TWI267388B - Ion generating apparatus - Google Patents

Abstract

An ion generating apparatus 1 comprising an ion generating electrode 7 disposed inside of a housing body 2 and a high voltage substrate 5 having a high voltage generation circuit for applying high negative voltage to the ion generating electrode 7; an air blower 9 for generating an air flow W0 running by the ion generating electrode 7, which is located along the direction from the ion generating electrode 7 to the ion emitting hole; a rectification board 25 disposed to rectify the sir flow from the ion emitting hole 4 along the board surface, in which at least the topmost surface portion of the rectification board is formed by an insulator; and a gap portion for charging prevention 25c disposed at the position facing the ion generating electrode 7 and formed by a gap penetrating the inner face along the air flow direction. Therefore, by disposing the air blower and the rectification board, the air blowing efficiency towards the ion generating electrode can be increased and there is no electrical interference generated between the rectification board and the ion generating electrode and dirt adhering onto the rectification board can be prevented.

Description

1267388

TECHNICAL FIELD OF THE INVENTION The present invention relates to ion generating devices. The prior art has deodorized, the transmitter is arranged, and the discharge ion is discharged with a negative ion effect. 2002-1 The electric voltage is applied to the fan, and the upper release effect is high, and the grounding caused by the delivery is not promoted. , and use the flow power supply pressure exchange, the profit export and the positive, so the 5 8 3 4 pole, with the addition of circuit combinations into the publication rate does not discuss the negative ion of the household fan must be effective, the flow control The chamber ion generating unit and the high voltage for boosting are applied to the device for discharging. Ions, for example, are said to be in the negative ion publication, which discloses the application of ions and the release enthalpy revealed by the structure in the frame. However, the use of an ion-generating device for automotive use of a gas stream to supply turbulence from the reaction generated is described in this patent. Set. These large transformers and needles are added to the ions generated by the needle electrodes, and the ions are generated by the ions because the negative ions are better. Japan shows that such ions are produced by ions generated by high voltage. Sub-generation device system, in recent years, negative, demanding ion production, in the vicinity of the ion electrode, 'can be lifted south, less stable, less steady flow, open, 2002-15834 heart, methyl, part, tied to the electrode, put on 'There is a piezoelectrically deformed airflow generated by the purifying and sterilizing patent-generating device package provided by the hole in the frame, and the high-volume generation of the electrode that carries the blower ion is generated. In the production of ions to the ion generation, there is no special sterilization or the use of transformers in the frame to generate ions on the electric body, or the deodorization and ionizer are used for high-efficiency, and the airflow is increased. The surrounding area is therefore stable. For the electrode. Don't pay attention

2093-5631-PF(Nl).ptd Page 6 1267388, invention description (2), / / Here, as an inevitable improvement, it is considered to design a rectifying plate to introduce the airflow from the blower through the ion generating electrode into the ion discharge port. In this case, under the requirement of miniaturization, the space inside the frame of the ion generating device is limited to a certain extent, and the two device elements of the blower, the ion generating electrode and the rectifying plate must be densely arranged in a small space. . In particular, since the space from the ion generating electrode in which the rectifying plate is disposed to the ion discharge port is not wide, the distance between the electrode and the rectifying plate cannot be made close. In this case, the following unfavorable conditions are liable to occur. 1. In the same manner as the casing, the rectifying plate is made of an insulator such as a resin. The high voltage of the ion generating electrode causes the rectifying plate to be polarized and charged, and dust, oil, oil, and the like are sucked in a large amount, and the dirt is easily entered.曰2. Here, in order to prevent electrification, if the rectifying plate is made of metal or covered with a conductor layer such as a metal ore layer, the distance between the conductor layers on the ion generating electrode i ΐ 7 ί is close to that of the rectifying plate. Between the sparks and the thunder & sub-generation efficiency will be greatly reduced and become unstable. The odor and noise caused by the fire are also a big problem. SUMMARY OF THE INVENTION The object of the invention is to provide an ion generating device rectifying plate for loading, Γm engraving in a generating device, and to connect the blower to the charging and the fire; and in order to improve the air supply efficiency of the ion generating electrode, and to generate an electrode with r The ion generating device of the invention includes a shoulder, a frame, and an ion generating electrode disposed inside the frame, in order to solve the problem of ion emission.

