TWI252268B - Antibacterial treatment device - Google Patents

Abstract

An ion elution unit (100) has electrodes (113, 114) in its case (110). The case (110) is equipped with an inflow port (111) for connecting a water supply hose (180) and outflow port (112) detachably connecting with the water supply valve (50) of a washing machine (1). When a voltage is applied to the electrodes (113, 114) by a power supply unit (101) while water is being supplied into the case (110), metallic ions elute into water. Water containing metal ions is received by a washing tank (30), and washing is rinsed with this water to perform an antibacterial treatment on the washing. At least part of the case (110) consists of a transparent part to permit the visual recognition of electrodes (113, 114), thereby allowing the user to directly recognize the degrees of deterioration of the electrodes (113, 114) visually and determine the replacing timing of the ion elution unit (100).

Description

1252268 发明Invention Description: [Technical Field] The present invention relates to an antibacterial treatment device capable of antibacterial treatment of a detergent by metal ions. [Prior Art] When washing in a washing machine, a processing substance is usually added to water (particularly, washing water). - General processing materials are softeners and poly-polymers. Further, there has recently been an increasing demand for processing for making laundry resistant to antibacterial properties. From a health point of view, the washables should be exposed to the sun. However, in recent years, with women (4) improvement and small family development, there is no increase in the number of families at home. This type of family can only be dried indoors. Even if there is still a man at home at noon, it is still indoors to dry in the rain. It is easier to breed bacteria and mildew gentlemen in indoors than in Beijing. In the high-humidity and low-temperature conditions such as the rainy season, the laundry needs to be dried for a long time: this situation is more remarkable. When the bacteria are in serious condition, the laundry will be odorous. Therefore, the family that can only be dried indoors in the room, for the breeding of each cockroach, requires the antibacterial treatment of the cloth. 0 Adding the antibacterial and deodorizing processing and antibacterial processing on the tf fiber: 2: 疋, family The inner fiber products are all low in antibacterial and deodorizing processing. ☆ The effect of antibacterial and deodorant processing will also decrease with the repeated washing. This creates the concept of antibacterial treatment of the laundry during the washing. For example, it is disclosed in Japanese Laid-Open Patent Publication No. 88498-941025.doc 1252268 An electric washing machine for an ion generating machine that produces a sterilizing metal such as silver ions or steel ions (four). Japanese Laid-Open Patent Publication No. Hei 2-93691 discloses a washing machine that can be sterilized by generating an electric field into a cleaning liquid. A washing machine equipped with a silver ion adding unit that adds silver ions to washing water is disclosed in Japanese Laid-Open Patent Publication No. 2001-276484. Further, in the antibacterial treatment method in the 'washing step', the use of metal ions is effective and practical. This is because a pair of electrodes are immersed in water, and a metal material is eluted from the electrode on the anode side by applying a voltage ' between the electrodes. For example, when the anode is silver, it causes a reaction of ΑρΑ§++6 when the voltage is applied, and silver is dissolved from f^+. After dehydration, the metal (e.g., silver) exhibits a bactericidal function in the presence of ionic impurities before the laundry is dried. After the washings are dried, the silver is not in the form of ions but in the form of silver salts. However, when it is once again immersed in water, it is re-ionized to restore the bactericidal power. That is, it means that the antibacterial coating is applied to the surface of the laundry. When the laundry is subjected to antibacterial treatment (antibacterial coating) as described above, an ion elution unit in which a pair of electrodes are placed in the cartridge may be provided in the washing machine. However, there are various components in the interior of the clothes machine. In order to avoid the type of laundry, it is difficult to remove the space for setting the ion elution unit. In addition, the washing machine with the built-in ion elution unit can only provide sufficient convenience for the consumer in the antibacterial area. I do not use this electrode to gradually consume the electrode of the single enthalpy, and the amount of elution of the gold ion is reduced. When *Q A β $ is used, the amount of metal ions eluted is not fixed, and the specific amount of dissolution cannot be ensured. Therefore, the ions used for a long period of time; the order 88498-941025.doc 1252268 several items are replaced, or at least the electrodes need to be replaced.疋 When the ion elution unit is installed in the washing machine, it cannot be replaced without disassembling the washing machine, which is a very burdensome operation for the user. In order to reduce the lightness of the green car, it is also considered to disassemble and disassemble the ion elution unit into the opening for the laundry, but this causes the structure of the washing machine to be complicated, resulting in an increase in manufacturing cost. SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to easily use an ion eluting sheet which dissolves metal ions in the antibacterial portion of the strip to be used in a previously constructed washing machine. In addition, the replacement of the ion > valley unit can be easily performed. That is, the object of the present invention is to easily realize the same function as the water supply device having the ion generating portion even if the water supply device (e.g., the washing machine) does not originally have the ion generating portion for generating metal ions. In order to achieve the above object, the present invention proposes an antibacterial treatment set constructed as follows. (1) comprising: an ion elution unit that generates electricity between the electrodes to generate: a source ion '· and a power supply unit of the ion elution unit; and the cartridge of the ion elution unit has a flow population 'system, and a water supply soft f; And an outlet, which is detachably connected to the water supply valve of the washing machine. Since this configuration is applied to the water supply portion of the washing machine with the addition of the ion eluting unit, the construction of the washing machine is the same as that of the former. That is, the existing washing machine can be transferred to a washing machine with an antibacterial treatment function. In addition, the replacement of the ion elution unit after a long period of use is extremely simple. 88498-941025.doc 1252268 (2) comprising: an ion elution sheet, a ruthenium, a metal ion generated by applying a voltage between the electrodes; and a power supply unit for dissolving the star 卞 合 合 ;; At least a portion of the cartridge is immersed in water, and the cartridge guides the water to the aforementioned "pole water outlet is provided in the aforementioned immersible water portion. Since the structure is such that the box in which the ion is taken out early is immersed in the water, and the water is taken into the box from the water outlet to dissolve the ions belonging to the genus, it is not necessary to install and maintain the embossing in the washing machine. Combine the special structure of the early morning. In addition, ... the water supply hose must be connected to the ion Qianling. In addition, due to the storage

In the water of the washing tank, the water is removed from the water, so that the water can be produced in a homogeneous manner. Therefore, it is possible to form a homogeneous ion-containing water. Therefore, the soil/V « Λ1仏 allows the genus ions to be uniformly attached to the laundry. Uniform antibacterial effect. A Dan f, when the ability to cause the ion to dissolve a single π is reduced during a long period of time, only σ is required, and the sale of the early sputum is discarded, and the new unit can be used, and the replacement procedure of the early 70 is simple. In addition, the ions can be dissolved in the 罝-, 夺, 丄 ^ out of the water into the water, in addition to the washing machine washing tank, can also be a container for the light bath bath unit. Therefore, it can be used in buckets, washbasins and cups, etc.

The temple produces water containing metal ions. Therefore, when you want to carry out antibacterial treatment, you can create enough handkerchiefs in a small container to make a handkerchief in a small container. The 3i is an ion water to avoid wasting water. (3) The above antibacterial 歩 is a power source. In the handling of the clothes, the power supply unit is not capable of making the battery as the structure, but the number of sockets (4) is the place where the timer for the antibacterial treatment power-on time is used for the commercial power source, or the family that is not equipped with commercial power is still Antibacterial treatment is available. In the clothing unit, the power supply unit has a setting counter electrode 88498-941025.doc -10- 1252268. The structure can control the energization time to dissolve the metal ions in the water content of the immersion washing material, thereby ensuring the required metal ion concentration. Improve the reliability of antibacterial treatment. (5) In the above antibacterial treatment device, at least a part of the cartridge constitutes a see-through portion of the inner electrode that can be observed. The °H structure can directly visually confirm the electrode-like complaint inside the ion elution unit. Thereby, the user can judge the replacement time of the ion elution sheet 7L from the consumption state of the electrode, and the unit can be replaced before the function is seriously degraded. Therefore, the ion elution unit can be used in a state where sufficient antibacterial treatment ability can be exerted at any time. (6) The antibacterial treatment device according to the present invention includes an ion generating unit that generates a metal ion that is supplied to the water to be supplied by the hydrophobic water I, and the above-mentioned difficulty occurs. The structure of the crucible may be provided freely detachable from the outside of the water supply device and (from the tap of the tap water) to the water supply line of the water supply device. In this case, the ion generating unit may be assumed to be: (a) an ion eluting unit that forms a metal ion by applying a voltage between a pair of electrodes; and (8) loading a metal ion eluting material in the cylinder ( In the case of the silver eluting material T, it is a silver squash, etc.] 'The metal ion is eluted by passing water through the cylinder. Since the above configuration can add the ion generating portion to the outside of the water supply device (e.g., the washing machine), even if the water supply device originally has no ion generating portion, the same function as the water supplying device having the ion generating portion can be easily realized. Therefore, the existing water supply device can be effectively utilized without having to spend money to replace the water supply device. In addition, since the ion generating portion can be freely removed from the water supply line 88498-941025.doc -11 - 1252268 of the water supply, it can be easily replaced. (7) In the above antibacterial treatment device, the ion generating unit may be composed of a single unit (to J2) electrodes, and the water flows into the inside. The ion of the ® is released: the structure is such as the application of electricity between a pair of electrodes. The dissolved ions (such as silver ions), Seto, the ancient χ (10) - 丄 风 孟 孟 纽 纽 纽 ) L L L L L metal. Therefore, the water to which the metal ions are added is supplied from the ionic solvent to the water supply target (e.g., a washing machine), so that the water supply object can surely obtain the effect of the metal ions (e.g., the antibacterial effect). The number of electrodes outside j may be one pair (two pieces) or more. Even if there are three pieces of enamel, the metal ions are dissolved by the electrodes, and the desired effect of the metal ions is obtained. In the above-mentioned antibacterial treatment device, the structure of the ion elution unit may have a (4) di-connecting portion, which is a first hose that flows the water supplied from the water (four) of the water or The faucet is connected to the faucet connection and the (b) brother-connecting portion, the pottery is in the +, σσ-丄/, and the body is supplied with the second hose or the water supplied to the water supply device. Device connection. The above configuration can connect the ion elution unit to the tap of the tap water by the first connection portion directly or indirectly via the first hose. Further, the ion eluting unit can be indirectly connected to the water supply device by the first connecting portion directly or via the second hose. Therefore, by combining these connection methods, it is possible to increase the connection mode when the ion elution unit is supplied to the water supply pipe from the tap of the tap water to the water supply device. This makes it possible to set the ion elution unit according to the needs of the user. 88498-941025.doc -12- 1252268 (9) The above antibacterial treatment p-substance body-body formation. The structure of the pole can also be combined with the above-mentioned single body: the electrode and the early π body, in order to fill the electrode in the unit, it is necessary to separate the single-body knife into at least two frames. At this time, the adhesion between the two separate frames is reduced. The water leakage of the knife σ may cause a seal. However, in the present invention, when the electrode is formed in the body of the above-mentioned bonding portion, there is no problem of water leakage, and the problem of water leakage does not occur. Sealing. (10) The antibacterial treatment device described above may be formed into a shape different from the direction in which the material flows in, as described in the structure of the body. In violation of the structure, even if the water flows into the unit body so that the water outflow direction is formed/"straight direction, it can still be versioned 2, - thousands of directions. Straw, even if the water supply device is more: 'the distance from the valley is too close The second hose connected to the ion discharge unit water device can be prevented from being excessively bent, and can be easily extended. (1) The structure of the antibacterial treatment device can further include a driving unit for driving the above-mentioned grain output unit, and the driving unit is provided with The voltage generating unit generates a voltage applied to the electrode of the ion eluting unit. The voltage generating unit can be considered as follows: a built-in battery, a plug, a plug for a socket, a connecting cord, and an AC transfer. The function of applying the voltage generated by the voltage generating portion of the driving unit to the electrode 'of the ion eluting unit to drive the ion eluting unit' can surely function to elute the metal ions from the electrode by the ion eluting unit. 88498-941025.doc -13 - 1252268 (12) In the above antibacterial treatment device, the structure of the ion elution unit may further include a detection means for detecting The unit body has at least one of a waterless flow and a flow rate therein. When the detecting means detects that there is no water flow inside the main body, the driving unit applies a voltage to the electrode when there is a water flow, thereby only adding metal ions. When the water flows, only the necessary part of the metal ions are dissolved, and water which is added with a stable and desired concentration of metal ions can be supplied. In addition, when the water is not flowing, that is, the water in which the metal ions are added does not exist, on the electrode When the voltage is applied, the power is consumed in vain. The above structure can avoid the power consumption of the driving unit. Further, when the detecting means detects the flow of the water flow inside the unit body, for example, the driving unit can change the voltage applied to the electrode or flow into the electrode according to the flow rate thereof. The current is used to change the amount of elution of the metal ions. Thereby, even if the water flow rate supplied to the water supply device changes due to the installation area of the water supply device, or the water flow rate supplied to the water supply object (such as a washing machine) is intentionally changed, The driving unit changes the metal ion elution amount according to the above flow rate, and any flow rate can be added. The metal ion concentration of the metal ion-added water is kept substantially constant. Thus, the amount of metal ions required for the antibacterial treatment is not excessive or insufficient, and the desired antibacterial treatment can be appropriately performed. (1) The above antibacterial treatment device The structure of the detecting means may further include: a rotor that rotates by passing the water; a magnet that is wrapped in the rotor; and a magnetic detecting portion that changes magnetic properties of the magnet when the rotor rotates To detect at least one of the waterless flow and its flow rate. 88498-941025.doc 14- 1252268 When the rotor is rotated by the water passing through the inside of the unit body, the magnet contained in the rotor also rotates while the magnet generates magnetism (magnetic flux, The magnetic field changes. Therefore, it is detected by the magnetic detecting unit whether or not the magnetic property changes, and there is no water flow in the body of the detecting unit, that is, whether the water passes through the inside of the unit body. This T' can detect the number of revolutions per unit time of the rotor by detecting the change in the number of revolutions per unit time of the magnetic change by the magnetic detecting portion, and can detect the flow rate of water flowing into the inside of the unit body. Therefore, the detecting means includes the rotor, the magnet, and the magnetic detecting portion as described above, and can reliably detect at least one of the non-aqueous flow inside the body and the flow rate thereof based on the magnetic change of the magnet. (14) In the antibacterial treatment device, the structure of the driving unit may further include a control unit that controls application of a voltage generated by the voltage generating unit to the front electrode, and the control unit detects the water flow in the magnetic detecting unit At the time, the aforementioned voltage is applied to the aforementioned electrode. When the water starts to flow into the inside of the unit body (i.e., when it is determined that metal ions are required to be added to the water), a voltage can be applied to the electrodes to elute the metal ions. By this, when there is no water flow in the unit body (i.e., the addition of ions to water + 拄, 、, 寺), it is possible to avoid the application of a voltage on the electrodes, which causes the drive unit to consume electric power. (15) In the above-described antibacterial treatment device, the structure of the driving unit may further include a control unit that controls the voltage generated by the voltage generating unit to the front l/R, but every L, ,, and month 1j The fan control unit detects the current detected by the magnetic detecting unit to change the current applied to the electrode or the current flowing into the electrode. 88498-941025.doc -15- 1252268 Depending on the installation area and installation location of the water supply unit, the water flow from the tap water tap to the water supply unit may be different. However, the drive unit of the above configuration changes the voltage applied to the electrode or the current flowing into the electrode according to the water flow rate in the unit body, and changes the metal ion elution according to the above flow rate. Therefore, regardless of the installation area and installation location of the water supply device, The concentration of metal ions added to the metal ion water can be kept substantially constant. Thus, the amount of metal ions required for the antibacterial treatment does not occur excessively or insufficiently, and the desired antibacterial treatment can be appropriately performed. (16) In the above antibacterial treatment device, the structure of the detecting means may be designed to be separable from the unit body. In the above configuration, even if the unit body needs to be replaced due to the electrode consumption in the unit body, the detection means can be effectively utilized without the need to replace the detecting means. Further, if the detecting means needs to be replaced due to a failure or the like, it is not necessary to replace the electrode in the unit body, and the electrode can be effectively utilized. (17) In the above-described anti-g treatment device, the structure of the driving unit may further include: a vibration sensor that is disposed outside the water supply device, and detects a metal to be eluted according to vibration of the water supply device And a control unit that controls the voltage generated by the voltage generating unit to apply the voltage to the electrode when the control unit applies the control unit to the vibration-H detection period. When the water supply device is constituted by a washing machine, the washing machine performs: a washing step, a washing step, a dehydrating step, and a drying step (four). Because of the washing, the steps are different: (if the rotation speed is different), the vibration of the water device is different. 