TW450836B - Air processing unit - Google Patents

Abstract

The present invention relates to an air processing unit, particularly a light catalyst air processing unit which uses a light not from a preset stimulating light source. The air processing mainly comprises the removal or reduction of air pollutants including tiny matters such as dirt in solid or gaseous state, biological or non-biological. Typical pollutants include microorganisms such as bacteria, toxic or foul volatile gas, particles in air in micro-grade, etc. Conventional air processing methods include using ultraviolet sterilization, electric dust collection, ozone sterilization, filtration or filtration with active carbon. Recently, the catalysis of light is used for sterilization and deodorant. These conventional methods have their advantages and limits in use, and have a different operation effect. The objective of the present invention is to provide an air processing unit that can satisfy the abovementioned characteristics while solving various possible drawbacks in the conventional methods, particularly an air processing unit that does not need a preset stimulating energy.

Description

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V. Description of the invention (1) [Brief description of the invention] This case relates to an air treatment unit, in particular, a photocatalyst air treatment unit using a preset excitation light source ^ The philippine two-gas treatment mainly refers to the removal of soil from air pollutants. Subtle substances, such as dirt and dust, are in a state or gaseous state: biological; typical pollutants such as microorganisms such as bacteria, poison, gas, and even micron-level air dust particles, etc. The two types of gas treatment include the use of ultraviolet sterilization, electronic dust collection, sterilization, filter or activated carbon, and recently there are still sterilization and deodorization using photocatalysts. Each has its advantages and limitations in application. The operation effect is also different. For example, the announcement "258 9 27 sterilizing air filter" discloses a method for filtering air as the main technical means, mainly using a UV light source to achieve sterilization; the announcement r 3 48 丨 9 8 method and device for treating air "Teaching a catalyst conversion technology that converts ozone into oxygen 'and is mainly used in idle vehicles, especially on the surface of radiators, condensers, or fans; as in the announcement" 341889 Air cleaning and purification The "device" mainly uses the electronic dust collection technology of the conductive dust box; for example, the announcement "337731 Air Purifier" also includes the primary filter, electronic dust collection, honeycomb filter material photocatalyst board, ultraviolet germicidal lamp, honeycomb activated carbon concrete Various combinations in the body.

Page 4 450836 V. Description of the invention (2) From the above brief discussion, basically, although the technologies used are similar or the same, the actual technical composition or the main technical means is increased or decreased. 'All patents that are in compliance with the patent requirements are also allowed to be granted at the same time. patent. For example, there are still different patent approvals for previously announced technologies for UV sterilization. Another example is filtration technology or electronic dust collection. Secondly, "the application of photocatalyst" basically does not make full use of the simple aggregation of functions which is said to be photocatalyst. From the perspective of a high-density filter (HEPA), it is expected to achieve the purpose of air filtration and the composition of the operation is complicated, expensive, and instantaneous. Similarly, the electronic dust collection also has the characteristics of a simple accumulation or similar functions or functions. The non-catalyst must use the technical means of preset UV killing period, which can be seen in the literature. Even if it meets the patent requirements, its announcement "33773 1 The characteristics and advantages of air purification media, or in terms of its use of primary filtration First, the filter material that is regularly changed is limited to the performance of a single function product. The combination of the two is often obvious. Second, the light-emitting bacteria lamp in the cited case provides an incentive. Energy is also preliminary. It is not easy to look at its structure, cost, and expected implementation. This case proposes to use the light weights to form 'f 忐, soy is the ew reaction', especially the gas-phase photocatalytic process, and the principle of war is to use All ^ intermediate active substances (such as hydrogen and oxygen), which attack the target NHradicals of the target pollution machine. Typical materials, damage Object, also referred to generally also ΤΑ 'ho, h ave for the purposes of classification for this photocatalyst is also known (such as heart ph〇t〇 ⑴, which may be in accordance with

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Its different operating environment type Ti 〇2 is currently the most widely selected and selected its type. Among them, redox and reduction capabilities, the same photocatalyst Tao Jing, mainly uses its strong oxygen and low price, etc .: J 具Chemically safe, environmentally friendly, oxidative energy photocatalysts have been proven, especially volatile ill, which can widely deal with polluted ethylene in the air and other widely used machine tools, such as benzene'phenol, three gas ethylene, four The derivation of qi can be found in the phase of production, and its detailed experimental data and theoretical background knowledge are explored: 查 check no longer praise ..., • the necessary signs 〇 legal elements fully disclosed in the patent law. The photodecomposition mechanism of the light modulation program is to use ultraviolet light or the sun == catalyst material to generate electron hole pairs to oxidize them ν _, and then crack into small molecules or even achieve the effect of complete mineralization. H photocatalysts are subjected to energy levels greater than: the electrons will jump to the conductive band and generate holes in the valence band. The energy level difference between the two electric bands (titanium carbide) is taken as an example. reaction. This hole has a relatively high oxidizing capacity, which can be decomposed by molecular molecules, or the water molecules adsorbed on the surface can be oxidized to hydroxyl radicals (0H radlcal). The former treats airborne pollutants, such as volatile organic compounds or early-stage direct pollutants (criteria p0iiutants), such as black smoke, sulfur oxides, chemicals, / 7 compounds, and even toxic or foul pollutants such as ozone; Strong bactericidal effect. Strong

Page 6 450836 V. Explanation of the invention (4) is the main purpose of this case. The above characteristics can effectively solve the problems that were used in the past—providing a kind of air that simultaneously satisfies the excitation energy to be preset: various possible disadvantages, which are not required. An air rolling processing unit. The following will show the tendon # /, ^ ,, ^ ^ Α dry examples with illustrations for illustration. When it is not a limitation, it refers to the unmentioned W, "and the teaching of the case. It should also be regarded as the connection or indirect from this domain. Among them, the extension of this case is interpreted as the spirit of this case. The second picture is based on another aspect of the case; the third picture is based on the case of the __ granular carrier; an embodiment of the processing unit, indicating a photocatalyst embodiment, pointing out a different photocatalyst supporting embodiment, and pointing out a photocatalyst The fourth picture of the support is based on another of this case-a fixed bed can be detachably supported; the example indicates that the particle carrier can be passed through 4i0836 V. Description of the invention (5) The fifth picture is according to another of this case The embodiment indicates the setting of the stirring device to help the disturbance of the air or the rolling of the particle carrier; and the sixth figure indicates that a pressure boosting device can be further added in this case to provide an air pressure difference between the inside and outside of the boundary of the air processing unit. Drawing number To be explained] 100, 200, 300, 400, 500, 600 Different embodiments of the air treatment unit 101 First opening 102 Second opening 110 Connecting element 111 Hook portion 112 Elastic portion 113 Support portion 114 Touching portion (release button) 120 Housing 121 Joint frame 1211 Joint surface 130 Photocatalyst mesh layer 131 Photocatalyst particles 140 Photocatalyst support 210 Photocatalyst support 211 Grid

