WO2016144152A1 - Hand dryer having ozone generator - Google Patents
Hand dryer having ozone generator Download PDFInfo
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- WO2016144152A1 WO2016144152A1 PCT/MX2015/000039 MX2015000039W WO2016144152A1 WO 2016144152 A1 WO2016144152 A1 WO 2016144152A1 MX 2015000039 W MX2015000039 W MX 2015000039W WO 2016144152 A1 WO2016144152 A1 WO 2016144152A1
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- upper ring
- hand dryer
- air
- dryer according
- lower housing
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K10/00—Body-drying implements; Toilet paper; Holders therefor
- A47K10/48—Drying by means of hot air
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B21/00—Arrangements or duct systems, e.g. in combination with pallet boxes, for supplying and controlling air or gases for drying solid materials or objects
Definitions
- hand dryers such as US2008052952 which consists of a hand drying apparatus for drying and disinfecting the hands that includes a housing that has an air inlet opening and a heating element located within the housing capable of heating the sucked air in the hand drying apparatus through the air intake opening, an air duct that is in communication with the air inlet opening is also inside the housing, also includes a fan that is capable of extracting an air stream in the air duct through the air intake opening, an ozone gas generator is in communication with the air duct that is capable of injecting ozone into the air stream to create a stream of ozonized air.
- Document X2013011477 discloses a hand sanitizer dryer comprising a housing that has an inlet air dryer channel and an outlet air channel, a fan inside the dryer housing that directs air out of The dryer housing through the outlet air channel, a disinfection system disinfects the air within the air inlet channel and the air within the outlet air channel, in which the disinfection system within the air channel Inlet includes at least one of a first air filter, a first ozone generator, a first disinfection light source, a first photocatalytic oxidation system, a first ion generator, and a first electrostatic precipitator.
- the disinfection system within the outlet air channel includes at least one of a second air filter, a second generator of ozone, a second source of disinfectant light, a second photocatalytic oxidation system, a second ion generator, and a second electrostatic precipitator.
- dryers such as those disclosed in JP2005177415, JPH11197056, JPH03207363, EP0976356, CN2558311, CN2522023 and CN2517374.
- All these dryers have various disadvantages or disadvantages such as the ability to carry residual water in the hands (taking on average 1-1.30 minutes), lack of lighting in the area in contact with the user (hindering its use and generating a greater consumption of energy due to not knowing the exact drying point) and the overall volume of the product is very robust and absent from simplicity to handle it, as well as the vertical functionality approach having as its basic need for its operation the realization of an electrical installation , mechanical installation in walls and structures and space adjustments to contemplate the flow of personnel in the area to be found.
- the dryer of the present invention aims at reducing the size to a volume at a ratio of less than 50% with respect to the largest competitor, the ability to be transported and connected at any point and place with access to alternating light connectors, weight reduction of 50% - 70% with respect to the largest competitor and the possibility of an improvement in dermal and circulatory health thanks to the moderate use of ozonation in the air used by the device, all this by means of a compact and stable air flow system powered by a revolutionized high performance engine with the minimum dimensions connected to an ozone generator with minimum dimensions and manipulated by a connected controller card to a series of led lighting capable of being contained in the minimum possible volume.
- Another objective of the dryer of the present invention is to generate a semi-pressurized air stream that removes residual water from the hands after having been washed with ozone compound air and aligned radially and continuously in a specific diameter from the part top centered of the device.
- the generation of ozonated air helps improve blood circulation, renewal of dead skin and elimination of bacteria by up to 90% according to the regulation range of the ozone generator.
- Figure 1 is a front sectional view of the hand dryer according to the present invention, showing all its internal parts and air flow.
- Figure 2 is a side sectional view of the hand dryer according to the present invention showing the way of use.
- the hand dryer of the present invention is constituted by a main plastic structure composed of a lower housing (1) and a hollow upper circular ring (2) joined together, defining an internal communication channel (13) through which the air from the lower housing (1) to the ring (2), said upper ring (2) is formed by an outer wall (14) and an inner wall (15) joined at its edges by perimeter walls (10), said ring upper (2) can be integrally formed together with the lower housing (1).
- the lower housing (1) has at its base or bottom openings (12) for air inlet, and within said lower housing (1) a revolutionized motor or revolutionized turbine (5) is arranged centered by means of radial supports and vents For the absorption of pressurized air, an ozone generator (4) and a controller card (7) fastened by means of anchors and safety straps are also arranged inside the lower housing (1).
