TWM649086U - Intravenous injection practice module - Google Patents

Abstract

An intravenous injection practice module includes a wearing module, which has a support plate, a simulated intravenous tube, a splint and a simulated skin component. The top surface of the support plate has a groove, and the support plate is provided with at least one fixing part. The support plate has at least one vertical perforation perpendicular to the top surface of the support plate. The simulated intravenous tube is detachably installed in the groove and one end is closed. The support plate is slidably installed in the splint and there is a gap between the splint and the top surface of the support plate. The simulated skin component is placed, and the splint has an opening corresponding to the simulated skin component and the simulated venous tube, and the splint has a plurality of vertical perforations; at least one fixing component is detachably provided in each vertical perforation; and a recovery container is connected to the simulation with a recovery tube. One end of the intravenous tube is not closed, and the recovery tube is detachably installed on the fixed part, and the height of the recovery container is lower than the wearing module. This creation allows the intravenous drip used when practicing venipuncture to actually flow into the recovery container, increasing the reality of the practice and making the practice better.

Description

Intravenous injection practice module

This creation is about a medical training module, specifically an intravenous injection practice module that allows drips to actually flow and increases the reality of training.

Intravenous injection is an indispensable technique in many modern medical projects. Therefore, there are many training tools for medical staff to train so that they can master the angle and depth of needle insertion to avoid injury to the operator or repeated punctures. However, the purpose of general training tools is focused on practicing needle puncture, and does not take into account the actual completion of intravenous injection. Therefore, it cannot allow the actual flow of the intravenous drip, and lacks a sense of presence during the operation.

In addition, in order to facilitate training, most of these training tools are made with artificial arms. During practice, you will not feel the tension of facing a real person, so the effectiveness of the practice may not be fully demonstrated.

In view of this, the author has accumulated many years of research and practical experience in related fields, and specially created an intravenous injection practice module to improve the deficiencies of the above-mentioned conventional techniques.

The main purpose of this creation is to provide an intravenous injection practice module that can be installed on a real person or a human model for users to practice, and allows users to observe the actual intravenous injection liquid flow, which increases the reality of the practice.

In order to achieve the above purpose, the intravenous injection practice module of the present invention includes a support plate, a simulated intravenous tube, a splint and a simulated skin component. The top surface of the support plate has a groove, and the support plate is provided with at least one fixed portion. , the opposite sides of the support plate each have at least one vertical perforation perpendicular to the top surface of the support plate, the simulated venous tube is detachably installed in the groove, one end of the simulated venous tube is closed, and there is a chute on the opposite sides of the splint. The support plate is slidably installed in the splint and there is a gap between the splint and the top surface of the support plate. The simulated skin element is placed in the gap and above the simulated venous tube. The splint has an opening corresponding to the overlapping portion of the simulated skin element and the simulated venous tube. There is a vertical perforation on opposite sides of the splint; at least one fixing element, which is detachably provided in each vertical perforation; and a recovery container, which is connected to the unsealed end of the simulated venous tube with a recovery tube, and the recovery tube is detachably connected Installed on the fixed part, the height of the recycling container is lower than that of the wearing module.

The fixing element can be a strap, so that the invention can be tied to a real person or a mannequin at a predetermined position to be practiced, such as a human arm or palm.

Each support plate and each splint can be bent into an arc surface to correspond to the curve of the human forearm or palm.

The fixing part can be a parallel perforation parallel to the top surface of the support plate, allowing the recovery pipe to pass through the parallel perforation to fix the recovery pipe to avoid shaking.

The simulated intravenous tube can be a soft rubber tube or a soft silicone tube to simulate the feeling of a needle actually puncturing a blood vessel. The simulated skin component can be a rubber sheet, silicone sheet or toilet paper to simulate the feel of a needle actually penetrating the skin.

This creation can also use two support plates, two simulated skin elements and two splints at the same time. The top surface of each support plate has a groove. Each support plate is provided with at least one fixing part. Each support plate has a plurality of supporting plates. The top surface of the vertical perforation is vertical, and the simulated venous tube is detachably installed in each groove and connected to each support plate. One end of the simulated venous tube is closed, and there is a slide groove on the opposite sides of each splint so that each support plate can be slid on There is a gap within each splint and between each splint and the top surface of each support plate. Each simulated skin element is placed in each gap and located above the simulated venous tube. Each splint has an opening corresponding to each simulated skin element and the simulated venous tube. In the overlapping portion of the venous tubes, there is a vertical perforation on the opposite sides of each splint. One support plate can be placed on the arm of the human body, and the other support plate can be placed on the palm of the human body, so that different parts can be trained at the same time.

