WO2024128893A1 - Gloves with a disinfecting mechanism - Google Patents

Gloves with a disinfecting mechanism Download PDF

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Publication number
WO2024128893A1
WO2024128893A1 PCT/MX2022/050125 MX2022050125W WO2024128893A1 WO 2024128893 A1 WO2024128893 A1 WO 2024128893A1 MX 2022050125 W MX2022050125 W MX 2022050125W WO 2024128893 A1 WO2024128893 A1 WO 2024128893A1
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Prior art keywords
gloves
bracelet
disinfection
present
glove
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PCT/MX2022/050125
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Spanish (es)
French (fr)
Inventor
Jesús Raúl BELTRÁN RAMÍREZ
Jonathan De Jesús MARTÍNEZ MENDOZA
Victor Manuel LARIOS ROSILLO
Ma Del Rocio MACIEL ARELLANO
Jose Antonio ORIZAGA TREJO
Ma Hidalia CRUZ HERRERA
Tzintli MERAZ MEDINA
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Beltran Ramirez Jesus Raul
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Application filed by Beltran Ramirez Jesus Raul filed Critical Beltran Ramirez Jesus Raul
Publication of WO2024128893A1 publication Critical patent/WO2024128893A1/en

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Definitions

  • the present invention relates primarily to gloves for medical use, more particularly it refers to gloves that include a reservoir that houses a disinfectant liquid to disinfect the palms of the gloves and UV-C ultraviolet light generating lamps. as a germicide to achieve better disinfection of their surface.
  • the need to eliminate infectious agents from medical gloves is essential to maintaining good health. When objects are handled with gloves, they can be contaminated, or when there is contact with people who have an infectious agent, gloves are generally discarded to avoid further damage to the environment;
  • the present invention proposes elements that make gloves reusable, mainly if they are used for medium purposes.
  • disinfection which is defined as the process in which the initial microbial contamination present in objects and environments is reduced, ensuring the elimination of vegetative forms, but not of bacterial spores.
  • sterilization which is defined as the validated process used to obtain a product free of all forms of microbial life in a latent or active state, causing diseases or infections.
  • the physical disinfection method that implements the present invention is ultraviolet (UV) light or radiation, whose wavelength ranges from 400 nm to 100 nm, within this frequency range three categories are classified: Ultraviolet A (long wave) UV-A between 315 nm to 400 nm; Ultraviolet B (medium wave) UV-B between 315 nm -280 nm; Ultraviolet C (short wave) UV-C between 280 nm to 100 nm, ionizing radiation completely absorbed by the ozone layer and the atmosphere.
  • UV-C ultraviolet light is used to disinfect surfaces, environments and fluids; because it is the one with the highest frequencies, that is, UV-C between 3. 571 MHz to 10 MHz.
  • the Sun produces all three forms, but human exposure is primarily limited to UV-A, since little UV-B and no UV-C penetrate Earth's ozone layer. However, there are several methods for the artificial production of the three types of UV light, for example, mercury vapor lamps and, more recently, UV LEDs.
  • the present invention uses ultraviolet UV radiation for disinfection, but specifically ultraviolet radiation of the UV-C type is used as a germicidal agent;
  • UV-C ultraviolet light When different forms of microbial life, such as viruses, protozoans, bacteria and fungi, are irradiated with UV-C ultraviolet light, they become incapable of reproducing and infecting, due to the damage it causes to their nucleic acids, DNA and RNA, the sequelae.
  • the most common photochemistry is the dimerization of adjacent molecules, mainly thymines. The formation of numerous thymine dimers in the DNA of bacteria and viruses prevents their reproduction and ability to infect.
  • the system includes UV light emitting devices integrated or mounted on the product and also includes connection to an electrical power source to facilitate the integration of UV light sterilization into everyday products without the addition of bulky or cumbersome devices or Harmful chemicals to disinfect and provide additional protection against microbes.
  • a sterilization system that uses a UV light emitter that can be mounted on different objects
  • the present invention which comprises a sterilization system and personal protection that makes use of a pair of UV light lamps like the aforementioned publication, in addition to using a laminar air flow system that runs along the length of the gloves, it also has a disinfectant solution dosing mechanism to the hands section.
  • a control system is integrated from a microcontroller and a Bluetooth module which provides communication with a mobile device allowing the management of the invention.
  • the system for sanitizing a mattress includes a pair of members with at least one member having at least one UV-C emitter, at least one light source, and at least one air source; an ozone source that is in communication with the pair of members; an air flow source in communication with the pair of members and a heat source in communication with the heat source.
  • a spray source is also provided for spraying a solution.
  • a method of disinfecting a mattress comprising the steps of applying UV-C radiation to a mattress to kill microorganisms, providing ozone to the mattress, and combining ozone with UV-radiation. C and humidity to produce a purifying agent.
  • this one uses an air motor in the forearm section that generates a laminar air flow as a prevention method. Additionally, it has a disinfectant solution dispenser in the hand area, through the use of a mechanism located on the back of the glove hand.
  • the object of the present invention is to provide gloves with disinfection mechanisms that allow disinfection and are not disposable, applicable for personnel dedicated to the health sector and work environments where constant disinfection of the hands and even more of Sterilization may be possible, since by having continuous contact with pathogens by touching contaminated objects or by having contact with patients.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that provide a high level of security to the users of the gloves of the present invention, since they have a reservoir in the dorsal area of the gloves, which is of a flexible material and is configured to contain a disinfectant solution that, when pressing said tank manually, causes the solution to escape, which is transported through a conduit that is connected to the tank at one of its ends and its opposite end. It is arranged in the palm area of the glove hand, which allows said palm area to be impregnated with the disinfectant solution, leaving it sterilized and free of any type of pathogen, germ, virus or bacteria.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that have a first bracelet which is hollow inside and is configured to house a control module.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that have at least two electromagnetic radiation emitters placed in the first bracelet, which allow the palmar area and the dorsal area of the glove and the back to be irradiated. of the bracelet, in order to in this way, together with the disinfectant solution that is dosed from the tank, achieve the sterilization of the gloves, efficiently freeing them from any type of pathogen, germ, virus or bacteria.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that have a structure which is hollow and elongated, connected by one of its ends to the first bracelet, in such a way that when used by a user it covers his forearm.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that have a second hollow cuff inside and have at least one slot on its front face that serves as air outlets.
  • Another object of the present invention is to provide gloves with disinfection mechanisms that have an air generating motor, which allows the The generated air is directed into the interior of the second bracelet and comes out under pressure through the slots, generating a laminar air current.
  • Figure 3 shows a top rear perspective view of the gloves with disinfection mechanisms.
  • Each glove (1) is attached by its open end to a first bracelet (4) which, when used by a user, is at wrist height; said first bracelet (4) is hollow inside and is configured to house a control module (not illustrated), the first bracelet (4) has a cover (not illustrated) that is removable, which allows maintenance or replacement the control module (not shown) if necessary.
  • a structure (6) which is hollow and elongated, is connected at one of its ends to the first bracelet (4), in such a way that when used by a user it covers his or her forearm.
  • the structure (6) is irradiated by the electromagnetic radiation emitters (5), to eliminate any type of pathogen, germ, virus or bacteria.
  • Example 1 Placement and operation of gloves with disinfection mechanisms.
  • the switch (not illustrated) is activated to activate the motor (10) and the electromagnetic radiation emitters (5), in such a way that The laminar air flow is generated through each slot (8) and irradiates the structure (6) on its upper and lower surface, as well as the palmar area and the dorsal area of the glove (1) to disinfect the aforementioned areas and prevent a impurity sticks to them.

