CN219782743U - Jugular vein tube replacement medicine package - Google Patents

Abstract

The utility model discloses a jugular vein tube-replacing medicine bag, which comprises an outer packaging bag and a rectangular non-woven fabric bag, wherein the non-woven fabric bag is equally divided into a non-woven fabric bag right side surface, a non-woven fabric bag middle surface and a non-woven fabric bag left side surface by two first folds, and the non-woven fabric bag right side surface and the non-woven fabric bag left side surface can be folded along the first folds; the lower end face of the non-woven fabric bag right side surface, the upper end face of the non-woven fabric bag middle surface and the lower end face of the non-woven fabric bag left side surface are respectively fixed with required articles; the outer side of the folded non-woven fabric bag is sleeved with an outer packaging bag. According to the utility model, through the design of the foldable three-layer structure of the non-woven fabric bag, the size of the medicine bag can be reduced simultaneously under the condition of adding the medicine bag changing and storing functions, so that the medicine bag is more convenient to use and carry; all the articles required by changing the medicine are uniformly packaged through the non-woven fabric bag, so that the convenience of changing the medicine is improved.

Description

A kind of dressing change kit for jugular vein catheterization

Technical field

The utility model relates to a dressing changing bag, in particular to a dressing changing bag for jugular vein catheterization.

Background technique

Central venous catheter (CVC) is a common clinical operation technology, which can perform central venous pressure monitoring, infusion, blood transfusion, dialysis and TPN on critically ill and major surgical patients. The most common complication of indwelling CVC is infection. Infection not only affects the use of the catheter, but also increases the patient's pain and burden. In severe cases, it can endanger the patient's life. Therefore, the maintenance of patients with central venous catheters is crucial, and strict aseptic procedures must be performed when changing dressings.

Currently, in clinical care, a disposable central venous catheter (CVC) dressing change kit is used when changing central venous catheters (CVC), which contains 3 alcohol swabs, 3 iodophor cotton swabs, 1 pair of medical rubber gloves, and alcohol disinfection 1 piece of cotton, 1 piece of medical gauze, 1 piece of transparent dressing, 3 strips of tape. The above materials are packaged in sealing bags. They are suitable for PICC, CVC and infusion port dressing changes, and are very convenient.

Common clinical sites for central venous catheterization include the jugular vein, subclavian vein, and femoral vein. The position of the jugular vein catheter is relatively special, close to the hair, and patients are often placed in a supine position during dressing change. During the dressing change process, broken neck hair can easily contaminate the disinfected area and undermine the principle of asepsis. According to the current intravenous infusion treatment requirements of the Chinese Nursing Association group standards, needle-free technology is recommended. Therefore, the dressing bag should be equipped with devices such as positive pressure infusion connectors, saline syringes, and curved disks. However, if more medical equipment are simply stacked in the dressing bag, the efficiency will be reduced during actual use; or if more medical equipment is flatly fixed in the dressing bag, it will also be difficult to The size of the dressing bag will be increased to reduce portability, causing certain inconvenience to the staff. At the same time, in the actual process, there is a lack of devices to fix the U-shaped catheter, which can easily cause pulling and dragging during infusion. In severe cases, the catheter may be misplaced or even prolapsed; and there is a lack of devices to organize the area to be changed. , cannot guarantee the cleanliness of the dressing change site.

Therefore, clinically, there is an urgent need for a dressing change bag specifically used for jugular vein dressing change to solve the problem of the inconvenience of using or carrying the dressing change bag, the lack of a device for fixing the U-shaped catheter, and the lack of equipment for fixing the dressing site to be changed. Organizing device.

Contents of the invention

In view of the deficiencies in the prior art, the utility model provides a jugular vein catheterization dressing pack to solve the problem of inconvenience in using or carrying the dressing pack.

In order to achieve the above purpose, the utility model adopts the following technical solutions:

A jugular vein catheterization dressing-changing bag, including an outer packaging bag, characterized in that: it also includes a rectangular non-woven bag, the non-woven bag is evenly divided by two mutually parallel first creases The non-woven bag can be turned over on the right side, the middle side of the non-woven bag and the left side of the non-woven bag can be turned over. Fold along the first crease to the top of the middle surface of the non-woven bag; the upper end surface of the middle surface of the non-woven bag is fixed with a transparent dressing, a U-shaped catheter fixing patch and a medical adhesive patch. The lower end surface of the bag, which is turned over on the left side, is fixed with arc-shaped Velcro for fixing broken hair, a bag of alcohol cotton swabs, a bag of iodophor cotton swabs and rubber gloves. The non-woven bag is turned over on the right side. A curved disk, an intravenous infusion connector, a sterile saline syringe and an alcohol cotton pad are fixed on the lower end surface. The intravenous infusion joint, the sterile physiological saline syringe and the alcohol cotton pad are placed in the curved disk; the folded non-woven There is an outer packaging bag on the outside of the cloth bag.

