部插入主动脉。
    • 18. 发明授权
    • Cardiovascular support control system
    • 心血管支持控制系统
    • US06735532B2
    • 2004-05-11
    • US10298502
    • 2002-11-18
    • Paul S. FreedMichael PsakhisPaul G. DeDecker
    • Paul S. FreedMichael PsakhisPaul G. DeDecker
    • G01L700
    • A61M1/1072A61M1/1037A61M1/106A61M1/107A61M1/1086A61M1/122A61M1/125
    • An apparatus and method for assisting cardiac function of a patient includes a flaccid inflatable chamber held at a predetermined volume generally midway between fully inflated and fully deflated for performing a periodically scheduled patient monitoring routine for measuring values of the physiology of the patient, and reinflating the chamber after either detecting a dicrotic notch or expiration of a measurement time period window, whichever occurs first. A software program is connectible in electronic communication with the control program for adjusting settings of the drive unit. The software program is capable of one or more of the following functions: retrieving current values of physician programmable parameters, selectively retrieving a history of the drive unit operation including error detection records, displaying a continuous ECG, and/or displaying a single-beat sample of aortic pressure waveform obtained in real time from the patient.
    • 用于辅助患者的心脏功能的装置和方法包括一个松弛充气室,其保持在一个预定的体积,通常在完全膨胀和完全放气之间的中间,以执行周期性地安排的患者监测程序,用于测量患者的生理学值, 在检测到重新开口或测量时间段窗口到期后,以先到者为准。 软件程序可与用于调整驱动单元的设置的控制程序进行电子通信。 该软件程序能够具有以下功能中的一个或多个:检索医师可编程参数的当前值,选择性地检索包括错误检测记录,显示连续ECG的驱动单元操作的历史和/或显示单拍样本 的主动脉压力波形从患者实时获得。
    • 20. 发明申请
    • AIR SUPPLY MECHANISM FOR VENTRICULAR ASSIST SYSTEM
    • 空气辅助系统的空气供应机构
    • US20100111715A1
    • 2010-05-06
    • US12310257
    • 2007-08-17
    • Paul G. DeDeckerPaul S. Freed
    • Paul G. DeDeckerPaul S. Freed
    • F04B23/04
    • F04B45/043F04B27/053F04B27/0536F04B27/0538F04B45/04F04B45/047
    • A pump system has a rotatory shaft and a rotatory drive arrangement coupled to the rotatory shaft for applying rotatory energy thereto. First through fourth pump arrangements are coupled to the rotatory shaft, each pump arrangement pumping a pulse of air during each rotation of the rotatory shaft, the first, second, third, and fourth pump arrangements pumping a corresponding pulse of air sequentially during each rotation of the rotatory shaft. The rotatory shaft has a first and second ends, and a central region therebetween where an electric motor is coaxially arranged. The first and third pump arrangements are coupled to the first end of the rotatory shaft, and the second and fourth pump arrangements are coupled to the second end of the rotatory shaft. Angularly displaced eccentric couplers couple the pump arrangements to the respective ends of the rotatory shaft.
    • 泵系统具有旋转轴和连接到旋转轴的旋转驱动装置,用于向其提供旋转能量。 第一至第四泵装置联接到旋转轴,每个泵装置在旋转轴的每次旋转期间泵送空气脉冲,第一,第二,第三和第四泵装置在每次旋转期间顺序地泵送对应的空气脉冲 旋转轴。 旋转轴具有第一和第二端,以及其间电机同轴布置的中间区域。 第一和第三泵装置联接到旋转轴的第一端,并且第二和第四泵装置联接到旋转轴的第二端。 倾斜偏心联轴器将泵装置连接到旋转轴的相应端部。