A portable device to protect human eyes against polluted air.

Abstract

The present invention provides a portable device to protect human eyes against polluted air. The device incorporates a prefilter and HEPA filter assembly and is powered by the rechargeable battery (9). The prefilter stops the large size dust particles, HEPA filter stops particulate matter i.e. PM 2.5 and PM10, and the small fan system facilitates air out mechanism. The said device features a frame (4) with left and right lenses (1, 2), each containing air outlet holes (5, 6) for purified air. It also includes a nose bridge seal (3) for better fit and protection, left and right micro fans (7, 8), connecting wires (10), filter material placed outside fans (11), a charging point (12), and an on / off button (13).

Description

Field of InventionThe present invention relates to a portable device. More particularly, the present invention relates to a portable device to protect human eyes against polluted air. Even more particularly, the present invention integrates air filtration components, such as prefilters and HEPA filters, with micro fan systems in a wearable frame to safeguard the eyes from harmful airborne pollutants.Background of the Invention:Air pollution can have several negative effects on human eyes. Some of the common effects include irritation, dry eye syndrome, excessive tearing etc. This shows that in case of air pollution not only lungs but eyes also need to be protected. The existing solutions lacks protection of eyes from the air particles and does not include high efficiency particulate air filtration (HEPA filter) and which makes them highly permeable for the air pollutant particles to enter. In view of the above challenges and limitations, there is highly demand of an efficient portable device which can efficiently protects the eyes against polluted air and can stop even the microscopic particles to enter. Many researchers and inventors have worked on the same concept and developed related works but those inventions are lacking in mechanism or missing one or more features. Some of such inventions are discussed below.Reference has been made to US7118608B2, titled "Self-powered, wearable personal air purifier", by Wend LLC dated 2004-04-12 which discloses, a sequence of packed bed filter media packets having filter media therein of specifically targeted types that will absorb those ambient air pollutants that have been identified as being particularly dangerous to human health. A HEPA filter is included for the removal of particulate matter that will have adhered thereto many of such pollutants. Media types can be selected to meet different environmental circumstances, including normal highway or city center air, or terrorist attacks of chemical, biological or "dirty bomb" types as on a battlefield or similar environments. Shoulder straps and a chest strap are provided for wearing the apparatus on a user's back, or other means such as a shoulder pouch can also be employed. Emergency substitution of filter media using thermal insulation from the clothing of the user is available upon depletion of the normal media material.Reference has been made to WO2018097560, titled "air purifier", dated 2016-11-22, which relates to an air purifier, according to one embodiment of the present invention, comprises a body, a fan, at least one light source module, a power source control part, and a cover part. The body has a suction port formed on one surface thereof, a discharge port formed on the other surface thereof, and an inner space which has a power source portion formed therein and through which air flows from the suction port to the discharge port. The fan is disposed in the inner space of the body. The at least one light source module is disposed in the inner space of the body to emit ultraviolet rays. The power source control part is mounted in the inner wall of the body, and is physically or electrically connected to the power source portion to apply power to the light source module. The cover part is mounted on the inner wall of the body and is formed to cover the power source control part.Reference has been made to CN113864958, titled "Air purifier with intelligent sensor and air flow" by, Fila Group dated 2017-12-06 which discloses, an air purifier mechanism / controller and a sensing device. The sensing device is configured to measure an air quality parameter of air entering the housing via the air inlet to generate air intake quality data, and to measure an air quality parameter of purified air exiting the housing via the air outlet to generate air outlet quality data. The controller is configured to: the method includes receiving the intake quality data and the output quality data, comparing the intake quality data and the output quality data with respective corresponding predetermined threshold ranges, and determining an action to be taken.Reference has been made to JP2019505293 titled "hand-portable surface cleaning device" by Omachron Intellectual Property Inc dated 06.01.2017 which include a cyclone unit that includes an air inlet conduit having an inlet conduit axis, a suction motor and fan assembly having a suction motor rotation axis, and a cyclone chamber having a cyclone rotation axis. The inlet conduit axis is generally parallel to the cyclone axis, and when the inlet conduit axis is placed horizontally, the inlet conduit axis is located above the cyclone axis and an extension of the inlet conduit axis intersects the suction motor.Another reference has been made to CN103656900A, titled "Anti-haze mask provided with nano anti-haze thin-film observation window and mini-size air purifier", by Wuxi tongchun new energy tech, dated 2013-12-18, which discloses, an anti-haze mask provided