In order to optimize the above technical solutions, specific measures taken also include:

Further, the front and rear ends of the non-woven bag are respectively provided with second folds parallel to each other, and the opposite ends of the two second folds are reinforced flips; the reinforced flips are used for Fold the non-woven bag along the first crease and then fold it along the second crease.

Further, the right-hand side flip of the non-woven bag is located above the left-hand side of the non-woven bag.

Further, the U-shaped catheter fixing patch has an oval structure, the upper end surface of the U-shaped catheter fixing patch is provided with an S-shaped Velcro rough surface, and the rest of the upper end surface of the U-shaped catheter fixing patch is made of Velcro thorns. noodle.

Further, the bent disk cover is provided on the intravenous infusion connector, the sterile physiological saline syringe and the alcohol cotton pad.

Further, the sterile physiological saline syringe uses a 10 ml sterile physiological saline syringe.

Further, one bag of alcohol cotton swabs and iodophor cotton swabs includes three alcohol cotton swabs and three iodophor cotton swabs respectively.

Furthermore, the outer packaging bag is made of transparent material.

The beneficial effects of this utility model are:

Through the design of the foldable three-layer structure of the non-woven bag, the utility model can simultaneously reduce the size of the dressing bag while increasing the storage function of the dressing bag, making it easier to use and carry; through a dedicated The arc-shaped Velcro for fixing broken hair can prevent the disinfected area from being easily contaminated due to broken hair and destroying the principle of sterility during the neck dressing change process; through the curved plate and vein The addition of infusion connectors, sterile saline syringes, alcohol pads and other devices ensures the convenience of actual operation by the staff. All items required for dressing change are packaged uniformly in non-woven bags to increase the convenience of dressing change.

Description of the drawings

Figure 1 is a top view of the overall structure of a jugular vein catheterization dressing-changing kit proposed by the present utility model;

Figure 2 is a schematic view of the unfolded structure of a non-woven bag of a jugular vein catheterization dressing change bag proposed by the utility model;

Figure 3 is a schematic diagram of the overlapping and layered disassembly of the non-woven bag of the jugular vein catheter dressing change bag proposed by the present invention;

Figure 4 is a schematic structural diagram of a U-shaped catheter fixing patch for a jugular vein catheter dressing change package proposed by the utility model;

Figure 5 is a schematic structural diagram of the arc-shaped Velcro of the jugular vein catheter dressing-changing package proposed by the utility model.

Reference signs: 1. Outer packaging bag, 2. Non-woven bag, 21. Non-woven bag turned right side, 22. Non-woven bag middle side, 23. Non-woven bag turned left surface, 24. Reinforced turning over, 25. First crease, 26. Second crease, 3. Intravenous infusion connector, 4. Sterile saline syringe, 5. Alcohol cotton pad, 6. Bend plate, 7.U Type catheter, 8. Transparent dressing, 9. U-shaped catheter fixation patch, 91. Velcro thorn side, 92. Velcro rough side, 10. Medical adhesive tape.

Implementation

The utility model will be described in detail below in conjunction with the accompanying drawings.

As shown in the accompanying drawings 1 and 2, a jugular vein catheter dressing change bag according to the embodiment of the present invention includes an outer packaging bag 1 and a rectangular non-woven bag 2. The non-woven bag 2 is divided equally along the left and right directions into a right side flip 21 of the non-woven bag, a middle side 22 of the non-woven bag and a left side of the non-woven bag with the same shape and size by two mutually parallel first creases 25 Flip 23, the right side 21 of the non-woven bag and the left side 23 of the non-woven bag can be folded along the first crease 25 to above the middle surface 22 of the non-woven bag to form a three-layer structure. ; The upper end surface of the middle surface 22 of the non-woven bag is fixed with a transparent dressing 8, a U-shaped catheter fixing sticker 9 and a medical adhesive tape 10, and the lower end surface of the left side flip 23 of the non-woven bag is fixed with a clip for fixing broken hair. Arc-shaped Velcro, a bag of alcohol cotton swabs, a bag of iodophor cotton swabs and rubber gloves. The lower end surface of the right side flip 21 of the non-woven bag is fixed with a bent disk 6, an intravenous infusion connector 3, and sterile physiological saline. Syringe 4 and alcohol cotton pad 5, intravenous infusion connector 3, sterile saline syringe 4 and alcohol cotton pad 5 are placed in the bending plate 6; the outside of the folded non-woven bag 2 is equipped with an outer packaging bag 1 .

