WO2021051815A1

WO2021051815A1 - Fish eye valve, puncture sealing assembly, and puncture device

Info

Publication number: WO2021051815A1
Application number: PCT/CN2020/086912
Authority: WO
Inventors: 吴惟民; 李韬
Original assignee: 常州健瑞宝医疗器械有限公司
Priority date: 2019-09-20
Filing date: 2020-04-26
Publication date: 2021-03-25
Also published as: CN110495934A

Abstract

Disclosed is a fish eye valve (100), comprising a fish eye outer ring (101), a protruding fish eye portion (102) integrally formed with the fish eye outer ring (101), and a through hole (103) configured at a central position of the fish eye portion (102) for a puncture needle rod to pass therethrough. The fish eye portion (102) comprises a first thin-walled portion (1021) connected to the fish eye outer ring (101), a thick-walled portion (1022) connected to the first thin-walled portion (1021), and a second thin-walled portion (1023) connected to the thick-walled portion (1022). The wall thickness of both the first thin-walled portion (1021) and the second thin-walled portion (1023) is less than that of the thick-walled portion (1022). The through hole (103) is formed in the second thin-walled portion (1023). The hole wall at the hole opening of the through hole (103) farthest from the fish eye outer ring (101) bends from the inner side of the through hole (103) toward the outer side of the through hole (103) all along the circumference of the through hole (103), thus forming an arc-shaped rim (1031). A fit between the fish eye valve (100) and a matching puncture sealing assembly and puncture device with respect to the puncture needle rod ensures effective gas tightness while reducing a holding force of the puncture sealing assembly on the puncture needle rod, thus improving flexibility and smoothness in manipulating the puncture needle rod.

Description

鱼眼阀、穿刺密封组件及穿刺器Fish-eye valve, puncture sealing assembly and puncture device

技术领域Technical field

本发明涉及医疗器械技术领域，尤其涉及一种鱼眼阀、穿刺密封组件及穿刺器。The present invention relates to the technical field of medical devices, in particular to a fish-eye valve, a puncture sealing assembly and a puncture device.

背景技术Background technique

公开号为CN106264685A的专利公开的一种穿刺器，该穿刺器的穿刺密封模块，穿刺密封模块包括有密封组件、固定组件及设置在所述密封组件与所述固定组件之间的缓冲件，所述密封组件可以通过所述缓冲件相对所述固定组件在一定范围内摆动；所述密封组件包括定位座和鱼眼阀，此处的定位座不仅是实现鱼眼阀的位置的相对固定，还用于实现使得鱼眼阀与位于其它结构之间紧密配合，因此在考虑定位座、鱼眼阀以及其它结构之间装配的便捷性时还需要兼顾装配后结构的稳定性。The patent publication number CN106264685A discloses a puncture device. The puncture sealing module of the puncture device includes a sealing component, a fixing component, and a buffer member arranged between the sealing component and the fixing component. The sealing component can swing within a certain range relative to the fixed component through the buffering member; the sealing component includes a positioning seat and a fish-eye valve. The positioning seat here not only realizes the relative fixation of the position of the fish-eye valve, but also It is used to achieve a tight fit between the fish-eye valve and other structures, so when considering the ease of assembly between the positioning seat, the fish-eye valve and other structures, the stability of the structure after assembly needs to be taken into account.

此外，具体来说，鱼眼阀是一个适于穿刺针杆穿过的密封件，鱼眼阀具有一凸起的鱼眼结构，在鱼眼结构上开设适于穿刺针杆穿过的穿孔，穿孔与穿刺针杆之间配合紧密，在穿刺针杆的活动过程中，为了不影响穿刺针杆的活动造成穿刺针杆与鱼眼阀之间的气密性，鱼眼结构上的穿孔的孔壁与穿刺针杆周向的外侧壁形成紧密的包绕关系。此处，在充分考虑保证良好气密性的前提下，还需要考虑的到尽可能地降低鱼眼阀对于穿刺针杆活动的阻力。In addition, specifically, the fish-eye valve is a seal suitable for the penetration of a puncture needle. The fish-eye valve has a convex fish-eye structure, and the fish-eye structure is provided with a perforation suitable for the puncture needle to pass through. The perforation and the puncture needle shaft are closely matched. During the movement of the puncture needle shaft, in order not to affect the air tightness between the puncture needle shaft and the fish-eye valve, the perforated hole on the fish-eye structure The wall and the peripheral outer side wall of the puncture needle shaft form a close enveloping relationship. Here, under the premise of ensuring good air tightness, it is also necessary to consider reducing the resistance of the fish-eye valve to the movement of the puncture needle as much as possible.

发明内容Summary of the invention

本发明的第一目的是提供一种鱼眼阀，以解决使得鱼眼阀保持与穿刺针杆配合时的气密性的同时兼顾减低鱼眼阀对于穿刺针杆活动时候的抱紧阻力。The first object of the present invention is to provide a fish-eye valve to solve the problem of keeping the air-tightness of the fish-eye valve when mated with the puncture needle shaft while reducing the holding resistance of the fish-eye valve when the puncture needle shaft is moved.

本发明的第二目的是提供一种穿刺密封组件，以解决使得鱼眼阀保持与穿刺针杆配合时的气密性的同时兼顾减低鱼眼阀对于穿刺针杆活动时候的抱紧阻力。The second object of the present invention is to provide a puncture sealing assembly to solve the problem of keeping the air tightness of the fisheye valve when mated with the puncture needle shaft while reducing the tightness resistance of the fisheye valve when the puncture needle shaft is moved.

本发明的第三目的是提供一种穿刺器，以解决使得鱼眼阀保持与穿刺针杆配合时的气密性的同时兼顾减低鱼眼阀对于穿刺针杆活动时候的抱紧阻力。The third object of the present invention is to provide a puncture device to solve the problem of keeping the air tightness of the fish-eye valve when mated with the puncture needle shaft while reducing the tight resistance of the fish-eye valve when the puncture needle shaft is moved.

本发明的鱼眼阀是这样实现的：The fish-eye valve of the present invention is realized as follows:

一种鱼眼阀，适用于穿刺密封组件，包括：鱼眼外环、以及与所述鱼眼外环一体成型的凸起的鱼眼部，以及在所述鱼眼部的中心位置开设有适于穿刺针杆穿过的通孔；其中A fish-eye valve suitable for piercing a sealing assembly, comprising: a fish-eye outer ring, and a convex fish-eye part integrally formed with the fish-eye outer ring, and a center position of the fish-eye part is provided with a suitable The through hole through which the puncture needle shaft passes;

所述鱼眼部包括与所述鱼眼外环相连的第一薄壁部、与第一薄壁部相连的厚壁部，以及与所述厚壁部相连的第二薄壁部；The fish-eye portion includes a first thin-walled portion connected with the outer ring of the fish-eye, a thick-walled portion connected with the first thin-walled portion, and a second thin-walled portion connected with the thick-walled portion;

所述第一薄壁部和第二薄壁部的壁厚均小于厚壁部的壁厚；以及The wall thickness of the first thin-walled portion and the second thin-walled portion are both smaller than the wall thickness of the thick-walled portion; and

所述通孔形成于所述第二薄壁部；且所述通孔远离所述鱼眼外环的孔口处的孔壁沿着通孔的周向由通孔内侧朝通孔外侧翻边形成有弧形翻边。The through hole is formed in the second thin-walled part; and the hole wall at the hole of the through hole away from the fisheye outer ring is formed by flanging from the inner side of the through hole to the outer side of the through hole along the circumferential direction of the through hole Curved flanging.

在本发明较佳的实施例中，所述第一薄壁部与第二薄壁部的壁厚相等；以及In a preferred embodiment of the present invention, the wall thicknesses of the first thin-walled portion and the second thin-walled portion are equal; and

所述厚壁部的壁厚为第一薄壁部和第二薄壁部的壁厚的1.2～1.6倍。The wall thickness of the thick wall portion is 1.2 to 1.6 times the wall thickness of the first thin wall portion and the second thin wall portion.

在本发明较佳的实施例中，所述第一薄壁部与第二薄壁部的壁厚不相等；以及In a preferred embodiment of the present invention, the wall thicknesses of the first thin-walled portion and the second thin-walled portion are not equal; and

所述厚壁部的壁厚为第一薄壁部和第二薄壁部中壁厚较大者的1.2～1.6倍。The wall thickness of the thick-walled portion is 1.2-1.6 times the larger of the first thin-walled portion and the second thin-walled portion.

在本发明较佳的实施例中，所述弧形翻边的沿着所述通孔的轴线方向的高度为0.3～1.0mm。In a preferred embodiment of the present invention, the height of the arc-shaped flange along the axial direction of the through hole is 0.3-1.0 mm.