Page 8 450836 V. Description of the invention (6) 212 Photocatalyst mesh layer 310 Photocatalyst ball (bead) body 311 Particle carrier 312 Photocatalyst particle 320 Connection section 321 First entrance 322 Second entrance 410 Photocatalyst support 411 Concave hole 412 Surface 420 Sphere 510 Stirring device 511 Blade 520 Fixing seat 610 Booster 620 Fixing seat 630 Power source [Brief description of the invention] First, referring to the first figure, according to an embodiment of the present case, an air processing unit (100) mainly includes a transparent or The light-transmissive shell (120) has at least one opening to allow air to pass through. A photocatalyst support (140) is supported in the shell to support a plurality of particulate matter having photocatalysts while receiving light through the shell.

Page 9 450836 V. Description of the invention (7) Radiation 'In this example, it is the photocatalyst mesh layer (130), so when light passes through the shell and irradiates the photocatalyst, it will cause photodecomposition, and then pass through the air in the housing into the lamp . It is worth noting that the unit (100) is not provided with any light source 'and is provided by the outside. The housing (120) can be made of, for example, acrylic, and has a very good light transmittance. Natural light or artificial light sources can be easily penetrated, and the photocatalyst substance hidden in the interior is irradiated to produce the photocatalyst air treatment effect, without the need for additional The UV light source setting 'is completely separated from the technical means used in the past. The cross section of the casing (120) is rectangular in this embodiment, and other shapes are of course {applicable without affecting the discussion ', such as circular. The air circulation of the shell (120) is limited by the natural convection or natural ventilation. The energy of the air is limited, but it is not installed in a limited space such as a closed car. Any power plant generates a pressure difference for forced convection. efficacy. Taking the embodiment as an example, 'the housing may be provided with a first opening (101) and a second opening (102) in a long axis direction thereof to provide an opportunity for air to contact the light medium layer (130); A connection element (11) can be provided in the direction of the first opening (101), which can be integrally formed on the edge of the first opening or can be separately attached to the edge 'to lock the entire air treatment unit or The device is located at a vent or an air outlet (not shown), and uses the pressure difference generated by the vent or the air outlet to achieve the purpose of forcibly passing air through the photocatalyst substance. Ventilation or air outlets can typically be exhaust, exhaust or air-conditioning duct outlets for cars, indoors, basements, etc. and the above-mentioned application areas usually have ample natural light or

1111 Page 10 45Q836 V. Description of the invention (8) The industrial light source can ensure that the role of the photocatalyst is performed. For example, the driver's seat of the car usually does not handle shading due to driving safety considerations. The use of incident sunlight should be an effective and environmentally friendly strategy. The above-mentioned connecting element (110) can be directly adhered with double-sided tape (not shown). Of course, in order to consider its repetitive use, a semi-fixing method of overlap can be used without affecting its applicability. It can include a pair of hooks. (111) Corresponds to the air inlet / outlet to be overlapped. At the same time, the hook portion can be extended to the general body to form the elastic portion (112) to allow the hook portion to deform slightly and click into the portion to be connected. For the connection to be separated, the support portion (113) may be formed integrally with the two elastic portions (n 2) at a position corresponding to the inner diameter of the casing, and at the same time, the support portion and the elastic portion approximately meet to form a trigger portion ( Π 4) It snaps into the housing for positioning. At this time, the triggering part has two functions. In addition to the locking position, it can also be used as a release button. After pressing, the hook is retracted to release the connection with the air outlet / air inlet. In order to ensure the airtightness of the shell and the air inlet / outlet, a joint frame (121) can still be set at the junction. It is preferably made of elastic material so that it is equal to the name (1211). Indicates that it maintains a good airtightness; in this way, the unit can use the pressure difference generated by the exhaust / intake of the air inlet / outlet to force air through to achieve the effect of convection. As for the photocatalyst material, it is best to use too much better specific surface ratio, that is, the phase-level powder particles, which have a surface, preferably less than m, and have a larger effect under the physical and physical conditions. The best range is rice. , Of course, this range has two physical dimensions, and based on the range of 50 to 100 nanog Feng currently available for mass production '

450836 V. Description of the invention (9) The smaller the particles, the more obvious the effect. The most direct effect. The choice of the above range 'mainly increases with the light source', that is, it can produce photodecomposition gas smoothly. Ideally, individual particles of atoms or molecules have a considerable number of attachment technologies, and allow the air to pass through easily, and at the same time, the air passing through can be processed smoothly. According to the first picture, the photocatalyst support or support (140) system Adopting a net-like physical structure, it can be integrated inside or inside the shell 12 (120). The surface of the photocatalyst mesh layer (130) is expressed in an enlarged scale, and its photocatalyst (131) can be basically directly immersed. Directly attached in the solution containing photocatalyst 'Because the photocatalyst (131) is a nano-grade material as mentioned above, the particles are very small and can be directly embedded in the depressions or irregularities on the surface of the mesh layer, or even between the fibers', if for better adhesion Adhesives can also be added to the solution to obtain the effect of adhesion. In addition, more complicated adhesion techniques are also feasible, such as CVD, PVD, or sputtering (CVD).

Vapor Depos i t i on) can be completed by the equation TiC14 + 2H20 Ti02 + 4HC1 in terms of thorium dioxide; and PVD (Physical

Vapor Deposition) is mainly performed in a vacuum. The pre-bonded substance is heated to form a gas state, and it can be attached to the surface to be plated by cooling; and there are many different techniques for sputtering. The main method is to The substance forms a plasma and is sprayed directly onto the substrate. There are many documents in the technical details that show that the new method of the applicant's development will not be repeated. The technical means will be applied for in another case. This case mainly discusses the constitution of the photocatalyst, and the constitution of the method is not limited in substance.

