TWM612517U - Air purification device of wind transportation structure - Google Patents

Abstract

The present application relates an air purification device of wind transportation structure that primarily consisted of a body, a first filter, and a second filter. The body provides outputting and inputting a gas and is configured on a wind transportation structure of an air device. The first filter executes a first filtering process to the gas, and then the second filter executes a second filtering process to the gas, to decompose a plurality of pollution sources in the gas into a harmless substance through the first filtering process and/or the second filtering process. Accordingly, the air purification device of wind transportation structure of the present application can be configured on any one of the air device to provide effective filtering of the gas, to further provide a cleaner air environment for users to use thereby.

Description

Air purifying device with wind delivery structure

This creation relates to a filtering technology, in particular to an air purification device with an air delivery structure in which the air purification device is arranged on the air delivery structure of the air device for air filtering and purification.

In recent years, health awareness has risen. In order to improve the quality of people’s lives, a variety of air purifiers have been invented today, which target the dirt in the air (ie, dust, odor, suspended particles, pollutants, etc.). Purify the air by using filtration technology, and then provide the purified air to the user.

However, in the process of using filtered air in the prior art, it is usually impossible to completely or most of the dirt in the air, but can only purify part of the dirt before exhausting the air.

Therefore, there is an urgent need for a technology that can effectively purify most of the dirt in the air, so as to improve the problems of the prior art.

The purpose of this creation is to provide an air purification device with a wind conveying structure, which is mainly to install the body on the wind conveying structure of the air device for input and output of gas, and perform a first filtering process on the gas through the first filter device Then, the second filtering process is performed on the gas through the second filtering device, so that a plurality of pollution sources in the gas pass through the first filtering process, the second filtering process, or both of them. The combination of those is decomposed into a harmless substance. In this way, the invention can be installed in any air device to effectively provide the function of filtering air, thereby providing a cleaner air environment for users to use.

In order to achieve the purpose of the above disclosure, this creation is to provide an air purifying device with a wind conveying structure, which includes: a body arranged on an wind conveying structure of an air device, and a purification space is formed inside the body, One end of the body is provided with an air inlet, and the other end is provided with an air outlet, and the air inlet and the air outlet are communicated with the purification space; a first filter device is arranged in the purification space and Located adjacent to the air inlet, the first filter device receives a gas from the air inlet, and performs a first filtering procedure for the gas to filter multiple pollution sources in the gas; and a second filter Device, which is arranged in the purification space so that the first filter device is sandwiched between the air inlet and the second filter device, and the second filter device performs a process on the pollution sources in the gas The second filtering process enables the pollution sources to be decomposed into a harmless substance through the first filtering process, the second filtering process, or a combination of the two.

Preferably, the main body is provided with a plurality of connecting parts to connect with the wind conveying structure through the connecting parts.

Preferably, the first filtering device includes: an ion generator arranged adjacent to the air inlet to receive the gas introduced from the air inlet, and the ion generator generates a plurality of ions Charge, so that the pollution sources in the gas passing through the ion generator carry the ion charge; and an ion filter, which is arranged adjacent to the periphery of the ion generator and located between the ion generator and the ion generator Between the second filter devices, the ion filter element receives the gas derived from the ion generator, and the ion filter element includes a plurality of filter element charges that are electrically opposite to the ion charge, so as to adhere to the gas The pollution sources with the ion charge are present, and the gas is output.

Preferably, the second filter device is a nano-catalyst purification device, which is set in In the purification space, the first filter device is sandwiched between the air inlet and the second filter device. The nanocatalyst purification device provides a light source to irradiate the ion filter and from the ion The gas input by the filter element causes the pollution sources located on the ion filter element and in the gas output to be irradiated by the light source of the appropriate wavelength to promote the pollution sources to produce a degradation reaction, so as to decompose the pollution sources into one Harmless substances.

