WO2024033798A1

WO2024033798A1 - A smart sustainable dual zone bladeless airflow device

Info

Publication number: WO2024033798A1
Application number: PCT/IB2023/057987
Authority: WO
Inventors: Karan Bansal
Original assignee: Karan Bansal
Priority date: 2022-08-08
Filing date: 2023-08-08
Publication date: 2024-02-15

Abstract

The present invention provide a smart sustainable dual zone bladeless airflow device (100) comprising of a housing (1) that includes a back cover, a housing top (2) and a housing bottom; a plurality of cross-flow/tangential fan (3); a plurality of LED panel (6); a LED panel cover (7); a plurality of motor (4); a plurality of flap/flow deflector (8); a plurality of metal infused wire for suspending the cross-flow/tangential fan; a printed circuit board (PCB) board; a remote control; and a high efficiency particulate air (HEPA) filter (5). The housing (1) which includes plurality of motor (4) operates said plurality of cross-flow/tangential fan (3) arranged along the edges. The LED light fixture having plurality of LED panels (6) for emitting illumination, said printed circuit board (PCB) board for physically supporting and wiring electronic components.

Description

“A SMART SUSTAINABLE DUAL ZONE BLADELESS AIRFLOW DEVICE”

FIELD OF THE INVENTION

The present invention relates to a bladeless fan. More particularly, the present invention pertains to a smart sustainable dual zone bladeless airflow device to provide aerodynamically optimized performance, while ensuring safety, comfort, and high utility.

BACKGROUND OF THE INVENTION

Basically, a ceiling fan is a fan mounted on the ceiling of a room or space electrically powered, which uses hub-mounted rotating blades to circulate air. The ceiling fans help in circulating air effectively by increasing air speed. The ceiling fans do not reduce air temperature and/or relative humidity, unlike air-conditioning equipment but create a cooling effect by helping to circulating air and increasing heat exchange via convection. The ceiling fans add only a small amount of heat to the room mainly due to waste heat from the motor, though partially due to friction. The ceiling fans use significantly less power than the air conditioning units as cooling air is thermodynamically expensive.

Also, a ceiling fan is also used in winters to bring warm air, which naturally rises, back down to occupants and this affects both thermostat readings and comfort of the occupant, thereby improving climate control energy efficiency. The ceiling fans have multiple functions, such as the ceiling fans increase mixing in a ventilated space, which leads to more homogenous environmental conditions, moving air is generally preferred over stagnant air, especially in warm or neutral environments, so the ceiling fans are useful in increasing occupant satisfaction and as the fans do not change air temperature and humidity, but move it around, fans aid in both the heating and cooling of a space.

Due to this, the ceiling fans are often an instrumental element of low energy heating, ventilation and air conditioning (HVAC), passive cooling and/or natural ventilation systems in buildings. Depending on the energy use of the ceiling fan system, the ceiling fans provide an efficient way to improve the thermal comfort by allowing for a higher ambient air temperature while keeping occupants comfortable. The ceiling fans are an especially economic choice in warm and humid environments.

There are various types of ceiling fans such as cast-iron ceiling fans, direct-drive ceiling fans, skeletal motors fan, friction-drive ceiling fans, gear-drive ceiling fans, internal belt-drive ceiling fans, brushless direct current (BTDC) ceiling fans and smart ceiling fans. The cast- iron ceiling fans have a cast-iron housing, which encases a very heavy-duty motor, usually of the shaded-pole variety, these motors are lubricated by means of a thrust bearing submerged in an oil-bath and must be oiled periodically, usually once or twice per year.

The direct-drive ceiling fans employ a motor with a stationary inner core with a shell, made of cast iron, cast aluminum, or stamped steel, which revolves around and it is commonly known as a “spinner” motor. The blades are attached directly to the shell. The direct-drive motors are the least expensive motors to produce and on the whole are the most prone to failure and noise generation. The skeletal motor fans have an open-frame “skeletal” design, which allows for far better ventilation and therefore a longer lifespan. This is in comparison to a regular design of a direct-drive motors, in which the inner working of motor are completely enclosed within a tight metal shell which may or may not have openings for ventilation and even when openings are present, they are almost always small to the point of being inadequate.

