CN214859958U - Visual anti-drop tube transfusion fixing paste - Google Patents

Abstract

The utility model discloses a visual anti-falling tube transfusion fixing paste, which comprises a sterile medical transparent paste and a self-adhesive wound sterile dressing, wherein a visual window is arranged on the self-adhesive wound sterile dressing; the sterile medical transparent application is used for covering the indwelling needle and fixing the indwelling needle on the skin of a patient; the periphery of the self-adhesive wound sterile dressing is provided with adhesive paste, and the part of the self-adhesive wound sterile dressing, which is provided with the adhesive paste, is used for completely adhering the four sides of the sterile medical transparent application patch, so that the sterile medical transparent application patch is firmly fixed on the skin around the puncture site; the position of the visual window corresponds to the position of the indwelling needle.

Description

Visual anti-drop tube transfusion fixing paste

Technical Field

The utility model relates to the technical field of medical equipment, concretely relates to visual anticreep pipe infusion is fixed pastes.

Background

Peripheral venous indwelling needle (PIVS) puncture is the most common invasive operation in hospitals, and is mainly suitable for intravenous infusion treatment of patients who are continuously infused for more than 4 hours and less than 7 days and infused with isotonic solution or alkaline solution or nutrient solution. The vein indwelling needle is a substitute of a disposable scalp steel needle, and PIVS has the advantages of long indwelling time, reduction of venous puncture times and wounds of a patient, reduction of vascular stimulation due to soft cannula, high comfort of the patient and the like, so that the needle is widely applied in clinic. According to research statistics, the popularity rate of PIVS in China's third hospital exceeds 99%, 85% of patients abroad need to be hospitalized for intravenous infusion treatment, and 30% -80% of patients use PIVS.

PIVS is also associated with various complications during use, and is classified into two types, namely non-infectious complications and infectious complications, mainly including phlebitis, liquid medicine leakage, catheter displacement, catheter blockage, infection and the like. According to research reports, the incidence rate of PIVS retention failure can reach 69%, improper fixation is the main reason that the infusion needle head is unstably fixed and falls off, and common infusion pastes are not firm in fixation, curled in edge, not firm in infusion paste attachment, blocked in puncture part of the infusion paste and incapable of being observed directly, and the like. If the indwelling needle retention time is too short, the PIVS retention significance is lost, patient dissatisfaction is easily caused, and the workload of nurses is increased, so that good fixation is a key step for prolonging the indwelling needle retention time and reducing adverse events. The dressing and fixing mode are the main factors for determining whether the fixation is firm, and the incidence rates of complications such as falling off, phlebitis and the like are different by adopting different dressing and fixing methods.

Chemotherapy or surgery for tumor patients usually employs peripheral venous or central venous catheters (PICC) for infusion therapy. Peripheral veins and PICC are used simultaneously when a tumor patient performs an operation, one venous access is used for inputting liquid, and the other venous access is used for inputting various anesthetic drugs and blood products. Researches show that the old tumor patients older than 60 years old have thinned vascular wall, increased blood viscosity, poor elasticity of blood vessels, increased fragility, slowed blood flow speed, obviously increased tube blockage incidence rate of indwelling needles and increased liquid medicine extravasation. If the chemotherapy liquid medicine, the anesthetic liquid medicine or other liquid medicines are externally infiltrated, the patients can suffer from pain and economic burden if the patients cannot observe and find the liquid medicines in time.

In clinical care work it was found that: firstly, cotton sheets or mark pastes are often padded in the infusion pastes brought by the sickrooms to shield puncture points of indwelling needles, and nurses cannot look directly at the skin around the puncture points; secondly, the transparent film for fixing the transfusion often has the phenomena of curling edge, infirm fitting and the like, and when an operation patient is transferred to an operation bed or is transferred from the operation bed to be carried, the phenomena of tube falling of an indwelling needle tube and the like can occur.

SUMMERY OF THE UTILITY MODEL

In order to overcome the problem that exists among the prior art, the utility model provides a visual anticreep pipe infusion is fixed pastes, and the technical problem that solve includes at least that how to avoid sheltering from when well fixing the needle of keeping somewhere and keep somewhere the needle point of puncture, avoids appearing keeping somewhere phenomenons such as needle tubing way takes off the pipe.