本发明的穿刺密封组件是这样实现的：The puncture sealing assembly of the present invention is realized as follows:

一种穿刺密封组件，适用于穿刺器，包括：所述鱼眼阀、分别设于所述鱼眼阀的轴向两端的鱼眼阀压环和密封座轴向两端，以及在所述密封座远离所述鱼眼阀的轴向的端部设有的保护垫压环；其中A puncture sealing assembly suitable for a puncture device, comprising: the fisheye valve, the fisheye valve pressure ring and the axial ends of the sealing seat respectively arranged at the two axial ends of the fisheye valve, and the sealing seat A protective pad pressure ring is provided at the axial end of the seat away from the fisheye valve; wherein

在所述保护垫压环与鱼眼阀的轴向之间还设有摆动膜；所述摆动膜包括第一基台、第二基台，以及在所述第一基台和第二基台之间设有的S形连接部；其中所述第一基台适于同时抵接密封座和保护垫压环，所述第二基台用于与穿刺器的套管盖1配接固定；以及A swinging film is also provided between the protection pad pressing ring and the axial direction of the fisheye valve; the swinging film includes a first base, a second base, and the first base and the second base. An S-shaped connecting portion is provided between them; wherein the first abutment is suitable for abutting the sealing seat and the pressure ring of the protective pad at the same time, and the second abutment is used for mating and fixing with the sleeve cover 1 of the trocar; as well as

所述保护垫压环、第一基台、密封座、鱼眼阀和鱼眼阀压环之间通过适配插接的柱孔配合结构以实现沿着鱼眼阀的轴向将鱼眼阀压紧固定。The protective pad pressure ring, the first abutment, the sealing seat, the fish-eye valve and the fish-eye valve pressure ring are fitted with a cylindrical hole fitting structure to realize the fish-eye valve along the axial direction of the fish-eye valve. Press tightly to fix.

在本发明较佳的实施例中，所述柱孔配合结构包括在所述鱼眼阀压环朝向鱼眼阀的端面沿着鱼眼阀压环的周向间隔地设有垂直凸起的多个第一台柱、在所述密封座朝向鱼眼阀的端面沿着该密封座的周向间隔地设有垂直凸起的多个第二台柱、在所述鱼眼阀压环朝向鱼眼阀的端面上设有的适于与多个所述第二台柱插接的多个第二柱孔、在所述密封座朝向鱼眼阀的端面上设有适于与多个所述第一台柱插接的多个第一柱孔，以及在所述鱼眼阀上贯通设有适于多个第一台柱和多个第二台柱穿过的多个配合孔；In a preferred embodiment of the present invention, the column hole matching structure includes a plurality of vertical protrusions on the end surface of the fish-eye valve pressure ring facing the fish-eye valve at intervals along the circumference of the fish-eye valve pressure ring. A first pillar, a plurality of second pillars vertically protruding on the end surface of the sealing seat facing the fisheye valve at intervals along the circumference of the sealing seat, and the fisheye valve pressing ring facing the fisheye valve A plurality of second column holes adapted to be inserted into the plurality of second pillars are provided on the end surface, and the end surface of the sealing seat facing the fisheye valve is provided with a plurality of second pillar holes suitable for connecting with the plurality of first pillars. A plurality of first post holes to be inserted, and a plurality of matching holes suitable for passing through a plurality of first posts and a plurality of second posts are provided through the fisheye valve;

多个所述第二台柱与多个所述第一台柱错位布置，即在所述第一台柱与第一柱孔以及配合孔的配合和第二台柱与第二柱孔以及配合孔的配合作用下，所述鱼眼阀压环和密封座将鱼眼阀压紧固定。The plurality of second pillars and the plurality of first pillars are arranged in a staggered arrangement, that is, the coordination of the first pillar with the first pillar hole and the matching hole and the coordination of the second pillar with the second pillar hole and the matching hole Next, the fish-eye valve pressure ring and the sealing seat press and fix the fish-eye valve tightly.

在本发明较佳的实施例中，所述柱孔配合结构包括还包括在所述保护垫压环朝向第一基台的侧端面沿着该保护垫压环的周向间隔地设有垂直凸起的多个第三台柱、在所述密封座朝向保护垫压环的侧端面设有的适于与多个所述第三台柱插接的多个第三柱孔，以及在所述第一基台上贯穿设有的适于多个所述第三台柱穿过的穿孔；In a preferred embodiment of the present invention, the column hole matching structure further includes vertical protrusions on the side end surface of the protection pad pressing ring facing the first base at intervals along the circumference of the protection pad pressing ring. A plurality of third pillars, a plurality of third pillar holes provided on the side end surface of the sealing seat facing the pressure ring of the protection pad, and a plurality of third pillar holes adapted to be inserted into the plurality of third pillars, and in the first The base is provided with perforations that are suitable for the passage of a plurality of the third pillars;

即在所述第三台柱与第三柱孔以及穿孔的配合作用下，所述保护垫压环和密封座将摆动膜压紧固定。That is, under the cooperative action of the third pillar, the third pillar hole and the perforation, the protection pad pressing ring and the sealing seat compress and fix the oscillating film.

在本发明较佳的实施例中，所述穿刺密封组件还包括位于所述保护垫压环与摆动膜之间设有的密封体；In a preferred embodiment of the present invention, the puncture sealing assembly further includes a sealing body provided between the pressure ring of the protective pad and the swinging membrane;

所述密封体包括适于嵌入在所述保护垫压环与第一基台之间的嵌入部、与所述嵌入部一体相连以呈L形结构的连接部，以及与所述连接部相连的密封部；The sealing body includes an embedded part adapted to be embedded between the protective pad pressing ring and the first base, a connecting part integrally connected with the embedded part to form an L-shaped structure, and a connecting part connected to the connecting part. Seal

所述密封体是由多个密封瓣通过相抵接或者部分重叠的方式形成；The sealing body is formed by a plurality of sealing petals abutting or partially overlapping;

所述嵌入部上贯通设有适于多个所述第三台柱穿过的贯通孔。The embedding part is provided with a through hole that is suitable for a plurality of the third pillars to pass through.

在本发明较佳的实施例中，所述S形连接部包括与所述第一基台相连的小U形折叠部，以及与所述第二基台相连的大U形折叠部；其中In a preferred embodiment of the present invention, the S-shaped connecting portion includes a small U-shaped folding portion connected with the first base station, and a large U-shaped folding portion connected with the second base station; wherein

所述小U形折叠部与大U形折叠部共有一侧壁；所述小U形折叠部凸起于第一基台，所述大U形折叠部凸起于第二基台，且所述小U形折叠部相对于第一基台凸起的方向与大U形折叠部相对于第二基台凸起的方向相反。The small U-shaped folded portion and the large U-shaped folded portion share a side wall; the small U-shaped folded portion protrudes from the first base, the large U-shaped folded portion protrudes from the second base, and The protruding direction of the small U-shaped folding portion relative to the first base is opposite to the protruding direction of the large U-shaped folding portion relative to the second base.

本发明的穿刺器是这样实现的：The trocar of the present invention is realized as follows:

一种穿刺器，包括：所述穿刺密封组件。A puncture device includes: the puncture sealing component.

采用了上述技术方案，本发明具有一下的有益效果：本发明的鱼眼阀、穿刺密封组件及穿刺器，对于鱼眼阀的鱼眼部包括第一薄壁部、与第一薄壁部相连的厚壁部，以及与所述厚壁部相连的第二薄壁部，其中第一薄壁部和第二薄壁部的壁厚均小于厚壁部，如此来说，使得整体的鱼眼部的壁厚从鱼眼外环向通孔方向为“薄厚薄”的结构，这样的结构配合在通孔的孔口形成的弧形翻边来说，可以形成包括鱼眼阀的穿刺密封组件在不影响与穿刺针杆良好气密性的前提下，降低鱼眼阀对于穿刺针杆抱紧力之下的阻力，最终提高穿刺针杆活动过程中的灵活性和顺畅度。By adopting the above technical solution, the present invention has the following beneficial effects: the fisheye valve, puncture sealing assembly and puncture device of the present invention, for the fisheye valve, the fisheye portion includes a first thin-walled portion connected to the first thin-walled portion The thick-walled part of the thick-walled part, and the second thin-walled part connected to the thick-walled part, wherein the wall thickness of the first thin-walled part and the second thin-walled part are both smaller than the thick-walled part, so that the overall fisheye The wall thickness of the part is a "thin thickness" structure from the outer ring of the fish eye to the direction of the through hole. This structure is matched with the arc-shaped flanging formed by the orifice of the through hole to form a piercing seal assembly including a fish eye valve Under the premise of not affecting the good airtightness of the puncture needle shaft, the resistance of the fish-eye valve under the holding force of the puncture needle shaft is reduced, and finally the flexibility and smoothness of the puncture needle shaft are improved.

进一步的，摆动膜包括的S形连接部使得摆动膜具有一定的扭曲变形性，这样的扭曲变形性在随着穿刺针杆活动的时候呈现出配合穿刺针杆活动的随动性，随动性使得穿刺密封组件的鱼眼阀在保证与穿刺针杆之间良好的紧密配合的前提下，还能兼顾降低包括鱼眼阀的穿刺密封组件对于穿刺针杆活动的阻力。Further, the S-shaped connection part included in the oscillating membrane makes the oscillating membrane have a certain degree of twisting and deformability. Such twisting and deformability exhibits a followability that matches the movement of the puncture needle bar when the puncture needle bar moves. The fish-eye valve of the piercing seal assembly can also reduce the resistance of the piercing seal assembly including the fish-eye valve to the movement of the piercing needle shaft while ensuring a good tight fit with the piercing needle shaft.

再进一步的，在保护垫压环、第一基台、密封座、鱼眼阀和鱼眼阀压环之间通过适配插接的柱孔配合结构以实现沿着鱼眼阀的轴向将鱼眼阀压紧固定，柱孔配合结构不仅利用保护垫、第一基台、密封座、鱼眼阀和鱼眼阀压环之间装配时的便捷性，而且柱孔配合结构实现的部件之间的装配紧凑牢固，如此，在将穿刺针杆***穿刺器后进行穿刺操作时，即使操作过程存在暴力操作问题也不易出现部件的脱落。Still further, between the protective pad pressure ring, the first abutment, the sealing seat, the fish-eye valve and the fish-eye valve pressure ring, a fitting and plug-in cylindrical hole fitting structure is adopted to realize the axial alignment of the fish-eye valve. The fish-eye valve is compressed and fixed, and the column hole matching structure not only uses the convenience of assembly between the protective pad, the first abutment, the sealing seat, the fisheye valve and the fisheye valve pressure ring, but also one of the components realized by the column hole matching structure. The assembly is compact and firm, so that when the puncture needle bar is inserted into the puncture device for puncture operation, even if there is a problem of violent operation during the operation, the parts are not easy to fall off.