1267388 V. INSTRUCTION OF THE INVENTION (3) A south-substrate substrate in which a path is applied to the ion-generating electrode, and an ion-generating electrode is generated from the ion generation, and a plate surface is provided on the downstream side of the ion-generating electrode in the air blowing direction. Inside, the airflow faces the ion plate. At least the outermost surface portion of the flow regulating plate is penetrated from the entire surface of the ion generating electrode to form a notch to be charged. According to the above configuration, a flow path is provided between the air supply electrode and the discharge port to the ion generating electrode. The rectification can also be made of an insulator, and the ions are sparked. Therefore, a part of the ion is penetrated through the mouth in the air supply direction. As a result, the ion generating body does not exist and does not cause the polarization. Moreover, the adhesion of the high-voltage substrate to the insulating substrate of the companion substrate and the mounting component hinders the heat release of the substrate, and the dust is also the original substrate causing the short circuit. Part of it also acts as a substrate for contamination. The rectifying plate is a plate-shaped type of a blower that generates a negative ion current generated by an electric electrode from a high-negative voltage and a high voltage of a voltage to the ion discharge port, and is located on the upstream side of the ion discharge port in the air supply direction. The outlet is rectified and rectified along the surface of the plate, and is formed by the edge body, and is provided with a notch portion for preventing the inner portion of the flow plate in the air blowing direction. In the air supply direction, the stabilized gas plate can be efficiently supplied by the ion-reinforcing plate. Due to the most surface portion (of course, the position where the electrode is not generated between the electrode and the rectifying plate is formed, the rectifying plate is notched. In the vicinity of the electrode for preventing electrification, the rectifying plate is insulated and charged to cause dust, etc. The electric field leaks due to high dust, and dust is easily adhered to the insulation, etc. The circuit such as the dust operates incorrectly and is electrically charged. Therefore, the rectifying plate covers the high voltage protective body, and at the same time prevents the electric field of the high voltage substrate pressing the substrate from being excessively divided.

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The pole is preferably formed at the height of the frame to be mounted along the bottom of the frame. In this case, when a gap is formed between the gaps, the position of the bottom portion of the bottom portion between the substrates is fixed above the bottom high voltage plate, and the rectifying plate is located there. For example, the frame has a high-voltage substrate which is easy to be assembled by the plate body. In the state in which the high-pressure substrate is formed in a horizontally long direction for the U-shaped air discharge rate, the good rectifying plate also forms a horizontally long length corresponding to the ion discharge port. shape. Further, the blower fan has a horizontally long plastic state corresponding to the ion discharge port, and is turned in a horizontal direction (four) line, and a rotary fan (R〇tary Fan) which is formed at a certain interval in the circumferential direction of the rotation is formed in the horizontal direction. In this state, when the ions and the green electrodes are disposed on the side of the frame wall facing the center in the longitudinal direction of the flow regulating plate, it is difficult to supply a stable gas flow to the ion generating electrode, and the ion discharge efficiency with respect to the gas flow can be improved. Then, if the charging is prevented, the notch is in use. When the central position of the sea is formed through the width direction of the rectifying plate, the horizontally long rectifying plate is broken to the left and right and broken, and the layer can be prevented from being charged. ^ Then, if the ion generating apparatus as described above is used for a long period of time, dusty fumes or other contaminants contained in the air current may adhere to the ion generating electrode, and the discharge surface may be covered by the dirt in a short time. If it is in such a state, the discharge generated by the ions will be impaired, the ion generation efficiency will be lowered, and even the generation of ions will be stopped. In this case, Japanese Laid-Open Patent Publication No. Hei. No. 2 0 02 - 1 58 34 also discloses that an electric cleaning mechanism for attaching an attachment to an ion generating electrode to be burned by electrical heat is provided, and the dirt can be reliably and easily removed. Further, it is possible to effectively prevent or suppress the decrease in ion generation efficiency caused by the adhesion of dirt. Especially away

2093-5631-PF(Nl).ptd Page 9 1267388 V. Description of the invention (5) The sub-generation electrode generates an electric field. If the object is used, the test will help the ion to go, and the total heat capacity is not high. , made, due to the provincial rise. Therefore, therefore, the method ensures that the space is invented by the board, which is high above. Then, in the construction of the device, it is possible to form a portion between the electrodes which can be electrically used for the entire discharge of the device. The front-end electrical cleaning diagram of the tip of the opposite electrode prevents the generated electricity from being cleaned. It is revealed that the ions in the rectifier plate are electrically cleaned, so that it cannot pass through the airflow in the rectifier plate. The formation of the inevitable effect of the use of small cockroaches. The cleaning mechanism is electrically charged. The applied spark is generated by the high voltage. If it is used in a sharp state, the part will hinder the ion generating mechanism from burning away from the sharp and extremely sharp tip end of the sample, and the electrical cleaning will be simplified. Bentekai 2002 -1 5 834 'Unable to expect that the ion-generating electrode is disposed in the ion discharge mechanism, and the ion-producing electrode is effectively used to generate the electrode and ion discharge supply efficiency or even ion production, such as the above-mentioned prevention band. Space, by arranging the space of the electrical frame, even the loss of the attachment of ions to the ion is extremely efficient. The factor produces the attachment of the electrode. Moreover, the efficiency of the electrical publication attached to the dirt selective cleaning mechanism can be made between the electrodes. However, the efficiency of the electrical gap between the gas and the gas cleaning tube is provided in a large vicinity of the device structure. The side of the side is not, in the present, there is a rectification leap, because the mechanism is on the rectifying plate, has a spark discharge pole with respect to the ion generating electrode, and a high voltage spark discharge for discharging with the ion generating electrode and the spark discharge phase With the application of high-powered application, the ion-generating electrode and the spark-discharge spark discharge can be burned and removed by the ion-generated spark discharge, and the heat of the spark can be effectively concentrated.

