EP4777017A1 - Safe glove release system - Google Patents

Abstract

The present invention relates to an automated glove removal device equipped with a rotating double hook, a sanitization mechanism, and an opening door for convenient disposal of gloves. The device efficiently removes gloves from the wearer's hands using a motor-driven rotating double hook, while ensuring proper sanitization through the use of a VR lamp and sanitizer. Additionally, the device incorporates a built-in trash can for easy disposal of used gloves.

Description

SAFE GLOVE RELEASE SYSTEM

Technical field

[0001] The application relates to an automated glove removal device for removing gloves from users’ hands in a hygienic and efficient manner.

Background

[0002] Gloves play an important defense mechanism to prevent contamination in multiple sectors. The list of industries requiring gloves includes but not limited to the healthcare, municipality, food industry, R&D labs, industrial establishments dealing in manual processing of items, packaging industry which include manual intervention, animal husbandry, veterinary, to name a few. In healthcare sector, gloves are donned particularly by medical practitioners, surgeons, nurses, ward boys or other healthcare workers. After the outbreak of the COVID-19 epidemic, it was found that there is no safe mechanism through which the hand glove can be removed after use in a safe way through which it is possible to ensure avoiding exposure and infection with microbes and infectious diseases.

[0003] Multiple devices for this purpose have been proposed, while these devices fulfill their respective, particular objective and requirements.

[0004] In this respect, the automated glove removal device offers several advantages over conventional methods of glove removal. These include an efficient and hygienic removal of gloves without causing damage or tearing, proper sanitization through exposure to UV-C light and sanitizer, convenient disposal of used gloves within a built-in trash can, adjustable settings for rotation speed and sanitization preferences and enhanced safety features for user protection.

[0005] Therefore, it can be appreciated that there exists a continuing need for a new and improved glove removal and disposal device which can be used for facilitating a sanitary removal of a latex glove from a hand. In this regard, the present invention substantially fulfills this need. Summary of invention

[0006] The device of current invention is an automated glove removal device provides an innovative solution for removing gloves from users’ hands in a hygienic and efficient manner. The device incorporates a rotating double hook mechanism, which is motor- driven, to facilitate glove removal. Furthermore, it includes a sanitization system comprising a VR lamp and sanitizer to ensure the hooks are properly disinfected before disposal.

[0007] The device of current invention comprises a motor-driven rotating double hook mechanism that securely grips the gloves during the removal process. The hooks rotate in opposite directions to facilitate easy glove removal without causing any damage or tearing. The rotation speed can be adjusted according to user preferences or specific glove types.

[0008] The device of current invention incorporates a sanitization system to maintain optimal hygiene standards consisting of a VR lamp and sanitizer. After each use, the gloves are exposed to UV-C light emitted by the VR lamp, which effectively kills bacteria and viruses present on their surfaces. Additionally, a sanitizer is applied to further disinfect the rotating hooks.

[0009] The device of current invention features a motor driven opening door that allows users to conveniently dispose of used gloves within its built-in trash can compartment. The door is designed to prevent any contamination from escaping during disposal while ensuring ease of use.

[0010] A process to utilize the automated glove removal device, users simply insert their gloved hands into the designated glove removal area. A highly sensitive sensor detects the gloved hand. Once the sensor identifies the gloves, it triggers a mechanism that initiates the motor-driven rotating double hook mechanism, gently removing the gloves from the user's hands. Once removed, the gloves then being disposed of through a motor driven opening door into the built-in trash can. [0011 ] The process of removing the gloves mainly depends on a motor comes into action and starts rotating the double hook. This rotation ensures gloves removal and that all surfaces of the hook are thoroughly sanitized. To achieve this, a sanitizing liquid is introduced into the system through a tube. The liquid flows through the tube and reaches a pump, which then sprays it onto the rotating hook.

[0012] According to the process of current invention, a VR (Ultraviolet) lamp is incorporated within the device to enhance sanitation further. As the hook rotates inside the device, it passes through this lamp’s emitted UV light, which has proven germicidal properties. The combination of sanitizing liquid and UV light guarantees thorough disinfection of both visible and invisible contaminants on the hook's surface.