附图说明Description of the drawings

图1为本发明的穿刺器的整体结构示意图；Figure 1 is a schematic diagram of the overall structure of the trocar of the present invention;

图2为图1的A部也就是本发明的穿刺器的穿刺密封组件的整体结构示意图；2 is a schematic diagram of the overall structure of part A of FIG. 1, that is, the puncture sealing assembly of the puncture device of the present invention;

图3为本发明的穿刺器的穿刺密封组件的剖视结构示意图；3 is a schematic sectional view of the puncture sealing assembly of the puncture device of the present invention;

图4为本发明的穿刺器的穿刺密封组件的第一视角的***结构示意图；4 is a schematic diagram of the exploded structure of the puncture sealing assembly of the puncture device of the present invention from a first perspective;

图5为本发明的穿刺器的穿刺密封组件的第二视角的***结构示意图；5 is a schematic diagram of the exploded structure of the puncture sealing assembly of the puncture device of the present invention from a second perspective;

图6为本发明的穿刺器的摆动膜的剖视状态下的结构示意图；6 is a schematic structural view of the swing membrane of the trocar of the present invention in a cross-sectional view;

图7为本发明的穿刺器的鱼眼阀的剖视状态下的结构示意图。Fig. 7 is a schematic structural view of the fish-eye valve of the trocar of the present invention in a cross-sectional view.

图中：套管盖1、鱼眼阀100、鱼眼外环101、鱼眼部102、通孔103、第二环形三角嵌槽1011、配合孔105、第一薄壁部1021、厚壁部1022、第二薄壁部1023、弧形翻边1031、摆动膜200、第一基台201、第一环形三角嵌槽2011、第二基台202、S形连接部203、小U形折叠部2031、大U形折叠部2032、密封座300、保护垫压环400、鱼眼阀压环500、外环部507、圆形开口部508、第一台柱501、第二台柱301、第一柱孔302、第三柱孔305、环形基座307、第一环形凸起部3071、第一环形三角锥台3072、第二环形凸起部3075、第二环形三角锥台3078、圆形开孔部308、第二柱孔503、第三台柱402、环形本体405、延伸部407、穿孔2013、密封体600、嵌入部601、连接部602、密封部603、贯通孔608。In the figure: casing cover 1, fish-eye valve 100, fish-eye outer ring 101, fish-eye portion 102, through hole 103, second annular triangular groove 1011, mating hole 105, first thin-walled portion 1021, thick-walled portion 1022, second thin-walled portion 1023, arc-shaped flanging 1031, swing film 200, first base 201, first ring-shaped triangular groove 2011, second base 202, S-shaped connecting portion 203, small U-shaped folding portion 2031, large U-shaped folding part 2032, sealing seat 300, protective cushion pressing ring 400, fisheye valve pressing ring 500, outer ring part 507, circular opening part 508, first pillar 501, second pillar 301, first pillar Hole 302, third column hole 305, annular base 307, first annular protrusion 3071, first annular triangular frustum 3072, second annular protrusion 3075, second annular triangular frustum 3078, circular opening The portion 308, the second column hole 503, the third column 402, the annular body 405, the extension portion 407, the through hole 2013, the sealing body 600, the embedding portion 601, the connecting portion 602, the sealing portion 603, and the through hole 608.

具体实施方式detailed description

为了使本发明的内容更容易被清楚地理解，下面根据具体实施例并结合附图，对本发明作进一步详细的说明。In order to make the content of the present invention easier to understand clearly, the following further describes the present invention in detail based on specific embodiments and in conjunction with the accompanying drawings.

实施例1：Example 1:

请参阅图7所示，本实施例提供了一种适用于穿刺密封组件的鱼眼阀，包括：鱼眼外环101、以及与鱼眼外环101一体成型的凸起的鱼眼部102，以及在鱼眼部102的中心位置开设有适于穿刺针杆穿过的通孔103。其中鱼眼部102包括与鱼眼外环101相连的第一薄壁部1021、与第一薄壁部1021相连的厚壁部1022，以及与厚壁部1022相连的第二薄壁部1023；如此来说，使得整体的鱼眼部102的壁厚形成为从鱼眼外环101向通孔103方向为“薄厚薄”的结构。Referring to FIG. 7, this embodiment provides a fish-eye valve suitable for piercing a sealing assembly, including: a fish-eye outer ring 101 and a convex fish-eye portion 102 integrally formed with the fish-eye outer ring 101, And a through hole 103 suitable for the penetration of a puncture needle is opened at the center of the fisheye 102. The fish-eye portion 102 includes a first thin-walled portion 1021 connected with the fish-eye outer ring 101, a thick-walled portion 1022 connected with the first thin-walled portion 1021, and a second thin-walled portion 1023 connected with the thick-walled portion 1022; In this way, the wall thickness of the overall fisheye portion 102 is formed to have a "thin thickness" structure in the direction from the fisheye outer ring 101 to the through hole 103.

具体来说，第一薄壁部1021和第二薄壁部1023的壁厚均小于厚壁部1022的壁厚；以及通孔103形成于第二薄壁部1023，也即通孔103设置在第二薄壁部1023上，通孔103远离鱼眼外环101的孔口处的孔壁沿着通孔103的周向由通孔103内侧朝通孔103外侧翻边形成有弧形翻边1031。对于此处的弧形翻边1031来说，弧形翻边1031的弧形开口朝向背离通孔103的轴线一侧，此外，本实施例来说，弧形翻边1031的沿着通孔103的轴线方向的高度为0.3～1.0mm。Specifically, the wall thickness of the first thin-walled portion 1021 and the second thin-walled portion 1023 are both smaller than the wall thickness of the thick-walled portion 1022; and the through hole 103 is formed in the second thin-walled portion 1023, that is, the through hole 103 is provided in On the second thin-walled portion 1023, the hole wall of the through hole 103 away from the orifice of the fisheye outer ring 101 along the circumferential direction of the through hole 103 is flanged from the inner side of the through hole 103 to the outer side of the through hole 103 to form an arc-shaped flanging 1031. For the arc-shaped flanging 1031 here, the arc-shaped opening of the arc-shaped flanging 1031 faces the side away from the axis of the through hole 103. In addition, in this embodiment, the arc-shaped flanging 1031 is along the through hole 103. The height in the axial direction is 0.3 to 1.0 mm.

一种可选的情况下，第一薄壁部1021与第二薄壁部1023的壁厚相等；以及。厚壁部1022的壁厚为第一薄壁部1021和第二薄壁部1023的壁厚的1.2～1.6倍。还一种可选的情况下，第一薄壁部1021与第二薄壁部1023的壁厚不相等；以及厚壁部1022的壁厚为第一薄壁部1021和第二薄壁部1023中壁厚较大者的1.2～1.6倍。也就是说，对于第一薄壁部1021和第二薄壁部1023的壁厚只要比厚壁部1022薄即满足本实施例的使用情况。In an optional case, the wall thicknesses of the first thin-walled portion 1021 and the second thin-walled portion 1023 are equal; and. The thickness of the thick portion 1022 is 1.2 to 1.6 times the thickness of the first thin portion 1021 and the second thin portion 1023. In another optional case, the wall thicknesses of the first thin-walled portion 1021 and the second thin-walled portion 1023 are not equal; and the wall thickness of the thick-walled portion 1022 is the first thin-walled portion 1021 and the second thin-walled portion 1023 The middle wall thickness is 1.2 to 1.6 times that of the larger one. In other words, as long as the wall thickness of the first thin-walled portion 1021 and the second thin-walled portion 1023 is thinner than the thick-walled portion 1022, the application conditions of this embodiment are satisfied.