with a nano anti-haze thin-film observation window and a mini-size air purifier, and belongs to the technical field of air purification of new-energy work protection articles. A two-ear anti-pollution hard hat and an anti-haze transparent mask body in front of the face of a person are glued into a whole. A nano titanium dioxide thin film is plated at the portion, in front of the two eyes of the person, on the anti-haze transparent mask body, so that the nano anti-haze thin-film observation window which enables the person to see a front road in the haze day is formed. Polluted air is filtered by an activated carbon filtering net, flows into the mini-size air purifier under the acceleration of an electric fan, and flows through a nano-scale titanium dioxide photocatalysis net and a medical-grade HEPA filtering net to become clean air. An anion generator adds anions in the air, and the clean air passes through a ventilation hole, a clean air storage room and a clean air supply pipe to enable the anti-haze transparent mask body to be filled with the clean air, and diffuses around, so that the air environment surrounding the head of the person is improved. A lead safety protection layer blocks radiation of ultraviolet.Another reference has been made to CN111165965A, titled "Air purification protective mask", by GUANGDONG HEZHIHUI INNOVATION DEV CO LTD, dated 2020-03-23, which discloses, an air purification protective mask comprises a helmet body, a protective mask, a protective shawl, a fan and an air filter, wherein the protective mask is arranged at the front end of the helmet body, the protective shawl is arranged at the rear end of the helmet body, the fan is installed on the helmet body, the fan is arranged at a purified air inlet, the outer side of the fan is connected to the air filter, a purified air outlet is formed in the helmet body, and the purified air outlet is communicated with the purified air inlet. The air purification protective mask has the beneficial effects that purified air is conveyed into the protective helmet, the air purification rate reaches 99% or above, the protection safety is improved, the number of masks worn can be reduced, and therefore the breathing comfort degree and the oxygen supply capacity are improved; protection is provided for the face, pollutants are physically prevented from directly invading and making contact with the face, and eye vision is not hindered; the wearing comfort is improved, fog in front of eyes is reduced, face heat dissipation and sweat volatilization are accelerated, and face tightening marks are avoided.Another reference has been made to CN206675835U, titled "Personal air purifier of glasses type", by WANG FENG and LUO JING, dated 2017-04-07, which discloses, pair of personal air purifier of glasses type, include: first glasses leg, second glasses leg, and set up the spectacle -frame between first glasses leg and second glasses leg, be equipped with miniature turbofan in the first glasses leg, filter equipment and breather pipe, be equipped with air jets on the spectacle -frame, be equipped with control circuit board and lithium cell in the second glasses leg, the entry of miniature turbofan passes through air suction inlet and communicates with the outside of first glasses leg, air suction inlet sets up on first glasses leg, the export of miniature turbofan is linked together with the one end of breather pipe through filter equipment, the other end and the air jets of breather pipe are linked together, miniature turbofan and control circuit board electrical connection, the lithium cell is the entire system power supply, this technical scheme wears comfortablely, and the filter effect is better, cannot influence normal breathing, just cannot produce harm to the health, is applicable to the air purification field.Another reference has been made to CN204121902U, titled "Portable air purifier", by QI GUOXIANG, dated 2014-06-25, which discloses, a portable air purifier is characterized by comprising a filter screen, an air circulation pipeline, a rhinobyon and a pair of glasses, wherein the filter screen is arranged on a glasses frame and can be used for filtering air; the air circulation pipeline is formed by the hollow glasses frame; and the rhinobyon is put into nares, communicated with the air circulation pipeline and used for breathing the filtered air. According to the portable air purifier, the air purification structure is arranged on the glasses, the filter screen for filtering air is arranged on the glasses frame, and the air circulation pipeline is provided by means of the hollow structure of the glasses frame, so that the filtered air is breathed by people through the rhinobyon, people can breathe fresh air at anytime and anywhere only by wearing the glasses, the portable air purifier brings convenience to people in daily life and is convenient to carry, and attractiveness is not influenced; and the portable air purifier has the characteristics of simple structure and easiness in implementation.Another reference has been made to WO2022214822A1, titled "filtration apparatus", by HAT35 LTD, dated 2022-04-07, which discloses, an headwear apparatus (1) that include a body locatable on the head of a user (2) and a brim extending outwardly from the front of the body (3), wherein the headwear apparatus comprises an air inlet (4), a housing (5) downstream of the air inlet containing a filter (6) and a fan (7), and a slotted outlet (8) located in the brim, downstream of the filter and fan; wherein the slotted outlet has an outlet axis (9); wherein the brim (3) lies in a first brim plane (10); wherein there is a front dead centre point where the body meets the brim (11), and; wherein the apparatus has a second reference