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  • Apparatus For Disinfection Or Sterilisation (AREA)

Abstract

The invention relates to gloves with a disinfecting mechanism that comprise two armbands joined by a structure, a reservoir for holding a disinfectant solution, at least two electromagnetic radiation emitters and a motor for producing laminar airflow that exits through at least one slot. The invention further comprises a control module.

Description

GUANTES CON MECANISMO DE DESINFECCIÓN GLOVES WITH DISINFECTION MECHANISM
CAMPO TÉCNICO TECHNICAL FIELD
La presente invención se refiere a unos guantes de uso médico principalmente , más en particular se refiere a los guantes que incluyen un depósito que aloj e un liquido desinfectante para desinfectar las palmas de las manos de los guantes y lámparas generadoras de luz ultravioleta UV-C como germicida para lograr una mej or desinfección de la superficie de estos . The present invention relates primarily to gloves for medical use, more particularly it refers to gloves that include a reservoir that houses a disinfectant liquid to disinfect the palms of the gloves and UV-C ultraviolet light generating lamps. as a germicide to achieve better disinfection of their surface.
ANTECEDENTES BACKGROUND
La necesidad de eliminar agentes infecciosos de los guantes de uso médico es fundamental para mantener una buena salud . Cuando se manej an obj etos con guantes estos pueden ser contaminados , o cuando se tiene contacto con personas que tengan algún agente infeccioso , generalmente los guantes se desechan, para evitar seguir dañado al medio ambiente ; la presente invención propone elementos que hagan reutili zables guates principalmente si son usados para cuestiones medias . The need to eliminate infectious agents from medical gloves is essential to maintaining good health. When objects are handled with gloves, they can be contaminated, or when there is contact with people who have an infectious agent, gloves are generally discarded to avoid further damage to the environment; The present invention proposes elements that make gloves reusable, mainly if they are used for medium purposes.
Para una comprensión de la presente invención se definen conceptos básicos como es la desinfección, la cual se define como el proceso en el cual se reduce la contaminación microbiana inicial presente en obj etos y en ambientes , asegura la eliminación de formas vegetativas , pero no de esporas bacterianas . Otro concepto importante es la esterili zación, el cual se define como el proceso validado usado para obtener un producto libre de toda forma de vida microbiana en estado latente o activa, causante de enfermedades o infecciones . Existen dos métodos de desinfección Químicos y Físicos , la desventaj a de los métodos químicos es en si mismo los componentes de los compuestos , ya que con el uso constante de estos pueden causar algún tipo de afectación a la salud, como son intoxicaciones químicas , a di ferencia de los métodos físicos de desinfección estos no causan residuos dañinos a la salud . El método físico de desinfección que implementa la presente invención es la luz o radiación ultravioletas (UV) , cuya longitud de onda va de 400 nm a 100 nm, dentro de este rango de frecuencias se clasi fican tres categorías , Ultravioleta A ( onda larga ) UV-A entre 315 nm a 400 nm; Ultravioleta B ( onda media ) UV-B entre 315 nm -280 nm; Ultravioleta C ( onda corta ) UV-C entre 280 nm a 100 nm, radiación ioni zante completamente absorbida por la capa de ozono y la atmos fera . La luz ultravioleta UV-C es utili zada para desinfección de superficies , ambientes y fluidos ; por ser la de mayores frecuencias , es decir UV-C entre 3 . 571 MHz a 10 MHz . El Sol produce las tres formas , pero la exposición humana se limita principalmente a los UV-A, ya que pocos UV-B y ningún UV-C penetran en la capa de ozono de la Tierra . Sin embargo , existen varios métodos para la producción arti ficial de los tres tipos de luz UV, por ej emplo , las lámparas de vapor de mercurio y, más recientemente , los LEDs UV . For an understanding of the present invention, basic concepts are defined such as disinfection, which is defined as the process in which the initial microbial contamination present in objects and environments is reduced, ensuring the elimination of vegetative forms, but not of bacterial spores. Another important concept is sterilization, which is defined as the validated process used to obtain a product free of all forms of microbial life in a latent or active state, causing diseases or infections. There are two methods of disinfection: Chemical and Physical, the disadvantage of chemical methods is in itself the components of the compounds, since with the constant use of these they can cause some type of health effects, such as chemical poisoning, unlike physical disinfection methods, these do not cause residues harmful to health. The physical disinfection method that implements the present invention is ultraviolet (UV) light or radiation, whose wavelength ranges from 400 nm to 100 nm, within this frequency range three categories are classified: Ultraviolet A (long wave) UV-A between 315 nm to 400 nm; Ultraviolet B (medium wave) UV-B between 315 nm -280 nm; Ultraviolet C (short wave) UV-C between 280 nm to 100 nm, ionizing radiation completely absorbed by the ozone layer and the atmosphere. UV-C ultraviolet light is used to disinfect surfaces, environments and fluids; because it is the one with the highest frequencies, that is, UV-C between 3. 571 MHz to 10 MHz. The Sun produces all three forms, but human exposure is primarily limited to UV-A, since little UV-B and no UV-C penetrate Earth's ozone layer. However, there are several methods for the artificial production of the three types of UV light, for example, mercury vapor lamps and, more recently, UV LEDs.