Preferably, the first filter device includes: a dual-spectrum ultraviolet generator, which is arranged adjacent to the air inlet to receive the gas introduced from the air inlet, and the dual-spectrum ultraviolet generator generates An ultraviolet light of a specific wavelength causes a plurality of oxygen molecules in the gas passing through the dual-spectrum ultraviolet generator to generate a plurality of ozone molecules; and a filter layer, which is arranged on the periphery of the ion generator, And is located between the dual-spectrum ultraviolet generator and the second filter device, so that the dual-spectrum ultraviolet generator is sandwiched between the air inlet and the filter layer, and the filter layer receives and exports from the dual-spectrum ultraviolet generator The gas, and the filter layer adsorbs a plurality of water molecules in the gas, wherein the ultraviolet light is irradiated on the filter layer to excite the surface electrons of the filter layer to generate a plurality of first charges and the second A plurality of second charges with opposite electric charges, the ozone molecules are combined with the first charges, and the water molecules are combined with the second charges, so that the ozone molecules and the water molecules are attracted to each other. A plurality of purification substances are formed, and the purification substances purify the pollution sources and output the gas.

Preferably, the second filter device is a nanocatalyst purification device, which is arranged in the purification space so that the first filter device is sandwiched between the air inlet and the second filter device , The nanocatalyst purification device provides a light source to irradiate the filter layer and the gas input from the filter layer, so that the pollution sources located on the filter layer and in the output gas pass the appropriate wavelength of the Under the illumination of the light source, the pollution sources are promoted to produce a degradation reaction, so as to decompose the pollution sources into harmless substances.

Preferably, the air outlet portion is provided with a wind guide portion which is arranged to receive the gas, and the wind guide portion is provided with a wind guide slope, so that the gas is concentratedly output to an outside through the wind guide portion Environment.

Preferably, the main body is further provided with an electrical connection area, which is arranged around the main body and is connected to the air device, wherein the electrical connection area is electrically connected to an electrical connection portion on the air device. Connected, so that the system receives an electric energy through the electrical connection part, and transmits the electric energy received in the electric connection area to the first filter device, the second filter device, or a combination of the two.

Preferably, the pollution source includes particulate matter (PM), formaldehyde, acetaldehyde, benzene, toluene, Ethyl benzene, and Styrene. , Xylene, para-dichiorobenzene, ammonia, or any combination of the two.

In order to make the above-mentioned purpose, features and advantages of this creation more obvious and understandable, detailed descriptions are given below in conjunction with the specific embodiments listed in the drawings.

10: body

11: Purify the space

12: Air intake

13: Air outlet

14: Electrical connection area

20: The first filter device

21: The first filter program

22: Ion generator

221: Ionic Charge

23: Ion filter

231: filter charge

24: Dual-spectrum ultraviolet generator

241: Ultraviolet light

25: filter layer

30: The second filter device

31: The second filter program

32: Nano catalyst purification device

321: light source

40: air device

41: Gas

411: Pollution Source

42: harmless substances

43: Electrical connection part

44: Electricity

Figure 1 is a schematic diagram of the component configuration of the creation; Figure 2 is a schematic diagram of the connection relationship between the ion generator and the ion filter as the first filter device of the creation; Figure 3 is the dual-spectrum ultraviolet light as the first filter device of the creation Schematic diagram of the connection relationship between the generator and the filter layer.

The advantages, features, and technical methods of this creation will be described in more detail with reference to the exemplary embodiments and the accompanying drawings to make it easier to understand, and this creation can be realized in different forms, so it should not be understood as the original creation It is limited to the embodiments stated here. On the contrary, for those with ordinary knowledge in the technical field, the provided embodiments will make this disclosure more thorough, comprehensive and complete to convey the scope of this creation, and this creation will only It is defined by the scope of the attached patent application.

In the description of this creation, what needs to be understood is that the terms "shun", "inverse", "center", "horizontal", "up", "down", "left", "right", "top", " The orientation or positional relationship of the indications such as “bottom”, “inner”, and “outer” are based on the orientation or positional relationship shown in the diagram, which is only for the convenience of describing the creation and simplifying the description, rather than indicating or implying the device or The components must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation of this creation.