对于本实施例的鱼眼阀100来说，整体的鱼眼部102的壁厚从鱼眼外环101向通孔103方向为“薄厚薄”的结构，这样的结构在通孔103处仍然可以有效保持与穿过穿刺器的例如穿刺针杆器械在配合处的气密性，又使得鱼眼部102的“薄厚薄”的结构的壁厚降低整体的鱼眼部102对于例如穿刺针杆形成的抱紧阻力。详细来说，鱼眼阀100在与穿刺针杆配合的状态下，随着穿刺针杆的活动，鱼眼阀100的鱼眼部102需要配合穿刺针杆产生随动性变形，对此处的随动性变形来说，当需要保证通孔103与穿刺针杆的良好气密性，通孔103处需要保持与穿刺针杆良好的配合抱紧效果，如此，只能通过鱼眼部102整体产生与穿刺针杆较好的随动效果，才能既不影响气密性又能提高穿刺针杆活动时的顺畅度，而此处想要实现鱼眼部102良好的随动性，对鱼眼部102的壁厚进行薄壁处理，使得鱼眼部102的壁厚变薄，这样就可以降低鱼眼部102随着穿刺针杆适应性变形时的阻力，但是，鱼眼阀100同时还需要保持一定的强度以防止随着穿刺针杆的活动而对鱼眼部102产生损伤进而出现鱼眼部102破损影响气密性的现象发生，故此，对于壁厚变薄的鱼眼部102来说还需要对鱼眼部102的一部分侧壁形成壁厚较厚的结构，如此，使得鱼眼部102上壁厚较厚的部分来有效保证整体的鱼眼部102除了具有良好的随动性能，还具有一定的刚性，不易被损坏。For the fisheye valve 100 of this embodiment, the overall fisheye 102 has a "thin thickness" structure from the fisheye outer ring 101 to the through hole 103. Such a structure can still be used at the through hole 103. Effectively maintain the air-tightness of the puncture needle device that passes through the puncture device, such as the puncture needle shaft, and reduce the wall thickness of the "thin thickness" structure of the fisheye portion 102. The overall fisheye portion 102 is suitable for, for example, the puncture needle shaft. The holding resistance. In detail, when the fisheye valve 100 is matched with the puncture needle shaft, with the movement of the puncture needle shaft, the fisheye portion 102 of the fisheye valve 100 needs to cooperate with the puncture needle shaft to produce follow-up deformation. In terms of follow-up deformation, when it is necessary to ensure good airtightness between the through hole 103 and the puncture needle shaft, the through hole 103 needs to maintain a good fit and tightness with the puncture needle shaft. In this way, it can only pass through the fisheye 102 as a whole It can produce a better follow-up effect with the puncture needle bar, so as not to affect the air tightness and improve the smoothness of the puncture needle bar when moving, and here we want to achieve good follow-up performance of the fisheye 102, which is good for the fisheye. The wall thickness of the part 102 is thin-walled, so that the wall thickness of the fish-eye part 102 becomes thinner, so that the resistance of the fish-eye part 102 when the puncture needle is deformed adaptively can be reduced. However, the fish-eye valve 100 also needs Maintain a certain strength to prevent damage to the fisheye 102 caused by the movement of the puncture needle, and damage to the fisheye 102 affects the air tightness. Therefore, for the fisheye 102 with a thinner wall thickness It is also necessary to form a thicker wall structure on a part of the side wall of the fisheye 102, so that the thicker wall of the fisheye 102 can effectively ensure that the overall fisheye 102 has good follow-up performance, It also has a certain degree of rigidity and is not easily damaged.

其次，在通孔103的孔口形成的弧形翻边1031来说，弧形翻边1031主要意义在于在穿刺针杆与通孔103背离鱼眼外环101的孔口边沿存有一定的间隙，穿刺针杆退出穿刺器时，从通孔103的内壁与穿刺针杆的接触面来说，与穿刺针杆接触的通孔103的内壁为光滑的壁面结构而不存在边沿接触，其中，内壁与穿刺针杆接触的通孔103部分的内径适于与穿刺针杆的外径配合，使得该部分的通孔103的内壁形成对于穿刺针杆的外侧壁周向的包紧，而通孔103背离鱼眼外环101的孔口边沿由于不接触穿刺针杆，这样通孔103背离鱼眼外环101的孔口边沿就不会形成对于穿刺针杆退出时的阻碍影响，进而使得穿刺针杆可以快捷退出包括鱼眼阀100在内的穿刺密封组件。Secondly, for the arc-shaped flanging 1031 formed by the orifice of the through hole 103, the main meaning of the arc-shaped flanging 1031 is that there is a certain gap between the puncture needle shaft and the through hole 103 away from the edge of the fisheye outer ring 101. When the puncture needle shaft exits the puncture, from the contact surface between the inner wall of the through hole 103 and the puncture needle shaft, the inner wall of the through hole 103 contacting the puncture needle shaft has a smooth wall structure without edge contact, where the inner wall The inner diameter of the part of the through hole 103 that is in contact with the puncture needle shaft is adapted to match the outer diameter of the puncture needle shaft, so that the inner wall of the through hole 103 of this part forms a circumferential tightness to the outer side wall of the puncture needle shaft, and the through hole 103 Since the edge of the orifice away from the fisheye outer ring 101 does not touch the puncture needle shaft, the through hole 103 away from the edge of the orifice of the fisheye outer ring 101 will not hinder the exit of the puncture needle shaft, thereby making the puncture needle shaft The piercing seal assembly including the fisheye valve 100 can be quickly withdrawn.

实施例2：Example 2:

请参阅图2至图7所示，在实施例1的鱼眼阀100的基础上，本实施例提供了一种穿刺密封组件，适用于穿刺器，包括：实施例1的鱼眼阀100、分别设于鱼眼阀100的轴向两端的鱼眼阀压环500和密封座300，以及在密封座300远离鱼眼阀100的轴向的端部设有的保护垫压环400。其中在保护垫压环400与鱼眼阀100的轴向之间还设有摆动膜200；摆动膜200包括第一基台201、第二基台202，以及在第一基台201和第二基台202之间设有的S形连接部203；其中第一基台201适于同时抵接密封座300和保护垫压环400，第二基台202用于与穿刺器的套管盖1配接固定。保护垫压环400、第一基台201、密封座300、鱼眼阀100和鱼眼阀压环500之间通过适配插接的柱孔配合结构以实现沿着鱼眼阀100的轴向将鱼眼阀100压紧固定。Please refer to FIGS. 2-7. On the basis of the fisheye valve 100 of Embodiment 1, this embodiment provides a puncture sealing assembly, which is suitable for a puncture device, including: the fisheye valve 100 of Embodiment 1, The fisheye valve pressure ring 500 and the sealing seat 300 respectively provided at the axial ends of the fisheye valve 100, and the protective pad pressure ring 400 is provided at the axial end of the sealing seat 300 away from the fisheye valve 100. A swinging film 200 is also provided between the protection pad pressing ring 400 and the fisheye valve 100 in the axial direction; the swinging film 200 includes a first base 201, a second base 202, and the first base 201 and the second base An S-shaped connecting portion 203 is provided between the abutments 202; the first abutment 201 is suitable for abutting the sealing seat 300 and the protective pad pressing ring 400 at the same time, and the second abutment 202 is used for the sleeve cover 1 of the trocar The mating is fixed. The protective pad pressure ring 400, the first abutment 201, the sealing seat 300, the fisheye valve 100 and the fisheye valve pressure ring 500 are fitted with a cylindrical hole fitting structure to achieve the axial direction of the fisheye valve 100 Press and fix the fisheye valve 100 tightly.

详细来说，本实施例采用的柱孔配合结构包括在鱼眼阀压环500朝向鱼眼阀100的端面沿着鱼眼阀压环500的周向间隔地设有垂直凸起的多个第一台柱501、在密封座300朝向鱼眼阀100的端面沿着该密封座300的周向间隔地设有垂直凸起的多个第二台柱301、在鱼眼阀压环500朝向鱼眼阀100的端面上设有的适于与多个第二台柱301插接的多个第二柱孔503、在密封座300朝向鱼眼阀100的端面上设有适于与多个第一台柱501插接的多个第一柱孔302，以及在鱼眼阀100上贯通设有适于多个第一台柱501和多个第二台柱301穿过的多个配合孔105，即在第一台柱501与第一柱孔302以及配合孔105的配合和第二台柱301与第二柱孔503以及配合孔105的配合作用下，鱼眼阀压环500和密封座300将鱼眼阀100压紧固定。需要说明的是，第一柱孔302并不是贯通密封座300轴向的上下端面的结构，同样，第二柱孔503并不是贯通鱼眼阀压环500轴向的上下端面的结构。In detail, the column hole fitting structure adopted in this embodiment includes a plurality of vertical protrusions on the end surface of the fisheye valve pressure ring 500 facing the fisheye valve 100 and spaced along the circumference of the fisheye valve pressure ring 500. A column 501, a plurality of second columns 301 projecting vertically are provided on the end surface of the sealing seat 300 facing the fisheye valve 100 at intervals along the circumference of the sealing seat 300, and the fisheye valve pressing ring 500 is facing the fisheye valve A plurality of second column holes 503 are provided on the end surface of 100, which are suitable for being inserted into a plurality of second columns 301, and the end surface of the sealing seat 300 facing the fisheye valve 100 is provided with a plurality of first columns 501. A plurality of first post holes 302 are inserted, and a plurality of matching holes 105 suitable for the passage of a plurality of first posts 501 and a plurality of second posts 301 are formed through the fisheye valve 100, that is, in the first post Under the cooperation of 501 with the first column hole 302 and the matching hole 105 and the cooperation of the second column 301 with the second column hole 503 and the matching hole 105, the fisheye valve pressure ring 500 and the sealing seat 300 press the fisheye valve 100 tightly. fixed. It should be noted that the first cylindrical hole 302 does not penetrate the upper and lower end surfaces of the sealing seat 300 in the axial direction. Similarly, the second cylindrical hole 503 does not penetrate the upper and lower end surfaces of the fisheye valve pressure ring 500 in the axial direction.

第一台柱501和第二台柱301优选为圆柱体状结构，第一柱孔302、第二柱孔503和配合孔105对应为六边体结构的槽孔。对于此处的第一台柱501与第一柱孔302的配合，第二台柱301与第二柱孔503的配合，以及配合孔105与第一台柱501和第二台柱301之间的配合均可采用过盈配合的方式来实现配合的紧密性，如此不仅可以提高配合的牢固度，还可以提高配合的气密性。另外，关于对于第一台柱501和第二台柱301的外径可以是相同的，也可以是不同的，此处只需要使得第一台柱501与第一柱孔302和配合孔105的内外径适配吻合即可，同样使得第二台柱301与第二柱孔503和配合孔105的内外径适配吻合。The first pillar 501 and the second pillar 301 preferably have a cylindrical structure, and the first pillar hole 302, the second pillar hole 503, and the matching hole 105 correspond to slots of a hexagonal structure. Regarding the fit between the first pillar 501 and the first pillar hole 302, the fit between the second pillar 301 and the second pillar hole 503, and the fit between the mating hole 105 and the first pillar 501 and the second pillar 301 can be used. Interference fit is used to achieve tightness of the fit, which not only improves the firmness of the fit, but also improves the air tightness of the fit. In addition, regarding the outer diameters of the first pillar 501 and the second pillar 301 may be the same or different, here it is only necessary to make the inner and outer diameters of the first pillar 501 and the first pillar hole 302 and the mating hole 105 suitable. The fitting and anastomosis are sufficient, and the inner and outer diameters of the second pillar 301 and the second pillar hole 503 and the mating hole 105 can also be matched and matched.

