CN219613947U - Rapid suture hemostatic instrument - Google Patents

Abstract

The utility model relates to the technical field of hemostatic stitching instruments and discloses a rapid stitching hemostatic instrument which comprises a first breathable medical adhesive tape, a second breathable medical adhesive tape, tooth braces and tooth buckles. The utility model is convenient for subsequent gluing treatment by bending the metal strip to form the trend corresponding to the wound, improves the success rate of primary bonding and avoids secondary injury caused by failed bonding.

Description

Rapid suture hemostatic instrument

Technical Field

The utility model relates to the technical field of hemostatic suture apparatuses, in particular to a rapid suture hemostatic apparatus.

Background

The existing quick device is provided with a skin anastomat, the principle of which is that the skins at two sides of a wound are strongly pulled together through a metal part similar to a staple, the mode is not suitable for long wounds and can not achieve good hemostasis, and the skins at two sides of the wound are adhered and then tensioned through an adhesive device of a medical adhesive tape, but the treatment edges of the existing device are straight edges and can not treat curved wounds, and a large amount of accumulated liquid and blood overflows in the contraction process of the wound can influence the adhesive effect.

Disclosure of Invention

The utility model aims to solve the technical problems that: in order to overcome the problems presented above, a rapid suturing hemostatic instrument is provided that solves the problems presented above.

The utility model solves the technical problems by adopting the following technical scheme:

the utility model provides a hemostatic instrument is sewed up fast, includes first ventilative medical sticky tape, the ventilative medical sticky tape of second, tooth brace, tooth knot, first ventilative medical sticky tape with the structure of the ventilative medical sticky tape of second is unanimous completely, one side of first ventilative medical sticky tape is the parallel and level limit, the another side of first ventilative medical sticky tape is the triangle-shaped breach formation of continuous interval cockscomb structure, the height of triangle-shaped breach on the first ventilative medical sticky tape side is greater than half of first ventilative medical sticky tape width, the fixed rack head that is equipped with of one end of tooth brace, rack head interval is fixed in first ventilative medical sticky tape up end, the up end of the ventilative medical sticky tape of second corresponds tooth brace position interval sets up tooth knot, the up end interval of tooth brace is equipped with the movable tooth that the slant set up, link up about in the tooth knot is equipped with the passageway, movable tooth with latch interval block, the interval is equipped with bellied latch in the passageway.

Preferably, the upper surfaces of the first breathable medical adhesive tape and the second breathable medical adhesive tape are adhered with a hydrophobic cloth layer.

Preferably, the second breathable medical adhesive tape and the first breathable medical adhesive tape are internally and in through embedding, a metal strip is arranged, the lower end of the tooth brace is fixedly connected with the metal strip, and the tooth buckle is fixedly connected with the metal strip.

Preferably, the medical adhesive tape further comprises a reinforcing adhesive tape, one side of the reinforcing adhesive tape is in a zigzag shape consistent with the first breathable medical adhesive tape, the zigzag edges on the reinforcing adhesive tape are adhered to the upper parts of the zigzag edges of the first breathable medical adhesive tape and the second breathable medical adhesive tape, and the rest parts of the reinforcing adhesive tape are adhered to the surfaces of two sides after injury.

Preferably, the first breathable medical adhesive tape is provided with a second release film, disinfection wet cotton and a first release film in a downward and sequential lamination mode on the lower end face of the second breathable medical adhesive tape.

Preferably, the adjacent attaching end surfaces of the first breathable medical adhesive tape and the second breathable medical adhesive tape are provided with hemostatic cotton strips.

The utility model has the advantages and positive effects that: the device is formed by bending the metal strip and tearing the triangular notch at the turning position so as to facilitate subsequent gluing treatment, the metal strip is convenient to bend and shape on one hand, the overall strength is improved on the other hand, the success rate of primary gluing is improved, secondary damage caused by failed gluing is avoided, when the device is used, after the first release film is peeled off, the second breathable medical adhesive tape and the first breathable medical adhesive tape are lightly pressed and pre-attached to the skin surface, the second breathable medical adhesive tape and the first breathable medical adhesive tape are sterilized and cleaned through sterilized wet cotton, and then the sterilized wet cotton and the second release film are peeled off to attach the first breathable medical adhesive tape and the second breathable medical adhesive tape at a planned position, so that the adhesive force can be effectively improved, and the device is convenient to turn to deform to integrally treat the curved wound treatment efficiently through the design of the sawtooth edge of the second breathable medical adhesive tape and the first breathable medical adhesive tape; in addition, the first air-permeable medical adhesive tape and the second air-permeable medical adhesive tape are glued by the reinforcing adhesive tape so as to avoid the broken line after the muscle is tensioned.