4 ^ 〇83 6 V. Description of the invention (ίο) As for the material of the above mesh layer (130) is typically gauze 'Teflon (PTFE), all kinds of artificial fibers, mesh bodies, fabrics, etc., even the activated carbon itself is also It is a good support material, and it is not limited; among them, especially the photocatalyst has a very good chemical property and material, and is very stable. Therefore, it should be a good mesh material with only effect and no chemical change. Next, please refer to the second figure. In the second embodiment of the present case, an air treatment unit is represented by a drawing number (200), and the same structure will not be described again, and only the differences will be described in detail. Different shapes of the body (210) When one body is formed into a porous block to allow air to pass through smoothly—a symmetrical form of the matrix, the photocatalyst (212) is on the surface of the grid body. The grid body is made of the aforementioned materials, and the materials are conducive to the characteristics of light transmission. Typical materials such as pressed materials can meet this type of shape, shape, and shape, and have better guide and acrylic parts that are formed in advance. The embodiment of the present case mainly emphasizes that the photocatalyst supports approximately a shape corresponding to the internal cross-sectional shape of the housing. The through-holes can be in any form. Mainly, in an embodiment, the through-holes are arranged into a grid body (211) to form a square-shaped through-hole. At the edge of the hole, the photocatalyst support adhered to or coated with a layer on the surface in the manner described above can basically also be used. It is more conducive to the role of photocatalyst for the full use of transparent or light-transmitting materials. With polymers such as PC or Polycarbonate, please refer to the third picture. The third meeting of this case is just an example, an air treatment.

Page 13 4 i Ο 8 3 6 V. Description of the invention (11) The unit of “一” is represented by drawing number (300), and its photocatalyst support (31〇) can be used—plural beads or spheres, or approximately round A shaped particle carrier (3η) is formed, and a layer of photocatalyst (312) is attached to the particle carrier surface. Although the particle inclusions can also be formed using the aforementioned materials without affecting the applicability of this case, preferably, it is expected to have a lighter specific gravity, so that it can increase its chance of contact with air as the air bounces into the shell, and at the same time It also has a visually beautiful effect 'Of course, transparent or light-transmitting materials can also be used to enhance its photodecomposition'. At the same time, different colors of particle carriers can be used to achieve the visual effect of mixing different colors. σ is the same as the functional part of the shell described above. One of the shells is open. For example, a connection section (320) is extended at the first open end. It is mainly used to adjust the cross-section of the air flow to change the air velocity. The offset makes the passing air flow turbulent to promote the mixing of air-fluorine and photocatalyst. In an embodiment, the first entrance (321) of the connecting section (320) is located at the free or open end so as to be connected with the entrance / exit ', and the other end is connected to the shell ship by the second entrance (322). The cross-sectional areas of the first and second inlets can be set to be different in size, and the flow velocity of the air passing through can be changed based on the principle of indestructible mass; at the same time, the first and second inlets can be offset from each other along the long axis. The amount of displacement (Θ) will be changed by forcing it to change the direction of the flow to cause turbulence; of course, other forms of cross-sectional shape or degree of offset, or changes in size and proportion can still obtain different combined effects, which should still be It is within the scope of this case. Next, the fourth figure indicates the fourth embodiment of this case, an air

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V. Description of the invention (12) The j processing unit is indicated by a French horn (400). The main difference is that the sphere or bead (42 0) is confined to the photocatalyst support base (41〇). The support base can be-complex! Number The surface (412) of the parallel plate 'plate is provided with a recessed hole (411) to support the above-mentioned ball ship' plate and the plate. The limited distance between the plates ensures smooth passage of the ball, and the transparent effect can be used smoothly. Can be smaller than the outer diameter of the sphere. Its direct superior surface is made of light-touch or light-transmitting material, so as to limit it to the air flow through which the board and points pass. Of course, the support seat is used to ensure or break into the light. The fifth figure indicates another feature of this case. In the fifth embodiment, an * gas processing unit is represented by the drawing number (500), which is mainly provided at the entrance / exit. The device (510) is provided with a fixed seat (520) at an outlet of the casing, allowing it to rotate with the inflow or outflow of the airflow. In addition to its decorative function, the stirring device can substantially use its blades (511) to agitate the air. Change the airflow and even search for the aforementioned spheres. At this time, the aforementioned spheres are expected to be made of lighter materials. Some materials are very light. 'Polyron itself is very easy to roll or jump with $, while other materials such as ceramic materials such as alumina, glass, etc., track rubber balls, Even if the porous material such as metal balls or activated carbon is not too large, it can be disturbed by the above stirring device if it is excessively installed in the casing. At the same time, the f I mixing device should not be limited to the shape of the blade. The blade can also be used, for example, the snail pattern can also achieve similar effects. The blade is only an exemplary description, otherwise: also. ° & Limited Finally, another feature of this case is the sixth embodiment, as shown in the sixth figure

Page 15: 45083 6 V. Description of the invention (13) An air treatment unit is represented by a drawing number (600). The main difference is that a pressure device (610) is provided at an outlet of the casing to provide a pressure difference. , Typically can be a small fan, selected from the form of axial flow, centrifugal or oblique flow, and driven by a power source 'such as a DC or AC motor, while being fixed to the housing by a fixed seat (620) . This feature can mainly increase the speed or volume of ventilation to increase air circulation. It is worth noting that the direct current power source can use full sunlight outside the car's cigarette lighter at 12 volts.! The photovoltaic panel is used to generate DC to promote the small fan, while other occasions are in physical conditions (the light source is sufficient Bottom) Solar energy can also fully play its role, without the need for additional power supply, forming a self-sufficient system. This case believes that it has been fully explained that its different combinations or mixed use of features should be understood without detailed explanation one by one, and the choice of size, shape, material, and color should also fall within the scope of this case. Overall, this case reveals an air treatment unit that does not need to provide or preset excitation energy. It uses the existing environment, especially the ultraviolet component provided by natural or artificial light sources, to stimulate the photolysis of photocatalysts to achieve the treatment of environmental pollutants. The effect of this is significantly different from the known technical means. The nano-sized photocatalyst particle powder used in this case, because it is a small particle, has a relatively large specific surface ratio (BET). Its function has been proven to have better characteristics than the traditional same material. Satisfactory results can be obtained even with only 5 to 7% of light.