plane (12) which extends perpendicular to the first brim plane through the front dead centre point, and wherein the outlet axis intersects (13) the reference plane at an angle (14) in the range of 25-45 degrees. Also provided is a kit of parts comprising such a hat or headwear and a mobile device.Another reference has been made to IN202217061105, titled "Device for personal protection and insulation against pollutants and microorganisms and filtering group for devices for protection and insulation", by AUTOMACUBE S.R.L., dated 2020-05-12, which discloses, a device for individual protection and isolation against pollutants and microorganisms comprises a protection element (1) of the face designed to be worn by the user to at least partially cover the face and a filtering group (2) of the air inhaled and / or exhaled by the user. The protection element (1) is adapted to cover at least the whole face of the user and has at least one mouth for the passage of air provided with a one-way check valve (7) suitable to selectively allow the entry and the exit of air from said protection element (1), said filtering group (2) comprising a filter body (4) housing a filter (15) for purifying the entering or leaving air and in fluidic connection with the inside of said protection element (1) by means of an access made in said protection element (1) distinct from said mouth, said filter body (4) having a first opening for drawing air from the outside and / or the expulsion of air towards the outside and a second opening for the delivery of the air into and / or the withdrawal of air from said protection element. Another reference has been made to US2022240604A1, titled "Portable protective device for preventing respiratory viruses", by KIM YOUNG TAE, DAESUNG IND CO LTD and YOUNG CONSULTING LTD, dated 2022-01-28, which discloses, a portable protective device for preventing respiratory viruses, which is characterized in that a face shield can be worn in close contact with the user's face to prevent the user's eyes and respiratory organs from being exposed to the outside, whereby it is possible to prevent permeation of contaminated air by supplying purified air through an air purifier, and to enable a user to take drink, etc. while minimizing exposure to respiratory viruses because an insertion port for inserting a straw to enable the user to take drink such as coffee is provided.Another reference has been made to CN205569540U, titled "Portable high -efficient air purifier of scarf formula", by UNIV HEBEI, dated 2016-04-26, which discloses, a portable high -efficient air purifier of scarf formula, it is including open -type gauze mask, filtration scarf and filtered air conveying mechanism, the open -type gauze mask comprises respiratory mask, cushion and pullover bandage, the filtration main part of filtration scarf is by top layer, filter layer, nexine and set up and constitute in the sealing strip of top layer neighboring and nexine neighboring, be equipped with filtered air conveying mechanism between filtration main part and open -type gauze mask, filtered air conveying mechanism comprises the battery and the flexible connecting pipe of induced draught fan, control panel, voltage, wherein, induced draught fan sets up between the nexine and anion cloth filtering layer that filter the main part. The utility model discloses structural design is ingenious, and it is convenient to dismantle, wears the convenience, and the suitability is strong, and the travelling comfort is good, and pleasing to the eye atmosphere, and the purifying effect to the air is good above all, is fit for consumers in general's purchase and use.Another reference has been made to CN208287350U, titled "Mask type air purifier", by DONGGUAN LIXIANGJIA GIFT CO LTD, dated 2017-12-29, which discloses, a mask type air purifier, including portable air purifier and gauze mask, the last air outlet that is equipped with of portable air purifier, portable air purifier installs on the waistband, is equipped with the air -out pipeline on the air outlet, is equipped with a plurality of frenulums on the gauze mask, and the frenulum is hollow pipeline, and the one end of frenulum is equipped with the pipeline interface, and its other end is equipped with the gauze mask interface, pipeline interface and air -out pipe connection, gauze mask interface and gauze mask are connected. This mask type air purifier during operation, air get into the frenulum through the air -out pipeline through portable air purifier's the filtration after, and the frenulum is used for fixing the head the user with the gauze mask, and the frenulum is hollow pipeline, and the air passes through the frenulum to be carried to the gauze mask in, and convenient to use and outward appearance are more pleasing to the eye, portable air purifier installs on the waistband, is difficult for doing and does not influence user's motion.Another reference has been made to CN207075955U, titled "Goggles", by WANG CHUNSHAN; YU YIMING and YU HONGTAO, dated 2017-01-19, which discloses, goggles, belongs to goggles' technical field, including the goggles body, the goggles body is connected with breathes protector. The goggles body is connected with breathes protector, and this goggle can not only protect the persons of wearing glasses, can improve the person of wearing suction gas's quality moreover, carries out the respiratory protection to the person of wearing.Another reference has been made to EP2453989B1, titled "RESPIRATOR", by CLEANSPACE IP PTY LTD, dated 2010-07-15, which discloses, a breathing apparatus (1), including a mask (2) and a neck component (3). The mask (2) is adapted to substantially surround at least the mouth or nostrils of a user. The neck component (3) is attached to said