A split suture structure, a vascular rupture suture piece, and a vascular suture device

Abstract

The present application discloses a split suture structure, a vascular rupture suture piece and a vascular suture device. The split suture structure includes a suture pair and a bridge connection strip preset in the vascular rupture. The suture pair includes a first penetrator and a second penetrator for forming a first penetration and a second penetration of the blood vessel from the outside, respectively; and also includes a suture line for entering the blood vessel from the first penetration and then passing out from the second penetration to retract the first penetration and the second penetration. One end of the suture line is a quick connector I connected to one end of the bridge connection strip, and the other end of the bridge connection strip is a quick connector II connected to the second penetrator; the suture pair is at least two sets, and the bridge connection strips corresponding to different suture pairs are cross-stacked. The suture line forms a suture line loop; different suture line loops form a cross inside the vascular rupture. The vascular rupture suture piece and the vascular suture device both adopt a split suture structure, which can be applied to large-caliber vascular ruptures, and a vascular suture device can replace multiple suture devices to achieve the suture function.

Description

Technical Field

[0001] The present application relates to a split suturing structure, a vascular rupture suturing piece and a vascular suturing device, and belongs to the technical field of medical devices. Background Art

[0002] For the suturing of vascular ruptures, the commonly used vascular suture device is Abbott's Proglide. The principle of the vascular suture device is to form a suture loop in the vascular wound through a puncture needle with a line and tie a knot to fix it. Although the rupture of the blood vessel can be sutured more effectively, since a single suture loop can only fix the rupture in one place, for a larger rupture, it is usually necessary to use more than two suture devices, and the operation is repeated, resulting in cumbersome and difficult surgical procedures. In addition, the patent application of China Publication No. CN101897606A discloses another commonly used clinical vascular suture device (Angioseal), which uses a small gasket to form a sandwich structure to clamp the wound from inside and outside the blood vessel to stop bleeding, but this device can only be used for interventional surgery of small vascular ruptures (below 8F), and has poor applicability for larger caliber vascular ruptures. Summary of the invention

[0003] The technical problem to be solved by the present application is how to suture a larger caliber blood vessel rupture in one go to reduce the difficulty of surgical operation.

[0004] In order to solve the above-mentioned technical problems, the technical solution of the present application is to provide a separate suture structure, including a suture pair and a bridge connecting strip preset in the vascular rupture, the suture pair including a first penetrator and a second penetrator for forming a first penetration and a second penetration of the blood vessel from the outside, respectively, and also including a suture thread for entering the blood vessel from the first penetration and then exiting from the second penetration to achieve the retraction of the first penetration and the second penetration, one end of the suture thread is provided with a quick connector I for connecting one end of the bridge connecting strip, and the other end of the bridge connecting strip is provided with a quick connector II for connecting the second penetrator; the suture pairs are at least two sets, and the bridge connecting strips corresponding to different suture pairs are cross-stacked with each other.

[0005] The physical structure of the quick connector I is arranged on the bridge connecting strip or the suture line, and the physical structure of the quick connector II is arranged on the bridge connecting strip or the second penetrator. The cross-over-overlapping structure of the bridge connecting strips is arranged such that the middle of the bridge connecting strip on one side is angled around the bridge connecting strip on the other side; further, the cross-over-overlapping structure of the bridge connecting strips is arranged such that the bridge connecting strip on one side is entangled when it is passed around the bridge connecting strip on the other side.

[0006] Preferably, a pre-tied knot is provided at the rear of the suture for the suture to be inserted and gripped to form a ring. When in use, the first penetrator and the second penetrator are located on both sides outside the vascular rupture, and the bridge connecting strip is located inside the vascular rupture; the first penetrator forms a first penetration on one side of the rupture, and the second penetrator forms a second penetration on the other side of the rupture. The suture passes through the first penetration and is connected to one end of the bridge connecting strip. The other end of the bridge connecting strip is withdrawn from the second penetration and passes through the pre-tied knot. The bridge connecting strip passes through the pre-tied knot to drive the suture to pass through the pre-tied knot to form a suture loop, and different suture loops form a cross inside the vascular rupture.

