ES1260066U - Filtering system for Split with UV-C (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

A filtering system for Split with UV-C comprising: a core (1) that carries: a joint joint (2) that is located between the filtering system and the Split, some wall mounting brackets (3), a core cover (4) through which we access its interior by removing the screws (5); Inside the core (1) carries the lamp holders (6), where the 254 nm ultraviolet lamp (7) is connected, connected to current through the lamp power ballast (9), which in turn is connected to the current input connection terminal (8), it also has a safety button (10), which is installed between the terminal (8) and the lamp power ballast (9) and carries the filter holder (11) and the filter Hepa (12). The filtering system also carries the diffuser cover (13) that is attached to the core (1) through screws (15) between the parts, it has a sealing gasket (16), on the diffuser cover (13) they go installed the diffusers (14) which are adjustable, it also has two side covers (17), and they are fixed through the screws (18). In the upper part of the Split air conditioner, the filter holder (19), the filter (20), the filter extraction handle (21) and the filter coupling rails (22) are installed in the air inlet. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

FILTER SYSTEM FOR SPLIT WITH UV-C

TECHNICAL SECTOR

It is known that, inside the air conditioning Split, a large amount of dust and dirt accumulates that is perceived with the naked eye, due to the passage of air through its interior.

Added to the darkness and humidity, they cause mold, fungi and bacteria to proliferate inside, which can cause some respiratory disease due to their accumulation and distribution through the air.

Apart from this we have to take into account that while we have the Split on, be it summer or winter, we have the windows closed for more efficiency and lower electricity consumption.

Therefore, the air is constantly recirculating, charging the environment and distributing the air among all the people in the room.

This means that if there are pathogens in the environment, they are distributed among all people, infecting all those present.

For this I have thought of this Split filtering system that purifies the air, using filters that trap dust, mites and all kinds of pathogens that may be in the air.

Also, as the air passes, it is irradiated by a 254 nm UV-C short wave ultraviolet light lamp with a germicidal effect.

UV-C light also affects the filters and the interior of the Split at all times, to prevent the proliferation of pathogens inside.

BACKGROUND OF THE INVENTION

For years, HEPA filters and UV-C light have been used in air conditioning systems, mainly in large facilities, in rooftop cooling towers, and HEPA filters generally in clean rooms of hospitals, laboratories, and medicine warehouses.

This model aims to reach all houses and establishments public and places where a Split is installed.

A system that is attached to the Split so that they purify the air that circulates through them and does not become a source of infection or the spread of airborne diseases.

EXPLANATION OF THE INVENTION

The filtering system for Split with UV-C, is created to purify the air as it circulates through it, for this it has a pre filter (20) that is located in a filter holder (19) that is glued around the grid from the air inlet of the Split.

This filter (20) will filter the dust so that it does not enter the Split.

At the air outlet, in the lower part of the Split, the device is located.

This is screwed to the wall through two supports (3) that go in the core (1) where the UV-C lamp (7) and the HEPA filter (12), the core cover (4), lamp holder are housed. (6), filter holder (11), current input connection terminal (8), power ballast (9) and safety button (10).

It also has a diffuser cover (13) that is screwed to the core (1), where the diffusers (14) are housed.

Conventional air conditioning Split, only have a normal dust filter located inside, before the air outlet.

This filter is insufficient to filter mites, pollen and pathogenic microorganisms that may be present in the air and that are harmful to the body.

In addition, inside the Split, due to the humidity and darkness inside, fungi, mold and bacteria proliferate on the walls and coils, which are going to be distributed through the air recirculating through the room.

With the filter system for Split with UV-C, we do not allow dust to enter the interior (of the Split), since it has an external pre-filter (20).

Inside the core (1) there is a UV-C lamp (7) that acts on the air as it passes through and its light falls on the interior of the Split and on the filters (20) and (12).

The HEPA filter (12) is placed before the exit of the core, in order to prevent small particles such as bacteria and viruses from going out through the diffusers (14) and we breathe them.

The filter system for Split with UV-C consists of several components.

Around the Split air inlet (on the outside), we place a filter holder (19) that is glued. Inside it has a dust pre filter (20) with a handle (21) to facilitate its removal, the filter holder (19) has slides (22) to facilitate the assembly of the filter.

In the lower part of the Split at the air outlet, the core (1) is attached that is screwed to the wall through its height-adjustable supports (3), in order to be able to adjust the pieces so that the air does not escape to this we help ourselves from the board (2).

The core (1) will be made of metal painted generally white or the color of the appliance to be installed (as an option).

Inside it are housed the lamp holders (6) with its UV-C lamp (7) that is electrically connected by means of the power ballast (9) and the connection terminal (8), when the Split is turned on in such a way that it will be in operation as long as the Split is on.

Before leaving the core (1) it carries a HEPA filter (12) that is attached to its filter holder (11).

To close the system, it has the diffuser cover (13) that connects with the core outlet and around the lower part of the Split, on the sides it has two covers (17) that act as trims.

The adjustable diffusers (14) are installed on the top, bottom, right and left.