mask (2), and adapted to substantially surround the back of the neck of said user. The neck component (3) includes a flow generator to receive unfiltered air from a surrounding environment, filter said unfiltered air, and, provide filtered air to said mask (2). The breathing apparatus (1) has a 'low profile' appearance and is adapted to sit comfortably about the neck of the user.However, none of the above discussed invention related to a portable device to protect human eyes against the polluted air. The present invention protects human eyes from the air pollution and thus provides clean air to the eyes with the help of a prefilter, an HEPA filter assembly with a small fan system and, is powered by a rechargeable battery. The prefilter stops the large size particles and the HEPA filter stops the particulate matter to enter into the eyes. The small fan system is connected with prefilter and HEPA filter to facilitates air out mechanism. Additionally, the device features a frame with left and right lenses, each containing air outlet holes for purified air. It also includes a nose bridge seal for better fit and protection, left and right micro fans, connecting wires, filter material placed outside the fans, a charging point, and an on / off button. The air frame is a hollow structure equipped with internal microfans to maintain active air circulation, improving filtration efficiency. It contains filters that effectively capture PM2.5 and PM10 particles, with potential to trap larger particles (10-50 micrometers) depending on airflow and filter density. The frame is currently made of biodegradable wood for sustainability.Objective of the invention:The main objective of the present invention is to provide a portable device to protect human eyes against polluted air.Another objective of the present invention is to develop a wearable eye protection device that integrates air filtration and delivery components within an ergonomic spectacle-like frame for ease of use and enhanced comfort.Another objective of the present invention is to incorporate a dual-stage filtration mechanism, including a prefilter for large particles and a HEPA filter for finer pollutants (PM2.5 and PM10).Another objective of the present invention is to ensure a secure and comfortable fit through design elements such as a nose bridge seal and a frame.Another objective of the present invention is to achieve quick response times in delivering clean air to the eyes.Another objective of the invention is to minimize visual obstruction and discomfort, allowing the user to maintain clear vision and wear the device for extended periods in polluted environments.Summary of the Invention:The present invention provides a portable device to protect the human eyes against the polluted air, specially designed left and right lenses with small air outlet holes, through which purified air out towards eye. It uses a dual-filtration system consisting of a prefilter and a HEPA filter, which work together with a small fan system to remove large dust particles as well as fine particulate matter like PM2.5 and PM10 from the surrounding air and is powered by a rechargeable battery integrated into the device. A soft nose bridge seal ensures a snug fit, while the frame supports all the components, including connecting wires, a charging point, and an on / off button. Additionally, the said invention provides the air frame is a hollow structure equipped with internal microfans to maintain active air circulation, improving filtration efficiency. The frame is made of biodegradable wood for sustainability, though alternative materials like plastics or composites may be used. Statement of the Invention:Accordingly, the present invention provides a portable device to protect human eyes against the polluted air, the device comprises a hollow structural frame (4) configured to facilitate internal air circulation and fitted with left and right lenses, each incorporating air outlet holes that release clean air toward the eyes; it includes a nose bridge seal for improved fit and isolation from polluted ambient air; the purification system consists of a prefilter and a HEPA filter assembly, working in conjunction with left and right micro fans that draw in and push filtered air through the outlet holes; these fans are powered by a rechargeable battery, and all electrical components are connected through integrated wiring housed around the frame. Additional hardware features include a charging point for battery recharging and an on / off button to control the operation. Brief Description of Drawing:Figure 1: shows portable eye protection device which includes a filter material outside fan (11); a charging point (12), and the On / Off button (13) used to operate the device.Figure 2(a): shows the structural components of the device, including the right lens (1), left lens (2), nose bridge seal (3) for comfortable and secure fitting, and the frame (4) that supports the entire assembly.Figure 2(b): shows the purified air outlet in the left lens (5) and right lens (6), left micro fan (7) and right micro fan (8) responsible for directing clean air to the eyes, the rechargeable battery (9) that powers the system, and the connecting wire (10) linking all electrical components together.The figures are merely for illustration purpose and shall not be construed to limit the scope of the invention.Detailed description of the Invention:It should be noted that the particular description and embodiments set forth in the specification below are merely exemplary of the wide variety and arrangement of instructions which can be employed with the present invention. The present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. All the features disclosed in this specification