TW572789B - Air cleaner - Google Patents

Abstract

An air cleaner is provided with a ventilating part that cleans the air sucked through an inlet and exhausts the air through an outlet. The air cleaner includes a water-storing part, a transporting part that carries water in the water-storing part towards the tip side of the outer surface of the water-storing part, an electrode that is arranged opposing to the transporting part, a voltage-applying part that adds a high-voltage between the transporting part and the electrode and a static atomizing device that uses the high-voltage to atomize water in the transporting part such that a mist is generated. The transporting part and the electrode are arranged at the downstream of the filter. Thus, the mist can be efficiently spread over the room. The air inside the room and the accretion on walls of the room can be efficiently deodorized.

Description

572789 V. Description of the invention ⑴ [Technical field to which the invention belongs] The present invention relates to one kind, and particularly to one kind. [Prior art] A variety of air cleaners have been provided in the conventional technology, which are equipped with a filter screen for catching dust and the like in the air, and a data net for activated carbon that adsorbs odorous molecules. Japanese Unexamined Patent Publication No. 5 3 -1 4 11 6 7 and Japanese Unexamined Patent Publication No. 20 1-286546 published earlier in this patent have disclosed techniques for deodorization by electrostatic atomization. Here, the so-called electrostatic atomization is a phenomenon in which a high voltage is applied to a liquid such as water 'during electrolysis to bleach the liquid and atomize the water. • In the above-mentioned Japanese Patent Application Laid-Open No. 53-1 41 1 67, it is revealed that the mist generated by the electrostatic contact part is exposed to the air in the air cleaner, and then the contaminated The mist catches up to the gas-liquid contact area. However, in the aforementioned Japanese Patent Application Laid-Open No. 200 ^ 86546, the deodorant which atomizes the liquid by the electrostatic part is exposed to generate a mist, and is sprayed into the air. In the conventional example of the above-mentioned kaikai 53-1 41 1 67, 'the contamination has been in contact with the electrostatically atomizing part, so dust will adhere to the static electricity: two', even when a high voltage is applied It's hard: use it. Therefore, it is necessary to frequently clean the electrostatic atomization section ... adhering matter on the wall surface and the like for deodorization. It ’s impossible to find out the static example of the conventional example of Gazette No. 546, which is produced by the atomizing unit! Although it records the discharge of static electricity and objects, 疋 ’is a combination of it and an air cleaner.

11603pif.ptd Page 7 572789 V. Description of the invention (2) As for how ‘diffuses into the air, there is no explanation, so it has not yet been put into practical use. [Summary of the Invention] The present invention has been made in view of the above-mentioned problems. Therefore, the object of the present invention is to provide an air cleaner that can effectively diffuse the generated mist to the inside, and can effectively perform indoor air and Deodorization of attachments such as indoor walls. ^ In order to solve the above-mentioned problem, the present invention provides an air cleaner A, which has a supply air of ° 4 ', purifies air sucked from a suction port 1 with a filter screen 2 and discharges the air from a discharge port 3, which is characterized by: A part 5; a carrying part 46 for carrying the water of the 1τ water part 5 toward the apex side outside the water storage part 5; an electrode J arranged opposite to the carrying part 6; and a voltage applying part 8 for applying a thorium voltage To the conveying part 6 and the electrode 7, and an electrostatic atomizing device 9 'is provided to apply a voltage to the conveying part 6 between the conveying part 6 and the electrode 7 to atomize the conveying Qiu R Zhanbu ^ ^ μ β βφ 7 β 卩 6, and a mist is generated, and the transfer port P 6 and the child electrode 7 ′ are disposed on the downstream side of the filter 2. According to the above-mentioned conclusion, the atomizing conveying section 6 is applied between the a pole 7 of the brake and the south voltage is applied to the conveying section 6 and the air purified by the electricity 2 to disperse the $ γ and the generated mist is formed by the filter.