Between the core (1) and the diffuser cover (13) there is a safety button (10) that acts on a normally open microswitch, so that, in the case of disassembling the cover with the Split in operation, the UV-C light so as not to expose the technician to its light.

The role of the device and of each element.

The external dust pre-filter (20) prevents dust from entering the interior of the Split and acts as a cover to contain the UV-C light inside the Split.

UV-C light falls on the interior of the Split to act as a germicide, acts on the circulating air, especially inside the Split, on the pre-filter (20) and on the HEPA filter (12), in this way we avoid the proliferation of fungi, molds and bacteria inside the Split and the filtration system.

HEPA filter (12) is responsible for filtering the smallest particles such as viruses and bacteria, before reaching the outside, there they remain trapped while they are exposed to UV-C light to completely neutralize them.

The core (1) serves to act as a conduit and joint between the Split and the diffuser cover (13), makes the UV-C light to be contained within and acts as a housing to house components such as the UV-C lamp (7 ) and the HEPA filter (12).

The diffuser cover (13) is screwed to the core (1) and is fitted on the Split, acts as a union and houses the adjustable diffusers (14).

It serves to cover the bottom, to contain the UV-C light.

It has covers (17) on the sides that have an aesthetic function.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1: front view of the core (1)

1- Core, (2) union joint, (3) wall mounting brackets, (4) core cover. (5) screws.

Figure 2: front view (without cover) of the core (1)

(6) Lamp holder, (7) UV-C 254 nm lamp, (8) current input connection terminal, (9) lamp power ballast, (10) safety button, (11) filter holder, (12) HEPA filter.

Figure 3: Diffuser cover (13), front view.

(13) Diffuser cover, (14) diffusers.

Figure 4: side view, right side of how the core is coupled with the diffuser cover.

(14) diffusers, (1) core, (15) screws, (16) gasket, (13) diffuser cover.

Figure 5: Left side side view of core coupling with diffuser cover.

(1) Core, (15) screws, (16) gasket, (14) diffusers, (13) diffuser cover.

Figure 6: Side covers (17), it has two equal ones on the right and left side.

(17) Side covers x 2 and screws (18) x4.

Figure 7: filter holder and pre filter, located in the upper part of the Split in the air inlet. (19) filter holder, (20) pre filter, (21) filter extraction handle, (22) coupling rails.

PREFERRED EMBODIMENT OF THE INVENTION

The filter holder (19) is fixed around the Split air intake grille, is made of plastic and has a housing for the pre-filter (20).

The core (1) is screwed to the wall with height-adjustable supports (3).

It will be made of metal and will be painted mainly white.

The diffuser cover (13) that couples with the core and Split, (1) will be made of plastic.

The side covers (17), for aesthetic purposes, will be made of plastic.

The filter system for Split with UV-C will be made of different materials such as metal, ABS plastic, depending on the different components that it contains.

Claims (1)

1- A filtering system for Split with UV-C that comprises: a core (1) that carries: a joint joint (2) that is located between the filtering system and the Split, some wall mounting brackets (3 ), a core cover (4) through which we access its interior by removing the screws (5); Inside the core (1) it carries the lamp holders (6), where the 254 nm ultraviolet lamp (7) is connected, connected to current through the lamp power ballast (9), which in turn is connected to the current input connection terminal (8), it also has a safety button (10), which is installed between the terminal (8) and the lamp power ballast (9) and has the filter holder (11) and the filter Hepa (12). The filtering system also carries the diffuser cover (13) that is attached to the core (1) through screws (15) between the parts, it has a sealing gasket (16), on the diffuser cover (13) they go installed the diffusers (14) that are adjustable, it also has two side covers (17), and they are fixed through the screws (18). In the upper part of the Split air conditioner, the filter holder (19), the filter (20), the filter extraction handle (21) and the filter coupling rails (22) are installed in the air inlet. 2- The filter system for Split with UV-C of claim 1, characterized in that it has a filter holder (19) and a filter (20) installed on the outside of the Split, around the air inlet grille . 3- The filtering system for Split with UV-C of claim 1, characterized in that the core (1) has supports with slides (3) that are screwed to the wall, they are adjustable in height for a perfect adjustment of the core (1) with the bottom of the Split. 4- The filtering system for Split with UV-C of claim 1, characterized in that it carries a UV-C lamp (7) strategically placed, and its light falls on the interior of the Split, the core (1), the air as it passes through and over filters (20) and (12). 5- The filtering system for Split with UV-C of claim 1, characterized in that it has a Hepa filter (12), which is installed in the core (1) in its lower part, before the outlet. 6- The filtering system for Split with UV-C of claim 1, characterized in that it has a diffuser cover (13) that closes at the bottom and couples with the core (1) and acts as a conduit at the same time that carries the adjustable diffusers (14). 7- The filtering system for Split with UV-C of claim 1, characterized in that it has a safety button (10). 8- The filtering system for Split with UV-C of claim 1, characterized in that it has diffusers (14) strategically located in the upper part of the diffuser cover (13), which in addition to directing the air, makes UV-C light containment cap.