1267388 V OBJECT DESCRIPTION OF THE INVENTION (6) On the surface of the electrode, the attached dirt can be removed from the left side of the stone. Further, the front end of the electrode system is formed. Further, the ion error is caused by a discharge electrode which is easy to concentrate the electric field, and the spark is generated for cleaning. Take the cake. Μ 对 , 可 可 可 可 可 可 可 可 t t t t t t t t 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子The vertical enthalpy reaches, for example, the level of 40 00 V, so that the generation of * # 企 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The opposite electrode and the ion generating electric device are disposed in a relatively close relationship with each other. When the ions are generated, the fire electrode is separated to prevent the originally desired effect. Then, the rectifying notch portion of the present invention is used as a sparking motion. The path is reduced by the device. The electric and ion generating electrodes are spaced apart from the spark discharge. The temperature rises excessively and can be performed intermittently. To avoid the electrode-to-electrode relative to the ion-generating electrode, the separation position is generated, and the spark is generated. The proximity of the discharge spark is the separation of the fire. The discharge of the opposite electrode moves the flower. The opposite electrode produces a spark when the ion is generated by the ion. The plate is cut out to form a gap to prevent the electrification discharge from approaching the electrode, and the separation is moved at the separation position. To prevent the spark discharge from being formed between the electrodes, it is preferable to form 3 mm. In the above configuration, by grounding the spark discharge counter electrode, The current at the time of the discharge of the south can even surely generate a spark discharge for cleaning. In this case, when the spark discharge electrode is in the separated position, the ion generating electrode and the grounded spark discharge electrode are connected by the corona discharge type. state

1267388 """"' ------ V. Description of invention (7) Easily generate ions. This is advantageous for the viewpoint of fire. Further, in the case where the electrode is prevented from adhering to the electrode side, in the state of the spark discharge phase d:: the ion generating electrode is in the state of the electrode, the electric field of the electric discharge is opposite to the ion generating efficiency. In the present invention, it will be located in the under-formed, lifted ion production: the mouth portion is utilized as the front of the spark discharge phase to prevent the cremation discharge from being opposite to the front surface of the electrode; The front end of the ion-generating electrode is not limited, and the spark-discharge electrode is not increased as =2. Further, the electrode disclosed in the present state is formed into a needle-like or rod-shaped electrode 曰=:20〇2-1 5834, and a corona discharge is performed to increase the ion phase of the electrode phase relative electrode, and generate electricity from the ion.彳t rate. In this state, the spark release implementation method is very effective. In the slogan: in the Ming type, the § brothers are referred to by reference to several embodiments shown on the drawing. Fig. 1 is a view showing the appearance of ion-generating penetration of the embodiment of the present invention, comprising a plastic molded body such as an ABS resin, and having a frame 2 42. The frame body 2, 42 has a bottom body 2 which is integrally formed with the upper body 42 in the upper space. The ion discharge port 4' is formed on the upper body 42 = the front side, and the air flow suction port 3 is formed on the back side. The second graph π removes the state inside the upper body 42 and the inside of the casing (the right side of the drawing is the ion discharge port 4 side of FIG. 1), the ion generating electrode 7 is disposed, and a negative high voltage is applied to the ion generating The high voltage of the electrode 7 generates a local pressure substrate 5 to which the circuit is mounted. From the ion generating electrode 7 to the ion

Page 12 1267388

In the direction of the outlet 4 (refer to Fig. 1), a blower 9' which generates a gas flow (four) containing the negative ions generated by the ion generating electrode 7 is incorporated. In the casings 2, 42, a rectifying plate 25 for flowing the airflow toward the ion discharge port 4 along the surface of the plate is disposed. The rectifying plate 25 has a plate-like configuration arranged along the plate surface in the blowing direction, and is disposed on the downstream side of the ion generating electrode 7 and at the ion discharge port 4 in the blowing direction (W1 - w〇). The upstream side. At least the outermost surface portion of the flow regulating plate 25 is an insulator, and in the present embodiment, the entire structure of the rectifying plate 25 can be an insulator (plastic, for example, ABS resin, but not limited thereto). Further, at a position facing the ion generating electrode 7, a portion of the rectifying plate 藉 is cut out to the in-plane shape in the air blowing direction, and the charging notch portion 25c is provided. ～ 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取 取The attached conditional gap is that the child has a sharp shape. The inter-supporting flow plate 25 doubles as covering at least a portion of the high voltage substrate 5. As shown in Figure 5, the high voltage substrate 5 is a knife