Como se mencionó anteriormente la presente invención utili za la radiación ultravioleta UV para la desinfección, pero en especi fico se usa la radiación ultravioleta del tipo UV-C como agente germicida ; cuando las di ferentes formas de vida microbiana, como virus , protozoarios , bacterias y hongos son radiados con luz ultravioleta UV-C, se vuelven incapaces de reproducirse e infectar, debido al daño que les causa a sus ácidos nucleicos ADN y ARN, la secuela fotoquímica más frecuente es la dimeri zación de las moléculas adyacentes principalmente de las timinas . La formación de numerosos dimeros de timina en el ADN de bacterias y virus impide su reproducción y la capacidad de infectar . Se reali zó una búsqueda del estado de la técnica de guantes con mecanismos de desinfección, donde se encontró que se han desarrollado di ferentes guantes con este fin, como se menciona en la publicación internacional número W02021195008 (Al ) del 30 septiembre de 2021 , titulada "Product- Integrated Ultraviolet Germicidal Irradiation System ( S ISTEMA DE IRRADIACIÓN GERMICIDA ULTRAVIOLETA INTEGRADO EN EL PRODUCTO) " del inventor Colon Becket dicho documento describe métodos y sistemas que integran fuentes de luz ultravioleta (UV) en productos (p . e j . , guantes , prendas de vestir, teléfonos móviles , máscaras protectoras , paños de limpieza, electrodomésticos , etc . ) para facilitar el uso de luz UV para esterili zar entornos . El sistema puede configurarse de tal manera que un usuario pueda esterili zar de forma eficaz un entorno sin que se le estorbe , impida o interfiera de otro modo cuando reali za una actividad normal . El sistema incluye dispositivos emisores de luz ultravioleta integrados o montados en el producto y además incluye la conexión a una fuente de alimentación eléctrica para facil itar la integración de la esterili zación con luz ultravioleta en los productos cotidianos sin la adición de aparatos voluminosos o engorrosos o productos químicos nocivos para desinfectar y proporcionar protección adicional contra los microbios . Aun cuando el sistema al que refiere la publicación arriba mencionado menciona un sistema de esterili zación que utili za un emisor de luz UV que puede ser montado en di ferentes obj etos , a di ferencia de la presente invención que comprende de un sistema de esterili zación y protección personal que hace uso de un par de lámparas de luz UV como la publicación mencionada, además de emplear un sistema de fluj o de aire laminar que recorre el largo de los guantes , también cuenta con un mecanismo de dosi ficación de solución desinfectante para la sección de las manos . Otra di ferencia con la que cuentan la presente invención es que se integra un sistema de control a partir de un microcontrolador y un módulo bluetooth el cual brinda comunicación con un dispositivo móvil permitiendo el manej o de la invención . As mentioned above, the present invention uses ultraviolet UV radiation for disinfection, but specifically ultraviolet radiation of the UV-C type is used as a germicidal agent; When different forms of microbial life, such as viruses, protozoans, bacteria and fungi, are irradiated with UV-C ultraviolet light, they become incapable of reproducing and infecting, due to the damage it causes to their nucleic acids, DNA and RNA, the sequelae. The most common photochemistry is the dimerization of adjacent molecules, mainly thymines. The formation of numerous thymine dimers in the DNA of bacteria and viruses prevents their reproduction and ability to infect. A search for the state of the art of gloves with disinfection mechanisms was carried out, where it was found that different gloves have been developed for this purpose, as mentioned in international publication number W02021195008 (Al) of September 30, 2021, entitled "Product-Integrated Ultraviolet Germicidal Irradiation System" by inventor Colon Becket describes methods and systems that integrate ultraviolet (UV) light sources into products (e.g., gloves, clothing, mobile phones, protective masks, cleaning cloths, household appliances, etc.) to facilitate the use of UV light to sterilize environments. The system can be configured in such a way that a user can effectively sterilize an environment without being hindered, impeded or otherwise interfered with when performing a normal activity. The system includes UV light emitting devices integrated or mounted on the product and also includes connection to an electrical power source to facilitate the integration of UV light sterilization into everyday products without the addition of bulky or cumbersome devices or Harmful chemicals to disinfect and provide additional protection against microbes. Even though the system referred to in the aforementioned publication mentions a sterilization system that uses a UV light emitter that can be mounted on different objects, unlike the present invention which comprises a sterilization system and personal protection that makes use of a pair of UV light lamps like the aforementioned publication, in addition to using a laminar air flow system that runs along the length of the gloves, it also has a disinfectant solution dosing mechanism to the hands section. Another difference that the present invention has is that a control system is integrated from a microcontroller and a Bluetooth module which provides communication with a mobile device allowing the management of the invention.
Otro documento encontrado es la publicación internacional número WO2021231268 (Al ) del 18 de noviembre de 2011 , titulada "Personal Protective Equipment (EQUIPO DE PROTECCIÓN PERSONAL ) " del inventor Behzadi Kambi z de Estados Unidos de América, dicho documento describe un sistema y método para la adopción y uso de equipos de protección personal social . Una estructura, como una prenda de vestir o una j oya, incorpora una o más características de equipo de protección personal ( PPE ) y produce una barrera protectora no física alrededor del usuario que mata o degrada un microorganismo patógeno especi fico o un grupo de ellos . A di ferencia de la presente invención esta tiene motores que proveen un fluj o de aire laminar y además tiene un módulo bluetooth que es capaz de comunicarse con una aplicación móvil , por lo tanto , podemos entender que los desarrollos tecnológicos presentes en ambos equipos son totalmente di ferentes . Another document found is the international publication number WO2021231268 (Al) of November 18, 2011, titled "Personal Protective Equipment" by inventor Behzadi Kambi z of the United States of America, said document describes a system and method for the adoption and use of social personal protective equipment. A structure, such as an article of clothing or jewelry, incorporates one or more personal protective equipment (PPE) features and produces a non-physical protective barrier around the wearer that kills or degrades a specific pathogenic microorganism or group of them. . Unlike the present invention, this one has motors that provide a laminar air flow and also has a Bluetooth module that is capable of communicating with a mobile application, therefore, we can understand that the technological developments present in both devices are completely different .