88498-941025.doc -16- 1252268 Further, the elution of the metal ions may be carried out at least after the washing step in the above-described washing step. Therefore, even in the washing step, metal ion water is added to supply the washing material, and in the second cleaning step, when the water is not added with metal ions, the metal ions are still lost, and the metal ions cannot be attached to the laundry. The metal ions previously supplied are wasteful and efficient. Therefore, the "cleaning step" in this case is effective for attaching metal ions to the period of time on which the metal ions need to be eluted. Further, the vibration sensor can detect the period in which metal ions need to be eluted according to the vibration of the water supply device by the following method. For example, the vibration sensor detects a washing step requiring elution of metal ions by forming a washing tank of a water supply device, a disturbing member (a difference in vibration period caused by a different number of revolutions such as a pulsat〇〇, a motor, etc.) (such as the cleaning step). The control unit detects the need to dissolve to the genus ion in the fourth stage (in the above example, during the operation of the cleaning step) according to the vibration of the water supply farm, by A voltage is applied to the electrode to dissolve the metal ions, and the metal ions are automatically eluted during the period in which the metal ions need to be eluted. That is, in this case, it is not necessary to manually input the user to operate the electrode to apply the electric φ voltage. / Disconnecting, metal ions can be eluted only in a more efficient step. OS) In the above antibacterial treatment device, the structure of the drive unit S can be freely removed and disposed outside the water supply device. It can be assumed that the outside of the water supply device and the side wall of the water supply and the like are disposed. The drive unit is freely removed and disposed outside the device, and can be attached later. Dissolution unit and drive unit. By using this, even if the existing water supply unit is not equipped with an ion elution unit, it can be easily connected to the water supply unit equipped with the ion dissolution unit and the drive unit. Therefore, the existing water supply device can effectively utilize the existing water supply device without costly replacement. Moreover, since the drive unit is external to the water supply device, when the fault and the battery reach the life limit, the drive unit is repaired and replaced. In the above-described antibacterial treatment device, the structure of the water supply device may be a washing machine that supplies water to the water supply target. When the water supply device is a washing machine, the antibacterial agent of the present invention may be attached to the washing machine. According to the processing apparatus, even in the conventional washing machine, the same functions as those of the washing machine capable of dissolving metal ions can be realized, and the effects of the present invention can be obtained by the laundry machine. [Embodiment] [First Embodiment] The embodiment of the present invention will be described. First, the first implementation will be described with reference to FIGS. 1 to 9. Fig. 1 is a vertical sectional view showing the overall structure of a washing machine i. The washing machine (1) is a fully automatic type and has an outer box 10. The outer box 1 is in the shape of a cube and is formed of metal or synthetic resin. An opening is formed in the bottom surface, and a synthetic resin upper panel u is placed on the upper opening of the outer casing H). The upper plate 11 is screwed to the outer casing 1 。. The left side of Fig. 1 is the front side of the washing machine 1, and the right side is the back side. The upper surface of the panel U on the back side is covered with a synthetic resin (BaCkP_l) 12 as well. The rear panel 12 is screwed to the upper panel ^. A base made of synthetic resin (4) is placed on the bottom opening of the outer casing H). Base coffee 88498-941025.doc -18- Ϊ252268 Screws are fixed on the outer box 1〇. Further, the patterns of the screws described above are omitted. 0 The four corners of the base 13 are provided with the legs 14a, 14b for supporting the outer box 1〇 on the floor. The leg portion 14b on the back side is integrally formed on the fixed leg of the base 13. The front side leg portion 14a is a screw foot which can change the height, and the screw foot is rotated to keep the washing machine 1 stable. The upper panel 11 is provided with a laundry inlet 15 for feeding the laundry into a washing tank to be described later. Then, a cover 16 is provided to cover the laundry input port 15 from above. The cover 16 is coupled to the upper panel 11 by a hinge portion 17 and is pulled in a vertical plane. Inside the outer casing 10, a water tank 20 and a washing tank 3 that also serves as a dewatering tank are disposed. The water tank 20 and the washing tank 30 are each in the shape of a cylindrical groove having an open top, and each of the wires is vertical, and the water tank 20 is disposed outside, and the washing tank 30 is disposed concentrically on the inner side. The water tank 20 is suspended by the suspension member 21. The suspension member 21 is disposed at a total of four locations in which the outer lower portion of the water tank 20 and the inner corner portion of the outer casing 1 are connected, and the support water tank 20 can be rocked in the horizontal plane. The washing tank 30 has a peripheral wall that expands toward the upper side with a gentle taper angle. On the peripheral wall, except for the plurality of dehydration holes 3 which are arranged in a ring shape at the uppermost portion thereof, there is no opening portion through which the liquid passes. That is, the washing tub 30 is of a so-called "non-porous" type. An annular balancer 3 2 is attached to the edge of the upper opening of the washing tank 30, and functions to suppress vibration for dehydrating the laundry and to rotate the washing tub 30 at a high speed. An agitating blade 33 is disposed on the inner bottom surface of the washing tub 30 for generating a flow of washing water or washing water in the tank. A drive unit 4A is mounted below the water tank 20. The drive unit 4A includes a motor 4 1 , a clutch mechanism 42 and a brake mechanism 43 , and from the center thereof, the 88498-941025.doc -19-1252268 dewatering shaft 44 and the agitating blade shaft 45 are protruded upward. The dewatering shaft 44 and the agitating blade shaft 45 form a double shaft structure in which the dewatering shaft 44 is outside, and the agitating blade shaft 45 is inside. After entering the water tank 20, the dewatering shaft 44 is coupled to the washing tub 30 to support it. The agitating wing shaft 45 further enters the washing tank 30, and is coupled to the scrambled wing 3 3 to be a branch. A sealing member for preventing water leakage is disposed between the dewatering shaft 44 and the water tank 20, and between the dewatering shaft 44 and the stirring blade shaft 45, respectively. A water supply valve 50 that is electromagnetically opened and closed is disposed in a space below the rear panel 12. The connecting pipe 51 and the water supply pipe 52 extend from the water supply valve 50. The connecting pipe 51 projects to the upper surface of the rear panel 12, and the ion eluting unit 1 is detachably coupled thereto. The structure and function of the ion elution unit 1A will be described in detail later. Further, the water supply pipe 52 extends in the horizontal direction below the rear panel 12, and is connected to the grain-shaped water supply port 53. The water supply port 5 3 is located at a position facing the inside of the washing tub 3 ’ and has the configuration shown in Fig. 2 . Fig. 2 is a vertical sectional view of the model of the water supply port 53, which is a view from the front side. The water supply port 53 is provided with an opening on the upper side, and the inner portion is partitioned into left and right. The compartment on the left side is a laundry detergent chamber 54 which forms a preparation space before the laundry detergent is placed. The compartment on the right side is an additive chamber 55, which forms a preparation chamber before the detergent additive is placed. On the front side of the bottom of the laundry detergent chamber 54, a horizontal injection port 56 for injection into the washing tub 3 is provided. A siphon portion 57 is provided in the additive chamber 55. The siphon portion 57 includes an inner tube 57a vertically erected from the bottom surface of the additive chamber 55, and a cap-shaped outer tube 57b covering the inner tube 57a. A water passage gap is formed between the inner tube 57a and the outer tube 57b. The bottom of the inner tube 57 & is kept at the lower end of the outer tank 57b of the washing tank π 邛 opening and the bottom surface of the additive chamber 5 5 is a water inlet. When water is injected into the additive chamber 55 to an upper end of the inner tube 57a exceeding 88498-941025.doc -20 - 1252268, a siphon action is caused, and the water is sucked out from the additive chamber 55 through the siphon portion 57, and falls to the washing tub 30. The water supply valve 50 includes a main water supply valve 50a and a sub water supply valve 5〇b. The connecting pipe 51 is commonly used for both the main water supply valve 50a and the sub water supply valve 50b. The water supply pipe 52 includes a main water supply pipe 52a connected to the main water supply valve 50a, and a sub water supply pipe 52b connected to the sub water supply valve 5〇b. The main water supply pipe 52a is connected to the laundry detergent chamber 54, and the sub water supply pipe 52b is connected to the additive chamber 55. That is, the autonomous water supply pipe 52a is injected into the washing tank 30 through the laundry agent chamber 54; and the path from the sub-water supply pipe 52b through the additive chamber to the washing tank 30 forms a different system. Returning to Figure 1, the description continues. At the bottom of the water tank 2, a drain hose 6〇 for discharging the water in the water tank 2 and the washing tank 30 to the outside of the outer tank 1 is installed. The water flows from the drain pipe 61 and the drain pipe 62 into the drain hose 6〇. The drain pipe 61 is connected to the outer periphery of the bottom surface of the water tank 2 . The drain pipe 62 is connected to the center of the bottom surface of the water tank 2 near the center. An annular partition wall 63 is fixed to the inner bottom surface of the water tank 20, and the connection position of the drain pipe 62 is surrounded by the inner side. An annular seal member 64 is attached to the upper portion of the partition wall 63. The sealing member 64 is in contact with the outer peripheral surface of the dish 65 fixed to the outside of the bottom portion of the washing tub 3, thereby forming a separate drainage space 66 between the water tank 2 and the washing tub 3'. The water space 6 6 communicates with the inside of the washing tub 3 through the drain port 67 provided at the bottom of the washing tank 3 . When the drain pipe 62 is provided with electromagnetically opened and closed drain_. An air collector is provided at a position upstream of the drain valve 68 of the drain pipe 62. ap) 69 The pilot pressure guide 70 extends from the air collector 69. Above the pressure guiding tube, a water level switch 7 1 is connected to the end of the terminal 88498-941025.doc • 21- 1252268. A control unit 8 is disposed on the front side of the outer casing 10. The control unit 8 is located below the upper panel π and receives an operation command from the user through the operation/display unit 81 provided on the upper surface of the upper panel η, and issues an operation command to the drive unit 4〇, the water supply valve 5〇, and the drain valve 68. . Further, the control unit 8 outputs a display instruction to the operation/display unit 8. The operation of the washing machine 1 will be described below. The lid 16 is opened, and the laundry is put into the washing tub 30 from the laundry inlet port 15. The laundry detergent is placed in the laundry detergent chamber 54 of the water supply port 53. If necessary, an additive is placed in the additive chamber 55 of the water supply port 53. Alternatively, the additive may be placed in the middle of the washing step. After the preparation of the laundry detergent is completed, the lid 16 is closed, and the operation button group of the operation/display 邛 8 1 is operated to select the washing condition. Finally, the start button is pressed, and the washing step is performed in accordance with the flowcharts of Figs. 3 to 6. Fig. 3 is a flow chart showing the entire washing step σ in step S2〇i to confirm whether or not the so-called scheduled operation of starting washing at an undetermined time is selected. When the scheduled operation is selected, the process proceeds to step S206. When not selected, the process proceeds to step S2〇2. When the process proceeds to step S206, it is confirmed whether or not the start operation time has been reached. When the start operation time is reached, the process proceeds to step S2〇2. In step S202, it is confirmed whether or not there is a laundry step. When the laundry step is selected, the process proceeds to step S300. The contents of the washing step of step S300 are additionally illustrated in the flow chart of Fig. 4. After the washing step is over, the process proceeds to step s2〇3. When the washing step is not selected, the process proceeds directly from step S2〇2 to step s2〇3. In step S203, it is confirmed whether or not a cleaning step is selected. When it is selected, the process proceeds to step S400. The contents of the step of the cleaning step are additionally illustrated in Figure 29, Flowchart 88498-941025.doc -22- 1252268. After the cleaning step ends, the process proceeds to step 8204. When the selection, the main, and the cow are not selected, the process proceeds directly to step S2〇4 from step S203. h 乂 In step S204, it is confirmed whether or not there is a dehydration step. When it is selected, proceed to step S5 00. In the dehydration step of step S5 00, another 々k-, valley is additionally illustrated in the flow chart of Fig. 6. After the dehydration step ends, the process proceeds to step S205. When searching for the dehydration step, the process proceeds directly to step S205 from step S204. In step S205, the end processing of the control unit 80 (especially the arithmetic unit (microcomputer) included therein) is automatically performed in order. The washing step is completed by the knot I. After the completion of all the steps, the washing machine 1 prepares the next washing step ’ and is ready for use in the power-off (0 F F) state. Continuing, various steps of washing, washing, and dehydrating are illustrated in accordance with FIGS. 4 to 6 . Figure 4 is a flow chart of the washing step. In step 83〇1, the water level switch μ takes the water level data in the 4 pairs of the cleaning tanks. In step $3 〇 2, make sure that you have selected capacity sensing. When it is selected, it proceeds to step S3〇8. If it is not selected, the process proceeds directly from step S302 to step S303. In step S308, the amount of laundry is measured by the rotational load of the stirring blade 33. After the capacity sensing, the process proceeds to step S303. In step S3 0 3, the main water supply valve 50 a is opened, and water is injected into the washing tank 30 through the main water supply pipe 5 2 a and the water supply port 5 3 . The laundry detergent placed in the laundry room 5 4 of the water supply port 5 3 is also mixed with water and put into the washing tank 3 。. The drain valve 68 is closed. After the water level switch 71 detects the set water level, the main water supply valve 50a is closed. Then, the process proceeds to step S304. The fusion operation is performed in step S304. That is, the stirring blade 33 is rotated in reverse, and the laundry is shaken in water to fuse the laundry with water. Thereby, the water is washed and fully absorbed by the polyester 88498-941025.doc -23 - 1252268. And the air accumulated in the laundry is discharged. When the water level detected by the water level switch 7 1 is lower than the initial setting, the main water supply valve 5 is opened in step S305 (the water is replenished to restore the set water level. In addition, when the washing process of "clothing sensing" is selected, The fabric sensing is performed at the same time as the fusion operation. After the fusion operation, the water level is changed from the set water level, and when the water level is lower than the predetermined value, the cloth having high water absorption is determined. The stable setting is obtained in step S305. After the water level, the process proceeds to step S3. 6. The motor 4 1 rotates the agitating blade 3 3 in a specific mode according to the user's setting, and forms a main stream for washing in the washing tank 30. Washing of the washing by the main water stream When the dehydration shaft 44 is braked by the brake device 43, the washing tank 3 does not rotate even if the washing water and the washing material move. After the end of the main water machine, the process proceeds to step S3〇7. In step S3〇7, the stirring is performed. The wing 33 shortly reversals the laundry, so that the laundry is evenly dispersed in the washing tank 30. This is prepared for the spin-drying rotation of the washing tank 3. Continue, the cleaning according to the flow chart of Fig. 5 The content of the step first proceeds to the dehydration step of step S500, which is illustrated by the flow chart of Fig. 6. After dehydration, the process proceeds to step S401. In step 84〇1, the main water supply valve 5〇a is opened and the water is supplied to the set water level. After the water supply, the process proceeds to step S4〇2. In the step, the fusion operation is performed in step 2. The fusion operation is the same as the step S3〇4 of the laundry step. After the operation, the process proceeds to step S4〇3. When the water level detected by the switch 71 is lower than the original water level, the main water supply valve 5〇a is opened to replenish water to restore the set water level. 88498-941025.doc -24· 1252268 After restoring the water level set in step S403, the process proceeds to step S4〇4. The motor 41 rotates the agitating blade 33 in a specific mode according to the setting of the user, and washes the washing material at the washing water. The main water flow is washed by the brake device 43. The washing tank 30 does not rotate even if the washing water and the washing material move. After the period of the main water machine ends, the process proceeds to step S405. In the step S4, the feeding wing 33 is shortly reversal and the laundry is opened. Make washing In the above description, the washing tank 30 is preliminarily stored with washing water to perform the "storing cleaning" of the β washing, but some of them are low-speed rotating washing tanks. The "water flooding" for injecting water from the water supply port 53 is determined by the user's choice regardless of the method or both. Continue, the dehydration step is illustrated in accordance with the flow chart of Fig. 6. First, the drain valve 68 is opened in step S501. The washing water in the washing tank 3 is drained through the drain space 66. The drain valve 68 is continuously opened in the dehydrating step. After extracting most of the washing water from the laundry, the clutch device 42 and the brake device 43 are switched. The switching time of the clutch device 42 and the brake device 43 may be before the start of drainage or at the same time as the drainage. At this time, the motor 41 rotates the dewatering shaft 44. Thereby, the washing tub 30 performs spin-drying rotation. The agitating wing 33 also rotates simultaneously with the washing: trough 30. When the washing tank 30 rotates at a speed, the laundry is pressed against the inner peripheral wall of the washing tank 30 by centrifugal force. The washing water contained in the laundry is also concentrated on the inner surface of the peripheral wall of the washing tank 30. However, as described above, since the washing tank 30 is expanded upward in a taper shape, the washing water subjected to centrifugal force is inside the washing tank 3 Upper 88498-94l025.doc -25 - 1252268 liters. The washing water flows to the upper end of the washing tank 30, and is discharged from the dewatering hole 31. The water from the dewatering hole 3 1 is drained to the inner surface of the water tank 2, and passes through the inner surface of the water tank 2 to the bottom of the water tank 20. Then, the above-mentioned washing water passes through the drain pipe 161 and continues to be discharged to the outside of the outer casing 1 through the drain hose 60. The structure of the flowchart of Fig. 6 is subjected to a high-speed dehydration operation in step & S503 after performing a relatively low-speed dehydration operation in step S5〇2. After step yog, the process proceeds to step S504. In step S504, the energization of the motor 41 is cut off, and the stop processing is performed. Further, the water supply valve 50 is connected to the ion elution unit _1〇〇 via the connection pipe 5丨. The structure and function of the ion eluting unit 1A and the role of the washing machine 1 will be described below with reference to Figs. 7 to 9 . 7 and 8 are cross-sectional views of the ion elution unit 1A, wherein Fig. 7 is a vertical sectional view, and Fig. 8 is a horizontal sectional view showing the model. The ion elution unit 1 () has a cylindrical case made of an insulating material such as synthetic resin, stone slab, or rubber. The cartridge 110 is disposed horizontally with respect to the axis of the overall shape, the cylindrical flow inlet (1) projects upward from one side, and the cylindrical outlet 112 projects downward from the other side. The inflow ill has a male screw llla on the outside, and the ventilator ιΐ2 has a female snail in the inner mask.卩 112a. The cartridge 11 is connected to the connecting pipe 51 by the screwing of the female screw portion 12_ of the outflow port 12, which is provided outside the connecting member 51, and communicates with the water supply valve 50. A 〇-shaped ring is arranged in the deepest part of the female screw U2a (〇

