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    • 1. 发明申请
    • A PROSTHETIC HEART VALVE
    • 一种人造心脏瓣膜
    • WO2014170870A3
    • 2014-10-23
    • PCT/IB2014/060816
    • 2014-04-17
    • STRAIT ACCESS TECHNOLOGIES HOLDINGS (PTY) LTD
    • PARK, Kenneth StuartAPPA, HarishVISAGIE, ClaudeBEZUIDENHOUT, DeonZILLA, Peter Paul
    • A61F2/24
    • A prosthetic heart valve (10) which includes a stent (14) having three leaflets (12) attached thereto is provided. The stent (14) is compressible so as to be capable of being introduced into a patient's body through a minimally invasive procedure and has a ring-like body (16) defining in its height three arch-shaped elements (18). Each element (18) includes an arc (20) and a pair of haunches (22) extending from opposite sides thereof, with three commissural posts (26) formed by the haunches (22) of adjacent elements (18). The leaflets (12) each have an attachment edge (28) and a free edge (30) with a belly (32) extending therebetween. The leaflets (12) are movable between a coapted condition, in which the free edges (30) abut and prevent fluid flow through the valve (10), and an open condition, in which fluid flow through the valve (10) is permitted. The leaflets (12) are made from a polymeric material and are moulded directly onto the stent (14) so as to provide for continuous attachment thereof.
    • 提供了一种假体心脏瓣膜(10),该假体心脏瓣膜(10)包括具有附接到其上的三个小叶(12)的支架(14)。 支架(14)是可压缩的,以便能够通过微创手术引入患者体内并且具有在其高度上限定三个弓形元件(18)的环状主体(16)。 每个元件(18)包括弧(20)和从其相对侧延伸的一对隆起(22),并具有由相邻元件(18)的隆起(22)形成的三个连合柱(26)。 小叶(12)每个都具有附接边缘(28)和自由边缘(30),并具有在其间延伸的腹部(32)。 小叶12可在其中自由边缘30邻接并防止流体流过阀10的合适状态和允许流体流过阀10的打开状态之间移动。 小叶(12)由聚合材料制成并直接模制在支架(14)上以提供其连续附接。
    • 4. 发明申请
    • VALVE LEAFLET CONNECTING DEVICE
    • WO2018232425A1
    • 2018-12-20
    • PCT/ZA2018/050034
    • 2018-06-11
    • STRAIT ACCESS TECHNOLOGIES HOLDINGS (PTY) LTD
    • COUSINS, Michael AlanROWSELL, Gary StevenPERUMALL, Preyen AgasthianJARMAN, Jeremy DouglasMUDGE, Edward CharlesHENCHIE, Travis FosterCOOMBES, Heather MadeleineZILLA, Peter PaulBEZUIDENHOUT, Deon
    • A61B17/00A61B17/064A61B17/068A61B17/10A61B17/128A61B17/08
    • A valve leaflet connecting device includes: a base; and first and second followers extending from the base. A first arm extends from the first follower in a direction away from the second follower and away from the base to define an acute angle between the first follower and first arm for capturing a first leaflet there between. A second arm extends from the second follower in a direction away from the first follower and away from the base to define an acute angle between the second follower and second arm for capturing a second leaflet there between, The first and second followers are resiliently deformable between: (i) an open condition, in which: the point from which the first arm extends from the first follower; and the point from which the second arm extends from the second follower, are spaced more than 15mm; and (ii) a closed condition, in which: the point from which the first arm extends from the first follower; and the point from which the second arm extends from the second follower, are spaced less than 5mm. Deforming means deform the followers towards the closed condition. A positioner extends from the base, between the first and second followers, and a fastener releasably secured to the positioner, includes first and second fastener jaws. The first and second jaws: extend away from the base; and are movable between: (i) a splayed condition in which leaflets may be received between the first and second fastener jaws; and (ii) a securing condition in which the first and second fastener jaws secure the leaflets there between. In use: (i) the first and second followers may be: passed axially through a valve, between first and second valve leaflets; and resiliently deformed by opening and closing of the valve leaflets; (ii) the first arm may capture the first leaflet between the first arm and the first follower, and the second arm may capture the second leaflet between the second arm and the second follower, with the first and second followers disposed between the first and second leaflets; (iii) the deforming means may deform the first and second followers towards the closed condition, thereby moving the first and second leaflets towards each other; (iv) the fastener may receive the first and second leaflets between the fastener jaws when the fastener jaws are in the spayed condition; and (v) moving the fastener jaws towards the securing condition secures the first and second leaflets to each other. Alternatively, the arms and fastener jaws may extend towards the base.