[0007] Preferably, both ends of each bridge connecting strip are provided with a developing section for positioning in the blood vessel. During surgical suturing, the current position of the bridge connecting strip can be observed through the developing section, thereby observing the suturing state, reducing the difficulty of the operation and facilitating the operator to perform the operation.

[0008] The possible structural form of the separate suture structure is: the first penetrator includes a first guide needle, a pluggable first connector and a pull-out line arranged at the front end of the first guide needle, the second penetrator includes a second guide needle and a pluggable second connector arranged at the front end of the second guide needle, the two ends of the bridge connection strip are set as plug-in interfaces for connecting the first connector or the second connector, the second connector is connected to the suture line, the first connector is connected to the pull-out line, and the pre-tied sleeve behind the suture line is set on the pull-out line. The first guide needle and the second guide needle penetrate the blood vessel and are inserted into the plug-in interfaces at both ends of the bridge connection strip; the second guide needle is withdrawn outward, and the second connector drives the suture line to fall off the second guide needle; the first guide needle is withdrawn outward, and the first connector drives the pull-out line to fall off the first guide needle, the pull-out line is withdrawn outward, and the pull-out line drives the bridge connection strip, thereby driving the suture line to pass through the pre-tied knot to form a suture line loop, and the two cross-distributed bridge connection strips make the two suture line loops form a cross.

[0009] The preferred implementation structure of the split suture structure is: the first penetrator includes a wireless guide needle and a first connector provided at the front end of the wireless guide needle, the second penetrator includes a wired guide needle and a pluggable second connector provided at the front end of the wired guide needle, the two ends of the bridge connection strip are provided with plug interfaces for connecting the first connector or the second connector, the second connector is connected to the suture, and the pre-tied sleeve behind the suture is provided on the wireless guide needle. The wireless guide needle and the wired guide needle penetrate the blood vessel and are inserted into the plug interfaces at both ends of the bridge connection strip; the wired guide needle is withdrawn outward, and the second connector drives the suture to fall off the wired guide needle; the wireless guide needle is withdrawn outward, and the wireless guide needle drives the bridge connection strip, thereby driving the suture to pass through the pre-tied knot to form a suture loop, and the two cross-distributed bridge connection strips make the two suture loops form a cross.

[0010] Based on the preferred implementation structure of the separate suture structure, the present application also provides a vascular rupture suture piece, which also includes a receiving base preset in the vascular rupture corresponding to the number of suture pairs, the receiving base is connected to a guide column extending outside the vascular rupture, the first penetrator and the second penetrator of the suture pair are respectively arranged on both sides of the guide column, the first penetrator and the second penetrator are used to move toward the receiving base to penetrate the blood vessel, and the receiving base is provided with a receiving groove for receiving the first penetrator and the second penetrator; the two ends of the bridge connecting strip can be releasably hung on the receiving groove of the receiving base.

[0011] The present application also provides a vascular suture device, comprising a catheter, the above-mentioned vascular rupture suture piece and an operating handle connected in sequence, wherein the catheter is used to thread a guide wire; the vascular rupture suture piece also comprises a receiving base groove for accommodating a receiving base, and the receiving base is received in the receiving base groove; the operating handle comprises a guide needle push handle and a receiving base release knob; the receiving base release knob is connected to a control line, and the control line is connected to the receiving base to drive the receiving base to drive the bridge connecting strip to move to an appropriate position; the rear ends of the wireless guide needle\first guide needle and the wired guide needle\second guide needle are connected to the guide needle push handle.