Drawings

The utility model will be further described with reference to the drawings and examples.

FIG. 1 is a schematic diagram of the structure of the present utility model;

FIG. 2 is a schematic side elevational view of FIG. 1;

FIG. 3 is a schematic view of the bending structure of the present utility model;

FIG. 4 is a schematic view of the structure of a tooth brace and a tooth buckle according to the present utility model;

fig. 5 is a schematic structural view of the present utility model after the reinforcing tape is attached.

The index marks in the drawings are as follows: 10. reinforcing adhesive tape; 11. a first breathable medical tape; 12. a second breathable medical tape; 13. tooth bracing; 14. tooth buckles; 15. a channel; 17. latch teeth; 18. a movable tooth; 19. a rack head; 21. a second release film; 22. sterilizing wet cotton; 23. a first release film; 24. a metal strip; 25. hemostatic cotton sliver.

Detailed Description

The utility model will now be described in further detail with reference to the accompanying drawings. The drawings are simplified schematic representations which merely illustrate the basic structure of the utility model and therefore show only the structures which are relevant to the utility model.

Embodiments of the utility model are described in further detail below with reference to the attached drawing figures:

as shown in fig. 1-5, the rapid suturing hemostatic instrument of the present utility model comprises a first air-permeable medical adhesive tape 11, a second air-permeable medical adhesive tape 12, a tooth brace 13, and a tooth buckle 14, wherein the first air-permeable medical adhesive tape 11 is completely consistent with the structure of the second air-permeable medical adhesive tape 12, one side of the first air-permeable medical adhesive tape 11 is a flush side, the other side of the first air-permeable medical adhesive tape 11 is in a saw-tooth shape formed by continuously spaced triangular notches, the height of the triangular notch on the side of the first air-permeable medical adhesive tape 11 is greater than half of the width of the first air-permeable medical adhesive tape 11, one end of the tooth brace 13 is fixedly provided with a rack head 19, the rack head 19 is fixed on the upper end surface of the first air-permeable medical adhesive tape 11 at intervals, the upper end surface of the second air-permeable medical adhesive tape 12 is provided with a tooth buckle 14 at intervals corresponding to the position of the tooth brace 13, the upper end surface of the tooth brace 13 is provided with a movable tooth 18 arranged at intervals, the left and right sides of the tooth buckle 14 are provided with channels 15, the movable teeth 18 are engaged with the latch teeth 17 at intervals, and the inner protrusions 17 are arranged at intervals.

Preferably, the upper surfaces of the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12 are adhered with a hydrophobic cloth layer; avoiding the penetration of external liquids.

Preferably, the second air-permeable medical adhesive tape 12 and the first air-permeable medical adhesive tape 11 are internally and penetratingly embedded with a metal strip 24, the lower end of the tooth brace 13 is fixedly connected with the metal strip 24, and the tooth buckle 14 is fixedly connected with the metal strip 24; the surface tension of the adhesive tape can be effectively improved through the embedded metal strip 24, the strength of the device is improved, and when the opening wound with curvedness is treated, the corresponding direction can be firstly bent according to the wound shape, so that the subsequent gluing treatment is facilitated, the success rate of primary gluing is improved, and secondary damage caused by failed gluing is avoided.

Preferably, the medical adhesive tape further comprises a reinforcing adhesive tape 10, one side of the reinforcing adhesive tape 10 is in a zigzag shape consistent with the first breathable medical adhesive tape 11, the zigzag edges on the reinforcing adhesive tape 10 are adhered to the upper parts of the zigzag edges of the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12, and the rest parts of the reinforcing adhesive tape 10 are adhered to the surfaces of two sides after injury; it should be noted that the reinforcing adhesive tape 10 needs to be attached after the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 are sewn and buckled, and when the reinforcing adhesive tape 10 is attached, skin tissues on two sides of a wound should be properly stretched to reduce tension at the wound, so as to fix the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12, and avoid line breakage caused by muscle tension.

Preferably, the first breathable medical adhesive tape 11, the lower end surface of the second breathable medical adhesive tape 12 is provided with a second release film 21, sterilized wet cotton 22 and a first release film 23 in a downward and sequential lamination mode; the wound of the sudden wound outside the practical surface often has pollutants, and the sweat and grease secreted by the human body and the blood flowing out can make the skin surfaces on two sides of the wound difficult to adhere, when the medical adhesive tape is used, the first release film 23 is peeled off, the second breathable medical adhesive tape 12 and the first breathable medical adhesive tape 11 are lightly pressed and pre-adhered to the skin surfaces, then the skin surfaces are sterilized and cleaned through the sterilized wet cotton 22, and then the sterilized wet cotton 22 and the second release film 21 are peeled off to adhere the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12 to the planned positions, so that the adhesive force can be effectively improved.

