Left atrial appendage occlusion ablation device
A seal and proximal end technology, applied in the field of left atrial appendage occlusion and ablation devices, can solve the problems of incomplete isolation, difficulty in maintaining long-term curative effect, long-term use, etc., and achieve the effect of increasing the success rate of healing
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[0068] The first implementation mode: the sealing member 1100, the ablation member 1200 and the anchoring member 1300 are in an integrated structure; the integrated structure can be a structure directly fixed together by welding or the like, or an integral structure made by integral molding .
[0069] The second embodiment: the sealing member 1100 and the ablation member 1200 have an integrated structure, and the ablation member 1200 and the anchor member 1300 are connected through the connecting member 30; similarly, the integrated structure can be directly fixed together by welding or other means The structure can also be an integral structure made of one-piece molding. The function of the connecting piece 30 is to connect the ablation piece 1200 and the anchoring piece 1300 together, so the structure of the connecting piece 30 is not limited, it can be in any shape according to the different structures of the ablation piece 1200 and the anchoring piece 1300, for example, in...
Embodiment 1
[0100] Such as Figure 1-3 As shown, the left atrial appendage blockage ablation device 1000 is composed of three parts: a sealing element 1100 , an ablation element 1200 and an anchor element 1300 . Wherein the seal 1100 is located in the proximal end region, and further includes a metal grid skeleton 1110, one or more layers of flow blocking film 1120, and a connection end 1130; the connection end 1130 is located in the center of the proximal end surface 1140, preferably using a bolt head, through The connecting end 1130 is connected with a delivery wire, and the delivery wire transmits the radio frequency energy of the radio frequency source to the ablation element 1200 .
[0101] In this embodiment, the sealing member 1100, the ablation member 1200 and the anchoring member 1300 have a three-in-one structure, that is, the metal mesh skeleton 1110 of the sealing member 1100, the metal ring skeleton 1210 of the ablation member 1200 and the anchoring member 1300. The main bod...
Embodiment 2
[0110] Such as Figure 7 As shown, the left atrial appendage blockage ablation device 1000 of this embodiment is also composed of three parts: a sealing member 1100 , an ablation member 1200 and an anchor member 1300 . The sealing member 1100, the ablation member 1200 and the anchoring member 1300 have a three-in-one structure. The sealing member 1100 is a sealing member formed by a metal mesh skeleton 1110 for sealing the neck of the left atrial appendage, and the sealing member is in conformity with the shape of the neck of the left atrial appendage. The anchoring body 1310 is a cylindrical structure, the distal end of the cylindrical structure is closed, and the proximal end of the cylindrical structure is integrated with the ablation element 1200 .
[0111] The structures of the sealing member 1100, the ablation member 1200 and the anchoring member 1300 in this embodiment are the same as in the first embodiment, the main difference is that the sealing member 1100 is seale...
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