TW516260B - Ion generating device - Google Patents

Abstract

An ion generating device 1 has an electrical cleaning mechanism 79 for burning off the dirt attached on an ion generating electrode 7 by electrical heating manner. If the electrode tip with concentrated electric field generated by ions is attached with dirt, the efficiency of generating ions will be significantly hindered. Herein, with the electrical cleaning mechanism 79, the dirt attached on the tip 7a of the ion generating electrode 7 is burned off so as to effectively avoid such a defective condition. Under such a condition, if the dirt attached on the tip 7a of the electrode 7 for generating ions is selectively removed, the object of cleaning can be achieved completely. Moreover, the electrical heating capability generated by using the electrical cleaning mechanism is not necessary to be very high. Therefore, the device can be simplified.

Description

516260

V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to an ion generating device. [Technical Background] Ion generators have been used for the purpose of deodorizing indoor or automobile bacteria. These = f purify, kill the body, configure the parent power supply unit, boost the transformer, cry, trowel, and connect it to the [waste converter and boost AC high-voltage electricity 'applied to :; Corona discharge is generated, and the ionization generated by the discharge has negative ions and positive ions, such as the deodorizing effect of production workers, so it is said that negative ions are better. If it is used for a long time, the gas τ fouling substance will adhere to the ion generating electrode, and when the discharge surface will be affected by these fouling substances, it will obviously hinder the living. As a result, the generation efficiency of the cross-linked ions is reduced, and the discharge when i is heavy will cause == flat " -1 1 1 427. In the patent gazette, the ground is positively charged; and? The needle-shaped negative electrode used for the generation of electrons is a contrast, and the device for generating negative ions I '❹ adjusts between the negative electrode and the tip of the positive electrode arranged in parallel ^-吝 & from j. A proposal on the efficiency of generating negative ions has been proposed. However, the problem with the negative electrode body is to prevent the adhesion of fine scale to the needle shape. The subject of this Maoming is to provide an ion generating device, which can be easily and conveniently

516260 V. Description of the invention (2) Effectively remove and adhere to ionic products, effectively prevent or inhibit the function of adhesion due to dirt = reduction. Ion production efficiency of 1 [Summary of the invention] In order to solve the aforementioned problems, the ionization system of the present invention includes: the ion generating electrode, the characteristics of burial and placement, and the generation of negative ions; And Shi: The paleontology department burns the ions generated by the ion generating unit 12 and 2 and the electric milk type cleaning mechanism in order to generate the ions. The electrode attachment is generated according to the structure of the present invention by the method of electric heating. The dirt 1 on the raw electrode is H: 1 is attached to the ion production test mechanism. The household can make the dirt sure and simple. Removal]: effect or; make the ion production efficiency due to the adhesion of dirt; ion production efficiency. In the case of electricity: = = =, it will extremely affect the prevention of the above very effectively; if it is burned off, it can selectively remove the adherence to conditions that help the health, such as the ministry ... The electrical heating capacity used by the end-type milk-type clearing mechanism is not necessary, so it can help simplify the device. It is also meaningful to do so. Moreover, the ion generating electrode system uses a counter electrode to generate a corona 1Η 2093-4509-PF.ptd page 5 516260 .- V. Description of the invention (3) The discharge type enables Implementation of ion production. This is used as a dust collection electrode. In addition, the f-direction electrode can also be attracted to the side of the opposite electrode. If it is negative, it will be good. Therefore, the effective electrode is released in the special feature, but it constitutes the discharge pattern of isolation = τ, although there is: electricity? : ', But it has no clear raft near electric discharge. So-called corona discharge is different.可;: Two points, and one makes it function as an electrode, but ^ 2, although it is not intended to be a result of the function of the electrode, the fact that an electric object has a counter state. On the other hand, the same type of electric cleaning mechanism as the corona discharge includes the electrode, which is opposite to the ion generating electrode; the electric charge is opposite to the electric spark discharge, and the ion generating electrode and the spark discharge are high voltage for f discharge. Generate high voltage for electricity. It utilizes the application of a high electric current, a spark discharge between the electrodes, and a fire discharge to occur between the opposite electrodes. It burns off the ion-generating electrode and attaches to the ion-generating electrode. The cremation is thereby used to form a flower discharge. , Can make the hair of the spark = the composition of things. If you use a fire, the attached dirt can be more effectively concentrated on the electrode surface. When the tip of the electrode is sharp, remove it. Moreover, when the ion generating field is easy to concentrate, the ion generating electrode = ㈧ makes the spark discharge the opposite electrode and the spark discharge for cleaning occurs. When the tip is opposite and the spark discharge can be reliably performed, the phase of the counter electrode of the ion generated electric cremation discharge 2093-4509-PF.ptd $ 6. 5. Description of the invention (4) Pair interval (hereinafter, a small and small It is different, the extension: B :: interval ") is based on the applied voltage, 2 is the following, and it is best to ^^ if it is a voltage of about 400V, for example. Also, discharge the flame ::: 'You can expect a more reliable fire 7 avoidance of excessive two executions, or * Live "shengli = raw electrode' to make it between ... raw ... flower electrode moving mechanism. Spark in the gap The discharge is opposite to the ground. During the non-discharge time, the electrode and ions can be effectively electrically generated. The fixed spark discharge: applying a higher voltage than the ion generation to generate spark electrodes. It may also include a resistance heating mechanism for causing the ion generator to heat the resistance of the ion generating electrode at least t, thereby having: 着: the electric and electrical components, for example, between = 二 产 置, # Jin Jieke, and the gap position of the electrode gap created by the ion are connected to ion = Wei Lei II to move; and the heating power supply part is turned on, and the resistance is used to generate heat through the current-carrying member. In particular, when the tip of the ion-generating electrode is 516260 V. Description of the invention (5) The tip is sharp, by abutting the current-carrying member to the current-carrying judging company ^ 1 #, 丨, ％ 』 On the big end Electricity can selectively increase the temperature of the large electrode end, which is an important electrode on the ion-producing soil, and further increase the adhesion of the electrode tip to the electrode tip of the canister. Object removal (cleaning) 0 In the ion generating device of the present invention, in order to clean ion generation f, an automatic control unit of a cleaning mechanism that uses an electric type = operation can be provided by using a preset timing. In this way, ion generation can be performed The electrode is clean, and the electrode can be reported to be clean for a long time. ^ Keep the transformer that uses ions to generate it, but the terminal and voltage, the alternating current is transformed to the aforementioned voltage-type transformer without ironing and entering the cold room circuit-based device. This voltage transformer comes with a high pressure ion input core and a significant surplus of light weight or warm room board through the input pressure. When the air voltage is crossed, it is composed of silver and ions. The transformer can be used: It is advantageous because the secondary side outlet electrode of the electric ceramic element a is out of the wire, and the wire portion is 'beneficial.' When the air conditioner is miniaturized, the advantages of the BQ two are silent. The height of the change is changed in order to make the device installed. Although the piezoelectricity of the alternating current on the piezoelectric input side plate is light and, if used, it can also be vibrated by ceramic element terminals. The transformer 5 will be described later. Because there are also energy-generating products, the windings on the winding board can be linearly transformed to form the primary-side AC input on the output side to transform the aforementioned input. Piezoelectric ion production is simpler than the primary-side terminals toward the transformer. Because the small generating mechanism of the generating device is installed in the place where the generating mechanism is installed, the generation of ozone from the air conditioner is particularly significant in the application of the cycle wave. When the winding is used to generate high voltage, the number of windings on the secondary side changes.