Por último se encontró la patente de los Estados Unidos número US 10935313 B2 publicada el 2 de marzo del 2021 , con el titulo "Mattress saniti zer ( SANITI ZADOR DEL COLCHÓN) " del inventor Stewart , dicho documento describe un sistema y un método para higieni zar un colchón . El sistema para higieni zar un colchón incluye un par de miembros con al menos un miembro que tiene al menos un emisor de UV-C, al menos una fuente de luz y al menos una fuente de aire ; una fuente de ozono que está en comunicación con el par de miembros ; una fuente de fluj o de aire en comunicación con el par de miembros y una fuente de calor en comunicación con la fuente de calor . También se proporciona una fuente de pulveri zación para pulveri zar una solución . Un método para desinfectar un colchón que comprende , los pasos de aplicar radiación UV-C a un colchón para matar microorganismos , proporcionar ozono al colchón y combinar ozono con radiación UV- C y humedad para producir un agente puri ficador . A di ferencia de la presente invención esta emplea en la sección del antebrazo un motor de aire que genera un fluj o de aire laminar como método de prevención, adicionalmente tiene un despachador de solución desinfectante en la zona de las manos , mediante el uso de un mecanismo ubicado en el dorso de la mano del guante . Finally, the United States patent number US 10935313 B2 was found, published on March 2, 2021, with the title "Mattress saniti zer (MATTRESS SANITI ZADOR)" by the inventor Stewart, said document describes a system and method for hygiene. czar a mattress. The system for sanitizing a mattress includes a pair of members with at least one member having at least one UV-C emitter, at least one light source, and at least one air source; an ozone source that is in communication with the pair of members; an air flow source in communication with the pair of members and a heat source in communication with the heat source. A spray source is also provided for spraying a solution. A method of disinfecting a mattress comprising the steps of applying UV-C radiation to a mattress to kill microorganisms, providing ozone to the mattress, and combining ozone with UV-radiation. C and humidity to produce a purifying agent. Unlike the present invention, this one uses an air motor in the forearm section that generates a laminar air flow as a prevention method. Additionally, it has a disinfectant solution dispenser in the hand area, through the use of a mechanism located on the back of the glove hand.
OBJETO DE LA INVENCIÓN OBJECT OF THE INVENTION
El obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que permiten la desinfección y no sean desechadles , apl icables para personal dedicada al sector salud y entornos de trabaj o donde se requiere una desinfección constante de las manos y más aun de ser posible la esterili zación, ya que al tener un contacto continuo con agentes patógenos al tocar obj etos contaminados o al tener contacto con pacientes . The object of the present invention is to provide gloves with disinfection mechanisms that allow disinfection and are not disposable, applicable for personnel dedicated to the health sector and work environments where constant disinfection of the hands and even more of Sterilization may be possible, since by having continuous contact with pathogens by touching contaminated objects or by having contact with patients.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que proporcionan un alto nivel de seguridad a los usuarios de los guantes de la presente invención, ya que cuentan con un depósito en la zona dorsal de los guantes , el cual es de un material flexible y está configurado para contener una solución desinfectante que, al presionar dicho depósito manualmente , provoca la salida de la solución, la cual es transportada por medio de un conducto que está conectado al depósito por uno de sus extremos y su extremo contrario se dispone en la zona palmar de la mano del guante , lo que permite que dicha zona palmar quede impregnada de la solución desinfectante quedando esterili zado y libre de cualquier tipo de agente patógeno , germen, virus o bacterias . Another object of the present invention is to provide gloves with disinfection mechanisms that provide a high level of security to the users of the gloves of the present invention, since they have a reservoir in the dorsal area of the gloves, which is of a flexible material and is configured to contain a disinfectant solution that, when pressing said tank manually, causes the solution to escape, which is transported through a conduit that is connected to the tank at one of its ends and its opposite end. It is arranged in the palm area of the glove hand, which allows said palm area to be impregnated with the disinfectant solution, leaving it sterilized and free of any type of pathogen, germ, virus or bacteria.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que tienen un motor que genera un fluj o de aire laminar además de la implementación de emisores de radiación electromagnética, los cuales preferentemente son lámparas de luz ultravioleta para la esterili zación de los guantes , motivo de la presente invención . Another object of the present invention is to provide gloves with disinfection mechanisms that have a motor that It generates a laminar air flow in addition to the implementation of electromagnetic radiation emitters, which are preferably ultraviolet light lamps for the sterilization of gloves, the reason for the present invention.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que cuenta con un primer brazalete el cual es hueco en su interior y está configurado para aloj ar un módulo de control . Another object of the present invention is to provide gloves with disinfection mechanisms that have a first bracelet which is hollow inside and is configured to house a control module.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que cuenta con, al menos , dos emisores de radiación electromagnética colocados en el primer brazalete , los cuales permiten irradiar la zona palmar y la zona dorsal del guante y la parte posterior del brazalete , para de esta manera, j unto con la solución desinfectante que es dosi ficada del depósito lograr la esterili zación de los guantes , liberándolos de manera eficiente de cualquier tipo de agente patógeno , germen, virus o bacteria . Another object of the present invention is to provide gloves with disinfection mechanisms that have at least two electromagnetic radiation emitters placed in the first bracelet, which allow the palmar area and the dorsal area of the glove and the back to be irradiated. of the bracelet, in order to in this way, together with the disinfectant solution that is dosed from the tank, achieve the sterilization of the gloves, efficiently freeing them from any type of pathogen, germ, virus or bacteria.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que cuenta con una estructura la cual es hueca y alargada, se conecta por uno de sus extremos al primer brazalete , de tal manera que al ser utili zados por un usuario cubre su antebrazo . Another object of the present invention is to provide gloves with disinfection mechanisms that have a structure which is hollow and elongated, connected by one of its ends to the first bracelet, in such a way that when used by a user it covers his forearm.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que cuenta con un segundo brazalete hueco en su interior y tiene en su cara frontal , al menos , una ranura que tienen la función de salidas de aire . Another object of the present invention is to provide gloves with disinfection mechanisms that have a second hollow cuff inside and have at least one slot on its front face that serves as air outlets.