In addition, the terms "including" and/or "including" refer to the existence of the features, regions, wholes, steps, operations, elements, and/or components, but do not exclude one or more other features, regions, wholes, steps, operations , The presence or addition of elements, components, and/or combinations thereof.

In order to make it easier for your reviewer to understand the content of this creation and the effects that can be achieved, the specific embodiments listed in the diagram are described in detail as follows:

Please refer to Figure 1, which is a schematic diagram of the component configuration of this creation. As shown in the figure, the air purifying device of the wind delivery structure of this creation mainly consists of a body 10, a first filter device 20, and a second filter device 30. The body 10 itself can be formed in an integral manner. The air device 40 (such as a fan, an air conditioner, an air cleaner, a dehumidifier, or a total heat exchanger, etc.) has a gas flow structure (meaning a structure that provides gas input, output, or guidance), and passes through the body 10 A purification space 11 is formed inside, and one end is provided with an air inlet 12, and the other end is provided with an air outlet 13 to introduce a gas 41 from the outside or the air device 40 into the air inlet 12 from the air inlet 12 After purifying the space 11, through the out The air portion 13 leads out the gas 41, and in order to effectively lead out the gas 41 and avoid part of the gas 41 from returning to cause heat burden, the air outlet portion 13 is provided with an air guiding portion, which is mainly A wind guide slope is set according to the shape of the main body 10 and the arrangement position of the second filter device 30, so that the gas 41 output from the second filter device 30 can be intensively output to an external environment through the wind guide in. In addition, the main body 10 can be formed on the gas flow structure in a manner as described above, and the main body 10 can also be formed on the gas flow structure including one of rectangles, squares, rings, circles, ellipses, diamonds, and stars. , Or any two or more of the shapes, are connected to the gas flow structure by a plurality of connecting portions provided on the main body 10, so that the main body 10 can be detachably installed in the gas flow structure Structurally, it is convenient for users to repair or replace.

The first filter device 20 is arranged in the purification space 11 and located adjacent to the air inlet 12, so that the first filter device 20 can receive the gas input from the body 10 through the air inlet 12 41, and execute a first filtering process 21 for the gas 41. The first filtering process 21 referred to here means that the first filtering device 20 can target a plurality of pollution sources 411 (including one of them) in the gas 41 Suspended particles, formaldehyde, acetaldehyde, benzene, toluene, ethylbenzene, styrene, xylene, p-xylene, ammonia, or any combination of the two) for complete purification or adhesion procedures, instead of only It is a preliminary action of attaching and filtering the pollution sources 411 (for example, a filter is used to attach the dirt in the gas 41 through the size of the pores to perform a preliminary filtering action).

The second filter device 30 is arranged in the purification space 11 and the first filter device 20 is sandwiched between the air inlet 12 and the second filter device 30, so that the second filter device 30 The gas 41 output by the first filtering device 20 after completing the first filtering procedure 21 can be received, so as to perform the second filtering procedure 31 on the gas 41. The second filtering procedure 31 referred to here is Perform another type of filtering process on the gas 41 that has completed the first filtering process 21, so that the first filtering process is completed The pollution sources 411 that have not been filtered and purified by the filtering program 21 can be further filtered and purified through the second filtering program 31 of another type. In this way, when the pollution sources 411 go through the first filtering program 21, the When the second filtering process 31 or a combination of the two, it can be effectively decomposed into a harmless substance 42 so as to provide a cleaner air environment for users to use.

In addition, the main body 10 may be further provided with an electrical connection area 14. The electrical connection area 14 is specifically a conductive structure that can introduce an external electric energy 44 into the main body 10, so when the electrical connection area 14 is set in the When the main body 10 is at a position where it can be connected to the air device 40, the electrical connection area 14 is electrically connected to an electrical connection portion 43 on the air device 40. In this way, when the air device 40 is activated, the When the electric energy 44 is received from the outside, the air device 40 can further transmit the electric energy 44 to the electrical connection area 14 via the electrical connection portion 43, so that the main body 10 receives the electrical energy 44 via the electrical connection portion 43. And the electrical energy 44 received by the electrical connection area 14 is transmitted to the first filter device 20, the second filter device 30, or a combination of the two, and then the electrical energy 44 is provided to enable the first filter device 20, the first filter device 20, the The second filtering device 30 or a combination of the two can execute the first filtering program 21, the second filtering program 31 or a combination of the two.