The right 峙 nan, 隹 —… K are placed in the air mass outside the industrial milk cleaner A, and can effectively enter the indoor space 仃 φ m J odor. The deodorization in the hole or the removal of attachments such as the indoor wall surface is preferably provided from the suction port to the 'wind road transport electrode' of the transportation unit and the discharge port. Static electricity is generated in the air path where purified air flows

572789 V. Description of the invention (3) 二 Two can: H amount, even if the transport section 6 and the electrode 7 are located in the wind and therefore the dust ί and the electrode 7 is located in the air purified by the filter 2, caused by the adhesion of Angstrom Are you moving? Since the portion 6 and the electrode 7 are formed, 'is not affected by dust. The 17th aspect makes it difficult to perform electrostatic atomization even when the voltage is applied. The best part is that the conveying part 6 and the electrode 7 are air vents provided at the row 3 of the discharge port: the sending part 6 And the electrode 7 is provided at a position where the milk generated from the discharge can be used to lure the mist generated. With a buckle: ί structure, a high voltage is applied between the conveying section 6 and the electrode 7, and the water is atomized when it is sent, and the airflow discharged from the mist outlet 3 is generated. Therefore, it will not be straightened to the right 4 ί mouth The discharged airflow can be discharged outside the discharge port 3 by using the electrostatic discharge port 3, and a mist is surely generated. In this way, the lure from the exhaust H Λ can be diffused together with the air purified by the filter 2 into the second air, the air mass outside the moon purifier A. ', B 2 i It is preferable that the conveying section and the electrode are provided from the suction port to the evening of the wind path, and the conveying section and the electrode are provided to the wind path by using The airflow seduces the location of the mist that has been generated. With this structure, high voltage electricity is applied between the conveying section 6 and the electrode 7, so that the water of the conveying section 6 is transformed, and the mist generating section that generates the mist will not be released to the flow from The air flow from the suction port i to the discharge port 3] 〇 The air flow 'so' will not directly affect the air flow flowing in this air path 10, and it can efficiently and accurately generate a fine Mist. In this way, 'τ does not directly affect the airflow flowing into the air path j 〇, and 11603pif.ptd Page 9 572789 V. Description of the invention -------- = The airflow that is efficient and correctly generated is The above and other objects, features, and advantages of the present invention > μ, +, < β ^, which can be clearly understood, can be more clearly explained as follows. Preferred embodiments will be specifically described below, and will be described in detail in conjunction with the accompanying drawings. Embodiment] Hereinafter, an embodiment of the present invention will be described based on the attached drawings. Figures 1 and 2 show an example of the air cleaner A of the present invention. The air is equipped with an air purifying unit 12 and an electrostatic atomizing device in the main body casing 11. The purifying unit 12 is provided in the same manner as a conventional air purifier: the intake of the two air and the inlet 1. The filtered air is exhausted. The exhaust port to the room is sighed by the non-woven fabric or the active filter 2 in the air path from the suction port 1 to the exhaust port 3, and the air supply unit 4 with a fan 4a. Therefore, the indoor air is drawn in. The inlet 1 is sucked into the air cleaning section 2 and then filtered by a filter to purify the air. The purified air is then discharged into the room from the exhaust port 3, that is, the filtered air Method (filtering method) to remove the odor of indoor swimming. ^ In the main body casing 11, as described above, an electrostatic atomizing device 9 other than the air cleaning unit 12 is provided. This electrostatic atomizing device 9 is based on the principle shown in FIG. 6 and includes: water storage flowing into the water W §, the transport section 6 that transports the water W from the water storage section 5, and the transport section 6 are pipes of water w; the transport direction is an electrode 7 arranged opposite to each other, and a high height is applied between the transport section 6 and the electrode? Voltage application unit

B 11603pif.ptd p. 10 ^ / 2789

In the gas cleaner A with less electricity, a high power is applied between the downstream side of the screen 2 and the pole 7 / = sending section 6 // pole 7. When transporting% and electricity, it is atomized to produce a flat ruler + this' so that the shape of the electric transmission section at the tip of the transport section 6 is in the present invention, because it is moved to the side of the crossing network 2, so ...