Otro obj eto de la presente invención es proporcionar unos guantes con mecanismos de desinfección que cuenta con un motor generador de aire , que permite que por medio de un ducto , el aire generado se dirij a al interior del segundo brazalete y salga a presión por las ranuras , generando una corriente de aire laminar . Another object of the present invention is to provide gloves with disinfection mechanisms that have an air generating motor, which allows the The generated air is directed into the interior of the second bracelet and comes out under pressure through the slots, generating a laminar air current.
BREVE DESCRIPCIÓN DE LAS FIGURAS BRIEF DESCRIPTION OF THE FIGURES
Los detalles característicos de estos novedosos guantes con mecanismos de desinfección se muestran claramente en la siguiente descripción y en las figuras que se acompañan, asi como una ilustración de aquella, y siguiendo los mismos signos de referencia para indicar las partes mostradas . Sin embargo , dichas figuras se muestran a manera de ej emplo y no deben de ser consideradas como limitativas para la presente invención . The characteristic details of these novel gloves with disinfection mechanisms are clearly shown in the following description and in the accompanying figures, as well as an illustration of that, and following the same reference signs to indicate the parts shown. However, said figures are shown by way of example and should not be considered as limiting the present invention.
La figura 1 muestra una vista en perspectiva superior frontal de los guantes con mecanismos de desinfección . Figure 1 shows a front top perspective view of the gloves with disinfection mechanisms.
La figura 2 muestra una vista en perspectiva inferior frontal de los guantes con mecanismos de desinfección . Figure 2 shows a front lower perspective view of the gloves with disinfection mechanisms.
La figura 3 muestra una vista en perspectiva posterior superior de los guantes con mecanismos de desinfección . Figure 3 shows a top rear perspective view of the gloves with disinfection mechanisms.
La figura 4 muestra una vista en perspectiva posterior inferior de los guantes con mecanismos de desinfección . Figure 4 shows a lower rear perspective view of the gloves with disinfection mechanisms.
La figura 5 muestra una representación esquemática del módulo de control de los guantes con mecanismos de desinfección . Figure 5 shows a schematic representation of the glove control module with disinfection mechanisms.
DESCRIPCIÓN DETALLADA DE LA INVENCIÓN DETAILED DESCRIPTION OF THE INVENTION
Para una mej or comprensión de la presente invención, a continuación, se enlistan las partes que componen los guantes con mecanismos de desinfección : For a better understanding of the present invention, the parts that make up the gloves with disinfection mechanisms are listed below:
1 . Guantes 1 . Gloves
2 . Depósito 2 . Deposit
3 . Conducto 3 . Conduit
4 . Primer brazalete 5 . Emisor de radiación electromagnética 4 . First bracelet 5 . Electromagnetic radiation emitter
6 . Estructura 6. Structure
7 . Segundo brazalete 7. Second bracelet
8 . Ranura 8. Slot
9 . Base 9. Base
10 . Motor 10. Engine
11 . Ducto eleven . Duct
12 . Microcontrolador 12. Microcontroller
13 . Unidad de comunicación 13. communication unit
14 . Batería 14. Battery
Con referencia a las figuras , la presente invención trata de un par de guantes ( 1 ) que permiten la desinfección para personal dedicada al sector salud, dichos guantes tienen un motor que genera un fluj o de aire laminar además de la implementación de emisores de radiación electromagnética ( 5 ) , los cuales preferentemente son lámparas de luz ultravioleta para su esterili zación . En los entornos de trabaj o donde se requiere una desinfección constante de las manos y más aun de ser posible la esterili zación, ya que al tener un contacto continuo con agentes patógenos al tocar obj etos contaminados o al tener contacto con pacientes , lo más común es usar guantes desechadles , una vez que se usan estos son eliminados al ser contaminados por el medio donde se usan . La presente invención evita la continua contaminación al medio ambiente por la eliminación de los guantes desechadles ya que consiste en unos novedosos guantes con mecanismos de desinfección que se pueden reutili zar, además de dar un excelente nivel de protección a sus usuarios , ya que estos proporcionan una desinfección continua, también son capaces de esterili zarse por medio de luz UV-C ; como consecuencia proporcionan un alto nivel de seguridad a los usuarios de los guantes de la presente invención . Con referencia a las figuras, los guantes con mecanismos de desinfección, motivo de la presente invención están conformados por, al menos, un guante (1) , preferentemente es un par de guantes (1) , uno izquierdo y uno derecho en donde cada uno de ellos cuenta con un depósito (2) en la zona dorsal, el cual es de un material flexible y está configurado para contener una solución desinfectante que, al presionar dicho depósito (2) manualmente, provoca la salida de la solución, la cual es transportada por medio de un conducto (3) que está conectado al depósito (2) por uno de sus extremos y su extremo contrario se dispone en la zona palmar de la mano del guante (1) , lo que permite que dicha zona palmar quede impregnada de la solución desinfectante quedando esterilizado y libre de cualquier tipo de agente patógeno, germen, virus o bacterias. With reference to the figures, the present invention deals with a pair of gloves (1) that allow disinfection for personnel dedicated to the health sector, said gloves have a motor that generates a laminar air flow in addition to the implementation of radiation emitters. electromagnetic (5), which are preferably ultraviolet light lamps for sterilization. In work environments where constant disinfection of hands is required and even more so, if possible, sterilization, since having continuous contact with pathogens by touching contaminated objects or having contact with patients, the most common is to use disposable gloves, once they are used they are eliminated as they are contaminated by the environment in which they are used. The present invention prevents continuous contamination of the environment due to the disposal of disposable gloves since it consists of innovative gloves with disinfection mechanisms that can be reused, in addition to providing an excellent level of protection to its users, since they provide continuous disinfection, they are also capable of being sterilized using UV-C light; As a consequence, they provide a high level of safety to the users of the gloves of the present invention. With reference to the figures, the gloves with disinfection mechanisms, the reason for the present invention, are made up of at least one glove (1), preferably a pair of gloves (1), one left and one right where each of them has a tank (2) in the dorsal area, which is made of a flexible material and is configured to contain a disinfectant solution that, when pressing said tank (2) manually, causes the solution to come out, which is transported by means of a conduit (3) that is connected to the tank (2) by one of its ends and its opposite end is arranged in the palmar area of the hand of the glove (1), which allows said palmar area to be impregnated of the disinfectant solution, leaving it sterilized and free of any type of pathogen, germ, virus or bacteria.