On the second surface, the rectifying plate 25 and the high-voltage body base plate surface 5 are disposed above the high-voltage substrate 5. The position where the commutator substrate 5 does not interfere is fixed to the support body 27 from the bottom body 2. Due to the gap between the rectifying plate 25 and the high-voltage substrate 5, the charging of the rectifying plate 25 is suppressed, and dust can be suppressed. In particular, the high-voltage substrate 5 includes a piezoelectric turn which will be described later. The electrification of the rectifying plate 25 is easy to occur, so that it is effective. The gap has a size of 2 to 20 mm. 7 The electrode 7 is a metal, for example, an alloy of n丨 or n i , and the ion generating electrode 7 is fixed at the same or higher position from the rectifying plate 25 by being fixed from the bottom body 2 X

1267388

5. Description of invention (9). Here, the sharp discharge 7b is integrally formed on the main body portion 7 with respect to the space support body 27 protruding from the bottom surface of the lower body 2, and the main body portion 7a is screwed and stopped. Further, the blower 9 is located at the ion generating electrode in the air blowing direction. a

The side ' is mounted on the bottom body 2. Then, the blower fan of the blower 9 is opened to the ion discharge port 4 side by a fan cover having a blow opening 21W, and the fan cover 2 1 and the rectifying plate 25 are integrally formed of resin, m, upper member number. In the present embodiment, as shown in Fig. 1, a grid-shaped ion discharge port 4 is formed horizontally in the upper main body 42, and as shown in Fig. 2, the blowers 9 and f are provided corresponding to the ion discharge port 4; Horizontal length. Feather ’,

Specifically, the blower fan 9f is rotated in the horizontal direction, and the rotation of the horizontally long blower blades 9b at regular intervals in the circumferential direction of rotation is hereinafter referred to as a rotary fan 9f). The end of the rotating shaft of the rotary fan 9f is rotatably supported via a bearing (not shown) via a pair of brackets 9k and 9k that are erected on the bottom body 2. The fan cover 21 has a cover body 23, 7 disposed above the rotary fan 9f in a longitudinal direction across a pair of brackets 9k, 9k. The cover body 23 has an effect of preventing the brackets 9k, 9k and even the rotating fan from "fixing from the f-body 2. Further, the fan cover 21 has the rear side of the rectifying plate 25 in the direction of the plate surface in the air supply direction. One pair of first connecting portions 2 3 p, 2 3 p (refer to FIG. 4) and one of the two ends of the first connecting portions 23p and 23p are disposed upright and respectively, and are combined with the cover body 23, respectively. The second connecting portions 12 and 12. The inside of the door-shaped flange structure formed by the cover main body 23 and the pair of second connecting portions 12 and 12 is the air blowing opening 21w. Further, the cover main body 23 is disposed with the air blowing opening 21w. Ion generator

1267388 V. INSTRUCTION DESCRIPTION (10) The switch substrate 6 s of the power switch 6 provided. Further, the longitudinal direction of the rectifying plate 25, even corresponding to both ends in the axial direction of the rotary fan 9f, the expansion of the airflow from the rotary fan 9f in the longitudinal direction (lateral direction) of the inner surface of the rectifying plate 25 is restricted, The lateral flow regulating plates 26 and 26 are provided facing the ion discharge port 4. The ion discharge port 4 has a larger dimension in the longitudinal direction than the rotary vane 9b of the rotary fan 9f, and the rectifying plates 26 and 26 in the lateral direction are close to the ion discharge port 4 and face the both ends of the ion discharge port 4 at the rectifying plate 2 5 The inner faces are oriented at opposite intervals in the longitudinal direction and are arranged obliquely. In the present embodiment, the lateral rectifying plates 26 and 26 are formed integrally with the end portions corresponding to the corresponding second connecting portions 12, 12 and the rectifying plate 25, respectively. The flow regulating plate 25 is formed in a horizontally long shape corresponding to the ion discharge port 4 and the rotary fan 9f, and the ion generating electrode 7 is disposed at a position facing the center in the longitudinal direction. Then, the charging prevention notch portion 5 5 c is formed in a shape that penetrates the width direction of the flow regulating plate 25 at the center position. Further, the power source substrate 15 of the rotary fan 9f (which also serves as a power source and control board of the electric cleaning mechanism 7 to be described later) is provided on the bottom body 2 together with the high voltage substrate 5, and is segmented on the charging prevention notch portion 25c. The first portion 25a of the rectifying plate 25 covers the high voltage substrate 5' and the second portion 25b covers the power substrate 15. The high voltage substrate 5 is a unit for applying a high voltage for generating ions to the ion generating electrode 7, which is composed of a high voltage generating circuit mounted on an insulating substrate. Fig. 6 is a block diagram showing the input unit 36, the oscillating portion 37, the switching unit 38, the boosting unit 39, and the converting unit (converting means) 4A. Fig. 7 shows an example of a specific circuit configuration. The boosting unit 39 includes a piezoelectric transducer 70. this

