AUTOMATIC GLOVE DONNING SYSTEM

Abstract

The invention relates to an automated glove-fitting system that enables the quick and easy donning of gloves, used as personal protective equipment, according to the selected size, particularly for use in the healthcare sector.

Description

1 TARIFF AUTOMATIC GLOVE DONNING SYSTEM TECHNICAL AREA 5 The invention relates generally to an automated glove-fitting mechanism. The invention is a personal protective equipment developed specifically for use in the healthcare sector. Gloves, used as equipment, can be quickly and easily selected in size 10. It relates to an automated glove-wearing mechanism that enables the glove to be put on. STATE OF THE ART Latex gloves are worn by healthcare professionals, especially in hospitals, when examining patients. as personal protective equipment to ensure necessary hygiene beforehand Gloves are used when handling various body fluids or hazardous chemicals. Its use is important for providing protection upon contact. Generally, it is for single use only. Latex gloves protect people from illness and injury, and also It prevents the spread of infections. 20 Current technology offers two types of latex gloves: powdered and powder-free. There are several issues. Powder-free gloves, in particular, are quite difficult to wear. The density of the gloves is high. gloves during transitions, when passing from patient to patient, or in various emergency situations Changing it can cause a waste of time. In addition, it takes 25 minutes to wear it. Tearing may also occur. As a result of a study conducted under the known state of the art, TR2020 / 08697 Application number [number] was found. In the said application, it was stated that the glove was used by the user. Automatic glove dispensing machine that allows gloves to be automatically put on the hand 30 It is related to loading, storage, and shipping that occur during the glove-wearing process. To facilitate the process, gloves are positioned inside the cartridges. It is positioned inside the vending machine. However, the glove machine is not authorized here. 2 Activated with user-specific cards to prevent unauthorized use It does not include a control unit that enables its arrival. As a result, improvements are being made to glove-fitting machines, therefore This will eliminate the disadvantages mentioned above and provide solutions to existing systems. New structures are needed to bring about this. THE PURPOSE OF THE INVENTION The present invention meets the aforementioned requirements and has all the disadvantages of 10 automatic glove donning, which eliminates manual labor and offers some additional advantages. It is related to its structure. The main purpose of the invention is to develop personal protective equipment for use in the healthcare sector. 15 that enable the gloves used as equipment to be put on quickly and easily. The goal is to create an automated glove-fitting system. One aim of the invention is to make glove use more practical for users. The aim is to offer a more ergonomic user experience. One aim of the invention is to reduce the workload for users while wearing gloves and The aim is to provide easy and more sterile use. Another aim of the invention is to prevent tears in gloves, thus reducing wear and tear. Wearing gloves helps protect the environment. 25 The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also be based on these forms and details. This should be done taking the explanation into consideration. 30 BRIEF DESCRIPTION OF THE FIGURES 3 The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. is necessary. Figure 1 shows a representative illustration of the automated glove-fitting mechanism described in the invention. It is a representation. 5 REFERENCE NUMBERS 1. On / Off switch 2. Card reader 3. Sensor 10 4. Air blower 5. Glove compartment 6. Glove selection element 7. Reservoir DETAILED EXPLANATION OF THE INVENTION This detailed description explains the subject of the invention: an automated glove-fitting mechanism. preferred structures are solely for the purpose of better understanding the subject. and is explained in a way that will not create any limiting effects. 20 The invention, a representative view of which is given in Figure 1, is intended for use in the healthcare sector. The gloves developed for use as personal protective equipment can be produced quickly and easily. It is an automated glove-wearing system that enables the glove to be worn in this manner. The automated glove donning system is a cost-effective device. The system, preventing time loss when changing gloves at the doors of patient rooms and ensuring the patient's safety It ensures quality / hygienic control. In the invention, preferably the bottom of the device A hand is reached inside and gloves are automatically placed on the hands. Enough gloves are placed inside the device beforehand, and the process continues until the gloves run out. Glove-wearing services are available. Gloves are also provided. The glove fitting device has glove sizes listed, and the appropriate size can be selected for the individual. The gloves can be put on by scanning personal identification cards. Additionally, the device... 4 Since it has a card reader, waste is prevented and the person knows what they need at the end of the month. Information such as the use of gloves can also be accessed through the device / system. Thanks to the automated glove-wearing system, gloves are applied while approaching the patient's bedside. There is no need to carry anything or go to the area where the gloves are located. Furthermore... Problems such as gloves tearing or being difficult to put on are also eliminated. It is increasing. Especially in hospital units with high workloads, it is spreading from patient to patient. time spent changing gloves while passing by or in emergency situations Loss is also prevented thanks to the automatic glove donning system. There is also a decrease in the number of gloves used. This is because, in hospitals in general... Because quick action is required, it is impossible to prevent gloves from tearing. 10 The invention also contributes to recycling and the environment. Automatic. The glove-wearing structure makes glove use more practical for nurses / healthcare professionals. It provides an ergonomic solution for its personnel. In some cases, gloves The gloves are often forgotten to be changed, and the same gloves are used on different patients. Thanks to the device / system, the gloves are remembered each time a room is entered and 15 Gloves can be changed easily. Some of the advantages of the invention are as follows:  Reducing the workload of nurses / healthcare personnel and making it easier to wear gloves. and to ensure a more sterile use,  Faster access to and wearing of gloves in emergency situations, 20  By preventing tears in gloves, less gloves are used. contributing to nature,  Healthcare personnel can comfortably work in the patient room without wearing gloves. being able to wear gloves and perform patient treatment reduces workload. ensuring, 25  Disposable gloves are used, and the gloves are removed when leaving the patient's room. a new one is installed when entering the other room,  Providing practical training for nurses / healthcare personnel,  Healthcare personnel who will be using the gloves should bring their own glove size chart. After being taught, the healthcare worker chooses what to wear, and as a result, at the end of the month, what is 30? The ability to obtain information on how many gloves were used,  By ensuring nurses maintain better sterility regarding gloves, patients Facilitating glove changes between pairs of gloves. Because gloves are used very frequently in healthcare settings such as hospitals, they are constantly needed. It is ending. Thanks to the automated glove-fitting system, glove supply is possible. It's easier because it preferably contains 100 gloves for each size. (this number can be increased. This allows for continuous delivery of gloves from the warehouse.) This eliminates the need for further processing, saving time and workload. It is provided. The reservoir (7) in the automatic glove donning system Gloves are placed inside and these gloves are used for a long period of time. The subject of the invention is an automated glove-fitting system; 10  An on / off switch (1),  Access card unique to each user,  To prevent unauthorized use, the aforementioned access cards paired access cards are scanned to give access to users. a card reader authorized for use (2), 15  When the entry card is read via the card reader (2) Manual / touch control: select gloves in different sizes / fittings. glove selection element (6),  Containing gloves of different sizes, different sizes 20 that have compartments to allow the gloves to be placed inside reservoir (7),  Gloves to be worn selected by means of glove selection element (6) positioned and users' hands ready to put on gloves a glove compartment (5)  By positioning the mentioned glove in the glove compartment (5), the user's 25 hand-detecting, glove selection based on the user's hand detection. from the relevant compartment of the reservoir (7) the glove selected from element (6) at least one that generates the signal that enables its reception and transmits the generated signal. sensor (3),  If you receive a signal from the mentioned sensor (3), wear gloves 30 by blowing air into the glove located in compartment (5), the glove is given to the user an air blower (4) that enables it to be fitted, 6  The mentioned glove selection element (6) is touch-operated and When the gloves run out in any compartment of the reservoir (7), which one is on top of it? screen that shows when the glove size is finished  The glove selection element mentioned (6) is manually operated Includes buttons. 5 In this example application of the automated glove-fitting system that is the subject of the invention, The user is activating the glove wearing feature defined for their name. The access card is read into the card reader (2). Access card is read through the card reader (2) When scanned, the glove selection element 10 is selected manually / touch-wise via the device. (6) Glove size selection via (it may be a button or screen) This can be done. Preferably in small, medium, and large sizes. Gloves are provided via the device. Automatic glove application is also available. It has a glove compartment (7) in its structure and different compartments (7) can be placed inside. At least 100 gloves of each size are placed and the glove is automatically placed on the hand. It is ensured that the gloves of different sizes are passed through separately. The inside of the compartment (7) is filled with gloves of different sizes. It contains compartments that allow it to stand. In any compartment of the container (7) When the gloves are finished, the screen or card scanner will show which size gloves are available. It is shown that it is finished. The card read by the card reader (2) is identified. Once the size is selected, wearing gloves is permitted, and the user's 20 Based on the glove size selection, the selected glove size will be automatically fitted. The gloves are being prepared. Users place their hands one by one into the glove compartment (5). At this time, the sensors (3) transmit the information that there is a hand (5) in the glove compartment and The glove is automatically put on the user by blowing air with the air blower (4). The procedure is also applied to the other hand. Automatic glove 25 in a configuration of the invention. The dressing structure is mounted on the wall in the patients' rooms and contains It is a device that uses gloves. When the nurse / healthcare worker scans their card, the device... It is working and healthcare personnel insert their hand inside the device and quickly remove the glove. It is ensured that it is worn in this way.

