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    • 1. 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.
    • 6. 发明授权
    • Percutaneous access device
    • 经皮进入装置
    • US5242415A
    • 1993-09-07
    • US929948
    • 1992-08-14
    • Adrian KantrowitzPaul S. Freed
    • Adrian KantrowitzPaul S. Freed
    • A61M1/00
    • A61M39/0247A61M2039/0261
    • A percutaneous access device includes a body having a horizontal disc-like base flange and a frusto conical projection extending centrally upwardly from one side of the base flange. An elongate flexible tube extends loosely through a bore through the projection and base flange and is sealingly bonded to the body adjacent the bottom of the bore. A coating of a silicone-polycarbonate is applied to the outer surface of the projection and is formed with a multiplicity of microscopic pores to facilitate the bonding of dermal cells to the device upon implantation. The body is of a relatively soft, flexible, biocompatible material so that the device absorbs forces tending to displace the implanted device.
    • 经皮进入装置包括具有水平盘状基部凸缘和从基部凸缘的一侧向中心向上延伸的截头圆锥形凸起的本体。 细长的柔性管通过突出部和基部凸缘松动地延伸通过孔,并且密封地结合到与孔的底部相邻的主体。 将聚硅氧烷聚碳酸酯的涂层施加到突起的外表面,并且形成有多个微孔,以便于在植入时将真皮细胞与装置结合。 身体是相对柔软的,柔性的,生物相容的材料,使得该装置吸收倾向于移植植入装置的力。
    • 7. 发明授权
    • Surgical tool
    • 手术工具
    • US5139508A
    • 1992-08-18
    • US796040
    • 1991-11-20
    • Adrian KantrowitzPaul S. Freed
    • Adrian KantrowitzPaul S. Freed
    • A61B17/32
    • A61B17/32053
    • A surgical tool for forming a circular opening through the skin which is of smaller diameter at the outer skin surface than at the inner surface of the skin employs a trephine having a circular cutting edge. The trephine is inserted into a pocket surgically formed beneath the skin with its cutting surface facing the skin. A rod member is then inserted through the skin and threaded into the trephine. The rod member is attached to a spring biassed plunger within a tool housing which is released from a ready position by withdrawal of a locking pin. Upon release of the plunger, the spring drives the plunger to drive the cutting edge of the trephine outwardly through the skin.
    • 用于形成通过皮肤的圆形开口的手术工具,其外皮表面的直径小于皮肤的内表面,采用具有圆形切割边缘的环钻。 环钻被插入手术形成在皮肤下方的口袋中,其切割表面面向皮肤。 然后将杆构件穿过皮肤并穿入环钻。 杆构件附接到工具壳体内的弹簧偏压柱塞,该工具壳体通过撤销锁定销而从就绪位置释放。 在释放柱塞时,弹簧驱动柱塞以通过皮肤向外驱动环钻的切割边缘。
    • 8. 发明授权
    • Dynamic aortic patch for thoracic or abdominal implantation
    • 用于胸部或腹部植入的动态主动脉瓣
    • US4630597A
    • 1986-12-23
    • US604944
    • 1984-04-30
    • Adrian KantrowitzPaul S. Freed
    • Adrian KantrowitzPaul S. Freed
    • A61B17/12A61M1/10A61M1/12A61F1/24A61M1/03
    • A61M1/1037A61B17/12109A61B17/12136A61M1/122A61M1/106
    • An improved dynamic aortic patch is constructed with an elongate semi-rigid shell member having a concave inner surface and a flexible membrane integrally bonded to the outer surface of the shell to define an inflatable and deflatable chamber between the concave inner surface and the membrane. The pumping capacity of the patch is determined by the concavity of the inner surface of the shell member, thus enabling the construction of a patch which may be implanted in the thoracic cavity (small concavity) or in the abdomen (large concavity). A fabric layer bonded to the membrane over the area overlying the outer surface of the shell has a peripheral suture flange projecting freely clear of the membrane, and a temporary shield adapted to overlie the fabric layer may be employed to assure that sutures placed to attach the patch within an opening in the aorta are not inadvertently passed through the membrane.
    • 改进的动态主动脉贴片由具有凹形内表面的细长半刚性壳构件和与外壳的外表面整体结合的柔性膜构成,以在凹内表面和膜之间限定可充气和可放气的腔室。 贴片的抽吸能力由壳体内表面的凹度确定,从而能够构建可植入胸腔(小凹陷)或腹部(大凹陷)的贴片。 在覆盖壳的外表面的区域上结合到膜上的织物层具有自由地远离膜突出的外围缝合线凸缘,并且可以采用适于覆盖在织物层上的临时护罩,以确保将缝合线 主动脉开口内的斑块不会无意中通过膜。
    • 10. 发明授权
    • Culture and transport assembly for percutaneous access device
    • 用于经皮进入装置的文化和运输组件
    • US4913700A
    • 1990-04-03
    • US259991
    • 1988-10-21
    • Adrian KantrowitzPaul S. Freed
    • Adrian KantrowitzPaul S. Freed
    • A61M1/00A61M5/00
    • A61M39/0247A61M2039/0288A61M2039/0291A61M2039/0294
    • A culture and transport assembly for enclosing a percutaneous access device within a sealed outer container to maintain the device under sterile conditions during transport while accommodating culturing of a coating of dermal cells on a portion of the device while the device is retained within the container. The container has a removable cap to which a culture well body is attached. The percutaneous access device is releasably clamped between the bottom of the body and an underlying platform with a portion of the device projecting into a bore in the body. When the device is so clamped, the bore constituted a sealed culture chamber in which the dermal cell culturing procedure may be performed by introducing cells and culturing solutions into the chamber via fluid passages extending from the chamber to connectors accessible at the exterior of the cap.
    • 一种培养和运输组件,其用于将经皮进入装置封闭在密封的外部容器内,以在运输过程中将装置维持在无菌条件下,同时在装置保持在容器内的同时容纳在装置的一部分上培养真皮细胞的涂层。 容器具有可移除的盖子,文化井体与其相连。 经皮进入装置可释放地夹紧在主体的底部和底部平台之间,其中该装置的一部分突出到主体中的孔中。 当装置如此夹持时,孔构成密封的培养室,其中可以通过从腔室延伸到在帽外部可接近的连接器的流体通道将细胞和培养溶液引入室中来进行真皮细胞培养程序。