In this way, through the foldable three-layer structure design of the non-woven bag 2, while increasing the storage function of the dressing bag, the size of the dressing bag can be reduced at the same time, making it easier to use and carry; through The arc-shaped Velcro specially designed for fixing broken hair can prevent the disinfected area from being easily contaminated due to broken hair and destroying the sterility principle during the neck dressing change process; through the bending plate 6 , intravenous infusion connector 3, sterile saline syringe 4 and alcohol cotton pad 5 and other devices are added to ensure the convenience of actual operation by the staff.

As shown in Figures 2 and 3, in another set of embodiments, the front and rear ends of the non-woven bag 2 are respectively provided with second folds 26 that are parallel to each other, and the two second folds 26 are opposite to each other. Both ends are reinforced flip-flops 24; the reinforced flip-flops 24 are used to fold the non-woven bag 2 along the first crease 25, and then fold it inward along the second crease 26; thereby, through Fold the reinforced flip 24 along the second crease 26 to reinforce the connection between the right flip 21 of the non-woven bag, the middle side 22 of the non-woven bag and the left flip 23 of the non-woven bag.

In another set of embodiments, the right side flip 21 of the non-woven bag is located above the left side 23 of the non-woven bag. Therefore, during actual operation, the right side flip 21 of the non-woven bag is located on the right side of the non-woven bag. The items on the flip side 21 and the left side flip side 23 of the non-woven bag are more compliant with the use process, thereby increasing the convenience of use.

In another set of embodiments, the U-shaped catheter fixing patch 9 has an oval structure, and the upper end surface of the U-shaped catheter fixing patch 9 is provided with an S-shaped or inverted S-shaped Velcro rough surface 92. The U-shaped catheter fixing patch 9 The rest of the upper end surface is the Velcro thorn surface 91; with this, the two wing tubes of the U-shaped conduit 7 pass through the left and right sides of the S-shaped structure of the S-shaped or inverted S-shaped Velcro rough surface 92. Fixed, specifically, both wing tubes pass through the Velcro rough surface 92, the Velcro thorn surface 91 at the upper end of the S-shaped structure, and the Velcro rough surface 92 at the lower end of the S-shaped structure, to form interval reinforcements, while saving consumables. , to ensure the stability of the U-shaped catheter fixing patch 9, and at the same time, prevent the catheter from being dislocated or prolapsed through the U-shaped catheter fixing patch 9.

In another set of embodiments, the bent disk 6 is covered on the intravenous infusion connector 3, the sterile saline syringe 4 and the alcohol cotton pad 5; thus, the intravenous infusion connector 3, the sterile saline syringe 4 and the alcohol cotton pad 5 can be covered by the bent disk 6. The saline syringe 4 and the alcohol cotton piece 5 are fixed to reduce the complexity of the structure and facilitate production and use.

In another set of embodiments, the sterile physiological saline syringe 4 is a 10 ml sterile physiological saline syringe 4 .

In another set of embodiments, a bag of alcohol cotton swabs and iodophor cotton swabs respectively includes three alcohol cotton swabs and three iodophor cotton swabs. In this way, the storage burden of the non-woven bag 2 can be reduced while ensuring that the needs of use are met.

In another set of embodiments, the outer packaging bag 1 is made of transparent material to facilitate identification and confirmation of the internal conditions before use.

When the device of this utility model is used specifically, when the patient needs to change dressing, the staff first washes their hands through the seven-step hand washing method, adjusts the patient to a supine position, removes the pillow, and fully exposes the operating area of the neck; open the outer packaging bag 1 , take out the bent disk 6, clamp the catheter, remove the original intravenous infusion connector 3 and discard it, connect the new intravenous infusion connector 3 to a 10ml sterile saline syringe, exhaust it for later use, and use alcohol cotton pad 5 to disinfect the catheter head End, connect the new intravenous infusion connector 3, open the clamp, pull back, pulse flush the tube after blood returns, flush the tube with positive pressure for the last 1-2ml and clamp the switch clamp, unscrew the 10ml sterile saline syringe and discard it. After that, open the right side flip 21 of the non-woven bag 2, take out the arc-shaped Velcro on the left side 23 of the non-woven bag, and use the arc-shaped Velcro to organize and fix it. For the patient's broken hair, tear off the transparent dressing 8 at the original site at an angle of 0 degrees, take out the alcohol cotton swab, avoid the puncture point and catheter, and perform circular disinfection with a range of about 10cm. The disinfection order of the three alcohol cotton swabs is clockwise. - Counterclockwise - clockwise, then take out the iodophor cotton swab and repeat the above steps. Note that the iodophor cotton swab can come into contact with the puncture site and catheter. Let it dry after disinfection; wash your hands with hand sanitizer, take out the gloves and put them aside, and press Use gloves aseptic method. Then open the left side 23 of the non-woven bag 2 according to the aseptic method, take out the medical adhesive tape 10 located on the middle surface 22 of the non-woven bag, properly adjust the U-shaped angle of the catheter, and take out a The medical adhesive tape 10 is used to fix the butterfly wing of the catheter. The transparent dressing 8 covers the catheter without tension and is shaped along the shape of the catheter. A tension-free application method is also adopted around the film. When applying the film, ask the patient to raise his head diagonally upward on the opposite side and tighten it fully. Neck skin prevents the film from affecting the patient's neck movements and increases comfort. Take out the U-shaped catheter fixing patch 9, stick it on the edge of the transparent dressing 8, and properly fix and shape the exposed part of the U-shaped catheter 7 through the U-shaped catheter fixing patch 9. Finally, wash hands using the seven-step handwashing method, and record the time of changing the transparent dressing 8 and the joint, as well as the puncture point and local skin conditions.