Page 16 450836 V. Description of the invention (14) The present case reveals that it is possible to express the increase of its surface and its effect, which depends on the action ', and as before, the photocatalyst solution is added. The catalyst has sufficient use of agitating devices or changing the flow rate to generate a natural temperature difference. The pressure-increasing device should be used as best as possible. If the particles are fine, there are researches on the solution. Different types of light can simultaneously reveal the formation of turbulence. Therefore, the typical photocatalyst supporter embodiment is different in that its main photocatalyst is exposed to a light source for photodecomposition. Of course, a feasible method is to improve the production method of photocatalyst particles. The applicant also states that a patent will be filed in another case. Application; another can contact the particles with the light source, and this case pointed out that the other key technology is to deal with the air to be treated 'that is, the problem of air circulation, this case and the connection section to cause the flow field of the air flow to change, to achieve the above purpose. For full circulating air convection, you can also use a pressure-clamping device-like fan to achieve satisfaction = to achieve 'to achieve the use of existing equipment such as steam straight — or general basement air conditioners to send air in and out, to the internal cooling air emissions Orally, this t can also be helpful for air treatment. At this time, it is achieved by a connecting element. After connecting a single bismuth surname, pressing the file can simply be an early pure transfer or The overlapping structure is not shown in the figure. Of course, the constituents disclosed in this case—the constituent elements are mainly transparent shells that serve as empty spaces. It is feasible, and the photocatalyst device that mainly accommodates the effect as long as there is a light source in the sub-f-tube f ’will continue to enter #. In the previous stage, the outer shell and the photocatalyst, the connection element and the booster element are connected separately. ^ The connection is made separately. The details will be clearly defined in the application ^ Management & Synthesis can be operated independently.

450836 V. Description of the Invention (15) The description of the features or characteristics should be reasonable and understandable through the description of the exemplary embodiments, and will be repeated. 'This case provides at least the following features from the structure: 1. The photodecomposition can be performed without the need of an additional ultraviolet light source. This technique has not been disclosed in the prior art. 4 2. Natural air or forced air can be used to promote the ability to deal with air, especially suitable for dealing with air in a small space. 3. Use photocatalyst gas-phase catalysis program to generate highly oxidized intermediate actives to attack target pollutants and their intermediate products, thereby destroying the pollutants. Objective 4. Use the water molecules adsorbed on the surface to oxidize to hydrogen radicals, and the germicidal effect of tritium. Lie 5. The material itself is stable and stable, and it is not harmful to the environment. It can be discarded directly after use, and its photocatalyst can continue to function, that is, it can still destroy the pollutants normally by photocatalysis after it is discarded, and improve environmental pollution. efficacy. 6. Simple structure and low cost, which can effectively improve the possible disadvantages of various air treatment technologies used in the past, and at the same time, the diversity and comprehensiveness of the air treatment is more experienced

450836 V. Description of Invention (16) This case is reflected in this case. To sum up, this case can actually achieve its purpose, and it has not been seen in the publication before the application, and can provide a better use effect. It should be in accordance with the various elements of the patent regulations. We ask your reviewers to give a fair and objective conclusion, and Grant the patent as soon as possible; at the same time, if you do not understand the matter, please give a full explanation or an opportunity for amendment in accordance with the law to meet the requirements of the patent regulations.

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Claims (1)

