CN219109625U

CN219109625U - Vein tightening tool for double-ligation method

Info

Publication number: CN219109625U
Application number: CN202223465390.9U
Authority: CN
Inventors: 郭金荣; 仲伟波
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-12-13
Filing date: 2022-12-13
Publication date: 2023-06-02
Anticipated expiration: 2032-12-13

Abstract

The utility model discloses a vein tightening tool adopting a double-binding method, and mainly relates to the field of medical care. Comprises a rubber strip connecting strip. The utility model has the beneficial effects that: the tightening tool has the advantages that a nursing staff can pull the rubber strip to tighten the infusion part of a patient rapidly without repeating the same action, so that the waiting time of the patient is reduced, and particularly, when the patient in danger is rescued, the effect is more obvious, and precious time is won; the nursing staff does not need two hands, the two hands are tightly matched and knotted and tightened, and the tightening can be performed by only lightly pulling the rubber strip, so that the appearance of vein blood vessels is achieved, the physical consumption of the nursing staff is reduced, and the nursing quality is improved; especially when the infant is used, forgetting to unbind the tightening tool is effectively avoided, the situation of tension of doctor-patient relationship is avoided, and the harmony relationship is promoted.

Description

Vein tightening tool for double-ligation method

Technical Field

The utility model relates to the field of medical care, in particular to a vein tightening tool adopting a double-binding method.

Background

In the medical care field, a vein pressing belt is used for enabling nurses to tighten and knot at the transfusion part of a patient by utilizing the good expansion characteristic of a rubber tube when venous transfusion is performed, so that blood volume is filled in veins to be displayed and then injection is performed; the blood vessel of the elderly patient, the patient with insufficient blood volume or the shock patient is not easy to find, and the compressed pulse band is frequently required to be repeatedly pulled for finding; if the blood vessel is not obvious, the requirement of injection cannot be met, the tightening is needed by adopting a double-tying method, namely, two rubber tubes are used at two ends of the selected transfusion part, and tightening and knotting are respectively carried out at a certain distance; if the blood vessel of the patient is not found, the two tightened rubber tubes are required to be checked to determine whether the tightening degree meets the requirement, and if the tightening degree does not meet the requirement, nursing staff is required to unbind the tourniquet and tighten and knott again until the blood vessel appears obviously, the injection requirement is met, and the transfusion to the patient can be normally carried out; in the process of tightening and knotting the tourniquet, a nursing staff needs to coordinate and tightly match two hands, if the two hands are not tightly matched, so that the tightening degree cannot meet the requirement, the tourniquet needs to be unbinding and then tightening and knotting, and in the continuous working for a long time and the process of tightening and knotting the tourniquet, the physical strength is continuously consumed, and the body is particularly easy to feel tired; the pulse pressing belt is extremely time-consuming and labor-consuming when in tightening and knotting, and particularly when the patient is rescued in emergency treatment, the patient needs to be rescued in a minute and a second, unnecessary time waste is reduced as much as possible in each link, and each minute and one second of time is actively striven for the patient.

At present, two independent rubber tubes are used for tightening and knotting respectively by the double-binding method, so that nursing staff works for a long time, after physical fatigue, the nursing staff is paralyzed, and occasionally, the independent rubber tube can be forgotten to unbind in time; due to the tightening of the rubber tube for a long time, blood stasis in the tightening part and even necrosis of the tightening part, especially for infant patients, are caused.

The vein tightening tool of the double-binding method is designed aiming at the defects that two independent rubber tubes are used for tightening and knotting respectively and the problems in the use process, so that time and labor can be saved in the use process, and forgetting is avoided to the greatest extent.

Disclosure of Invention

The utility model aims to provide a vein tightening tool adopting a double-binding method, which can reduce the physical consumption of nursing staff when in use, can be completed once when tightening an injection part, and does not need to repeat the same action for many times; particularly, when a patient is rescued, precious time is greatly saved, and time and labor are saved when a nursing staff uses the tool; particularly, when the infant patient is diagnosed, the consequences caused by forgetting to unbind the pulse pressing belt are avoided to the greatest extent, and the harmony of doctor-patient relationship is promoted.

