MULTI-LAYER MEDICAL GLOVE WITH CONTROLLED PEELING, MINI PULL PROTRUSION ON THE DORSAL AREA OF THE LITTLE FINGER AND LAYER NUMBER INDICATOR.

Abstract

The invention relates to a multilayered medical glove consisting of at least two layers (10). The layers (10) are placed in close contact with each other and each can function as a complete glove on its own. The glove has a controlled separation line (20) extending in the dorsal region between the little finger and the ring finger on the back of the hand, and a small pull tab (30) integrated at the starting point of this line. When the user pulls this tab downwards after the procedure, the upper layer (10) peels off in a controlled manner along the separation line. The lower layer (30) remains on the hand and serves as a new surface for use. If necessary, the same procedure can be repeated for the lower layer (10) and the inner layers (10).

Description

1 TARIFF MINOR TENSION AND LAYER NUMBER IN THE DORSAL REGION OF THE LITTLE FINGER. MULTI-LAYER MEDICAL GLOVES WITH INDICATOR AND CONTROLLED PEEL-OFF. Technical Area The invention is intended primarily for the healthcare sector and the medical supplies industry, focusing on hygiene and infection control. Developed for use in all sectors where control is critically important, it is a multi-layered system. It relates to a modular medical glove system that can be used by peeling it off in a controlled manner. The invention is particularly suitable for hospitals, intensive care units, emergency departments, clinics, dental clinics, use in laboratories, home health care and similar professional health application areas It has potential. The invention, within the scope of multi-layered glove technology, involves 10 glove layers. It features an innovative design that includes mechanical features enabling controlled separation. It is receiving. State of the Art Nowadays, hand hygiene practices and the use of gloves during patient transfers are common in healthcare facilities. Numerous national and international studies have shown that the level of adaptation to change is not at the desired level. It has been shown that hand hygiene and glove use are important for nursing students and active healthcare personnel. usage habits falling below ideal standards; heavy workload, time constraints and skin Factors such as problems are reported to be effective in this incompatibility (Tayran, 2010; Şensoy, 2021; Yoltay & Korkmaz, 2023). 20 Healthcare workers wash their hands frequently throughout the day, use alcohol-based hand sanitizers, and wear gloves for extended periods. They are exposed to its use; this can cause skin problems such as dry hands, cracks, irritation and contact dermatitis. This leads to the development of problems. Studies have shown that hand eczema occurs in nurses. The incidence is significantly higher, and this is directly related to glove use. It has been shown to be related (Özcan & Bilgili, 2022). 25 The disruption of skin integrity necessitates the use of gloves and hand hygiene practices by healthcare workers. It can unintentionally reduce performance and negatively affect the continuity of applications. Research conducted during the pandemic shows that healthcare workers have a high level of knowledge. despite the fact that hand hygiene and the use of personal protective equipment are not sustainable in practice It has been shown that it cannot be provided (Birgili, Yazkan & Bulut Uğurlu, 2023). Also, hand antisepsis and 30 2 It has been reported that prolonged use of unsuitable skincare products increases skin damage. (Erol, 2009). Sources - Tayran, N. (2010). Compliance of Nurses and Physicians with Isolation Precautions (Master's thesis, Marmara University (Turkey). 5 - Yoltay, HE, & Korkmaz, FD (2023). Personal protective equipment in nursing practice. usage. Eurasian Journal of Health Sciences, 6(2), 52-59. - Şensoy, E. (2021). Hand hygiene and glove use habits of nursing students. determination. Mersin University Faculty of Medicine Lokman Hekim Journal of Medical History and Folkloric Medicine, 11(2), 353-363. 10 - Özcan, A., & Bilgili, N. (2022). Frequency of hand eczema in nurses working in a university hospital. and related factors. Mersin University Journal of Health Sciences, 15(3), 507-516. - BİRGİLİ, F., YAZKAN, G., & BULUT UĞURLU, N. (2023). Nurses' Hands During the Pandemic Period Assessment of Hygiene Knowledge, Beliefs, and Practices: A Descriptive Study. Turkiye Klinikleri Journal of Nursing Sciences, 15(3). 15 - Erol, S. (2009). Hand Antisepsis, Surgical Hand Antisepsis, Solutions Used in Hand Hygiene and Softeners. 6th National Sterilization Disinfection Congress, 1(5), 443-453. Current single-layer medical gloves only serve as a physical barrier; healthcare It does not offer any care functions to support the skin health of its employees and patient transitions. It does not systematically encourage the behavior of changing gloves. Furthermore, the current 20 In use, healthcare workers can visually or structurally track which patient the glove was changed after. They are unable to do so. For all these reasons, non-compliance with hand hygiene is increasing, and the risk of cross-contamination is rising. It is on the rise and a significant problem is emerging in terms of hospital-acquired infections. Currently, in the healthcare sector, basic measures are taken to ensure hand hygiene and prevent cross-contamination. Single-layer latex, nitrile, or vinyl-based medical gloves are used. These gloves are 25 The gloves are completely removed and discarded after patient contact, and a new glove is worn for each patient. It is necessary. However, clinical practice faces challenges such as heavy workload, time constraints, and staff shortages. For these reasons, the desired level of coordination in glove changing has not been achieved, according to numerous scientific studies. This has been demonstrated in the study. Current practices largely depend on the individual needs of the healthcare worker. 30 based on awareness and initiative, making glove changes physically or structurally mandatory. It does not involve a mechanism. 