阅读说明：本技术 用于子宫颈的止血部件和用于子宫颈的止血部件套件 (Hemostatic member for cervix and hemostatic member kit for cervix ) 是由 洪台基 郑敏好 于 2019-04-23 设计创作，主要内容包括：本发明提供一种用于子宫颈的止血部件,其特征在于,所述止血部件由起止血作用的敷料形成,呈现为花状,并且包括：花芯部,形成在中心部；花瓣部,形成在所述花芯部周围,与所述花芯部相比,所述花瓣部具有相对低的敷料密度,并且本发明的技术要点在于用于子宫颈的止血部件套件,所述止血部件套件由所述止血部件和敷料器构成,所述敷料器的内部容纳所述止血部件,以向止血部位提供所述止血部件。(The invention provides a hemostatic member for the cervix, characterized in that it is formed by a dressing that functions as a hemostatic, presents a flower-like shape and comprises: a flower core formed in the central portion; a petal part formed around the flower core part, the petal part having a relatively low dressing density compared to the flower core part, and the technical point of the present invention is a hemostatic member kit for cervix, which is composed of the hemostatic member and an applicator, the inside of the applicator accommodating the hemostatic member to supply the hemostatic member to a hemostatic site.)

1. A hemostatic member for use in a cervix, which is formed of a dressing having a hemostatic effect, has a flower-like shape, is formed of a plurality of petal sections, and is formed in such a manner that the plurality of petal sections are selectively retracted into a bud shape or spread when applied to an affected part.

2. The hemostatic member for the cervix according to claim 1, wherein only a part of the petal section is individually deployed according to a shape of an affected part, or the petal section is fully deployed according to a shape of an affected part.

3. The hemostatic member for the cervix according to claim 1, wherein the hemostatic member for the cervix comprises: a flower core formed in the central portion; a plurality of petal portions formed around the flower core portion.

4. The hemostatic member for the cervix according to claim 3, wherein said petals have a relatively low dressing density compared to said core portion.

5. The hemostatic member for the cervix according to claim 3, wherein the height of the flower core portion is relatively high compared to the petals.

6. The hemostatic member for the cervix according to claim 3, wherein a bottom of the flower core is formed with a line.

7. The hemostatic member for the cervix according to claim 3, wherein the thread further comprises an X-ray sensitizer.

8. The hemostatic member for the cervix according to claim 1, wherein the dressing uses chitosan, any one of cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein, or any one of mixed cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein together with chitosan.

9. The hemostatic-member for the cervix according to claim 8, wherein the dressing is a hybrid hemostatic material and is provided in the form of a non-woven fabric, or a single-layer or multi-layer coating is formed on the surface and is provided in the form of a non-woven fabric, wherein the coating is formed of a hemostatic material.

10. The hemostatic member for the cervix according to claim 9, wherein the hemostatic material is any one or a mixture of two or more of carboxymethyl chitosan, carboxymethyl cellulose, chitosan succinate, sodium alginate, hyaluronic acid, collagen, gelatin, chondroitin sulfate, poly-gamma-glutamic acid, pullulan, kaolin, zeolite, chondroitin sulfate, calcium chloride thrombin, fibrinogen, catechol, and polyurethane foam.

11. The hemostatic member for the cervix according to claim 1, wherein the interior of the hemostatic member further comprises an X-ray sensitizer.

12. The hemostatic member for the cervix according to claim 1, wherein the diameter of the flower core portion is formed to be 15-25mm, and the diameter of the hemostatic member constituting the petal portion is formed to be 30-60 mm.

13. The hemostatic member for the cervix according to claim 1, wherein the hemostatic member is presented by winding a winding member in one direction, the winding member is formed long in a length direction, and one side is formed with a cutting portion cut as many as the number of petals of the petal portion.

14. The hemostatic member for the cervix according to claim 13, wherein the cutting portion is formed higher in height and wider in width in a direction of the roll to exhibit a relatively larger size of the petal portions closer to the periphery and a wider interval between the petal portions.

15. The hemostatic member for the cervix according to claim 13, wherein the size (diameter) of the hemostatic member is adjusted by overlapping a plurality of the rolling members, or the size (diameter) and density of the hemostatic member is adjusted by staggering the overlapping of a plurality of the rolling members in a direction of the roll.

16. The hemostatic-member for the cervix according to claim 3, wherein the lower portion of the flower core assumes a shape in which the horizontal sectional area becomes narrower closer to the lower side.

17. A hemostatic member kit for the cervix comprising:

a hemostatic member formed of a dressing having a hemostatic effect, having a flower shape, including a plurality of petal portions, and formed in such a manner that the plurality of petal portions are selectively retracted into a bud shape or expanded when applied to an affected part, and a bottom of the flower core portion is formed with a line;

an applicator internally housing the hemostasis member to provide the hemostasis member to a hemostasis site.