516260 V. Description of the invention quot Even more, the leakage magnetic field which changes in accordance with the frequency of the parent flow also becomes higher. And, if the ion generating electrode is arranged in this leakage magnetic field, the influence of the still-frequency induced current generated by the: ,,, and ion generating electrode will promote the production of odor & At this time, if a non-wound piezoelectric transformer is used, the leakage magnetic field felt by the flying electrode can be made small, which is conducive to suppressing the generation of ozone. Furthermore, the polarity conversion device can be used as: for example, to rectify the piezoelectric abnormality Γ ί side AC output, so that the ion generating electrode is charged to a negative polarity = the charge movement is allowed, and the opposite direction is prevented Words: moving rectifier. In addition, if the negative charge from the secondary AC wheel 2 of the piezoelectric transformer is provided to the ion generating electrode to be a power storage device, a negative voltage of a certain degree or more will be continuously applied to the ion generating electrode. Instead, negative ions can be stably generated. At this time, by combining this power storage device with the aforementioned rectifier device, it is possible to apply more negative ground high voltage to the ion generating electrode, for example, compared with the use of a high-voltage DC power supply of ^ ^, the device can be greatly reduced in size. . [Best Implementation Mode of the Invention] The following describes the best implementation mode of the present invention with reference to the embodiments shown in the drawings.戌 The first figure shows the appearance of an ion generating device according to an embodiment of the present invention, and it is made of plastic molding, and the frame body has a hollow cover 2. Although the shape of the cap 2 is not particularly limited, it has a long and slightly flat shape here, and an ion emission is formed on one side thereof. 516260 Description of the Invention (7) Port 4. In addition, on the side surface of the cover 2, the second figure is a sectional view viewed from the top of the i-th figure. Off 3. The ion generating electrode 7 and the ion generating electrode are used in the edge 2 and are provided with a 7 series using metal 'such as nickel or nickel and public electricity: cell 5. Ion generating electrode Therefore, the sharp discharge portion 7b is related to this! / 邱 ’7 A forms a sharp tip. In the state, the main body 7a is integrated into a plate-like shape by the integration of screws, etc. In addition, the main electricity for ion generation ^

The high voltage is applied to the ion generating electrode 7 through the high voltage cable 8 and is made of a unit which is difficult to generate ions, such as 6A to 6C. In addition, as shown in FIG. 2, the circuit parts on the protective cover ^ pass through the ion generating electrode 7 and point away: set the air flow W to pass through your I 424 toward the door ion discharge port 4 and set the blower 9 Behind, = sub = electrode 7 side. The blower 9 discharges toward the ion generating electrode 7 through the blowing port 9b by a blower (not shown), and has the effect of promoting the release of the ions generated here to the ion discharge port 4. Figure 3 shows the overall circuit configuration of the ion generating device 1. The blower 9 and the main lightning generator for ion generation are divided into two parts. The main circuit for the Ding Ya king 5 is not transmitted through the connector. And the connection cables 19, 21 are connected to the power supply unit 30. In addition, on the power supply unit 3-0, the power plug 26 and the power cord 25 are connected through a connector 24 to receive external AC power (for example, Acl00v) not shown in the figure. The electric f unit 30 receives the AC input of electric power through the power switch 3 and the fuse 23, and is stepped down to a certain voltage by using a transformer 16 (for example, the wave-to-peak value is 3 2 V). Moreover, a diode bridge is used. 17 After the front wave rectification, the voltage is stabilized by a stabilization unit 15 ′ including a capacitor 11 to 13 and a three-terminal stabilizer 14, and then distributed to the blower 9 and the output respectively.

516260 V. Description of the invention (8) Health unit 6. Secondly, the main circuit unit 5 for ion generation has the function of adding a high voltage problem to the high voltage generating part of the ion generating electrode, as shown in Fig. 4: The second material 74a is replaced by the voltage 'ion i Μ electricity to the circuit voltage transmission system, from the operation # H 5 3 Institute, 55, 56 histories ° ° ί from 516260 5. Description of the invention (9) Waveform signal' The high-speed conversion of the DC constant voltage input from the power supply unit 30 'by this' generates an input AC waveform to the primary side of the piezoelectric transformer 70. Specifically, the 'conversion section 38' constitutes a push-pull conversion circuit including a pair of crystal transistors 6 5 and 6 6. These transistors 65 and 66 are turned on and off by the output (43 series load resistor) of the operational amplifier 62 to generate a square wave AC waveform that is oscillated by the oscillation frequency of the oscillation unit (oscillation circuit) 37. This waveform is input to the primary side of the piezoelectric transformer 70. Next, the piezoelectric ceramic element plate 71 of the piezoelectric transformer 70 is formed in a horizontally long plate shape, and the longitudinal middle position of the plate surface is used to distinguish the first plate-shaped area 7 and a which are polarized in the thickness direction. The second plate-like region 71b which is polarized in the longitudinal direction of the plate surface. The input-side electrode pairs 72 and 73 connected to the input-side terminals 72a and 73a are formed to cover both sides of the second plate-shaped region 71a. The output-side electrodes 74 connected to the output-side terminal 74a are formed in the second plate-shaped region. 7 1 b on the longitudinal end surface of the plate surface. In the piezoelectric transformer 70 configured as described above, when the AC input is performed to the first plate-shaped area 71a through the input-side electrode pairs 72, 73, "the polarization direction of the first plate-shaped area 71a is the thickness direction". The plate wave M propagating in the longitudinal direction is strongly combined with the electric field in the thickness direction of the plate, and is replaced by the energy of the plate wave propagating in the longitudinal direction. s, done to the second plate-shaped field m, but although the longitudinal plate wave is transmitted here, the plate wave and the longitudinal electric field strength C pole direction is vertical, the frequency corresponds to (preferably-induced) piezoelectric; harm t So that the AC resonance frequency of the input side is relatively high, the impedance of the element 71 is relatively equal to the vibration of the mechanical vibration of the plate 71), and it is approximately the largest on the output side (and the smallest (resonance) on the wide-input side). Use this impedance

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The conversion ratio is the boost ratio. One day, the next day, 丨 in λ #, two or two, and the input on the side are pressurized to become the output on the secondary side. The structure of the piezoelectric transformer 70, which has the principle of chemical operation, is very large. Compared with a wound-type transformer with an iron core, it is lighter, smaller and superior. In addition, under the condition of large load; and the efficiency is very stable and stable, so a high boost ratio can be obtained. In addition to the release of Lei Lei and Shi Ye with the release of ions, if the AA row ΠΓ and the Shi Xie enemy electric power is captured by the ion generating device under the conditions close to the open load, it can stably produce a suitable ion production t Pressing and pressing can also effectively utilize the advantages unique to the aforementioned piezoelectric transformer. The material of the piezoelectric ceramic M plate 71 is made of, for example, a lead zirconate titanate-based perovskite-type piezoelectric ceramic (so-called? Ζτ) in this embodiment. This is mainly composed of a solid solution of lead halide and lead titanate, which is excellent in impedance conversion efficiency and is therefore very suitable for use in the present invention. In addition, the blending ratio of lead zirconate and lead titanate is a molar ratio of lead osmate to lead titanate, which is about 0.8 to 1.3, but it can achieve good impedance conversion efficiency. In addition, if necessary, a part of zirconium or titanium may be replaced with nickel, niobium, magnesium, graphite, or fibrous. In addition, if the driving frequency of the PZT-based piezoelectric ceramic element board becomes extremely high, the sharpness of resonance will rapidly become dull, which will cause a reduction in conversion efficiency. Therefore, it is better to set the frequency of the primary AC input to a value corresponding to the mechanical common frequency of the element 71 by using a relatively low-frequency range of 40 to 300 kHz. Conversely, it is preferable to determine the size of the element 71 so that the mechanical resonance frequency of the element 71 is contained within the aforementioned frequency range. ~ And ’When using PZT-based piezoelectric ceramic element boards,