Rlng) 112b. The 〇-shaped ring U2b is in close contact with the end of the connecting pipe 51 to form a male screw 11 lb (refer to Fig. 1) which is watertight at the inlet 1 1 1 . Connecting the I-part Ilia on the screw-like connecting piece lb is connected at one end of the water supply hose 180. 88498-941025.doc -26 - 1252268 At the inflow port 1 1 1. The other end of the water supply hose 180 is connected to the head of the tap water (not shown). The connection pattern of the outlet port 112 to the connection pipe 51 and the connection pattern of the water supply hose ι8 〇 to the inlet port 111 are not limited to the above-described screwing method. It is also possible to use a connection fitting such as a tightening ring and a spring collet, and a water pipe-related connection structure generally used in any home. Further, in the present embodiment, the outlet port 112 is connected to the connecting pipe 51 on the upper surface of the plate 12 after the washing machine 1, but the connection of the outflow port 112 is not limited thereto. Any constituent element interposed between the water supply valve 50 and the water supply valve 50 may be connected to the outlet port 112. It is also possible to connect the outflow port 112 directly to the water supply valve 50 in accordance with the configuration of the washing machine. It suffices that the outlet port U2 is detachably connected to the water supply valve 5, and the detachment is performed outside the washing machine 1. The cartridge π 0 is formed with an opening at the end of the inflow port 111 side, from which two plate electrodes 11 3, 114 are inserted. The electrodes 113, 114 are made of a metal which produces an antibacterial metal ion, i.e., silver, copper, zinc or the like. The electrodes 丨丨3,1J 4 are sized to form 2 cm χ 5 cm and have a thickness of about 1 mm. Each of the electrodes 113, 114 has terminals 115, 116. The disk-shaped cover 117 combined with the opening of the casing 110 is fixed to the cover 117 by the through-terminals 115, 116 and the electrodes 113' 114 spaced apart from each other. When the lid 117 is capped on the opening of the cartridge 110, the electrodes i13, n4 are fixed in the cartridge i in a direction extending in the axial direction of the cartridge 11'''''''' A cylindrical waterproof cover 118 is fixed to the 盍117. The supply cable 11 9 extending from the power supply unit 101 (refer to Fig. 1) enters the waterproof cover 8. The supply cable 119 has an insulated core wire 1 1 9a, 11 9b therein at 8 849 8-941025 .doc -27-1252268. In the waterproof cover 1 18, the insulating core 1 19a is connected to the terminal 1 15, and the insulating core 119b is connected to the terminal 116. Between the case 110 and the cover 117, between the cover 117 and the electrodes 115, 116, between the cover 117 and the waterproof cover 118, and between the waterproof cover 1 is and the supply cable 19, a waterproof sealing treatment is applied to avoid water. Invading the waterproof cover 118. The power supply unit 101 incorporates a drive circuit of the ion elution unit 100, which will be described in detail later. In addition to the cable Π 9, the power cord 10 2 connected to the commercial power source also extends from the power unit 1 〇 1 . Inside the box 110, the water flows from the inlet 11 i to the outlet! i 2 flows in parallel with the longitudinal direction of the electrodes 113, 114. When a specific voltage is applied to the electrodes 113, 114 in the presence of water in the cartridge 11, the metal ions of the electrode-constituting metal are eluted from the anode side of the electrodes 113, II4. Fig. 9 is a circuit configuration diagram of the drive circuit 12A of the ion bathing unit 1A. The transformed voltage state 122 is connected to the commercial power source 12i via the power switch 132, and the voltage of 1〇〇v is stepped down to a specific voltage. The actuator portion of the power switch 132 is exposed to the outside of the power supply unit 101 and is operable from the outside. The output voltage of the transformer 122 is rectified by the full-wave rectifying circuit 123, and is regulated by the voltage stabilizing circuit 124. A steady current circuit 125 is connected to the voltage stabilizing circuit 124. The current stabilizing circuit 125 supplies a constant current to the electrode driving pen path 150, which will be described later, regardless of whether or not the resistance value in the electrode driving circuit 15 is changed. A rectifying diode 126 is connected in parallel with the transformer 122 on the commercial power source 121. The output voltage of the rectifying diode 126 is smoothed by the capacitor 127, stabilized by the voltage stabilizing circuit 128, and supplied to the microcomputer 13A. The microcomputer 130 starts and controls a Tri〇de ac Switch 129 connected to one end of the primary side coil of the transformer 122 and the commercial end of the commercial terminal 88498-941025.doc -28 - 1252268. The electrode driving circuit 150 is connected to the NPN type transistors Q1 to Q4, the diodes D1, D2, and the resistors as shown in the figure. The transistor (^ and the diode D1 constitute a photoelectric conversion coupler 15i, and the transistor forms a photoelectric conversion coupler 152 with the diode d2. That is, the diode di, the D2 is the optical power supply voltage (Vdd) and the body, The transistor Q1, q2 is an optoelectronic transistor. At this time, the voltage of the high level is supplied from the microcomputer 13〇 to the line L1, and when the low level voltage or 〇FF (zero voltage) is supplied to the line L2, the diode 〇2 is connected. Then, the transistor Q2 is also turned on. When the transistor Q2 is turned on, the current flows into the electric resistance R3, R4, R7' is biased at the base of the transistor Q3, and the transistor q3 is turned on. Disconnected (0FF), the transistor Q1 is turned off, and the transistor Q4 is also turned off. In this state, current flows from the anode side electrode 丨丨3 to the cathode side electrode 114. Thereby, in the ion eluting unit 1 A metal ion and an anion of a cation are generated in the crucible. When the current flows in one direction for a long time in the ion elution unit, the electrode 113 on the anode side in FIG. 9 is consumed, and the electrode on the side is fixed on the electrode ΐ4. Scale in the impurities in the water. This will cause the ion dissolution unit to be defective. Lowering, therefore, the electrode drive circuit 150 can be operated by the forced electrode cleaning mode. The forced electrode cleaning mode is controlled by the microcomputer 13 to switch the electricity of the lines L1, L2 upside down, and the current is between the electrodes 113, ι 4 In the opposite direction, the transistor Q Q4 is turned on, the transistor is sucked, and the Q3 is turned off. The microcomputer 13 has a timer function, and the above switching is performed when a certain value is reached. 88498-94l025.doc -29- 1252268 The resistance change in the electrode driving circuit 150, particularly the resistance change of the electrode, occurs when the current value flowing between the electrodes decreases, and the steady current circuit 125 increases the output voltage to prevent the current from decreasing. However, the accumulated use time has passed. When the ion elution unit 丨〇〇 reaches the service life for a long time, even if it is replaced with the mandatory electrode cleaning mode, and the output voltage of the steady current circuit 125 is increased, the current cannot be prevented from decreasing. Therefore, the circuit is replaced by the resistor R7. The generated voltage is used to monitor the current flowing between the electrodes 113, 114 of the ion elution unit 100, and when the current reaches a certain minimum current value, The flow detection circuit is detected at 16 。. The minimum current value is detected, and the photodiode D3 constituting the photoelectric conversion coupler 163 is transmitted to the microcomputer 13 via the photoelectric transistor. The microcomputer 13 is driven via the line L3. The warning notification means 131 performs a specific warning notification. The warning notification means 1 3 1 is configured by a suitable display means such as an LED or a liquid crystal panel, and is disposed outside the case of the power supply unit 1 。. In the event of a short circuit or the like occurring in the circuit 150, the current detecting circuit 161 having the detected current at a specific maximum current value or more is provided, and the micro-brain 0 drives the warning notifying means 131 in accordance with the output of the current detecting circuit 161. Further, when the output voltage of the current stabilizing circuit 125 is a predetermined minimum value, the microcomputer 13 〇 similarly drives the warning notifying means 1 31 after the voltage detecting circuit 162 detects it. A timer 133 is connected to the microcomputer 130. The timer 133 has an operation portion outside the cartridge of the power supply unit 1 〇 1. By operating the operation unit, the appropriate time can be set. The antibacterial treatment device including the ion elution unit 100 and the power source unit 101 uses 88498-941025.doc -30-1252268 as follows. First, the outlet port 112 of the ion elution unit ι is attached to the connection pipe 51 of the washing machine. Connect the water supply hose 18〇 to the inflow port lu. The connection water supply hose i8〇m faucet is opened to allow the water to flow into the cartridge 110 of the human ion dissolution unit (10). When the actual flow of human water is used, the water supply valve 5 () is opened. Connect the power cord 1〇2 of the power unit HH to the socket of the commercial power supply. The power unit ι〇ι can be fixed to the side or top of the washing machine with appropriate mounting means. Metal ions are introduced in the washing step. In the flow chart of Fig. 5, when the person enters (4) S401 (water supply), the power switch 132 is turned on, and the electrodes 通电, ΐ 4 are energized to cause the metal ions constituting the electrode to be eluted into the water. When the electrode metal is silver, a reaction of Ag to Ag++e is generated on the electrode on the anode side, and silver ion Ag+ is eluted into the water. The current between the electrodes is DC. The metal ion-containing water is supplied to the washing tank 3 from the water supply port 53. How long it takes to power up is set by the timer 133. The time required for the concentration of metal ions in the wash water to reach a certain level is determined by the amount of water in the wash water =. Therefore, it is estimated that the amount of washing water is used to calculate the time setting of 8f||i33. In this case, it is only necessary to prepare in advance a conversion table comparing the amount of washing water with the time required for the amount of water. The conversion table can be displayed by appropriate means such as pasting, printing, and imprinting on the surface of the ion elution unit (10). A conversion table can also be set on the power supply unit 1 0 1. - Injecting washing water in step S401 (water supply), which is an autonomous water supply valve... to be ordered. Inject the flow of water before the completion of the cleaning water to complete the dissolution of the ions: After a certain amount of washing water containing a specific concentration of metal ions is accumulated in the washing uo, the main water supply valve is used to terminate the water supply. Thereafter, the cleaning steps of steps 88498-941025.doc -31 - 1252268 S402 are performed, and the following steps are continued. The flow chart of 6 performs the dehydration step. When the washing water is stirred in the washing step, the contact of the washing material with the metal ions is promoted. The metal ions gradually adhere to the fibers of the washing material, and an antibacterial film is formed on the surface of the washing object. At the time, the input operation is performed at the end of step S4〇4 (main water flow). At this time, the sub-water supply valve 50b is opened to allow water to flow into the additive chamber 55 of the water supply port 53. When the additive is placed in the additive chamber 55, the additive system The siphon portion 57 and the water are simultaneously put into the washing tank 3, and the siphon effect is generated when the water level in the additive chamber 55 reaches a certain height, so that the liquid additive can be previously held in the additive chamber in the water injection additive chamber. 5 5 . After a specific amount (a sufficient amount of the siphoning portion 57 to cause a siphoning effect and above) is injected into the additive chamber 55, the sub-water supply is closed. 5〇b. The cleaning water with the additive is stirred for a specific time to promote the contact of the laundry with the additive. After a certain period of time, the process proceeds to step S4〇5 (equalization). The tablet input additive is started by the washing water containing metal ions. After cleaning, it is carried out after a certain period of time. Therefore, when metal ions and additives (softener) are put into the washing water, the metal ions react with the softener component to reduce the antibacterial property. However, when the additive is added in the above manner, it is After the metal ions are sufficiently attached to the laundry, the additive is added to prevent the metal from reacting with the additive component, and the metal ion can be retained on the laundry. & the effect of copper or silver and copper alloy. The eluted copper constitutes the electrodes 113, 114. The metal of the electrode 113 is preferably silver, and the silver ion eluted by the silver ion has a good antibacterial effect. 88498-941025.doc -32-1252268 The ion has good antifungal effect. In addition, the silver and copper alloy can be simultaneously used. Dissolve silver ions and copper ions. Silver ions are cations. Because the washings are negatively charged in water, silver ions are adsorbed to the washings. In the state of being adsorbed to the laundry, the silver ions are electrically neutralized. Therefore, the silver ions are less likely to react with the vapor ions (anions) of the additive (softener) component. However, since the silver ions have to take time to adsorb to the wash On the strip, it must be separated by a certain amount of time before the input of the additive. Therefore, the stirring time after the input of silver ions must be kept for 1 minute, and the stirring time after the input of the additive is about 3 minutes. The self-contained water supply pipe 52a is put into the washing tank 30 through the laundry detergent chamber 54. The additive is introduced into the washing tank 3 from the additive chamber 55. Therefore, the metal ions are put into the path for washing water, and the path for introducing the additive into the washing water is formed. Different systems are used to avoid the passage of metal ions into the cleaning water by contacting the additives, and the metal ions contact the additives remaining on the path to form a compound, which loses the antibacterial power. The above-described configuration is that the washing machine 1 is turned on from the cleaning step, and the power switch 132 is turned on, and the time is set on the timer 133, but such a configuration is inconvenient for the user. In order to eliminate this inconvenience, the following configuration can also be employed. . That is, a flow switch is provided in the cartridge 110 in advance. The user first turns on the power switch 132 of the power supply unit 7L101, sets the timer 133 for a set time, and then presses the start button of the washing machine 1 to start the washing step. The flow switch detects that a large amount of water is injected from the water supply valve 50 (main water supply valve 50a) (except for the water injection of the supplementary water in step 83〇5), that is, after the water injection of the washing water in step S401 is detected, the microcomputer 130 starts to operate, and only in the The time set by the timer 133 is energized at the electrodes 88498-94i025.doc -33 - 1252268 133,134. The electrodes 113, 114 are consumed as the metal ions continue to elute, resulting in a decrease in the amount of elution of the metal ions. After long-term use, the amount of metal ions eluted is not stable. A specific amount of dissolution cannot be ensured. Therefore, when the electrodes 113, 114 reach the endurance limit, the ion elution unit 100 must be replaced with a new unit. In order to judge whether or not the electrodes 113, 114 reach the durability limit, the following measures are taken on the ion elution unit 100. One side of the terminals 115, 116 of the electrodes 113, 114 is referred to as "root", and the end on the opposite side is referred to as "end". Although the electrodes ,13 and i14 are connected in parallel, they are not parallel to each other. As is apparent from Fig. 8, the closer to the end interval, the narrower the arrangement is to form a taper shape. In this arrangement, the electrodes 丨13 and 丨14 are eluted with metal ions from the narrow portion, so that the electrodes 113 and 114 are eluted from the end. Therefore, it is possible to grasp the extent to which the volume of the electrodes 113, 114 is reduced by focusing on the length from the root to the end. In order to understand the length from the root to the end of the electrodes 113, 114, the cartridge 11 is constructed as follows. That is, the side surface of the case 110 (positive η or the upper surface is formed of a transparent synthetic resin to constitute a see-through portion. By the see-through portion, the state of the electrode 113' 114 can be directly visually confirmed to determine whether the ion elution unit (10) has arrived. When the see-through portion is provided, the transparent synthetic resin may be formed to form a correction to observe the entire electrode 113'114. Alternatively, the size of the electrode 113, 114 may be provided in the case 110', or may be the size (length) of the electrode 113, 114 inside the translucent grip. Yes / Gan 8 into the slit of the transparent plate, through which the electrode 观察), η*. The material forming the see-through portion does not necessarily need to be completely transparent, mainly the palm 88498-94l025.doc -34-1252268. The collector 113 is provided on the see-through portion, (1) the degree of consumption::: from the root to the end of the electrode 113, 114 The length is the measurement ground. Therefore, it is only necessary to go from the end of the electrode to the root of the electrode, and the scale of the line ^ sub-column. In the scale, the I' can be specifically enlarged as the ion elution unit is just right, or the shape can be changed, and the replacement time can be determined immediately. The only one that needs to be replaced is the ion elution unit 100, and the power supply unit 1〇1 does not need to be replaced. Therefore, the detachable connector portion can be provided in advance in the middle of the supply cable 119, and only the ion elution unit (10) can be replaced with a new one, and the power supply unit 101 can continue to use the former. The power supply unit can also use the battery as a power source instead of a commercial power supply. The battery can be housed