18. The hemostatic member kit for the cervix according to claim 17, wherein the applicator comprises:

a main body having a space portion formed at a distal end thereof for accommodating the hemostatic member;

a handle received within the interior of the body, pushing the hemostatic member outside of the body to expand the hemostatic member into a flower shape and providing the hemostatic member to a hemostatic site.

19. The hemostatic-component kit for the cervix according to claim 18, wherein the body comprises:

a space portion formed to accommodate the hemostatic member;

and a handle accommodating portion which is relatively narrower in cross-sectional area than the space portion, communicates with the space portion, and is formed to be long in a longitudinal direction.

20. The hemostatic-member kit for the cervix according to claim 19, wherein an opening/closing portion is formed at a distal end portion of the space portion, the opening/closing portion being formed in a curved surface shape and elastically opened by a pushing force of the hemostatic member when the hemostatic member is provided to the outside of the main body.

21. The hemostatic-component kit for the cervix according to claim 19, wherein an inner surface of the handle receiving portion forms a catch to prevent accidental disengagement of the handle from the anterior side of the body.

22. The hemostatic-component kit for the cervix according to claim 19, wherein the handle comprises:

a main body part accommodated in the handle accommodating part and formed movably in a front-rear direction inside and outside the handle accommodating part;

a first expanded portion that is formed at a front end portion of the main body portion, that is housed in the space portion, that is formed so as to be movable in the front-rear direction in the space portion, and that is formed so as to be caught at a rear end portion of the space portion;

and a second expanded portion formed at a rear end portion of the body portion, movably in a front-rear direction outside the handle accommodating portion, and formed to be caught at the rear end portion of the handle accommodating portion.

23. The hemostatic-component kit for the cervix according to claim 18, wherein an outer surface of the body forms a marker to identify an in vivo insertion depth of the body.

24. The hemostatic-component kit for the cervix according to claim 18, wherein an outer surface of one side of the body forms a grip.

Technical Field

The present invention relates to a hemostatic member for cervix that is inserted into an affected part to effectively stop bleeding at a hemostatic site in cervical biopsy or cervical surgery.

Background

When the body is wounded, if the wound is not deep, blood coagulation can be achieved by a coagulation mechanism only by simple measures. However, when a deep wound or a tissue is excised for surgery or examination, artificial hemostasis of an affected part is required to prevent excessive bleeding.

The chitosan-based hemostatic dressing and the method of preparing the same, which are filed and granted by the present applicant in korean patent No. 10-1700107, are known in the prior art related to the present invention.

Disclosure of Invention

Technical problem to be solved

The present invention has been made in view of the above-mentioned need, and an object of the present invention is to provide a flower-like hemostatic member for the cervix, which can achieve effective hemostasis for each indication at a hemostatic site.

Further, another object of the present invention is to provide a hemostatic member kit (kit) for cervix, in which a hemostatic member, which is a dressing for playing a hemostatic role and takes a flower shape, is inserted into the interior of an applicator and provided to a hemostatic site through a handle of the applicator.

Technical scheme

In order to achieve the above object, the technical gist of the present invention is a hemostatic member for cervix that is formed of a dressing that functions as a hemostatic agent, has a flower-like shape, is formed of a plurality of petal sections, and is formed such that the plurality of petal sections are selectively retracted into a bud-like shape or spread when applied to an affected part.

Further, it is preferable that the hemostatic member for cervix uteri is configured such that only a part of the petal sections individually spreads according to the shape of the affected part, or the petal sections are entirely spread according to the shape of the affected part.

Further, the hemostatic member for cervix may include a flower core part formed at a central portion and a plurality of petal parts formed around the flower core part, and the petal parts may have a relatively low dressing density as compared to the flower core part or may be formed at a relatively high height as compared to the petal parts.

Furthermore, the bottom of the flower core is preferably formed with a thread (thread), which preferably also contains an X-ray sensitizer.

Further, the dressing is characterized in that any one of chitosan, cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein is used, or any one of cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein is mixed with chitosan and used.

Wherein the dressing is preferably a mixture of hemostatic materials and provided in the form of a non-woven fabric, or a single-layer or multi-layer coating is formed on the surface and provided in the form of a non-woven fabric, wherein the coating is formed of a hemostatic material.