[0012] Preferably, each receiving base moves independently of each other, and each receiving base is connected to an independently operated receiving base release knob; the guide needle push handles connected to the rear ends of the wireless guide needle and the wired guide needle in each suture pair are independently operated guide needle push handles. This allows each suture pair to be operated independently, multiple suture loops can be formed in sequence, and the positions of individual suture loops can be adjusted during the formation process, so that it can be applied to larger vascular ruptures.

[0013] Preferably, the receiving base groove is configured as a hollow frame structure, the receiving base is arranged in the receiving base groove, and a rotating shaft is provided in the middle of the receiving base to hinge the receiving base groove. When the receiving base is stored in the receiving base groove, the volume is small, and it is very convenient to extend into the blood vessel from the rupture of the blood vessel. After the receiving base is released from the receiving base groove, it can be pulled upward to rest against the wall of the rupture of the blood vessel. Specifically, the control line is wound around the receiving base release knob, and the two ends of the control line are respectively connected to the two sides of the rotating shaft of the receiving base. The forward rotation of the receiving base release knob drives the receiving base to rotate and release, and the reverse rotation stores the receiving base back into the receiving base groove.

[0014] The advantages of the present application are that it can be applied to large-caliber vascular ruptures, and one vascular suture device can replace multiple suture devices to achieve the suturing function; and by adjusting the angle, suturing of sutures at different angles can be achieved, thereby increasing the clinical options for doctors; secondly, independent suturing control structures can be used between different sutures to increase the flexibility of suturing operations and expand the range of suturing to make it suitable for suturing large-sized vascular ruptures; finally, the vascular suture device can realize cross-suture loops, cross-lock vascular ruptures, and improve the success rate of suturing large wounds. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the structure of a vascular suture device provided in an embodiment;

[0016] Figure 2 It is a schematic diagram of the structure of a blood vessel rupture suture member provided in an embodiment;

[0017] Figure 3 It is a schematic diagram of the use state of the blood vessel rupture suture provided in the embodiment;

[0018] Figure 4 A schematic diagram of the cross-over and overlapped bridge connecting bars provided in the embodiment;

[0019] Figure 5 A schematic diagram of an operating handle of a vascular suturing device provided in an embodiment;

[0020] Figure 6 A schematic diagram of a cross-shaped suture loop provided in an embodiment. DETAILED DESCRIPTION

[0021] In order to make the present application more clear and understandable, a preferred embodiment is described in detail as follows with reference to the accompanying drawings.

[0022] The present embodiment provides a separate suture structure for a blood vessel rupture; the separate suture structure includes at least two suture pairs arranged in parallel, sutures corresponding to each suture pair, and flexible bridge connecting strips corresponding to the number of suture pairs, one suture pair forms a suture loop, and two suture pairs arranged in parallel form two suture loops. Specifically, the suture pair includes a first penetrator and a second penetrator arranged outside the rupture, the bridge connecting strip is preset in the blood vessel rupture, the first penetrator and the second penetrator are arranged on both sides outside the blood vessel rupture, the first penetrator is used to form a first penetration on one side of the rupture, and the second penetrator is used to form a second penetration on the other side of the rupture. The first penetrator delivers the suture from the second penetration point so that the suture is connected to one end of the bridge connecting strip. A pre-knot is arranged on the first penetrator at the rear of the suture. The first penetrator passes through the first penetration point and connects to the other end of the bridge connecting strip. When the first penetrator withdraws from the first penetration point, it brings out the other end of the bridge connecting strip, so that the bridge connecting strip passes through the pre-knot and is withdrawn. The withdrawal of the bridge connecting strip drives the suture to pass through the pre-knot to form a suture loop; at least two suture pairs form at least two suture loops. Taking two suture pairs as an example, the bridge connecting strips corresponding to the two suture pairs are cross-over and overlapped with each other, and the two suture loops formed are crossed inside the vascular rupture.