in a box of the power unit 101. With this configuration, even in the case where there is no profit: a place where a commercial power source such as a campsite or a socket with a commercial power source is insufficient, antibacterial treatment can be performed. [Second Embodiment] A second embodiment of the present invention will be described with reference to Fig. 1A. Figure 10 (iv) Vertical section of the sub-dissolution sheet WOO. The components that are the same as those of the first embodiment are denoted by the same reference numerals as in the description of the first embodiment, and the description thereof will be omitted. The cartridge 110 of the ion elution unit 100 of the second embodiment has a straw-like water outlet i 10a at one end. In the first embodiment, there is no opening that functions to be differentiated into "flow inlet" or "flow outlet". The size of each opening of the K110a is set such that a finger or the like cannot reach the electrode 113,114. A hook ii 〇b is integrally formed on the side of the box no. In the same manner as the ion elution unit 丨00 of the first embodiment of the embodiment 88498-941025.doc -35-1252268, water is prevented from intruding into the inside of the waterproof cover 118, and the ion elution unit 1 is completely immersed in water. The ion elution unit 100 is used by immersing at least half of the cartridge i i 入 in the washing water of the washing tub 30. In this way, water flows into the cassette from the water outlet i丨〇a. The inflowing water flows in toward the electrodes 1 1 3, 114. At this time, a voltage is applied to the electrodes 113 and 114 to elute the metal ions. The water containing metal ions flows out from the water outlet 11 〇 a. The ion elution unit 1 may be used only by being put into water, or the hook b may be hung in the dehydration hole 31. Further, a wire or the like may be hung on the hook 11 Ob to hang the ion elution unit 100. When the hook 11 〇b is attached to the vertical use of the cartridge 110, if the air cannot be extracted from the cartridge 110, the water cannot flow into the electrodes 113, 114, and therefore, the row can be arranged at one end of the cover 117 close to the cartridge 11 Stomata. Since the ion elution unit 100 of the second embodiment immerses the cartridge 110 into the ruler, the water is introduced into the cartridge 110 from the water outlet 1 1 0a, and the electrodes 1 i 3, 1 14 are immersed in water to bathe the metal ions. It is not necessary to provide a special structure for the An 2 holding ion (4) single το 1GG on the washing machine. It is also not necessary to connect the water supply hose 18 to the ion elution unit 100. Since it is ion-dissolved in water stored in the washing tank 30, homogeneous ion-containing water can be produced. Thus, metal ions are uniformly attached to the laundry, and a uniform antibacterial effect can be obtained. In addition, when the capacity of the ion elution unit 1 is lowered after a long period of use, it is only necessary to discard the old unit, and the unit can be closed, and the unit replacement procedure is simple. Furthermore, the ion elution unit 100 can be immersed in the water, and the cartridge 110 of the ion elution unit 100 can be accommodated in addition to the washing machine 88488498-941025.doc -36 - 1252268. Any w 'Because A' can use water buckets, washbasins, cups, etc. to produce water containing metal ions. If a person wants to perform antibacterial treatment, a handkerchief can be used to generate enough anchorage in the small container _ & $ u , A small amount of metal ion water in the handkerchief of the mass to avoid wasting water. The power supply of the ion eluting unit 1 of the second embodiment is driven by a battery. The antibacterial treatment device can obtain full portability. Therefore, it can be expanded and used to carry out antibacterial treatment such as clothing in outdoor activities. As described in one embodiment, it can be pre-exposed to the ion elution unit (10) or power supply unit! The surface of 〇1 forms a conversion table that compares the amount of water with the amount of time that the amount of water must be dissolved to the ion-dissolving unit 丨00 driving time. The user can set the time according to the conversion table to generate a suitable concentration of metal ion-containing water. [Third Embodiment] Next, a third embodiment of the present invention will be described with reference to Figs. 11 to 29 . The same components as those of the first and second embodiments are denoted by the same reference numerals, and their description will be omitted. Fig. 11 is an explanatory view showing a connection relationship of the antibacterial treatment device 200 when the antibacterial treatment device 2 of the present embodiment is applied to the washing machine 1. The antibacterial treatment apparatus 200 of the present embodiment includes an ion elution unit 3A and a drive unit 400. The ion/valley unit 300 generates an ion generating unit that is added to metal ions (such as silver ions) supplied to the water supply target (such as laundry) by the washing machine 1 of the water supply device. 88498-941025.doc -37- 1252268 The ion elution unit 300 is connected to the faucet 201 of the tap water via the first hose 202, and is connected to the washing machine 1 via the second hose 203. Thereby, the water supplied from the water supply head I 0 1 1 is sequentially supplied to the washing machine via the first hose 2 〇 2, the ion elution unit 300, and the second hose 203! . From the arrangement of the ion elution unit 300, it can be said that the ion elution unit 300 is outside the washing machine 1, and is disposed on the water supply path from the faucet 2〇1 to the washing machine 1. Thus, the ion elution unit 3 can be additionally disposed outside the washing machine 1 instead of the inside of the washing machine, which is the greatest feature of the present invention. The drive unit 400 is for driving the ion elution unit 3, and is detachably disposed outside the washing machine 1. For example, the drive unit 4 can be freely removed by being attached to the wall adjacent to the washing machine 1 and the hook on the outside of the washing machine. Further, the outer circumference (4) of the drive unit 400 is sealed by a sealing member to form a water-proof structure. According to the present embodiment, in addition to the drive unit 400 disposed outside the washing machine, the drive unit is disposed even in a place where water leakage occurs, a place where water may leak, and a place where humidity is high. The internal circuit is not adversely affected by water, moisture, etc., and the movable unit 400 can be surely operated. Further, 'the drive unit 400 is disposed outside the laundry (1), even if the hook is used as described above, The following method can also be used. Also #, ^ is formed on the back of the drive unit _, that is, the drive unit is completely disposed on the side of the washing machine (4) with a magnet that does not cause shadows on the internal circuit, and The magnetic force of the magnet causes the drive unit 4 to be disposed outside the laundry plate. Free-to-remove contact 88498-941025.doc -38-1252268 Further, the drive unit 400 is electrically connected to the ion elution unit 3 via the cord 500. Thereby, the voltage for driving the ion elution unit 300 can be supplied from the driving unit 400 to the ion elution unit 3 via the cord 500. Hereinafter, the ion elution unit will be described in detail. 3〇〇 and the drive unit 4〇〇' First, the first hose 202 and the second hose 203 will be described. (1. First hose) FIG. 12 is a side view showing the schematic configuration of the first hose 2〇2. The first hose is connected to the tap of the tap water 2 〇1 and the ion elution unit 3 (5)

It is composed of a flexible hose body 21A, a first connecting portion 21, and a second connecting portion 212. (1 - 1 · First connecting portion) The first connecting portion 211 is provided at one end of the hose body 21, and is connected to the tap water tap. As shown in Fig. 13, the first connecting portion 2 is connected to the connecting portion 221 and the movable means 222. . The connecting portion 221 is composed of a jig 231 and a screwing portion. First, the connecting portion 221 232 will be described.

The jig 231 is attached to a substantially circular fixing member at the end of the tap 20 of the tap water. Specifically, above the outer surface of the jig 231, four screws are arranged in the direction of the circle: the jig 231 is embedded in the faucet 20, and the special screw is tightened, which is too eye-catching. . m _ Fix the clamp 231 to the faucet 201. Therefore, the clamp 231 can be surely coupled to the faucet 2〇1. On the outside of the clip 23 1 , a screw groove is engraved below the screw position. The inside of the second jig 231 is provided with an elastic member for sealing (such as a rubber knee). ', the mouth buckle has · the first cylindrical part of the roughly cylindrical shape, its 88498-941025. Doc • 39- 1252268 A screw groove is formed on the inner surface to be screwed to the screw groove on the outer surface of the clamp 231; and a second cylindrical portion 232b having a substantially cylindrical shape is formed on the first cylindrical portion 232a with a predetermined interval therebetween. Inside. Then, the first cylindrical portion 23 and the opening portion of the second cylindrical portion 232b on the side of the tube body 21 are bonded to the outer circumference and the inner circumference of the donut-shaped disc. The screw portion 232 is formed on the original disk. A connecting pipe 233 that communicates with the second cylindrical portion 汕 is integrally formed at the bottom of the screwing portion 232. When the connecting pipe 233 penetrates the movable means 222, the water passing through the connecting portion 221 is introduced through the connecting pipe 233'. The means 222. The movable portion 222 is formed on the outer surface of the connecting tube 233, and the groove portion 233 & (see Fig. 14) in which a plurality of steel balls 241 & amps are inserted is formed. Further, the outer surface of the first cylindrical portion 232a of the screw portion 232 is formed. The movable portion 234 is fixed to the crotch portion 234 which is fixed by the fixing portion 244. The structure of the movable device 222 has the connecting portion 24 and the movable portion with the eight connecting portions 243 and the fixing portion 244. The shell wearing portion 24 1 is formed substantially. The cylindrical shape has an inner side penetrating the connecting pipe 233. The inner diameter of the penetrating portion 241 is substantially the same as the outer diameter of the connecting pipe 233. The wall portion of the penetrating portion 241 may be perpendicular to the central axis of the penetrating portion 241 ( The small-diameter steel balls 241a, which are hereinafter referred to as moving in the radial direction, are equally disposed at four locations in the circumferential direction of the wall portion. The steel balls 24la are formed to have a diameter larger than the thickness of the wall portion. The movable portion 242 is externally passed through several The gap covers the penetrating portion 241 and is movable along a portion of the water flowing into the inside to form a substantially circular shape. The movable portion 242 is on the upstream side toward the flowing direction (the side opposite to the side of the hose body 210), Applying force 245 (refer to Figure 14) by spring or the like to apply 88498-941025. Doc -40- 1252268 Force can be manually pressed to the downstream side (the side of the hose body 2). The connecting portion 243 is a portion that is in communication with the hose body 210. The fixing portion 244 is provided to protrude from the outer surface of the movable portion 242, and when the connecting tube 233 is inserted through the through portion 241, the flange portion 234 of the coupling portion 221 is fixed. In the above configuration, when the first hose 202 is fixed to the faucet 201, the joint portion 221 is first fixed to the tap faucet 2〇1 of the tap water. That is, the jig 231 is fixed to the faucet 2〇1 by screws, and the screw groove of the jig 23 is screwed to the screw groove of the screwing portion 232 to fix the same. Then, the movable portion 242 of the movable means 222 is manually pressed and held downward in the flowing direction, and the penetrating portion 241 is inserted into the connecting tube 233 of the connecting portion 221. At this time, since the steel ball 241 & does not apply any pressing force in the radial direction of the penetrating portion 241, the connecting pipe 233 presses the steel ball 241a outward in the radial direction while penetrating the inner side of the penetrating portion 241. When the hand is moved away from the movable portion 242 at the time of completion, as shown in Fig. 14, the movable portion 242 is moved in the direction of the connecting portion 221 by the biasing force of the biasing means 245. At this time, the inner surface of the movable portion 242 is in contact with the steel ball 24U of the penetrating portion 241, and a pressing force is applied to the inner side of the steel ball 24 1 a from the outer side in the radial direction. Thereby, the steel ball 24 la is fitted and pressed into the groove portion 233a of the connecting pipe 233 penetrating the penetrating portion 241, and the connecting portion 221 and the movable means 222 are fixed to each other. At the same time, the crotch portion 234 of the connecting portion 221 is fixed by the fixing portion 244 of the movable means 222, and the movement preventing means 222 can be surely prevented from being detached from the connecting portion 221. Further, when the connecting portion 221 and the movable means 222 are separated, the fixing portion 244 and the weir portion 234 are manually released, and the movable portion 242 is manually placed on the downstream side in the flowing direction. Thereby, the lifting of the movable part 242 on the steel ball 24U is squeezed 88498-941025. Doc -41 - 1252268 pressure, so the extrusion of the steel ball 24 la to the connecting pipe 233 can be released. Therefore, the connecting pipe 233 can be extracted from the penetrating portion 241, and the connecting portion 221 and the movable means 222 can be separated. Therefore, the first connecting portion 211 has a connecting portion 221 attached to the tap 20 of the tap water; The movable means 222 for detaching the connecting pipe 233 of the portion 221 · the movable means 222 and (a) the penetrating portion 241 penetrating the connecting pipe 233; and the (b) hose body 210 coupled to the connecting and dismounting direction of the connecting pipe 233 The moving portion has a structure in which the pressing member (the steel ball 241a) provided in the penetrating portion 241 is pressed against the movable portion 242 in the direction in which the connecting portion 233 is in contact with the connecting portion 233. By using such a movable means 222, it is only necessary to touch the movable means 222, that is, the connecting portion 221 and the hose body 21 can be connected or disconnected. Therefore, even women (housewives) and those with less strength can easily disassemble the two. In particular, as described above, since the biasing means 245 for biasing the movable portion 242 toward the upstream side in the flowing direction is provided in the movable means 222, the movable portion 242 can be easily moved by the biasing force, so that the movable portion 242 is moved by the movable portion 242. Moving toward the upstream side in the flowing direction, the steel ball 241a can be easily pressed against the connecting pipe 233. Therefore, the fixing of the connecting pipe 233 and the movable means 222 is made easier. Further, the activity means 222 also considers a structure in which the movable portion 242 is moved by a screw type. However, the means described in the present embodiment is also more usable, and it is not necessary to worry about looseness and is fixed. In the above description, the jig 231 and the screwing portion 232 can be separated from each other in the connecting portion 221, but these may be integrally formed from the beginning. At this time, the clip 23 1 can be inserted into the end of the faucet 20 1 , and only by tightening the screw, 88498-941025 can be used. Doc - 42 - 1252268 The joint portion 221 is attached to the faucet 201. In addition, on the tap 20 of the tap water, it is also possible to have the equivalent of 231. At this time, the joint portion 221 does not require the jig 231, but may be constituted only by the screw portion 232. At this time, since the jig 231 is not required, the number of parts can be reduced, so that the product cost can be suppressed. From the above, it can be said that the connecting portion 22 of the first connecting portion 211 of the present embodiment (a) the detachable jig 231 and the screwing portion 232 are integrally formed; or the cymbal (b) can be installed only It is composed of a screw joint portion 232 of a tap of a tap of the water tap 2〇1. In addition, some tap water taps 2〇1 are pre-formed to correspond to the above-mentioned snails. °卩232. At this time, by forming the first connecting portion 211 only by the moving means 222, it is also possible to correspond to the tap faucet 2?1 of the tap water, and the connecting portion 221 is not required, and the product cost can be suppressed. (1-2. Second Connecting Portion) The second connecting portion 212 of the first hose 202 is provided at the other end of the hose body 21, and is connected to the ion eluting unit 3A. The structure of the second connecting portion 2U of the present embodiment is completely the same as the moving means η of the first connecting portion 211. Therefore, when the first hose 2〇2 and the ion elution unit 3 are connected in series, it is only necessary to perform the following. First, as shown in FIG. 15A, in the case where the movement (10) is manually moved and held to the hose main body 2_ (upstream side in the flowing direction), the penetration means of the movable means 222 of the second connecting portion 212 of the first hose 202 is first. The inside of the crucible 24 , passes through the first connecting portion 3〇2 of the ion eluting unit 3〇〇. Then, as shown in Fig. 15Β, when the penetration is completed, the hand is free from the active part of the ice 88498-941025. Doc - 43 - 1252268 is opened, and the movable portion 242 is moved toward the ion eluting unit 300 side by the biasing force of the biasing means 245. Thereby, the movable portion 242 presses the steel ball 241a toward the inner side in the radial direction of the penetrating portion 241, and the steel ball 241a is fitted into the groove portion 302c (see FIG. 5A) formed on the outer surface of the connecting tube 302a of the first connecting portion 3〇2, and Squeeze the first connection portion 3〇2. The second connecting portion 212 and the first connecting portion 3〇2 are thus fixed. Further, when the first hose 202 and the ion elution unit 3 are separated, the movable portion 242 is manually moved toward the hose main body 210 side (upstream side in the flowing direction), and the squeeze of the steel ball 241a to the first connecting portion 302 is released. Press it. Thereby, the first connecting portion 3〇2' can be extracted from the penetrating portion 24, and the first hose 2〇2 and the two-out unit 300 can be separated. Thus, the second connecting portion 212 can be connected or disconnected from the first hose 2:2 by the contact means 222 by means of the movable means 222: the ion eluting unit 30G. Therefore, it is possible to obtain the same effect as when the first connecting portion 2 1 1 is provided, simply by attaching and detaching the two. (2. Second hose) The second hose 203 shown in Fig. U is connected to the washing machine Q to which the ion discharge unit 3 is connected to the freckle water supply unit. The second hose 203 is composed of a flexible body having flexibility and a first connecting portion and a second connecting portion respectively provided at both ends of the hose body. At this time, the hose system of the second hose 203 corresponds to the soft body 2U of the first hose 202. Further, the first connecting portion and the second connecting portion of the second hose 203 are constituted only by the movable means 222 constituting the first connecting portion 211 or the second connecting portion 212 of the first soft f2G2. Therefore, by the same method as when the first hose is connected to the ion stripping unit 300, it is only necessary to touch 88498-941025. The doc-44- 1252268 movable means 222' can easily connect or separate the second hose 2G3 and the ion/combining unit 300, so that the second hose 2 and the washing machine 1 can be easily connected or separated. ^ The first hose 202 and the second hose 203 described above can be elastically formed of rubber and resin. Thereby, even if vibration (impingement wave) is applied to the portion connecting the first hose 2G2 and the second hose 203, or when an external force (high pressure) is applied, the first hose 202 or the second hose 203 can be used. The flexibility to alleviate the collision name thereof reduces the burden on the ion elution unit 300 connecting the first hose 2〇2 and the second hose 203, suppresses the occurrence of malfunctions, and the like, and hardly fears the connection. Part of the water leakage can improve the reliability of the ion elution unit 300. Further, in the above description, the first hose 202 and the second hose 203 are both constructed to have the movable hand #222, but the configuration is not limited thereto. As shown in Fig. 16, one end of the hose body 21 (e.g., the second connecting portion Μ) may be provided to rotate the inside of the hose body 21 as a shaft, and the inner surface is cut with a screw groove. The cover type connecting portion constitutes the first hose 202 and the second hose 203. Further, the cover type connecting portion may be disposed on the hose body 21 (the first connecting portion 211 and the second connecting portion) Part 2 12). The connected portion of the first soft official 202 and the second hose 203 (the faucet 2〇1, the ion/combined unit 300, the washing machine 丨) is formed on the outer surface of the cutting screw 4 groove In the case of a cylindrical shape, when the first hose and the second hose 2〇3 having such a configuration are used, the lid-shaped connecting portions can be easily connected or separated from each other by rotation of the lid-shaped connecting portion. Compared with the structure, the number of parts in the joint can be reduced, and the cost of the product can be suppressed. 