In addition, the hemostatic material is preferably any one or a mixture of two or more of Carboxymethyl Chitosan (CMCS), Carboxymethyl cellulose (CMC), Chitosan Succinate (Chitosan Succinate), Sodium Alginate (Sodium Alginate), Hyaluronic Acid (Hyaluronic Acid), Collagen (Collagen), Gelatin (Gelatin), Chondroitin Sulfate (Chondroitin Sulfate), poly-gamma-glutamic Acid (poly-gamma-glutamic Acid), pullulan (pullulan), kaolin (kaolin), Zeolite (Zeolite), Chondroitin Sulfate (chondrotinsulfate), Calcium Chloride (Calcium Chloride), Calcium Thrombin (Calcium Chloride Thrombin), Fibrinogen (Fibrinogen), Catechol (cathecox), and polyurethane (polyurethane).

Furthermore, the interior of the hemostatic member preferably further comprises an X-ray (X-ray) sensitizer.

Further, it is preferable that the diameter of the flower core portion is 15 to 25mm, and the diameter of the hemostatic member constituting the petal portions is 30 to 60 mm.

Further, it is preferable that the hemostatic member is formed by winding a winding member in one direction, the winding member is formed long in a longitudinal direction, and a cutting portion is formed on one side so as to be cut as many as the number of petals of the petal portion.

Further, preferably, the cut portion is formed higher in height and wider in width in the direction of the roll to assume that the petal portions closer to the periphery are relatively larger in size and the intervals between the respective petal portions are wider.

Further, it is preferable that the dimension (diameter) of the hemostatic member is adjusted by overlapping a plurality of the winding members, or the dimension (diameter) and density of the hemostatic member are adjusted by staggering and overlapping a plurality of the winding members in the direction of the roll.

Further, it is preferable that the shape of the lower portion of the flower core assumes a shape in which the horizontal sectional area becomes narrower closer to the lower side.

Another technical gist of the present invention resides in a hemostatic member kit for use in a cervix, comprising a hemostatic member formed of a dressing for hemostasis, having a flower shape and comprising a plurality of petal sections, and formed so that the plurality of petal sections are selectively contracted into a flower bud shape or expanded when applied to an affected part, wherein a bottom of the flower core section has a line, and an applicator for accommodating the hemostatic member therein so as to supply the hemostatic member to a hemostatic site.

Wherein the applicator is characterized by comprising: a main body having a space portion formed at a distal end thereof for accommodating the hemostatic member; a handle received inside the body, pushing the hemostatic member outside the body to expand the hemostatic member into a flower shape and providing the hemostatic member to a hemostatic site.

Further, preferably, the main body includes: a space portion formed to accommodate the hemostatic member; and a handle accommodating portion which is relatively narrower in cross-sectional area than the space portion, communicates with the space portion, and is formed to be long in a longitudinal direction.

Further, it is preferable that the opening/closing portion is formed at a distal end portion of the space portion, and the opening/closing portion is formed in a curved surface shape so as to be elastically opened by a pushing force of the hemostatic member when the hemostatic member is supplied to the outside of the main body.

Further, it is preferable that the outer surface of the body is formed with a mark part to recognize the in-vivo insertion depth of the body, and the body is characterized in that a grip part (grip) is formed at the outer surface of one side.

Further, the inner surface of the handle accommodating part preferably forms a catching part to prevent the handle from being unintentionally separated from the front side of the body.

Further, preferably, the handle includes: a main body part accommodated in the handle accommodating part and formed movably in a front-rear direction inside and outside the handle accommodating part; a first expanded portion that is formed at a front end portion of the main body portion, that is housed in the space portion, that is formed so as to be movable in the front-rear direction in the space portion, and that is formed so as to be caught at a rear end portion of the space portion; and a second expanded portion formed at a rear end portion of the body portion, movably in a front-rear direction outside the handle accommodating portion, and formed to be caught at the rear end portion of the handle accommodating portion.

Advantageous effects

The present invention provides a hemostatic member that can effectively treat a hemostatic site by inserting the hemostatic member into an affected part during cervical biopsy or cervical surgery.

The hemostatic member of the present invention is a hemostatic member provided in a flower shape when inserted into an affected part, and has an advantage of being easily hemostatic because it is formed of a dressing having a hemostatic effect, and a plurality of petal sections are freely spread or contracted depending on the shape of the affected part to be in close contact with the affected part and the contact area is widened, instead of the conventional spherical shape.

The present invention provides a hemostatic member that has a shape that facilitates hemostatic treatment after tissue collection and hemostatic treatment after taper resection, and thus has excellent hemostatic properties for cervical indications, and is particularly formed in a flower shape, thus providing an aesthetic sense to users of the hemostatic member.