2093-4509-PF.ptd Page 13 516260 V. Description of the invention (Η) = The voltage level, from the standpoint of ensuring the efficiency of negative ion production and confirming the companion components, resistance, and performance, it is best to set it to 15 ~ 4〇 隹 :: Pieces --- owe you one ^ the voltage level of the voltage, if you take into account the frequency range of the above = side, grasp the input (4〇 ~ 300kHz can ensure about 500 ~ 30_ ( For example, 2000v). Right) of the 4-poles ”, including the diode 76 as a rectifier. These two generate the secondary AC output of the voltage transformer 70, so that the ions prevent the charge movement in the direction of the reverse electric charge Λ is allowed 'and the transformer 7 is allowed. Used for output. In this embodiment +, the end of the middle electrode 7 = the output line 74a is grounded by the piezoelectric transformer, and is connected to the specific ion generating electrode; = while connected to t, the two-pole ㈣ is in the Bebesch type, To make sure — and '4) diodes 7 6 are in series. Plural (in this case, in addition, make the piezoelectric transformer cry 70 years-the upper part (vibration circuit) 37 way; 75a on-,? Father; righteousness "^ ^ In order to stabilize the operation ^^ It is known that when encountering capacitors, the frequency of piezo-varying noise must be used; the frequency of the heart is more than the total frequency of the element board 71. It is effective to maintain the driving frequency within the range of the return power $, 5 :: 2 as described above. In the present embodiment, the piezoelectric transformer 70 is stabilized. In the sixth embodiment A to c, the piezoelectric transformer 70 is installed so that the piezoelectric transformer 70 is approximately parallel to each other on the 6 sides of the insulating substrate. The insulating substrate is wide The electric ceramic element-free board 71 and the substrate plastic plate are formed. In addition, in the insulating surface of the substrate 6 such as glass fiber reinforced non-injection substrate 6,

2093-4509-PF.ptd Page 14 ^ 260 ^ 260 V. Description of the invention (12) Application, piezoelectric ceramics, 1H metal film, the surface side of the transparent capacitor part 71 is used as Attribution # 'helps to install into a spaceline pattern for use with the base. For example, lead to airborne protection: the amount of neutrons generated at the ionized position is 1 0 0 0, and the stimulus at the intersection of the current and the stimulus, which is excellent in oxidation even if oxidation is applied, is generated. Got. Here, ~ 3000V has strong force as described above, but the field of odorous frequency element board 71 is covered with metal film electrode 75, and electrode 75 and piezoelectric ceramic element board 71 are located on the insulating substrate. The 6 part also constitutes the return capacitor. Fig. 6B is a cross-sectional view of the inner surface side wiring from the front side L i5 diagram. The return capacitor is based on the structure of the single capacitor. The first is to miniaturize the substrate of the piezoelectric ceramic element board. The second is to omit the capacitor zero plate 6 to have a slightly parallel structure and the piezoelectric ceramic element to be used as the opening. Plate 71, which is more conducive to miniaturization. And R 'will not occur and can not be used.' 6a series of assembled parts :: anion generator for daily life,

Effect, bactericidal effect I electrode tip of electrode 7 or diodorous = fruit, etc./ It is possible to determine the negative distance from every 1CH13 on the side of / /, when the clearance is 1m, the distance is more than 100,000. . The voltage applied to the piezoelectric transformer core 7 can be adjusted by the conversion unit 40; the secondary-side output voltage is applied to the electrode 7. The form of each mixed negative-polarity pulse current has the problem that it is easy to approach the so-called non-current in the field air / in the discharge system, and the sterilization force does not produce ozone to Yt. Ozone, if produced: Oxidative decomposition power Disadvantages. For example, if ::, it will become unsubstantiated. The frequency of the pulse flow will be too large (in whole, then the amount of ozone produced will increase and

516260 V. Description of the invention (13) -------- Strengthen the smell of ozone. In this point of view, # Λ _ pulse frequency can be below 150 kHz, and the generation electrode 7 stays below 0 · 1 ppm, which can suppress the occurrence of a small amount of ozone and ozone. = = =; Produce other 'high bactericidal effect and so on. From this point of view, * = ^ fruit, it is enough to improve 0.001ppm ~ 0.004ppm. At this time, "apply; milk / miscellaneous / may be the voltage can be set to 1 0 0 0 ~ 2 5 0 0V, pulse>, / the application of the sharp tip of the electrode 7 and the grounded material opposite to the f pole" is used. From the point of view, it is effective. The electrode 7 'is used to suppress the generation of ozone. As shown in Fig. 2, the type of ion generating Nexus 7 #,. Port 4 is arranged in the cover 2 =; the ion emitting element 5 is arranged away from the ion emitting outlet 4: bit. Set: Sub = use the ion output of the single ion discharge port 4 of the circuit. On the other hand, it does not prevent the μ R from reaching the port 4. The fan 9 responds to the ion emission to the ion-producing ions: / produced in the ionization electron ^ μ of the exit 4, which can directly transport the ion toward the ion. Therefore, it can The ion current is efficiently released from the ions: the daughter discharge. The air blower 9 may be disposed at another position if the air current flows through the ion generating electrode 7 toward the second side. For example, (H 0+) > However, when compared with hydronium ions, the sheep's rye ions 3 2), which are slightly less stable in the atmosphere, are generated as negative ions. Although the blower 9 is arranged on the shell 1, it is more stable than the front side. Negative release

516260 V. Description of the invention (14) In the third figure, the power plug 26 is connected to the external AC power socket. When the power switch 3 is turned on, the DC blower 9 and the main circuit unit for ion generation can be supplied. 5. In the Ion 1 'circuit unit 5, the input portion in FIG. 5 is used to receive the DC reference, and the wave is generated by the operation of the vibrating portion 37 and the converting portion 38. At the same time, this is also the piezoelectric transformer 70 The input-side terminal 72a < is input for the h-side AC input of the adjustment resistor 67 (including a variable resistor for waveform adjustment). Piezotransformer 70 ZO Zun Zhao a primary boost ... The output side end acts as the secondary side. The secondary side of piezo transformer 70, when outputting a negative half wave, the output electrode 7 is charged into the negative electrode. By this, around the ion generating electrode 7 = the electric field generated by negative ions is tilted, and in the surrounding air, the k ions become sheep-based ions (H3 02-), etc. and leave + 4 2, such as water negative ions. Next, at the time k and r, it is said that although the generated charge is to be discharged on the ground side, the negative charge of the electrode 7 is prevented. In this way, the ion generating electrode 7 can stably generate negative ions by the U1 body 76. I quasi-negatively charged state, and in order to confirm the effect of the present invention, it is said that the ions shown in Figure 1 and Figure 2]: Real :. That is, the device having the circuit configuration of Fig. 5 is provided. Piezo pottery ^ == It has a composition of plate 71 with a mix ratio of lead osmate and lead titanate, and a substance containing about 2 wt% of niobium is selected, for example ,,,,, · 1, and the added element is U5. 13_ size. It is composed of a nickel plate with a length of 52 mm and a thickness of about 0.2 mm. The discharge electrode 7 is formed by a thickness of the electric double portion 7b. The length is about 5 and the tip is 2093-4509-PF.ptd. Page 17 516260 V. Invention Explanation (15) Sharp. The circuit substrate 5a is made of broken glass, and it is composed of an input piezoelectric transformer and a plastic plate. At about 70 kHz, the voltage is generated by the frequency of the AC input from the peak to the underside of the voltage. When operating at 24V, it is applied to the tip of the ion-generating electrode 7 to °. In this state, a commercially-available ion counter (wearing :: bay 'J' is placed at a distance of 1 m from the gap, name: air ion meter ^ Cry λτ Factory: Japan MJP Co., Ltd., when the amount of product is produced, we can know: negative: 10000) to determine the negative distance per 1 cm3 .... Qi: Health: = production level is at 100,000 / 1 ^ When f and hexaoxygen production were measured using a commercially available ozone concentration meter (荏, AET—〇3〇P), the ozone generation amount was 0.01 to 0.2 ippm, and no ozone odor was felt. The ion generating device i in the figure is a combination of a blower (multi-leaf fan) 9 that blows the electrode 7 in the cover 2: Production: Yes, the ion generating mechanism is installed in an air-conditioning device such as a cold room and the like to form 'Ion's ions It can also be mixed into the air-conditioned air flow. The refrigerating cycle mechanism cools the air flow or becomes the blow-out port of the passed air flow. Recorded as an air conditioner. Figure 21A shows the outline of the air-conditioning mechanism 2000. The loop-in mechanism includes: refrigerant gas main pipe 199, which constitutes the heart machine 2 0 5. It is installed on its piping path and compresses the refrigerant; the compressed refrigerant gas is condensed by the radiator (heating part) 208 °, the pressure reducer is 207, and the pressure reducing mechanism is used. " " Reduce the pressure of the refrigerant gas; and the evaporator 2 〇4, so that the reduction of the problem 'call / night called & passed refrigerant gas