88498-941025. Doc -45- 1252268 In addition, depending on the configuration of the ion elution unit 300, the first soft s 202 may be directly connected to the ion elution unit 3A, or the first soft portion may be connected via a screw type and a locking type connection portion. The tube 2〇2 is connected to the ion elution unit. (3. Ion Dissolution Unit) Next, the detailed structure of the ion elution unit 300 will be described. Fig. 17 is a perspective view showing the appearance of the ion elution unit 3 of the first hose 2〇2. 18 to 2() show a front view of the ion elution unit 300 when the ion elution unit 300 is connected to the faucet 2〇1 of the tap water via the first hose 2〇2, and the rear side of the ion elution unit. A cross-sectional view at the time of observation; and a cross-sectional view when viewed from the side. The ion elution unit 30 has a cartridge 300a formed by laminating two frames that can be separated and joined in the flow of water flowing into the inside. The connection portion between the ion eluting unit 3〇0 and the first hose 202 is concealed by the cartridge 300a to prevent damage to the appearance. 21 is a cross-sectional view showing the internal structure of the unit 300 when the ion elution unit 3 is viewed from the front, and FIG. 22 is a detailed view showing the internal structure of the ion elution unit 3 when the ion elution unit 300 is viewed from the side. Sectional view. - As shown in the drawings, the ion elution unit 3 has a unit body, a first connecting portion 302, and a second connecting portion 303. Each structure will be described below. (3-1. First connecting portion) The first connecting portion 302 is connected to the first hose 2〇2 and the unit body 301, and is integrally formed with the unit body 3〇1. The structure of the first connecting portion 2 has a connecting pipe 302a and a weir portion 3〇2b. 88498-941025. Doc - 46 - 1252268 The connecting pipe 302a penetrates the penetrating portion 241 of the first connecting portion 2i2 of the first hose 2〇2. The crotch portion 3〇2b is fixed by the fixing portion 244 of the first hose 202 when the connecting tube 3〇2& is inserted through the penetrating portion μ, thereby reliably preventing the first hose 202 from being ionized The dissolution unit 3 is detached. At this time, the first connecting portion 3〇2 can also be configured as follows. Fig. 23 is an exploded perspective view showing another configuration example of the first connecting portion 3〇2. The first connecting portion 302 is configured by a K 3 〇 4 and a screwing portion 3 〇 5 . The configuration of the holder 304 is identical to that of the first connection portion η of the first hose 2〇2. Further, the structure of the screw portion 305 is completely the same as the screw portion 23) of the first connecting portion 2 ι. That is, the screwing portion 3〇5 has a substantially cylindrical first-circle same portion 305a' which is formed with a screw groove which is screwed to the screw groove on the outer surface of the jig 3〇4 on the inner surface; and a substantially cylindrical shape The second cylindrical portion 形成 is formed inside the first cylindrical portion 3〇5a at intervals of four (4) intervals. Then, by opening the opening of the first cylindrical portion 3〇5a and the second cylindrical portion 3〇5b on the unit main body %1 side, the outer circumference and the inner circumference of the donut-shaped disc are bonded. The screw portion 3 0 5 is formed on the original disk. An early body 301 is formed integrally with the second cylindrical portion 3 at the bottom of the screw portion 305. Further, the second cylindrical portion 3 is formed in a shape that penetrates through the penetration portion 241 of the movable means 222 of the first hose 202. With this configuration. The second cylindrical portion 305b is inserted and fixed in the penetrating portion 241 of the first hose 2''' to connect the ion elution unit 3 (10) and the first hose 2'2. Thereby, the ion elution unit (10) can be connected to the tap faucet 2〇1 of the tap water via the first hose 2〇2. 88498-941025. Doc -47- 1252268 In addition, by screwing the clamp 304 to the faucet 2〇i, the screw groove of the centerpiece 304 is screwed with the screw groove of the first cylindrical portion 3() 5a, even if the first soft is not used. The tube 202' can also directly connect the ion elution unit to the faucet 201. Therefore, with the configuration of the first connecting portion 302, the first hose 202 can be easily used with or without the connection between the water jet head 201 and the ion eluting unit. (3-2·Second connection unit) The second connection unit 3〇3 of the figure 21 and FIG. 22 is connected to the second hose 203 (see FIG. 11} and the unit body 3 (1). The structure of the second connecting portion 3G3 has a connecting tube (10) and a hair generating portion 303b. The connecting tube 303a penetrates through the through portion of the first connecting portion of the second hose 2〇3. When the connecting pipe 3〇3a is inserted into the penetrating portion, the portion 3〇3b is fixed by the fixing portion of the second hose 203, whereby the second hose 203 can be surely prevented from being ejected from the ion eluting unit 3 Further, the joint official 303a is also formed in a shape of a connecting pipe (refer to Fig. 1) fitted to the washing machine. With such a configuration, the connecting pipe 303a is penetrated and fixed to the penetrating portion of the second hose 2〇3. 241, the ion elution unit 300 and the second hose 2〇3 are connected. Therefore, the ion elution unit 3〇〇 can be connected to the washing machine 1 via the second hose 2〇3. In addition, the connection tube 303a is embedded in the washing machine. When the connecting pipe is "inside, the ion eluting unit 3" and the washing machine i can be directly connected. Therefore, The above-described configuration of the second connecting portion 303, is connected to the communication ion release 88498-941025. Doc • 48- 1252268 When the unit 300 and the washing machine 1 are 203, as described above, by providing the first connection 4 302 and the first connecting portion 3〇3 on the ion eluting unit 300, the structure can be simply constructed. The ion-dissolving unit 3 is connected to the first hose 202 or the tap faucet 2 () 1 of the tap water, and " the ion/combining unit 3 is connected to the second hose or the washing machine. Therefore, the cost of the product of the rider dissolution unit can be suppressed. (3-3. Unit body) The single 7L body 301 is formed of an insulating material (such as a resin), and the water supplied from the faucet flows into the inside of the faucet to be supplied to the washing machine! . The unit body 3〇1 includes a pair of electrodes 311, 312, and has a terminal portion 313, 314 corresponding to the electrodes 311, 312 and a detecting portion 315, respectively. (3 - 3 -1 ·electrode) The electrodes 311, 312 are formed of a plate-shaped silver plate having a thickness of about 5 mm and a thickness of about 1 mm, and are formed from the upstream side of the water flowing into the unit body 301. (Fig. 22 and the upper side) are disposed on the downstream side (the lower side in Fig. 21 and Fig. 22), and the interval between the opposing surfaces is narrowed and disposed in the unit main body 3?. A voltage is applied between the pair of electrodes 3, 3, 3, and 2 by a driving unit 380, which is described later, via the cord _ and the terminal portions 313, 3 1 4, and the metal ions are eluted from the electrodes 3U, 312. . Then, the metal ions are added to the water which is inserted into the inside of the body of the early body 3, and the water is added to the metal ion water to be supplied to the washing machine to form the electrodes 311, 312. The metal is preferably silver or copper. Or such a combination. The bactericidal effect of the silver ions eluted from the silver electrode and the zinc ions eluted from the zinc electrode is good. The anti-fungal property of the copper ion eluted from the copper electrode is good... or may be 88498-941025. Doc -49 - !252268 These alloys simultaneously dissolve the ions of the constituent metals, thus providing excellent bactericidal and anti-fungal effects. Therefore, the inherent effect of the metal ions can be obtained by constituting the electrodes 311, 312 with a suitable metal. Further, it is not necessary to form the electrodes 3丨丨 and 3丨2 of the same metal by the same metal, and it is also possible to form one electrode of the non-fusible electrode (such as titanium) and the carbon electrode. Hereinafter, the antibacterial mechanism when the electrodes 3, 3, 12 and 12 are used as the silver electrode is specifically as follows. If the clothes absorb sweat and smell, the bacteria will multiply. Sweat is inherently odorless, but because one of the ingredients contains glycerin fats of fatty acids and glycerin, the bacteria break down the glycerides, and the fatty acids decomposed from the glycerides release the odor. When the germanium electrodes 31A and 312 are silver electrodes, a voltage is applied to the electrodes on the electrodes to cause ΑρΑ§+_^. In the reaction, silver is eluted into water. By the action of the silver ions on the bacteria causing the odor, the bacteria are passivated, and the sweat component (glyceride) cannot be decomposed to suppress the generation of odor. Further, the above-mentioned "passivation" means the action of sterilization, sterilization, sterilization, decomposition, removal, and the like. The above-described electrode 31b 312 is integrally formed with the unit body 3〇1. In other words, the electrode 311, 312 is disposed in the photocurable resin, and the resin is cured by irradiation of ultraviolet rays or the like; and the electrode 3 is placed in the mold and then poured into the resin. The method of cooling and hardening (fill molding) is formed to form a unit body 3〇 integrated with the electrodes 311 and 312. Further, by forming the electrodes, the electrodes 311, 312 are partially selected by the inner wall of the unit body π. When the unit body 301 is constructed by laminating a plurality of frames, the internal water may be 88498-941025. Doc -50- 1252268 Leak from the fitting part to the outside. However, in the present embodiment, the unit body 301 is integrally formed by including the electrodes 3U and 312 therein, and there is no problem that the self-bonding portion leaks water, and the sealing property of the unit body 3〇1 can be favorably maintained. Further, the electrode 311' 312 is gradually consumed and reduced by elution of metal ions such as silver ions. Thus, the distance between the electrodes 311, 312 is enlarged, and the surface area of the electrodes 3 ι, 3 12 is smashed. At this time, the required amount of metal ion elution is required to be applied, and the voltage required to flow the same current on the electrodes 3 11, 3 12 rises. However, there is an upper limit to the voltage that can be supplied, and the current flowing into the electrodes 311, 312 drops when the voltage reaches the upper limit. Thus, the amount of metal ions eluted is reduced, and metal ions of a specific concentration cannot be ensured. Therefore, in order to obtain the sterilizing effect of the metal ions, it is necessary to replace the new electrodes 311, 312 at the stage where the metal ion elution amount cannot be ensured. In the present embodiment, as described above, the electrodes 311, 312 are formed in the same manner as the unit body 3, so that they are replaced with the new unit body 301. That is, the unit body 3G1 of the present embodiment belongs to the disposable type. Thus, the replaceable unit can prevent the user from assembling the electrode and changing the electrode when the electrode is replaced, and the user can easily and easily replace it. Further, in the present embodiment, the unit main body 301 has a pair of (two) electrodes 311' 312, but the number of electrodes is not limited thereto. Even if the unit body 301 has a plurality of electrodes on the sheet and the upper electrode, the effect of the present invention can be obtained by applying a voltage to the electrodes and eluting the metal ions from the electrodes. (3-3-2·terminal part) ί而子. Ρ 313 ' 314 is electrically connected to the electrode, 312 and the terminal of the driving unit, and is provided through the side wall of the unit body 3〇1. These terminal parts 88498-941025. Doc -51 - 1252268 313 314: The end is electrically connected to the electrodes 3U, 312 by silver soldering, and electrically connected to the driving unit 400 by the cord 500. In addition, the above-mentioned so-called silver soldering, such as silver, copper and copper alloys as a solder, does not dissolve the metal of the base material, and smashes the material below the temperature of the base material, and then the metal is bonded to the base material. method. The terminal portion 313, 314 of the Becker object is configured to have at least a shape in which the cross section of the unit body "I: the wearing portion has a circular shape. When the structure is used, the internal pressure in the early body body 310 is formed (water) The pressure is equally applied to the circumferential side of the above-mentioned penetrating portion. Even if it is high in water, it is not easy to cause water leakage. Thus, the female "using the ionizing unit 3" is also used. Further, even if such a configuration is employed, the production variation of the ion elution unit hardly occurs, and the production margin can be improved. In particular, the terminal portions 313 and 314 of the present embodiment are formed in a circular cylindrical shape having a whole axial direction. Further, the through portions of the terminal portions 313, 314 and the unit body 301 are sealed by a sealing member 3?3&, (see Fig. 19) such as a 〇-shaped ring. Since the terminal portions 313 and 314 are formed in a cylindrical shape, it is easy to insert the sealing portions 313a and 314a, and the sealing property of the penetrating portion can be surely obtained. (3-3-3. Detection unit 315 is a detection means for detecting the inside of the detection unit main body 3〇1 and the flow rate of the flow to the y side. The present embodiment is provided in the flow direction of the unit main body 3 〇1 in the flow direction 311. 312 is more upstream. The detecting unit 315 includes a rotor 3 16 (see Fig. 24), a magnet 3 17 and a magnetic detecting unit 3 1 8 . Fig. 24 is a perspective view showing the rotor 316 in an enlarged manner. The rotor 316 is united by unit 88498-941025. Doc -52- 1252268 The water in the body 3 Ο 1 is rotated by passing therethrough and has a rotating shaft portion 321 in the flow direction of the water. The rotating shaft portion 321 is supported by a bearing not shown. Then, the two blades 322 which are subjected to water are respectively fixed to the rotating shaft portion 321 at positions symmetrical with each other. Each of the vanes 322 hits the respective vanes by the water flowing into the unit main body 3〇1 and flows, and receives the force in the rotational direction of the rotating shaft portion 32丨, whereby the entire rotor 3 16 is rotated. 321 rotates centering. Further, the rotor 316 has two cup-shaped accommodating portions 323, and the bottom portions of the respective accommodating portions 323 on the opposite side to the opening 323a are fixed to the rotating shaft portion 321 at positions symmetrical with each other. The magnet 317 described above is housed in at least one of the two housing portions 323. When the magnet 317 is housed in only one of the accommodating portions 323, the other accommodating portion 323 is provided with a weight 319 such as a magnet 317 to maintain the balance when the rotor 316 rotates. The opening portion of each of the accommodating portions 323 is closed by a cover (not shown). The magnetic detecting portion 3 1 8 (see FIG. 2 2) is based on the magnetism and culture of the magnet Η 7 when the rotor 3丨6 is rotated. The detecting unit body 3 has at least one of a non-current flow and a flow rate therein, and is disposed on the unit main body 301. The magnetic detecting portion 318 detects the magnetism of the magnet in a non-contact manner via a resin forming a wall of the unit main body 301. The change Hall is formed by the Hall IC. With the above configuration, water flows into the unit body 3〇1, and when the rotor 316 rotates, the magnetic force (magnetic flux, magnetic field) generated from the magnet 3Π also changes. By detecting the magnetic change in a non-contact manner, there is no water flow in the detecting unit body 301. Further, by detecting the change in the number of cycles per unit time of the magnetic change by the magnetic detecting portion 318, the number of revolutions per unit time of the rotor 316 can be detected. And 88498-941025. Doc -53 - 1252268 The flow rate of water flowing into the early element body 3 〇 i is measured. In other words, as described above, the detecting unit 3 15 can reliably detect at least one of the water flow and the flow rate inside the unit main body 3〇1 in accordance with the magnetic change of the magnet 3 17 . Further, since the structure of the detecting portion 315 has the rotor 316 (rotating element) which is rotated by the passage of water through the unit main body 3〇1, when the water flow rate is small, it is possible to detect the waterless flow easily and surely. Further, since the number of revolutions of the rotor 316 varies depending on the flow rate of the water flowing, the magnetic detecting unit 318 detects the detection signal corresponding to the flow rate, and can accurately detect the water flow rate. Further, the detecting unit 315 of the present embodiment is provided integrally with the unit main body 3〇, but may be provided separately from the unit main body 3〇1. In other words, the detecting unit 315 and the unit body 301 can be configured separately, and combined. At this time, even if the unit body 3 needs to be replaced due to the consumption of the electrode 312 in the unit body 301 (H), the detection unit 315 does not need to be replaced. Therefore, the detection unit 315 can be effectively utilized to suppress the cost of replacing the unit. The installation position of the detecting unit 315 is not limited to the electrodes 3n, 31 & the upstream side of the flow direction in the unit main body 3〇1, and may be on the downstream side. Further, the detecting unit 315 may be provided in an outflow direction variable portion which will be described later. In addition, the detecting unit 315 may be disposed in the first connecting portion 302 or in the second connecting portion 303, for example, when the faucet from the tap water is added to the water supply path of the washing machine 1, and may be provided in the second connecting portion 303. Alternatively, it may be disposed outside the rotten ion dissipating unit (for example, the first hose 202 and the second hose 2〇3). (4) The rotating shaft portion 321 of the rotor 316 may be disposed in the direction of the parent and the fork in the direction of water flow. On the 'rotate the rotor 316 as a waterwheel. 