In addition, the hemostatic member of the present invention is provided in a flower bud shape in a contracted state, and expands into a flower shape when inserted into an affected part to stop bleeding, and thus has the effect of being provided in a flower bud shape, thereby being easily inserted into an affected part, being easily stored, and expanding into a flower shape after being inserted into an affected part, thereby facilitating hemostatic treatment.

Further, the present invention provides a hemostatic member kit for cervix composed of a hemostatic member and an applicator, wherein the applicator is inserted into the cervix in a state where the hemostatic member is accommodated inside the applicator, and the hemostatic member is pushed out to provide the hemostatic member to the hemostatic site, and the hemostatic member is easily and accurately provided to the hemostatic site by the applicator to closely provide the hemostatic member to the hemostatic site, thereby having an effect very advantageous for hemostatic treatment.

Drawings

Fig. 1 is a perspective view of a hemostatic member for the cervix according to one embodiment of the invention.

Fig. 2 is a front view of a hemostatic member for the cervix of an embodiment of the present invention.

Fig. 3 is a schematic view of a rolling member of the hemostatic member for the cervix according to one embodiment of the present invention.

Fig. 4 is a perspective view of an applicator in the hemostatic member kit for the cervix of one embodiment of the present invention.

Fig. 5 is a perspective view of the rear side of an applicator in the hemostatic member kit for the cervix of one embodiment of the present invention.

Fig. 6 is a rear view of an applicator in the hemostatic member kit for the cervix of one embodiment of the present invention.

Fig. 7 is a perspective view of a hemostatic member kit for the cervix according to an embodiment of the invention.

Fig. 8 is an operational schematic of a hemostatic member kit for the cervix according to an embodiment of the invention.

Fig. 9 is a view of the use of a hemostatic member kit for the cervix according to one embodiment of the invention.

Fig. 10 is a schematic view of the indications for a hemostatic member for the cervix of an embodiment of the present invention.

Detailed Description

The present invention relates to a hemostatic member for cervix, which is inserted into an affected part for hemostasis of a hemostatic site at the time of cervical biopsy or surgery on the cervix.

In particular, the present invention relates to a flower-shaped hemostatic member for the cervix, which has a shape different from that of a conventional hemostatic member in the form of a spherical hemostatic bundle, and thus can achieve effective hemostasis for each indication of a hemostatic site.

The present invention will be described in detail below with reference to the accompanying drawings. Fig. 1 is a perspective view of a hemostatic member for the cervix according to an embodiment of the present invention, fig. 2 is a front view of the hemostatic member for the cervix according to an embodiment of the present invention, fig. 3 is a schematic view of a winding member of the hemostatic member for the cervix according to an embodiment of the present invention, fig. 4 is a perspective view of an applicator in a hemostatic member kit for the cervix according to an embodiment of the present invention, fig. 5 is a perspective view of a rear side of the applicator in the hemostatic member kit for the cervix according to an embodiment of the present invention, fig. 6 is a rear view of the applicator in the hemostatic member kit for the cervix according to an embodiment of the present invention, fig. 7 is a perspective view of the hemostatic member kit for the cervix according to an embodiment of the present invention, fig. 8 is an operational schematic view of the hemostatic member kit for the cervix according to an embodiment of the present invention, fig. 9 is a state view of the use of the hemostatic member kit for the cervix according to an embodiment of the present invention, and fig. 10 is a schematic view of indications of the hemostatic member for the cervix according to an embodiment of the present invention.

As shown in fig. 1, the hemostatic member 100 of the present invention is formed of a dressing that functions as a hemostatic material, has a flower-like shape, and is formed of a plurality of petal sections 120, and when applied to an affected part, the plurality of petal sections 120 are selectively retracted into a bud shape or spread.

The hemostatic member 100 of the present invention is provided in a flower shape when inserted into an affected part, instead of a conventional spherical shape, and has an advantage in that the hemostatic member 100 is formed of a dressing having a hemostatic function, and the plurality of petal sections 120 are freely spread or contracted depending on the shape of the affected part to be in close contact with the affected part and the contact area is widened, thereby facilitating hemostatic treatment.

In particular, the spherical hemostatic member cannot be brought into close contact with the edge (side) of the affected part, such as the cervix, which is disadvantageous in hemostatic treatment of the cervix.

In the flower-like hemostatic member of the present invention, when the affected part is inserted with or without a colposcope, a part of the petal part 120 is naturally spread, and a part of the petal part 120 is in a contracted shape (i.e., a flower core part is formed) and a part thereof is in a spread shape (i.e., a petal part is formed) according to the shape of the affected part.

That is, with the hemostatic member of the present invention, only a part of the petal sections 120 individually spreads out according to the shape of the affected part, or the entire petal sections 120 spread out according to the shape of the affected part, so that it is possible to achieve a rapid hemostatic treatment while being in very close contact with the shape of the affected part such as the cervix.