may be replaced by similar other or alternative features performing similar or same or equivalent purposes. Thus, unless expressly stated otherwise, they all are within the scope of present invention. Various modifications or substitutions are also possible without departing from the scope or spirit of the present invention. Therefore, it is to be understood that this specification has been described by way of the most preferred embodiments and for the purposes of illustration and not limitation.The present invention provides a portable device to protect human eyes against polluted air. The said invention provides a special wearable device that can be worn like glasses but does much more. The said device has a tiny fan system and filters (a prefilter and a HEPA filter) that clean the air before it reaches the eyes. The device runs on a rechargeable battery (9), so it can be used on the go. It has outlets (5, 6) near the eyes to blow clean air toward them, a comfortable frame (4) with a nose bridge seal (3) to block outside polluted air, and simple controls like an on / off button (13) and a charging point (12). The present invention provides a portable device to protect eyes against polluted air as the air pollution can have several negative effects on human eyes. Some of these common effects include irritation, dry eye syndrome, excessive tearing etc. This shows that in case of air pollution not only lungs but eyes also need to be protected. Normal eye glasses are unable to prove a proper protection to eyes in such conditions. In the view of these problems, present invention provides a portable device which will provides clean air to eyes in a polluted environment. The portable device includes a fan system and filters (a prefilter and a HEPA filter) that clean the air before it reaches the eyes. The device runs on a rechargeable battery (9), so it can be used on the go. It has outlets (5, 6) near the eyes to blow clean air toward them, a comfortable frame (4) with a nose bridge seal (3) to block outside polluted air, and simple controls like an on / off button (13) and a charging point (12).The present invention provides a portable device to protect human eyes against polluted air. The device comprises a prefilter and HEPA filter with a fan assembly; rechargeable battery (9); a frame utilizes biodegradable wood as the primary material (4), left and right lenses (1, 2) each containing air outlet holes (5, 6) for purified air; a nose bridge seal (3) for better fit and protection; left and right micro fans (7, 8), connecting wires (10), filter material placed outside fan (11), a charging point (12), and an on / off button (13).The present invention provides a portable eye protection device designed to protect human eyes from the harmful effects of polluted air. The device incorporates a prefilter and HEPA filter system along with a fan assembly that draws in ambient air, filters it, and delivers clean, purified air directly to the eyes. It is powered by a rechargeable battery (9) and features a frame (4) equipped with left and right lenses (1, 2), each having multiple air outlet holes (5, 6) to release the filtered air toward the eyes. A nose bridge seal (3) ensures a comfortable fit while helping to block unfiltered air from entering the eye region. The airflow system is supported by left and right micro fans (7, 8), connected through wires (10) to the said battery. Additionally, the said device includes filter material placed outside the fan (11) to trap larger particles, a charging point (12) for powering the battery, and an easy-to-use on / off button (13) for convenient operation. The present invention provides the tabulated data, which comparing ambient air quality with the output from the portable device to protect human eyes against polluted air.Table;The above discussed table that compares the quality of surrounding (ambient) air with the air output from the portable device meant to protect human eyes from pollution. The table shows that when the air around had high levels of pollution (PM2.5), the device significantly reduced those levels in the air it delivered to the eyes. For example, when the ambient PM2.5 level was 177 μg / m³, the device reduced it to just 40 μg / m³. This reduction happened quickly-within about 10 seconds of turning the device on. These results clearly show that the wearable air purification system responds rapidly and effectively filters harmful particles from the air near the eyes, making it suitable for use in polluted environments.The present portable device comprises a prefilter and a HEPA filter with a small fan system and a rechargeable battery to provide power to the device. Wherein the prefilter is configured to stop the large size dust particles and the said HEPA filter is configured to stop the particulate matter ranging from PM of 2.5 to PM of 10 to helps to device to provide a purified air to the eyes efficiently, and the rechargeable battery (9) provides power to the components of the device. The present invention provides an air frame (4) designed as a hollow structure that facilitates internal air circulation. This circulation is actively maintained using integrated microfans (7, 8) positioned within the hollow sections of the frame (4). These microfans (7, 8) create a directed airflow that enhances filtration efficiency and ensures a continuous movement of air through the device. Particle size and filtration range: The filter material incorporated within the air frame (4) is capable of effectively capturing airborne particulate matter. specifically targeting PM2.5 (particles with diameters = 2.5 micrometers) and PM10 (particles with diameters = 10 micrometers). It can also incidentally capture larger particles ranging from 10 