The object M, shell, | toilet: filter Ί: 6 and electrode 7 generated from the nano-sized mist of the coffee H π pregnant air together diffused to the air cleaner A side, etc. = ί: Ι 脱: Yes: Into = = :: = -f ίϋΓ, ί ', the air contaminated by the skin will immediately: fog :: pick up; expansion of the second gas and the second of the room :: The ratio of the mist will become higher, thus making the room empty In the Ming, such as f: the deodorizing effect of the attached matter is reduced, but A, the mist M in the hair inch-that's because the air purified by the net 2 and the nanometer ruler ^ ^ ^ " —The same diffusion into the air mass will not reduce the deodorizing effect of the indoor air and the attachments to the inner wall surface, etc. 'Atomization 3 Set Figure 9 ί Figure 5 shows the air purifier of the present invention In the electrostatic embodiment, the electrode 7 placed on the upper part of the bracket 14 = (the electrode 14 is in the bracket 14, so it is hereinafter referred to as the scale electrode 7), and you are responsible for maintaining the embedded electrode 15. 卩 的 水 W The applied electrode 1 5 $ of the applied voltage is composed of a plurality of rod-shaped water-absorbing / body 6a composed of the same applied application 6 and the ionization needle 16 held by the mouth electrode 15. The above-mentioned cup-shaped structure is formed.

572789 V. Description of the invention (6) —---- Sink 5a, the protrusion 35 outside the opening edge of the upper end is bayonet to the flange portion 17 of the application electrode 15 provided on the lower part of the bracket 14 The manner of engaging the recesses 18 is installed. ° Both the counter electrode 7 and the application electrode 15 are made of a conductive synthetic resin such as carbon or a metal such as SUS, and have conductivity. Therefore, the counter electrode 7 covering the upper portion of the bracket 14 is grounded by contacting the grounding contact plate 20 on the outer surface of the connection protrusion 19 formed on the outer surface of the ridge. It is embedded and fixed in the lower part of the bracket 14, and the rib 21 on the inner surface of the bracket 14 and the application electrode 15 fixed by pressing are similarly transmitted through the contact plate 22 on the outer surface of the connection protrusion 26 formed on the outer peripheral surface. Is connected to the applied voltage section 8 of the applied voltage. The rod-shaped water-absorbent body 6a is formed of, for example, porous ceramics, and has a needle-shaped tip at the upper end, and the plurality of rod-shaped water absorbents 6a are attached to the application electrode. These water-absorbing bodies are placed in the same circle on the same circle with the ionization needle 16 as the center. The upper part of the water-absorbing body is protruded upward than the application electrode 15 and the lower part is protruded downward to enter the water tank. Water 5a is in contact with 5a. In the figure, 23 is a cylindrical skirt protruding downward from the application electrode 15 and surrounds the outside of the plurality of water absorbing bodies 6 a. The lower end is located below the lower end of the water absorbing body 6 a. The opening is covered with a grid-shaped protective cover 24. The skirt 23 of the application electrode 15 is in contact with the water w entering the water tank 5a to apply a high voltage to the water W, and at the same time, protects the grid-shaped protective cover 24 and the water-absorbing body 6a formed of ceramics. Here, the electrodes 15 are applied, and when connected to the water tank 5a,