3 When existing patented solutions developed in Türkiye and abroad are examined, antibacterial coated gloves, powder-free disposable gloves, and more durable nitrile gloves. It appears that there are variations. For example, in some US-originated patents, the inside of the glove... By integrating skin care components or antimicrobial agents into its surface, it comes into contact with the skin. The release of components is targeted (US20050222543A1). However, such solutions involve patient transitions 5 supporting the behavior of changing gloves during the procedure, enabling phased or controlled use. It does not offer a structural system. In some other patents included in the current technology, the glove... Different protective components have been identified to increase structural strength and operational safety. For example, in the Chinese patent number CN115120354B, the fixative is applied to specific areas of the glove. A design including components, tear lines, and supporting surface structures is described. There are 10 such designs. The solutions aim to allow for controlled removal of the glove or to increase its mechanical stability. This involves using the layers in stages according to patient transitions, or creating a new layer after each patient. It does not offer a multi-layered usage approach that enables the creation of a surface. Some foreign patents, however, aim to increase tactile sensitivity in specific areas of the glove. Structural arrangements have been defined (US7159246B2). These solutions prioritize user comfort and precision. focused on infection control and guiding layered use or glove changes for infection control purposes. It does not involve a mechanism. Some other patent applications within the scope of the current technique feature multi-layered or peelable surfaces. Peel-away glove structures have been defined. For example, patent number US20220192294A1. In its application, it stated that the glove consisted of multiple layers and that these layers could be peeled off before use. A structure is being described. However, these systems require time for healthcare workers during patient transfers. Controlled layer switching to save energy, directing the order in which layers are used. a security approach that automatically supports mechanisms or infection control It does not offer this. Furthermore, such systems do not allow for the integration of inter-layer transitions into clinical workflows. It does not include an ergonomic and directional design that provides support. 25 Patent number US6973675B2 describes a multi-layered medical glove, and the upper layers It has been reported that by peeling them away one by one, the underlying layers can be revealed. This allows the user to see the same The glove can be used on multiple patients, saving time on glove changes. Similarly, patent US4696065A describes a multi-layered glove with outer layers of sequin tabs. It is explained that it can be easily removed with the help of a protective layer underneath, which provides protection. 30 However, in current designs, there is a parting line integrated into the finger area of ​​the glove, and this line There is no pull tab located on it. In existing patents, tabs are generally It is located in the glove cuff, and no special pulling structure is foreseen in the finger area. 4 Double-gloving surgical glove systems are listed in the European Patent Office records. They are primarily aimed at reducing the risk of perforation during surgical procedures. These systems are used in routine clinical patients. It is not practical in terms of maintenance and requires controlled peeling of the layers during use. It does not include a mechanism for modification. Another significant limitation of currently available commercial medical gloves is skin dryness with prolonged use. It can lead to problems such as irritation and contact dermatitis. On the inside surface of the gloves, during use... an active treatment that is released in a controlled manner depending on its duration and supports the skin barrier or There is no restorative system in place. This situation necessitates healthcare workers to use gloves and maintain hand hygiene. This can negatively affect compliance with regulations. In addition, in current systems, healthcare workers change gloves during patient transfers 10 There is no mechanism that allows it to visually or structurally distinguish what it has accomplished. Glove changes are entirely at the user's discretion, which is especially true for intensively treated patients. In clinical settings where there is circulation, it increases the risk of cross-contamination. Therefore, the current solutions;  It does not structurally support the behavior of changing gloves, 15  Controlled and phased usage option that saves time during patient transfers. not offering,  It does not include an ergonomic system to guide the transition between layers,  It does not have an active and controlled release mechanism that supports skin health,  It does not create an automatic infection safety barrier at patient crossings. 20 In conclusion, due to the negative aspects described above and the current solutions regarding the issue... Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Purpose of the Invention The invention, unlike the structures used in the current technology, brings a new approach in this field with 25 different features. The aim is to create a structure with the necessary technical specifications. The primary purpose of the invention is to create a multi-layered structure in which the layers can be peeled off in a controlled manner, and each The aim is to develop a medical glove system where each layer can be used independently. The invention is presented below. separating it from technology in terms of structure and function, infection control, time management and user It offers an innovative solution that addresses health together. 30 One purpose of the invention is to create a system consisting of two or more layers, with the layers adjustable according to user needs. The number of layers can be increased, and each layer is structured to provide barrier protection on its own. and a medical glove system with controlled-release skin protective agents in its inner layer. The invention is innovative in terms of infection control and worker health in the healthcare sector. It offers an approach. 