to 50 micrometers, depending on airflow rate and filter density. The frame (4) is made from biodegradable material as the primary material, selected for its sustainability and structural integrity. Alternative materials such as plastics or stretchable or composite materials (e.g., a mix of natural fibers and polymer resins) may also be used based on design requirements. However, material for frame is not limited to this, it may vary or change or upgrade as per the user's requirement.The present invention provides pre-filter is the first line of defense protection against the air pollutant particles and thereby blocking larger particles to enter into the eyes. The use of pre-filter extends the life span of HEPA filter and the High efficiency Particulate Air Filter (HEPA filter) stops the particulate matter to enter into the eyes and the small fan system draws out stale air and pulls fresh air from the outside environment to deliver pure and clean air to the human eyes. The present invention comprises a HEPA filter to stop particulate matter i.e. PM 2.5 and PM10 that helps to deliver pure air to the eyes efficiently. The said HEPA filter works by catching the most minute forms of airborne particles by the impaction, interception, diffusion, and electrostatic attraction mechanisms. And the use of prefilter increases the efficiency as well as reduces overall operating cost by extending the life of the HEPA filter. The system uses small fan system for air out which is powered by the rechargeable battery (9).The present invention provides a portable device to protect human eyes against polluted air, which comprising the working steps; the process begins when the user switches on the device using the on / off button (13) located on the side of the frame. Once activated, power from the rechargeable battery (9) is supplied through connecting wires (10) to the left and right micro fans (7, 8), initiating the airflow system. These micro fans (7, 8) begin to draw in ambient air from the surroundings, which first passes through the prefilter positioned outside the fans. The prefilter captures larger airborne particles such as dust and pollen. The partially cleaned air then flows through the HEPA filter, which further purifies it by removing fine particulate matter, including PM2.5 and PM10. After filtration, the clean air is directed through specially designed air outlet holes located in the inner surfaces of both lenses (1, 2), delivering purified air directly toward the eyes. This continuous flow of clean air creates a protective zone around the eyes, shielding them from harmful pollutants. The nose bridge seal (3) helps the device fit snugly on the user's face, preventing unfiltered air from entering. When the user no longer requires the device, it can be turned off using the same on / off button (13), which stops the fan system and halts the airflow.Referring to figure 1, that represents the portable eye protection device featuring built-in components, all are arranged conveniently on the left side of the said device. These components include a Filter material outside fan (11), which filters the incoming air, trapping dust and harmful particles before the air reaches the eyes. Charging point (12) where the device can be connected to a charger to recharge the internal battery additionally, On / Off button (13), to turn the device on or off, allowing the user to control airflow as required.Referring to figure 2(a), that represents the front view of the eye protection device, which includes two lenses such as the right lens (1) and the left lens (2) through which the user sees. At the center is the nose bridge seal (3), a soft, comfortable component that helps the device sit securely on the nose while also preventing polluted air from entering the eye area. The lenses and nose seal are supported by the outer frame (4), which holds all the parts together and provides structural strength to the device.Referring to figure 2(b), that represents the inner view of the eye protection device that shows how air flows through the system to keep the eyes safe from pollution. The purified air outlets in the left lens (5) and right lens (6) release clean, filtered air directly toward the eyes. Ambient (outside) air is drawn into the device through the left micro fan (7) and right micro fan (8), which help in pulling in air for filtration. This air then passes through internal filters before being delivered as purified air through the outlet holes near the lenses. The said device is powered by a rechargeable battery (9), and all components are connected by a connecting wire (10) is responsible for transmitting power to both micro fans, ensuring smooth operation of the device. These wires are integrated around the frame, maintaining the device's compact and wearable design without causing discomfort or affecting its appearance.So accordingly, the present invention provides a portable device to protect human eyes against polluted air, that delivers clean, filtered air directly to the eyes. It consists of a prefilter to prevent the large particle to enter; while, a HEPA filter helps to prevent small particulate matter ranging from 2.5PM to 10 PM and both filters are assembled with the small fan system and is powered by a rechargeable battery (9) to provide sufficient power to the device. The said portable device prevents entry of air pollutant particles even microscopic pollutant particles and provides pure and cool air to the human eyes. The said device includes air outlet holes (5, 6) near the lenses (1, 2), a nose bridge seal (3) for a snug fit, and neatly arranged connecting wires (10) around the frame (4), allowing purified air to be directed efficiently to the ocular region. With user-friendly features