11603pif.ptd Page 12 572789 V. Description of the invention (7) " " " ------- * WYY > π ^ The surface opening is slightly closed, so even if the water in the sink 5a is inclined /leakage. Using this relationship, one part of the skirt 23 in the circumferential direction: two s across the full length of the slits 29 in the up and down direction of the skirt 23, when it is filled with water? ^ I a ^: Using the above-mentioned incision 5 9, the empty air surrounded by the skirt portion 2 3 can be discharged, so that water W can be allowed to flow into the skirt portion 23. The counter electrode 7, which is mounted in a manner that closes the opening on the upper side of the bracket 14, is shown in the figure. As shown in the figure, it has an opening 25 in its center. When this opening 25 is viewed from above, it is the same as that described above. : The upper end of several water absorbing bodies 6a is centered by a plurality of φ arcs of the same diameter and another circle formed by connecting the counter electrode 7 to the ground and connecting the high-electricity source to the applied electricity β 'while using the capillary phenomenon When water W is absorbed by the water absorbent body 6 a, the needle-shaped portion at the upper end of the water absorbent body 6 a has an electrode function on the electrode 5 side, and the above-mentioned arc R of the electrode 7 has a substantial electrode function, so that A voltage is applied between the rod-shaped water-absorbent body 6 and the electrode 7 formed by the conveyance part 6 of the conveyance water W. In addition, since the opening portion 25 is covered with a grid shape, it is possible to prevent the fingers from coming into contact with the ionized or water-absorbent body 6 a through the opening portion 25. Now, the water W is filled into the water tank 5a, so that the application electrode 15 contacts the water ... while using the capillary phenomenon to suck the water W up to the water absorbing body 6a, and while the opposite electrode is grounded, the high voltage generating source is connected to When a negative voltage is applied to the application electrode 1-5 and the application electrode 15 is applied, a high voltage is applied between the tip of the rod-shaped water-absorbing body 6a constituting the second portion 6 and the counter electrode 7. If this voltage η is a high voltage that can cause Rayleigh cleavage, the water W at the needle-shaped part reaching the upper end of the water absorption ridge will split at this Rayleigh to produce nano-sized grains. 572789 V. Description of the invention (8) -------- the diameter of the mist M, and electrostatic atomization. And, in this electrostatic atomization device 9, because a high negative voltage is also applied to the ionizing needle 16 by the target at the same time, negative ion is also generated by using a corona discharge between the electrode and the counter electrode. . At this time, if the distance between the electrodes is the same, the voltage required for electrostatic atomization is higher than the ratio required for generating negative ions, so the distance L1 from the needle-like portion of the upper end of the water absorbing body 6a to the counter electrode 7 is higher. The distance L2 between the ionization needle 16 and the counter electrode 7 is much longer, so that it is easy to generate static electricity, and when there is no water in the water tank 5a, the water supported by the water absorption body 6a is not atomized. , You can just continue to produce the above negative ions. In the present invention, as described above, the electrostatic atomizing device / conveying unit 6 and the electrode 7 are provided on the downstream side of the filter screen 2. In the embodiment shown in FIGS. 1 and 2, the configuration is as described above. The electrostatic atomizing device 9 of the conveying section 6 and the electrode 7 is provided in the air path 10 from the suction port 1 to the discharge port 3. That is, the air blowing unit 4 is composed of a fan 4a and a wind tunnel 4c driven by a motor 4b. The driving fan 4a is used to filter the indoor air sucked by the air supply unit 4 through the filter screen 2 and then the purified air is discharged from the exhaust port 3 into the room. In the air path 10 of the air cleaner A, the above-mentioned electrostatic atomization The device 9 is disposed in the wind tunnel 4 c of the wind section 4 and near the exhaust port. The mist of the I # size particle size generated by electrostatic atomization is very high 'and the purified air is spread widely by the air flow of the air blower using the blower, so it has good diffusibility. In addition, with the wide air stream and the cloth being purified, the nano-sized mist will not immediately contact the polluted air, but will spread far away from the purified air. 'Therefore, it can effectively use