还需要说明的是，多个第二台柱301与多个第一台柱501错位布置，如此，对于位于鱼眼阀压环500上的第一台柱501和第二柱孔503来说不会形成冲突，同样的，对于位于密封座300上的第二台柱301和第一柱孔302来说也不会形成冲突。结合附图具体来说，关于多个第二台柱301和多个第一柱孔302具体的位置分布关系，一种可选的实施方式下，每相邻的两个第二台柱301之间设有一个第一柱孔302，即形成第二台柱301与第一柱孔302的交错分布结构，对应的，关于多个第一台柱501和多个第二柱孔503具体的位置分布关系，每相邻的两个第一台柱501之间设有一个第二柱孔503，即形成第一台柱501与第二柱孔503的交错分布结构。It should also be noted that the plurality of second pillars 301 and the plurality of first pillars 501 are arranged in a staggered manner, so that there is no conflict between the first pillar 501 and the second pillar hole 503 located on the fisheye valve pressure ring 500 Similarly, there will be no conflict between the second pillar 301 and the first pillar hole 302 located on the sealing seat 300. Specifically with reference to the drawings, regarding the specific positional distribution relationship of the plurality of second pillars 301 and the plurality of first pillar holes 302, in an optional implementation manner, each adjacent two second pillars 301 are arranged between each other. There is a first pillar hole 302, which forms a staggered distribution structure of the second pillar 301 and the first pillar hole 302. Correspondingly, regarding the specific positional distribution relationship of the plurality of first pillars 501 and the plurality of second pillar holes 503, each A second pillar hole 503 is provided between two adjacent first pillars 501, that is, a staggered distribution structure of the first pillar 501 and the second pillar hole 503 is formed.

此外，柱孔配合结构包括还包括在保护垫压环400朝向基台的侧端面沿着该保护垫压环400的周向间隔地设有垂直凸起的多个第三台柱402、在密封座300朝向保护垫压环400的侧端面设有的适于与多个第三台柱402插接的多个第三柱孔305，以及在第一基台201上贯穿设有的适于多个第三台柱402穿过的穿孔2013；即在第三台柱402与第三柱孔305以及穿孔2013的配合作用下，保护垫压环400和密封座300将摆动膜200压紧固定。对于第三台柱402与第三柱孔305的具体配合情况可以参照第一台柱501和第一柱孔302，对此，此处不再赘述，同理，对于穿孔2013的情况也可以参照配合孔105。In addition, the column hole matching structure further includes a plurality of third pillars 402 provided with vertical protrusions on the side end surface of the protective pad pressing ring 400 facing the abutment at intervals along the circumferential direction of the protective pad pressing ring 400, and the sealing seat 300 is provided with a plurality of third column holes 305 which are suitable for inserting with a plurality of third pillars 402 facing the side end surface of the protection pad pressing ring 400, and a plurality of third pillar holes 305 are provided through the first base 201 and are suitable for a plurality of second pillars. The perforation 2013 through which the three posts 402 pass; that is, under the cooperation of the third post 402, the third post hole 305 and the perforation 2013, the protective pad pressing ring 400 and the sealing seat 300 press and fix the swing film 200 tightly. For the specific cooperation of the third pillar 402 and the third pillar hole 305, please refer to the first pillar 501 and the first pillar hole 302. This will not be repeated here. Similarly, for the case of the perforation 2013, you can also refer to the mating hole. 105.

对于本实施例的穿刺密封组件来说，穿刺密封组件还包括位于保护垫压环400与摆动膜200之间设有的密封体600；具体的，密封体600包括适于嵌入在保护垫压环400与第一基台201之间的嵌入部601、与嵌入部601一体相连以呈L形结构的连接部602，以及与连接部602相连的密封部603；密封体600是由多个密封瓣通过相抵接或者部分重叠的方式形成，本实施例中的密封体600可以是一体式密封膜、其具有“Y”型或“十”字型凹槽，或者是采用多个密封瓣相抵接形成的鸭嘴型，又或者是由圆心角大于等于90°的四个密封瓣部分重叠形成的密封面。此处的密封体600的材质可以是例如但不限于TPE或TPU。嵌入部601上贯通设有适于多个第三台柱402穿过的贯通孔608。也就是说，密封体600的嵌入部601也通过第三台柱402与贯通孔608的配合实现密封体600被压紧固定在保护垫压环400与摆动膜200之间，如此，对于密封体600和鱼眼阀100来说，两者相互配合，各自发挥作用，且密封体600和鱼眼阀100之间并不直接接触，这样使得穿刺针杆在***穿刺器的时候，穿刺针杆的作用下，密封体600和鱼眼阀100可以产生相对独立的变形，互相之间不会产生影响和干扰，从而降低对气密性的影响。此处还需要说明的是，对于本实施例设计的密封体600来说，一方面可用于降低穿刺针杆与穿刺器配合过程中的插拔力，另一方面还可通过密封体600对于穿刺针杆***穿刺器过程中的限位来防止穿刺针杆戳破鱼眼阀100。For the puncture seal assembly of this embodiment, the puncture seal assembly further includes a sealing body 600 provided between the protective pad pressing ring 400 and the swing membrane 200; specifically, the sealing body 600 includes a protective pad pressing ring suitable for being embedded The embedded portion 601 between 400 and the first base 201, the connecting portion 602 integrally connected with the embedded portion 601 to have an L-shaped structure, and the sealing portion 603 connected with the connecting portion 602; the sealing body 600 is composed of a plurality of sealing petals Formed by abutting or partially overlapping, the sealing body 600 in this embodiment can be an integrated sealing film with a "Y" or "cross" groove, or a plurality of sealing flaps can be formed by abutting against each other. Duckbill type, or a sealing surface formed by partially overlapping four sealing flaps with a central angle greater than or equal to 90°. The material of the sealing body 600 may be, for example, but not limited to TPE or TPU. The insertion portion 601 is provided with a through hole 608 through which a plurality of third pillars 402 pass. In other words, the embedding part 601 of the sealing body 600 also realizes that the sealing body 600 is compressed and fixed between the protection pad pressing ring 400 and the swinging film 200 through the cooperation of the third post 402 and the through hole 608. In this way, for the sealing body 600 As for the fish-eye valve 100, the two cooperate with each other, and the sealing body 600 and the fish-eye valve 100 do not directly contact each other, so that the puncture needle shaft can play a role when the puncture needle shaft is inserted into the puncture device. Below, the sealing body 600 and the fisheye valve 100 can be deformed relatively independently, and will not affect and interfere with each other, thereby reducing the impact on air tightness. It should also be noted here that for the sealing body 600 designed in this embodiment, on the one hand, it can be used to reduce the insertion and extraction force during the mating process of the puncture needle shaft and the trocar, and on the other hand, the sealing body 600 can also be used for puncturing The limit position during the insertion of the needle bar into the trocar prevents the puncture needle bar from piercing the fisheye valve 100.

再者，鱼眼阀压环500包括设有第一台柱501的呈圆环形结构的外环部507，以及由外环部507围合形成的适于鱼眼部102穿过的圆形开口部508。密封座300包括设有第二台柱301的呈圆环形结构的环形基座307，以及由环形基座307围合形成的适于密封部603穿过的圆形开孔部308。保护垫压环400包括设有第三台柱402的呈圆环形结构的环形本体405，以及与环形本体405一体相连的且朝向密封部603方向弯折的以与环形本体405呈L形结构的延伸部407；延伸部407围合形成有适于穿刺针杆***的插孔结构。Furthermore, the fish-eye valve pressure ring 500 includes an outer ring portion 507 in a circular ring structure provided with a first pillar 501, and a circular opening formed by the outer ring portion 507 and suitable for the fish-eye portion 102 to pass through.部508. The sealing seat 300 includes an annular base 307 having a circular ring structure provided with a second pillar 301, and a circular opening portion 308 formed by the annular base 307 and suitable for the sealing portion 603 to pass through. The protective pad pressing ring 400 includes an annular body 405 having a circular ring structure provided with a third pillar 402, and an annular body 405 integrally connected with the annular body 405 and bent toward the sealing portion 603 to form an L-shaped structure with the annular body 405 Extension 407; The extension 407 is enclosed and formed with a socket structure suitable for insertion of a puncture needle.