like a charging port (12) and on / off button (13), the device offers a fast and effective way to reduce exposure to airborne pollutants around the eyes, making it ideal for use in urban areas with high pollution levels. Additionally, the said invention provides the air frame is a hollow structure equipped with internal microfans (7, 8) to maintain active air circulation, improving filtration efficiency. The frame (4) is made of biodegradable wood for sustainability, though alternative materials like plastics or composites may be used.In an exemplary embodiment, said portable device to protect human eyes against polluted air, comprising of: a hollow structural frame (4) fitted with left and right lenses (1, 2) each containing air outlet holes (5, 6) configured to direct purified air toward the user's eyes; a nose bridge seal (3) positioned between the lenses for ergonomic fit; left and right micro fans (7, 8) are powered by a rechargeable battery (9), and are integrated through connecting wire (10) interface around the said frame (4); a filter material placed outside fan (11), a charging point (12) for recharging the battery; and an on / off button (13) for activating or deactivating the airflow system; wherein said device consists of a prefilter and HEPA filter assembly with a small fan system and powered by a rechargeable battery, wherein prefilter stops the large size dust particles and the HEPA filter stops the particulate matter (PM2.5) and PM 10 and delivers pure air to eyes.In another embodiment, said hollow structural frame (4) is made up of biodegradable material to provide structural integrity and environmental sustainability; said frame is configured to house internal components including microfans (7, 8), connecting wires (10), and filtration elements; further, said hollow structure facilitates internal air circulation using integrated microfans that create a directed airflow, and it enhances efficiency and ensures a continuous movement of air.In another embodiment, said filter material (11) is positioned outside the fan system and is configured to trap dust and harmful airborne particles prior to entering the internal filtration unit, thereby enhancing the overall filtration efficiency of the device.In another embodiment, said charging point (12) is positioned on the left side of the device and is adapted to recharge the internal rechargeable battery (9). In another embodiment, said prefilter and HEPA filter assembly operatively connected to the fan system and is powered by the rechargeable battery (9).In another embodiment, said on / off button (13) is integrated on the left side of the device to provide manual control for activating and deactivating the airflow.In another embodiment, said nose bridge seal (3) is positioned in between lenses (1, 2), and is configured to provide a secure fit over the user's nose, thereby minimizing entry of unfiltered ambient air into the ocular region.In another embodiment, said air outlet holes (5, 6) are positioned in the left and right lenses (2, 1) respectively and are configured to direct purified air toward the user's eyes.In another embodiment, said left and right microfans (7, 8) are positioned within the hollow sections of the frame and are configured to draw ambient air into the device, and these microfans (7, 8) are electrically connected to a rechargeable battery (9) via connecting wires (10) that are integrated along the frame of the device to maintain a compact and ergonomic design without obstructing user comfort.In another embodiment, said prefilter is configured to stop large-sized dust particles, and the HEPA filter is adapted to remove fine particulate matter, including PM2.5 and PM10, thereby ensuring that only purified air is delivered through the air outlet holes toward the eyes.In another embodiment, said prefilter and a HEPA filter assembly, working in conjunction with left and right micro fans that draw in and push filtered air through the outlet holes.In another embodiment, said portable device to protect human eyes against polluted air, is comprises the steps of:a) the process begins by switching on the device using the on / off button (13) located on the side of the frame;b) activating the power supply from the rechargeable battery (9) through connecting wires (10) to the left and right micro fans (7, 8) to initiate the airflow system, followed by drawing in ambient air from the surroundings through the micro fans (7, 8);c) passing the air through a prefilter positioned outside the fans to capture larger particles ranges from 10-50 micrometers;d) further filtering the partially cleaned air through a HEPA filter adapted to remove fine particulate matter including PM2.5 and PM10;e) then directing the resulting purified air through purified air outlet holes (5, 6) located on the inner surfaces of the left and right lenses toward the user's eyes;f) forming a protective zone of clean air around the ocular region, while the nose bridge seal (3) ensures a secure fit and prevents unfiltered air from entering; andg) turning off the device using the same on / off button (13) to stop the fan system and airflow when protection is no longer required.While particular embodiments of the present invention have been shown and described, it will be obvious to those skilled in the art that changes and modifications may be made without departing from this invention in its broader aspects and, therefore, the aim in the present invention is to cover all such changes and modifications as fall within the true spirit and scope of this invention.Advantages of the Invention:1. Effective Eye Protection from Pollution2. Compact and Wearable Design3. Dual filtration system4. Portable Device5. Rapid Air Purification6. Cost Effective.