In order to clearly and fully disclose this invention, illustrations of better implementations are enumerated, and the implementation methods are described in detail as follows.

Please refer to the first to fourth figures, which reveal the diagrams of the implementation of the present invention. The above diagrams illustrate the intravenous injection practice module of the present invention, which includes a wearing module, which has a support plate 1 and a simulation Intravenous tube 11, a splint 15 and a simulated skin element 17. There is a groove 12 on the top surface of the support plate 1. The support plate 1 is provided with at least one fixing part 13. There are at least one and two support plates on the opposite sides of the support plate 1. There is a vertical perforation 14 on the top surface of 1. The simulated venous tube 11 is detachably installed in the groove 12. One end of the simulated venous tube 11 is closed. In this embodiment, one end of the simulated venous tube 11 is closed with a knot, and the splint 15 There is a slide groove 151 on the opposite sides respectively to allow the support plate 1 to slide inside the splint 15. There is a gap 16 between the splint 15 and the top surface of the support plate 1. The simulated skin element 17 is placed in the gap 16 and located in the simulated venous tube 11. Above, the splint 15 has an opening 152 corresponding to the overlapping portion of the simulated skin element 17 and the simulated venous tube 11. There is a vertical perforation 14 on the opposite sides of the splint 15; at least one fixing element 2 is detachably provided in each vertical perforation 14. ; And a recovery container 3, which uses a recovery tube 31 to connect the unsealed end of the simulated intravenous tube 11, and the recovery tube 31 is detachably installed on the fixed part 13, and the height of the recovery container 3 is lower than the wearing module.

It can be seen in the third figure that in this embodiment, the support plate 1 slides in from one side of the splint 15, and each chute 151 is supported below the support plate 1, and the support plate 1 and the splint 15 are each roughly in the shape of a trapezoid (one side is wide). One side is narrow), so that when the support plate 1 slides into the splint 15, it can be tightly combined and not easy to loosen. In this embodiment, each support plate 1 and each splint 15 are respectively bent into arc surfaces to correspond to the curve of the human forearm or palm. The simulated skin element 17 is omitted in the fourth figure, so it can be seen that there is a gap 16 between the splint 15 and the top surface of the support plate 1 .

In this embodiment, two support plates 1, two simulated skin elements 17 and two splints 15 are used at the same time. Each support plate 1 has a groove 12 on its top surface. Each support plate 1 is provided with at least one fixing part 13. Each support plate 1 is provided with at least one fixing part 13. 1. There are a plurality of vertical perforations 14 perpendicular to the top surface of each support plate 1. The simulated venous tube 11 is detachably installed in each groove 12 and connected to each support plate 1. One end of the simulated venous tube 11 is closed, and the end of each splint 15 is There is a slide groove 151 on the opposite sides respectively so that each support plate 1 can be slid inside each plywood 15. There is a gap 16 between each plywood 15 and the top surface of each support plate 1. Each simulated skin element 17 is placed on each plywood 15. The gaps 16 are respectively located above the simulated venous tubes 11. Each splint 15 has an opening 152 corresponding to the overlapping portion 11 of each simulated skin element 17 and the simulated venous tube. Each splint 15 has a vertical through hole 14 on opposite sides. In the first figure, it can be seen that a combination of a support plate 1, a simulated skin element 17 and a splint 15 can be placed on the arm A of the human body, and another combination can be placed on the palm B of the human body, so that different parts of the body can be treated at the same time. IV training. If only a combination of a single support plate 1, a simulated skin element 17 and a splint 15 is used, it can be installed on the arm A or the palm B. This embodiment is installed on a real person to increase the sense of reality in practice. This creation can also be installed on a human body model if necessary.

The simulated venous tube 11 can be a soft rubber tube or a soft silicone tube, simulating the feel of a needle actually puncturing a blood vessel. The groove 12 can extend curvedly to simulate the shape of a blood vessel. The used simulated venous tube 11 can be removed from the groove 12 Replace. One end of the simulated intravenous tube 11 is closed to ensure that the intravenous drip fluid flows toward the recovery container 3 . The simulated skin element 17 can be made of various materials such as a rubber sheet, silicone sheet or toilet paper to simulate the feel of a needle actually penetrating the skin.

In this embodiment, the fixing element 2 is a strap. The fixing element 2 passes through each vertical hole 14 of the splint 15 to fasten and fix the support plate 1, so that the invention can be tied to a real person or a human model at a predetermined position for practice. . If necessary, each vertical hole 14 of the support plate 1 can also be used to fasten the invention.