The utility model aims to achieve the aim, and the aim is achieved by the following technical scheme:

the vein tightening tool of the double-binding method comprises a rubber strip and a connecting strip; the two ends of the connecting strip are respectively provided with a fixed soft board for fixing the rubber strip; rubber strips are arranged at the side ends of the two fixed soft boards; the device is used for fixing the rubber strip, so that the tightening vein meets the injection requirement, the waiting time of a patient is reduced, and the physical consumption of nurses is also reduced.

The two rubber strips are in parallel relationship in the same plane; the tail ends of the rubber strips are fixed through the fixing soft plate after the vein is tightened by bypassing the limbs, and the elastic force generated by the stretching of the rubber strips is used for tightening the intravenous injection part. The tightening device is used for tightening an intravenous injection part, tightening is carried out according to the size of the limb of a patient, unbinding is not needed in the tightening process, and the waiting time of the patient is saved. And when the infant is used, forgetting can be reduced to the greatest extent, and damage caused by tightening of limbs of the infant is avoided.

The two fixed soft plates are provided with locking holes which are matched with the rubber strips; the tail end of the rubber strip bypasses the limb to tighten the vein and then is fixed through the locking hole. The selected injection part is used for tightening the limbs to meet the injection requirement, the tightening is not required to be repeated for many times, the injection requirement can be met by tightening once, the waiting time of a patient is reduced, and the physical strength of a nurse is saved. And when the infant is used, forgetting can be reduced to the greatest extent, and damage caused by tightening of limbs of the infant is avoided.

The locking holes are formed in the fixed soft board. The device meets the limb requirements of different sizes, meets the requirement of tightening the injection vein, saves the waiting time of patients and reduces the physical consumption of nurses.

Compared with the prior art, the utility model has the beneficial effects that:

the utility model aims to provide a vein tightening tool of a double-binding method, and the use of the tightening tool enables nursing staff to pull a rubber strip to quickly tighten a transfusion part of a patient, so that the waiting time of the patient is reduced, and precious time is gained particularly when rescuing critical patients; the nursing staff does not need two hands, the two hands are tightly matched and knotted and tightened, and the tightening can be performed by only lightly pulling the rubber strip, so that the appearance of vein blood vessels is achieved, the physical consumption of the nursing staff is reduced, and the nursing quality is improved; especially when the infant is used, forgetting to unbind the tightening tool is effectively avoided, and the situation of tension of doctor-patient relationship is avoided.

Drawings

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

The reference numbers shown in the drawings:

1. a rubber strip; 2. a connecting strip; 3. fixing the soft board; 4. and a locking hole.

Detailed Description

The utility model will be further illustrated with reference to specific examples. It is to be understood that these examples are illustrative of the present utility model and are not intended to limit the scope of the present utility model. Further, it will be understood that various changes or modifications may be made by those skilled in the art after reading the teachings of the utility model, and such equivalents are intended to fall within the scope of the utility model as defined herein.

Before explaining the technology of the utility model, the prior tourniquet tightening method is briefly described as follows:

at present, a nurse uses a single tourniquet to carry out tightening and knotting twice, if the tightening degree can not meet the requirement, the tightening degree needs to be checked respectively, then the nurse unbinding is carried out, and then the tightening and knotting are carried out, so that the workload is increased, the physical strength is consumed, and the waiting time of a patient is prolonged.

As shown in figure 1 of the accompanying drawings, the utility model relates to a pulse pressing belt adopting a double-binding method, and the main structure comprises a rubber strip 1 and a connecting strip 2; the two ends of the connecting strip 2 are respectively provided with a fixed soft board 3 for fixing the rubber strip 1; the device is used for fixing the other end of the rubber strip 1, so that the tightening vein meets the injection requirement, the waiting time of patients, particularly emergency patients, is reduced, and the physical consumption of nurses is reduced.

