INTRACATHETIC POUCH HOLSTER PROVIDING PSYCHOLOGICAL AND PHYSICAL PROTECTION FOR CHILDREN AND ADULTS.

Abstract

The invention relates to an intracatheter sheath (1) which is a robust structure knitted with polyester yarn, containing a thumb corridor (2) reinforced with transfer printing, and a hand entry section (3) which is reinforced with Lycra yarn and prevents unraveling by folding over itself.

Description

1 TARIFF PSYCHOLOGICAL AND PHYSICAL PROTECTION FOR CHILDREN AND ADULTS INTRACETTE COVER PROVIDING Technical Area 5 The invention is used in hospitals and healthcare facilities during the administration of intravenous fluids to patients. with a sheath developed to reduce the psychological and physical effects of the intravenous catheters used This is particularly relevant to the fear stemming from the appearance of intravenous catheters in children. to reduce and fold the intravenous catheter arm movement in adults to reduce serum flow It relates to an intravenous catheter sheath designed to prevent blockage. This sheath is 10 It is produced using a knitting method with polyester yarn, reinforced with transfer printing, and It includes a space for the thumb to pass through. State of the Art Today, administering intravenous fluids to patients in hospitals and healthcare facilities is common. Intravenous catheters are used during this process. Intravenous catheters are usually placed in the patient's hand or They are placed on their arms, and this process can create psychological stress, especially for children. Children, Children may experience fear and anxiety when they see intravenous catheters. The same applies to children. They can manipulate intravenous catheters, causing them to become dislodged. In adults, however... Folding the intravenous catheter with arm movement can obstruct the flow of serum and prolong the treatment process. This can have negative effects. To address these problems, intravenous catheter concealers or holders are used. Cases are needed. Current solutions include those for securing and protecting intravenous catheters. Various methods have been developed. The current state of the technique is described in the literature as 25 For example, document number 2022 / 001238 can be cited. In the aforementioned document, “This invention was inspired by the bandages we normally use in the market.” It is a prepared utility model. It is a butterfly-like plastic device that we know as an intracatheter. Intravenous needles with wings have adhesive strips underneath them, similar to those on a bandage. It is designed by placing the mechanism. After the vascular access is established, health 30 The staff will peel off the nylon layer under the wings and inject the catheter where it is located. This will ensure adhesion. A round bandage will be placed over the area where the needle enters the skin. The plastic sheeting will be peeled off from the top and glued on, leaving the tap exposed. The procedure of establishing intravenous access will become healthier, easier, and more practical. On the patient's skin These practical bandages, which are thought to remain in place for more than one day, are for colostomy (Thick 35 the intestine is anastomosed to the abdomen, and the intestinal contents are transferred from there into a bag. 2 It is also quite important that the product used (by patients) does not harm the skin. "It is important." However, the document presented does not mention the psychological impact of intravenous catheters on children. any 5 to reduce or prevent the intravenous catheter from folding with arm movement No modifications were made; the focus was solely on securing the intravenous catheter. The invention, which deals with intravenous catheter sheaths, aims to remedy these shortcomings, enabling the use of intravenous catheters in children. concealed so that it cannot be seen, and in adults, it can be folded with arm movement. It prevents [theft]. The cover is produced using a knitting method with polyester yarn and transferred printing. It is reinforced and includes a space for the thumb to pass through. This space is 10 Depending on whether the intravenous catheter is inserted into the hand or arm, the thumb or the sheath of the intravenous catheter may be affected. It allows it to rise to the surface. In conclusion, the existence of the above problems and the inadequacy of current solutions are relevant. This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. It relates to an intravenous catheter sheath that brings new advantages. The main purpose of the invention is to provide new advantages for use in hospitals and 20 Psychological issues arising from the appearance of intravenous catheters in children in healthcare facilities. to reduce pressure and in adults, the intravenous catheter can be folded with arm movement to increase serum flow. The goal is to prevent it from getting blocked. Another aim of the invention is to ensure the secure fixation of the intravenous catheter, thus extending treatment to 25. The aim is to improve the process and make the job of healthcare personnel easier. Another purpose of the invention is to produce polyester yarn using a knitting method and transfer printing. By offering a reinforced case, it both increases durability and usability. To prolong life. In conclusion, this invention offers advantages in the use of intravenous catheters for both children and adults. It offers a more comfortable and safer solution, while also improving the work of healthcare personnel. By facilitating the process, it makes the treatment process more efficient. 35 3 Figures that will help understand the invention. Figure 1: Perspective view of the intravenous catheter sheath, which is the subject of the invention. Figure 2: Front view of the intravenous catheter sheath, which is the subject of the invention. Explanation of Part References A. Transfer printing 1. Intracatheter Sheath 2. Thumb Corridor 3. Case Entry Sections 10 Detailed Description of the Invention In this detailed description, the preferred alternatives to the intracatheter sheath (1) that is the subject of the invention are: purely for the purpose of better understanding the subject and without any limiting influence. 15 It is explained in such a way as to not create. In Figure 1, the subject of the invention is the intravenous catheter sheath (1) The perspective view of the intravenous catheter sheath (1) is shown in Figure 2, another perspective view of the intravenous catheter sheath (1). It has a view from this angle. The subject of the invention, the intravenous catheter sheath (1), is manufactured by knitting with polyester yarn. This production 20 This method increases the durability and flexibility of the sheath (1). The sheath (1) protects the thumb It was reinforced with transfer printing (A) in order to strengthen the corridor (2). An important feature of the sleeve (1) is that it includes a thumb corridor (2). Thumb corridor (2), depending on whether the intracatheter is inserted into the hand or arm, the thumb or the sheath of the intracatheter (1) enables users to reach the surface. This design increases the mobility of users by 25 increasing and reducing the visibility of the intravenous catheter, thus reducing psychological pressure on children. It minimizes. The hand entry section (3) of the case (1) allows users to easily put on and take off the case (1). It is designed to provide. The hand entry section (3) is reinforced with lycra thread 30 and this prevents it from being disassembled. At the same time, this section folds in on itself. It has been reinforced. Thanks to its flexible structure, it adapts to different hand and arm sizes. It provides. 4 The invention is a case (1) that children cannot see, touch or play with, It is designed in such a way that it cannot be removed. This design prevents children from playing with the intravenous catheter. And therefore, it increases safety by preventing the intravenous catheter from being dislodged. This new intravenous catheter sheath (1) is used in hospitals and healthcare facilities for intravenous catheter use. It was developed to solve the psychological and physical problems experienced. The subject of the invention is 5. The sheath (1) hides the intravenous catheter so that children cannot see it and the arm of adults This prevents it from folding due to its movement. In conclusion, this invention makes the use of intravenous catheters more comfortable and safer. It also offers an innovative solution that makes the job of healthcare professionals easier.

Claims

REQUESTS 1. The invention is a design that prevents the concealment and folding of intracatheters. feature; * Including a thumb corridor (2) reinforced with transfer printing (A), * Reinforced with Lycra yarn and folds over itself to prevent unraveling. 5 including a past hand entry section (3), * It is an intracatheter sheath (1) structure made by knitting with polyester yarn, which has a strong structure.

2. The intravenous catheter sheath (1) belonging to claim 1 is characterized by its ability to improve the mobility of the users. It has a flexible structure that will allow it to increase. 10 3. The intravenous catheter sheath (1) belonging to Request 1 is characterized by; that children can see the intravenous catheter, It is designed to prevent touching, playing with, and removing it.

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