88498-941025. Doc > 54 - 1252268 In the present embodiment, an example in which the detecting unit 3 15 is configured by the rotation detecting method of the rotor 316 will be described. Alternatively, it may be configured in a flow path type. The so-called flow path type, the spring-supported moving body in the flowing water path, when the water flows, the moving body is squeezed and moved by the water flow, and by appropriate sensing: detecting the movement of the moving body to detect the water flow method. If a magnet is placed in the moving body and a magnetic detecting portion (Hall IC) is provided at a position where the moving body moves when the water flows, the flow of water can be detected by magnetic detection. As described above, when the detecting portion 315 is formed in a flow type, the magnetic detection does not depend on the rotational speed of the rotor SB, and the magnetic change is only required to be detected or there is no flow. Therefore, even if the reaction rate is slow, the magnetic detecting portion (Hall IC) is formed. The water flow can still be reliably detected. From the above, it can be said that the structure of the detecting portion 315 can also have a moving body that moves in response to the flow of water, a magnet that is enclosed in the moving body, and a magnetic detecting portion. The method detects that there is no water flow by detecting the magnetic properties of the magnet at the position where the moving body moves. (3_4·Effects) The antibacterial treatment device according to the present embodiment includes an anti-g treatment device for an ion generating unit (e.g., an ion eluting unit), and the ion generating unit is added to be supplied by a water supply device (e.g., washing machine 1). To the metal ions (such as silver ions) in the water to be supplied to the water supply object (such as washing water), the structure of the ion generating portion can be freely removed from the outside of the water supply device, and the tap water 201 from the tap water to the water supply device Water supply path. More specifically, the foregoing ion generating portion includes a pair of electrodes 3ΐ, 3D, and an ion dissolving unit 88498-941〇25 having the unit body 3()1 inside the water flow person. c}〇c -55- 1252268 300 constitutes an ion dissolving unit/, (a) a connecting portion 3〇2, which is used for the unit body 301 and the tap 201 or the tap from the tap water 2 0 1 The first teaching of the water flow of the supply is less than the second person 202; and (b) the second connection, ^ Γ 凡 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The water jacket is connected; the structure for freely removing the above supply path is realized. Further, since the laundry (4) externally adds the ion generating portion, even if the washing machine 1 is initially covered with the squid; the $4 ... ion generating portion can easily realize the same function as the laundry (four) having the ion generating portion. Therefore, the money is changed to buy the washing machine 1' having the ion generating unit, and it is a waste of money to buy the washing machine 1. It is possible to effectively use the existing washing machine. In addition, since the ion generating unit can freely remove the path of supplying water to the washing machine 1, it is also possible Replace it easily. In addition, the ion elution unit 300 has the first connection portion 302 and the second connection port 303'. The ion elution unit 300 can be disposed outside the washing machine i as follows, and the water passage path is the tap water 20 1 of the tap water. The first hose 202, the ion elution unit 3, the second hose 2〇3, and the washing machine are arranged to arrange the ion elution unit 300 (the connection method of FIG. The path through which the first water passes is the tap water tap 2, the ion elution unit 300, the second hose 203, and the washing machine 1, and the ion elution unit 300 is disposed. The path of the water passage is: a tap of the tap water 2 〇 1, a first hose 202, an ion elution unit 3〇〇, and a washing machine 丨 to arrange the ion elution unit 3〇〇. 88498-941025. Doc -56- 1252268, by the ion elution unit 300 having the first connecting portion 3〇2 and the second connecting portion 仏3, as described above, the water supply from the tap faucet 2〇1 of the tap water to the washing machine: the road setting When the ion elution unit 3 (10) is connected, the method of setting the ion elution unit 3 is required. (3-5. Other structures of the ion elution unit) (3·5-1·shape of the unit body) The unit of the X-type non-ion elution unit 3 is formed in a shape that extends vertically downward along the direction of the water flowing into the interior. However, the shape is formed, but the shape of the unitary body 301 is not limited thereto. As shown in Fig. 25, the unit main body 301 can also be formed by changing the shape of the flow direction of the water flowing into the inside by the boring of the electrode 3U, 312 on the downstream side in the flowing direction, for example, by twisting 90 degrees. That is, the element body 3〇1 may be formed by a shape in which water flows out in a direction in which the inflow direction of the water flowing into the unit body 3〇1 is different. Further, Fig. 25 shows an example in which the ion elution unit is directly connected to the water head 201 of the tap water. With this configuration, since the outflow direction of the water from the ion elution unit 300 can be changed from the vertical direction to the horizontal direction, the second connection portion 3〇3 of the ion column 7L 300 can be easily connected. The second hose 2〇3. That is, even if the distance between the connecting tube 51 of the washing machine 1 and the ion eluting unit 3 is too close to the next day, the second hose 2〇3 is not forced to be written, and the ion eluting sheet 7L 300 and the washing machine can be connected roundabout! To reduce the physical load on the second hose 2〇3. ' (3 - 5 - 2. The outflow direction variable portion) In addition, the unit body 301 may not be bent, but as shown in Fig. 26, pair 88498-941025. Doc - 57 - 1252268 The unit body 301 is connected to a configuration in which the direction variable portion 306 is changed from the water outflow direction of the unit body 3〇1. The outflow direction variable portion 306 is formed of a cylindrical tube bent to be substantially 90 degrees. One end of the outflow direction variable portion 306 is rotatably attached to the first connecting portion 3?3 of the ion eluting unit 300, and the other end is fitted with the second hose 2?3 (refer to Fig. 11). The water supplied from the faucet 20 1 of the tap water and flowing vertically downward into the unit body 301 is converted into the direction of the substantially 〇 degree by the outflow direction variable portion 306, flows in the horizontal direction, and is supplied through the second hose 203. To the washing machine 1, it is possible to freely return the second hose 2〇3, avoiding the wall around the washing machine i, etc., to facilitate the use of the ion eluting unit 3〇〇. In addition, since the outflow direction variable portion 306 is designed to be rotatable to the second connection portion 3〇3 of the ion elution unit 300, the water supply direction selected from the ion elution unit 3 can be selected in response to the set position thereof, and Easy to use ion> Valley out 7Q 3 0 0. Further, if the outflow direction variable portion 306 is provided with a unitary display unit 4〇2 (see FIG. 27) of the drive unit 400 to be described later, the rotation outflow direction variable unit 3 may be rotated in this case. At 〇6, the state display unit 4〇2 can be used at a position that is easy for the user to observe, and the visibility can be improved. Further, as shown in Fig. 26, the dam portion 3〇3b of the second connecting portion 3〇3 of the solid-state ion bathing unit 3 is disposed on the outer surface of the outflow direction variable portion 3〇6.卩3 0 6 a day, it is possible to surely prevent the outflow direction variable portion % 6 from being detached from the second connecting portion 303. (3-5-3. The inclined configuration of the unit body) The unit body 301 of the above configuration is configured such that water flows vertically downward into it 88498-941025. Doc -58- 1252268 ^But it is not limited to this configuration. For example, the tilting unit may be formed—that is, the unit body 30 1 may be arranged such that the water flowing into the interior flows obliquely in the vertical direction. In addition, the concept of water flowing obliquely in the vertical direction also includes water flowing in the horizontal direction (lateral direction). With this configuration, the size of the electrodes 311, 312 is not changed, and the size of the height direction (vertical direction) of the unit body 3〇1 or even the ion eluting unit 3〇〇 can be suppressed. Therefore, even when it is ensured that the metal ion elution ability is the same as when the ion discharge unit 3 is disposed in the direction perpendicular to the flow direction, even if it is a self-contained

Water tap 2G1 and washing machine! The ion dissolving unit 300 can be easily installed without any space in the space and without touching the surrounding machine and wall. Therefore, the selectivity of the set position of the ion elution unit 3 can be expanded. (3-5-4·first filter) 1 and FIG. 22 may be configured as a single unit in the ion elution unit 3; the specific electrodes 311 and 312 in the body 301 are disposed on the upstream side in the flowing direction. The first filter 33 1 for removing impurities from the water.

According to this configuration, impurities such as dirt J metal deposits in the water can be held by the first filtration and H 331 , so that the impurities can be prevented from adhering to the electric power 311 ' 312 or blocked between the electrodes 311 and 312. Therefore, it is possible to prevent the disadvantage of adhesion due to enamel (e.g., the amount of elution of metal ions is reduced). Further, the first filter 331 is preferably disposed in the water supply to the ion elution unit %, and is provided on the first connection portion 3〇2. At this time, the user can easily clean the first filter from the supply path, the lower ion > valley, and the user can easily clean the first filter. In addition, compared with the configuration of the take-out portion for the first filter 331 in the ion elution unit, the number of parts can be suppressed without requiring 88498-941025. Implement the seal 'so you don't have to worry about water leaks. In addition, the first filter 331 is preferably disposed on the upstream side of the flow direction of the detecting portion 315, and it is possible to prevent impurities such as dirt and metal deposits in the water from adhering to the detecting portion 315 and affecting the detection of the detecting portion 315. Caused malfunction. Further, the filter 331 is not limited to the above-described ion elution unit 3, and may be disposed on the water supply path between the ion elution unit 300 and the faucet 201 (e.g., in the first hose 202). At this time, the same effect as described above can also be obtained. (3-5-5. Second filter) It is also possible to form the second electrode in the unit body 3〇1 of the ion elution unit 300 on the downstream side in the machine water direction, and to provide the second phase to remove impurities in the water. The filter may also be disposed in the ion elution unit 300 or may be disposed on the water supply path (such as the second hose 203) between the ion elution unit (10) and the washing machine 1. With this configuration, even if the metal fragments 311, 312 of the ion elution unit 300 flow toward the downstream side, they can be blocked by the second filter. In this way, it is possible to prevent the metal fragments from hitting the downstream machine (washing machine and articles (washing)). Further, the second filter should be provided at the outlet of the water to the ion eluting unit 3, that is, The second connecting portion 3〇3. At this time, the user can easily clean the second filter by the two can discharging unit 3 (10) on the supply path, and the current filter is provided on the ion eluting unit 3 (9). Take out the structure of the second pass 88498-941025.doc -60-1252268. 'There is no need for such a take-out part: ^, and it is not necessary to apply a seal on the take-out part, so it is not necessary to carry it: It may be provided on the downstream side of the electrode, and may be disposed between the electrodes 311, 312 and the detecting portion 315 on the downstream side in the flowing direction of the upstream side of the detecting portion 31 in the direction of the I: square: :. Since the metal slabs 311, 312 of the 311, 312 can be used by the second damper, the stylus is less than the downstream side, so that the upper piece can be prevented from hitting the detecting portion 315. The situation in which the detecting unit 315 malfunctions is a skin (3-5-6. The first connecting portion and the first The connecting portion and the unit body may be disposed so as to be separable from the early body 30! of the inner package electrodes 311, 312. Further, the second connecting portion may be disposed to be disposed on the unit body. At this time, even if the unit (4) 1 needs to be replaced due to the loss of the electrode m2, the first connection portion 302 and the other connection portion 3〇3 need not be replaced. Therefore, the first connection portion 302 and the second connection can be effectively utilized. The part 303 suppresses the cost of replacing the unit. (3-5-7. Generator) The ion elution unit 300 of the present embodiment can also generate electricity by rotating the rotor due to the flow of water in the body 70 of the single body 70. In this case, the rotor may be the rotor 31 of the detecting unit 315. When the structure is employed, only when water flows into the unit body 301, voltage is automatically applied to the electrodes 3U, 312 by itself. The metal ion can be automatically eluted. (3-5-8. Other structures of the ion generating unit) The ion generating unit of the above-mentioned ion generating unit is an electrode eluting unit using an electrode having an eluted metal ion 88498-941025.doc -61 - 1252268 311' 312鸠 for example, but this hair The structure of the ion eluting portion may be such as filling a metal material eluting material in the cylinder (silver sulfide or the like in the case of a silver eluting material), and only passing the water through the circle (with no voltage applied) Metal ions can be eluted. (4 _ drive unit) Next, the drive unit 4A will be described in detail. Fig. 27A to Fig. 27D are a plan view, a front view, a side view, and a rear view, respectively, showing the appearance of the drive unit. Fig. 28 is a block diagram showing the internal detailed structure of the drive unit. Further, the basic circuit configuration inside the drive unit 400 is substantially the same as that of the drive circuit 120 of the power supply unit 101 shown in Fig. 9 of the first embodiment. The driving unit 400 drives the ion eluting unit 3, and includes an operation unit 4〇1, a state display unit 402, a voltage generating unit 403, a transformer circuit 4〇4, a power supply voltage detecting unit 405, and a current detecting circuit 4〇. 6 and control unit 4〇7. The control unit 407 controls the operation of each of the above units. Further, a hole that is attached to the wall and the hook of the washing machine 1 is provided on the back surface of the drive unit (see Figs. 27C and 27D). Each structure will be described in detail below. (4-1. Operation unit) The operation unit 401 is a user who performs an operation of switching ON/OFF of the operation of the drive unit 4, and is constituted by a switch, a lever, a button, and the like. By providing such an operation unit 401 on the drive unit 4, the user can drive the drive unit 4 to an easy-to-operate position, and the operation of the drive unit 400 can be freely switched. In particular, in the present embodiment, as shown in Fig. 27B, the operation unit 4〇1 is constituted by a rotary type switch. Thereby, the state of operation of the driving unit 400 can be easily confirmed by the state change of the physical state of the operating portion 88498-941025.doc - 62 - 1252268. Therefore, it is not necessary to provide an LED or the like for displaying the operation state of the ON/OFF operation of the operation, and it is not necessary to display the power consumption. Especially when driven by a battery, such unnecessary power can be effectively utilized for battery driving. Further, the operation unit 401 can easily understand the operation state of the drive unit 400 without using electric power and only physically changing the state. Such physical changes, in addition to the rotation of the above-mentioned button, also include the bump of the button, the fall of the lever, the color of the button, and the change of the character. (4-2. Status Display Unit) The status display unit 402 displays the operational status of the drive unit 400, and is constituted by a led. Specifically, the state display unit 4〇2 is composed of a battery life indicator lamp 402a and a silver ion eluting lamp button hole. The lighting and extinction of these lamps is controlled by a control unit 407 which will be described later. The battery life lamp 402a is a lamp that blinks (flashing and blinking) when the power source voltage detecting unit 4〇5 described later detects the battery life of the voltage generating unit 403. Further, in the operation-on state and the off-state of the drive unit 400, when the battery has power, the battery life indicator lamp 4 is required to suppress the consumption of the battery. The system remains annihilated. " The silver ion display lamp 402b is applied to the electrodes 311, 312 of the ion elution unit (10) by the voltage generating portion 4?3 which will be described later, and the eluted metal: = silver material flashing lamp. Since the human eye cannot see the silver ion ridge, the user can know that the silver ion is dissolved and its dissolution period by providing the silver ion display lamp 4〇2b. The antibacterial treatment device (10) 88498-941025.doc-63- 1252268 of the present invention can be used with peace of mind, and the electrode 3i], 312 of the ion release unit 300 is eluted due to silver ions, and flows for the above reasons. When the electrode 3ΐι, the current of the tube is reduced, the life of the private pole 3 11 ' 3 12 (replacement time) can be judged. Therefore, when the current detecting circuit 406 to be described later detects the inflow electrode 311 and the turbulence of (1) is less than the threshold value, the control unit 407 determines that the electrodes 311 and 312 are consumed and needs to be replaced, so that the silver ions, and the members do not blink quickly. . In this way, the user can understand that the ion elution unit 3 00 (single το body 3G1) needs to be replaced, and the user can be urged to perform the replacement work. In addition, when the private electrode 3 11, 3 12 is consumed, in order to avoid the user not knowing the antibacterial treatment required to enter the lamp, the user continues to use it, and the user is preferred to replace the ion elution unit 3 when the battery is not powered. Therefore, before the operation of the operation unit 4G1 is turned off by the operation unit 4G1, the control unit 4〇7 is in a state where the battery is not powered, and the flash display of the silver ion indicator lamp 4〇2b is continued. Further, when the connection of the driving unit 400 and the soft line 5〇q of the ion eluting unit 3, for some reason, the voltage is applied to the ion eluting unit because the driving unit is operated in the connected center because the soft line 500 is not applied. The electrodes 3U, 312 are so that current does not flow into the electrodes 311, 312. Therefore, in the same manner as described above, the control unit 4〇7 causes the silver ion indicator lamp 4 to blink rapidly in accordance with the detection signal from the current detecting circuit 406 to notify the user of the abnormal state. As described above, when the control unit 407 causes an abnormality in the metal ion elution of the ion elution unit 3 (the battery life, the consumption of the electrodes 3n and 312, and the discharge of the cord 500), the control unit 407 is turned off before the main power source (battery) is turned off. Continuous display (blinking or fast flashing) battery life indicator light 4〇2a and silver ion dissolution lamp correction hole. By 88498-941025.doc -64- !252268 This allows the user to know the abnormal situation and urge the user to take appropriate measures (replace the battery, replace the unit body 3 (H, reconnect the cord 5 〇〇). Of course, it is also possible to configure a warning means (such as a buzzer) for generating a warning sound on the driving unit 400, according to the difference detection from the power supply voltage detecting unit 4〇5 (battery life detection signal), and from the current detection. When the abnormality detection signal of the circuit 4〇6 (the current reduction signal of the electrodes 311 and 312) is unsatisfactory in the elution of the metal ions, the control unit 4〇7 issues a warning sound from the warning means to let the user know the abnormality. As described above, the drive unit 4 has the status display unit 4〇2, and the user can easily grasp the operation state of the ion elution unit 300 by the display of the display unit 402. Further, the above-described status display unit 4〇2 can also form a display unit that is separated from the drive unit 4〇〇. At this time, if the drive unit 4 is disposed on the side of the washing machine, it is not as early as 7G. , The display unit may be provided only at a position of easy observation. Thus, the user can immediately grasp the movable ion elution single ㈣0 operating state.