450836 VI. Scope of patent application 1. An air treatment unit exposed to a natural or artificial light source to treat air in a generally limited space area, including: a transparent or translucent housing (120) with at least one opening The air is allowed to pass through, and a photocatalyst support is provided to support a plurality of photocatalyst particulate matter on its surface, and at the same time, the natural or artificial light source may be incident through the shell for photodecomposition. 2. An air treatment unit according to item 1 of the scope of patent application, wherein the photocatalyst support is a plurality of mesh layers (130). 3. An air treatment unit according to item 2 of the scope of patent application, wherein the mesh material can be selected from natural or synthetic fibers. 4. An air treatment unit according to item 2 of the scope of patent application, wherein the mesh material can be selected from natural or synthetic porous materials. 5. An air processing unit according to item 1 of the scope of the patent application, wherein the photocatalyst support (2 1 0) is in the form of an integrated porous block, allowing air to pass through smoothly. Page 20 4 5 0 8 3 6 6. Scope of patent application 6. According to the patent application park, the photocatalyst support has a channel.空气 An air treatment unit of item 5, in which a complex matrix is symmetrically penetrated so that air passes through and photosynthesizes Η Decision 8: The air treatment unit of item 6 of the patent application scope, wherein the catalyst support is preferably selected from transparent or light-transmissive polymer materials. 9 _ An air treatment unit according to item 1 of the scope of patent application, wherein the photocatalyst support (31〇) is a plurality of beaded or spherical particle carriers 1 〇 An air treatment unit according to item 9 of the scope of patent application Among them, the granular carrier has the characteristic that the specific gravity easily jumps with the air entering the above-mentioned casing. I Π, an air treatment unit according to item 9 of the scope of the patent application, wherein: the photocatalyst support can be selected from natural or synthetic porous materials. According to an air treatment unit according to item θ of the patent application scope, the catalyst support can be selected from natural or synthetic transparent or transparent materials. Page 21 4 50 83 6 VI. Scope of patent application 13. According to an air treatment unit of item 12 of the patent application scope, wherein the photocatalyst supports have the same or different color combinations. 14. An air treatment unit according to item 9 of the scope of the patent application, further comprising a mixing device (510) provided at an opening of the above-mentioned casing to rotate with the incoming flow to change the air flow. Jade 5. A plum treatment unit according to item 14 of the scope of the patent application, wherein the free end of the agitating device is in contact with the above-mentioned particle carrier to get into the rolling or beating of the particle carrier. 16. An air treatment unit according to item 9 of the scope of the patent application, further comprising a plurality of parallel plates (410) 'whose surface (412) is provided with recesses (411) to support the above-mentioned particulate carrier. 17. An air treatment unit 'wherein' the distance between the parallel plates according to item 16 of the scope of patent application is smaller than the particle carrier. 18. An air treatment unit 'according to item 16 of the application, wherein the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials. 19. · An air treatment unit is exposed to a natural or artificial light source to treat air that is usually a confined space, including: Page 22 4S083 6 VI. Patent application Fan Yuan-a transparent or light-transmissive housing (120) with at least one opening to allow the above air to pass through;-a photocatalyst support 'to support a plurality of photocatalyst particulate matter on its surface' through the shell at the same time The body can accept the incident natural or artificial light source for photodecomposition; and a connecting section (320) 'one end of which is connected with the housing, and the other end forms a free end opening to change the speed or flow of the air flow passing through β 2〇_ According to item 19 of the scope of the patent application, the photocatalyst support is a complex network layer (1 3 0). Air treatment unit, which is made of fiber. Air treatment unit, ^ \ According to one of the 20th in the scope of the patent application / mesh material can be selected from natural or synthetic fibers, according to one of the 20th in the scope of patent application Can be selected from natural or synthetic porous materials 2 3. An air treatment unit according to item 19 of the above-mentioned photocatalyst, which allows air to flow smoothly. (21 °) System-like porous block state Page 450 6. Scope of patent application 24. According to item 23 of the scope of patent application, the photocatalyst supports the right rolling process and the early yuan, and its symbols have multiple passages. Symmetrical through holes form air passages 27. An air treatment unit according to item 19 of the scope of the patent application, wherein 'the photocatalyst support (310) is a plurality of beads or spherical particle carriers (311). 28. An air treatment unit according to item 27 of the scope of the patent application, in which 'the particulate carrier may have a characteristic that the specific gravity easily jumps with the air entering the casing. 29. An air treatment unit according to item 27 of the patent application, wherein 'the photocatalyst support can be selected from natural or synthetic porous materials. 30. An air treatment unit according to item 27 of the scope of patent application, wherein the photocatalyst support may be selected from natural or synthetic transparent or light-transmitting materials Page 24 450836 Sixth, the scope of patent application materials. 31. An air treatment unit according to item 30 of the application, wherein the photocatalyst supports have the same or different color combinations. 32. An air treatment unit according to item 27 of the scope of patent application, further comprising a stirring device (510) provided at an opening of the above-mentioned casing to rotate with the incoming flow to change the air flow. 3 3. An air processing unit according to item 32 of the scope of the patent application, wherein the free end of the stirring device is in contact with the above-mentioned particle carrier to promote the rolling or beating of the particle carrier. 34. An air processing unit according to item 27 of the scope of the patent application, further comprising a plurality of parallel plates (410), the surface (412) of which is provided with recessed holes (411) to support the aforementioned particle carrier. 35. An air treatment unit according to item 34 of the scope of patent application, wherein the distance between the parallel plates is smaller than the particle carrier. 36. An air treatment unit according to item 34 of the scope of patent application, wherein i, the parallel plate may preferably be selected from natural or synthetic transparent or transparent materials i. Page 25 450 8 3 β 6. Scope of patent application 37. An air treatment unit is exposed to a natural or artificial light source and can be connected to the air inlet and outlet of a pipe to treat air that is usually in a limited space area, including: A transparent or light-transmissive casing (120) having at least one opening to allow the above-mentioned air to pass through; I, a photocatalyst support to support a plurality of photocatalyst particulate matter on its surface, and at the same time, the natural or artificial light may be incident through the casing. A light source for photodecomposition; and a connecting element (110), one end of which is connected with the opening of the casing, and the other free end is connected with the air inlet and outlet of the pipe for communication with the pipe D 3 8. According to the application An air treatment unit according to item 37 of the patent, wherein the photocatalyst support is a plurality of mesh layers (130). 39. An air treatment unit according to item 38 of the patent application, wherein the mesh material can be selected from natural or synthetic fibers. 40. An air treatment unit according to item 38 of the scope of patent application, wherein the mesh material can be selected from natural or synthetic porous materials. Page 26 4§0 83 6 6. Scope of patent application An air treatment unit according to item 37 of the scope of the patent application. The catalyst support (21 0) is an integrally formed porous block green cymbal that allows air to pass through smoothly. State to state, according to the second air treatment unit of the patent application No. 41, the photocatalyst support has a complex matrix of symmetrical passages. / Take Erqitong 3 It is an air treatment unit according to claim 42 of the scope of patent application, in which 4 catalyst supports can be selected from natural or synthetic porous materials. According to Article 4 of the patent, No. 42 of the patent scope-an air treatment unit, of which two. The catalyst support is preferably selected from transparent or light-transmissive polymer materials 45. According to item 37 of the scope of the patent application, the photocatalyst support (31〇) is one (311). An air processing unit, The plurality of bead-like or spherical particle carriers 46. According to Item 45 of the scope of the patent application, the granular carrier may have the characteristic of easy specific gravity. An air processing unit that jumps with the air entering the above-mentioned casing 47. An air processing unit according to the entrusted item of the scope of the patent application, which Page 27 4 50836 In the scope of the six 'patent application, the photocatalyst support may be selected from natural or synthetic porous materials. 