In order to realize the purpose, the visual anti-falling tube transfusion fixing paste comprises a sterile medical transparent application paste and a self-adhesive wound sterile dressing, wherein a visual window is arranged on the self-adhesive wound sterile dressing; the sterile medical transparent application is used for covering the indwelling needle and fixing the indwelling needle on the skin of a patient; the periphery of the self-adhesive wound sterile dressing is provided with adhesive paste, and the part of the self-adhesive wound sterile dressing, which is provided with the adhesive paste, is used for completely adhering the four sides of the sterile medical transparent application patch, so that the sterile medical transparent application patch is firmly fixed on the skin around the puncture site; the position of the visual window corresponds to the position of the indwelling needle.

Preferably, the visual anti-falling tube transfusion fixing patch further comprises a time recording adhesive tape, and the adhesive tape is fixed on the edge of the tail end of the self-adhesive wound sterile dressing and presses the transfusion tube connecting tube.

The sterile medical transparent application is prepared by coating a medical adhesive on a medical polyurethane film, and release paper is arranged on two sides of the sterile medical transparent application for protection.

The self-adhesive wound sterile dressing is an operation wound adhesive dressing and comprises a non-woven fabric backing coated with glue, an absorption layer and a silicon paper protective layer.

The adhesive coated on the non-woven fabric backing is medical pressure-sensitive adhesive.

The length of the sterile medical transparent application is 7cm, and the width of the sterile medical transparent application is 6 cm.

The self-adhesive wound sterile dressing is 10cm in length and 9m in width.

The visual window is a hollow cavity which is cut out on the self-adhesive wound sterile dressing and is 3.5 multiplied by 3.5 cm.

Compared with the prior art, the visual anti-dropping tube transfusion fixing paste of the utility model can firmly fix the remaining needle during transfusion to prevent dropping tube; nurses and patients can observe the infusion part at any time through the visual window of the infusion fixing paste in real time, so as to prevent infusion swelling or extravasation which is not found in time and causes infusion complications and the like.

Drawings

Fig. 1 is a schematic structural view of the visual anti-drop tube transfusion fixing patch of the present invention.

Detailed Description

The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

As shown in fig. 1, the visual anti-falling tube transfusion fixing plaster of the present invention comprises a sterile medical transparent application plaster 1 and a self-adhesive wound sterile dressing 2, wherein a visual window 3 is arranged on the self-adhesive wound sterile dressing; the sterile medical transparent application 1 is used for covering an indwelling needle and fixing the indwelling needle on the skin of a patient; the periphery of the self-adhesive wound sterile dressing is provided with adhesive paste, and the part of the self-adhesive wound sterile dressing, which is provided with the adhesive paste, is used for completely adhering the four sides of the sterile medical transparent application patch, so that the sterile medical transparent application patch is firmly fixed on the skin around the puncture site; the position of the visual window 3 corresponds to the position of the indwelling needle.

Preferably, the visual anti-falling tube transfusion fixing patch further comprises a time recording adhesive tape 4, and the adhesive tape 4 is fixed on the edge of the tail end of the self-adhesive wound sterile dressing 2 and presses the transfusion connecting tube.

For example, writing the time (or date) of the start of infusion on the strip 4 with a pen may serve to record the time.

The sterile medical transparent application 1 is prepared by coating medical adhesive on a medical polyurethane film, and two sides of the sterile medical transparent application are protected by release paper.

The self-adhesive wound sterile dressing 2 is an operation wound adhesive dressing and comprises a non-woven fabric backing coated with glue, an absorption layer and a silicon paper protective layer.

The adhesive coated on the non-woven fabric backing is medical pressure-sensitive adhesive.

The length of the sterile medical transparent application 1 is 7cm, and the width is 6 cm.

The self-adhesive wound sterile dressing is 10cm in length and 9m in width.

The visual window 3 is a hollow cavity of 3.5 multiplied by 3.5cm cut out from the self-adhesive wound sterile dressing.

Visual anticreep pipe transfusion fix paste when the preparation, the material that needs the preparation includes:

one 6X 7cm sterile transparent medical plaster is prepared through coating medical adhesive on medical polyurethane film and protecting two sides with release paper.

Secondly, a 9 x 10cm self-adhesive wound sterile dressing (FL-I type) is cut into a cavity of 3.5 x 3.5cm by using sterile scissors before infusion. The sterile dressing consists of a non-woven fabric backing coated with glue (medical pressure-sensitive adhesive), an absorption layer and a silicon paper protective layer, has good bonding effect and is not easy to separate from the skin.