- the motor or turbine (5) is powered by alternating current and is directly connected to the ozone generator (4) which in turn has a direct connection with the controller card (7) that handles a ratio of passage and cut-off of electric current by means of a proximity sensor (8), which in turn feeds a series of led light (9) along the upper ring (2), all of this being fed by a connect of plug and having a current eliminator (3) prior to the connection made by the controller card (7) and the motor (5).
- the air enters through the lower part of the apparatus, passing in the first instance through the ozone generator (4) and subsequently being mixed by means of the engine or turbine (5), as well as being accelerated for its final propulsion towards the upper ring (2 ).
- the dryer also has an electric current eliminator (3) of 110v-12v and the current regulator (6) of the ozone generator.
- the air entering the general system is cold but when it subsequently passes to the accelerator turbine, it is heated by the phenomenon of convection attributed to the passage of electricity in internal coils of the same turbine, and ending the trajectory radially in the upper ring ( 2).
- the upper ring (2) is connected to the lower housing (1) defining an internal communication channel through which the air with ozone from the lower housing (2) passes into the upper ring, leaving the air radially by grooves (11) arranged in the inner wall (15) of the upper ring (1), finally the dryer has a series of led lights (9) arranged along the circumference of the upper ring (1), said series of lights is directly connected to the current that leaves the card regulated by an intermediate current eliminator, so that when the sensor detects the presence of the hands in the upper ring (1) the series of LEDs (9 ),
- the series of LEDs (9), is made up of 2 LED strips arranged radially and parallel along the outer wall of the upper ring (1) and fastened by means of high adhesion glue and anchors throughout the entire periphery of the upper ring (1).
- a proximity sensor (8) arranged on the inner wall (15) detects the presence of the hands and sends a signal to the controller card (7), which in turn allows the passage of electric current to the series of LEDs and to the revolutionized motor (5) located in the inner part of the lower housing (1), and which in turn absorbs the air so S
- centrifuge by means of lower vents, sending the centrifuged air vertically to the centered upper part of the lower housing (1), where the air subsequently passes to an ozonation process due to an ozone generator (4) located in the structure radially and giving way to an internal centered nozzle that subsequently generates the division of the air flow radially along the centered central housing and exiting pressurized by means of small grooves (11) along the internal wall ( 15) of the upper ring (2).
- the hands are placed in the central part of the upper housing (2) of the dryer, where one or both hands can be arranged to reduce the drying time, the drying time is within a range 30-60 seconds, having an average of 45 seconds with both hands and a time of 30 seconds with only one hand.
- the hand dryer of the present invention is a mechanical and electrical development capable of being contained in the smallest possible volume, achieving better yields with the smallest volume, in addition to generating added advantages such as the elimination of inefficient facilities, ability to be transportable to any point and generating a versatility of possibilities in its form, finishes and materials.
- a preferred embodiment of the present invention is that it additionally has a manual switch connected to the direct current in line with the series of IEDs, which can be arranged before or after the card, if it goes before a parallel connection has to be made to the strip or connection of led, so that both can feed the card that allows the passage of ta current to the motor, if it goes later, two switches are included, one that starts this as well and another that starts the lamp mode, of so that the series of ieds can be turned on by operating this switch without activating the air outlet of the dryer, operating only as a lamp.
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The invention relates to a hand dryer comprising: a lower casing that accommodates a revolutionary motor or turbine (5) centred by means of radial supports and lower fans for the intake of pressurised air, and an ozone generator (4) is also disposed inside the lower casing (1), together with a controller card (7), supported by means of safety straps and anchorings; and an upper ring joined to the lower casing for radially directing the air towards the hands of the user, and comprising a proximity sensor for activating the dryer.
Description
SECADOR DE MANOS CON GENERADOR DE OZONO HAND DRYER WITH OZONE GENERATOR
ANTECEDENTES En ta actualidad existen 3 principales marcas líderes en el desarrollo de secadores de manos por medio de aire a presión con turbinas eléctricas las cuales son: Dyson, Excelerator y Helvex, todos estos son aparatos compuestos por una turbina de alta revolución alimentada por corriente alterna (110v) conectada a un conducto reducido el cual mantiene relación con un calentador de micrón, filtro de aire y sensores conectados a una microtarjeta controladora, teniendo en el final del conducto una salida de aire semi-presurízada. BACKGROUND Currently there are 3 main leading brands in the development of hand dryers by means of pressurized air with electric turbines which are: Dyson, Excelerator and Helvex, all these are devices composed of a high-revolution turbine powered by alternating current (110v) connected to a reduced duct which maintains a relationship with a micron heater, air filter and sensors connected to a controller micro card, having at the end of the duct a semi-pressurized air outlet.