4 8. An air treatment unit according to item 45 of the scope of patent application, wherein the photocatalyst support may be selected from natural or synthetic transparent or light-transmitting materials. 0 9. An air treatment unit according to item 48 of the scope of patent application , Wherein the photocatalyst supports have the same or different color combinations. 50. An air treatment unit according to item 45 of the scope of the patent application, further comprising a stirring device (510) provided at an opening of the above-mentioned casing to rotate with the incoming inflow to change the airflow. 51. An air treatment unit according to item 50 of the scope of the patent application, wherein the free end of the stirring device is in contact with the above-mentioned particle carrier to promote the rolling or beating of the particle carrier. 52. An air treatment unit according to item 45 of the scope of patent application, further comprising a plurality of parallel plates (410), the surface of which is < 412) provided with recesses (411) to support the above-mentioned particulate carrier. 53, An air treatment unit according to item 52 of the scope of the patent application, wherein the distance between the parallel plates is smaller than the particle carrier. Page 28 450836 VI. Patent application scope 54. An air treatment unit according to item 52 of the patent application scope, wherein the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials. -55. —An air treatment unit is exposed to a day or an artificial person ..., shakuhachi source> to treat air that is usually a limited space area, including: empty or light-transmissive maps, with at least- The openings allow the above-mentioned photocatalyst support to support a plurality of photocatalyst and particulate matter on its surface, and at the same time, the natural or artificial light source can be incident through the shell for photodecomposition; and-a pressurizing device (6 1 0), which is provided at the opening D of the above-mentioned casing to provide, and improve the air circulation through the casing. 56. According to item 55 of the scope of application for an air treatment unit, wherein the photocatalyst support is a plurality of network layers (13). Ii. An air treatment unit according to item 56 of the application, wherein the mesh material can be selected from natural or synthetic fibers. An air treatment unit according to item 56 of the application, Page 29 4 50 83 6 6. Scope of patent application ------- In the mesh layer #, the material can be selected from natural or synthetic porous materials. 59. Zhong Yun According to application i, $ = media support (2 1 0) in the 55th patent scope was approved by Xu Huiqi. An air treatment unit is formed as a porous block, and its appearance is 60. According to the application, the air passage unit of the air treatment unit of the 59th item in the scope of cough light touches the passage. The support has a complex matrix of symmetrical through-holes forming an air passage 61. An air treatment unit according to item 60 of the patent application scope, wherein the photocatalyst support can be selected from natural or synthetic porous materials. An air treatment unit according to item 60 of the application, wherein the photocatalyst support is preferably selected from transparent or light-transmissive polymer materials. 6 3. An air treatment unit according to item 55 of the scope of patent application, wherein 'the photocatalyst support (310) is a plurality of beaded or spherical particle carriers (311). 64. An air treatment unit 'according to item 63 of the scope of the patent application, wherein the particulate carrier can have a characteristic that the specific gravity easily jumps with the air entering the casing. Page 30 6 4§〇83 VI. Application scope of patent 5. 5. Root, according to: The catalyst support can be selected from natural or synthetic porous materials. An air treatment unit of item 63 in the Nakamori range. ^ 'The holder can be selected from natural or synthetic transparent or light-transmitting materials 6 7. According to an air treatment unit in the scope of the patent application No. 66, the photocatalyst supports have the same or different color combinations. 68. An air treatment unit according to item 63 of the scope of patent application, further comprising a stirring device (51) provided at an opening of the above-mentioned casing to rotate with the incoming flow to change the air flow. 69. An air treatment unit according to item 68 of the patent application, wherein the free end of the stirring device is in contact with the above-mentioned particle carrier to promote the rolling or beating of the particle carrier. 70. An air treatment unit according to item 63 of the scope of the patent application, further comprising a plurality of parallel plates (410) 'whose surface (412) is provided with recesses (411) to support the above-mentioned particulate carrier. 71. An air treatment unit according to item 70 of the scope of the patent application, which is 450836 VI. In the scope of the patent application, the distance between the parallel plates is smaller than the particle carrier. 72 An air treatment unit according to item 70 of the scope of the patent application, wherein 'the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials.' The air treatment unit is exposed to a natural or artificial light source. It can be connected with the air inlet and outlet of the Word to deal with the air that is usually in a limited space area, including: * a transparent or light-transmissive housing (12), with at least two openings to allow the air to pass through the opening; The photocatalyst support is used to support a plurality of photocatalyst particulate matter on its surface at the same time through the shell to receive incident natural or artificial light sources for photodecomposition; the second connection section of the mountain (320) is connected at one end with the shell One end of the body is opened, and the other end is formed as a free end opening to change the velocity or flow rate of the air flow passing through it; and-the connecting element (110), one end of which is an opening phase formed with the shell or the connecting section Then, the other free end is connected to the air inlet and outlet of the above pipeline so as to communicate with the pipeline. Page 32 450836 VI. Application scope of patent 74. Root 摅 Φ 摅 *, one of the airborne S photocatalyst support in the transfer patent scope No. 73 is a complex network layer (130). : 5. An air treatment according to item 74 of the scope of the patent application. The material of the layer can be selected from natural or synthetic fibers). 6) According to the application of the net, the item 7 of the patent scope of the article is a type of air treatment. The material can be selected from natural or synthetic porous: 7 in 7., root: AT patent scope 73-a kind of air processing allowance _ 2 ^ media support (210) is formed as one to allow the two rolling can pass smoothly.丨 Applicant No. 77 in the patent scope-a kind of air-treated two media supports having a complex matrix symmetry to 80. According to an application in the scope of patent application No. 78, the photocatalyst support is preferably selected. Self-transparent or material. Management unit, its management unit, its 成 cheng. Management unit, which is made of t. The physical unit is a block-like sample unit, and the L hole forms an air passage unit, where f is made. Unit, of which, South Molecular Materials 45083 6 VI. Scope of patent application, the second milk processing unit, its bead or spherical particle carrier 81_ According to item 73 of the scope of patent application, the photocatalyst support (31) is one (311). 82. According to item 81 of the scope of the patent application-the coarse carrier may have a light specific gravity air handling unit, which has a mobile characteristic. The air jumps into the shell 83. According to item 81 of the scope of the application for patents, the photocatalyst support may be selected from the group consisting of natural 鈇: 氡 treatment, early heating, or synthetic porous material. 84. An air treatment unit according to item 81 of the application, wherein the pre-catalyst support can be selected from natural or synthetic or light-emitting materials. 85. An air treatment unit according to item 84 of the scope of application for a patent, wherein 'the photocatalyst support has the same or different color combinations. 86. According to an air treatment unit of item 81 of the scope of patent application, further comprising a drop device (510) provided at an opening of the above-mentioned casing to rotate with the incoming flow to change the air flow. According to an air treatment unit 84 of the scope of the patent application, where the free end of the agitating device is in contact with the above-mentioned particle carrier in order to scoop the particle ____ 450836 6. Scope of patent application Rolling or beating of granular carriers. 