572789 V. Description of the invention (9) The deodorizing function of the odorous components in the indoor air at the active species of the mist of the meter size or the attachments to the indoor wall surface can deodorize in a wide range. In particular, in the embodiment shown in FIGS. 1 and 2, when the electrostatically atomizing device 9 is arranged in the storage recess 27 provided in a part of the wind tunnel 4 c, the contact plates 2 0, 22 and The connecting protrusions 19 and 26 can be in contact with each other, so that a part of the wind can flow into the electrostatic atomizing device 9 through the opening 28 on the wall surface of the receiving recess 27 and the ventilation hole 13 of the bracket 14 of the electrostatic atomizing device 9. In order to promote the atomization, the amount of atomization is greatly increased, and the mist M is easily scattered by the wind. Also, the electrostatic atomizing device 9 is arranged in the wind tunnel 4c. The air near the electrostatic atomizing device 9 will be filtered by the filter 2 into clean air, so the electrostatic atomizing device 9 will not be polluted, so it is almost As described above, part of the wind may enter the electrostatic atomizing device 9 and it is difficult to cause electrostatic atomization due to pollution. Figures 7 and 8 illustrate other embodiments of the present invention, respectively. In the embodiment shown in Figs. 1 and 2 above, when the transport section and the electrode 7 of the electrostatic atomizing device 9 are recognized on the downstream side of the filter screen 2, the transport section 6 and the electrode 7 = = Inlet u is within the air path 10 of the exhaust port 3, but as shown in Figures 7 and 8: The nr / delivery part 6 and the electrode 7 are located in the indirect air flow position (that is, indirect air It is located at the position (from 逆 Γ inverse Δ / flow) 'and may be set to attract the generated mist μ to the airflow sent from the wind transport unit 4. In the embodiment of the outlet 3, the transporting section 6 and the electrode 7 are arranged at the discharge port 3 together: 'Example: The above-mentioned transporting section 6 and the electrode 7 are set to be induced by the airflow discharged by the self-discharge The location of the mist M. that is,

572789 V. Description of the Invention (ίο)-In the present embodiment, the electrostatic atomizing device 9 is stored in a storage recess 27 on the outside of the above-mentioned air path 10 inside the main body casing 1 1 and in this state So that the opening of the storage recess 27 of the outlet 42 which is the outer part of the mist M is located outside the outlet 3. Therefore, by applying an Ar voltage between the conveying section 6 and the electrode 7, and using the airflow discharged from the discharge port 3, the generated mist M of the nanometer scale 1 is passed from the above-mentioned outlet 42 to the outside of the electrostatic atomizing device 9. It is discharged and diffused together with the purified air into the air mass other than the air cleaner A from the discharge port 3, so it can effectively deodorize the indoor air or deodorize the attachments such as the indoor wall surface. . In this embodiment, the high-voltage is applied between the transporting section 6 and the electrode 7 to atomize the water of the transporting section 6 to generate a mist M. The mist-like generating section is not directly located in the airflow discharged from the discharge port 3. Therefore, the airflow discharged from the discharge port 3 is not directly affected, and electrostatic atomization can be performed at an external position of the discharge port 3, and a fine nano-sized mist M of electrostatic atomization can be efficiently and accurately generated. In the embodiment shown in FIG. 8, the conveying section 6 and the electrode 7 are provided together on the outside of the air path from the suction port to the discharge port 3, and the conveying section 6 and the electrode are exemplified. 7 is provided so that the mist generated by the airflow 10 flowing into the air path 10 can be induced to the air path. That is, in the main body case 11 of FIG. 8, the electrostatic atomizing device 9 is arranged outside the air path 1, and the outlet 42 of the nano-sized mist M generated by the electrostatic atomizing device 9 is connected to the wind constituting the wind. Part of the road 10 is on the way to the wind tunnel. Therefore, a voltage of 咼 is applied between the electrostatic atomizing device A and the electrode 7 disposed outside the air path 10 to attract the nanometer-sized mist-like object M into the air path 1 Air flow within 〇, from communication to wind path 1 〇