[0023] Specifically, the cross-over and overlapping structure of the bridge connecting strips is that the middle part of the bridge connecting strip on one side is angled around the middle part of the bridge connecting strip on the other side. Furthermore, the bridge connecting strip on one side is entangled when passing around the bridge connecting strip on the other side. The cross-over and overlapping arrangement of the bridge connecting strips determines the structural form of the cross-over suture line loop that is finally formed.

[0024] Specifically, both ends of the bridge connecting strip are provided with developing sections for positioning in the blood vessel so that the surgeon can better observe the surgical status.

[0025] Specifically, in possible implementations, such as Figure 3As shown, two parallel suture pairs are provided, the first penetrator includes a wireless guide needle 2-4 and a first connector provided at the front end of the wireless guide needle 2-4, the second penetrator includes a wired guide needle 2-5 and a pluggable second connector provided at the front end of the wired guide needle 2-5, two bridge connecting strips 2-1 located inside the vascular rupture cross each other, both ends of the bridge connecting strip 2-1 are provided as plug interfaces for connecting the first connector or the second connector, the second connector is connected to a suture 2-6, and a pre-tied sleeve behind the suture 2-6 is provided in the same row On the wireless guide needle 2-4, the wireless guide needle 2-4 and the wired guide needle 2-5 penetrate the blood vessel and are inserted into the plug interfaces at both ends of the bridge connecting strip 2-1; the wired guide needle 2-5 is withdrawn outward, and the second connector drives the suture 2-6 to fall off the wired guide needle 2-5; the wireless guide needle 2-4 is withdrawn outward, and the wireless guide needle 2-4 drives the bridge connecting strip 2-1, thereby driving the suture 2-6 to pass through the pre-tied suture loop, and the two cross-distributed bridge connecting strips 2-1 make the two suture loops form a cross, such as Figure 6 shown.

[0026] Different from the above-mentioned implementation, the present embodiment also provides another possible implementation of the separate suture structure, the first penetrator includes a first guide needle, a pluggable first connector and a pull-out line arranged at the front end of the first guide needle, the second penetrator includes a second guide needle and a pluggable second connector arranged at the front end of the second guide needle, two bridge connecting strips located inside the vascular rupture cross, and both ends of the bridge connecting strip are arranged as plug-in interfaces for connecting the first connector or the second connector, the second connector is connected to the suture, the first connector is connected to the pull-out line, the pre-tied sleeve behind the suture is arranged on the pull-out line in the same column, the first guide needle and the second guide needle penetrate the blood vessel and are inserted into the plug-in interfaces at both ends of the bridge connecting strip; the second guide needle is withdrawn outward, and the second connector drives the suture to fall off the second guide needle; the first guide needle is withdrawn outward, and the first connector drives the pull-out line to fall off the first guide needle, the pull-out line is withdrawn outward, the pull-out line drives the bridge connecting strip, thereby driving the suture to pass through the pre-tie to form a suture loop, and the two cross-distributed bridge connecting strips make the two suture loops cross.

[0027] The present embodiment further provides a vascular rupture suture piece 2 including a separate suture structure, the vascular rupture suture piece 2 including a separate suture structure and receiving bases 2-3 preset in the vascular rupture corresponding to the number of suture pairs, the multiple receiving bases 2-3 can be set to be operated separately or fixed as a whole for unified operation, the receiving base 2-3 is hinged with a guide column extending outside the vascular rupture, the first penetrator and the second penetrator of the suture pair are respectively arranged on both sides of the guide column, the first penetrator and the second penetrator are used to move toward the receiving base to penetrate the blood vessel, the first penetrator and the second penetrator play a guiding role during the penetration process, and the receiving base 2-3 is provided with a receiving groove for receiving the first penetrator and the second penetrator; see for details Figure 2 and Figure 3Two wireless guide needles 2-4 are located on one side of the guide column, and two wired guide needles 2-5 are located on the other side of the guide column. The two bridge connecting strips 2-1 of the separate suture structure are cross-stacked and suspended on the receiving groove of the receiving base 2-3 in a detachable connection manner. The four sockets of the two bridge connecting strips 2-1 are respectively facing the wireless guide needle 2-4 or the wired guide needle 2-5. When in use, the guide column carries the receiving base 2-3 and is inserted obliquely from the rupture of the blood vessel, and the guide column is rotated to pull the receiving base upward. 2-3 makes it stick to the inner wall of the blood vessel. At this time, the wireless guide needle 2-4 and the wired guide needle 2-5 are located on both sides of the blood vessel rupture, and the connectors at both ends of the bridge connecting strip 2-1 are also located on both sides of the blood vessel rupture. The wireless guide needle 2-4 and the wired guide needle 2-5 are pushed downward along the guide rod, and the first connector of the wireless guide needle 2-4 and the second connector of the wired guide needle 2-5 are inserted into the connectors at both ends of the bridge connecting strip 2-1 along the connecting groove, and the bridge connecting strip 2-1 is pushed off from the connecting base 2-3.