88. An air treatment unit according to item 81 of the scope of the patent application, further comprising a plurality of parallel plates (41 0), the surface (412) of which is provided with recessed holes (411) to support the above particle carrier. 89. An air processing unit according to item 88 of the patent application, wherein the distance between the parallel plates is smaller than the particle carrier. 90. An air treatment unit according to item 88 of the application, wherein 'the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials. 91. An air treatment unit is exposed to a natural or artificial light source to treat air in a generally confined space area, and includes: a transparent or light-transmissive housing (1 20) having two openings to allow the air to pass through the opening Pass; a photocatalyst support to support a plurality of photocatalyst particles on its surface, and at the same time, the above natural or artificial light source that can be incident through the shell can be connected with a connecting section (320) 'its end is connected to the shell Opened LING 5 Q 8 3 6 ------_______ VI. Scope of the patents of the applicant " ~ ^ --- Forming a free-end opening to change the speed or flow of the airflow passing through it; and a pressurizing device (610) provided in the above casing The body or the connecting section forms an opening with the casing to provide a pressure differential and enhance air circulation through the casing. 92. An air treatment unit according to item 9 of the scope of the patent application, wherein the photocatalyst support is a plurality of mesh layers (130). 93. According to an air treatment unit No. 92 in the scope of the patent application, the mesh material can be selected from natural or synthetic woven fabrics. 94. An air treatment unit according to item 92 of the application, wherein the mesh material can be selected from natural or synthetic porous materials. 95. An air treatment unit according to item 91 of the scope of the patent application, wherein the photocatalyst support (21o) is in the form of an integrated porous block, allowing air to pass through smoothly. 96. An air processing unit according to item 95 of the scope of the patent application, wherein 'the photocatalyst support has a plurality of matrix-symmetrical through-holes forming a passage through which air passes. 97. An air treatment unit according to item 96 of the patent application, wherein: 45〇836 ---------- 6. Scope of patent application The first catalyst support can be made from natural or synthetic porous materials. 9 8. An air treatment unit according to item 96 of the scope of patent application, wherein the photocatalyst support is preferably selected from transparent or light-transmissive polymer materials. 99. An air treatment unit according to item 91 of the scope of the patent application, wherein 'the photocatalyst support (31) is a plurality of beaded or spherical particle carriers (311). 100. An air processing unit according to item 99 of the scope of the patent application, wherein the coarse carrier can have a characteristic that the specific gravity easily jumps with the air entering the casing. 101. An air treatment unit according to item 99 of the application, wherein 'the photocatalyst support can be selected from natural or synthetic porous materials. 102. An air treatment unit according to item 99 of the scope of the patent application, wherein 'the photocatalyst support may be selected from natural or synthetic transparent or light-transmitting materials. 10 3. An air treatment unit according to item 102 of the scope of the patent application, wherein ‘the photocatalyst support has the same or different color combination. Page 37: 450836 ir ~ 2 ------------- VI. Patent application scope 104 · An air treatment unit according to item 99 of the patent application scope, further including-agitator (510) equipment One of the openings in the casing is rotated with the incoming flow to change the flow. 1 {^ · An air processing unit according to item 104 of the scope of the patent application, in which 'the free end of the stirring device is in contact with the particle carrier to promote the rolling or beating of the particle carrier. i 106. According to an air treatment unit of the 99th scope of the patent application, further comprising a plurality of parallel plates (410), the surface (412) of the plate is provided with recessed holes (411) to support the above particle carrier. 107. An air treatment unit according to item 丨 of the patent application, wherein the distance between the parallel plates is smaller than the particle carrier. 108. An air treatment unit according to item 106 of the scope of the patent application, wherein 'the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials. 109 · —An air treatment unit is exposed to a natural or artificial light source and can be connected to the air inlet and outlet of a pipe to treat air that is usually a limited space area, including: a transparent or light-transmissive housing (120) 'has at least One opening allows the above Page 38 45083 6 VI. Patent application air passes through the opening; a photocatalyst support is used to support the substrate, and at the same time, the surface can be photo-decomposed by a plurality of light-made particles through the shell; Or the artificial light source is connected with an air inlet to connect the pipe with 70 pieces (0), one end of which is connected with the opening of the casing, and the other free end is connected with the outlet of the pipe; and to provide a pressure boost A device (610) is provided at the opening difference of the shell and promotes air circulation through the shell. 110. An air treatment unit according to item 109 of the scope of application for a patent, wherein the photocatalyst support system is a plurality of network layers (130). Zhongcheng Chenghe or 1US Tiantianwei from Fanxuan Lee can specially apply for the material according to the item list δ air and air planting system and its maintenance weaving i12 · According to the 110th scope of patent application for an air treatment A unit, wherein the mesh material may be selected from natural or synthetic porous materials. 113. An air processing unit according to item 109 of the scope of application for a patent, wherein ‘the photocatalyst support (2 1 0) is in the form of a porous block in an integrated shape, Page 39 450836 VI. Scope of patent application Allow air to pass smoothly. The 113th item of an air processing unit, wherein the medium support has a complex matrix of symmetric through holes forming a passage through which air passes. 115. An air treatment unit according to item 114 of the patent application, wherein the photocatalyst support can be selected from natural or synthetic porous materials. 116. An air treatment unit according to item 114 of the scope of patent application, wherein 'the photocatalyst support' is preferably selected from transparent or light-transmissive polymer materials. 117. An air processing unit according to item 109 of the application, wherein 'the photocatalyst support (310) is a plurality of beaded or spherical particle carriers (311). Page 40 45083 6 VI. Scope of patent application " 1 '120. An air treatment unit according to item 117 of the scope of patent application, wherein' the photocatalyst support may be selected from natural or synthetic transparent or light-transmitting materials. 121. An air treatment unit according to item 120 of the scope of patent application, wherein the photocatalyst supports have the same or different color combinations. 122. An air treatment unit according to item 117 of the scope of patent application, further comprising a stirring device (510) provided in said casing-the opening is rotated with the incoming flow to change the flow. I 1 23 · An air treatment unit according to item 122 of the scope of the patent application, wherein the free end of the search device is in contact with the particle carrier to promote the rolling or beating of the particle carrier. 124_ An air treatment unit according to item I !? of the patent claim, further comprising a plurality of parallel plates (41), the surface (412) of which is provided with recesses (411) to support the above particle carrier. : 125. An air treatment unit according to item 124 of the scope of patent application, wherein the distance between the parallel plates is smaller than the particle carrier. 126. An air treatment unit according to item 124 of the scope of patent application, wherein 'the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials 1 · T 4 5 0 8 3 6 . 127, an air treatment unit exposes private air in a natural or artificial light source and can be connected to the air inlet and outlet of a pipe for processing, + μ hard, usually air in a limited space area 'includes: a transparent or transparent housing (120), β ^. A ^ L, ^ ^ has two openings to allow the above air to pass through the openings; a photocatalyst support to support a plurality of photocatalyst particulate matter on its surface, the same as _ incident through the shell A natural or artificial light source for photodecomposition; a connecting element (110), one end of which is connected with the opening of the casing, and the other free end is connected with the air inlet and outlet of the pipe so as to communicate with the pipe; And a pressure increasing device (610), which is provided in the opening of the casing to provide a pressure difference and improve the air circulation through the casing. 