再详细来说，本实施例采用的S形连接部203包括与第一基台201相连的小U形折叠部2031，以及与第二基台202相连的大U形折叠部2032；其中小U形折叠部2031与大U形折叠部2032共有一侧壁；小U形折叠部2031凸起于第一基台201，大U形折叠部2032凸起于第二基台202，且小U形折叠部2031相对于第一基台201凸起的方向与大U形折叠部2032相对于第二基台202凸起的方向相反。对于本实施例的摆动膜200采用具有一定弹性的材质制成，例如但不限于医用高分子塑料或者橡胶或者硅胶，其中医用高分子塑料例如医用聚四氟乙烯，如此，通过材质的弹性配合S形连接部602203来共同实现摆动膜200随着穿刺针杆活动而呈现良好的随动性。In more detail, the S-shaped connecting portion 203 used in this embodiment includes a small U-shaped folding portion 2031 connected to the first base 201, and a large U-shaped folding portion 2032 connected to the second base 202; The U-shaped folded portion 2031 and the large U-shaped folded portion 2032 share a side wall; the small U-shaped folded portion 2031 protrudes from the first base 201, the large U-shaped folded portion 2032 protrudes from the second base 202, and has a small U-shaped The direction in which the folded portion 2031 protrudes relative to the first base 201 is opposite to the direction in which the large U-shaped folded portion 2032 protrudes relative to the second base 202. For the oscillating membrane 200 of this embodiment, it is made of a material with certain elasticity, such as but not limited to medical polymer plastic or rubber or silica gel. Among them, the medical polymer plastic is medical polytetrafluoroethylene. In this way, the material is elastically matched. The shaped connecting portion 602203 together realizes that the oscillating membrane 200 exhibits good followability with the movement of the puncture needle shaft.

在本实施例的摆动膜200具体运用在穿刺密封组件中时，第一基台201适于与穿刺密封组件的其它结构配接固定，第二基台202用于与穿刺器的套管盖1配接固定。此处对于小U形折叠部2031相对于第一基台201凸起的方向与大U形折叠部2032相对于第二基台202凸起的方向相反来说，一种可选的情况是，小U形折叠部2031相对于第一基台201为朝向穿刺器的套管盖1一侧凸起，而大U形折叠部2032相对于第一基台201为背离穿刺器的套管盖1一侧凸起；还一种可选的情况是小U形折叠部2031相对于第一基台201为背离穿刺器的套管盖1一侧凸起，而大U形折叠部2032相对于第一基台201为朝向穿刺器的套管盖1一侧凸起，本实施例附图以该种情况为，在这种情况下，此时，理论上上来讲，小U形折叠部2031和大U形折叠部2032形成的S形连接部203的扭曲变形性受到小U形折叠部2031相对于第一基台201凸起的高度和大U形折叠部2032相对于第二基台202凸起的高度的影响，即凸起的高度越大，S形连接部203的扭曲变形的空间越大。但是，由于背离穿刺器的套管盖1一侧也就是鱼眼阀100所在侧，鱼眼阀100主要形成在穿刺针杆活动过程中良好的随动性，又能兼顾良好的密封性，就需要与鱼眼阀100共同形成穿刺密封组件的包括摆动膜200具有良好的随动性，也就是说，由第一基台201背离穿刺器的套管盖1的一侧为鱼眼阀100带动整体的穿刺密封组件随着穿刺针杆活动的活动区间，此处，考虑到在有效保证S形连接部203的扭曲变形空间的前提下还需要兼顾考虑降低小U形折叠部2031相对于第一基台201凸起的过高对于鱼眼阀100带动整体的穿刺密封组件随着穿刺针杆活动的影响，本实施例设计的小U形折叠部2031相对于第一基台201凸起的高度小于大U形折叠部2032相对于第二基台202凸起的高度。即充分利用大U形折叠部2032朝向穿刺器的套管盖1一侧凸起的高度来为S形连接部203提供相对较大的扭曲变形空间，结合控制小U形折叠部2031相对于第一基台201的凸起高度在满足为S形连接部203提供扭曲变形空间的同时又降低对于鱼眼阀100带动穿刺密封组件整体形成相对于穿刺针杆随动时的影响。When the oscillating membrane 200 of this embodiment is specifically used in the puncture sealing assembly, the first abutment 201 is suitable for mating and fixing with other structures of the puncture sealing assembly, and the second abutment 202 is used to connect to the sleeve cover 1 of the puncture device. The mating is fixed. Here, for the convex direction of the small U-shaped folded portion 2031 relative to the first base 201 and the convex direction of the large U-shaped folded portion 2032 relative to the second base 202 are opposite, an optional situation is: The small U-shaped folded portion 2031 is convex toward the side of the cannula cover 1 of the trocar with respect to the first abutment 201, and the large U-shaped folded portion 2032 is the cannula cover 1 facing away from the trocar with respect to the first abutment 201. One side protruding; another optional situation is that the small U-shaped folded portion 2031 with respect to the first base 201 is convex on the side facing away from the sleeve cover 1 of the trocar, and the large U-shaped folded portion 2032 is opposite to the first A base 201 is protruding toward the side of the cannula cover 1 of the trocar. The drawings of this embodiment take this situation as the case. In this case, at this time, theoretically speaking, the small U-shaped folded portion 2031 and The distortion deformability of the S-shaped connecting portion 203 formed by the large U-shaped folded portion 2032 is affected by the convex height of the small U-shaped folded portion 2031 relative to the first base 201 and the convex height of the large U-shaped folded portion 2032 relative to the second base 202. The influence of the height of the rise, that is, the greater the height of the protrusion, the greater the space for the distortion of the S-shaped connecting portion 203. However, since the side of the casing cover 1 facing away from the trocar is the side where the fish-eye valve 100 is located, the fish-eye valve 100 is mainly formed to have good follow-up performance during the movement of the puncture needle, and it can also take into account good sealing performance. The piercing seal assembly including the swinging membrane 200 that needs to form the piercing seal assembly with the fisheye valve 100 has good followability, that is, the fisheye valve 100 is driven by the side of the first abutment 201 away from the casing cover 1 of the piercer. The integral puncture seal assembly moves along with the movement range of the puncture needle shaft. Here, considering that the distortion space of the S-shaped connecting portion 203 is effectively ensured, it is also necessary to consider reducing the small U-shaped folding portion 2031 relative to the first The excessively high protrusion of the base 201 has an effect on the fisheye valve 100 driving the overall puncture sealing assembly along with the movement of the puncture needle. The height of the small U-shaped fold 2031 designed in this embodiment relative to the protrusion of the first base 201 It is smaller than the height of the protrusion of the large U-shaped folded portion 2032 relative to the second base 202. That is to make full use of the raised height of the large U-shaped folded portion 2032 toward the side of the cannula cover 1 of the trocar to provide a relatively large space for distortion and deformation of the S-shaped connecting portion 203, combined with the control of the small U-shaped folded portion 2031 relative to the second The height of the protrusion of a base 201 satisfies the need to provide space for twisting and deformation of the S-shaped connecting portion 203, and at the same time reduces the impact on the fisheye valve 100 driving the puncture seal assembly and the overall formation of the puncture needle shaft.

此外，对于S形连接部203的扭曲变形性来说，除了会受到小U形折叠部2031相对于第一基台201的凸起高度和大U形折叠部2032相对于第二基台202的凸起高度的影响，还会受到小U形折叠部2031的两个侧壁之间的间距和大U形折叠部2032的两个侧壁之间的间距大小的影响，此处，对于小U形折叠部2031的两个侧壁之间的间距与大U形折叠部2032的两个侧壁之间的间距可以是相同，也可以是不相同，例如通过设计小U形折叠部2031的两个侧壁之间的间距大于大U形折叠部2032的两个侧壁之间的间距，以对小U形折叠部2031相对于第一基台201凸起的高度小于大U形折叠部2032相对于第二基台202凸起的高度的补偿，由此来提高小U形折叠部2031对于的S形连接部203扭曲变形性的贡献。In addition, for the twisting and deformability of the S-shaped connecting portion 203, in addition to being affected by the protrusion height of the small U-shaped folded portion 2031 relative to the first base 201 and the large U-shaped folded portion 2032 relative to the second base 202 The height of the protrusion is also affected by the distance between the two side walls of the small U-shaped folded portion 2031 and the distance between the two side walls of the large U-shaped folded portion 2032. The distance between the two side walls of the U-shaped folded portion 2031 and the distance between the two side walls of the large U-shaped folded portion 2032 may be the same or different, for example, by designing the two side walls of the small U-shaped folded portion 2031. The distance between the two side walls is greater than the distance between the two side walls of the large U-shaped folded portion 2032, so that the raised height of the small U-shaped folded portion 2031 relative to the first base 201 is smaller than that of the large U-shaped folded portion 2032. With respect to the compensation of the height of the protrusion of the second base 202, the contribution of the small U-shaped folded portion 2031 to the twisting and deformability of the S-shaped connecting portion 203 is improved.

实施例3：Example 3:

请参阅图3所示，本实施例提供的穿刺密封组件还包括在环形基座307朝向第一基台201的侧端面设有第一环形凸起部3071，以及在环形基座307朝向鱼眼阀100的侧端面设有第二环形凸起部3075。此处需要说明的是，第一环形凸起部3071避开第二台柱301和第一柱孔302，即第二台柱301和第一柱孔302都不设置在第一环形凸起部3071上，此外，第二环形凸起部3075同样避开第三柱孔305，即第三柱孔305不设置在第二环形凸起部3075上。Please refer to FIG. 3, the puncture seal assembly provided in this embodiment further includes a first annular protrusion 3071 on the side end surface of the annular base 307 facing the first base 201, and a first annular protrusion 3071 on the annular base 307 facing the fisheye The side end surface of the valve 100 is provided with a second annular protrusion 3075. It should be noted here that the first annular protrusion 3071 avoids the second pillar 301 and the first pillar hole 302, that is, neither the second pillar 301 nor the first pillar hole 302 is provided on the first annular protrusion 3071 In addition, the second annular convex portion 3075 also avoids the third cylindrical hole 305, that is, the third cylindrical hole 305 is not provided on the second annular convex portion 3075.