The brushless direct current (BTDC) ceiling fans use brushless direct current (BTDC) technology, which offers much higher efficiency than the normal ceiling fans driven with traditional alternate current (AC) motors. These are quieter than alternate current (AC) motor fans due to the fact that they are commutated electronically and use permanent magnet rotors. Among other advantages, these fans offer high efficiency, lower noise level, less rotor heat, integration of remote control and other convenience technologies. The only drawbacks are the high cost and the presence of complex electronics which may be more prone to failure and difficult to service.

However, with the advent of new technologies and better quality control techniques, the brushless direct current (BTDC) fan is becoming less of a concern. Those are wired to alternate current (AC) wires along with alternate current/ direct current (AC/DC) adaptor. A vast majority of these fans use brushless direct current (BLDC) motors due to their microcontroller based design, flexibility in fine controls and firmware upgrade capability. The speed, brightness and timing of the fans is easily adjusted with a smartphone app.

US6881037B2 provides a two-piece safety mechanism for ceiling-mounted fans comprises a first and second cable. The first cable has a first fastener extending from a first end and a first connector extending from a second end. The first fastener is for operable association with a first fastening mechanism for securing the first cable to a fan. The second cable has a second fastener extending from a first end. The second fastener is for operable association with a second fastening mechanism for securing the second cable to a ceiling support. The second cable also has a second connector extending from a second end, which is release ably attachable to the first connector to form a continuous cable. The claimed invention also provides for a ceiling fan having the two-piece safety mechanism for retaining the fan in close proximity to the ceiling support if its normal mounting apparatus should fail. The main drawback of this invention is that the ceiling fans are not smart and/or remote operated and ceiling fans create a singular flow zone so dual zone comfort is difficult to achieved, this invention does not have any provisions of integration of an air purifier, further this invention does not help in carbon footprint reduction.

US9254459B2 provides systems and methods for an air purifier with over pressurization relief, including the following components. A room air inlet is configured to fluidly receive air from a room. A supply duct inlet is configured to fluidly receive air from a forced air system. An air filter and or air purification means is configured to filter/ purify air. An outlet is configured to expel filtered/ treated air into the room. A bypass damper system has at least one air filtering mode position and a bypass mode position. A pressure control mechanism is configured to automatically allow the bypass damper system to move from at least one air filtering mode position to a bypass mode position when the air received from the supply duct inlet exceeds a bypass threshold. The bypass mode position guides air from the supply duct inlet into the room without requiring passage through the filter and the outlet. The main drawback of this invention is that the when the air purifier is used instead of a ceiling fan, it uses more electricity and generate lesser flow. Moreover, the air purifiers are plugged inside a corner of the room which is not an optimum position to clean the entire room effectively.

At present there are various devices used for circulating air indoors such as ceiling fans, air conditioners, air purifiers and similar devices. However, the existing devices have various disadvantages associated with them such as the ceiling fans provide good air flow yet the flow is turbulent. Also, the ceiling fans are unsafe, the ceiling fans have poor aesthetics and moreover, the ceiling fans are not smart and/or remote operated. Also, the ceiling fans create a singular flow zone so dual zone comfort is difficult to achieved. Generally, the ceiling fans do not come with an air purifier.

The split air conditioners use crossflow and/or tangential fans similar, however, the air conditioners (AC) are generally positioned on the wall, therefore the flow from the air conditioners (AC) of fan is laminar but generally it moves lower volumes of air and cannot create dual flow comfort zones. The direction of flow of air is also not optimum thus making it less useful as a replacement for a fan. The filter used in air conditioners fail to clean fine particulate matter. The air purifiers are meant for cleaning very fine pollutant particles from the air. The air purifiers are meant to be used for 10-20 minutes every day depending on pollution level. These air purifiers are not a replacement for a fan because if used as a fan, they use more electricity and generate lesser flow. The air purifiers are also plugged inside a corner of the room which is not an optimum position to clean the entire room effectively.

Therefore, there is a need of an aerodynamic bladeless ceiling fan device with air-purifier for ensuring safety, aesthetics, comfort and utility, which reduces the electronic wastage created due to multiple devices by combining them in one including air heater, ceiling fan, air purifier, and air conditioner safety.

OBJECT OF THE INVENTION

The main object of the present invention is to provide a smart sustainable dual zone bladeless airflow device that ensures safety, comfort and high utility. Another object of the present invention is to provide a smart sustainable dual zone bladeless airflow device having crossflow tangential fans assembly.

Yet another object of the present invention is to provide a smart sustainable dual zone bladeless airflow device that is easily controlled via a smart device.