The use method of the visual anti-drop tube transfusion fixing paste of the utility model is as follows:

firstly, a nurse adopts a tension-free method after the successful puncture, and fixes the empennage on the skin of a patient by using a 6 multiplied by 7cm medical transparent plaster with the empennage of an indwelling needle (namely the empennage of a small plane (indwelling needle) needle head of an infusion apparatus) as the center.

Secondly, taking the empennage of the indwelling needle as a center, cutting out a self-adhesive wound sterile dressing (with the size of 9 multiplied by 10cm) with the hollow size of 3.5 multiplied by 3.5cm from the center by a nurse, pasting the self-adhesive wound sterile dressing on the medical transparent dressing, pressing the periphery tightly, enabling the part with the paste on the periphery of the sterile dressing to be completely adhered to the four sides of the medical transparent dressing, and firmly fixing the film on the skin around the puncture part. The adhesive tape for recording time is fixed at the tail end of the sterile dressing and presses the connecting pipe of the infusion tube.

In the fixing paste of the visual anti-falling tube transfusion, the 6 multiplied by 7cm medical transparent paste is made by coating medical adhesive on the medical polyurethane film, the two sides are protected by release paper, and the nurse tears the release paper and often generates wrinkles, resulting in insecure adhesion. The 9 x 10cm sterile dressing is an operation wound adhesive dressing, consists of a non-woven fabric backing coated with glue (medical pressure-sensitive adhesive), an absorption layer and a silicon paper protective layer, has good adhesive effect and is not easy to separate from the skin. Observe 30 examples tumour operation patients, get into nurse behind the operating room and keep somewhere the needle puncture after successful, adopt visual anticreep pipe infusion is fixed to be pasted and is fixedly kept somewhere the needle, can look directly at the puncture point and observe the infusion condition in the phenomenon of not taking place to take off a tub, the art, respond well.

Visual anticreep pipe infusion is fixed pastes beneficial effect include:

1. the infusion can be found and treated in time when the infusion is leaked, and the occurrence of infusion complications is reduced.

2. The visual anti-falling tube transfusion fixing patch can firmly fix the indwelling needle and prevent the falling tube from happening, the self-adhesive wound sterile dressing can firmly adhere the periphery of the medical transparent patch to the skin, and the phenomena of edge curling, tube falling and the like are not easy to happen.

Although the invention has been described in detail with respect to the general description and the specific embodiments, it will be apparent to those skilled in the art that modifications and improvements can be made based on the invention. Therefore, such modifications and improvements are intended to be within the scope of the invention as claimed.

Claims (8)

1. A visual anti-release tube transfusion fixing patch is characterized by comprising a sterile medical transparent patch and a self-adhesive wound sterile dressing, wherein a visual window is arranged on the self-adhesive wound sterile dressing; the sterile medical transparent application is used for covering the indwelling needle and fixing the indwelling needle on the skin of a patient; the periphery of the self-adhesive wound sterile dressing is provided with adhesive paste, and the part of the self-adhesive wound sterile dressing, which is provided with the adhesive paste, is used for completely adhering the four sides of the sterile medical transparent application patch, so that the sterile medical transparent application patch is firmly fixed on the skin around the puncture site; the position of the visual window corresponds to the position of the indwelling needle.

2. The visual anti-release tube infusion fixing patch as claimed in claim 1, further comprising a time recording adhesive tape fixed to the trailing edge of the self-adhesive wound sterile dressing and pressing against the infusion tube connection tube.

3. The visual anti-release transfusion fixing patch as claimed in claim 1, wherein the sterile transparent medical application is made by coating medical adhesive on medical polyurethane film, and the two sides of the sterile transparent medical application are protected by release paper.

4. The visual anti-release tube transfusion fixing patch as claimed in claim 1, wherein the self-adhesive wound sterile dressing is a surgical wound adhesive dressing comprising a non-woven fabric backing coated with adhesive, an absorption layer and a silicon paper protective layer.

5. The visual anti-release tube transfusion fixation paste as claimed in claim 4, wherein the adhesive coated on the non-woven fabric backing is a medical pressure-sensitive adhesive.

6. The visual anti-drop tube transfusion fix paster of claim 1, wherein the said aseptic medical transparent application is 7cm long and 6cm wide.

7. The visual anti-release tube infusion fixing patch as claimed in claim 1, wherein the self-adhesive wound sterile dressing has a length of 10cm and a width of 9 m.

8. The visual anti-drop tube transfusion fixation patch as claimed in claim 1, wherein the visual window is a 3.5 x 3.5cm hollowed-out cavity cut out from the self-adhesive wound sterile dressing.

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