5 The invention involves a small traction device placed in the dorsal region between the little finger and the ring finger. It includes an innovative system that allows for controlled peeling off of the top layer using a tab. The invention also aims to shorten glove changeover time and speed up workflows. In particular... In a busy clinical setting, the controlled peeling off of glove layers takes a lot of time. It is profitable. 10 The invention enhances safe use by preventing unwanted, random tearing of the layers. Layers of consistent thickness and a controlled separation line make the peeling process more planned. The resource allows the user to continue using the lower layer by simply removing the top layer. This prevents waste. Thus, the same glove can be used on more than one patient. Resources are being saved. 15 The small tab on the device can be easily grasped with one hand. The pulling operation is intuitive. The micro-ridges on the tab enhance grip. This design overcomes the limitations of existing single-layer gloves, making protective equipment not just a passive element. It transforms it from a barrier into an integrated security and maintenance system. Thanks to the invention, healthcare workers can remove the outer layer in a controlled manner with each patient change, revealing a lower layer. by moving to the next layer, thus obtaining a physically new contact surface for each patient. It is possible. Each layer of the glove must have an equal level of barrier protection, ensuring that the underlying layers... This prevents a loss of protection when the area is crossed. This structure is particularly important in intensive care units, emergency departments, and... A structural solution that contributes to reducing the risk of cross-contamination in high-risk clinical areas. 25 It offers. The layered structure systematizes glove changes instead of leaving them to the user's initiative. It brings about variations in the color, texture, surface pattern, relief, surface roughness, or similar characteristics of the layers. Thanks to the inclusion of visual and / or tactile distinguishing elements, the user can easily identify the active layer. It is able to do so and track layer changes visually or tactilely. This situation, 30 It offers a practical and traceable way of use that supports compliance with infection control protocols. 6 The inner layer of the glove contains biocompatible and low-allergy skin-friendly oil, such as coconut oil. through the controlled release of protective agents; frequent hand washing and alcohol-based disinfectants. To reduce problems such as dry hands, irritation, and contact dermatitis caused by its use. The aim is to support skin integrity and promote hand washing and hand hygiene among healthcare workers. an effect that could indirectly contribute to reducing irritation-related concerns about its applications 5 This constitutes a complementary aspect that supports the sustainability of hand hygiene practices. It offers an approach. Thanks to its multi-layered structure, multiple secure uses can be achieved within a single glove. This situation leads to a complete reduction in the need for glove changes, as well as a decrease in glove consumption and the amount of medical waste. It also allows for a potential reduction in the full glove change time. Shortening the duration of maintenance processes saves time and supports labor productivity. The invention is suitable for hospitals, as well as dental clinics, laboratories, veterinary clinics, dermatology and medical facilities. In all areas where there is a risk of infection, such as aesthetic centers and home health care services. It is designed to be used in a way that allows it to be used outside the healthcare sector as well. and has commercialization potential. 15 Nitrile elastomer-based material structure; resistant to punctures, tears, and chemical effects. by demonstrating the technical infrastructure that can comply with national and international medical device standards It offers a layered structure that is suitable for use with standard sterilization processes. Making gloves, the primary barrier in contact with the patient, safer and more traceable, and preventing cross-contamination... It contributes to reducing the risk of transmission and increasing patient safety. In this respect, 20 The invention is an innovative medical device solution that supports safe care practices in healthcare. It offers. This invention consists of two or more layers that can be peeled off in a controlled manner during use. a removable skin protector that activates and releases substances upon contact with the skin in its innermost layer. It relates to an innovative medical glove based on nitrile elastomer containing agents. Each layer consists of a single 25 It is structured to provide barrier protection on its own, and all layers are single. It is designed for use. A controlled release mechanism located in the innermost layer of the glove, activated by contact with the skin. Thanks to its biocompatible and low-allergy risk skin protective agents, the hand skin of healthcare workers can be protected. The aim is to moisturize and support skin integrity. This structure is affected by frequent hand washing and 30... To reduce the risk of skin dryness and irritation caused by disinfectant use. It offers a complementary effect. 