516260 V Invention description (16) The body and the cooling object take away the refrigerant gas, and the gas stream is indirectly in contact with the tube wall to evaporate. From the gas refrigeration cycle mechanism, you can vaporize the heat of vaporization and cool the gas stream. Thus, the evaporator 204 is well-known, so its detailed description is omitted here. As shown in the figure, at the same time as using the cover of the air conditioner of the air conditioner 201, the air conditioner 21 on the cover 21 of the 21C, ☆ s feather 〇9, passes through the filter F and is formed on the air conditioner protection 204. In contact with: But: the port 2Jlc sucks in the external air ', and the air flow through the outlet 9ηm / the air-conditioned airflow with the evaporation air pipe 201a passes through the action of blowing out the wind, but & = out. Above, although the sending direction is reversed when it is used as a cold room, the compressor 205 is used to compress the refrigerant gas conveyer 204, and when the rotor is used, it is replaced by the condenser 206 and evaporated. The condenser 204 is turned by the external air which is blown and blown in reverse. … And the human being, that is, it can also be used as a greenhouse to make Ann within 20 Å ;: Erzhi's milk is in contact with the air-conditioner electrode π \ of the air-conditioning electrode 7 which is arranged in the blow-out duct as a frame, and becomes Contains in order to do: Ai: rolled stream and is released. Moreover, as shown in FIG. 21B, the ion & byproduct of the ion generation :: main;:; set: when a plurality of blowout gas flows corresponding to the respective ion blows, "^ 压 王 也 极 7 and ion generation σ ^ < Above "when there is a large amount of blown air flow, it is necessary to be two early" group counts "to specifically generate the electrode U and the main ion generation master; ^^ Compare multiple sets of ion beams and 'the implementation type explained so far For ion generation 2093-4509-PF.ptd, page 19, 516260 5. Description of the invention (17), even if there is no special cleaning mechanism for the ion generation electrode described below, it can be applied. A, f A times, in the air-conditioning unit 2000 equipped with the ion generating device 1 shown in FIG. 1 or the same ion generating unit, is there an electric cleaning mechanism? 9. The electric cleaning mechanism 79 is an object consisting of dust, oil, and other dirt attached to the tip of the ion generating electrode 7, specifically, attached to the ion generating electrode 7. Hair style k off. Specifically, the electric cleaning mechanism 79 includes a spark discharge counter electrode for spark discharge, which is opposed to the ion generating electricity 7. In addition, the 7 voltage generating units composed of 5 升压: 0, the boosting unit 39, and the conversion unit 40 are also used as the high voltage generator generating electrode 7 for the spark discharge and the spark discharge counter electrode 83. The high voltages used for the formation of the inter-flower discharge. Moreover, by applying a high voltage— / the discharge fire is generated between the generating electrode 7 and the spark discharge counter electrode 83: the attachment on the ion generating electrode to go to 111 can be burned off. If yes, if the fire 3 spark discharge is opposed The electrode 83 can also be grounded in advance,

Si electricity 3: If the electricity time is short, electricity can be absorbed by the capacitor of the device, so it is not necessary to connect it to ground. The spark discharge counter electrode 83 is arranged so as to face the separation portion 7a. Specifically, the spark discharge == tip, rod-shaped, the rod-shaped spark discharge counter electrode 83 ° ': formation of the implementation type is side) is facing the tip of the ion generating electrode 7 (in this case, as shown in FIG. 8A) As shown in the second figure, fire and lightning are generated with respect to ions. 7 411 Electric counter electrode 83 thousand generation electrode 7 and ion generation electrode 7 generate ion.

IEH 2093-4509-PF. Ptd Page 20 V. Description of the invention (18) ^ j (Figure 8B), and close contact with the spark generating electrode 7 to cause the spark to be directed to the electrode 83 and less ion set so that It is relatively close to the distance of the fire brother 8A picture), until only = 78. Here, the position of the ion generating electrode 7 is an electric counter electrode moving machine. The electric counter electrode moving mechanism 78 moves the spark discharge to be charged and fixed. The spark discharge is shown in FIG. ^ The side fire of the ion release direction of the electrode 7 is opposite to the ion movement mechanism 78 in the direction of the ion generation ^ discharge counter electrode mover release direction), which is the front side of the tip at a slightly right angle of six (that is, the ion 83 Along its axis direction; the spark discharge pair that the near-shaped spark is put to the retreat position, if it is like, the ion current emitted from the tip of the moving pole 7 so that = 3 reports =. Blocks the electric cover 2 generated by the ions. Flower ::, the head 82 is connected to the rear end portion of the electric counter electrode 83 to make the rod-shaped spark release rod "driven by the solenoid 80; the tip portion of the advance and retreat electrode 83 will face the ion An electric spark discharge opposing gap is generated. In addition, the 84a series of the electrode 80 of the fixed solenoid is close to the end of the electrode, and the reverse direction of the discharge counter electrode 83 is inserted. The electrode 83 faces the guide plate of the ion = hole, and because of the fire and clearance, the electrode 7 can be slightly horizontally approached to FIG. 7 to show the spark discharge and the accuracy of the gap formation. Circuit diagram. Electrical source of 8 'electrode moving mechanism 78. In this embodiment System ': Connected to DC power by connector 87, "shared power for generating main circuit unit 5 2093-4509-PF.ptd Page 21 516260 5. Description of the invention (19) = (in this system DC 3 2 V) In addition, the pressing signal of the solenoid 80 is a transparent switch mechanism 85 (which is constituted by using a photoelectric MOS in this embodiment mode) and is supplied by the control unit 86. The control unit 86 is installed with the ·· I / O terminal core% and micro-processing of cpu86b, RM86c, 8M connected to I / O terminal 86a: = configuration; R0M86d has written spark discharge counter electrode moving mechanism = as control program. CPU86b uses RAM86c as work The control unit executes the private mode, thereby serving as the control body of the spark discharge counter electrode moving mechanism 78. Once the control unit 8 6 issues a command signal to drive the spark discharge counter electrode moving mechanism 78, the photoelectric MOS 85 It will be closed, and the solenoid 80 will be pushed because it receives the DC driving voltage. As shown in FIG. 13A, the spark discharge counter electrode 83 is pushed by the solenoid 80j to approach the ion generating electrode 7. In its forward extreme position, the fire 1 dagger discharges the tip of the opposing electrode 83 83a with respect to the tip F7a of the ion generating electrode 7 is positioned on any side in the electrode plate thickness direction to form a predetermined gap amount. For example, in this state, the discharge applied to the ion generating electrode 7 With voltage, by applying 1000 ~ 3000V in advance here = generating voltage, a spark spark sp will be generated in the gap, and the dust attached to the tip portion 7a of the ion generating electrode 7 will be concentrated by the heat due to the fire. Attachments such as scum scales are burned off. In addition, if the spark discharge counter electrode 83 = is retracted, the distance between the electrodes g will increase, and if the distance between the electrodes g is greater than the maximum discharge distance g max, the discharge will be discharged. The spark will stop. However, since the ion generating voltage is continuously applied to the ion generating electrode 7 on the ion generating electrode 7, it is possible to switch to the ion generating mode immediately after the spark discharge is completed.