11603pif.ptd Page 16 572789 V. Description of the Invention (11) The outlet 42 of the invention enters the air path 10, and is purified as it flows into the air path 10-the same is discharged from the outlet 3 to the air The air outside the purifier A is diffused together with the purified air, so it is possible to effectively deodorize the & spring of the indoor air and the attachments on the indoor wall surface.纟 In this implementation, a high voltage is applied between the conveying section 6 and the electrode 7, so that the mist generating section that atomizes the water of the conveying section 6 to produce the mist M is not directly located in the inflow from the suction port i. In the air flow of the air path 10 of the outlet 3. Therefore, it does not directly affect the airflow flowing into the air path 10, and it is possible to effectively and accurately generate a fine nanometer-sized mist M at an external position of the air path 10 by utilizing static electricity. The industrial gas cleaner A of the present invention can also operate the air cleaning unit 12 and the electrostatic atomizing device 9 at the same time, or stop the electrostatic atomizing device 9 and only empty the random cleaning unit 12 or the air cleaning unit can be stopped.丨 2 and only the atomizing device 9 and the like can be selected as a suitable operation mode. That is, in the above-mentioned embodiment, the water-absorptive conveying section 6 for conveying water is described using porous ceramics as an example. However, the conveying section 6 for conveying water from the water storage section 5 may be formed using a blanket Uelt). If the conveying section 6 is formed by using a blanket like this, the cheap conveying section 6 can be formed, and the nano-sized mist M containing 1 live seed can be atomized and sent to the room, and the attachment can be removed. Smells such as wall surface. Furthermore, the field t 'of the transfer unit 6 may be formed by a felt, and the tip end portion facing the electrode 7 of the felt may be formed in a pointed shape. In this way, when a high voltage is applied between the transporting section 6 and the electrode 7 by the voltage applying section 8, the electric field can be concentrated to the tip of the felt, and a nano-sized mist containing a large amount of active species can be efficiently removed. The object M is atomized, and in this way, the mist M containing a large amount of active species can be efficiently atomized and sent.

11603pif_ptd Page 17 572789 V. Description of the invention (12)-To the inside, and can remove the odor attached to the wall of the room. As described above, when the conveying section 6 is formed using a blanket, it is preferred that the blanket is used in a weak water condition. When a blanket with weak hydrophilicity is used, and a high voltage is applied between the transfer section 6 and the electrode 7 by using electric force ^ = 8, the water W is very high when the electricity is used to charge the water at the tip of the transfer section 6. It is easy to detach from the blanket, and can effectively atomize the nano-sized mist M containing a large amount of active species and send it to the room, so that the odor attached to the wall surface of the room can be effectively removed. In addition, when the conveying section 6 is formed of a felt, the felt used is preferably deintercalated, and it is preferred that the agent is treated. In this case, when a high voltage is applied between the conveying section 6 and the electrode 7 by the voltage applying section 8, and the water W at the tip of the conveying section 6 is atomized by the high voltage, the water W is easily detached from the felt and can be efficiently removed. The nano-sized mist M containing a large amount of active species is atomized and sent to the room, so that the odor attached to the wall of the room can be efficiently removed. In addition, the felt used preferably has a high porosity. For example, it is preferable to use a large amount of water W with a porosity of about 75%, and for example, a porosity less than go% is less desirable because the amount of water to be transferred is small. When a blanket with a high porosity is used, as described above, there is a large amount of water to be transported. Therefore, a nano-sized mist containing a large amount of active species can be efficiently and atomized and sent to the room. Efficiently remove odors attached to the interior walls and the like. The felt used is preferably a fiber having a large fiber diameter. For example, a fiber with a diameter of about 20 d is preferred because the amount of water W is large, and a fiber with a diameter of about 3 d or less is less desirable because the amount of water W is smaller. When a thick fiber diameter is used, since the amount of water w to be transported is large as described above, it is possible to efficiently