此外，在第一环形凸起部3071朝向基台的端面设有凸起的截面为三角形的第一环形三角锥台3072，对应的在第一基台201朝向第一环形凸起部3071的端面设有凹设的适于与第一环形三角锥台3072契合的第一环形三角嵌槽2011。在第二环形凸起部3075朝向鱼眼阀100的端面设有凸起的截面为三角形的第二环形三角锥台3078，对应的在鱼眼阀100的朝向鱼眼外环101第二环形凸起部3075的端面设有凹设的适于与第二环形三角锥台3078契合的第二环形三角嵌槽1011。In addition, a convex first annular frustum 3072 with a triangular cross section is provided on the end surface of the first annular protrusion 3071 facing the base, and correspondingly, the end surface of the first base 201 facing the first annular protrusion 3071 is provided. A concave first ring-shaped triangular groove 2011 adapted to fit with the first ring-shaped triangular frustum 3072 is provided. On the end surface of the second annular protrusion 3075 facing the fisheye valve 100, a convex second annular triangular frustum 3078 with a triangular cross-section is provided, corresponding to the second annular protrusion of the fisheye valve 100 facing the fisheye outer ring 101 The end surface of the rising portion 3075 is provided with a concave second annular triangular groove 1011 adapted to fit with the second annular triangular frustum 3078.

以一种可选的实施方式为例，第一环形三角锥台3072适于与第一环形三角嵌槽2011过盈配合；以及第二环形三角锥台3078适于与第二环形三角嵌槽1011过盈配合。Taking an alternative embodiment as an example, the first annular triangular frustum 3072 is suitable for interference fit with the first annular triangular groove 2011; and the second annular triangular frustum 3078 is suitable for interfering with the second annular triangular groove 1011 Interference fit.

第一环形三角锥台3072和第一环形三角嵌槽2011的过盈配合，以及第二环形三角锥台3078适于与第二环形三角嵌槽1011的过盈配合，使得穿刺针杆对于鱼眼阀100产生轴向的作用力时，环形三角锥台与环形三角嵌槽之间的过盈量可以形成对于穿刺针杆带来的轴向作用力的缓冲效果，这样，在穿刺针杆操作的过程中，从轴向配合的角度来说，可以有效提高密封组件的气密性。The interference fit between the first annular triangular frustum 3072 and the first annular triangular groove 2011, and the second annular triangular frustum 3078 are suitable for the interference fit with the second annular triangular groove 1011, so that the puncture needle shaft is effective for the fisheye When the valve 100 generates an axial force, the interference between the annular triangular frustum and the annular triangular groove can form a buffer effect for the axial force caused by the puncture needle shaft. In this way, when the puncture needle shaft is operated In the process, from the perspective of axial fit, the air tightness of the sealing assembly can be effectively improved.

本实施例提供的穿刺密封组件与实施例2的穿刺密封组件的结构基本相同，区别在于，在第一环形凸起部3071朝向第一基台201的端面设有凸起的截面为三角形的第一环形三角锥台3072，对应的在第一基台201朝向第一环形凸起部3071的端面不设有适于与第一环形三角锥台3072契合的第一环形三角嵌槽2011，此处的第一基台201朝向第一环形凸起部3071的端面为平端面，即通过平端面的第一基台201形成对于第一环形三角锥台3072的挤压变形，提高两者配合状态下的气密性。在第二环形凸起部3075朝向鱼眼阀100的端面设有凸起的截面为三角形的第二环形三角锥台3078，对应的在鱼眼阀100的鱼眼外环101朝向第二环形凸起部3075的端面不设有凹设的适于与第二环形三角锥台3078契合的第二环形三角嵌槽1011，此处的鱼眼阀100的鱼眼外环101朝向第二环形凸起部3075的端面为平端面，即通过平端面的鱼眼外环101形成对于第二环形凸起部3075的挤压变形，提高两者配合状态下的气密性。The structure of the piercing and sealing assembly provided by this embodiment is basically the same as that of the piercing and sealing assembly of the second embodiment. The difference is that the first annular protrusion 3071 is provided with a triangular cross-section on the end surface facing the first base 201. An annular triangular frustum 3072, correspondingly, the end surface of the first base 201 facing the first annular protrusion 3071 is not provided with a first annular triangular insert groove 2011 suitable for fitting with the first annular triangular frustum 3072, here The end surface of the first base 201 facing the first annular protrusion 3071 is a flat end surface, that is, the first base 201 of the flat end forms the extrusion deformation of the first annular triangular frustum 3072, which improves the mating state of the two Air tightness. On the end surface of the second annular protrusion 3075 facing the fish-eye valve 100, a convex second annular triangular frustum 3078 with a triangular cross-section is provided, and correspondingly, the fish-eye outer ring 101 of the fish-eye valve 100 faces the second annular convex The end surface of the rising portion 3075 is not provided with a concave second annular triangular groove 1011 suitable for fitting with the second annular triangular frustum 3078, where the fisheye outer ring 101 of the fisheye valve 100 faces the second annular protrusion The end surface of the portion 3075 is a flat end surface, that is, the fisheye outer ring 101 of the flat end surface forms a squeezing deformation for the second annular protrusion 3075, which improves the airtightness of the two in a mating state.

实施例5：Example 5:

请参阅图1所示，在实施例2或实施例3的穿刺密封组件的基础上，本实施例提供了一种穿刺器，包括：实施例2或实施例3的穿刺密封组件。Please refer to FIG. 1, on the basis of the puncture and seal assembly of Embodiment 2 or Embodiment 3, this embodiment provides a puncture device, including: the puncture and seal assembly of Embodiment 2 or Embodiment 3.

以上的具体实施例，对本发明的目的、技术方案和有益效果进行了进一步详细说明，所应理解的是，以上仅为本发明的具体实施例而已，并不用于限制本发明，凡在本发明的精神和原则之内，所做的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。The above specific embodiments further describe the purpose, technical solutions and beneficial effects of the present invention in further detail. It should be understood that the above are only specific embodiments of the present invention and are not intended to limit the present invention. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the invention shall be included in the protection scope of the present invention.

在本发明的描述中，需要理解的是，指示方位或位置关系的术语为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的设备或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。In the description of the present invention, it should be understood that the terms indicating the orientation or the positional relationship are based on the orientation or the positional relationship shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying what is meant. The device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation of the present invention.

在本发明中，除非另有明确的规定和限定，术语“安装”、“相连”、“连接”、“固定”等术语应做广义理解，例如，可以是固定连接，也可以是可拆卸连接，或成一体；可以是机械连接，也可以是电连接；可以是直接相连，也可以通过中间媒介间接相连，可以是两个元件内部的连通或两个元件的相互作用关系。对于本领域的普通技术人员而言，可以根据具体情况理解上述术语在本发明中的具体含义。In the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", "connected", "fixed" and other terms should be understood in a broad sense. For example, it can be a fixed connection or a detachable connection. , Or integrated; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be the internal communication of two components or the interaction relationship between two components. For those of ordinary skill in the art, the specific meanings of the above-mentioned terms in the present invention can be understood according to specific situations.

在本发明的描述中，需要说明的是，术语“中心”、“上”、“下”、“左”、“右”、“竖直”、“水平”、“内”、“外”等指示的方位或位置关系为基于附图所示的方位或位置关系，或者是该发明产品使用时惯常摆放的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的机构或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。此外，术语“第一”、“第二”、“第三”等仅用于区分描述，而不能理解为指示或暗示相对重要性。In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. The indicated position or positional relationship is based on the position or positional relationship shown in the drawings, or the position or positional relationship usually placed when the product of the invention is used, only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying The mechanism or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation of the present invention. In addition, the terms "first", "second", "third", etc. are only used for distinguishing description, and cannot be understood as indicating or implying relative importance.

此外，术语“水平”、“竖直”、“悬垂”等术语并不表示要求部件绝对水平或悬垂，而是可以稍微倾斜。如“水平”仅仅是指其方向相对“竖直”而言更加水平，并不是表示该结构一定要完全水平，而是可以稍微倾斜。In addition, the terms "horizontal", "vertical", "overhanging" and other terms do not mean that the component is required to be absolutely horizontal or overhanging, but may be slightly inclined. For example, “horizontal” only means that its direction is more horizontal than “vertical”, and it does not mean that the structure must be completely horizontal, but can be slightly inclined.

在本发明中，除非另有明确的规定和限定，第一特征在第二特征之上或之下可以包括第一和第二特征直接接触，也可以包括第一和第二特征不是直接接触而是通过它们之间的另外的特征接触。而且，第一特征在第二特征之上、上方和上面包括第一特征在第二特征正上方和斜上方，或仅仅表示第一特征水平高度高于第二特征。第一特征在第二特征之下、下方和下面包括第一特征在第二特征正下方和斜下方，或仅仅表示第一特征水平高度小于第二特征。In the present invention, unless otherwise clearly defined and defined, the first feature above or below the second feature may include the first and second features in direct contact, or it may include the first and second features not in direct contact but It is through the other characteristic contact between them. Moreover, the first feature being above, above, and above the second feature includes the first feature being directly above and obliquely above the second feature, or it simply means that the level of the first feature is higher than the second feature. The first feature below, below, and below the second feature includes the first feature directly below and obliquely below the second feature, or it simply means that the first feature has a lower level than the second feature.