516260

Moreover, the shape of the gap formation of the spark discharge, and the close-release type of the spark discharge counter electrode 83 with respect to the ion generating electrode 7 are not limited to the aforementioned types, and various types are possible. For example, the figure shows that the side of the tip portion of the spark discharge counter electrode 83 is opposed to the tip of the electrode 7 to form a gap. At the same time, J is generated before the tip of the ion generating electrode 7 or 'can also be The method of using the plate of the ion-generating electrode 7 ^ Ϊ near ㈣). Figure 13C is a table: In other words, a gap is formed by the pair, and at the same time, the ion generating electrode produces? = -St approaching * clearance. (Fig. 131) The figure shows that the front side of the tip of the fire-opposing electrode 83-curved tip 83 is approached and released from the ion-producing electrode? The tip of the sub-tip is opposite to the spark discharge electrode 83 From the position where the spark cannot be sparked 4 'to the position where the spark can be sparked-the fixed position = close to the position, which means that the -3— gap of the flute Q is the same as π-', the embodiment of cremation discharge ' However, as shown in FIG. 9, the spark discharge is opposite to Luo & & 4: Φ ^ 7 »J i pole 8 3-abutting on the ion generating electrode 7, and then the jealous seat is opened from its state. Going backwards, the cremating discharge counter electrode 8 3 is held back, and as a result, a gap is formed and electricity is used. You can also use the cremation discharge and cremation discharge methods. If the sample is extended, set the spark discharge to 6 φ M ^ pp. You have reached the limit position of the former when the electrode 8 is approaching 3, and adjust it in advance to make the spark 4 inches into the pole ΠΓ, from the pen to the electrode 83. When the free makeup energy > 'Bee exceeds the cross-cut electrode tip 7 and the pressure of the tube 8 is released, the return is used. It is made in the spiral flat ear 81a and produced by the contact ion

516260

When the state of the green electrode 7 is pushed in the separation direction, the elastic deformation of the spring 8a can prevent an excessive pressing force from being applied to the ion generating electrode 7. From the gap state shown in Figure 1 1A (the gap is the spark discharge cannot =), the contact state shown in Figure 11B, and then released by the push of the screw 80, etc., once the spark discharge counter electrode The second figure Λ of L11, which started to recede at 83, shows that the formation of a gap between the ion generating electrode 7 and a discharge spark will generate a "spark spark", and the attached matter will be burned out. The discharge fire SP is shown in Figure 11D. Until the gap den, vertical ^ ρ, L, until the spark discharge limit distance g max is reached in the gap, the discharge spark SP will continue, and the mg discharge fire PP. F At the point when g max is exceeded, the SP will know that For example, g max is less than about 1mm at 100 ~ 20 0 0V. The electric i is the type of the fire solenoid. The mechanism of the retreat is needle-shaped.) It can be driven by a motor 9 3 Figures 11A to E in the forward and reverse directions allow the spark to be freely adjusted to reach the spark discharge. The holding flower discharge is opposite to the electric type: when dirt is attached to the scale, the gap-discharge opposed electrode moving mechanism 78 is not limited to ^ As shown in Figure 10A, 'Use the motor to move forward ° ^ Here, the spark discharge Directional electrode 83 (on ίί: through the pedestal 90 to secure the "strip 91", the pinion 92 that engages with the strip 91 is rotated and can be held at any position. For example: the electric model can discharge under the direction When the electrode 83 moves backward, the speed of the fire motor 93 can be controlled.

, Between Mori, and P to hold between any, you can also use: = fire interval to narrow, and the ability to focus spark discharge

516260 V. Description of the invention (22) The power of removing dirt. Figures 12A to D show examples of various action modes. The vertical axis represents the amount of gap g formed, and the horizontal axis represents time. Figure 1 2 A shows that first the spark discharge counter electrode moves from the clearance position (g = g〇) to the abutment position (g = 〇), and then, when the clearance is released, the gap amount g gradually increases. situation. The time from when the gap amount starts from g = 0 until g m a X reaches t a is the duration of the spark discharge. Fig. 12B shows an example in which the moving speed of the spark discharge counter electrode 83 is made smaller in the initial stage, thereby lengthening the duration (tb) of the spark discharge (this method is even when a solenoid 80 is used , If a deceleration and retreat mechanism such as a hydraulic buffer is provided, it can also be achieved). In addition, in the period 1 to 2C, the period during which the spark discharge counter electrode 83 is stopped and held at a constant gap gs is set to increase the duration of the spark discharge (tc). ). In addition, the 12D diagram shows that the spark discharge counter electrode is not brought into contact with f to generate electrode 7, starting from the initial gap amount g0, the value is two, and the holding mode is fixed only for a fixed time. ： While it is not widely used, "Although the application of removing attachments" can make the discharge gap smaller than g S, it is also possible. Eight, as shown in the UJ β chart of Gekou 罘, the discharge of ice can be opposite Is the electrode 83 approaching? Η: Generate electrode "Monthly spark direction electrode 83 is held in the second 4 to discharge the spark, and is driven by the solenoid 80 to advance and retreat. The child generating electrode 7 is equipped with the movable electrode 9 5 ', With solenoid 8 (Μ

516260

When they are pressed against the spark discharge together, the ion generating electrode 7 and the movable seat M electrode 83 are pressed. Enough = Borrow ::: = 理] Therefore, the function of the department 86 can automatically clean the ion products: dagger; =: 9 according to the preset department. The automatic control section of the cleaning mechanism, 'when the power of the swimming mechanism automatic control is turned on, * electrical cleaning' = 疋 is in the type of generating device,-once the ion generating device is operated. When the actual part 86 receives the power-on signal and the power switch is turned on, the operation program of the cleaning mechanism 79 is controlled. The UA Sun Ben "started to clear the same as the machine was pulled off. At the beginning of the supply of electricity from the i, the timing diagram of the road (hereinafter also referred to as the cleaning circuit) also began = the operating potential of the two cleaning mechanisms Display), and start the ion generating electrode 7 ° operation. (When the ion generating device 1 is used in the operating state, the cleaning operation is started.) Therefore, before performing the cleaning operation of the ion generating electrode 7, the user first generates the mode. The adhesion of dirt prevents the generation of ions, which can be reliably prevented and, as shown in Section 14B, it can also be a bad phenomenon. The structure of the automatic control unit under the electricity and ion of the ion generating device is as follows: During daytime (T), the electric main and / or re-entry will be activated, and after pre-set words, the second, mechanism π in the operation of the ion generating device 1. Such an electrode 7, so that the ion generating electrode 7 can be fixed At this time, as shown in FIG. 14C, the cleaning machine a $ is maintained in a clean state. The integral operating time of the ion generating device reaches ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This When the composition constant value (T) is set, for example, as shown in FIG. 7, the electric power is formed in the RAM 86c of the microprocessor of the 516260 invention description (24)-10% of the control unit 86, which has the integral Japanese A: measurement device function. Credit timer memory, #This can be easily realized by using the time ... When the power is off, the power supply terminal of the microprocessor has a backup power supply section (constructed in this implementation) to make the credit The timer will not be cleared and will be cleared again. Ϊ́ = ΐ Control program, so that the operation of the electric cleaning mechanism will reset the measured value of the integral operation time when it is cleared, that is, the content of the j-minute timer ϋ memory. The value t can be set on the ion generating device of the present invention: the producer, the lean and poor signal detection unit, reflecting the environmental conditions configured by the ion generating device = brother = action control '' Check out according to the environmental state information ; The action of the electrode 7 shell on the object \ air-type cleaning mechanism. Adhesion to the ion produces: difficult to remove conditions or its adhesion strength (or it can be changed according to the situation: according to Zhao J :: when it will Week of Air Source Air ring: clean the action of the mechanism, and fully clean ;: = Monthly electricity: two electricity / type ί electricity: two weeks to hold the state of the clever state of exposure. ', Holding β, Yin-like sadness, which can ensure good ions Figure 2 2 is a block diagram of the situation in this situation. The control circuit of the part that uses the A-lichen non-electrical configuration example? 〖4 μ $ clerk "Successfully, Xiao Banqian constructs the control circuit 214 ' Connected to one of the environmental status information detection sections