The hemostatic member 100 for the cervix according to the present invention as described above is formed of a dressing that functions to stop bleeding, has a flower shape, and is formed of a flower core 110 formed at the center and a plurality of petal portions 120 formed around the flower core 110.

The core part 110 may represent a region where the petal parts 120 are not spread depending on the shape of the affected part when applied to the affected part, and the periphery of the core part 110, that is, a region where the petal parts 120 are spread may be divided into the petal parts 120 corresponding to the core part 110.

One embodiment of the present invention is characterized in that the petal portions 120 have a relatively low dressing density compared to the flower core portion 110.

The hemostatic member 100 of the present invention is a hemostatic member 100 provided in a flower shape when inserted into an affected part, instead of a conventional spherical shape, and the hemostatic member 100 is formed of a dressing having a hemostatic effect, and the hemostatic member 100 is composed of a core part 110 and petal parts 120 at the center, and the density of the dressing of the core part 110 is relatively high, that is, the dressing of the core part 110 is dense, and the density of the dressing of the petal parts 120 is relatively low compared to the core part 110.

Among them, it is preferable that the diameter of the flower core part 110 is formed to be 15 to 25mm, the diameter of the hemostatic member 100 constituting the petal parts 120 is formed to be 30 to 60mm, that is, in the whole hemostatic member 100, the diameter of a part where the density of the dressing is relatively high is formed to be 15 to 25mm, preferably 20mm, and the diameter of a part where the density of the dressing is relatively low is formed to be 30 to 60mm, preferably about 40 mm. This is of a size that will sufficiently cover the cervix when inserted therein, and more hemostasis is achieved by the relatively high density of the dressing in the flower core 110.

In addition, the flower core 110 may be formed to have a certain height, or to have a relatively high height as compared to the petal parts 120, so that the dressing having a hemostatic effect formed at the flower core 110 has a higher density, and thus, more hemostatic effects can be achieved.

Particularly, as shown in fig. 2, the flower core part 110 can be brought into closer contact with a hemostasis site caused by a taper resection by removing abnormal tissues or cancer tissues observed with naked eyes by conically resecting the cervix, so that rapid hemostasis of a large amount of blood can be achieved. That is, the flower core 110 is suitable for hemostatic treatment after cervical cancer surgery (conization).

As described above, when applied to the affected part, the core part 110 and the petal parts 120 naturally correspond to the affected part, the portions of the central part where the petal parts 120 are contracted may be the core part 110, and the portions of the periphery of the core part 110 where the petal parts 120 are spread may be the petal parts 120 corresponding to the core part 110. Depending on the shape of the affected part, the flower core 110 may not be differentiated according to the shape as the petal sections 120 are fully deployed, and in this case, the hemostatic treatment may be advantageously applied to a specific affected part due to the maximized surface area.

Further, as described above, the flower core portion 110 and the petal portions 120 can be distinguished by changing the shape and height of the flower core portion 110 and the petal portions 120, the density of the dressing, and the like, the height of the flower core portion 110 is formed to be higher and the density of the dressing is higher than the petal portions 120, and thus when applied to an affected part such as the cervix, hemostatic treatment is more facilitated at the time of taper resection and tissue harvesting, respectively.

As described above, the present invention provides a flower-shaped hemostatic member that can secure a wide surface area by presenting the petal sections 120, and can closely attach to a curved and irregular affected part generated after tissue harvesting (Biopsy)) and cone resection (consulation) for examining cervical cancer, and thus is very suitable for hemostatic treatment of an affected part related to cervix.

In other words, unlike the conventional spherical cervical hemostatic member, which is not easy to stop bleeding on the side of the cervical rim (side) after sampling, the hemostatic member of the present invention is characterized in that it is easy to stop bleeding on both the cervical center (taper resection) and the cervical rim (at the time of sampling) due to its shape characteristics (wide surface area).

Among them, when the density of the petal portions 120 (the thick density of petals) is insufficient, there may be an empty portion and the edge of the cervix may not easily stop bleeding, and when the density of the flower core portion 110 is insufficient, the dressing may not be properly adhered to the portion cut by the taper resection and may not easily stop bleeding, so the densities of the petal portions 120 and the flower core portion 110 are adjusted to easily perform the hemostatic treatment.

In addition, when the hemostatic member 100 of the present invention is provided in a state in which the petal portions are spread, it may be inserted into the affected part using a colposcope, and when the hemostatic member is provided in a state in which the flower bud is contracted, it may be inserted into the affected part and spread in a flower shape during hemostasis. When provided in a bud shape, is easily inserted into an affected part, is easily stored, and is expanded into a flower shape after being inserted into the affected part, thereby facilitating hemostatic treatment.