Please refer to FIG. 2 again, which is a schematic diagram of the connection relationship between the ion generator and the ion filter in the first filter device of this creation. As shown in the figure, when the first filter device 20 includes an ion generator 22 and an ion filter 23, the ion generator 22 can be arranged in the purification space 11 of the body 10 and located At the neighboring area of the air inlet 12, the ion generator 22 is mainly raised from a low voltage by a booster circuit to a negative high voltage of direct current, and then uses a high-end direct current high voltage to generate a high corona, which releases a large amount of electricity at high speed. After the electrons, because the electrons cannot exist in the air for a long time, they are immediately captured by the oxygen molecules in the air to generate a large number of negative ions. Therefore, when the ion generator 22 receives the gas introduced from the air inlet 12, the pollution sources 411 in the gas 41 will be charged with the ion charge 221 of negative ions.

The ion filter 23 is arranged in the purification space 11 and located adjacent to the periphery of the ion generator 22, so that the ion filter 23 is sandwiched between the ion generator 22 and the second filter device Between 30, the ion filter 23 includes a plurality of filter charges 231 (in this embodiment, the filter charges of positive ions) with the opposite electrical charges of the ion charge 221, and the ion filter 23 receives the ion filter 23 from the The gas 41 derived from the ion generator 22, and the pollution sources 411 with the ion charge 221 of negative ions in the gas 41 are attached to the ion filter 23. Specifically, the ion filter 23 includes The filter charge 231 is specifically electrostatic, which is mainly formed by, for example, resin polymer through permanent polarization treatment or formed by using static-related textile materials, so that the ion filter 23 can be charged through the filters. 231. Attach the pollution sources 411 with the ion charge 221 of negative ions to the ion filter 23.

When the second filter device 30 is a nanocatalyst purification device 32, it is installed in the purification space 11, and the first filter device 20 is sandwiched between the air inlet 12 and the first filter device. Between the two filter devices 30, the nanocatalyst purification device 32 is used to provide a light source 321 to irradiate the ion filter 23 and the gas 41 input from the ion filter 23 so that it is located on the ion filter 23 The pollution sources 411 on 23 and in the output gas 41 are irradiated by the light source 321 of the appropriate wavelength to generate electron-hole pairs, so that the hydroxide ions in the pollution sources 411 will be oxidized by the holes into hydrogen and oxygen. The hydroxyl group (OH), and the hydroxyl group will then obtain electrons from organic matter. In this way, the pollution sources 411 that have lost electrons will lose their linking ability and degrade into smaller molecules (such as carbon dioxide or water), thereby, When the pollution source 411 produces one of the aforementioned degradation reactions, the pollution source 411 can be decomposed into a harmless substance 42 (such as carbon dioxide or water). In this way, the pollution sources 411 are attached through the front of the ion filter 23, and then the ion filter 23 and the pollution sources 411 in the gas 41 output by the light source 321 are irradiated to generate the degradation reaction to effectively provide air The clean function provides users with clean gas.

Please refer to FIG. 3 again, which is a schematic diagram of the connection relationship between the dual-spectrum ultraviolet generator and the filter layer as the first filter device of this creation. As shown in the figure, when the first filter device 20 includes a dual-spectrum ultraviolet generator 24 and a filter layer 25, the dual-spectrum ultraviolet generator 24 is disposed adjacent to the air inlet 12 Receiving the gas 41 introduced from the air inlet 12, the dual-spectrum ultraviolet generator 24 is used for an ultraviolet light 241 of a specific wavelength to irradiate the gas 41 introduced from the air inlet 12 with the ultraviolet light 241 to make The oxygen (O2) molecules in the gas 41 are converted into ozone (O3) molecules. More specifically, the dual-spectrum ultraviolet generator 24 can simultaneously emit 185nm (neon mete, nanometer) and 254nm ultraviolet radiation. The gas 41 causes the oxygen molecules in the gas 41 to be reduced to an atomic state after being reacted, so that when the atomic oxygen molecules react with other oxygen molecules, ozone molecules are formed.