Asimismo se conocen documentos referentes a secadores de manos como el US2008052952 que consiste en un aparato de secado de manos para el secado y desinfección de las manos que incluye un alojamiento que tiene una abertura de entrada de aire y un elemento de calentamiento situado dentro de la carcasa capaz de calentar el aire aspirado en el aparato de secado de manos través de la abertura de admisión de aire, también se encuentra dentro de la carcasa un conducto de aire que está en comunicación con la abertura de entrada de aire, además incluye un ventilador que es capaz de extraer una corriente de aire en el conducto de aire a través de la abertura de admisión de aire, un generador de gas ozono está en comunicación con el conducto de aire que es capaz de inyectar ozono en la corriente de aire para crear una corriente de aire ozonizado. También se conoce el documento X2013011477 que divulga un secador de desinfección de manos que comprende un alojamiento que tiene un canal secador de aire de entrada y un canal de aire de salida, un ventilador dentro de la carcasa del secador que dirige el aire hacia fuera de la carcasa del secador a través del canal de aire de salida, un sistema de desinfección desinfecta ei aire dentro del canal de entrada de aire y el aire dentro del canal de aire de salida, en el que el sistema de desinfección dentro del canal de aire de entrada incluye al menos uno de un primer filtro de aire, un primer generador de ozono, una primera fuente de luz desinfección, un primer sistema de oxidación fotocatalftica, un primer generador de iones, y un primer precipitador electrostático. El sistema de desinfección dentro del canal de aire de salida incluye al menos uno de un segundo filtro de aire, un segundo generador de
ozono, una segunda fuente de luz desinfectante, un segundo sistema de oxidación fotocatalftica, un segundo generador de iones, y un segundo precipítador electrostático. Also known are documents referring to hand dryers such as US2008052952 which consists of a hand drying apparatus for drying and disinfecting the hands that includes a housing that has an air inlet opening and a heating element located within the housing capable of heating the sucked air in the hand drying apparatus through the air intake opening, an air duct that is in communication with the air inlet opening is also inside the housing, also includes a fan that is capable of extracting an air stream in the air duct through the air intake opening, an ozone gas generator is in communication with the air duct that is capable of injecting ozone into the air stream to create a stream of ozonized air. Document X2013011477 is also known which discloses a hand sanitizer dryer comprising a housing that has an inlet air dryer channel and an outlet air channel, a fan inside the dryer housing that directs air out of The dryer housing through the outlet air channel, a disinfection system disinfects the air within the air inlet channel and the air within the outlet air channel, in which the disinfection system within the air channel Inlet includes at least one of a first air filter, a first ozone generator, a first disinfection light source, a first photocatalytic oxidation system, a first ion generator, and a first electrostatic precipitator. The disinfection system within the outlet air channel includes at least one of a second air filter, a second generator of ozone, a second source of disinfectant light, a second photocatalytic oxidation system, a second ion generator, and a second electrostatic precipitator.
Además existen secadores como los divulgados en los documentos JP2005177415, JPH11197056, JPH03207363, EP0976356, CN2558311, CN2522023 y CN2517374. There are also dryers such as those disclosed in JP2005177415, JPH11197056, JPH03207363, EP0976356, CN2558311, CN2522023 and CN2517374.
Todos estos secadores presentan diversos inconvenientes o desventajas como la capacidad de arrastre del agua residual en las manos (teniendo como promedio 1-1.30 minutos), ausencia de iluminación en el área en contacto con el usuario (dificultando su uso y generando un mayor consumo de energía debido a no saber el punto de secado exacto) y el volumen general del producto es muy robusto y ausente de simplicidad para el manejo del mismo, asf como el enfoque de funcionalidad vertical teniendo como necesidad básica para su funcionamiento la realización de una instalación eléctrica, instalación mecánica en muros y estructuras y adecuaciones de espacio para contemplar el flujo de personal en el área a encontrarse. All these dryers have various disadvantages or disadvantages such as the ability to carry residual water in the hands (taking on average 1-1.30 minutes), lack of lighting in the area in contact with the user (hindering its use and generating a greater consumption of energy due to not knowing the exact drying point) and the overall volume of the product is very robust and absent from simplicity to handle it, as well as the vertical functionality approach having as its basic need for its operation the realization of an electrical installation , mechanical installation in walls and structures and space adjustments to contemplate the flow of personnel in the area to be found.