In addition, the hemostatic member 100 may also contain an X-ray (X-ray) sensitizer inside. The X-ray sensitizer is used to confirm the position of the hemostatic member 100 inserted inside the body.

As described above, the present invention provides a hemostatic member 100, which is a flower-shaped hemostatic member 100 formed of a dressing that functions as a hemostatic material, and which has excellent hemostatic properties for cervical indications because it has a shape that facilitates hemostatic treatment after tissue collection and hemostatic treatment after taper resection. In particular, the hemostatic member is formed in a flower-like shape to provide an aesthetic appeal to a user of cervical hemostatic member 100.

Further, the bottom of the flower core part 110 is formed with a thread (thread)130, and the thread 130 further contains an X-ray (X-ray) sensitizer, and thus can be used to confirm the position of the hemostatic member 100 inserted into the inside of the body, and when the hemostatic member 100 is removed after sufficient hemostasis is achieved, the hemostatic member 100 can be simply removed by pulling the end of the thread 130.

The hemostatic dressing forming the hemostatic member 100 of the present invention may be formed of only a fiber-based nonwoven fabric, may be provided by weaving a nonwoven fabric containing functional components, or may be provided by forming a coating layer of a substance containing various functional components on a nonwoven fabric, as required.

The dressing may be any one of chitosan, cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein, or any one of mixed cellulose (cotton, silk or hemp), regenerated cellulose (rayon or rayon), alginate and casein and chitosan may be provided in the form of a non-woven fabric and in the form of a flower.

That is, the dressing may be formed of only the fiber-based nonwoven fabric, or may be formed of only the chitosan-based nonwoven fabric in order to utilize the useful function of chitosan. In this case, when only chitosan is used, gelation occurs, the material becomes soft, and it is difficult to maintain the strength and shape, and thus it is possible to mix cellulose (cotton, silk, or hemp), regenerated cellulose (rayon or rayon), alginate, and casein in chitosan to prepare.

Particularly, when the dressing is prepared by mixing rayon in chitosan, rayon is not dissolved even if acid treatment is performed, and plays a role of accelerating the absorption rate, and thus can be provided as a preferred embodiment.

Further, the dressing is a mixed hemostatic material and provided in the form of a non-woven fabric, or a single-layer or multi-layer coating layer is formed on the surface and provided in the form of a non-woven fabric, wherein the coating layer is formed of a hemostatic material.

The hemostatic material may be prepared using Carboxymethyl Chitosan (CMCS), Carboxymethyl cellulose (CMC), Chitosan Succinate (Chitosan Succinate), Sodium Alginate (Sodium Alginate), Hyaluronic Acid (Hyaluronic Acid), Collagen (Collagen), Gelatin (Gelatin), Chondroitin Sulfate (Chondrotin Sulfate), poly-gamma-glutamic Acid (poly-gamma-glutaminic Acid), pullulan (pullulan), kaolin (kaolin), Zeolite (Zeolite), Chondroitin Sulfate (Chondrotin Sulfate), Calcium Chloride (Calcium Chloride), Calcium Thrombin (Calcium Thrombin), Fibrinogen (Fibrinogen), Catechol (cathecox), polyurethane foam (polyurethane foam), or a mixture of two or more thereof, these substances have more excellent ability to absorb blood, have an effect of covering an affected part, are excellent in biocompatibility, have no toxicity, and are excellent in biodegradability.

As shown in fig. 3, the hemostatic member 100 may be formed by winding (rolling) a winding member 140 in one direction, and the winding member 140 may be formed to be long in a longitudinal direction and may have a cutting portion 141 formed at one side thereof so as to be cut as many as the number of petals of the petal portions 120.

That is, the length of the rolling member 140 is determined in consideration of the diameter of the hemostatic member 100, and the cut portions 141 as many as the number of the petal portions 120 are formed, and the cut portions 141 are formed to be higher in height and wider in width along the rolling direction so that the petal portions 120 appearing closer to the periphery have a relatively larger petal size and the intervals between the petal portions 120 are wider.

As shown in fig. 3 (a), the winding member 140 is formed long in the longitudinal direction in consideration of the diameter of the hemostatic member 100, and a cut portion 141 corresponding to the number of petals of the petal section 120, the shape, size (width) and length of the petals is formed at the upper portion except for a portion corresponding to the height of the flower core section 110. At this time, in the direction of the roll, the longer and wider cutting portion 141 is present, and the petals of the petal portions 120 are larger and more widely spaced from the periphery of the flower core portion 110, thereby having a shape more advantageous for the hemostatic treatment after the tissue is harvested.