11603pif.ptd Page 18 572789 V. Description of the invention (13) The nano-sized mist containing a large amount of active species is atomized and sent to the room, so the odor attached to the wall of the room can be effectively removed . Next, the embodiment of FIG. 9 will be described. Since the basic structure of this embodiment is the same as that of the foregoing embodiments, only the differences will be described based on FIG. In the air cleaner A, an electrostatic atomizing device 9 with a conveying section 6 and an electrode 7 is provided on the downstream side of the air cleaning section 12 with the filter 2. In this embodiment, a pressurized water storage section 5 is provided. Water W pressurizing device 31. As the pressurizing device 31 for pressurizing the water W of the water storage section 5, for example, a pump can be used. By providing a pressurizing device 31 for pressurizing the water W of the water storage section 5, the amount of water W to be transported can be increased, and the nano-sized mist M containing a large amount of active species can be efficiently atomized, and Since it is sent indoors, it is possible to efficiently remove the odor attached to the interior wall or the like. Next, the embodiment shown in FIG. 10 will be described. The basic structure of this embodiment is the same as that of each of the embodiments described above, and therefore only the differences will be described based on FIG. 10. In the air cleaner A, an electrostatic atomizing device 9 with a conveying section 6 and an electrode 7 is provided on the downstream side of the air cleaning section 12 with the filter 2. In this embodiment, water for heating the water storage section 5 is provided. W 的 热 装置 3 2。 W heating device 3 2. As the pressurizing device 32 for heating the water W of the water storage section 5, a heater can be used, for example. In this embodiment, a nano-sized mist M containing a large amount of active species can be efficiently atomized and sent to the room, so that the odor attached to the interior wall or the like can be efficiently removed. Next, the embodiment of Fig. 11 will be described. The basic structure of this embodiment is the same as that of the foregoing embodiments, and therefore only the differences will be described based on FIG. In the air cleaner A, an electrostatic atomizing device 9 with a transporting section 6 and an electrode 7 is provided on the downstream side of the air cleaning section 12 with the filter 2. In this embodiment, it is provided

11603pif.ptd Page 19 572789 V. Description of the invention (14) A vibrating device 33 having a water w in a vibrating water storage unit 5. As the vibration device 33 for vibrating the water W of the water storage section 5, an ultrasonic element can be used, for example. In this embodiment, the amount of water W to be transported can be varied, and the nano-sized mist M containing a large amount of active species can be efficiently atomized and sent to the room. Odors such as indoor walls. Xi Yi Secondly, the embodiment of FIG. 2 will be described. The basic structure of this embodiment is as described above, and the embodiments are the same. Therefore, only the differences are described based on FIG. 2. f In the air cleaner A, the air purifying unit 12 with the filter 2 is provided on the flow side. An electrostatic atomizing device 9 including a carrying unit 6 and an electrode 7 is provided on the flow side. In this embodiment, a moving carrying unit 6 is provided. The vibration device 34. As the vibration device of the vibration transfer unit 6, a biasing element can be used, for example.纟 In this embodiment, the transport amount of water # 22M Xilin 彳 f, and it can be, efficiently, and can send the nano-sized fog inside # containing a large number of active species to the room, so it can be efficiently Remove the odor attached to Muroshuang Temple. = Each embodiment of FIG. 13 is explained. The basic structure of this embodiment is similar to the embodiment, so only the differences will be described. Apply the electrode 15 'as described above: Application of the JfJ voltage to the electrostatic atomizing device 9 ^ .. field sample when a negative voltage is applied to the application electrode 15 in the second two] prepared m to the transport section 6 The characteristics of the high voltage between the electrode 7 and the electrode 7 are: in this embodiment, the transport amount of '7' can be increased, and ^ 5 2 I put 3 nanometer-sized mists of the active species μ mist. .w 'to the inside, so it can effectively remove the odor attached to the wall of the room, etc., and can also generate negative ions and supply the room at the same time. Structure and