Brief description of drawings

[0013] Figure 1 illustrates a perspective view of the device of the present invention.

[0014] Figure 2 illustrates a perspective view of the device of the device of the present invention.

[0015] Figure 3 illustrates a perspective view of the device of the device of the present invention.

[0016] Figure 4 is a close view showing gloved hands into the designated glove removal area the motor-driven rotating double hook.

[0017] Figure 5 illustrates rotating double hook while one hook removing gloves and the other is getting sanitized.

[0018] Figure 6 illustrates a perspective view of the device exploded view

Detailed Description

[0019] The present invention will now be described hereinafter with reference to the accompanying drawings in which a preferred embodiment of the invention is shown. This invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiment set forth herein. Rather, the embodiment is provided so that this disclosure will be thorough, and will fully convey the scope of the invention to those skilled in the art. Many aspects of the invention can be better understood with references made to the drawings below. The components in the drawings are not necessarily drawn to scale. Instead, emphasis is placed upon clearly illustrating the components of the present invention.

[0020] The present invention provides an automated glove removal device that combines efficient glove removal with proper sanitization and convenient disposal. This device offers significant improvements in hygiene standards while ensuring ease of use for users across various industries requiring frequent glove changes.

[0021] The automated glove removal device described herein provides an innovative solution for removing gloves from users' hands in a hygienic and efficient manner. The device incorporates a rotating double hook mechanism, which is motor-driven, to facilitate glove removal. Furthermore, it includes a sanitization system comprising a VR lamp and sanitizer to ensure the rotating double hook is disinfected and the gloves are properly disposed.

[0022] Figure 1 , 2 and 3 illustrate perspective views of the device’s various parts as preferred embodiments of the current invention. The device incorporates a high-resolution display screen 11 positioned above or adjacent to a sink 13 area. The display screen 11 can be touch-sensitive or equipped with gesture recognition technology for interactive communication purposes. It provides users with various functionalities such as displaying information. A conventional water tap 12 is integrated into the device structure below or beside the display screen 11 area. The tap 12 includes standard controls for adjusting temperature and flow rate according to user preferences. A sink 13 component is positioned below the display screen and water tap area to facilitate efficient drainage. It is designed to accommodate various sink-related activities. The sink 13 may include a drain system connected to the plumbing infrastructure for proper water disposal. The figures illustrate further, the designated glove removal area 14 and motor-driven rotating double hook 15.

[0023] Figure 2 illustrates a perspective view of the device showing infrared sensors 18 that detect hand. It illustrates also the trash can base 16 into the built-in trash can 22, sanitation bottle and its holder 17 is incorporated into the device structure 10. Trash - can base 16, garbage bag 21 and the fixing garbage bag frame 20 are illustrated in figure 3 in a perspective view of the device as other embodiments of current invention.

[0024] Figure 4 illustrates a close view showing gloved hands 23 into the designated glove removal area the motor-driven rotating double hook 15.

[0025] fig 5 illustrates a preferred embodiment of the current invention wherein the device comprises a motor-driven rotating double hook 15 mechanism that securely grips the gloves 23 during the removal process. The hooks rotate in opposite directions to facilitate easy glove 23 removal without causing any damage or tearing. The rotation speed can be adjusted according to user preferences or specific glove types. After each use, the hook part rotated inside is exposed to UV-C light 24 emitted by the VR lamp, which effectively kills bacteria and viruses present on their surfaces. Additionally, a sanitizer 25 is applied to further disinfect the hook before the being utilized by the next user.