Con la finalidad de solucionar todas estas desventajas de los secadores existentes se desarrolló el secador de la presente invención el cual tiene como objetivos la reducción de tamaño a un volumen a una relación menor al 50% con respecto al competidor más grande, la capacidad de ser transportado y conectado en cuaiquier punto y lugar con acceso a co ectores de luz alterna, reducción de peso de un 50%- 70% con respecto al competidor más grande y la posibilidad de una mejora en salud dérmica y circulatoria gracias al uso moderado de ozonificación en el aire empleado por el aparato, todo esto por medio de un sistema de flujo de aire compacto y estable alimentado por un motor revolucionado de alto desempeño con las mínimas dimensiones conectado a un generador de ozono con mínimas dimensiones y manipulado por una tarjeta controladora conectada a una serie de iluminación led capaz de ser contenido en el mínimo volumen posible. In order to solve all these disadvantages of the existing dryers, the dryer of the present invention was developed which aims at reducing the size to a volume at a ratio of less than 50% with respect to the largest competitor, the ability to be transported and connected at any point and place with access to alternating light connectors, weight reduction of 50% - 70% with respect to the largest competitor and the possibility of an improvement in dermal and circulatory health thanks to the moderate use of ozonation in the air used by the device, all this by means of a compact and stable air flow system powered by a revolutionized high performance engine with the minimum dimensions connected to an ozone generator with minimum dimensions and manipulated by a connected controller card to a series of led lighting capable of being contained in the minimum possible volume.
Otro objetivo del secador de la presente invención es generar una corriente de aire semi-presurizada que elimine el agua residual de las manos después de haber sido lavadas con aire compuesto con ozono y alineado en forma radial y continua en un diámetro específico proveniente de la parte superior centrada del aparato.
La generación de aire ozonificado ayuda a mejorar circulación sanguínea, renovación de piel muerta y eliminación de bacterias hasta en un 90% de acuerdo al margen de regulación del generador de ozono. Another objective of the dryer of the present invention is to generate a semi-pressurized air stream that removes residual water from the hands after having been washed with ozone compound air and aligned radially and continuously in a specific diameter from the part top centered of the device. The generation of ozonated air helps improve blood circulation, renewal of dead skin and elimination of bacteria by up to 90% according to the regulation range of the ozone generator.
BREVE DESCRIPCION DE LAS FIGURAS BRIEF DESCRIPTION OF THE FIGURES
La figura 1 es una vista frontal en corte del secador de manos de acuerdo a la presente invención, mostrando todas sus partes internas y el flujo de aire. Figure 1 is a front sectional view of the hand dryer according to the present invention, showing all its internal parts and air flow.
La figura 2 es una vista lateral en corte del secador de manos de acuerdo a la presente invención mostrando la forma de uso. Figure 2 is a side sectional view of the hand dryer according to the present invention showing the way of use.
DESCRIPCION DETALLADA DETAILED DESCRIPTION
El secador de manos de la presente invención está constituido por una estructura principal de plástico integrada por una carcasa inferior (1) y un anilto circular superior hueco (2) unidos entre sf, definiendo un canal de comunicación interno (13) por donde pasa el aire de la carcasa inferior (1) al anillo (2), dicho anillo superior (2) está formado por a una pared exterior (14) y una pared interior (15) unidas en sus bordes por paredes perimetrales (10), dicho anillo superior (2) puede estar integralmente formado junto con la carcasa inferior (1). The hand dryer of the present invention is constituted by a main plastic structure composed of a lower housing (1) and a hollow upper circular ring (2) joined together, defining an internal communication channel (13) through which the air from the lower housing (1) to the ring (2), said upper ring (2) is formed by an outer wall (14) and an inner wall (15) joined at its edges by perimeter walls (10), said ring upper (2) can be integrally formed together with the lower housing (1).
La carcasa inferior (1) presenta en su base o fondo unas aberturas (12) para entrada de aire, y dentro de dicha carcasa inferior (1) está dispuesto un motor revolucionado o turbina revolucionada (5) centrada por medio de soportes radiales y ventilas inferiores para la absorción de aire presurizado, también dentro de la carcasa inferior (1) está dispuesto un generador de ozono (4) y una tarjeta controladora (7) sujetados por medio de anclajes y cinchos de seguridad. The lower housing (1) has at its base or bottom openings (12) for air inlet, and within said lower housing (1) a revolutionized motor or revolutionized turbine (5) is arranged centered by means of radial supports and vents For the absorption of pressurized air, an ozone generator (4) and a controller card (7) fastened by means of anchors and safety straps are also arranged inside the lower housing (1).