Preferably, the adjacent attaching end surfaces of the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 are provided with hemostatic cotton strips 25, body fluid and blood are inevitably extruded after the wound is pressed, and liquid at the clamped position is difficult to clean after the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 are fastened, so that the corners of the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 are slowly soaked until the adhesion is lost, and the adjacent edges of the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 are kept dry by effectively absorbing the liquid (including blood and body fluid) overflowed by extrusion through the hemostatic cotton strips 25, so that the normal adhesive property of the first air-permeable medical adhesive tape 11 and the second air-permeable medical adhesive tape 12 is prolonged.

In specific implementation, the metal strip 24 is firstly bent to form a trend corresponding to a wound so as to facilitate subsequent gluing treatment, the success rate of primary gluing is improved, secondary injury caused by failed gluing is avoided, when the medical device is used, after the first release film 23 is peeled off, the second breathable medical adhesive tape 12 and the first breathable medical adhesive tape 11 are lightly pressed and pre-attached to the skin surface, the skin surface is sterilized and cleaned through the sterilized wet cotton 22, then the sterilized wet cotton 22 and the second release film 21 are peeled off to attach the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12 to a planned position, so that the adhesive force can be effectively improved, then the tooth brace 13 is inserted into the corresponding tooth buckle 14, then the tooth brace 13 is sequentially pulled from one end to the other end of the first breathable medical adhesive tape 11 to attach the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12 to complete traction type extrusion stitching, and then the reinforcement 10 is respectively adhered to the serrated edges of the first breathable medical adhesive tape 11 and the second breathable medical adhesive tape 12 and the skin on two sides of the contracted wound to reduce the tension of the skin at the wound.

It should be emphasized that the examples described herein are illustrative rather than limiting, and therefore the utility model is not limited to the examples described in the detailed description, but rather falls within the scope of the utility model as defined by other embodiments derived from the technical solutions of the utility model by those skilled in the art.

Claims (4)

1. A rapid suturing hemostatic instrument, characterized by: including first ventilative medical sticky tape (11), second ventilative medical sticky tape (12), tooth brace (13), tooth knot (14), first ventilative medical sticky tape (11) with the structure of second ventilative medical sticky tape (12) is unanimous completely, one side of first ventilative medical sticky tape (11) is the parallel and level limit, the another side of first ventilative medical sticky tape (11) is by the cockscomb structure that continuous spaced triangle-shaped breach formed, the height of triangle-shaped breach on first ventilative medical sticky tape (11) edge is greater than half of first ventilative medical sticky tape (11) width, the one end of tooth brace (13) is fixed and is equipped with rack head (19), rack head (19) interval is fixed in first ventilative medical sticky tape (11) up end, the up end of second ventilative medical sticky tape (12) corresponds tooth knot (14) are set up to tooth brace (13) position interval, the up end interval of tooth brace (13) is equipped with movable tooth (18) that the slant set up, link up in tooth knot (14) link up, link up in the left and right sides is equipped with passageway (15), the one end of tooth brace (17) is equipped with in the ventilative medical sticky tape (17) and the interval of first ventilative medical sticky tape (11), the second breathable medical adhesive tape (12) and the first breathable medical adhesive tape (11) are internally and rotatably embedded with metal strips (24), the lower ends of the tooth braces (13) are fixedly connected with the metal strips (24), and the tooth buckles (14) are fixedly connected with the metal strips (24).

2. A rapid suture hemostatic instrument according to claim 1, wherein: the medical adhesive tape is characterized by further comprising a reinforcing adhesive tape (10), wherein one side of the reinforcing adhesive tape (10) is in a zigzag shape consistent with the first breathable medical adhesive tape (11), the zigzag edges on the reinforcing adhesive tape (10) are adhered to the zigzag edges of the first breathable medical adhesive tape (11) and the second breathable medical adhesive tape (12), and the rest parts of the reinforcing adhesive tape (10) are adhered to the surfaces of two sides of a wound.

3. A rapid suture hemostatic instrument according to claim 2, wherein: the lower end surfaces of the first breathable medical adhesive tape (11) and the second breathable medical adhesive tape (12) are downwards and sequentially attached with a second release film (21), disinfection wet cotton (22) and a first release film (23).

4. A rapid suture hemostatic instrument according to claim 3, wherein: the adjacent attaching end surfaces of the first breathable medical adhesive tape (11) and the second breathable medical adhesive tape (12) are respectively provided with a hemostatic cotton sliver (25).