Yet another object of the present invention is to provide a smart sustainable dual zone bladeless airflow device that achieves high efficiency and reduce the electricity usage as compared to regular ceiling fans.

Yet another object of the present invention is to provide a smart sustainable dual zone bladeless airflow device having optimized aerodynamics and energy efficiency.

Still another object of the present invention is to provide a smart sustainable dual zone bladeless airflow device that maintain two separate temperature comfort zones in a room.

SUMMARY OF THE INVENTION

The present invention provides a smart sustainable dual zone bladeless airflow device that acts a single unit which replaces a ceiling fan, a heater, air purifier and an air conditioner which reduces the requirement of multiple devices. Further, the present invention maintains two separate temperature comfort zones in a room.

In an embodiment, the present invention provides a smart sustainable dual zone bladeless airflow device comprising of, a housing that includes a back cover, and an assembly positioned inside the housing, wherein the housing is a polygonal frame structure having at least two parallel walls that are separated by a pre-defined space and includes a covered and an uncovered portion, the assembly includes a plurality of blower are connected with a plurality of motor which is fixed in the pre-defined space of the housing for generating air flow in a dual zone manner, a plurality of rear wall for covering the blower, a plurality of motor top cover and motor base cover for encapsulating the motor, a plurality of accessories for providing additional features to an operator and a printed circuit board for controlling a set of operations of the assembly and the assembly is configured to be placed in a plurality of orientations within the housing, the housing include a LED housing compartment at the bottom portion for accommodating the plurality of LED panel along with a LED panel cover for illumination in an enclosure; and the smart sustainable dual zone bladeless airflow device is connected with a remote controller is accessed by an operator to provide a plurality of instructions to control the operations for maintaining a comfort level environment in an enclosure.

In another embodiment, the present invention provides a smart sustainable dual zone bladeless airflow device comprising of a housing that includes a back cover, a housing top and a housing bottom, a plurality of cross-flow/ tangential fan, a plurality of LED panel, a LED panel cover, a plurality of motor, a plurality of flap/flow deflector, a fan/blower housing, a plurality of magnetic hole cover; a plurality of metal infused wire for suspending the cross-flow/ tangential fan, a printed circuit board (PCB) board, a remote control and a high efficiency particulate air (HEP A) filter. The shape of the housing is selected but not limited from square, rectangular, the plurality of motor operates the plurality of blower arranged along the edges. The LED light fixture have plurality of LED panels for emitting illumination, the printed circuit board (PCB) is for physically supporting and wiring electronic components, and the remote control includes but is not limited to a smart device for operating the bladeless device and the high efficiency particulate air (HEP A) filter which is fitted inside the outer housing wirelessly.

In an embodiment, the present invention provides a smart sustainable dual zone bladeless airflow device comprising of a housing that includes a back cover, a housing top and a housing bottom; a plurality of cross-flow/ tangential fan; a plurality of LED panel; a LED panel cover; a plurality of motor; a plurality of flap/ flow deflector; a fan/blower housing; a plurality of magnetic hole cover; a plurality of metal infused wire for suspending the cross- flow/tangential fan; a printed circuit board (PCB) board; a remote control; and a high efficiency particulate air (HEP A) filter. The housing includes but is not limited to square/ rectangular in shape of the smart sustainable dual zone airflow bladeless fan that includes the plurality of motors which operate at least four of blower arranged along the edges. The LED light fixture having plurality of LED panels for emitting illumination, the printed circuit board (PCB) board for physically supporting and wiring electronic components, and the remote control which includes but is not limited to a smart device for operating the bladeless device wirelessly.

In still another embodiment, the present invention provides a smart sustainable dual zone bladeless airflow device comprising of a housing that includes a back cover, a housing top and a housing bottom; a plurality of cross-flow/ tangential fan; a plurality of LED panel; a LED panel cover; a plurality of motor; a plurality of flap/flow deflector; a fan/blower housing; a plurality of magnetic hole cover; a plurality of metal infused wire for suspending the cross-flow/ tangential fan; a printed circuit board (PCB) board; a remote control; and a high efficiency particulate air (HEP A) filter. The housing includes but not limited to square/rectangular in shape of the smart sustainable dual zone airflow bladeless fan includes the plurality of motor which operates at least three of blower arranged along the three edges and at least a speaker or a wife -extender or a projector along the forth edge. The LED light fixture having plurality of LED panels for emitting illumination, the printed circuit board (PCB) board for physically supporting and wiring electronic components, and the remote control which include but not limited to smart device for operating the bladeless device and the high efficiency particulate air (HEP A) filter which is fitted inside the outer housing wirelessly.