In addition, as shown in fig. 3 (b), in order to further increase the size (diameter) of the hemostatic member 100, the thickness of the hemostatic member 100 may be adjusted by overlapping a plurality of the rolling members 140 as needed, and at this time, the size of the hemostatic member 100 and the density of the dressing may be adjusted by staggering and overlapping a plurality of the rolling members 140 in the rolling direction.

Further, the shape of the lower portion of the core portion 110 may be a shape in which the horizontal sectional area is narrower as it gets closer to the lower side, which may be formed by overlapping the lower ends of the winding members 140 in a staggered manner when overlapping a plurality of the winding members 140, or by changing the height of the lower ends.

This is because the lower portion of the flower core portion 110 is narrower toward the lower side due to the shape characteristic, when it is removed after the hemostatic treatment of the cervix, the friction caused by the compression of the inside of the vagina can be minimized, thereby easily removing the hemostatic member.

Yet another embodiment of the present invention provides a hemostatic member kit for cervix, which is characterized by comprising a hemostatic member 100 and an applicator 200, wherein the hemostatic member 100 is formed of a dressing having a hemostatic function, has a flower shape, and is formed of a plurality of petal sections 120, and when applied to an affected part, the plurality of petal sections 120 are selectively contracted into a flower bud shape or expanded, and a line 130 is formed at the bottom of the flower core section 120, and the applicator 200 accommodates the hemostatic member 100 therein to provide the hemostatic member to a hemostatic site.

The hemostatic member 100 of another embodiment of the present invention is the same as the flower-shaped hemostatic member 100 described above or shown in fig. 1-3, and the interior of the applicator 200 houses such a hemostatic member 100, thereby serving to provide the hemostatic member 100 to a hemostatic site.

The applicator 200 is formed long in the longitudinal direction to facilitate cervical indications, and is formed in a curved shape as a whole, i.e., a cylindrical shape, and a semi-spherical shape at the distal end portion thereof in order to minimize irritation when inserting into the cervix, so that it can be gently inserted into an affected part.

That is, in a state where the hemostatic member 100 is accommodated in the applicator 200, the applicator 200 is inserted into the cervix and the hemostatic member 100 is pushed out to provide the hemostatic member 100 to the hemostatic region, and the applicator 200 serves as an auxiliary function of easily and accurately providing the hemostatic member 100 to the hemostatic region.

The applicator 200 is formed of a polyolefin material (LDPE, LLDPE, HDPE), which satisfies the physical properties required for smoothly providing the hemostatic member 100 to the outside of the applicator 200, prevents damage to the surrounding tissue when the applicator 200 is inserted into the body, and ensures biostability.

As shown in fig. 4 to 8, the applicator 200 includes: a main body 210 having a space 211 formed at a distal end of the main body 210 to accommodate the hemostatic member 100; and a handle 220, the handle 220 being received inside the body 210, pushing the hemostatic member 100 to the outside of the body 210 to expand the hemostatic member 100 in a flower shape and providing the hemostatic member 100 to a hemostatic site.

That is, the hemostatic member 100 of the present invention is accommodated in the space portion 211 of the main body 210, and the hemostatic member 100 is retracted to a bud state. Thereafter, when the hemostatic member 100 is pushed to the outside of the main body 210 by the handle 220 housed inside the main body 210, the petal sections 120 are gradually spread all over as the hemostatic member 100 is pushed to the outside of the main body 210, and the petal sections 120 spread in a flower shape, thereby providing the flower-shaped hemostatic member 100.

Further, the main body 210 includes: a space portion 211 formed so that the hemostatic member 100 is accommodated in the space portion 211; and a handle accommodating portion 212 which is formed to have a relatively smaller cross-sectional area than the space portion 211, communicates with the space portion 211, and is elongated in the longitudinal direction.

The space 211 is characterized in that an opening/closing part 211a is formed at a distal end, the opening/closing part 211a is formed in a curved shape, and is elastically opened by a pushing force of the hemostatic member 100 when the hemostatic member 100 is supplied to the outside of the body 210.

When the applicator 200 is inserted into the body, the opening/closing portion 211a is in a contracted state, and the front end portion of the space portion 211 of the main body 210 is formed in a curved surface shape, so that the applicator can be easily inserted into the body without irritating the surrounding tissues in the body. After the insertion into the affected area, as the hemostatic member 100 is pushed outward, the opening/closing portion 211a is opened by the pushing force, and the petal sections 120 are expanded to form the flower-shaped hemostatic member 100.