El motor o turbina (5) es alimentado por corriente alterna y está conectado directamente al generador de ozono (4) el cual tiene a su vez conexión directa con la tarjeta controladora (7) que maneja una relación de paso y corte de corriente eléctrica por medio de un sensor de proximidad (8), que a su vez alimenta una serie de luz led (9) a lo largo del anillo superior (2), todo esto siendo alimentado por un conectar de
clavija y teniendo un eliminador de corriente (3) anterior a la conexión efectuada por ia tarjeta controladora (7) y el motor (5). The motor or turbine (5) is powered by alternating current and is directly connected to the ozone generator (4) which in turn has a direct connection with the controller card (7) that handles a ratio of passage and cut-off of electric current by means of a proximity sensor (8), which in turn feeds a series of led light (9) along the upper ring (2), all of this being fed by a connect of plug and having a current eliminator (3) prior to the connection made by the controller card (7) and the motor (5).
El aire entra por la parte inferior del aparato, pasando en primera instancia por ei generador de ozono (4) y posteriormente siendo mezclado por medio del motor o turbina (5), así como siendo acelerado para su propulsión final hacia el anillo superior (2). The air enters through the lower part of the apparatus, passing in the first instance through the ozone generator (4) and subsequently being mixed by means of the engine or turbine (5), as well as being accelerated for its final propulsion towards the upper ring (2 ).
El secador cuenta además con un eliminador de corriente eléctrica (3) de 110v-12v y el regulador de corriente (6) propio del generador de ozono. The dryer also has an electric current eliminator (3) of 110v-12v and the current regulator (6) of the ozone generator.
Ei aire que entra al sistema general es frío pero al pasar posteriormente a la turbina aceleradora es calentado por el fenómeno de convección atribuida al paso de electricidad en fas bobinas internas de la misma turbina, y terminando la trayectoria en forma radial en el anillo superior (2). The air entering the general system is cold but when it subsequently passes to the accelerator turbine, it is heated by the phenomenon of convection attributed to the passage of electricity in internal coils of the same turbine, and ending the trajectory radially in the upper ring ( 2).
Ei anillo superior (2) se encuentra unido a ia carcasa inferior (1) definiendo un canal de comunicación interno por donde pasa ei aire con ozono proveniente de la carcasa inferior (2) hacia el interior del anillo superior, saliendo ei aire de manera radial por unas ranuras (11) dispuestas en la pared interna (15) del anillo superior (1), finalmente el secador cuenta con una serie de luces led (9) dispuestas a lo largo de la circunferencia del anillo superior (1), dicha serie de luces está conectada de forma directa a la corriente que sale de la tarjeta regulada por un eliminador de corriente intermedio, de manera que cuando el sensor detecta la presencia de las manos en ei anillo superior (1) se enciende la serie de leds (9), The upper ring (2) is connected to the lower housing (1) defining an internal communication channel through which the air with ozone from the lower housing (2) passes into the upper ring, leaving the air radially by grooves (11) arranged in the inner wall (15) of the upper ring (1), finally the dryer has a series of led lights (9) arranged along the circumference of the upper ring (1), said series of lights is directly connected to the current that leaves the card regulated by an intermediate current eliminator, so that when the sensor detects the presence of the hands in the upper ring (1) the series of LEDs (9 ),
La serie de leds (9), esta conformada por 2 tiras de leds dispuestas en forma radial y paralelamente a lo largo de ia pared exteriordel anillo superior (1) y sujetadas por medio de pegamento de alta adherencia y anclas a lo largo de toda la periferia del anillo superior (1). The series of LEDs (9), is made up of 2 LED strips arranged radially and parallel along the outer wall of the upper ring (1) and fastened by means of high adhesion glue and anchors throughout the entire periphery of the upper ring (1).