The filter layer 25 is arranged in the main body 10 and is located adjacent to the periphery of the dual-spectrum ultraviolet generator 24, so that the filter layer 25 is located between the dual-spectrum ultraviolet generator 24 and the second filter device, When the filter layer 25 receives the gas derived from the dual-spectral ultraviolet generator 24, since the filter layer 25 may be provided with a metal catalyst layer with hydrophilic properties or other related materials with hydrophilic properties, The filter layer 25 can absorb multiple water molecules in the gas by the hydrophilic materials. In addition, since the filter layer 25 is located adjacent to the periphery of the dual-spectrum ultraviolet generator 24, when the dual-spectrum When the ultraviolet generator 24 provides the ultraviolet light 241, the filter layer 25 will also receive the ultraviolet light 241. Thus, the surface of the filter layer 25 receiving the gas will excite surface electrons due to the ultraviolet light 241 irradiation. , And then generate a plurality of first charges (such as negative charges) and a plurality of second charges (such as positive charges) opposite to the first charges. In this way, the ozone molecules will, for example, combine with the first charges , The water molecules will, for example, combine with the second charges. When the water molecules with the positive charge deprive the ionic oxygen in the ozone molecule, for example, oxygen anions and hydrogen peroxide ions are generated. After being led out from the surface of the filter layer, it is dispersed in the gas. In this way, through the above reaction, a plurality of purification substances of magnetic energy vector oxidation can be produced.

In addition, the purification substances can purify the pollution sources 411 attached to the gas 41, and cause the pollution sources 411 to produce the degradation reaction, so as to decompose into the harmless substances 42 (such as oxygen, water or carbon dioxide) through the pollution sources 411. , By purifying various pollutants to provide air purification function, and then provide users with clean gas.

When the second filter device 30 is the nanocatalyst purification device 32, it can also be arranged in the purification space 11, so that the first filter device 20 is sandwiched between the air inlet 12 and the Between the second filter device 30, when the nanocatalyst purification device 32 provides the light source 321 to irradiate the filter layer 25 and the gas 41 input from the filter layer 25, so that it is located on the filter layer 25 and is The pollution sources 411 in the output gas 41 (that is, the pollution sources 411 that have not been completely filtered and purified after the first filtering process 21) are irradiated by the light source 321 of appropriate wavelength to produce the degradation reaction as described above, In order to decompose the pollution source 411 into the harmless substance 42 (for example, carbon dioxide or water). In this way, after the gas 41 input from the air inlet 12 passes through the first filtering process 21 and the second filtering process 31, the pollution sources 411 in the gas 41 can be effectively filtered and purified to provide users with cleanliness. gas.

The disclosure in this case is a preferred embodiment, and any partial changes or modifications that are derived from the technical ideas of the case and can be easily inferred by those who are familiar with the art will not deviate from the scope of the patent right of the case.

However, the above are only the best embodiments of this creation, and should not be used to limit the scope of implementation of this creation; therefore, all simple equivalent changes and changes made in accordance with the scope of patent application and the content of the new description of this creation should not be used to limit the scope of implementation of this creation. Modifications should still fall within the scope of this creation patent.

10: body

11: Purify the space

12: Air intake

13: Air outlet

14: Electrical connection area

20: The first filter device

21: The first filter program

30: The second filter device

31: The second filter program

40: air device

41: Gas

411: Pollution Source

42: harmless substances

43: Electrical connection part

44: Electricity

Claims (9)