[0028] In the process of forming a cross suture loop, the role of the guide base 2-3 and the guide column is to relatively limit the position of the bridge connecting strip 2-1 and the direction of the connector, and to assist the wireless guide needle 2-4 and the wired guide needle 2-5 to penetrate the blood vessel wall along the guide column and insert into the connector.

[0029] This embodiment also provides a vascular suture device including a vascular rupture suture member 2, such as Figure 1 As shown, it specifically includes a catheter 1, a blood vessel rupture suture piece 2, a row tube 3 and an operating handle 4 connected in sequence. A guide wire hole is provided inside the catheter 1, a guide wire hole entrance is provided at the front end, and a guide wire hole exit is provided at the rear end. A guide wire is inserted into the guide wire hole, and the guide catheter 1 extends into the blood vessel through the blood vessel rupture. The blood vessel rupture suture piece 2 is used to suture the blood vessel rupture. The row tube 3 provides a channel for routing, needle movement or movement of suture threads 2-6, suture guide needles and various control lines. The operating handle 4 is provided with multiple operating structures for controlling and operating the guide needles, suture threads 2-6, the receiving base 2-3, etc.

[0030] like Figure 4 , Figure 5As shown, the blood vessel rupture suture piece 2 also includes a receiving base groove 2-2 for accommodating the receiving base 2-3, the receiving base groove 2-2 is a hollow frame structure, the receiving base 2-3 is located in the receiving base groove 2-2, and a rotating shaft is provided in the middle of the receiving base 2-3 to hinge the receiving base groove 2-2; initially, the receiving base 2-3 is received in the receiving base groove 2-2, and the catheter 1 is sent into the blood vessel from the rupture through the guide wire pre-placed in the blood vessel until the receiving base 2-3 of the blood vessel rupture suture piece 2 is completely extended into the blood vessel, and control lines are connected to both sides of the receiving base 2-3, and the control lines are wound around the receiving base release knob 4-2 of the operating handle 4, and the two ends of the control line are respectively connected to the two sides of the rotating shaft in the middle of the receiving base 2-3, and the forward rotation of the receiving base release knob 4-2 drives the receiving base 2- 3 is rotated to release it from the receiving base groove 2-2, and the receiving base 2-3 is pulled upward to make it close to the inner wall of the blood vessel. The wireless guide needle 2-4 and the guide needle with wire 2-5 are located on both sides of the vascular rupture. The rear ends of the wireless guide needle 2-4 and the guide needle with wire 2-5 are connected to the guide needle push handle 4-1 of the operating handle 4, and the guide needle push handle 4-1 is pushed downward to push the wireless guide needle 2-4 and the guide needle with wire 2-5 to penetrate the blood vessel wall and insert into the bridge connecting strip 2-1, and the wireless guide needle 2-4 and the guide needle with wire 2-5 are withdrawn to form a cross suture loop; after the loop is formed, the receiving base release knob 4-2 is rotated in the opposite direction to put the receiving base 2-3 into the receiving base groove 2-2, and then the blood vessel rupture suture piece 2 and the catheter 1 are withdrawn from the blood vessel rupture, and the suture thread 2-6 is tightened to lock the rupture to achieve blood vessel suture. By pushing the guide needle push handle 4-1 once, two groups of sutures can be sent into the blood vessel at the same time, and the two groups of sutures form a cross in the blood vessel. After all guide needles are withdrawn, the two crossed suture loops realize cross-suturing of the blood vessel rupture.