Al pasar la mano el usuario por el centro circular de la carcasa superior (2) un sensor de proximidad (8) dispuesto en la pared interior (15) detecta la presencia de las manos y envía una señal a la tarjeta controladora (7), la cual a su vez permite el paso de corriente eléctrica hacia las series de leds y hacia el motor revolucionado (5) ubicado en ta parte interior de la carcasa inferior (1), y que a su vez absorbe el aire de forma
S When the hand passes the user through the circular center of the upper housing (2) a proximity sensor (8) arranged on the inner wall (15) detects the presence of the hands and sends a signal to the controller card (7), which in turn allows the passage of electric current to the series of LEDs and to the revolutionized motor (5) located in the inner part of the lower housing (1), and which in turn absorbs the air so S
centrifuga por medio de ventilas inferiores, mandando el aire centrifugado de manera vertical a la parte superior centrada de la carcasa inferior (1), donde posteriormente pasa el aire a un proceso de ozonificación debido a un generador de ozono (4) ubicado en la estructura radialmente y dando paso a una boquilla centrada interna que genera posteriormente la división del flujo de aire en forma radial a lo largo de la carcasa superior centrada y saliendo de forma presurizada por medio de ranuras (11) pequeñas a lo largo de la pared interna (15) del anillo superior (2). centrifuge by means of lower vents, sending the centrifuged air vertically to the centered upper part of the lower housing (1), where the air subsequently passes to an ozonation process due to an ozone generator (4) located in the structure radially and giving way to an internal centered nozzle that subsequently generates the division of the air flow radially along the centered central housing and exiting pressurized by means of small grooves (11) along the internal wall ( 15) of the upper ring (2).
Ai utilizar el secador las manos se colocan en la parte central de la carcasa superior (2) del secador, en donde se puede hacer disposición de una o ambas manos para eficierttar el tiempo de secado, el tiempo de secado se encuentra dentro de un rango de 30-60 segundos, teniendo un promedio de 45 segundos con ambas manos y un tiempo de 30 segundos con solo una mano. Ei secador de manos de la presente invención es un desarrollo mecánico y eléctrico capaz de ser contenido en el menor volumen posible, logrando alcanzar mejores rendimientos con el menor volumen, además de generar ventajas añadidas como la eliminación de ineficientes instalaciones, capacidad de ser transportable a cualquier punto y generando una versatilidad de posibilidades en su forma, acabados y materiales. If the dryer is used, the hands are placed in the central part of the upper housing (2) of the dryer, where one or both hands can be arranged to reduce the drying time, the drying time is within a range 30-60 seconds, having an average of 45 seconds with both hands and a time of 30 seconds with only one hand. The hand dryer of the present invention is a mechanical and electrical development capable of being contained in the smallest possible volume, achieving better yields with the smallest volume, in addition to generating added advantages such as the elimination of inefficient facilities, ability to be transportable to any point and generating a versatility of possibilities in its form, finishes and materials.
Debido a su forma estructural de salida de aire radial en la carcasa superior, el flujo de aire al ser continuo genera un flujo de aire secundario que permanece dentro del centro de la circunferencia, logrando así mantener en mayor medida la eliminación de bacterias, agua residual y renovación de pief en el usuario. Due to its structural form of radial air outlet in the upper casing, the air flow being continuous generates a secondary air flow that remains within the center of the circumference, thus maintaining the elimination of bacteria, residual water. and renewal of pief in the user.
Una modalidad preferida de la presente invención es que adicionalmente cuenta con un interruptor manual conectado a la corriente directa en linea con la serie de ieds, el cual puede estar dispuesto antes o después de la tarjeta, si va antes se tiene que poner una conexión paralela a la tira o conexión de led, para que ambos puedan alimentar la tarjeta que permite el paso de ta corriente al motor, si va después, se incluyen dos switch, uno que inicie esto tai cual y otro que inicie la modalidad de lámpara, de manera que ta serie de ieds se puede encender ai accionar este interruptor sin que se accione la salida de aire del secador, funcionando soto como lampara.
A preferred embodiment of the present invention is that it additionally has a manual switch connected to the direct current in line with the series of IEDs, which can be arranged before or after the card, if it goes before a parallel connection has to be made to the strip or connection of led, so that both can feed the card that allows the passage of ta current to the motor, if it goes later, two switches are included, one that starts this as well and another that starts the lamp mode, of so that the series of ieds can be turned on by operating this switch without activating the air outlet of the dryer, operating only as a lamp.