The above objects and advantages of the present invention will become apparent from the hereinafter set forth brief description of the drawings, detailed description of the invention, and claims appended herewith.

BRIEF DESCRIPTION OF THE DRAWING

An understanding of the smart sustainable dual zone bladeless airflow device of the present invention may be obtained by reference to the following drawing:

Figure 1 is an exploded view of the smart sustainable dual zone bladeless airflow device according to an embodiment of the present invention.

Figure 2 is another exploded view of the smart sustainable dual zone bladeless airflow device according to another embodiment of the present invention. DETAILED DESCRIPTION OF THE INVENTION

The present invention will now be described hereinafter with reference to the accompanying drawings in which a preferred embodiment of the invention is shown. This invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiment set forth herein. Rather, the embodiment is provided so that this disclosure will be thorough, and will fully convey the scope of the invention to those skilled in the art.

Many aspects of the invention can be better understood with references made to the drawings below. The components in the drawings are not necessarily drawn to scale. Instead, emphasis is placed upon clearly illustrating the components of the present invention. Moreover, like reference numerals designate corresponding parts through the several views in the drawings. Before explaining at least one embodiment of the invention, it is to be understood that the embodiments of the invention are not limited in their application to the details of construction and to the arrangement of the components set forth in the following description or illustrated in the drawings. The embodiments of the invention are capable of being practiced and carried out in various ways. In addition, the phraseology and terminology employed herein are for the purpose of description and should not be regarded as limiting.

The present invention provides a smart sustainable dual zone bladeless airflow device for delivering superior performance and efficiency, resulting in in significant reduction in electricity consumption when compared to conventional ceiling fans.

In an embodiment, the present invention provides a smart sustainable dual zone bladeless airflow device comprising of, a housing that include back cover, and an assembly positioned inside the housing, wherein the housing is a polygonal frame structure having at least two parallel walls that are separated by a pre-defined space and include a covered and an uncovered portion, the assembly include a plurality of blower are connected with a plurality of motor which is fixed in the pre-defined space of the housing for generating air flow in a dual zone manner, a plurality of rear wall for covering the blower, a plurality of motor top cover and motor base cover for encapsulating the motor, a plurality of accessories for providing additional features to an operator and a printed circuit board for controlling a set of operations of the assembly and the assembly is configured to be placed in a plurality of orientations within the housing, the housing include a LED housing compartment at the bottom portion for accommodating the plurality of LED panel along with a LED panel cover for illumination in an enclosure; and the smart sustainable dual zone bladeless airflow device is connected with a remote controller is accessed by an operator to provide a plurality of instructions to control the operations for maintaining a comfort level environment in an enclosure.

Referring to Figure 1, an exploded view of the smart sustainable dual zone bladeless airflow device is depicted. The smart sustainable dual zone airflow bladeless fan (100) comprising of a housing (1) that includes a back cover, a housing top (2) and a housing bottom, a plurality of blower (3), a plurality of LED panel (6), a LED panel cover (7), a plurality of motor (4), a plurality of flap/flow deflector (8), a fan/blower housing; a plurality of magnetic hole cover (9), a plurality of metal infused wire for suspending the cross-flow/ tangential fan; a printed circuit board (PCB) board, a remote control, and a high efficiency particulate air (HEP A) filter (5). The housing (1) is preferably square /rectangular in shape, the plurality of motor (4) operates the plurality of blower (3) which are arranged along the edges. The LED light fixture have plurality of LED panels (6) for emitting illumination, the printed circuit board (PCB) board is for physically supporting and wiring electronic components, and the remote control include but not limited to smart device for operating the bladeless device and the high efficiency particulate air (HEP A) filter (5) which is fitted inside the housing (1) wirelessly.

The plurality of air inlets and plurality of air outlets are not limited to any particular shape or size and are aerodynamically optimized to make the present invention energy efficient. The plurality of blower (3) pull ambient air though the plurality of air inlets and forces air out through the plurality of air outlets in the direction of the plurality of flap/ flow deflector The LED light fixture have plurality of LED panels (6) for emitting illumination. The printed circuit board (PCB) board for physically supporting and wiring electronic components, and the remote control which include but not limited to smart device for operating the bladeless device. The high efficiency particulate air (HEP A) filter (5) is placed between the air inlet and a plurality of blower (3) which is fitted inside the housing (1) wirelessly. The plurality of LED panel (6) is preferably a C shaped LED panel but not limited to square, circular, flat top, rectangle and other polygonal shaped LED panels.