Claims

一种鱼眼阀，适用于穿刺密封组件，其特征在于，包括：鱼眼外环、以及与所述鱼眼外环一体成型的凸起的鱼眼部，以及在所述鱼眼部的中心位置开设有适于穿刺针杆穿过的通孔；其中A fish-eye valve suitable for piercing a sealing assembly, characterized by comprising: a fish-eye outer ring, and a convex fish-eye part integrally formed with the fish-eye outer ring, and a center position of the fish-eye part Is provided with a through hole suitable for the penetration of the puncture needle;

所述鱼眼部包括与所述鱼眼外环相连的第一薄壁部、与第一薄壁部相连的厚壁部，以及与所述厚壁部相连的第二薄壁部；The fish-eye portion includes a first thin-walled portion connected with the outer ring of the fish-eye, a thick-walled portion connected with the first thin-walled portion, and a second thin-walled portion connected with the thick-walled portion;

所述第一薄壁部和第二薄壁部的壁厚均小于厚壁部的壁厚；以及The wall thickness of the first thin-walled portion and the second thin-walled portion are both smaller than the wall thickness of the thick-walled portion; and

所述通孔形成于所述第二薄壁部；且所述通孔远离所述鱼眼外环的孔口处的孔壁沿着通孔的周向由通孔内侧朝通孔外侧翻边形成有弧形翻边。The through hole is formed in the second thin-walled part; and the hole wall at the hole of the through hole away from the fisheye outer ring is formed by flanging from the inner side of the through hole to the outer side of the through hole along the circumferential direction of the through hole Curved flanging.
根据权利要求1所述的鱼眼阀，其特征在于，所述第一薄壁部与第二薄壁部的壁厚相等；以及The fish-eye valve according to claim 1, wherein the first thin-walled portion and the second thin-walled portion have the same wall thickness; and

所述厚壁部的壁厚为第一薄壁部和第二薄壁部的壁厚的1.2～1.6倍。The wall thickness of the thick wall portion is 1.2 to 1.6 times the wall thickness of the first thin wall portion and the second thin wall portion.
根据权利要求1所述的鱼眼阀，其特征在于，所述第一薄壁部与第二薄壁部的壁厚不相等；以及The fish-eye valve according to claim 1, wherein the thickness of the first thin-walled portion and the second thin-walled portion are not equal; and

所述厚壁部的壁厚为第一薄壁部和第二薄壁部中壁厚较大者的1.2～1.6倍。The wall thickness of the thick-walled portion is 1.2-1.6 times the larger of the first thin-walled portion and the second thin-walled portion.
根据权利要求1～3任一项所述的鱼眼阀，其特征在于，所述弧形翻边的沿着所述通孔的轴线方向的高度为0.3～1.0mm。The fisheye valve according to any one of claims 1 to 3, wherein the height of the arc-shaped flange along the axial direction of the through hole is 0.3 to 1.0 mm.
一种穿刺密封组件，适用于穿刺器，其特征在于，包括：如权利要求1～4任一项所述鱼眼阀、分别设于所述鱼眼阀的轴向两端的鱼眼阀压环和密封座轴向两端，以及在所述密封座远离所述鱼眼阀的轴向的端部设有的保护垫压环；其中A puncture seal assembly suitable for a puncture device, characterized in that it comprises: the fish-eye valve according to any one of claims 1 to 4, and fish-eye valve pressure rings respectively provided at both axial ends of the fish-eye valve And the axial ends of the sealing seat, and the protective pad pressure ring provided at the axial end of the sealing seat away from the fisheye valve; wherein

在所述保护垫压环与鱼眼阀的轴向之间还设有摆动膜；所述摆动膜包括第一基台、第二基台，以及在所述第一基台和第二基台之间设有的S形连接部；其中所述第一基台适于同时抵接密封座和保护垫压环，所述第二基台用于与穿刺器的套管盖1配接固定；以及A swinging film is also provided between the protection pad pressing ring and the axial direction of the fisheye valve; the swinging film includes a first base, a second base, and the first base and the second base. An S-shaped connecting portion is provided between them; wherein the first abutment is suitable for abutting the sealing seat and the pressure ring of the protective pad at the same time, and the second abutment is used for mating and fixing with the sleeve cover 1 of the trocar; as well as

所述保护垫压环、第一基台、密封座、鱼眼阀和鱼眼阀压环之间通过适配插接的柱孔配合结构以实现沿着鱼眼阀的轴向将鱼眼阀压紧固定。The protective pad pressure ring, the first abutment, the sealing seat, the fish-eye valve and the fish-eye valve pressure ring are fitted with a cylindrical hole fitting structure to realize the fish-eye valve along the axial direction of the fish-eye valve. Press tightly to fix.
根据权利要求5所述的穿刺密封组件，其特征在于，所述柱孔配合结构包括在所述鱼眼阀压环朝向鱼眼阀的端面沿着鱼眼阀压环的周向间隔地设有垂直凸起的多个第一台柱、在所述密封座朝向鱼眼阀的端面沿着该密封座的周向间隔地设有垂直凸起的多个第二台柱、在所述鱼眼阀压环朝向鱼眼阀的端面上设有的适于与多个所述第二台柱插接的多个第二柱孔、在所述密封座朝向鱼眼阀的端面上设有适于与多个所述第一台柱插接的多个第一柱孔，以及在所述鱼眼阀上贯通设有适于多个第一台柱和多个第二台柱穿过的多个配合孔；The puncture seal assembly according to claim 5, wherein the cylindrical hole matching structure comprises a fish-eye valve pressure ring on the end surface of the fish-eye valve that faces the fish-eye valve at intervals along the circumference of the fish-eye valve pressure ring. A plurality of vertically protruding first pillars, a plurality of vertically protruding second pillars are provided on the end surface of the sealing seat facing the fish-eye valve at intervals along the circumference of the sealing seat, and the fish-eye valve pressure The end surface of the ring facing the fish-eye valve is provided with a plurality of second column holes adapted to be inserted into the plurality of second pillars, and the end surface of the sealing seat facing the fish-eye valve is provided with a plurality of A plurality of first column holes into which the first pillar is inserted, and a plurality of matching holes suitable for the passage of the plurality of first pillars and the plurality of second pillars through the fisheye valve;

多个所述第二台柱与多个所述第一台柱错位布置，即在所述第一台柱与第一柱孔以及配合孔的配合和第二台柱与第二柱孔以及配合孔的配合作用下，所述鱼眼阀压环和密封座将鱼眼阀压紧固定。The plurality of second pillars and the plurality of first pillars are arranged in a staggered arrangement, that is, the coordination of the first pillar with the first pillar hole and the matching hole and the coordination of the second pillar with the second pillar hole and the matching hole Next, the fish-eye valve pressure ring and the sealing seat press and fix the fish-eye valve tightly.
根据权利要求6所述的穿刺密封组件，其特征在于，所述柱孔配合结构包括还包括在所述保护垫压环朝向第一基台的侧端面沿着该保护垫压环的周向间隔地设有垂直凸起的多个第三台柱、在所述密封座朝向保护垫压环的侧端面设有的适于与多个所述第三台柱插接的多个第三柱孔，以及在所述第一基台上贯穿设有的适于多个所述第三台柱穿过的穿孔；The puncture seal assembly according to claim 6, wherein the column hole matching structure further comprises a circumferential spacing of the protective pad pressing ring on the side end surface of the protective pad pressing ring facing the first abutment. A plurality of third pillars with vertical protrusions are provided on the ground, a plurality of third pillar holes suitable for being inserted into the plurality of third pillars are provided on the side end surface of the sealing seat facing the pressure ring of the protection pad, and A through hole is provided on the first base platform and is suitable for a plurality of the third platform posts to pass through;

即在所述第三台柱与第三柱孔以及穿孔的配合作用下，所述保护垫压环和密封座将摆动膜压紧固定。That is, under the cooperation of the third pillar, the third pillar hole and the perforation, the protective pad pressure ring and the sealing seat compress and fix the oscillating film.
根据权利要求6或7任一项所述的穿刺密封组件，其特征在于，所述穿刺密封组件还包括位于所述保护垫压环与摆动膜之间设有的密封体；The puncture sealing assembly according to any one of claims 6 or 7, wherein the puncture sealing assembly further comprises a sealing body provided between the pressure ring of the protective pad and the swing membrane;

所述密封体包括适于嵌入在所述保护垫压环与第一基台之间的嵌入部、与所述嵌入部一体相连以呈L形结构的连接部，以及与所述连接部相连的密封部；The sealing body includes an embedded part adapted to be embedded between the protective pad pressing ring and the first base, a connecting part integrally connected with the embedded part to form an L-shaped structure, and a connecting part connected to the connecting part. Seal

所述密封体是由多个密封瓣通过相抵接或者部分重叠的方式形成；The sealing body is formed by a plurality of sealing petals abutting or partially overlapping;

所述嵌入部上贯通设有适于多个所述第三台柱穿过的贯通孔。The embedding part is provided with a through hole that is suitable for a plurality of the third pillars to pass through.
根据权利要求5所述的穿刺密封组件，其特征在于，所述S形连接部包括与所述第一基台相连的小U形折叠部，以及与所述第二基台相连的大U形折叠部；其中The puncture sealing assembly according to claim 5, wherein the S-shaped connecting portion includes a small U-shaped folded portion connected with the first base, and a large U-shaped folded portion connected with the second base. Folding part

所述小U形折叠部与大U形折叠部共有一侧壁；所述小U形折叠部凸起于第一基台，所述大U形折叠部凸起于第二基台，且所述小U形折叠部相对于第一基台凸起的方向与大U形折叠部相对于第二基台凸起的方向相反。The small U-shaped folded portion and the large U-shaped folded portion share a side wall; the small U-shaped folded portion protrudes from the first base, the large U-shaped folded portion protrudes from the second base, and The protruding direction of the small U-shaped folding portion relative to the first base is opposite to the protruding direction of the large U-shaped folding portion relative to the second base.
一种穿刺器，其特征在于，包括如权利要求5～9任一项所述的穿刺密封组件。A puncture device, characterized by comprising the puncture sealing assembly according to any one of claims 5-9.