516260

It is well known @: temperature sensor 21q 器 2 1 2, stinky salty weeping 9, 0/0 2 for the jellyfish, dirt detection can be connected to these components, and the towel ^ part is also directed and controlled as ion generation The main circuit unit 5 for 罝-/ 丄 -association generation and the ion generating electrode ^ 215 (consisting of the electric type 4㈣H R which is also constituted by the separation mechanism) are connected to the aforementioned system. The formula uM216, and the air conditioning unit 2000, the control circuit 214 is, for example, a wet product that is detected by the temperature sensor 21 () and the humidity sensor 211. Then, the ± ++, the more the same, Φ is different, it is worse by increasing at least one of the output of electrical heating (such as the voltage for spark discharge) or hair (the duration of fire! Discharge) of clean ion production, even in the dirt In the high-temperature or high-humidity state removed by ， 1, the π-producing ion 7 can be filled to the extent necessary. Moreover, for the increase in temperature or humidity, 'the output or heating time of electrical heating can also be increased continuously (ie, steplessly)' or the reference temperature or humidity value is used to divide, and the output of electrical heating is increased stepwise. Or fever time is OK. In addition, the higher the degree of odor or dirt detected by the odor sensor 2 1 3 or the dirt sensor 2 1 2, the higher the output of the electrical heating of the clean ion generating electrode 7 (eg, the voltage for spark discharge) ) Or at least one of the heating time (the duration of the spark discharge) is increased. For example, when the aforementioned function is installed in the air-conditioning unit 2000, as shown in FIG. 20C, the dirt sensor 212 can be configured by a light sensor that detects dirt in the filter F by light reflection or the like. . Further, as shown in FIG. 22, an ion generation amount measurement sensor 2 丨 7 for measuring the amount of ions generated by the ion generation electrode 7 is provided, and is also used for cleaning.

2093-4509-PF.ptd Page 28 516260 V. Description of the invention (26) The automatic control part of the cleaning mechanism can be used in the control circuit 214, when the ion is generated, the electric cleaning mechanism 216. The μ 1 θ electrode 7 has the ionization ion from the aforementioned market ionization / determining sensor ... It is placed on the ion generating device. That is, when the ion production: volume? !! ; See the value = when the action of the co-synthetic electrode 7 of the generation amount of the electrode, can make the electrode 7 often; ί, =: production and can often ensure stable ion generation state Γ " like evil 'gas type The cleaning mechanism is constituted by a resistance heating mechanism including the “buried” ion generating electrode 7 which generates heat due to resistance, and burns and attaches to the electrode 7 as shown in FIG. 15. In the example of j 5 Η 'Its composition includes: · the current-carrying member 183, the contact position of the contact 7 and the pole 7 and the generation of the electric gate from the contact ion, and the &' the position of the gap of the sprocket electrode 7 When the current is applied to the heating power supply unit M, a resistance current is passed through the current-carrying member 183 through the current-carrying member 183: the ion-generating electrode 7. Specifically, the rod-shaped current-carrying member 183 is near and away from each other. Furthermore, thunder The tip 7a of the pole 7 can be connected to the first one. § ## 古 ά 电 知 子 82 is attached to the base end of the current-carrying member 183, and the direct-current electrical heating power source 97 is connected to the current-conducting terminal 82. Λί1 When electrically heating, the current-carrying member 183 is brought into contact with the ion product to directly energize it, so that the sharp tip 7a selectively generates heat and burns away dirt, etc. In addition, the transformer used in the boosting unit 39 can also be used as shown in page 16 and 29. 2093-4509-PF.ptd 516260 5. Description of the invention (27) Figure The shown winding transformer 22 1 (220 series AC power source, 222 series negative pole rectifying diode). With this structure, the part needs to meet the high frequency AC power of the piezoelectric transformer resonance frequency, using commercial AC power (such as Or AC100V at 60 Hz) for direct drive, it is not necessary and can be omitted. Figure 17 shows a modified example of the ion generating device of the present invention. In the generating device ，, there is a fan and a fan in the cover 102. 9, at the same time is also configured as a UV germicidal lamp 601 germicidal lamp 1 0 1. In this embodiment, ion production, γ jin well-known machine 9 is about the same relationship as the figure 2 wk wind: The long slit-shaped = 102a formed on the front side before reading is read so that the generated negative ions are released together with the wind. + It is arranged to allow the wind and the release of the ion from the ion discharge port 102a, for example, along the ion discharge port 1〇 2a opening edge configuration An example of the circuit structure of Tugan. Although most of them are as shown in Figure 3, "right" is constructed by an external AC power supply to the power supply unit 30. ^ $ Includes: sterilization lamp m, well-known stability to operate this device: 3 2. And the germicidal lamp lighting of the glow starter 3 3 is strict ^ " The effect of violet halide or deodorization applied on the negative ions generated is further improved. The right and right, on the aforementioned ion generating device 1 M 00, although iron 1, Λ can also omit the blower 9. Also, the structure of the power supply side: is a structure that is used after dcizing the external AC power source, but it can be a battery-type power source that can be moved; in a car ^ For example, the situation of flying soaps, etc. 2093-4509-PF.ptd Page 30

516260 V. Description of the invention (28) Under the ion generating devices 110, 120 (110a, 12a cover) shown in Figure 19A and 19B, you can also use a cigarette lighter socket to receive power. Plug connector in. Generally, a cigarette lighter socket uses a 12V DC power source of a battery for an automobile. However, in this embodiment, the input power of a cigarette lighter socket that receives power through the connector 111 is connected by using a connector 11 2 The stabilized DC power supply circuit 11 3 is supplied to the ion generating unit 60 or the blower 9 through the connector 114. Fig. 19A corresponds to a configuration in which the blower 9 is omitted. Further, in the ion generating device 13 of Fig. 20, an ion generating unit 60 is arranged in a cover 102 in which a long slit-shaped ion discharge port 102a is formed on the upper surface side. In addition, the mounting direction of the ion generating electrode 7 is such that the = end faces the ion discharge port 102a side, which has a higher degree of rotation than that shown in Figs. 8A and 8B. Further, a horizontal fan (air blower) 1 39 on the lateral side (lower side) behind the ion generating unit 60 is arranged along the longitudinal direction of the long notched ion discharge port 102a. With this, in the ion

In the longitudinal direction of the discharge port 102a, a uniform wind can be generated, and an ion current can be generated. J [Brief description of the diagram] The system diagram of the Γ is based on the appearance of an example of the ion generating device of the present invention, and FIG. 2 is a top cross-sectional view of FIG. Fig. 3 is a circuit diagram showing an example of the structure of the fence shown in Fig. 1; Fig. 4 is a block diagram showing the circuit configuration of the ion generating unit.