572789 V. Description of the invention (15) ----- The foregoing embodiments are similar, so only the differences are described. The characteristic of the high voltage applied between the transfer section 6 and the electrode 7 in this embodiment is a negative DC rectangular wave set to 100 kHz. In this embodiment, the transport of water w can be varied, and it can be efficient and can atomize a nano-sized mist M containing a large amount of active species, and inverse s: ± μ square, μ can be Efficiently remove the six qi attached to = 円 罡 寺. In addition, in the various embodiments described above, the body of the air cleaner 8 and the outlet 3 of the air purifier 8 and the nanometer-sized 疋 t J produced by the electrostatic atomizing device 9 can be effectively and simultaneously produced. The air is sent to the room together, however, the row t is in front of the main body case 11 of the air cleaner eight. In this way, the sending direction of the i-plane r becomes the effective expansion of the air purifier a within a nanometer-sized mist m containing the active species. κ to effectively remove odors adhering to the interior wall surface, etc. In the present invention described above, the water in the conveying part is atomized between the electrodes, and the purified air is diffused to the air, and the indoor air can be effectively executed. Deodorant. The high voltage is applied to the conveying section, and the generated mist and air masses outside the screen cleaner A are limited due to deodorization or attachments on the wall surface of the room :: r =: rr Of course, it is not within the scope of " and when it can be made a little more "run J does not invent the fine scope of the invention" as the scope of the attached patent application is defined as: the warranty of the present invention

572789 Schematic description ----- [Schematic description] Figure 1 is a side sectional view of the air cleaner. Fig. 2 is a front sectional view of the air cleaner. Fig. 3 is a plan view of a cross section of an electrostatic atomizing device provided in the air cleaner. Section view. Electrostatic atomization of the device produces nanometers

Fig. 4 is an electrostatic atomizing device as described above. Fig. 5 is an electrostatic atomizing device as described above. Fig. 6 is a schematic diagram of atomizing particles having the same size as above. Fig. 7 is a diagram of the air cleaner. Fig. 8 is a schematic configuration of still another embodiment of the air cleaner shown in Fig. 9 Fig. 9 is a schematic configuration of still another embodiment of the air cleaner shown in Fig. 10 Fig. 10 is a schematic view of still another embodiment of the air cleaner Composition diagram. Fig. 11 is a schematic configuration of still another embodiment of the same air purifier as shown in Fig. 0

Fig. 12 is a schematic configuration diagram of still another embodiment of the air cleaner as described above. "Figure 13 is a diagram illustrating an example of a negative direct current with a high voltage applied between a transporting part and an electrode in still another embodiment of the same air cleaner. Figure 14 is a further illustration of the same air cleaner. Transfer of an Example

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572789 A brief illustration of the diagram An example of a negative DC rectangular wave with a high voltage applied between the electrodes of 20 to 100 kHz. [Illustration of diagrams] A air cleaner, 1 suction inlet, 2 filters, 3 exhaust ports, 4 air supply unit, 4 a fan, 4 b motor, 4 c wind tunnel, 5 water storage unit, 5a water tank, 6 transport unit, 7 electrodes, 8 voltage application parts, 9 electrostatic atomizers, 1 0 air path, 1 1 body case, 1 2 air cleaning part, 2 7 storage recesses °

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Claims (1)

572789 VI. Scope of patent application1. An air intake through an air intake port: a water storage unit; a transport unit, transport; an electrode, and a voltage application, and a static electricity and the electricity should be transported in, a wind path 3 · The reason is that the transmission section and the generated section 4. The section between the poles of a wind path and the wind path and the electric power should be dedicated to the transportation section. If the application is for the transport section, the electrode is the mist. If the application is for the transport section, the airflow will seduce the cleaner, with the air supply section. The filter will be cleaned from A row of outlets is discharged, and is characterized in that the water of the water storage part is moved to the tip side outside the water storage part k1, and the transportation part is arranged in two pairs; and a part that applies a high voltage to the transportation part and the electrode The water is applied to the conveying section by applying high voltage a ^^ to the conveying section to generate a booklet + a mist, and it is on the downstream side of the filter. The air cleaner according to item 1, wherein the characteristic pole is provided from the suction port to the air outlet according to item 1 of feature I, and the basin electrode is provided outside the outlet, and The air cleaner is used to draw air from the discharge port; the air purifier described in item 1 above is characterized by being located at the delivery port of the discharge port and the electrode at the Use the position of the mist flowing into it. ^ Atomization equipment The atomization of the pole is the scope of the benefit and the scope of the electricity and the location where the electricity is available. The scope of the electricity and the electricity H603pif .ptd Page 24