2093-5631-PF(Nl).ptd Page 15 1267388 V. Description of the Invention (11) In order to form the input side terminal 74a on the ceramic component plate 71, the input side terminals 72a, 9 and the input/output voltage are The secondary side AC voltage of the high voltage of the alternating current side of the alternating current side of the machine t of the piezoelectric ceramic element plate 71 is converted to be outputted to the ion discharge electrode once. On the one hand, the side of the converter portion 2, the voltage of the sub-74 = surface generating electrode 7 is negatively dominant, and is widely applied to the ion yield: = out. Thereby, the ion generating electrode 7:=Electrical=Sub-input unit 36 is configured to input a DC constant voltage from the unstabilized power supply circuit (not shown) provided on the high-voltage substrate 5 via the adjusting resistor (not shown). The ratio assigned to each circuit. On the one hand, the oscillating portion (oscillation circuit) 37 receives the DC constant voltage input, and generates an oscillating waveform by the frequency corresponding to the piezoelectric input 7 一次 primary side AC input. In the present embodiment, the oscillating portion 37 becomes a square wave oscillating circuit composed of a differentiating amplifier 6 2, a negative return side resistor 5 2 and a capacitor 53. Moreover, the resistors 54, 55, and 56 define the reference voltage of the oscillating input, that is, the center value of the amplitude of the oscillating voltage, and the set value can be changed by the variable resistor 56. The sigma sigma switching unit (switching circuit) 3 8 receives the waveform = number from the oscillating portion 37, and performs the high-speed switching of the DC constant voltage input from the power supply unit to generate the primary side of the piezoelectric conversion 7〇. Enter the AC waveform. The specific =p' switching portion 38 is a push-pull switching circuit tube PUSh ^Ul 1 Swi tching including a pair of transistors 65, 66. The transistors 65, 66 are shipped, large = 62 The turn-out (43 is the push-pull impedance) is ON-OFF, and a square wave AC waveform that is oscillated by the oscillation frequency of the shock 卩 (Chen Ling circuit) 37 is generated. 1267388 V. INSTRUCTION DESCRIPTION (12) This waveform is input to the primary side of the piezoelectric conversion 70. Next, the piezoelectric conversion = piezoelectric ceramic element plate 71 is formed into a horizontally long plate shape, which is placed in the longitudinal direction of the plate surface, and is divided into a first plate-shaped two-domain 71 a which is subjected to polarization treatment in the plate thickness direction. Forming the input-side electrode pair 72, 73 with the input-side electrode pair of the second plate-shaped region of the second plate-like region on the side of the plate in the direction of the surface of the plate, in the form of two sides of the first plate-like region 71a. On the other hand, on the end face of the [74a car ^^2 surface length direction], the output side electrode 7 4 to which the output side terminal 724 is connected is formed. In the piezoelectric conversion 70 of the above configuration, the Tianhan-input electrode pair 72 is performed on the first plate-like region 71a via the 73; the electric field of the direction of the polarization direction is "; Combined, most of the electrical energy is converted into plate wave energy propagating in the longitudinal direction. On the other hand, the large += plate wave is transmitted in the second region 71b, because the polarization direction is long and the direction of the plate wave and the length direction of the beam In the full direction, the flow frequency corresponds to the piezoelectric ceramics. Then, the input side is oscillated and the output is the most: the maximum r input side is the minimum ^ liter = the primary side input is boosted to the secondary side output. The conversion of the 70-series structure based on the principle of the right operation is simple and point-wise. Then, the large load-carrying 有利 has a high boost ratio from the advantage of miniaturization of f. If the impedance of IL impedance is high, it can be stably Close to the load: Γί;: The discharge current of the sub-discharge is stable under the driven ion generating device 2093-5631-PF(Nl).ptd η Page 17 1267388 V. Invention description (13) _____ High pressure suitable for ion generation, and can be converted to unique Also, the tongue is made of the material of the piezoelectric piezoelectric ceramic element plate 7 1 described above, for example, a solid lead-based titanium-calcium piezoelectric ceramic (so-called PZT) / made of lead titanate titanate as a solid solution. In the main body, since the impedance is sealed, the zirconate is used in the present invention. Moreover, the lead zirconate and the lead titanate have a good second rate, and the molar ratio is 0.8 to 1.3, which is good. Two f wrong acid errors / again, if necessary, can replace the wrong part of the titanium or the partial replacement efficiency. Co, Μη, etc., Ni, Mb, Mg, one and, PZT-based piezoelectric ceramic component board, If the resonance sensitivity is sharply passivated, the conversion efficiency/rate is extremely high. The frequency of the input of the human parent is 40~300kH. The mechanical resonance frequency of the workpiece is 2:::; Rate:: The constant =::: the resonance frequency converges in the above-mentioned frequency range, and the shape of the piezoelectric ceramic element plate of the Ρζτ system and the voltage level of the secondary side AC input are used to ensure the durability of the element. The viewpoint is preferably set at 15, the efficiency, and the voltage applied from the ion-generating electrode 7 is two at two 〇:. ... input frequency range (40~3 0 0 heart above primary side communication