Optionally, the plurality of motor (4) operates at least three of blower (3) arranged along the three edges and at least a speaker or a Wi-Fi-extender or a projector along the forth edge.

Referring to Figure 2, an exploded view of the smart sustainable dual zone bladeless airflow device according to another embodiment of the present invention is depicted. The smart sustainable dual zone bladeless airflow device (100) comprise of a housing (1) that include back cover (2) and an assembly positioned inside the housing (1). The housing (1) is a polygonal frame structure having at least two parallel walls that are separated by a predefined space and include a covered and an uncovered portion. The assembly include a plurality of blower (3) are connected with a plurality of motor (4) which is fixed in the predefined space of the housing (1) for generating air flow in a dual zone manner, a plurality of rear wall (10) for covering the blower (3). A plurality of motor top cover (Ila) and motor base cover (Hb) for encapsulating the motor (4), a plurality of accessories for providing additional features to an operator and a printed circuit board for controlling a set of operations of the assembly and the assembly is configured to be placed in a plurality of orientations within the housing (1). Theplurality of orientations include vertical, horizontal and diagonal. the housing (1) include a LED housing compartment (12) at the bottom portion for accommodating the plurality of LED panel (6) along with a LED panel cover (7) for illumination in an enclosure and the smart sustainable dual zone bladeless airflow device (100) is connected with a remote controller is accessed by an operator to provide a plurality of instructions to control the operations for maintaining a comfort level environment in an enclosure. The enclosure used herein refers to a room, hall or an area that is surrounded by a barrier/ walls.

The smart sustainable dual zone bladeless airflow device (100) is preferably fixed over any wall of the enclosure through screw and nut arrangement, thereby providing a secure and stable installation. The plurality of blower (3) include but not limited to crossflow/ tangential fan. The plurality of motor (4) include but not limited to DC motor and AC motor. The plurality of motor (4) operates the plurality of blower (3) which are preferably arranged along the edges in the housing (1) and the housing (1) is made up of material that include but not limited to sustainable materials such as bamboo or recycled plastic to reduce environmental impact.

The plurality of accessories are also included in the housing (1) include but not limited to a plurality of magnetic hole cover (9), air filter (5) like HEPA filter for air purification, air ionizers, an aromatherapy dispenser speaker, a Wi-Fi extender, a projector, a plurality of sensors for measuring environmental conditions in the enclosure, a transmitter and a receiver.

The smart sustainable dual zone bladeless airflow device (100) is controlled via the remote controller which is configured to provide control over the speed and direction of air flow, temperature and humidity settings, TED lighting modes, and activation of the accessories for allowing for an independent temperature and air flow control in two separate zones within the enclosure.

The smart sustainable dual zone bladeless airflow device (100) include a plurality of air inlets and plurality of air outlets that are not limited to any particular shape or size and are aerodynamically optimized, further the housing (1) include a display and a set of buttons (13) to manually control for controlling the set of operations. The set of operations include but not limited to activation, deactivation, modification in the plurality of accessories.

The smart sustainable dual zone bladeless airflow device (100) include a plurality of flap/ flow deflector (8) to adjust the direction of the airflow which assists in generating air flow in the dual zone manner. The remote controller is preferably connected with the printed circuit board through Wi-F, Bluetooth means.

EXAMPLE 1

Experimentation Analysis The smart sustainable dual zone bladeless airflow device (100) is highly energy efficient and as it operates at a maximum wattage of 50, despite of low power consumption, the smart sustainable dual zone bladeless airflow device (100) offers the flexibility of choosing between 0 to 8 levels of speed and Cubic Feet per Minute (CFM) in both of dual zones. The CFM and speed levels are displayed in Table 1. In contrast, the conventional airflow device achieves 150 CFM operates at a much higher power consumption of 80 watts. This demonstrates the superior energy efficiency of the smart sustainable dual zone bladeless airflow device (100) without compromising on performance. By offering customizable CFM and speed levels, the present invention provides the user with greater control over their comfort and energy usage, contributing to a more sustainable and eco-friendly solution.