7 In order to separate the layers in a controlled and sequential manner, outside the active contact areas of the glove with separation / tear points located in the remaining regions and in the wrist areas of the layers They are structured with layers of varying lengths. This allows the layers to peel off easily. It can be removed without entanglement or uncontrolled tearing. The layers have distinct visual and / or tactile characteristics such as color, texture, surface pattern, relief, or similar features. Thanks to the inclusion of these elements, the user can easily distinguish the active layer and facilitate patient transitions. It can move to an underlying layer by simply removing the outer layer. Thus, a new contact for each patient. By obtaining the surface, it contributes to infection control. To fulfill the purposes described above, the invention is a multi-layered peelable glove, Feature; 10  at least two layers, consisting of an inner layer and at least one outer layer,  skin protective agents located in the inner layer,  Enables a controlled and directed peeling process between layers To ensure separation and / or protection, in the area of ​​the glove outside the active contact areas... A controlled separation line created from the rupture points, 15  located on the controlled separation line, and when held and pulled, the outermost outer layer pull tab that allows controlled peeling along the controlled separation line It includes. The structural and characteristic features and all the advantages of the invention are given in the figures below and in relation to these figures. This will be understood more clearly thanks to the detailed explanation written with references, and this 20 Therefore, the evaluation should also be made taking these figures and detailed explanations into account. is required. Explanation of Invention Forms Figure 1 shows the structural representation of a multilayer medical glove system containing a skin care agent. 25 Figure 2 shows the controlled separation line located on the outer surface of the glove. Figure 3 - Inward-facing multilayer medical glove with differentiated layer lengths. It is a representation of the configuration. Figure 4 shows the glove from the back of the hand. 8 The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been omitted. Furthermore, at least to a large extent identical Or at least elements with largely identical functions are represented by the same number. Part Reference Numbers 5 Layer 10 11. Outer layer 12. Skin protective agent 13. Inner layer 20. Controlled separation line 10 30. Pull tab Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are presented not only to aid in a better understanding of the subject. It is explained in a way that is directed towards and does not create any limiting effect. 15 The invention consists of two or more layers (10) that can be peeled off in a controlled manner during use. removable and in its innermost layer (13) the skin starts to be activated and released upon contact with the skin It is related to the composition of gloves containing protective agents (12). Figure 1 shows a four-layered (10) example structure of a preferred application of the invention. However, the invention is not limited to this number of layers (10), but includes at least two layers (10) and, depending on the need, 20 It can also be applied to expandable multi-layered structures. The glove in question is a two-layered glove consisting of at least one inner layer (13) and at least one outer layer (11). (10) has a structure. Each layer (10) is based on nitrile elastomer and is a barrier on its own. It is structured to provide protection. Each of the layers (10) is single-use, It is designed to be peeled off in a sequential and controlled manner during use. 25 The thickness of the layers (10) is optimized to preserve dexterity and tactile sensitivity. In the example structure shown in Figure 1, the average thickness of each layer (10) is approximately 0.04 The total glove thickness for this structure, which is arranged to be mm and consists of four layers (10), is The thickness is shown as approximately 0.16 mm. (It may also be between 0.03–0.10 mm thick, for example.) The subject of the invention 9 The glove, which can be used on either hand, has a symmetrical design. The fingertip section of the glove has five It is in the form of a normal fingerless glove. Made from known medical glove materials (latex, nitrile, etc.) It is selectable. Thanks to thin rubber or plastic barriers between the layers, harmful organisms can be trapped underneath. Transition to the next layer is prevented. These thickness values ​​represent an example configuration shown in the image, and the glove is 5 inches thick. It can also be applied with different thicknesses and layer combinations depending on the application area and need. This design allows healthcare workers to have contact with multiple patients without completely removing their gloves. It is able to move to a lower layer by simply removing the outer layer (11). This layered (10) structure is the invention's It is one of the fundamental structural elements for solving technical problems. The glove in question has an inner layer (13) that comes into contact with the hand. The inner layer (13) is biocompatible 10 and contains skin protective agents (12) with a low risk of allergic reaction, which, when in contact with the skin It is structured to be released in a controlled manner upon activation. Skin protective agents (12); During the use of the glove, the surface in contact with the skin of the hand should be removed slowly and in a controlled manner. released into the skin, it helps to moisturize, support barrier integrity, and reduce the risk of irritation. This contributes to reducing the risk of death due to frequent hand washing and the use of alcohol-based disinfectants. It offers a complementary protective approach against potential skin problems such as dryness and irritation. The skin-protecting agents (12) located in the inner layer (13) are glycerin, panthenol, aloe vera derivatives, vegetable oil-based lipids such as coconut oil, hyaluronic acid derivatives, allantoin, and one or more ingredients that have moisturizing, soothing and barrier repairing effects, such as vitamin E. These components can be selected in such a way that they are impregnated, coated, or micro-transformed onto the inner surface of the glove. distributed on a scale; contact with the skin, friction, heat and moisture upon wearing the glove. It is activated by its effect and released in a controlled manner. The dermatological aspects of the agents used... It should be skin-compatible, non-toxic, have low allergic potential, and be suitable for long-term use. is the goal. In