(eg 20 0 0V). kHz), it is ensured that at 800~3 0 0 V 钰俨7^ = the change 4 〇 includes the diode 76 as a rectifying device. The diode 76 allows the ions to generate a thunder 4 ^ (0 sen while preventing the reverse charge transfer ΰ negative charge-charging, moving, and obtaining a secondary cross-over of the piezoelectric conversion 70

1267388 V. INSTRUCTIONS (14) The result of the flow output being rectified and distributed. In this embodiment, the output line 7 4 b of the piezoelectric conversion 7 〇 wheel-out terminal 7 4 a is grounded, and the diode 76 is connected to the ion generating electrode while the intermediate ion generating electrode 7 is branched and connected. 7 The downstream side of the divergence point. Further, in the present embodiment, in order to secure the withstand voltage, a plurality of (here, four) diodes 7 6 are connected in series. On the other hand, a return capacitance is provided on the path 75a of the secondary side AC output returning I (oscillation circuit) 37 for the piezoelectric conversion 70. The piezoelectric conversion 70 is stable for the operation of the figure, and the driving frequency must be maintained in a relatively narrow range centering on the resonance frequency of the piezoelectric ceramic element plate 7丨. As described above, the setting of the return capacitance effectively stabilizes the driving frequency of the piezoelectric conversion 7 。. Ground r::: ί The negative ion generating device for 7-day life, in order to produce efficiently: electric I milk: two-effect fruit, bactericidal effect and deodorizing effect, from ion. In this case, the amount of enthalpy ensures that the amount of ions generated in 100,000 is preferably 300 0V. Further, the voltage of the ion generating electrode 7 is 1 0 0 0 0. The secondary side output voltage of the negative electrode 整流 rectified by the changing portion 40 is converted as described above. The form in which ions are generated by discharge and the turbulent pulsation is applied to the ion generating electrode to generate ozone. The so-called "soundless discharge" has an oxidative decomposition force such as an easy-to-use thing in the air: the oxidizing power of the gas is strong, and the sterilizing power and the odor are disadvantageous. For example, the second two 'but there will be an uncomfortable stimulation rate when the amount is too large.) When the temperature is too large, the frequency of the pulse flow (the frequency of the alternating current before rectification) is poor " from the situation of 4. From this 4 It is preferable that the amount of milk generated is increased and the ozone odor is increased by 150 k Η z or less, and the pulse frequency of the electrode 7 generated by the eagle is such that the residual ozone is less than 0.1 ppm.

2093-5631-PF(Nl).ptd !267388

4 production of 3 scorpions: multiplication effect, can improve the bactericidal effect of this view, the second production is 0. 01ppm or more 〇. 〇 4ppm or less is better. Here, the voltage applied to the ion generating electrode 7 is 1 〇〇〇 25 〇〇 v J of the oxygen odor. On the other hand, the production of a small amount of ozone is preferably 5 〇 to 150 kHz. The shoulder hand is a thunder. In the ion generating device 1, it is attached to the ion before the Shanghai Qiu 11 and attached, specifically to the ion generating electrode 7 to the neighbor, dust and other dirt. The electrical cleaning mechanism 78 that is burned by the attachment is attached to the upper cymbal, the spark discharge counter electrode 83 for cremation discharge, and the two pairs of ionization poles 2 are opposite to the ion generating electrode 7' The separation position for the ion generated from the ion-producing electrode 7 (Fig. 8(b) 2 and the proximity position of the ion generating electrode 7 (the center will: ίί: the separated spark discharge relative to the electrode moving mechanism 79. The position of the mechanism 79 # Α electrode 7 is fixed, and the spark discharge is opposite to the electrode movement and the movable yoke 79 is shown as the electric displacement of the moving spark discharge phase as shown in Fig. 4, and the charging notch portion 25 is prevented. It is ρ ^ 'heart, after, as 83 The moving channel that is close to and separated. The opposite electrode of the cremation discharge is as shown in Fig. 8. The spark discharge phase ^ ^ ^ ^ ^ ^ ^ When the electrode 7 is close, it is used to promote the cleaning & The robe is discharged and grounded. The discharge counter electrode 83 is relatively sharp for this purpose. For example, Japan, the mountain + s % ion generating electrode 7 is placed in a fence, and it is easy to increase the end of the knife off-position electrode 7 by the electrician discharge, and the spark is placed. Sub-product" electric counter electrode 8 3 from the front side

