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    • 3. 发明申请
    • INTRODUCER ASSEMBLY AND CARRIER ELEMENT FOR A MEDICAL DEVICE
    • 介绍用于医疗设备的组装和载体元件
    • US20120232635A1
    • 2012-09-13
    • US13415274
    • 2012-03-08
    • Kim Moegelvang JensenBent OehlenschlaegerErik Rasmussen
    • Kim Moegelvang JensenBent OehlenschlaegerErik Rasmussen
    • A61F2/84B32B37/14
    • A61F2/95A61F2002/9511
    • An introducer assembly includes a carrier element (10) provided with an elongate cannula or catheter (12) upon which a plurality of sleeves (20) are disposed. The sleeves (20) are located within a zone (18) at which a medical device (40) is carried. The sleeves (20) include restraining mechanisms, typically channels (30), for receiving respective trigger wires (42-44). The medical device (40) is radially constrained by the trigger wires (42-44), in combination with the sleeves (20). The sleeves (20) are initially provided as separate elements which are fitted onto the elongate carrier (12) in a number and at locations suitable for the medical device (40) to be located on the carrier element (2). The arrangement provides a simple and effective restraining structure which can be adapted for different medical devices (40) and an arrangement in which the medical device (40) is radially constrained from within.
    • 导引器组件包括设置有细长插管或导管(12)的载体元件(10),多个套筒(20)设置在该插入件或导管上。 袖子(20)位于运送医疗装置(40)的区域(18)内。 袖子(20)包括限制机构,通常为通道(30),用于接收相应的触发线(42-44)。 医疗装置(40)与套筒(20)组合地由触发线(42-44)径向约束。 套管(20)最初设置成分开的元件,它们在适合医疗器械(40)位于载体元件(2)上的数量和位置上装配到细长载体(12)上。 该装置提供了可以适用于不同医疗装置(40)的简单而有效的约束结构以及医疗装置(40)从内部径向地限制的装置。
    • 5. 发明授权
    • Apparatus for curving an implantable medical device in a lumen
    • 用于在内腔中弯曲可植入医疗装置的装置
    • US09237960B2
    • 2016-01-19
    • US13122646
    • 2009-10-09
    • Erik E. RasmussenBent OehlenschlaegerKim Moegelvang Jensen
    • Erik E. RasmussenBent OehlenschlaegerKim Moegelvang Jensen
    • A61F2/06A61F2/95
    • A61F2/95A61F2002/9505A61F2002/9511A61F2002/9517
    • An introducer assembly (100) including at its distal end a dilator tip (20) and an inner catheter for supporting an implantable medical device (1) for deployment, is provided with a plurality of strut elements (102, 202) extending from the dilator tip (20) to the proximal end of the medical device (1). The strut elements (102, 202) act to apply both a pulling and a pushing force against the proximal end of the medical device (1), having the effect of assisting in the correct positioning of the proximal end of the medical device in a patient's lumen, particularly where this is curved such as with the aortic arch. The strut elements (102, 202) form part of the introducer assembly and are removed from the patient following the deployment procedure. The device avoids the need for bare stents at the end of a stent graft.
    • 导引器组件(100)在其远端包括扩张器尖端(20)和用于支撑用于展开的可植入医疗装置(1)的内导管,其具有从扩张器延伸的多个支柱元件(102,202) 尖端(20)到医疗装置(1)的近端。 支撑元件(102,202)用于将拉力和推力施加到医疗装置(1)的近端上,其作用是帮助将医疗装置的近端正确定位在患者体内 特别是在弯曲的地方,如主动脉弓。 支撑元件(102,202)形成导引器组件的一部分,并且在部署过程之后从患者身上移除。 该装置避免了在支架移植物末端需要裸支架。
    • 9. 发明申请
    • Implantable Medical Device
    • 植入式医疗器械
    • US20110040369A1
    • 2011-02-17
    • US12849470
    • 2010-08-03
    • Erik RasmussenBent OhlenschlagerKim Moegelvang JensenJesper Schade Petersen
    • Erik RasmussenBent OhlenschlagerKim Moegelvang JensenJesper Schade Petersen
    • A61F2/06
    • A61F2/07A61F2/844A61F2/86A61F2/89A61F2/90A61F2002/075A61F2002/8483A61F2210/0014A61F2220/0058A61F2220/0075A61F2310/00023
    • A stent graft (10) includes a tubular graft element (12) to which there are attached a plurality of stent rings (14). The stent rings (14) are formed of a plurality of stent struts (16) arranged in a zig-zag arrangement with alternating peaks (18) and valleys (20). The end-most stent (22) is located at the proximal end (24) of the graft tube (12). Between adjacent peaks (18) of the end-most stent (22), there is provided a series of bridging elements (28). These are preferably formed of Nitinol wire and to be substantially more flexible than the stent struts (14). The bridging elements (28) extend in the region of graft material between adjacent stent peaks (18) and are attached to the graft material, for example by suturing. The bridging elements (28) are substantially more flexible than the stent ring (22) and therefore impart little opening force on the graft material in comparison to the force produced by the stent ring (22). However, the bridging elements (28) impart enough force on the flaps (26) of graft material between the peaks (18) of the stent ring (28) keep these flaps (26) open, that is against the vessel wall. The bridging elements (28) can provide integral barbs (30).
    • 支架移植物(10)包括管状移植物元件(12),其上附接有多个支架环(14)。 支架环(14)由布置成具有交替的峰(18)和谷(20)的之字形布置的多个支架支柱(16)形成。 最终的支架(22)位于移植管(12)的近端(24)处。 在最终支架(22)的相邻峰(18)之间,提供一系列桥接元件(28)。 这些优选由镍钛诺丝形成,并且比支架支柱(14)基本上更具柔性。 桥接元件(28)在相邻支架顶部(18)之间的移植材料区域中延伸并且例如通过缝合附接到移植物材料。 桥接元件(28)比支架环(22)大得多的柔性,因此与支架环(22)产生的力相比,在接枝材料上施加很小的打开力。 然而,桥接元件(28)在支架环(28)的峰(18)之间的移植材料的翼片(26)上赋予足够的力,使得这些翼片(26)打开,即抵靠血管壁。 桥接元件(28)可以提供整体倒钩(30)。