Cada guante (1) está unido por su extremo abierto a un primer brazalete (4) el cual al ser utilizados por un usuario, queda a la altura de la muñeca; dicho primer brazalete (4) es hueco en su interior y está configurado para alojar un módulo de control (no ilustrado) , el primer brazalete (4) cuenta con una tapa (no ilustrada) que es desmontable, lo que permite dar mantenimiento o remplazar el módulo de control (no ilustrado) en caso de ser necesario . Each glove (1) is attached by its open end to a first bracelet (4) which, when used by a user, is at wrist height; said first bracelet (4) is hollow inside and is configured to house a control module (not illustrated), the first bracelet (4) has a cover (not illustrated) that is removable, which allows maintenance or replacement the control module (not shown) if necessary.
Al menos, dos emisores de radiación electromagnética (5) que son de luz ultravioleta, led infrarrojo y/o la combinación de los anteriores; se colocan en la parte superior e inferior tanto de la cara frontal como de la cara posterior del primer brazalete (4) , esta configuración permite irradiar la zona palmar y la zona dorsal del guante (1) y la parte posterior del brazalete (4) , para de esta manera, junto con la solución desinfectante que es dosificada del depósito (2) por medio del conducto (3) , mejora la esterilización, liberando de manera más eficiente de cualquier germen, virus, bacteria o cualquier tipo de agente patógeno. La luz ultravioleta utilizada preferentemente es UV- At least two electromagnetic radiation emitters (5) that are ultraviolet light, infrared LED and/or a combination of the above; They are placed on the upper and lower part of both the front face and the back face of the first bracelet (4), this configuration allows irradiation of the palmar area and the dorsal area of the glove (1) and the back part of the bracelet (4). , in this way, together with the disinfectant solution that is dosed from the tank (2) through the conduit (3), improves sterilization, releasing more efficiently any germ, virus, bacteria or any type of agent. pathogen. The ultraviolet light preferably used is UV-
Una estructura (6) la cual es hueca y alargada, se conecta por uno de sus extremos al primer brazalete (4) , de tal manera que al ser utilizados por un usuario cubre su antebrazo. La estructura (6) es irradiada por los emisores de radiación electromagnética (5) , para eliminar cualquier tipo de agente patógeno, germen, virus o bacteria. A structure (6) which is hollow and elongated, is connected at one of its ends to the first bracelet (4), in such a way that when used by a user it covers his or her forearm. The structure (6) is irradiated by the electromagnetic radiation emitters (5), to eliminate any type of pathogen, germ, virus or bacteria.
Un segundo brazalete (7) se ensambla al extremo de la estructuraA second bracelet (7) is assembled at the end of the structure
(6) opuesto a donde se encuentra el primer brazalete (4) , quedando de esta manera a la altura del codo del usuario de los guantes motivo de la presente invención. El segundo brazalete(6) opposite to where the first bracelet (4) is located, thus remaining at the elbow height of the user of the gloves that are the reason for the present invention. The second bracelet
(7) es hueco en su interior y tiene en su cara frontal, al menos, una ranura (8) orientadas en dirección de la estructura (6) , que tienen la función de salidas de aire. (7) is hollow inside and has on its front face at least one slot (8) oriented in the direction of the structure (6), which serve as air outlets.
Una base (9) se coloca en la periferia del segundo brazalete (7) , dicha base está configurada para alojar un motor (9) generador de aire; un ducto (11) se conecta de uno de sus extremos al motor (9) y del extremo contrario se coloca al interior del segundo brazalete (7) , esta configuración permite que el aire generado por el motor (9) se dirija al interior del segundo brazalete (7) y salga a presión por las ranuras (8) , generando una corriente de aire laminar por cada ranura (8) , lo que proporciona una barrera de aire que evita que el depósito de sustancias contaminantes, partículas e incluso fluidos lleguen al cuerpo de la estructura (6) , primer brazalete (4) y los guantes (1) contaminándolos, de esta manera se complementa el proceso de desinfección para eliminar cualquier tipo de agente patógeno, germen, virus o bacteria, de los guantes con mecanismos de desinfección, motivo de la presente invención. El módulo de control (no ilustrado) ubicado en el interior del primer brazalete (4) está conformado por una batería recargable (14) , un microcontrolador (12) y una unidad de comunicación (13) . A base (9) is placed on the periphery of the second bracelet (7), said base is configured to house an air generating motor (9); A duct (11) is connected at one end to the motor (9) and at the opposite end it is placed inside the second bracelet (7), this configuration allows the air generated by the motor (9) to be directed into the interior of the second bracelet (7) and comes out under pressure through the slots (8), generating a laminar air current through each slot (8), which provides an air barrier that prevents the deposit of contaminating substances, particles and even fluids from reaching the to the body of the structure (6), first bracelet (4) and gloves (1), contaminating them, in this way the disinfection process is complemented to eliminate any type of pathogenic agent, germ, virus or bacteria, from the gloves with mechanisms disinfection, reason for the present invention. The control module (not illustrated) located inside the first bracelet (4) is made up of a rechargeable battery (14), a microcontroller (12) and a communication unit (13).