1267388 V. Description of Invention (16) The electrode 7 is generated to the ion and borrowed. Further, as shown in Fig. 8, the spark discharge phase = the front end of the high ion generating effect ion generating electrode 7 has a convex R-plane shape (flat, "pole 83 is relative to"). This type is adopted and ★ The shape or the spherical shape may also be a double effect of promoting the ion production by corona discharge: use, a spark is generated in the middle, and a curved strip-shaped gold fruit is formed on the convex R-plane. The present embodiment is opposite to the electrode 83. The two ends are fixed to the moving base to form a fire r: the rose electric phase electric gap 2 is placed 5c// the moving base 84 becomes a movable advance and retreat bay driven by the solenoid coil 80; shift=3: J end. The front end faces the ion generating electrode 7 to be close to the enthalpy, and the fire is separated from the enthalpy. The discharge is relatively electric. The second is the thermal power relative to the electrode moving mechanism. 7 9 electrical construction - "t ί:5: ^# (^" bias signal 'The configuration via the switching mechanism 185 (in the present embodiment) is supplied from the control unit 186. The control unit 186 is turned on and off, and is connected to the microprocessor 186b, the RAM 186C, and the 186d. The fire squib is controlled by the operation of the electrode moving mechanism 79, R 〇 M 186d. The CPU 186b is operated by the aRAM 1 86c as a work area. The control program 'is used as the motion control main body of the spark discharge counter electrode moving mechanism 。. When the control unit 186 emits the driving command signal of the spark discharge relative to the electrode moving mechanism 79, the light M〇sl85 is turned on, and the solenoid coil 8 is turned on. 〇 receiving electricity

2093-5631-PF(Nl).ptd Page 21 1267388 V. Description of the invention (17) Force the DC drive power to be repeatedly biased. The above control unit 1 8 6 cleans the ion generating electrode 7 by the control structure 78 , 壬, three for the cleaning mechanism automatic control unit made by electric cleaning machine. The timing of 1 M is automatically activated. For example, the power supply of the ion generating device ^ π, the mechanism automatic control unit, can be used. In this embodiment, when the power is turned off from the ^=蚪, the electric cleaning mechanism actuation unit receives the power input signal, and when the power supply is switched, the control starts the operation of the electrical cleaning mechanism by 78°. Trigger (L i gge r ) As shown in the first diagram ( a ), the spark discharge is biased by the tube coil 80 while the ion-producing electrode 83 is in contact with it by screwing. In that! = the front end of the electrode 7 is separated, and the p-discharge electrode 63 is generated from the ion, and the electrode 7 is generated by the discharge voltage (1000 to 3000 V), and the gap between the electrodes 7 and 8 3 is always less than 乍 = In the discharge spark, the heat concentration caused by the spark causes the deposit f such as dust and dirt on the front end portion 7a of the ion generating electrode 7. The spark discharge is further retracted from the electrode 8 3 to expand the gap, and the spark discharge + Then, at the ion generating electrode 7, since the ion generating voltage is applied to the ion generating electrode 7, the spark discharge is terminated, and the ion generation mode can be re-transferred. Page 22 2093-5631-PF(Nl).ptd 1267388 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an external perspective view showing an example of an ion generating apparatus according to the present invention. Fig. 2 is a perspective view showing the internal structure of Fig. 1. Fig. 3 is a plan view of Fig. 2 (a state without a rectifying plate). Fig. 4 is a plan view of Fig. 2 (state with a rectifying plate). Fig. 5 is a front view of Fig. 4. Fig. 6 is a block diagram showing an example of a circuit configuration of the ion generating device of Fig. 1. Pictured is the 6th Fig. 8(a) to (b) are side views showing an example of an electric cleaning mechanism. Fig. 9 is a schematic view showing a circuit configuration example of an electric cleaning mechanism. ) (c) is an explanatory diagram of a process of causing a spark discharge after the spark discharge counter electrode is abutted against the ion generating electrode, and is subjected to a spark discharge when retreating. DESCRIPTION OF SYMBOLS 1 to an ion generating device; 2 to a frame body; 3 to an air flow suction port; 4 ~ ion discharge port; 5 ~ high voltage substrate; 6 ~ power switch; 6s ~ switch substrate, 7, - ion generating electrode; 9 ~ blower; 9b ~ air supply blade; 9f ~ fan; 9k ~ bracket; Connection part; 1 5~ power supply board; 2 1 ~ fan cover; 21w~ air supply opening; 23p~ first connection part; 2 5~ rectification board, 25« c wide ^ charging prevention notch part; 25a first part; 25b~second two parts 26~transverse rectifying plate; 2 7~ space support body; 3 6~ input part; 37 oscillating part; 3 8~ switching part; 3 9 boosting part; 4 0~ converting part; 4 2