Further, the display unit may be disposed on the ion elution unit 300. By providing the display unit as the object to be monitored by the ion elution unit 300, the user can directly grasp the operation state of the ion elution unit 300. Further, as described above, the state display unit 〇2 has a plurality of display lamps corresponding to the respective operating states of the battery life indicator lamp 402a and the silver ion eluting lamp 4〇2b. However, the state display unit 402 may be configured to change the display mode in response to each operation state by the W display unit (display lamp), and to use a plurality of state displays. 88498-941025.doc -65- Ϊ252268 One: That is, the state display unit 402 can also change the display mode by causing ι display lights to be turned on, off, or flashing rapidly in response to each operation state. For example, the silver ion eluting lamp 402|3 can be lit when the power is turned on, extinguished when the silver ion is cooled out, and blinks rapidly when the silver ion is in an abnormal state. At this time, a plurality of parts can be displayed in a plurality of parts, so that the number of parts (for example, the number of LEDs for displaying lamps) can be suppressed, and the cost of the driving unit 4 and the power consumption can be suppressed. It is also not necessary to confirm the majority of the display parts, and it is easy to confirm the operation status'. Further, when one display portion is employed, the drive unit does not increase the display space, and the drive unit 400 can be closely constructed.曰 In addition, when one display lamp is over-displayed, it may be used instead: it is not easy to operate. Therefore, the number of display lamps should be set by considering the number of states and the user's observation. In this regard, the configuration of Fig. 27B in which two display lamps are provided maintains a balance between the number of actions to be displayed and the observation of the user. Further, the side of the silver ion eluting lamp of the state display unit 402 may be configured to be quenched after a certain period of time (e.g., 2 seconds) after being clicked or flashed. In this way, when the voltage generating unit described later is formed by the dry battery (Bauery) 4〇3a, the unnecessary power consumption of the dry battery can be suppressed, and the dry battery can be used for a long time. If the desired amount of silver ions is eluted from the electrode 311 ' 312, a current of about 2 须 is applied to the electrode 3U ' 312. To illuminate the LED, 胤 = = about 3 mA. Therefore, when the LED is lit for a long time, the battery may be exhausted soon. Therefore, if the original sm is right (4), it must be used for the dry battery of the ionic dissolution unit 300 to dissolve the silver ion, and it is also used for other purposes (the display of (4)), causing early consumption of dry electricity and affecting the dissolution of silver ions. 88498-941025.doc * 66 - 1252268 However, by extinguishing the silver ion eluting lamp 402b of the state display portion 4〇2 after a certain period of time, the limited electric energy of the dry battery 4033 can be effectively used only for eluting metal ions, and at the same time Helps to cut operating costs. In particular, after the input of the power source, it is confirmed by the circuit check that the metal ions are eluted in a positive state, and the user can confirm whether the battery can be normally used when the power is input, and can be used normally. Eliminate unnecessary power consumption by extinguishing it later. In addition, when the difference is found, the user can immediately understand the abnormality by quickly blinking, etc., so that the user can immediately understand the abnormal structure. (4-3. Voltage generating unit) The voltage generating unit 403 generates a voltage to be applied to the electrodes 311, 312 of the ion eluting unit 3A. More specifically, the voltage generating unit 4〇3 can be inserted into the household battery (commercial power supply) plug (power supply connector) and the connection cord 403b, and the ac converter for converting the alternating current into a direct current, etc. . The application of the voltage counter electrodes 311, 312 generated by the voltage generating portion 403 is controlled by the control portion 407. The voltage generated by the voltage generating unit 403 is applied to the electrodes 3 ιι, η] of the ion eluting unit 3 via a transformer circuit 4〇4 and a soft line 5〇〇, which will be described later, and can be self-electrode by the ion eluting unit 300. 311, 312 elutes metal ions. Further, by the battery driving voltage generating portion 403 constituted by the dry battery 403a, the driving unit 4 can be provided without selecting a use place. For example, even if it is a place where the commercial power source cannot be used, and a commercial power source can be used, the drive unit 400 can be used in a place where the number of sockets is insufficient. That is, there is no need to consider whether there is a commercial power supply, and the user can drive the ion elution unit 3 〇 使用 using the drive unit 4〇〇 88498-941025.doc -67- Ϊ252268 at the desired place. Further, the voltage generating unit 4〇3 may be configured to include all of the dry batteries 4〇3a, the plugs, and the connecting cords 4〇313 and 八(: converters. Thereby, the battery can be driven by both the battery and the commercial power source. Driving the ion elution unit 3〇〇, that is, 'in the environment where the commercial power source cannot be used, the ion-dissolving single W(9) can be driven by the dry battery core, and in the environment where the commercial power source can be used, the above can be The plug and the connecting cord are used to utilize the commercial power supply. Therefore, the user can select the most suitable power source according to the power supply environment to drive the ion eluting unit 3〇〇. The commercial power source can also drive the ion/combining unit 300' so that the running cost can be suppressed, and the driving unit 4 can not be operated due to the exhaustion of the battery. Further, the battery can be configured to form the voltage generating unit 403 by the plug and The cord 403b and the AC converter are connected to automatically charge the above rechargeable battery. At this time, since the charger is not required to be separately prepared, the user can be further improved. Further, the plug as the voltage generating portion 403 may be connected to the driving unit 4A via the connection cord 403b, or may be integrally provided with the body of the driving unit 4's. At this time, "the connecting cord 403b is not required. Therefore, the entire driving unit 400 can be reduced, and the installation space of the entire driving unit 400 can be reduced. (4-4. Transformer circuit) The voltage converting circuit 404 converts the voltage generated by the voltage generating portion 4〇3 (boost or The circuit is supplied to the ion elution unit 3〇〇. The drive unit 400 includes such a transformer circuit 4〇4, even if the voltage of the output l5 v is generally dry 88498-941025.doc -68 - 1252268 battery 403a When the voltage generating portion 4〇3 is formed, a sufficient voltage (for example, about 2 〇) for causing the ion eluting unit 300 to elute the metal ions can be obtained. That is, the dry battery 4〇3a, which can also be output as 9 ¥ and 12 v, constitutes a voltage generation. Part 403, but the price is higher than the commonly used dry private pool of 1.5 V and results in high running cost and is not easy to use. However, as described above, by setting the voltage on the drive unit 4〇〇 Circuit 4 , Such a problem can be avoided, and also a higher output voltage as needed. Further, as the commercial power supply voltage generating section 403, by varying the piezoelectric

The path 404 depressurizes the AC 100v to about 2 〇v, and a voltage suitable for the metal ion out of the ion eluting unit 300' can be obtained. Further, the transformer circuit 404 can also be configured to change the voltage in response to the load (resistance of the electrodes 311, 312). Since the electrodes 3 ", (1) are driven by steady current, when the high voltage is often output, in the voltage applied to the electrodes 311, 312, in addition to the electric (four) minutes required for the combined material, the remaining voltage is stabilized. The heat of the flow circuit and the like consumes power and consumes unnecessary power. However, as described above, when the applied voltage is changed in response to the load, such power loss can be suppressed.

Use battery power efficiently. (4-5. Power supply voltage detecting unit) The power supply voltage detecting unit 405 detects that the battery is exhausted or the power supply is abnormal by monitoring the output voltage of the voltage generating unit 403. More specifically, the recording unit 4G5 judges that the battery is exhausted or the source is different when the output voltage of the voltage generating unit is lower than the specific power, and the content thereof is transferred to the control unit 407. This protects ^ ^ dog one $, Μ Μ Μ 07 makes the battery display indicator of the status display portion 402 4 0 2 a flash watts - ten ^ 〆 display, to inform the user that an abnormality has occurred. 88498-941025.doc -69- 1252268 By this, when the voltage generating portion 403 is constituted by the dry battery 403a, the battery life of the user can be urged to reach the life limit, and now the replacement time. Therefore, it is possible to prevent the liquid leakage due to the continuous use of the dry battery 4〇3a under such conditions. Further, the voltage generating source of the voltage generating unit 4〇3 is reduced by the voltage generated by the voltage generating unit 4〇3 regardless of the dry battery 4〇3& or the commercial private source, for example, causing a decrease in the elution amount of the metal ions. The ion elution unit 3 does not operate properly. However, since the power supply voltage detecting unit 405 monitors the output voltage of the voltage generating unit 403 at any time, it is possible to prevent such a problem and to operate the ion arranging unit 3 〇 〇 appropriately. (4-6. Current detecting circuit) The current detecting circuit 406 detects the current flowing into the electrodes 3 11, 3 12 of the ion eluting unit 3, and when the current is less than the threshold value, outputs the conviction of the content to the control. Part 407. When the current is less than the threshold value, it can be judged that the electrode 311 3 12 is consumed by/receiving the metal ion, and is approaching the life limit. Therefore, the control unit 407 prompts the user to change the ion elution unit 300 (unit body 301) by causing the user to quickly reach the life of the electrodes 3 11 , 3 12 by causing the pupils of the silver ion display lamp 4 to flash rapidly. By this, it is possible to avoid the consumption of the metal ions 3 3 , 3 12 due to the consumption of the electrodes 3 11, 3 } 2, the desired effect of the metal ions (such as the bactericidal effect) being obtained, or the effect thereof being lowered. Further, when the current detected by the current detecting circuit 4?6 is larger than the threshold value, it can be judged that the circuit and the electrodes 311, 312 are in an abnormal state such as a short circuit. Therefore, at this time, the current detecting circuit 4 〇 6 can also output a signal of its content to the control 4 407, and the user can notify the user of the abnormal state by the control of the control unit 4〇7. 88498-941025.doc -70- 1252268 (4-7·Control Unit) (4-7-1·First Control) As described above, the control unit 407 controls the actor of each unit of the drive unit 4, but this embodiment Further, the magnetic detecting unit 318 of the ion eluting unit 3 detects that there is no water flow in the unit main body 301, and controls the application of the voltage generated by the voltage generating unit 403 to the electrodes 31, 312 of the ion eluting unit 3A. More specifically, when the magnetic detecting unit 318 of the ion eluting unit 3 detects the water flow in the unit main body 3〇1, the control unit 407 controls the voltage generated by the voltage generating unit 403 to be applied to the ion eluting unit 3〇〇. The electrodes 3, 312, and 312, when the magnetic detecting unit 318 does not detect the water flow, stop applying the voltage to the electrodes 311 and 312. When there is no flow in the unit body 301, since the user or the machine does not need to add water of metal ions, it is not in a state of flowing water, or there is no water in the unit body 3〇, so there is no need to apply voltage from the electrode. 3丨丨, 3 12 Dissolve metal ions (silver ions). Therefore, even when a voltage is applied to the electrodes 3, 312, the drive unit 4 consumes power. However, when the control unit 407 performs the above-described control, only when the inflow of water is started inside the unit main body 3〇1, it is necessary to add water of metal ions to the gp, and when the water flows into the single 7L main body 301, the electrode is present at the electrode. A voltage is applied to 311, 312 to elute metal ions from electrode 31,312. Thus, only when a metal ion is actually required to be eluted, a voltage is applied to the electrodes 311, 312 to elute the metal ions, thereby avoiding unnecessary power consumption of the driving unit 4. Further, in a state where no current flows in the unit body 30 1 , when a voltage is applied to the electrodes 3 1 1 , 3 12 , a high concentration of 8498-941025.doc 1252268 metal ions is generated around the electrodes 311, 312, which may hinder The dissolution of the metal ions is followed. In addition, the generation of water with excessive metal ions may cause expensive sensation of the electrodes 311, 312, and the formation of water which is not required to add a high concentration of metal ions, thereby causing adverse effects. According to the above control, since the voltage is not applied to the electrodes 311, 312 in the state of the above-described no-flow, there is no such concern. Further, in a machine that automatically performs water supply such as the washing machine 1, it is also possible to automatically dissolve metal ions in accordance with the water supply to the machine. This eliminates the need for the user to control the water supply of the machine to control the elution of the metal. (4-7-2. Second Control) The control unit 407 may be controlled so that when the magnetic detecting unit 3 18 detects the flow rate of the water flowing into the unit: the body 3〇1, the change is applied to the turtle in response to the detected flow rate. The voltage of the poles 3 11, 3 12 or the current flowing into the electrodes 3 11, 3 12 . The water flow rate supplied from the tap water 201 of the tap water varies depending on the location and location where the washing machine is installed. In a place where there is a large amount of flow and a small number of places, even if a voltage is applied to the electrodes 311, 312 to dissolve the same amount of metal ions, the amount of water in the same time is different, and the metal ion concentration differs depending on the water flow rate. Therefore, when the amount of the laundry and the amount of the water supplied to the laundry are 疋k, since the amount of metal ions adhering to the same amount of the laundry is different, the installation place of the part of the washing machine 1 is insufficient due to the small amount of metal ions. Obtaining the effect on the laundry (such as antibacterial effect), or excessive amount of metal ions, because the main compound of Quanli M is attached to the washing strip, causing the stain to be contaminated. However, by the control unit 407 performing the above-described control, the amount of the occupant ions corresponding to the flow rate of the water flowing into the unit body 301 can be eluted by the white J1% poles 3 1 1 and 3 12 . Thus, regardless of the installation place of the washing machine 1, the metal ion concentration of the metal ion-added water can be kept substantially constant, and the amount of eluted metal ions does not become excessive or insufficient. Therefore, regardless of the installation place of the washing machine 1, it is possible to carry out the necessary treatment in accordance with the metal ions in accordance with the cleaning matter, and it is possible to prevent the washing of the knees due to excessive elution of the metal ions. Further, by changing the amount of elution of the metal ions per unit time in accordance with the flow rate of the water in the unit body 301, the user can obtain the metal ion-added water having a specific metal ion concentration regardless of the flow rate. Therefore, when the above metal ions are silver ions, the user can obtain a stable anti-囷 effect. (4-7-3. Third Control) The control unit 407 may be controlled to apply a voltage to the electrodes 3U, 312 from the voltage generating portion 4A3, and after a lapse of a certain period of time, stop applying voltages to the electrodes 3, 3, and 2, respectively. If the flow rate of water flowing into the unit body 301 is small, 'If the metal ions are held from the electrodes 3ii, 312, the metal ion concentration of the water to which the metal ions are added is not: back to the 'electrodes 3 11, 3 12 may be consumed prematurely' or The laundry is contaminated by the adhesion of the metal compound. However, the control unit 407 performs the above-described control, and even if the flow rate is small, the dissolution can be stopped at an appropriate timing, and the ions are separated, so that the concentration of the metal ions can be prevented from being excessively high. And to prevent the electrodes 311, 312 from reaching prematurely, and returning to zero when the voltage is applied for a certain period of time. The nose can also be stopped for more than a certain period of time. In order to make the water in the washing tank 3884888.4-941025.doc -73 - 1252268 reach a certain amount of water, the water supply is divided into several times, even if the user is temporarily in the water supply. When it stops, it does not reset the time arbitrarily, so there is no need to worry about the problem that the specific time is too long, the metal ions are excessively dissolved, and the concentration is too high. (4-8. Other Structures) The antibacterial treatment device 2 of the present invention can also use the driving unit 400 shown in Fig. 29 instead of the driving unit 4A shown in Fig. 28. In addition to the structure for driving the early TC 400, the drive unit 4A includes a concentration setting unit 4〇8, a water supply port setting unit 409, a dissolution count calculation unit 41, a water supply number calculation unit 4U, and a start dissolution. At least one of the water supply number setting unit 412, the storage unit 413, and the vibration sensor 44. (4-8-1 • Density setting unit) The concentration setting unit 408 is used by the user to set the concentration of metal ions (silver ions). The enthalpy control unit 407 controls the voltage generated by the voltage generating unit 〇3 to be applied to the electrodes 31, 312 in response to the gradation set by the concentration setting unit 〇8. Further, the control unit 4〇7 can change the current flowing into the electrodes 311 and 312 in accordance with the degree of setting of the concentration setting unit 4〇8, and change the time during which the voltage generated by the voltage generating unit 403 is applied to the electrodes 311 and 312. According to this configuration, by the concentration setting of the concentration setting unit 4〇8, the user can freely change the metal ion concentration of the water to which the metal ions are added, and the metal ion concentration can be set in accordance with the antibacterial ability required by the user. Thereby, the usability and the usable range of the antibacterial treatment device 200 of the present invention can be expanded. (4-8-2. Water supply amount setting unit) The water supply amount setting unit 409 is for setting the amount of water supplied to the washing machine of the water supply unit. At this time, the control unit 407 controls to change the elution time of the metal ions (silver ions) in response to the water supply amount 'set by the water supply amount setting unit 88498-941025.doc -74 - 1252268 〇9, that is, the change voltage generation unit 403 generates The time of the electrode 3 ιι, 3 ΐ 2 (the time of the current flowing on the electrodes 311, 312 ★ borrow: the amount of water supplied to the washing machine! It is also determined to obtain a specific concentration of metal ions in the life, as a washing agent anti-g The metal ion concentration required for the treatment. Since the metal ion elution amount is basically according to Faraday's law, the amount of the water supply water is used to change the time at which the voltage is applied to the electrode (1) by the applied voltage, even if the flow rate detecting means is not provided. (Detection port F 315) The cost-consuming device of the temple is still supplied with the required concentration of water added to the ionizer to the washing machine 1. The change of the metal ion elution time can also be changed at the electrode 3" The total time of the electric circuit can also be quite more straight (time) when the voltage is applied to the electrodes 3 11, 3 12 alternately on/off. Ratio of inter-disconnection time (4-8-3·dissolution count calculation unit) The number-of-dissolution calculation unit 410 calculates the number of dissolutions of metal ions (silver ions) which are separated from the mixture 2 The number of valences of φ ^ ^ genus ions may also be (a) the self-electric generation portion 403 is alternately applied * ^ when the voltage is applied to the electrodes 311, 312, the number of times the gate is turned on = the number of times (b) The number of times the entire metal is eluted to the end of the elution of the metal ions to the end of the second time. At this time, the control unit 407 causes the number of metal to be mixed with a specific value. The silver display of the evil display part 4 0 2; the auspicious, * s no light 402b flashes rapidly. Since the electrodes 1, 3 12 卩 金属 金属 金属 金属 金属 金属 金属 金属 金属 金属 金属 金属 金属 金属 逐渐 逐渐 逐渐 逐渐 逐渐41 0 metering the metal ion, and a/combining the number of people, the life of the electrode 3 11, 88498-941025.doc -75 - 1252268 3 12 can be estimated. Therefore, the silver ion indicator lamp 4 is controlled by the control unit 407 The pupil blinks quickly, allowing the user to know the life of the electrodes 311, 312 and urge them to replace the unit body 3〇1. In addition, by setting the solution This effect can be easily obtained by the simple structure of the number-of-times calculation unit 41. (4-8-4·Water supply count calculation unit) The water supply count calculation unit 4 11 detects that there is no flow according to the detection unit 315 of the ion elution unit 3 The number of times of water supply from the ion elution unit 3 to the washing machine 1 of the water supply device is calculated. When the detecting unit 315 initially detects the water flow in the unit main body 3〇, the water supply number calculation unit 411 calculates the water supply as the first time. The number of times 'detection unit 315 once again detects that there is a water flow, and then detects that there is a water machine day', then calculates it as the second water supply number. When the water supply number calculation unit 4 is sighed, the control unit 4〇7 is in the water supply count t.