Claims

7 REQUESTS 1. Gloves used as personal protective equipment can be produced quickly and easily. It is an automated glove-wearing mechanism that enables the glove to be put on; its feature is:  An on / off switch (1), 5  Access card unique to each user,  To prevent unauthorized use, the aforementioned access cards paired access cards are scanned to give access to users. a card reader authorized for use (2),  When the entry card is read via the card reader (2), 10 Manual / touch control: select gloves in different sizes / fittings. glove selection element (6),  Containing gloves of different sizes, different sizes having compartments that allow the gloves to be placed inside reservoir (7), 15  Gloves to be worn selected by means of glove selection element (6) positioned and users' hands ready to put on gloves a glove compartment (5)  By positioning the mentioned glove in the wearing compartment (5), the user hand-detecting, glove selection 20 if the user's hand is detected from the relevant compartment of the reservoir (7) the glove selected from element (6) at least one that generates the signal that enables its reception and transmits the generated signal. sensor (3),  Wear gloves if you receive a signal from the mentioned sensor (3) By blowing air into the glove located in compartment (5), the glove reaches the user 25 an air blower that enables it to be fitted (4) It includes.

2. An automated glove donning system conforming to Claim 1, with the following features: The mentioned glove selection element (6) is touch-operated and the reservoir is 30 (7) when the glove runs out in any compartment, which size glove to put on? It is the screen that shows when it's finished. 8 3. An automated glove donning system in accordance with Claim 1, whose feature is: the mentioned glove selection element (6) manually operated button / button It is the fact that.

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