An air purifying device with a wind delivery structure, comprising: a body arranged on an air delivery structure of an air device, and a purification space is formed inside the body, one end of the body is provided with an air inlet, and the other end An air outlet is provided, and the air inlet and air outlet are in communication with the purification space; a first filter device is arranged in the purification space and located adjacent to the air inlet, the The first filtering device receives a gas from the air inlet, and performs a first filtering procedure for the gas to filter multiple pollution sources in the gas; and a second filtering device is installed in the clean space and makes The first filter device is sandwiched between the air inlet and the second filter device, and the second filter device performs a second filtering process on the pollution sources in the gas, so that the pollution sources pass through the first filter device. A filtering process, the second filtering process, or a combination of the two are decomposed into a harmless substance. The air purification device of the wind conveying structure according to claim 1, wherein the main body is provided with a plurality of connecting parts to be connected with the wind conveying structure through the connecting parts. According to the air purifying device of the wind delivery structure according to claim 1, the first filter device includes: an ion generator which is arranged adjacent to the air inlet to receive the air introduced from the air inlet Gas, the ion generator generates a plurality of ion charges, so that the pollution sources in the gas passing through the ion generator carry the ion charges; and an ion filter, which is arranged in the peripheral phase of the ion generator Adjacent to and located between the ion generator and the second filter device, the ion filter receives the gas derived from the ion generator, and the ion filter includes an electrical charge with the ion A plurality of opposite filter elements are charged to attach the pollution sources with the ion charge in the gas and output the gas. The air purifying device of the wind conveying structure according to claim 3, wherein the second filter device is a nanocatalyst purification device, which is arranged in the purification space so that the first filter device is sandwiched between Between the air inlet and the second filter device, the nanocatalyst purification device provides a light source to irradiate the ion filter and the gas input from the ion filter so as to be located on the ion filter and The pollution sources in the output gas are irradiated by the light source of appropriate wavelength to promote the pollution sources to produce a degradation reaction, so as to decompose the pollution sources into harmless substances. The air purifying device of the wind delivery structure according to claim 1, wherein the first filter device includes: a dual-spectrum ultraviolet generator, which is arranged adjacent to the air inlet to receive from the air inlet The introduced gas, the dual-spectrum ultraviolet generator generates an ultraviolet light of a specific wavelength, so that a plurality of oxygen molecules in the gas passing through the dual-spectrum ultraviolet generator generates a plurality of ozone molecules; and a filter layer, which is provided Adjacent to the periphery of the ion generator and located between the dual-spectrum ultraviolet generator and the second filter device, so that the dual-spectrum ultraviolet generator is sandwiched between the air inlet and the filter layer, The filter layer receives the gas derived from the dual-spectrum ultraviolet generator, and the filter layer absorbs a plurality of water molecules in the gas, wherein the ultraviolet light is irradiated on the filter layer to excite the surface electrons of the filter layer , Generate a plurality of first charges and a plurality of second charges opposite to the first charges, the ozone molecules are combined with the first charges, and the water molecules are combined with the second charges to make the Some ozone The ions attract the water molecules to form a plurality of purification substances, and the purification substances purify the pollution sources and output the gas. The air purification device of the wind delivery structure according to claim 5, wherein the second filter device is a nanocatalyst purification device, which is arranged in the purification space so that the first filter device is sandwiched between Between the air inlet and the second filter device, the nanocatalyst purification device provides a light source to irradiate the filter layer and the gas input from the filter layer so that it is located on the filter layer and the output The pollution sources in the gas are irradiated by the light source of appropriate wavelength to promote the pollution sources to produce a degradation reaction, so as to decompose the pollution sources into harmless substances. The air purifying device with a wind delivery structure according to claim 1, wherein the air outlet part is provided with a wind guide part which is arranged to receive the gas, and the wind guide part is provided with a wind guide slope so that the The gas is intensively output to an external environment through the air guiding part. The air purification device of the wind conveying structure according to claim 1, wherein the main body is further provided with an electrical connection area, which is provided around the main body and is connected to the air device, wherein the electrical connection area is It is electrically connected to an electric connection part on the air device, so that the system receives an electric energy through the electric connection part, and transmits the electric energy received in the electric connection area to the first filter device and the second filter device. Device or a combination of the two. The air purification device with a wind conveying structure according to claim 1, wherein the pollution source includes one of suspended particles, formaldehyde, acetaldehyde, benzene, toluene, ethylbenzene, styrene, xylene, p-xylene, ammonia Or any combination of two or more.

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