516260

FIG. 5 is a circuit diagram showing an example of the detailed configuration of FIG. 4. Fig. 6A is a top view of the main circuit unit for ion generation. ^ 6B is a perspective view of the inner side of the main circuit unit for ion generation. Fig. 6C is a cross-sectional view of the main circuit unit for ion-ion generation. Figure 7 is a circuit diagram showing an example of an electric cleaning mechanism. Fig. M is a side view showing an example of a spark discharge counter electrode moving mechanism together with its action. Fig. 8B is an operation diagram of Fig. 8A in succession. Fig. 9 is a modification example when the spark discharge counter electrode is brought into contact with the ion generating electrode. Fig. 10A is a schematic view showing a spark discharge counter electrode moving mechanism. Fig. 10B is a schematic diagram showing another example of the spark discharge counter electrode moving mechanism. & FIG. 11A is an explanatory diagram of a spark discharge process when the spark discharge is brought into contact with the electrode and ions are generated, and when it is retracted. Fig. 1 1 B is an explanatory diagram continued from Fig. 11 a. FIG. 11C is an explanatory diagram continued from FIG. 11b. FIG. 11D is an explanatory diagram continued from FIG. 11c. Brother 1 1 E picture system, 纟 b Ji brother 1 1 D picture explanatory diagram. Fig. 12A is a diagram showing a first example of a control mode of the amount of discharge gap with the movement of a spark discharge to an electrode. J personification Figure 12B is a drawing of the second example of the same control mode. Figure 12C is a drawing of a third example of the same control mode. 516260 V. Description of the invention (30) Figure 12D is the drawing of the fourth example of the same control mode. Schematic explanatory diagrams of various types of driving branches for the spark discharge counter electrode ion generating electrode. Fig. 13B is an explanatory diagram of Fig. 13A in succession. FIG. 13C is an explanatory diagram of a continuous 13β diagram. Fig. 1 3D is an explanatory diagram of Fig. 13C in succession. Figure 1 4A shows the operation of the electric cleaning mechanism. μD < Timing of the example of operation control Fig. 14B is a timing chart of Fig. 14A continuously. Fig. 14C is a timing chart of successive 14β diagrams. Fig. 15 is a schematic diagram showing an example of heating using electric current: Drawing of the electric cleaning mechanism Fig. 16 is an explanatory view schematically showing the ion of the present invention in an example in which the step-up section is constituted by a coil transformer. Picture of a modified example of clothes. _ 心 W㈣——The circuit of the example becomes real = :. FIG. 19B shows a circuit structure of an ion generating device for a vehicle. FIG. < Circuit structure of ion generating device Fig. 20 is an explanatory diagram schematically showing an example of the present invention. Another deformation caused by placement a 2093-4509-PF.ptd page 33 516260 V. Description of the invention (31) Figure 2 1 A is a schematic diagram showing an example in which an ion generating unit is incorporated into an air conditioning unit. Figure 2 1 B is a schematic diagram of Figure 2 1 A in succession. Figure 2 1C is a schematic diagram of Figure 2 1B in succession. Fig. 22 is a block diagram showing an example of the electrical configuration when the operation control of the electric cleaning mechanism is performed based on the detection results of various environmental state information detection units'. [Symbol] 2 cover 2 a bottom 3 power switch 4 ion discharge outlet 5 main circuit for ion generation 5a circuit board 6 insulating substrate 6 single ion generation 6a wiring mode 7 ion generation electricity; 7a body part 7b Discharge section 8 High-voltage cable 9 Blower 9b Blowout 11 to 1 3 Capacitor 14 Three-terminal stabilizer 15 Stabilizer 16 Transformer 17 Diode bridge 18 Connector 19 Connection cable 20 Connector 21 Connection cable 23 Fuse 24 Connector 25 Power cord 26 Power plug 30 Power unit 31 Lighting unit 32 Ballast 33 Glow starter

m

2093-4509-PF.ptd Page 34 516260 V. Description of the invention (32) 3 7 vibrating part 3 9 booster part 43 load resistance 3 6 input part 38 conversion part 4 0 conversion part 5 2 resistance 54 ~ 55 resistance 6 2 Operational amplifier 6 7 Resistor for adjustment 7 0 Piezo transformer 7 1 a First plate-shaped area 7 2, 7 3 Input-side electrode pair 74 Output-side electrode pair 7 5 Metal film electrode 53 Capacitor 56 Variable resistor 6 5, 6 6 Transistor transistor 6 7a Variable resistor 7 1 Piezoelectric ceramic element board 7 1 b Second plate-shaped field 7 2 a, 7 3 a Input-side terminal 7 4 a Output-side terminal 7 5 a Path 76 78 79 81 82 83 84a 85 Diode spark discharge Counter electrode moving mechanism Electric cleaning mechanism Advancing and retreating rod coupling member

Spark discharge counter electrode Positioning plate Photoelectric M0S 8 0 Solenoid 8 1 a Return spring 82 Current terminal 84 Guide plate 85 Switch mechanism 8 6 Control section

86a I / O 86b CPU 87 Connector 91 Rack 9 3 Motor 86c, 86d RAM 9 0 Base 9 2 Pinion

2093-4509-PF.ptd Page 35 516260 V. Description of the invention (33) 9 4 Fixed seat 9 5 Movable seat 97 Power supply for heating and heating 100 Ion generator 101 Sterilization lamp 110a, 1 2 0 a Cover 102 Cover 102a Ion discharge ports 110, 120 Ion generator 112 Connector 113 Stabilization DC power circuit 114 Connector 130 Ion generator 139 Fan 183 Power supply member 199 Main piping 200 Air-conditioning mechanism 201 Air-conditioner cover 2 0 1 a Blow-out duct 201c Inlet 2 0 1 d Blowout port 203 Mounting section 204 Evaporator 205 Compressor 206 Condenser 207 Pressure reducer 208 Radiator 209 Fan 210 Temperature sensor 211 Humidity sensor 212 Dirt sensor 213 Odor sensor 214 Control circuit 215 Ion generation unit 216 Electric cleaning mechanism 217 Ion generation amount measurement sensor 2 2 2 Diode for rectification of negative electrode F filter W Air flow

2093-4509-PF.ptd Page 36

Claims (1)