In this embodiment, the fixing part 13 is a parallel perforation parallel to the top surface of the support plate 1. By letting the recovery tube 31 pass through the parallel perforation of the fixing part 13, the recovery tube 31 can be fixed to avoid shaking; the recovery tube 31 is detachably installed. Provided at at least one fixed part 13. Although two support plates 1 are used in this embodiment, the recovery pipe 31 can pass through the fixed part 13 of one support plate 1 or pass through the fixed parts of two support plates 1 at the same time depending on the actual situation. 13.

As can be seen in the fifth figure, when the user uses the needle C to puncture the simulated skin component 17 and the simulated intravenous tube 11 and connects the drip bottle D, since the drip bottle D will be higher than the support plate 1, including the support plate 1 The wearable module is higher than the recovery container 3. The liquid in the intravenous drip bottle D can flow with gravity into the simulated intravenous tube 11, the recovery tube 31 and the recovery container 3, allowing the user to have a sense of presence of successful intravenous injection and increasing the training effect.

However, the above are only preferred embodiments of this invention and cannot be used to limit the scope of implementation of this invention. All changes and modifications that can be obviously made by those skilled in the art should be regarded as not departing from this invention. The substantial content of this creation.

1: Support plate 11: Simulated intravenous tube 12: Groove 13: Fixed part 14:Vertical perforation 15:Plywood 151:Chute 152:Open your mouth 16: Gap 17:Simulating skin components 2: Fixed components 3: Recycling container 31:Recycling tube A:Arm B: Palm C:Needle D:Intravenous bottle

The first picture is the installation diagram of this creation. The second picture is a schematic diagram of the combination of the support plate, splint and simulated skin components of this creation. The third picture is the explosion diagram of the second picture. The fourth picture is a schematic diagram of the combination of the support plate and the plywood of this creation. The fifth picture is a schematic diagram of the use of this creation.

1: Support plate

11: Simulated intravenous tube

13: Fixed part

14:Vertical perforation

15:Plywood

17:Simulating skin components

2: Fixed components

3: Recycling container

31:Recycling tube

A:Arm

B: Palm

Claims (7)

An intravenous injection practice module, which includes: A wearing module, which has a support plate, a simulated intravenous tube, a splint and a simulated skin component. The top surface of the support plate has a groove. The support plate is provided with at least one fixing part. The opposite sides of the support plate Each has at least one vertical perforation perpendicular to the top surface of the support plate. The simulated venous tube is detachably installed in the groove. One end of the simulated venous tube is closed. There are slide grooves on opposite sides of the splint to support the support plate. The plate is slidably arranged in the splint and there is a gap between the splint and the top surface of the support plate. The simulated skin element is placed in the gap and above the simulated venous tube. The splint has an opening corresponding to the simulated skin element and the top surface of the support plate. In the overlapping portion of the simulated venous tube, there is a vertical perforation on the opposite sides of the splint; At least one fixing element removably disposed on each vertical through hole; and A recovery container is connected to the unsealed end of the simulated venous tube with a recovery tube, and the recovery tube is detachably installed on the fixed part. The height of the recovery container is lower than the wearing module. An intravenous injection practice module, which includes: A wearing module, which has two support plates, a simulated intravenous tube, two splints and two simulated skin components. The top surface of each support plate has a groove, and each support plate is provided with at least one fixing portion. The support plates each have a plurality of vertical perforations perpendicular to the top surface of each support plate. The simulated venous tube is detachably installed in each of the grooves and connected to each of the support plates. One end of the simulated venous tube is closed, and the end of each splint is There is a slide groove on the opposite sides respectively, so that each support plate is slid inside each plywood, and there is a gap between each plywood and the top surface of each support plate, and each simulated skin element is placed in each gap. And located above the simulated venous tube, each splint has an opening corresponding to the overlapping portion of the simulated skin element and the simulated venous tube, and each splint has a vertical perforation on the opposite sides; A plurality of fixing elements detachably provided on each of the vertical perforations; and A recovery container is connected to an unsealed end of the simulated venous tube with a recovery tube, and the recovery tube is detachably installed on at least one of the fixed parts. The height of the recovery container is lower than the wearing module. The intravenous injection practice module according to claim 1 or 2, wherein the fixing element is a strap. The intravenous injection training module as described in claim 1 or 2, wherein each support plate and each splint are respectively curved into arc surfaces. The intravenous injection practice module as claimed in claim 1 or 2, wherein the fixing part is a parallel through hole parallel to the top surface of the support plate. The intravenous injection training module as described in claim 1 or 2, wherein the simulated intravenous tube is a soft rubber tube or a soft silicone tube. The intravenous injection training module according to claim 1 or 2, wherein the simulated skin element is a rubber sheet, silicone sheet or toilet paper.

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