In addition, the outer surface of the main body 210 is formed with a marking part 213 to make it possible to recognize the in-vivo insertion depth of the main body 210, and the outer surface of one side of the main body 210 is formed with an embossed-shaped grip part 214 to facilitate insertion into the body or removal.

Further, as shown in fig. 5 and 6, the inner surface of the handle receiving part 212 forms a catching part 212a to prevent the handle 220 from being unintentionally separated from the front side of the body 210. That is, when the hemostatic member 100 is pushed out of the main body 210 by the handle 220, the handle 220 is prevented from passing through the inside of the handle receiving portion 212 in the moving direction and being detached from the front side of the main body 210.

Wherein the handle 220 includes: a body part 221 which is accommodated in the handle accommodating part 212 and is formed movably in the front-rear direction inside and outside the handle accommodating part 212; a first expanded portion 222 formed in such a manner that the first expanded portion 222 is formed at a front end portion of the body portion 221, is received in the space portion 211, is movable in the front-rear direction in the space portion 211, and is caught at a rear end portion of the space portion 211; and a second expanded portion 223 formed in such a manner that the second expanded portion 223 is formed at a rear end portion of the body portion 221, is movable in the front-rear direction outside the handle accommodating portion 212, and is caught at the rear end portion of the handle accommodating portion 212.

That is, basically, the handle 220 is formed to be movable in the front-rear direction inside the space portion 211 and the handle accommodating portion 212 of the main body 210, the handle 220 is caught at the rear end portion of the space portion 211 by the first expanded portion 222 so as not to be separated from the rear of the main body 210, and the handle 220 is not separated from the front of the main body 210 by the second expanded portion 223 so that the handle 220 is freely movable in the front-rear direction inside the main body 210 but not separated to the outside of the main body 210.

In this case, the locking portion 212a assists in preventing the handle 220 from being accidentally separated from the front side of the main body 210.

Fig. 7 shows a state in which the hemostatic member 100 accommodated inside the applicator 200 is pushed to the front by the handle 220 at the rear, so that the opening and closing part 211a is opened, and the hemostatic member 100 is supplied to the outside of the body 210 through the opened opening and closing part 211 a.

Fig. 8 (a) shows a state in which the hemostatic member 100 of the present invention is accommodated in the space portion 211 of the main body 210, the handle 220 is accommodated in the main body 210 at the rear of the hemostatic member 100, and the first expanded portion 222 of the handle 220 is in contact with the rear side portion of the hemostatic member 100. At this time, the opening/closing portion 211a is kept in a contracted state, and the front end portion of the main body 210, that is, the front end portion of the space portion 211 is kept in a state of being formed into a curved surface.

In fig. 8 (b) and (c), when the handle 220 is pushed forward, the hemostatic member 100 accommodated in the space portion 211 is pushed out to the outside of the main body 210, and the opening/closing portion 211a of the space portion 211 is elastically opened by the pushing force of the hemostatic member 100, thereby supplying the hemostatic member 100 to the outside of the main body 210.

In fig. 8 (d), when the handle 220 is further pushed forward, the hemostatic member 100 accommodated in the space 211 is completely pushed out to the outside of the main body 210, and the petal sections 120 are completely deployed, and the hemostatic member 100 is expanded in a flower shape and is provided to the hemostatic region.

Thereafter, the handle 220 and body 210 are pulled rearwardly for removal from the body, providing and retaining the hemostatic member 100 only to the site of hemostasis.

Fig. 9 shows a state view of use of the hemostatic member kit for cervix according to one embodiment of the present invention, in which an applicator 200 accommodating a hemostatic member 100 is inserted into an affected part (fig. 9 (a)), the hemostatic member 100 is pushed out by the handle 220 to push the hemostatic member 100 to the outside of the body 210 (fig. 9 (b), (c)), and then, when the hemostatic member 100 is completely provided to the hemostatic region ((b), (c)) of fig. 9, the handle 220 and the body 210 are pulled to be pulled out to the outside of the body (fig. 9 (d)), so that only the hemostatic member 100 remains at the hemostatic region ((e)) of fig. 9. At this time, when hemostasis is completed, the wire 130 of the hemostatic member 100 is pulled by the patient or physician for convenient removal of the hemostatic member 100.

Fig. 10 shows a schematic view of the indications of a hemostatic member 100 for the cervix of an embodiment of the present invention.

As described above, the dressing of the flower core portion 110 of the hemostatic member 100 has a high density and a diameter of about 20mm, which is advantageous for hemostatic treatment as a taper resection for cervical surgery, and the petal portions 120 of the hemostatic member 100 have a wide area and a size that can cover the cervix to such an extent that they can be advantageously applied to hemostatic treatment after collecting uterine tissue.