Claims
REIVINDICACIONES
Habiendo descrito mi invención como antecedente, considero una novedad y reclamo de mi propiedad lo contenido en la siguiente clausula: Having described my invention as a background, I consider a novelty and claim my property contained in the following clause:
1) Un secador de manos constituido por una estructura principal integrada por una carcasa inferior (1) y un anillo circular superior hueco (2) unidos entre sí, definiendo un canal de comunicación interno por donde pasa ei aire de la carcasa inferior (1) hacia el anillo superior (2) para dirigirlo a las manos del usuario, en donde la carcasa inferior (1) presenta en su base o fondo unas aberturas (12) para entrada de aire, y dentro de dicha carcasa inferior (1) está dispuesto un motor o turbina (5); un generador de ozono (4) conectado al motor (5); un sensor de proximidad (8) dispuesto en el anillo superior (2); y una tarjeta controladora (7) que recibe la señal del sensor de proximidad accionando el motor (5) y ei generador de ozono (4). 1) A hand dryer consisting of a main structure consisting of a lower housing (1) and a hollow upper circular ring (2) connected to each other, defining an internal communication channel through which the air in the lower housing passes (1) towards the upper ring (2) to direct it to the user's hands, where the lower housing (1) has at its base or bottom some openings (12) for air inlet, and inside said lower housing (1) is arranged an engine or turbine (5); an ozone generator (4) connected to the engine (5); a proximity sensor (8) disposed in the upper ring (2); and a controller card (7) that receives the signal from the proximity sensor by operating the motor (5) and the ozone generator (4).
2) Un secador de manos de acuerdo a la reivindicación 1, en donde dicho anillo superior (2) está formado por a una pared exterior (14) y una pared interior (15) unidas en sus bordes por paredes perimetrales (10). 2) A hand dryer according to claim 1, wherein said upper ring (2) is formed by an outer wall (14) and an inner wall (15) joined at its edges by perimeter walls (10).
3) Un secador de manos de acuerdo a la reivindicación 1, en donde, dicho anillo superior (2) puede estar integralmente formado junto con la carcasa inferior (1). 3) A hand dryer according to claim 1, wherein said upper ring (2) can be integrally formed together with the lower housing (1).
4) Un secador de manos de acuerdo a la reivindicación 1, en donde el motor o turbina revolucionada (5) está centrada por medio de soportes radiales y ventilas inferiores para la absorción de aire presurizado, y el generador de ozono (4) y la tarjeta controladora (7) están sujetados por medio de anclajes y cinchos de seguridad en e! interior de la carcasa inferior (1). 4) A hand dryer according to claim 1, wherein the revolutionized engine or turbine (5) is centered by means of radial supports and lower vents for the absorption of pressurized air, and the ozone generator (4) and the controller card (7) are fastened by means of anchors and safety straps in e! inside of the lower housing (1).
5) Un secador de manos de acuerdo a la reivindicación 1, el cual cuenta con un eliminador de corriente (3) anterior a la conexión efectuada por la tarjeta controladora (7) y el motor (5) y un regulador de corriente propio del generador de ozono. 5) A hand dryer according to claim 1, which has a current eliminator (3) prior to the connection made by the controller card (7) and the motor (5) and a generator current regulator of ozone.
6) Un secador de manos de acuerdo a la reivindicación 1, en donde ei aire que entra es frío pero ai pasar posteriormente a la turbina aceleradora es calentado
por ei fenómeno de convección atribuida ai paso de electricidad en las bobinas internas de la misma turbina, y terminando la trayectoria en forma radial en el anillo superior (2). 6) A hand dryer according to claim 1, wherein the air that enters is cold but then passes to the accelerator turbine is heated due to the convection phenomenon attributed to the passage of electricity in the internal coils of the same turbine, and ending the trajectory radially in the upper ring (2).
7) Un secador de manos de acuerdo a la reivindicación 2, en donde el aire sale de manera radial por unas ranuras (11) dispuestas en la pared interna (15) del anillo superior (1). 7) A hand dryer according to claim 2, wherein the air flows radially through grooves (11) arranged in the inner wall (15) of the upper ring (1).
8) Un secador de manos de acuerdo a la reivindicación 2, en donde el sensor de proximidad (8) está dispuesto en la pared interior (15) detectando la presencia de las manos y enviando una señal a la tarjeta controfadora. 8) A hand dryer according to claim 2, wherein the proximity sensor (8) is arranged on the inner wall (15) detecting the presence of the hands and sending a signal to the counter-card.