addition, these skin protective agents (12) are widely available, low cost and can be produced on an industrial scale. The ability to select raw materials suitable for production ensures the economic viability of the invention and mass production. This supports its potential. In this way, the glove not only acts as a physical barrier. not only that, it is also a functional product that actively supports the skin health of healthcare professionals. It acquires the status of a medical product. In Figure 2, the controlled and 30 between layers (10) of the multi-layered glove during use. To enable a directed peeling process, the glove must have active contact. Controlled areas formed from separation and / or rupture points in regions outside these areas. There is a separation line (20). This controlled separation line (20) is suitable for high contact, sensitivity and areas such as fingertips and palms. Away from areas requiring grip, preferably on the back of the hand between the little finger and the ring finger. It starts from between the layers and extends towards the wrist. This line indicates the direction of peeling of the layers and is 5 Peeling occurs along this line. The controlled separation line (20) is on the surface of the glove, the little one It is a line that starts at the fingertip and goes down to the wrist, indicating the direction of layer separation. Thanks to this controlled separation line (20), each layer (10) can be randomly or uncontrollably separated. It can be removed without tearing, through a peeling motion that can be easily initiated by the user. Thus, damage or mixing of the underlying layers (10) during the transition of layer (10) 10 It is being blocked. Especially in cases where very thin layers of material (10) are used, this structural The design ensures a safe, hygienic, and controlled layer transfer while maintaining the overall integrity of the glove. This ensures that the controlled separation line (20) is positioned outside the active contact areas, preventing peeling. An innovative structural solution that enables the process to take place under user control. 15 It offers. In Figure 3, the multilayer (10) medical glove with different layer (10) lengths is shown. The inverted (reversed) configuration after use is shown. In this configuration, each glove outer layer (11) is stepped towards the wrist relative to a lower layer. It is arranged to be longer. Thus, when the glove is turned inside out, the layers are 20 A clear and distinguishable structure is formed between them without overlapping. Thanks to this gradual difference between the layer (10) lengths, the user can peel off an outer layer (11) When removed, the peeling starting point of the next layer (10) is exposed and accessible. This structure causes the layers (10) to mix together and peel off uncontrollably. It prevents. 25 In addition, differentiating the lengths of the layers (10) allows the dirty outer surfaces to be removed from the bottom during the peeling process. This reduces the risk of contact with the layers (10) or the user's skin. This is especially true in this case. It provides the advantage of safe use in medical applications where hygiene is critical. The inward-facing configuration shown in Figure 3 illustrates the layer transitions of the multilayer glove system. It clearly demonstrates its structural design that guides, controls, and reduces user error. 30 11 Layers (10); color, texture, surface pattern, relief or similar visual and / or tactile distinguishing features It is designed to include elements. In this way, the user can see which layer (10) is active. can easily perceive and consciously change layers (10) during patient transitions is able to accomplish this. This distinguishability reduces the risk of errors in glove use and improves infection control. 5 It supports compliance with existing practices. These distinctive elements are optional and the invention It does not limit its basic function. Figure 4 shows the glove viewed from the back of the hand. controlled separation line The pull tab (30) located on (20) is shown. The pull tab (30) is controlled release. It is located in the dorsal region between the little finger and the ring finger, at the starting point of the line (20). 10 It is a small protrusion that the user can easily grasp with the index and thumb of their other hand. Pull The length of the pull tab (30) is approximately 2–5 mm, and its width is a few millimeters. The top of the pull tab The micro-sized textures (raised areas) on its surface make it easy to grip. Each pull tab should be placed on top of the pull tab. Markers such as sequence numbers can be added for each layer. The invention works on the following principle: 15 When the user puts on the glove, the outermost outer layer (11) acts as an elastic and protective layer. Process After changing gloves, use your other hand to make a small pull between your little finger and ring finger. He holds the tab (30) and pulls the glove down. This pulling motion is controlled by the separation line (20) It initiates and completes the peeling of the top layer (10) along the way. As a result, the top layer is safely removed. It is removed, revealing the layer underneath. If desired, the process can be repeated with a similar tab above the bottom layer. By continuing this process, subsequent layers can also be removed gradually. In this way, the user's glove... You can move on to the next layer without removing it completely.  Start: The user uses the glove in the standard way over the outermost layer (11).  Tab holding: The user holds the pull tab in the area between the little finger and ring finger with their other hand. He understands. 25  Pulling and peeling: When the pull tab is grasped and pulled to the side, the controlled separation line (20) The top layer is torn off in a controlled manner along the length.  Inner layer usage: After the top layer is removed, the next layer remains on the hand and It serves as a new, fresh surface.  Repetition: The same process can be repeated as many times as there are glove layers (30 in a new tab each time). (a top layer is removed by pulling it off).