La unidad de comunicación (13) puede ser por medio de Bluetooth, WiFi (Wireless Fidelity por sus siglas en inglés) o UWB (Ultra Wide Band por sus siglas en inglés) , y está configurada para comunicar los guantes con mecanismos de desinfección, motivo de la presente invención con un dispositivo inteligente como pueden ser una computadora, una Tablet y/o un teléfono móvil, y de esta manera se puede conocer a distancia, el tiempo de uso de las los emisores de radiación electromagnética (5) y la cantidad de carga de la batería recargable (14) del módulo de control, asi como controlar el encendido de los emisores de radiación electromagnética (5) . The communication unit (13) can be through Bluetooth, WiFi (Wireless Fidelity) or UWB (Ultra Wide Band), and is configured to communicate the gloves with disinfection mechanisms, reason of the present invention with an intelligent device such as a computer, a tablet and/or a mobile phone, and in this way the time of use of the electromagnetic radiation emitters (5) and the amount can be known from a distance. charging of the rechargeable battery (14) of the control module, as well as controlling the ignition of the electromagnetic radiation emitters (5).
Para proporcionar mantenimiento a los componentes eléctricos y electrónicos, el primer y segundo brazalete (4 y 7) son desmontables . To provide maintenance to the electrical and electronic components, the first and second bracelets (4 and 7) are removable.
Un interruptor (no ilustrado) se coloca en la superficie del primer o segundo brazalete (4 y 7) , el cual está configurado para que al ser activado, inicie con el funcionamiento del motor (10) y se genere la corriente de aire laminar por cada ranura (8) , asi como se enciendan los emisores de radiación electromagnética (5) . A switch (not illustrated) is placed on the surface of the first or second bracelet (4 and 7), which is configured so that when activated, it starts the operation of the motor (10) and the laminar air current is generated by each slot (8), as well as the electromagnetic radiation emitters (5) are turned on.
REALIZACIÓN PREFERENTE DE LA INVENCIÓN PREFERRED EMBODIMENT OF THE INVENTION
Ejemplos Examples
Los siguientes ejemplos ilustran una manera preferente, de cómo llevar a cabo la realización de la presente invención, por lo que no deben ser considerados como limitativos de la misma. E j emp 1 o 1. Colocación y funcionamiento de los guantes con mecanismos de desinfección. The following examples illustrate a preferred way of carrying out the present invention, so they should not be considered as limiting it. Example 1 or 1. Placement and operation of gloves with disinfection mechanisms.
Con referencia a las figuras antes mencionadas, el usuario de los guantes con mecanismos de desinfección introduce cada una de las manos por el segundo brazalete (7) pasando las manos por la estructura (6) , el primer brazalete (4) hasta llegar a los guantes (1) , para posteriormente acomodar cada uno de los dedos en los dediles de los guantes (1) . With reference to the aforementioned figures, the user of the gloves with disinfection mechanisms introduces each of the hands through the second bracelet (7) passing the hands through the structure (6), the first bracelet (4) until reaching the gloves (1), to later accommodate each of the fingers in the finger cots of the gloves (1).
Una vez que se introducen las manos en los guantes con mecanismos de desinfección, motivo de la presente invención, se acciona el interruptor (no ilustrado) para accionar el motor (10) y los emisores de radiación electromagnética (5) , de tal manera que se genera la corriente de aire laminar por cada ranura (8) e irradiar la estructura (6) en su superficie superior e inferior, asi como la zona palmar y la zona dorsal del guante (1) para desinfectar las áreas mencionadas y evitar que una impureza se pegue a ellas. Once the hands are placed in the gloves with disinfection mechanisms, the reason for the present invention, the switch (not illustrated) is activated to activate the motor (10) and the electromagnetic radiation emitters (5), in such a way that The laminar air flow is generated through each slot (8) and irradiates the structure (6) on its upper and lower surface, as well as the palmar area and the dorsal area of the glove (1) to disinfect the aforementioned areas and prevent a impurity sticks to them.
Cuando el usuario de los guantes con mecanismos de desinfección, motivo de la presente invención, vea conveniente de acuerdo al uso que ha dado a los guantes, presionará el depósito (2) localizado en cada zona dorsal de los guantes (1) , con la finalidad de dosificar en la zona palmar del guante (1) la solución desinfectante contenida en el depósito (2) por medio del conducto (3) , esto para esterilizar y liberar de cualquier tipo de agente patógeno, germen, virus o bacterias, y poder seguir utilizando los guantes con mecanismos de desinfección sin preocupación de contaminar las zonas u objetos que esté manipulando con los guantes. When the user of the gloves with disinfection mechanisms, the reason for the present invention, sees it appropriate according to the use that has been given to the gloves, he or she will press the reservoir (2) located in each dorsal area of the gloves (1), with the purpose of dosing the disinfectant solution contained in the tank (2) into the palm area of the glove (1) through the conduit (3), this to sterilize and free any type of pathogenic agent, germ, virus or bacteria, and to be able continue using gloves with disinfection mechanisms without worrying about contaminating the areas or objects you are handling with the gloves.
La presente descripción no deberá estar limitada por el ejemplo y modalidades descritos. En vista de lo expuesto en el presente capítulo descriptivo , se reitera que el alcance de la presente invención no deberá estar limitado por las modalidades particularmente descritas , por lo que se entenderá que podrán efectuarse variaciones en varios sentidos . Dichas variaciones no deben considerarse como una desviación del espíritu y alcance de la invención, y todas esas modi ficaciones pueden ser obvias para un experto en la materia y deben de ser incluidas en alcance de las siguientes reivindicaciones . The present description should not be limited by the example and embodiments described. In view of what is stated in this descriptive chapter, it is reiterated that the scope of the present invention should not be limited by the modalities particularly described, so it will be understood that variations may be made in various senses. Such variations should not be considered as a deviation from the spirit and scope of the invention, and all such modifications may be obvious to a person skilled in the art and should be included in the scope of the following claims.