[0031] In some possible implementations, the ends of the two wireless guide needles 2-4 and the two wired guide needles 2-5 are connected to independent guide needle push handles 4-1. During operation, one group of sutures can be formed into a suture loop first, and then the position of the vascular rupture suture piece 2 at the vascular rupture can be slightly adjusted, and then another group of sutures can be formed into a suture loop. This independent structural form, when used to suture a relatively large vascular rupture, can conveniently adjust the penetration position so that the crossed suture loops can be fixed at a longer distance. For example, when the aperture of the vascular rupture is 1.5-2 times the diameter of the vascular rupture suture piece 2, the vascular rupture suture piece 2 can be first inserted from the end close to the wound, and then the receiving base 2-3 on that side can be unfolded, and the corresponding guide needle can be used to puncture the blood vessel to achieve suturing of the first group of sutures 2-6; then the device is moved to the other side of the wound, and the above operation is repeated to achieve another group of suturing. The two groups of suture loops form a cross inside the blood vessel, and the vascular rupture is tightened and closed from both sides. By widening the positions of the two sets of suture loops on the blood vessel, suturing of larger vascular ruptures can be achieved.

[0032] In summary, the vascular suture device provided in this embodiment can be suitable for suturing large-caliber vascular ruptures, and one vascular suture device can replace the functions of multiple suture devices; and by adjusting the angle, suturing of sutures at different angles can be achieved, thereby increasing the clinical options for doctors; secondly, independent suturing control structures can be used between different sutures to increase the flexibility of suturing operations and expand the range of suturing to make it suitable for suturing large-sized vascular ruptures; finally, the vascular suture device can realize cross-suture loops, cross-lock vascular ruptures, and improve the success rate of suturing large wounds.

Claims

1. A split suture structure, characterized in that: It comprises a suture pair and a bridge connecting strip (2-1) preset in a vascular rupture, the suture pair comprising a first penetrator and a second penetrator for respectively forming a first penetration and a second penetration of the blood vessel from the outside, and also comprising a suture line (2-6) for entering the blood vessel from the first penetration and then passing out from the second penetration to achieve the first penetration and the second penetration retraction, one end of the suture line (2-6) is provided with a quick connector I for connecting to one end of the bridge connecting strip (2-1), and the other end of the bridge connecting strip (2-1) is provided with a quick connector II for connecting to the second penetrator; the suture pair comprises at least two sets, and the bridge connecting strips (2-1) corresponding to different suture pairs are cross-stacked with each other; A pre-tied knot is provided at the rear of the suture (2-6) for the suture (2-6) to be inserted and gripped so that the suture (2-6) forms a ring; When in use, the first penetrator and the second penetrator are located on both sides outside the blood vessel rupture, and the bridge connecting strip is located inside the blood vessel rupture; the first penetrator forms a first penetration on one side of the rupture, and the second penetrator forms a second penetration on the other side of the rupture, the suture passes through the first penetration and is connected to one end of the bridge connecting strip, the other end of the bridge connecting strip is withdrawn from the second penetration and passes through the pre-tied knot, the bridge connecting strip passes through the pre-tied knot to drive the suture to pass through the pre-tied knot to form a suture loop, and different suture loops form a cross inside the blood vessel rupture.

2. The column-by-column suture structure according to claim 1, characterized in that: The cross-over and overlapping structural form of the bridge connecting strips (2-1) is such that the middle portion of the bridge connecting strip (2-1) on one side bypasses the middle portion of the bridge connecting strip (2-1) on the other side at an angle.