It should be noted that terms such as "upper", "lower", "left", "right", "front", "back", etc. cited in the utility model are only for convenience of description and are not used to describe the meaning. In order to limit the implementable scope of the present utility model, changes or adjustments in the relative relationships shall also be regarded as the implementable scope of the present utility model without substantial changes in the technical content.

The above are only preferred embodiments of the present utility model. The protection scope of the present utility model is not limited to the above-mentioned embodiments. All technical solutions falling under the idea of the present utility model belong to the protection scope of the present utility model. It should be pointed out that for those of ordinary skill in the art, several improvements and modifications without departing from the principle of the present utility model should be regarded as the protection scope of the present utility model.

Claims (8)

1. A jugular vein catheterization dressing change bag, including an outer packaging bag (1), which is characterized in that: it also includes a rectangular non-woven bag (2), and the non-woven bag (2) is covered by two The mutually parallel first creases (25) are evenly divided into the right side of the non-woven bag (21), the middle side of the non-woven bag (22) and the left side of the non-woven bag (23) , the right side of the non-woven bag (21) and the left side of the non-woven bag (23) can be folded along the first crease (25) to the middle surface of the non-woven bag (22) above; the upper end surface of the middle surface (22) of the non-woven bag is fixed with a transparent dressing (8), a U-shaped catheter fixing sticker (9) and a medical adhesive tape (10). The left side of the non-woven bag The lower end surface of the side turning surface (23) is fixed with arc-shaped Velcro for fixing broken hair, a bag of alcohol cotton swabs, a bag of iodophor cotton swabs and rubber gloves. The non-woven bag is turned right side ( The lower end surface of 21) is fixed with a bent disk (6), an intravenous infusion connector (3), a sterile saline syringe (4) and an alcohol cotton pad (5). The intravenous infusion connector (3), sterile saline syringe (4) and the alcohol cotton sheet (5) are placed in the bending plate (6); the outer packaging bag (1) is set on the outside of the folded non-woven bag (2). 2. A jugular vein catheter dressing changing bag according to claim 1, characterized in that: the front and rear ends of the non-woven bag (2) are respectively provided with second folds (26) parallel to each other. , the opposite ends of the two second folds (26) are reinforced flips (24); the reinforced flips (24) are used to fold the non-woven fabric along the first crease (25). The cloth bag (2) is folded along the second crease (26). 3. A jugular vein catheterization dressing bag according to claim 1, characterized in that: the right side of the non-woven bag (21) is located on the left side of the non-woven bag (23) above. 4. A jugular vein catheter dressing change kit according to claim 1, characterized in that: the U-shaped catheter fixing patch (9) has an oval structure, and the upper end surface of the U-shaped catheter fixing patch (9) is provided with a There is an S-shaped Velcro rough surface (92), and the rest of the upper end surface of the U-shaped catheter fixing patch (9) is a Velcro thorn surface (91). 5. A jugular vein catheterization dressing-changing kit according to claim 1, characterized in that: the bent disk (6) is covered with an intravenous infusion connector (3), a sterile saline syringe (4) and alcohol. On the cotton piece (5). 6. A jugular vein catheterization dressing-changing kit according to claim 1, characterized in that: the sterile physiological saline syringe (4) adopts a 10 ml sterile physiological saline syringe (4). 7. A jugular vein catheter dressing changing bag according to claim 1, characterized in that: a bag of alcohol cotton swabs and iodophor cotton swabs respectively includes three alcohol cotton swabs and three iodophor cotton swabs. . 8. A jugular vein catheter dressing changing bag according to claim 1, characterized in that: the outer packaging bag (1) is made of transparent material.