Claims

REIVINDICACIONES
1. Unos guantes para desinfección que se caracterizan porque comprende: al menos, un guante (1) el cual cuenta con un depósito 1. Gloves for disinfection that are characterized because they comprise: at least one glove (1) which has a reservoir
(2) en la zona dorsal el cual está configurado para contener una solución desinfectante; un conducto (2) in the dorsal area which is configured to contain a disinfectant solution; a conduit
(3) conectado al depósito (2) por uno de sus extremos y su extremo contrario se dispone en la zona palmar de la mano del guante (1) ; un primer brazalete(3) connected to the tank (2) by one of its ends and its opposite end is arranged in the palmar area of the hand of the glove (1); a first bracelet
(4) está unido al extremo abierto del guante (1) , dicho primer brazalete (4) es hueco en su interior para alojar un módulo de control; al menos, dos emisores de radiación electromagnética(4) is attached to the open end of the glove (1), said first bracelet (4) is hollow inside to house a control module; at least two emitters of electromagnetic radiation
(5) se colocan tanto de la cara frontal como de la cara posterior del primer brazalete (4) ; una estructura (6) la cual es hueca y alargada, se conecta por uno de sus extremos al primer brazalete (4) ; un segundo brazalete (7) que es hueco en su interior se ensambla al extremo de la estructura (6) opuesto a donde se encuentra el primer brazalete (4) ; al menos, una ranura (8) se encuentra en la cara formal del segundo brazalete (7) ; una base (9) se coloca en la periferia del segundo brazalete (7) , dicha base está configurada para alojar un motor (9) ; un ducto (11) se conecta de uno de sus extremos al motor (9) y del extremo contrario se coloca al interior del segundo brazalete (7) ; y, un interruptor se coloca en la superficie del primer o segundo brazalete (4 y 7 ) . (5) are placed on both the front face and the back face of the first bracelet (4); a structure (6) which is hollow and elongated, is connected by one of its ends to the first bracelet (4); a second bracelet (7) that is hollow inside is assembled at the end of the structure (6) opposite to where the first bracelet (4) is located; at least one slot (8) is located on the formal face of the second bracelet (7); a base (9) is placed on the periphery of the second bracelet (7), said base is configured to house a motor (9); a duct (11) is connected from one of its ends to the motor (9) and from the opposite end it is placed inside the second bracelet (7); and, a switch is placed on the surface of the first or second bracelet (4 and 7).
2. Los guantes de la reivindicación 1 caracterizado porque, son un par de guantes (1) , uno izquierdo y uno derecho. 2. The gloves of claim 1 characterized in that they are a pair of gloves (1), one left and one right.
3. Los guantes de la reivindicación 1 caracterizado porque, el depósito (2) es de un material flexible. 3. The gloves of claim 1 characterized in that the tank (2) is made of a flexible material.
4. Los guantes de la reivindicación 1 caracterizado porque, el primer brazalete (4) queda a la altura de la muñeca. 5. Los guantes de la reivindicación 1 caracterizado porque, el primer brazalete (4) cuenta con una tapa. 4. The gloves of claim 1 characterized in that the first bracelet (4) is at wrist height. 5. The gloves of claim 1 characterized in that the first bracelet (4) has a cover.
6. Los guantes de las reivindicaciones 1 y 2 caracterizado porque, la tapa es desmontable. 6. The gloves of claims 1 and 2 characterized in that the lid is removable.
7. Los guantes de la reivindicación 1 caracterizado porque, los emisores de radiación electromagnética (5) se colocan en la parte superior e inferior de la cara frontal y de la cara posterior del primer brazalete (4) . 7. The gloves of claim 1 characterized in that the electromagnetic radiation emitters (5) are placed on the upper and lower part of the front face and the back face of the first bracelet (4).
8. Los guantes de las reivindicaciones 1 y 7 caracterizado porque, los emisores de radiación electromagnética (5) son de luz ultravioleta, led infrarrojo y/o la combinación de los anteriores . 8. The gloves of claims 1 and 7 characterized in that the emitters of electromagnetic radiation (5) are ultraviolet light, infrared LED and/or a combination of the above.
9. Los guantes de la reivindicación 8 caracterizado porque, La luz ultravioleta utilizada es UV-C. 9. The gloves of claim 8 characterized in that, The ultraviolet light used is UV-C.
10. Los guantes de la reivindicación 1 caracterizado porque, la estructura (6) cubre el antebrazo. 10. The gloves of claim 1 characterized in that the structure (6) covers the forearm.
11. Los guantes de la reivindicación 1 caracterizado porque, el segundo brazalete (7) queda a la altura de la codo. 11. The gloves of claim 1 characterized in that the second bracelet (7) is at elbow height.
12. Los guantes de la reivindicación 1 caracterizado porque, el motor (9) es un generador de aire. 12. The gloves of claim 1 characterized in that the motor (9) is an air generator.
13. Los guantes de la reivindicación 1 caracterizado porque, las ranuras (8) están orientadas en dirección de la estructura 13. The gloves of claim 1 characterized in that the slots (8) are oriented in the direction of the structure
14. Los guantes de las reivindicaciones anteriores caracterizado porque, el módulo de control está conformado por una batería recargable (14) , un microcontrolador (12) y una unidad de comunicación (13) . 14. The gloves of the previous claims characterized in that the control module is made up of a rechargeable battery (14), a microcontroller (12) and a communication unit (13).
15. Los guantes de la reivindicación 14 caracterizado porque, la unidad de comunicación (13) es por medio de Bluetooth, WiFi o UWB. 15. The gloves of claim 14 characterized in that the communication unit (13) is through Bluetooth, WiFi or UWB.
16. Los guantes de las reivindicaciones 1, 4, 5, 6 y 11 caracterizado porque, el primer y segundo brazalete (4 y 7) son desmontables . 16. The gloves of claims 1, 4, 5, 6 and 11 characterized in that the first and second bracelets (4 and 7) are removable.
PCT/MX2022/050125 2022-12-14 2022-12-14 Gloves with a disinfecting mechanism WO2024128893A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
MXMX/U/2022/000570 2022-12-14
MX2022000570 2022-12-14

Publications (1)

Publication Number Publication Date
WO2024128893A1 true WO2024128893A1 (en) 2024-06-20

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Application Number Title Priority Date Filing Date
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Country Status (1)

Country Link
WO (1) WO2024128893A1 (en)

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