Claims

1. A portable device to protect human eyes against polluted air, comprising of: a hollow structural frame (4) fitted with left and right lenses (1, 2), and also containing air outlet holes (5, 6) configured to direct purified air toward the user's eyes; a nose bridge seal (3) positioned between the lenses for ergonomic fit; left and right micro fans (7, 8) are powered by a rechargeable battery (9), and are integrated through connecting wire (10), which are interfaced around the said device (4); a filter material placed outside the fan (11), a charging point (12) for recharging the battery; and an on / off button (13) for activating or deactivating the airflow system; wherein said device consists of a prefilter and HEPA filter assembly with a small fan system and is powered by a said rechargeable battery (9), wherein prefilter stops the large size dust particles and the HEPA filter stops the particulate matter including PM 2.5 and PM 10 and delivers pure air to eyes.

2. The device as claimed in claim 1, wherein said hollow structural frame (4) is made up of biodegradable material to provide structural integrity and environmental sustainability; said frame is configured to house internal components including microfans (7, 8), connecting wires (10), and filtration elements; further, said hollow structure facilitates internal air circulation using integrated microfans that create a directed airflow, and it enhances efficiency and ensures a continuous movement of air.

3. The device as claimed in claim 1, wherein said charging point (12) is positioned on the left side of the device and is adapted to recharge the internal rechargeable battery (9).

4. The device as claimed in claim 1, wherein said on / off button (13) is integrated on the left side of the device to provide manual control for activating and deactivating the airflow.

5. The device as claimed in claim 1, wherein said nose bridge seal (3) is positioned in between lenses (1, 2), and is configured to provide a secure fit over the user's nose.

6. The device as claimed in claim 1, wherein said air outlet holes (5, 6) are positioned in the left and right lenses (2, 1) respectively and are configured to direct purified air toward the user's eyes.

7. The device as claimed in claim 1, wherein said filter material (11) is positioned outside the fan system and is configured to stop dust and harmful airborne particles prior to entering the internal filtration unit.

8. The device as claimed in claim 1, wherein said left and right microfans (7, 8) are positioned within the hollow sections of the frame and are configured to draw ambient air into the device, and these microfans (7, 8) are electrically connected to a rechargeable battery (9) via connecting wires (10) that are integrated along the frame of the device to maintain a compact and ergonomic design without obstructing user comfort.

9. The method as claimed in claim 1, wherein said portable device to protect human eyes against polluted air, is comprising the steps of: a) switch on the device using the on / off button (13) located on the side of the frame; b) activating the power supply from the rechargeable battery (9) through connecting wires (10) to the left and right micro fans (7, 8) to initiate the airflow system, followed by drawing in ambient air from the surroundings through the micro fans (7, 8); c) passing the air through a prefilter (11) positioned outside the fans to capture larger particles ranges from 10-50 micrometers; d) further filtering the partially cleaned air through a HEPA filter adapted to remove fine particulate matter including PM2.5 and PM10; e) then directing the resulting purified air through purified air outlet holes (5, 6) located on the inner surfaces of the left and right lenses toward the user's eyes; f) forming a protective zone of clean air around the ocular region, while the nose bridge seal (3) ensures a secure fit and prevents unfiltered air from entering; and g) turning off the device using the same on / off button (13) to stop the fan system and airflow when protection is no longer required.