Claims

12 REQUESTS 1. It is a multi-layered peel-off glove, and its feature is;  at least two layers (10), consisting of an inner layer (13) and at least one outer layer (11),  skin protective agents (12) located in the inner layer (13),  Enables controlled and directed peeling between layers (10) 5 To ensure separation and / or protection, in the area of ​​the glove outside the active contact areas... Controlled separation line created from rupture points (20),  located on the controlled separation line (20) and when pulled by holding it, the outermost outer enabling controlled peeling of the layer (11) along the controlled separation line (20) pull tab (30) 10 It includes.

2. Gloves conforming to Claim 1, characterized by being nitrile elastomer-based and acting as a barrier alone. It contains a protective layer (10).

3. Gloves conforming to Claim 1, preferably 0.04 mm thick, and meeting the user's needs. It contains layers that can be produced in different thicknesses (10). 15 4. Gloves conforming to Claim 1, whose characteristic is that the inner surface of the inner layer (13) is impregnated, coated or distributed on a micro scale; contact with the skin, friction, heat upon wearing the glove. and contains skin protective agents (12) that are activated by the effect of moisture and released in a controlled manner.

5. Gloves conforming to claim 1 or 4, containing glycerin, panthenol, aloe vera derivatives, and coconut oil. Vegetable oil-based lipids such as walnut oil, hyaluronic acid derivatives, allantoin, and vitamin E 20 It contains skin protective agents (12) which can be selected as one or more of its components.

6. Gloves conforming to Claim 1, whose characteristics include color, texture, surface pattern, embossing or similar visual features. and / or contains layers that include tactile distinguishing elements (10).

7. A glove conforming to Claim 1, whose characteristic is that each outer layer of the glove (11) is wrist-like to a lower layer. It contains layers arranged in such a way that they become progressively longer (10). 25 8. Gloves conforming to Claim 1, with the feature of having a pull tab (30) with micro-embossed surfaces. It includes.

9. Gloves conforming to Claim 1, with the feature of having a tensile tab (30) with a size between 2–5 mm. It includes.

10. Gloves conforming to Claim 1, with the characteristic of having a serial number or mark for each layer (10) 30 It includes a pull tab.