As shown in figure 1 of the specification and drawings, the side ends of the two fixed soft boards 3 are provided with rubber strips 1; the tightening device is used for tightening an intravenous injection part, tightening is carried out according to the size of the limb of a patient, unbinding is not needed in the tightening process, the waiting time of the patient is saved, and precious time of the patient is saved in the rescuing process. And when the infant is used, forgetting can be reduced to the greatest extent, and damage caused by tightening of limbs of the infant is avoided.

As shown in figure 1 of the accompanying drawings, the two rubber strips 1 are in parallel relationship with each other in the same plane; the tail end of the rubber strip 1 bypasses limbs to tighten veins and is fixed through the fixed soft plate 3, and the rubber strip 1 stretches to generate elasticity to tighten the intravenous injection part. The elastic force of the rubber strip 1 is utilized to tighten the vein at the injection part of the limb according to the double-binding method, so that the injection requirement is met, the injection requirement can be met by tightening once, the waiting time of a patient is reduced, the precious rescuing time is saved when the emergency patient is rescuing, and the physical consumption of nurses is reduced. And when the infant is used, forgetting can be reduced to the greatest extent, and damage caused by tightening of limbs of the infant is avoided.

As shown in figure 1 of the drawings, two fixed soft plates 3 are provided with locking holes 4 which are matched with the rubber strips 1; the tail end of the rubber strip 1 bypasses the limb to tighten the vein and then is fixed through the locking hole 4. The selected injection part is used for tightening the limbs to meet the injection requirement, the tightening is not required to be repeated for many times, the injection requirement can be met by tightening once, the waiting time of a patient is reduced, particularly, when the patient is rescuing, precious time is won for the patient, and meanwhile, the physical consumption of nurses is also greatly saved. And when the infant is used, forgetting can be reduced to the greatest extent, and damage caused by tightening of limbs of the infant is avoided.

As shown in fig. 1 of the drawings, a plurality of locking holes 4 are provided in the fixed flexible board 3. Different locking holes 4 can be selected according to the sizes of limbs of different people, so that the requirements of all people are met.

The use method is as follows:

firstly, selecting a vein part to be injected, placing the tool on two sides of the injection part, then bypassing the two rubber strips 1 along limbs, respectively passing the rubber strips 1 through locking holes 4 on a fixed soft board 3, forcibly pulling the rubber strips 1, tightening the injection part until the vein is developed, achieving the effect of injection, stopping pulling the rubber strips 1, pulling the rubber strips 1 at the winding part after the use is finished, and taking down the tool after the rubber strips 1 are loosened.

To sum up: the tightening tool has the advantages that a nursing staff can pull the rubber strip to tighten the infusion part of a patient rapidly without repeating the same action, so that the waiting time of the patient is reduced, and particularly, when the patient in danger is rescued, the effect is more obvious, and precious time is won; the nursing staff does not need two hands, the two hands are tightly matched and knotted and tightened, and the tightening can be performed by only lightly pulling the rubber strip, so that the appearance of vein blood vessels is achieved, the physical consumption of the nursing staff is reduced, and the nursing quality is improved; especially when the infant is used, forgetting to unbind the tightening tool is effectively avoided, the situation of tension of doctor-patient relationship is avoided, and the harmony relationship is promoted.

Claims

1. The vein tightening tool of the double-ligation method is characterized in that: comprises a rubber strip (1) and a connecting strip (2); the two ends of the connecting strip (2) are provided with fixed soft plates (3) for fixing the rubber strip (1); rubber strips (1) are arranged at the side ends of the two fixed soft plates (3);

the two rubber strips (1) are in parallel relationship in the same plane; the tail end of the rubber strip (1) bypasses a limb to tighten a vein and is fixed through the fixed soft plate (3), and the rubber strip (1) stretches to generate elasticity to tighten an intravenous injection part.

2. The double-ligature venous tightening tool according to claim 1, wherein: the two fixed soft plates (3) are provided with locking holes (4) which are matched with the rubber strips (1); the tail end of the rubber strip (1) bypasses the limb tightening vein and is fixed through the locking hole (4).

3. The double-ligature venous tightening tool according to claim 2, wherein: the locking holes (4) are arranged on the fixed soft board (3).