Table 1: Levels, speed and the CFM of the smart sustainable dual zone bladeless airflow device

Therefore, the present invention provides a smart sustainable dual zone bladeless airflow device that ensures safety, comfort and high utility and is aerodynamically optimized to achieves high efficiency and reduce the electricity usage as compared to regular ceiling fans, further, another features of the smart sustainable dual zone bladeless airflow device is the ability to maintain two separate temperature comfort zones within a single room, which is achieved through the implementation of dual zone mechanism, which allows for individual temperature control and customization and the smart and sustainable structure make it an ideal choice for those seeking an efficient, safe, and comfortable airflow solution.

Many modifications and other embodiments of the invention set forth herein will readily occur to one skilled in the art to which the invention pertain having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. Therefore, it is to be understood that the invention is not to be limited to the specific embodiments disclosed and that modifications and other embodiments are intended to be included within the scope of the appended claims. Although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.

The foregoing description of embodiments of the invention has been presented for purposes of illustration and description. It is not intended to be exhaustive or to limit the invention to the precise form disclosed, and modifications and variations are possible in light of the above teachings or may be acquired from practice of the invention. The embodiments were chosen and described in order to explain the principals of the invention and its practical application to enable one skilled in the art to utilize the invention in various embodiments and with various modifications as are suited to the particular use contemplated.

Claims

CLAIMS aim:

1. A smart sustainable dual zone bladeless airflow device (100), comprising of: a housing (1) that includes a back cover (2); and an assembly positioned inside said housing (1); wherein: said housing (1) is a polygonal frame structure having at least two parallel walls that are separated by a pre-defined space and include a covered and an uncovered portion; said assembly includes a plurality of blowers (3) connected with a plurality of motors (4) fixed in said pre-defined space of said housing (1) for generating air flow in a dual zone manner, a plurality of rear walls (10) for covering said blower (3), a plurality of motor top covers (Ha) and motor base cover (11b) for encapsulating said motor (4), a plurality of accessories for providing additional features to an operator and a printed circuit board for controlling a set of operations of said assembly and said assembly is configured to be placed in a plurality of orientations within said housing (i); said housing (1) includes a LED housing compartment (12) at the bottom portion for accommodating a plurality of LED panels (6) along with a LED panel cover (7) for illumination in an enclosure; and said smart sustainable dual zone bladeless airflow device (100) is connected with a remote controller which permits an operator to provide a plurality of instructions to control said operations.

2. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said smart sustainable dual zone bladeless airflow device (100) is preferably fixed over a wall of said enclosure through screw and nut arrangement, thereby providing a secure and stable installation.

3. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of blower (3) include but not limited to cross-flow/ tangential fan.

4. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of motor (4) include but not limited to DC motor and AC motor.

5. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of motor (4) operates said plurality of blower (3) which are preferably arranged along the edges in said housing (1).

6. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of accessories for providing additional features include but not limited to a plurality of magnetic hole cover (9), air filter (5) like HEPA filter for air purification, air ionizers, an aromatherapy dispenser, a speaker, a Wi-Fi extender, a projector, a plurality of sensors for measuring environmental conditions in said enclosure, a transmitter and a receiver.

7. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of orientations include vertical, horizontal and diagonal.

8. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of instructions include but not limited to control over speed and direction of air flow, temperature and humidity settings, TED lighting modes, and activation of said accessories for allowing for an independent temperature and air flow control in two separate zones within the enclosure.

9. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said housing (1) is made up of material including but not limited to sustainable materials such as bamboo or recycled plastic to reduce environmental impact.

10. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said smart sustainable dual zone bladeless airflow device (100) includes a plurality of air inlets and plurality of air outlets that are not limited to any particular shape or size and are aerodynamically optimized.

11. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said housing (1) includes a display and a set of buttons (13) to manually control for controlling said set of operations.

12. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said set of operations include but not limited to activation, deactivation, modification in said plurality of accessories.

13. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said smart sustainable dual zone bladeless airflow device (100) include a plurality of flap/ flow deflector (8) to adjust the direction of the airflow which assists in generating air flow in said dual zone manner.

14. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said remote controller is preferably connected with said printed circuit board through Wi-Fi, Bluetooth means.

15. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of FED panel (6) is preferably a C shaped TED panel.

16. The smart sustainable dual zone bladeless airflow device (100) as claimed in claim 1, wherein said plurality of LED panel (6) includes but not limited to square, circular, flat top, rectangle and other polygonal shaped LED panels.