[0026] figure 6 illustrates perspective view of the device a preferred embodiment of the current invention wherein a process to utilize the automated glove removal device, users simply insert their gloved hands 23 into the designated glove removal area. A highly sensitive sensor 18 detects the gloved hand. Once the sensor 18 identifies the gloves 23, it triggers a mechanism that initiates the motor-driven rotating double hook mechanism, gently removing the gloves 23 from the user's hands. Once removed, the gloves then being disposed of through a motor 28 driven opening door 27 into the built-in trash can (20, 21 , 22 &16). The process of removing the gloves 15 mainly depends on a motor 29 comes into action and starts rotating the double hook 15. This rotation ensures gloves removal and that all surfaces of the hooks 15 are thoroughly sanitized. To achieve this, a sanitizing liquid is introduced into the system through a tube 26. The liquid flows through the tube 26 and reaches a pump 31 , which then sprays 24 it onto the rotating hook. According to the process of current invention, a VR (Ultraviolet) 25 lamp is incorporated within the device to enhance sanitation further. As the hook rotates 23 inside the device, it passes through this lamp's emitted UV light, which has proven germicidal properties. The combination of sanitizing liquid and UV light guarantees thorough disinfection of both visible and invisible contaminants on the hook's surface.

[0027] To maintain optimal hygiene standards, the device incorporates a sanitization system consisting of a VR lamp 15 and sanitizer 19.

[0028] The device features an opening door 27 that allows users to conveniently dispose of used gloves within its built-in trash can 22 compartment. The door is designed to prevent any contamination from escaping during disposal while ensuring ease of use.

[0029] To utilize the automated glove removal device, users simply insert their gloved hands into the designated glove removal area. The infrared sensors 18 detect hand presence leading to the motor-driven 28 rotating double hook 15 mechanism engages, gently removing the gloves from the user's hands. Once removed, the gloves then being disposed of through the opening door 27 into the built-in trash can. The rotating double hook 15 is exposed to UV-C light emitted by the VR lamp 25 and sanitized 24 before being utilized by the next user.

[0030] The sanitizing liquid used in this device is carefully chosen to effectively eliminate any potential pathogens or contaminants present on the hook's surface. This ensures that subsequent users will not be exposed to any harmful substances or germs.

[0031] The device may include additional features such as, a control panel for adjusting rotation speed and sanitization settings, digital screen to display the instructions for using the device, and sensors to detect hand presence.

Claims

Claims:

1- An automated glove removal device for removing gloves from users' hands in a hygienic and efficient manner comprising, a rotating double hook mechanism; and a sanitization system comprising a VR lamp and sanitizer.

2- The device according to claim 1 , comprises a motor-driven rotating double hook mechanism that securely grips the gloves during the removal process.

3- The device according to claim 1 , wherein the hooks rotate in opposite directions to facilitate easy glove removal without causing any damage or tearing.

4- The device according to claim 1 , wherein incorporates a sanitization system to maintain optimal hygiene standards consisting of a VR lamp and sanitizer.

5- The device according to claim 1 , wherein the hooks are exposed to UV-C light emitted by the VR lamp, which effectively kills bacteria and viruses present on their surfaces. Additionally, a sanitizer is applied to further disinfect the rotating hooks.

6- The device according to claim 1 , wherein features a motor driven opening door that allows users to conveniently dispose of used gloves within its built-in trash can compartment.

7- The device according to claim 1 , wherein the door is designed to prevent any contamination from escaping during disposal while ensuring ease of use.

8- A process to utilize the automated glove removal device comprising steps of:

Inserting users’ gloved hands into the designated glove removal area; detecting the gloved hand with a highly sensitive sensor; triggering a mechanism that initiates the motor-driven rotating double hook mechanism; and disposing gloves through a motor driven opening door into the built-in trash can.

9- The process according to claim 8, wherein the motor comes into action and starts rotating the double hook to ensure gloves removal and that all surfaces of the hook are thoroughly sanitized.

10- The process according to claim 8, wherein the sanitizing liquid is introduced into the system through a tube and flows through the tube and reaches a pump, which then sprays it onto the rotating hook.

11- The process according to claim 8, wherein the VR (Ultraviolet) lamp is incorporated within the device to enhance sanitation further, as the hook rotates inside the device, it passes through this lamp's emitted UV light, which has proven germicidal properties.