128_ An air treatment unit according to item 127 of the scope of the patent application, wherein 'the photocatalyst support is a plurality of mesh layers (130). 129. An air treatment unit according to item 128 of the scope of patent application, which Page 450 Medium > The mesh material can be selected from natural or synthetic woven fabrics. An air treatment unit of No. 127 in 1 in 31 of the scope of patent application. Also, the catalyst support (210) is in the form of an integrated porous block, allowing the two gases to pass smoothly. 132. An air treatment unit according to item 131 of the application, wherein the photocatalyst support has a plurality of matrix-symmetrical through-holes to form a passage through which air passes. 133. According to claim 132, an air treatment unit, wherein the photocatalyst support can be selected from natural or synthetic porous materials. 134. An air processing unit according to item 132 of the scope of patent application, wherein the photocatalyst support is preferably selected from transparent or light-transmissive polymer materials. 135. An air processing unit according to item 127 of the scope of patent application, wherein 'the photocatalyst support (310) is a plurality of bead-like or spherical particle carriers (311). Page 43 6. Scope of patent application 136. According to an air treatment unit of the scope of patent application No. 135, * the particulate carrier can have the characteristic of the specific gravity easily jumping with the air entering the above-mentioned casing. 137. An air treatment unit according to item 135 of the application, wherein the photocatalyst support can be selected from natural or synthetic porous materials. 138. An air treatment unit according to item 135 of the application, wherein the photocatalyst support may be selected from natural or synthetic transparent or light-transmitting materials. 139. An air treatment unit according to item 138 of the application, wherein the photocatalyst supports have the same or different color combinations. 140. An air treatment unit 'according to item 135 of the scope of patent application-further includes a stirring device (510) provided at an opening of the above-mentioned casing to rotate with the incoming flow to change the air flow. 141. An air processing unit according to item 140 of the application, wherein the free end of the stirring device is in contact with the above-mentioned particle carrier 'to promote the rolling or beating of the particle carrier. 142. An air treatment unit 'according to item 135 of the scope of patent application, further comprising a plurality of parallel plates (410), the surface of which is provided with a recess Page 44 450836 VI. Shen Ye Patent Fan® pores (411) to support the above granular carriers. 143. An air treatment unit according to item 142 of the scope of patent application, wherein the distance between the parallel plates is smaller than the particle carrier. 144. An air treatment unit according to item 142 of the application, wherein the parallel plate is preferably selected from natural or synthetic transparent or light-transmitting materials. 145. An air treatment unit according to any one of items i to 144 of the scope of the patent application, wherein the photocatalyst refers to a semiconductor optoelectronic ceramic material. 146. An air treatment unit according to item 145 of the application, wherein 'the semiconductor optoelectronic ceramic material may be selected from Ti02, Zn0, or CdS. 147. According to an air processing unit according to item 146 of the application, the semiconductor optoelectronic ceramic material is preferably Ti02. 148. An air treatment unit according to item 147 of the scope of patent application, wherein ‘the semiconductor optoelectronic ceramic material is a nano-sized granular powder. 149. An air treatment unit according to item 148 of the scope of patent application, in which the semiconductor optoelectronic ceramic material is preferably particles in the range of 50 to 100 nanometers. Page 450 450 Sixth, the scope of patent application Any one of the aerodynamic methods is formed in the photocatalyst 150. According to the scope of patent application! To [Processing Unit ', where 1 photocatalyst is on the surface of the support. Any one of the photocatalysts is formed by air and chemical combination of any of the photocatalysts to form the gas. 151 · According to the scope of patent application 1 to 144 The processing unit in the item, wherein the photocatalyst is used to catalyze the surface of the support. 152. According to the scope of application for patents Nos. 1 to 144, the processing unit is in the form of a unit, wherein the photocatalyst is physically on the surface of the photocatalyst support. An empty volatile organic compound of item 153. The processing unit according to items 1 to 144 of the scope of the patent application, wherein the air pollutants are (VOCs). 4 154. According to any of the items 1 to 144 of the scope of patent application An air treatment unit according to item 1, wherein the air pollutant refers to a conventional pollutant. Gas 155. An air treatment unit according to item 1 of the scope of the patent application, wherein 'the volatile organic compound is selected from polycyclic hydrocarbons, (Polyaromatic hydrocarbons (PAH), Phenol, Chiorophenol, and other industrial pollutants such as pcBs. 4SQ836 on page 46 =, patent application scope 156 · An air treatment unit according to item 154 of the patent application scope 'wherein the traditional pollutant is selected from the group consisting of black smoke, sulfur oxides (sox), nitrogen oxides (N 〇χ), ozone (Ozone). 157. The air treatment unit according to any one of items 1 to 144 of the scope of the patent application, wherein the limited space area is selected from the group consisting of a car interior, an interior, and an underground room. I5δ. An air treatment unit according to any one of claims 1 to 144 in the scope of the patent application, wherein the casing has a rectangular cross section. 159. The air treatment unit according to any one of claims 1 to 144 of the patent application scope, wherein the cross section of the casing is circular. 1 60. The air treatment unit according to any one of items 1 to 144 of the scope of the patent application, wherein the casing material is selected from polymer materials. 161 board According to any one of the patent application scopes 19 to 36, 73 to 90 '91 to 108 or 127 to 144, the connection section is characterized by having a first inlet (321) formed at one end And the connected second entrance (322) is formed at the other end, and the cut areas of the two entrances are not equal. Page 47 45083c VI. Patent application range 162, according to any of the patent application scopes 19 to 36, 73 to 90, 91 to 108, or 127 to 144, an air treatment unit, wherein the characteristics of the connection section The first inlet (321) is formed at one end, and the second inlet (322) is communicated at the other end, and the central axis of the two inlets is offset from the axis of the housing by a β angle. 163. The air treatment unit according to any one of claims 37 to 54, 73 to 90, 109 to 126, or 127 to 144, wherein the connecting element is characterized by having a pair of hook portions (111) and the above. The air inlet and air outlet correspondingly form a free end, and the hook portion is extended to the aforesaid shell to form an elastic portion (112) to allow the hook portion to be slightly deformed so as to be caught in the air inlet and outlet. 164. An air treatment unit according to any one of claims 37 to 54, 73 to 90, 109 to 126, or 127 to 144, wherein the connecting element is characterized by having a pair of hook portions (111) and the above. A free end is formed corresponding to the air inlet and outlet, and an elastic part (11 2) is extended to the corresponding part of the shell from the hook part and connected to form a closed end, and two touch parts (π 4) are respectively provided on the elastic part and the shell. The body meets the position to snap into the corresponding housing. 165. An air treatment unit according to any one of claims 55 to 72, 91 to 108, 109 to 126, or 127 to 144, wherein the booster means a fan. Page 48 410836 VI. Patent application scope 16 6. An air treatment unit according to item 165 of the patent application scope, wherein the fan is selected from the axial flow type. Qi Yuandan 1 item of air and air type 1 item 5 6 The type of enveloping fan Fan Lili is specially selected, please apply according to the wind. • 1 7 6 Middle II Qi Yuandan handles air and air type 1 item 5 6 The Q IX style encirclement Fan Lili has been selected by his own choice. According to the wind, one of the 6 types of yuan in the opto should deal with air and air UBul. It is 531 sources, 16 electric power, 1 DC, and a special benefit. The system asks Shen Li to use the V1 root machine. 9. Wind L6. The yuan list of the air is 1-5. One of the items is 5 6 IX. According to the root machine, the wind 17 is the source c A is the first source of the source 16 for the special use of electricity, please apply for the source, according to the source. C 1 17 of the yuan single Γη · 1 treatment of air and air Supply board