9) Un secador de manos de acuerdo a la reivindicación 2, el cual cuenta con una señe de luces led (9) dispuestas a lo largo de la circunferencia del anillo superior (1), dicha serie de luces esta conectada a la tarjeta controladora por un eliminador de corriente intermedio, de manera que cuando el sensor detecta ia presencia de las manos en el anillo superior (1) se enciende la serie de leds (9) y a su vez esta conectada de manera directa a la corriente eléctrica por medio de un interruptor manual para poder funcionar como lámpara independiente del secador. 9) A hand dryer according to claim 2, which has a line of led lights (9) arranged along the circumference of the upper ring (1), said series of lights is connected to the controller card by an intermediate current eliminator, so that when the sensor detects the presence of the hands in the upper ring (1) the series of LEDs (9) is switched on and in turn is connected directly to the electric current by means of a manual switch to function as a lamp independent of the dryer.
10) Un secador de manos de acuerdo a la reivindicación 2, en donde la serie de leds (9) preferentemente esta integrado por dos tiras de leds dispuestas en forma radial centradas a lo largo de la pared exterior (14) del anillo superior (1) y sujetada por medio de pegamento de arta adherencia y ancias a lo largo de toda la periferia del anillo superior (1).
10) A hand dryer according to claim 2, wherein the series of LEDs (9) is preferably integrated by two strips of LEDs arranged radially centered along the outer wall (14) of the upper ring (1) ) and secured by means of arta adhesion glue and anchors along the entire periphery of the upper ring (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/MX2015/000039 WO2016144152A1 (en) | 2015-03-10 | 2015-03-10 | Hand dryer having ozone generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/MX2015/000039 WO2016144152A1 (en) | 2015-03-10 | 2015-03-10 | Hand dryer having ozone generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2016144152A1 true WO2016144152A1 (en) | 2016-09-15 |
Family
ID=56878634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/MX2015/000039 WO2016144152A1 (en) | 2015-03-10 | 2015-03-10 | Hand dryer having ozone generator |
Country Status (1)
| Country | Link |
|---|---|
| WO (1) | WO2016144152A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111887757A (en) * | 2020-09-09 | 2020-11-06 | 夏新强 | Novel efficient annular hand dryer |
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|---|---|---|---|---|
| US3372490A (en) * | 1966-06-27 | 1968-03-12 | Ledermann Hugo | Appliance for drying hands by means of hot air |
| JPH09299279A (en) * | 1996-05-13 | 1997-11-25 | Mitsubishi Electric Corp | Hand drier and air flow jetting nozzle |
| EP0976356A2 (en) * | 1998-07-31 | 2000-02-02 | Ozone Industries Limited | A hand dryer |
| JP2011104377A (en) * | 2009-11-17 | 2011-06-02 | Spacelink Corp | Hand dryer |
| EP2554085A2 (en) * | 2011-08-04 | 2013-02-06 | Hokwang Industries Co., Ltd. | Multidirectional air discharge hand drying apparatus |
| US20130031799A1 (en) * | 2011-04-07 | 2013-02-07 | Denis Gagnon | Sanitizing hand dryer |
| ES2495720A1 (en) * | 2013-02-13 | 2014-09-17 | Ffuuss 2013, S.L. | Secamanos (Machine-translation by Google Translate, not legally binding) |
| CN203943614U (en) * | 2014-07-22 | 2014-11-19 | 瑞奇林机械（宁波）有限公司 | Ring wind shape hand dryer |
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|---|---|---|---|---|
| US3372490A (en) * | 1966-06-27 | 1968-03-12 | Ledermann Hugo | Appliance for drying hands by means of hot air |
| JPH09299279A (en) * | 1996-05-13 | 1997-11-25 | Mitsubishi Electric Corp | Hand drier and air flow jetting nozzle |
| EP0976356A2 (en) * | 1998-07-31 | 2000-02-02 | Ozone Industries Limited | A hand dryer |
| JP2011104377A (en) * | 2009-11-17 | 2011-06-02 | Spacelink Corp | Hand dryer |
| US20130031799A1 (en) * | 2011-04-07 | 2013-02-07 | Denis Gagnon | Sanitizing hand dryer |
| EP2554085A2 (en) * | 2011-08-04 | 2013-02-06 | Hokwang Industries Co., Ltd. | Multidirectional air discharge hand drying apparatus |
| ES2495720A1 (en) * | 2013-02-13 | 2014-09-17 | Ffuuss 2013, S.L. | Secamanos (Machine-translation by Google Translate, not legally binding) |
| CN203943614U (en) * | 2014-07-22 | 2014-11-19 | 瑞奇林机械（宁波）有限公司 | Ring wind shape hand dryer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111887757A (en) * | 2020-09-09 | 2020-11-06 | 夏新强 | Novel efficient annular hand dryer |
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