516260 1. An ion generating device, an ion generating electrode, provided with ions; comprising: generating a high voltage generating unit for negative generating by applying a high voltage of a negative polarity ... generating ions at the ion generating electrode and applying a high voltage; And an electric cleaning mechanism, which burns off the adhered ionic products by electric heating. For example, the ion generating device described in the first item of the patent scope, wherein the tip of the Γ sub-generation electrode is sharp, and the aforementioned electric type 2 凊 bar is attached to the tip of the ion-generation electrode. Burning Zen 3 "The ion generating device as described in item 1 of the scope of patent application, wherein, W, the electric cleaning mechanism includes: a spark discharge counter electrode for spark discharge, which is opposite to the aforementioned ion generating electricity; and ,,, The high-voltage generating unit for charge discharge applies a high voltage for spark discharge between the ion generating electrode and the spark discharge counter electrode. By using a high voltage, a discharge spark is generated between the ion generating electrode and the spark discharge oblique electrode, and the adhering matter which is attached to the ion is burnt. 4. The ion generating device according to item 3 of the scope of the patent application, wherein the tip of the aforementioned ion generating electrode is sharp, and the spark discharge counter electrode is opposite to the tip of the ion generating electrode. 5. The ion generating device as described in item 4 of the scope of patent application, which 516260 6. Scope of patent application-The above-mentioned spark discharge counter electrode system described in “7” is in the shape of a rod, and the front end or side surface of the rod-shaped spark discharge counter electrode is opposite to the part of the aforementioned ion generating electrode. ^ 6. The ion generating device according to item 3 of the scope of the patent application, wherein the spark discharge counter electrode is opposite to the aforementioned ion generating electrode in a gap position where the ion is generated by the ion generating electrode, and Between the spark discharge counter electrode and the ion-generating electrode, at least a position close to the position where the discharge spark is generated is provided with at least a spark discharge counter electrode moving mechanism for relatively approaching / releasing the gap. The ion generating device according to item 6 of the scope of patent application, wherein 1 the tip of the aforementioned ion generating electrode is sharp, and the aforementioned spark discharge opposite electrode moving mechanism is such that the tip of the ion generating electrode is opposed from the front side to the facing side The direction is an alternating direction, so that the aforementioned spark discharge is relatively close to and released from the electrode. 8. The ion generating device according to item 6 of the scope of the patent application, wherein the position of the ion generating electrode is fixed, and the spark discharge counter electrode moving mechanism is a mechanism that moves the spark discharge counter electrode. 9. The ion generating device according to item 1 of the scope of patent application, wherein the high-voltage generating unit for ion generation is also used as the high-voltage generating unit for spark discharge. 1 0. The ion generating device according to item 3 of the scope of the patent application, wherein the high-voltage generating unit for ion generation is also used as the rain generating unit for spark discharge. 11. The ion generating device as described in item 9 or 10 of Shen Qing's patent scope, I Page 38 2093-4509-PF.ptd 516260 6. Application scope of patent _ Among which, the aforementioned high voltage for ion generation ^ the ion generating electrode The step-up transformer includes: before the wheel output side connection 12. If the scope of the patent application item 丨 = Cheng. In the foregoing, the aforementioned electrical cleaning mechanism includes: a miscellaneous generating device, whose resistance generates heat, and * attachment * the aforementioned separation = cutting electrode generating electrode resistance heating mechanism. Burning of attachments to the green electrode 13. As described in item 1 of the scope of the patent application, the aforementioned energizing heating mechanism includes: " a generating device whose energizing member is placed in a position away from the foregoing, and the electrode is generated from the ion ° Between the abutment of the abutment; and the position of the gap between the raw electrode and the gap, you can move the heating power source part to generate an electrode through the current-carrying member. "Using the state of abutting on the aforementioned ion generating electrode," the electric current for resistance heating is applied to the aforementioned ion 1 4 · The ion generating device described in item 1 or 3 of Shishen patent scope, wherein For cleaning, the aforementioned electric-type cleaning mechanism includes a cleaning mechanism automatic control unit that automatically operates using a preset timing. 15 · The ion generating device according to item 14 of the scope of the patent application, wherein the 'automatic control unit of the aforementioned cleaning mechanism operates the electric cleaning mechanism when the power of the ion generating device is turned on'. 16. The ion generating device according to item 14 of the scope of the patent application, wherein the automatic control unit of the aforementioned cleaning mechanism operates the electric cleaning machine after a preset time has passed after the power of the ion generating device is turned on. 2093-4509-PF.ptd Page 39 516260 , Shen Jing patent scope structure. 1 7 · According to the ion generating device described in item No. 丨 4 of the scope of patent application, the automatic control unit of the aforementioned cleaning mechanism operates the electric cleaning mechanism when the integral operating time of the aforementioned ion generating device reaches a certain value. 18 The ion generating device as described in item 17 of the scope of the patent application includes beans, including: ^ ^ integral operating time measuring device for measuring the integral operating time of the aforementioned ion generating device; and stomach The resetting device resets the measured value of the integral operating time corresponding to the operation of the aforementioned electric cleaning mechanism. 19. The ion generating device as described in item η of the patent claim, in the basin, including: ,, morning brother-like evil news detection unit, reflecting the state of each environment of the aforementioned ion generating device; and rotation out The cleaning mechanism operation control unit controls the operation of the aforementioned electric cleaning mechanism according to the "poor information" of its environmental state information detection unit. In On, the ion generating device as described in item 19 of the scope of patent application, the cleaning machine H% + the status information detection section includes a temperature sensor. The higher the temperature detected by the temperature sensor, the higher the output or the heating time of at least one of the former and the next, which will increase stepwise or steplessly. In 21, the ion generating device as described in item 19 of the patent scope, the cleaning machine Z ^ environmental state information detection section includes a humidity sensor, and the cleaning and control section is the humidity The higher the temperature detected by the sensor, the 〇 093-4509-PF.ptd Page 40 516260, the scope of patent application The electric heating output or heating time increase at least or steplessly. ^ 22. The ion described in item 14 of the scope of the patent application includes the measurement of the clothes produced by the aforementioned ion-producing electrode, which: the production amount measurement sensor ', the aforementioned cleaning machine: the amount of Si; " It is lower than the preset level. It is a coincidence that the above-mentioned electric cleaning mechanism is actuated by the ion-producing electrode ... "23. In addition, the rc pole in the body described in item 1st3 of the patent scope is arranged in addition to Frame with an ion discharge port The life of the ion discharge port passes through the aforementioned ion generating electrode and is directed toward the blower flowing from the aforementioned lice. 6. In the stage of presentation, 24. The ion generating device described in item 23 of the scope of patent application, It becomes an air-conditioning mechanism that uses a refrigeration cycle mechanism to cool or heat the aforementioned airflow, to adjust the airflow, and to adjust the airflow of the airflow; the ion discharge port is also used; the blowout port of the rolling flow is passed in the first week. The ion generating device described in item 23 of the scope of patent application, wherein the ion generating electrodes are arranged in a plurality of frames as described above. Among them, 2 6 · The ion generating device described in item 1 or 3 of scope of patent application Pei Zhi, ^ The aforementioned high-voltage generator for ion generation is connected to the input-side terminal and the output-side terminal of the piezoelectric ceramic element, so that the input-side terminal is used for movement, and the human-side parent-side input voltage passes through the mechanical mechanism of the aforementioned piezoelectric ceramic element. The voltage of the secondary side AC voltage which is exchanged to be higher than the above-mentioned primary side AC voltage is generated by shaking the electric voltage from the output-side terminal toward the ion-emitting electrode. The historical pressure is included, and the conversion voltage is also included. Electric transformer of two 516260 Sixth, the scope of patent application > $ 电 才 药 -Human-side father /; IL output conversion device, so that the side of the voltage applied to the aforementioned Li Yuyu has a negative polarity is more advantageous. ， It is measured from the position where the ion generating device described in item 26 of the scope of the patent application is “in the distance” from the tip of the electrode of the ion generating electrode to the front side, where f is 1 〇1 m. The result is more than 10,000 negative anion ions per cm 3 ", and the ozone generation amount is less than 0.1 ppm. The 2 8 · In the ion generating device described in item 27 of the scope of patent application 'The above-mentioned ozone generation amount is more than 0.001 ppm and less than 0.004 ρριι, and less than 2 9 · According to the ion generation cracking described in the item 26 of the patent application, the aforementioned piezoelectric ceramic element plate system uses lead zirconate titanate It is made of Calcium Lin / # Piezoelectric ceramics. At the same time, the frequency of the AC input of the primary side is set in the range of 40 ~ 300 kHz. The voltage of the AC input of the secondary side of the piezoelectric ceramic element board is 15 ~ 40V, the applied voltage applied to the aforementioned ion generating electrode is 5 0 ~ 2 0 0 V. 30. The ion generating device according to item 26 of the scope of patent application, wherein the installation includes using the corresponding primary-side AC Input frequency to vibrate A vibration circuit, and a primary-side AC input waveform generating circuit of a conversion circuit that receives a waveform signal from the vibration circuit so that a certain degree of DC input uses the frequency of the vibration to perform high-speed conversion; The secondary AC output is provided with a return capacitor on the return path to the aforementioned vibrating circuit. 3 1 · The ion generating device according to item 30 of the patent application scope, wherein 'on the aforementioned insulating substrate, a piezoelectric transformer The system is mounted approximately parallel to the piezoelectric ceramic element board and the substrate surface. 2093-4509-PF.ptd Page 42 516260 6. In the inner side of the insulating substrate, the area corresponding to the aforementioned piezoelectric ceramic element board is covered by a metal film electrode, and the metal film electrode and the aforementioned piezoelectric The ceramic element board is a part located between the insulating substrate and the returning capacitor. 2093-4509-PF.ptd Page 43