3. The column-by-column suture structure according to claim 2, characterized in that: The cross-over and overlapping structural form of the bridge connecting strips (2-1) is set so that the bridge connecting strip (2-1) on one side is wound around the bridge connecting strip (2-1) on the other side.

4. The column-by-column suture structure according to claim 1, characterized in that: Both ends of each bridge connection strip (2-1) are provided with developing sections for positioning in the blood vessel.

5. The column-by-column suture structure according to claim 1, characterized in that: The first penetrator comprises a first guide needle, a pluggable first connector arranged at the front end of the first guide needle, and a pull-out line; the second penetrator comprises a second guide needle and a pluggable second connector arranged at the front end of the second guide needle; both ends of the bridge connecting strip (2-1) are arranged as plug-in interfaces for connecting the first connector or the second connector; the second connector is connected to a suture line (2-6); the first connector is connected to a pull-out line; and a pre-tied sleeve behind the suture line (2-6) is arranged on the pull-out line.

6. The column-by-column suture structure according to claim 1, characterized in that: The first penetrator comprises a wireless guide needle (2-4) and a first connector arranged at the front end of the wireless guide needle (2-4); the second penetrator comprises a wired guide needle (2-5) and a pluggable second connector arranged at the front end of the wired guide needle (2-5); both ends of the bridge connecting strip (2-1) are arranged as plug interfaces for connecting the first connector or the second connector; the second connector is connected to a suture (2-6); and a pre-tied sleeve behind the suture (2-6) is arranged on the wireless guide needle (2-4).

7. A vascular rupture suture, characterized in that: It comprises the separate suturing structure as claimed in claim 6 and a receiving base (2-3) preset in the blood vessel rupture corresponding to the number of suture pairs, the receiving base (2-3) is connected to a guide column extending outside the blood vessel rupture, the first penetrator and the second penetrator of the suture pair are respectively arranged on both sides of the guide column, the first penetrator and the second penetrator are used to move toward the receiving base (2-3) to penetrate the blood vessel, and the receiving base (2-3) is provided with a receiving groove for receiving the first penetrator and the second penetrator; the two ends of the bridge connecting strip can be releasably hung on the receiving groove of the receiving base.

8. A vascular suture device, characterized in that: It comprises a catheter (1), a vascular rupture suture piece (2) as claimed in claim 7 and an operating handle (4) which are connected in sequence; the catheter (1) is used for inserting a guide wire; the vascular rupture suture piece (2) also comprises a receiving base groove (2-2) for accommodating a receiving base (2-3); the operating handle (4) comprises a guide needle push handle (4-1) and a receiving base release knob (4-2); the receiving base release knob (4-2) is connected to a control line, and the control line is connected to the receiving base (2-3) to drive the receiving base (2-3) to drive the bridge connecting strip to move to an appropriate position; the wireless guide needle (2-4)\the first guide needle and the wired guide needle (2-5)\the second guide needle have their rear ends connected to the guide needle push handle (4-1).

9. The vascular suture device according to claim 8, characterized in that: Each receiving base moves independently of each other, and each receiving base is connected to an independently operated receiving base release knob; the guide needle push handle (4-1) connected to the rear end of the wireless guide needle (2-4) and the wired guide needle (2-5) in each suturing pair are all independently operated guide needle push handles.

10. The vascular suture device according to claim 8, characterized in that: The receiving base groove (2-2) is configured as a hollow frame structure, the receiving base (2-3) is disposed in the receiving base groove (2-2), and a rotating shaft is provided in the middle of the receiving base (2-3) to hinge the receiving base groove (2-2).

11. The vascular suture device according to claim 10, characterized in that: The control line is wound around a release knob (4-2) of the receiving base, and two ends of the control line are respectively connected to two sides of a rotating shaft in the middle of the receiving base (2-3).

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