2093-5631-PF(Nl).ptd Page 23 1267388

Capacitor; 54, 55, 56 ~ resistors two earth return: side, device; 53 ~ ~ upper body; 43 ~ push-pull blocking. ς 9 & ~ transistor; 70 ~ piezoelectric converter. 71 steam, different, large 65; 66 ^ t 兴, 71~ piezoelectric ceramic component board; 71a = brother-plate-shaped area, 71b~ second plate-like area; 72, "~ electric ^=; 72a, 73a~ input side terminal; To the output side electrode; 7" ~ output side terminal; 7 5 a ~ way 栌 · 7 β Α ^ 峪仏, 76 ~ diode; 78 ~ electrical cleaning structure, 79 ~ spark discharge relative electrode moving mechanism; 8 〇 ~ solenoid coil. 8 1 it retracts, 8 2 ~ combined members; 8 3 ~ spark discharge opposite electrode, 84 ~ moving base; 185 ~ switching mechanism; MG ~ control; 186 &

~ Input and output 埠; 185 ~ light M 〇 S; 186b ~ CPU; 186c ~ RAM; 186d ~ ROM; WO, W1 ~ airflow.

Claims (1)

1267388 VI. Patent application scope 1 · An ion generating frame body has an ion discharge ion generating electrode, equipped with a high voltage substrate, and a south voltage generating circuit is applied; a fan is generated from the above-mentioned upward direction to generate the ion and rectify The plate has a plate surface which is located in a frame on the upstream side of the ion production outlet in the direction of the wind, and is rectified; and the rectifying plate is formed at least at the position of the surface of the ion generating electrode to form a gap, as described in the patent application scope. The rectifying plate covers the above high guard body. 3. The scope of the patent application is as follows: The frame has a frame body, and the plate surface is disposed on the high-pressure substrate along the flow plate at the bottom of the frame. 2093-5631-PF(Nl).ptd is set to include: an exit pupil; placed inside the frame; a negative polarity high voltage to the ion generating electrode of the ion generating electrode to the ion discharge port to generate an electrode Negative ion flow; a plate-like pattern arranged along the air supply direction, disposed on the downstream side and disposed at the ion discharge machine facing the ion discharge port along the plate surface and made up of the insulator p: the = is charged in the face of Y The inside of the small ion generating device, wherein a part of the main eve is used as a substrate for the second brother [> the bottom of the bottom of the Tai Pengzi generating device, wherein the high voltage substrate is attached to the bottom body; The above-mentioned side, the gap between the high-voltage substrates is formed. 25th stomach 1267388 6. Patent application scope 4. If the ion discharge is applied to the ion discharge port, the above-mentioned separation is disposed at the central position 5. If the application is made by electric hair Electrical cleaning mechanism 6. If applying for spark discharge of the electric cleaning machine; and separating and separating the spark discharge from the separation position and position of the ion production; 7. Proximity to prevent separation and separation. 7. If applying for the above-mentioned spark discharge patent range, the formation of the horizontally formed horizontal elongate produces electricity, and the wide patent range is thermally burned and removed, which is set in the patent range and includes: opposite electrode opposite electrode raw electrode, for spark The spark is used to discharge the power shortage path. The patent range is opposite to that of the electrode according to item 3, and the rectifying plate is formed in an I-shaped shape, and Z should be in the upper pole in the longitudinal direction. At the same time, the ion-induced generation of the ions in the fourth direction of the rectifying plate is prevented from passing through the rectifying plate, and the ion generated in the fifth portion of the anti-charge notch portion of the ion generating electrode is generated. The fire moving mechanism of the object is placed in the opposite side of the ion generating electrode, so that the spark discharge phase is supplied from the ion generating electrode, the electric opposite electrode and the ion generating electrode are electrically opposite to each other. The generation of the mouth becomes the grounding of the ion generating device described in item 6 of the above spark discharge phase. Electric book, where 2093-5631-PF(Nl).ptd Page 26