卩4 1 1 The number of water supply times is the number of times corresponding to the period during which the metal ions are to be eluted (corresponding to the number of washing steps for which metal ions must be eluted) (if the number of times of water supply is the third time), the voltage i is generated 403 The voltage is applied to the electrodes 3n, 312 of the ion elution unit 300, and the metal ions are eluted from the electrodes 3, (1). When the laundry branch 1 is in the running washing step, the washing step is first performed, and then the washing step is performed. In the washing step, in the washing step, the main water supply for supplying the specific water amount in each step is performed; and in order to replenish the water level due to the water immersion, the additional water and the water are added in the middle of each step. However, if in the washing step, even if the metal ion-added water is supplied to the washing machine 1, the metal ions are washed away with the dirt containing the laundry and the water of the laundry agent 88498-941025.doc 1252268. Metal ions can not play a sufficient role in the laundry and the washing step 2 = times (main water supply) and the second time (additional water supply) after the third time water = 311 '312 applied voltage, while at 3U, 312 ^ a cleaning After the step, when the electrode "voltage" and the metal ions are eluted from the electrode 31 312, the metal ion can be avoided, and the metal can be effectively utilized. The dirt due to the strip is also large in the cleaning step. Therefore, it is easy to cause all the ions to act on the laundry by the water supply of the metal ion-added water. (Heart 8-5·Starting the water supply number setting unit) The start/close water supply number setting unit 412 is used. The number of water supply times for eluting the metal ions from the electrode 3U' 312 of the ion elution unit 300 is set. When the start of the water supply count setting unit 412 is set, the control unit 4〇7 starts the water supply count = the calculation of the number of water supply times calculated by the calculation unit 4U When the number of times of elution and water supply is set to be the number of times of water supply in the range of M12, the voltage generated by the voltage generating unit 403 is applied to the electrode (1) of the (four) ion elution unit, and the gold is eluted from the electrode (1), 312. The washing step after the first garment V step includes several washing steps (such as the washing step 3 times), and the washing machine 1 is supplied with water in each washing step. In this case, in order to impart an antibacterial effect, metal ions are attached to the clothes. It is only necessary to supply the metal ion-added water in the washing machine 1 at least in the final step, so that the cleaning step before the final washing step does not need to supply the metal ion-adding ruler to the washing machine, because before the final washing step The metal in the cleaning is 88498-941025.doc -77- 1252268. The ions are washed away by the cleaning of the subsequent steps, and the metal ions are not fully utilized, resulting in waste of metal ions. However, the above control by the control unit 407 is due to When the number of water supply times set by the elution water supply number setting unit 412 is reached, the water to which the metal ions are added is supplied. Therefore, even if the washing step includes several washing steps, the number of water supply corresponding to the last washing step can be set only by When the final cleaning step is reached, the metal ion-added water is supplied to the washing machine 1. Therefore, it is not necessary to supply In the other steps of the water of the metal ions (the washing step and the washing step other than the final washing step), the metal ions are not eluted, so that the metal ions can be prevented from being eluted, and the metal ions can be effectively utilized. The control unit 407 may continue to apply the voltage generated by the voltage generating unit 403 to the ion eluting unit 3 after the water supply number calculated by the water supply number calculating unit 4 11 reaches the water supply number set by the start of the eluted water supply number setting unit 412. The electrodes 311, 312 of q elute metal ions from the electrodes 311, 312. As shown in Fig. 5, the washing step initially performs a dehydration step, and in the dehydration step, imbalance may occur in the washing tank 30. Further, the term "unbalanced" means that the laundry is disposed in one side of the washing tub 30, and the spin-off is not well balanced during the start of dehydration, which causes a large vibration phenomenon in the washing tub 30 and the washing machine 1 itself. Therefore, when the detecting means (not shown) of the washing machine 1 detects such unevenness, the control means of the washing machine 1 supplies water to the washing tub 30, and controls the washing strips to perform the control of the correction imbalance. Therefore, when the water supply for correcting such imbalance is performed, the calculation unit 411 also counts the number of times of water supply as 88, and the calculation unit 411 also counts the number of water supply times u, even if the water supply number setting unit 412 is initially set. When the number of water supply to be dissolved is started, and the imbalance correction is performed in the middle, the water supply set in the water supply number section 4 12 is set to be 4 女 疋 lt 仏 仏 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数 人数number. In other words, the actual number of water supply times reaches the number of water supply ports set by the start of the elution water supply number setting unit 412 before the final cleaning step is reached, and the supply of the metal ion-added water is started. By the above-described control of the throttle unit 407, after the number of water supply times set by the elution water supply number setting unit 412 is started, the supply of the gold (4) + the washing machine 1 '11 is continued, even if an imbalance occurs, it occurs: When the number of times is not expected, the metal ion-added water is supplied to the washing machine in the final clearing step, so that the desired antibacterial treatment can be performed in the final and the crucible. That is, it is possible to surely avoid the problem of supplying a metal ion containing no metal ions to the post-cleaning step. In addition, the user cannot obtain the required antibacterial energy. After the cleaning step, that is, after the final cleaning step, the dehydration step is uneven, and even in this case, the repair can be performed. In this case, even in this case, the water supply number set by the water supply count setting unit 412 is prevented or continuously supplied to the washing machine 1 by the control unit 407. After the same cleaning, the above-mentioned cleaning step is followed by the supply of water containing no metal ions (4·8·6·memory) 88498-941〇25.d〇c -79- 1252268 •卩3 is pre-study needs The washing machine 1 is supplied with a means of storing the water supply time of the metal ion-added water (silver ion water). In addition, the figure in Figure ^ is L. The 卩413 is provided separately from the control unit 4〇7, but may be constituted by a memory in the control unit. The above-mentioned water and water day guards may be preset in the memory unit 413, or a water supply time setting unit not shown in the figure may be provided, and the set water supply date (4) may be stored in the memory unit 413. Further, the water supply amount setting unit _ and the start water supply number setting unit 412 shown in Fig. 29 can also be used as the above-described water supply time setting unit. When such a memory unit 413 is provided, the control unit 407 can drive the voltage generating unit 4〇3' with the water supply time of the water of the cup-based ions stored in the memory unit, and on the electrodes 311, 312 of the ion eluting unit 3 (10). Apply voltage. In the memory unit 413, the time when the water supply w of the metal ion is added is stored in the memory unit 413, and the control unit is operated by the operation unit such that the drive unit 4 is turned on. The above time is %, and a voltage is applied to the electrodes 3U, 312. In addition, the above-mentioned water supply time may be stored in the "memory unit" in the "specific ί, water*" day, and the control unit 4〇7 may drive the voltage when the flow rate detected by the detecting unit 3丨5 reaches the water supply flow rate. The generating portion 403 generates a voltage on the electrodes 311, 312. For the above, the water and the day guard, if in the memory part 41 3, there is a "cleaning step ‘the number of the seven waters”, the control department 4〇7 reaches the current number of water supply. When the number of water supply in the L and 邛4 13 is reached, the voltage generating portion is driven, and a voltage is applied to the electrodes 311, 312. 88498-941025.doc -80- 1252268 Here, since the memory portion 413 can memorize the water supply time for the washing machine and dissolve the metal ions from the electrodes 311, 312 at the time of the water supply, it is only necessary to supply the added metal ions. In the case of water, a water supply of water to which metal ions are added is performed. The washing step in the washing machine 1 is performed: a washing step, a washing step, a dehydrating step, a drying step, and the like, even if the water for adding metal ions in the washing step is not attached to the laundry Ji, and the It laundry agent is washed together. The metal ions that cause the supply are wasted.疋 The water supply of the metal ion-added water is performed according to the above-described water supply time. Even if the processing unit 401 turns on the driving unit, the metal ions are not immediately eluted, and the metal ions are not eluted until the cleaning step is reached. The water is supplied to the washing machine i. Therefore, even if the driving unit lifts the moon, if it is turned on at the start of the washing, the metal ions are not eluted unnecessarily from the electrodes 3 i i, 3 η. Therefore, the electrodes 3ii, 312 can be effectively utilized, saving their unnecessary H and thus effectively utilizing the eluted metal ions, and can effectively act on the laundry. Further, according to the above configuration, the control unit 407 supplies the metal ion-added water to the washing machine i at a specific water supply time, and supplies the metal ions to the water supply tank, and automatically elutes the metal ions to the washing machine 1. Thereby, the user does not need to manually operate the operation time to supply the metal ion to the water. Therefore, when the washing is started, the corpse 'opens the driving unit 4 〇〇, and then the user does not need to be directly beside the driving unit structure, and other work can be completed during this period to increase the convenience of the user. In addition, when the water supply of the water to which the metal ion is added is carried out by manually inputting the operation unit 401, the water supply time of the water to which the metal ion is added may be lost due to forgetting to operate the operation unit 4 (H). However, with the above configuration, at a certain time, water for adding metal ions is automatically supplied when necessary, so there is no need to worry about such a problem at all. In addition, it is also necessary to memorize the addition of water of metal ions in the memory of S. The water supply day and the necessary water supply flow rate, the control unit 4〇7 is controlled to start supplying water to which the metal ions are added, and after the water supply time is passed, or only the water of the metal ion added to the water supply flow rate is supplied, the control unit automatically stops. The self-voltage generating unit 403 applies a voltage to the electrodes 311 and 312. Therefore, even if the user forgets to turn off the driving of the driving unit 4 by the operating unit 401, unnecessary power consumption and unnecessary elution of metal ions can be avoided. (4-8-7·Vibration sensing unit) The vibration sensor 4 14 detects the period during which the metal ion needs to be eluted according to the vibration of the washing machine of the water supply device (eg, clear The control unit 4〇7 controls the voltage generated by the voltage generating unit 403 to be applied to the electrodes 3, 312, and 312 of the ion eluting unit when the vibration sensor 414 detects the period. In the cleaning step, due to factors such as the rotation speed of the washing tank 3, the amount of water in the washing tank 30, and the rotating speed of the mixing blade 33, the vibration of the washing machine m is different, and the washing step and the stirring step of the washing step are different. The 'mixing wing 33 is rotated at about 1 rpm (the motor is also about (10) (four). During the intermediate dehydration step, the washing tank 3G is about _ ah (the motor is also about - rotating). During the steps, the vibration period (frequency) is seen on the page. The vibration sensor 4 i 4 is washed by the strip, and the 88488-94l025.doc -82 - 1252268 is given. The difference in the number of revolutions produces a difference in the vibration period, and the washing step (e.g., the washing step) in which the metal ions are required to be eluted can be roughly measured. The control unit 407 can enter the washing step by performing the above control. At the time of the washing step, at the electrode 311, A voltage is applied to 312 to cause the metal ions to exit. Even if the driving unit 400 is turned on earlier, the metal ions are not dissolved from the electrode 12 without the stomach. Therefore, the electrodes 2 and 2 can be effectively utilized to save unnecessary consumption. It has the same effect as the structure in which the storage unit 413 is supplied with water to which metal ions are added in a specific water supply time. Alternatively, the period in which the metal ions are required to be eluted may be performed as described below, or may be stored in advance. In the portion 413, the vibration amplitude range of the washing machine is washed in the step of washing metal ions (such as the washing step), and the control unit 407 determines whether the vibration amplitude of the washing machine is within the above range, and may also be in memory. The vibration amplitude range of the washing step is previously stored in the portion 413, and the control unit 407 determines whether or not the vibration amplitude of the washing machine has exceeded the above range. In addition, the vibration sensor 414 can also detect the vibration of the water supply valve 5〇. Thereby, since the vibration sensor 414 can detect that the water supply valve 5 is being driven, that is, it is controlled by the control unit 407 according to the detection, the metal ions can be eluted during the water supply, and the metal is supplied. Ionic water. Further, the control unit 407 may be controlled to automatically stop the application of the voltage from the voltage generating unit 4〇3 to the electrodes 3 11, 3 12 when the vibration sensor 414 detects the vibration of the washing machine 1 in the dehydrating step. At this time, even if the user forgets to turn off the driving of the driving unit 4 by the operating portion 40 1 , it is possible to avoid the unnecessary consumption of the metal ions and the unnecessary elution of the metal ions. (4-9. Effect) The drive unit 400 of the above configuration is disposed outside the washing machine 1 through which the water supply is placed. Thereby, since the ion elution unit 3 (8) and the drive unit 400 can be added later, even if the washing machine worker does not have the ion elution unit, the same function as the washing machine i having the ion elution unit can be easily realized. Therefore, it is not necessary to replace the existing washing machine, and the existing washing machine 1 can be effectively utilized. Further, since the drive unit 4 is attached to the outside of the washing machine i, the repair of the drive unit 4 and the battery replacement are also easy in the event of a malfunction and a battery exhaustion. (5. Others) The various embodiments of the present invention are described above, but the scope of the present invention is not limited thereto, and various modifications can be made without departing from the spirit and scope of the invention. Further, the object of use of the antibacterial treatment device of the present invention is not limited to the fully automatic washing machine of the form described in the above various embodiments. The present invention can also be applied to various types of washing machines such as a horizontal cylinder (drum type), a tilt cylinder, a dryer, or a double tank type. Since the antibacterial treatment device of the present invention can be used alone, the installation is simple and the operation does not require special skills, and therefore it can be used not only for the washing of its characteristics but also for a wide range of applications. In addition to the washing machine, the antibacterial treatment device of the present invention can be easily disposed on a water supply path of a household appliance (dishwasher, water purification, etc.) using water. At this time, the specifications and models of the machine are not limited. In addition, the antibacterial treatment device of the present invention sterilizes the water to be used 88498-941025.doc -84 - 1252268 by immersing the washed matter in the water, in addition to the clothes, the tableware, the stone plate, the: Sponge for washing dishes, such as kitchen utensils and bathroom and toilet products, etc., can be treated with metal ionized water for anti-g treatment. It is not used to flush metal-containing water onto the object to be washed. In the method of immersing the metal ions in the water, the various materials to be washed can be effectively treated with only a small amount of water. The bathtub can also be used for the antibacterial treatment device of the present invention. The water in the rainwater and the rainwater accumulated in the rainwater tank, the infection prevention during the human bath, or the fungus of the fish water I5. In addition, the use place of the antibacterial treatment device of the present invention is not limited to the general family. Sterilization or anti-g treatment of various items in medical institutions and public facilities to prevent infection of pathogenic bacteria to the human body. Therefore, in the vicinity of the water supply facility, or even in places where tap water»% is not available (such as camping areas, disaster materials, refugee camps, etc.), the antibacterial treatment device can be used on the spot to obtain water and water.杈囷 treatment. In addition to the sterilization of water, it can also be used for various purposes: anti-g treatment, therefore, regardless of the entertainment venue or disaster site, one: people can be widely used, regardless of the configuration environment Hygienic standard. 7 』Bao, 杳, 抗菌 之 之 之 之 之 之 抗菌 抗菌 抗菌 抗菌 抗菌 之 之 之 之 之 之 之 之 之 之 之 之 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 抗菌 7 7 7 7 7 7 7 7 7 7 7 Therefore, when using the antibacterial treatment device of the present invention outdoors, as described above, 88498-941025.doc -85 - 1252268 should use a battery as a power source. The type of battery is not limited to a dry battery, and is preferably a secondary battery and The solar cell may be used in combination with these forms. The structures described in the first and second embodiments may of course be applied to the antibacterial of the third embodiment. For example, the driving unit 400 has a structure in which a timer for setting the energization time for the electrodes 311 and 312, and at least a part of the unit body 301 serves as an electrode for observable internals. The structure can be realized. INDUSTRIAL APPLICABILITY The antibacterial treatment device of the present invention can be used for household appliances (dishwashers, water purifiers) other than washing machines and washing machines. Further, the antibacterial treatment garment of the present invention can also be used for antibacterial treatment of kitchen utensils, bathrooms, toilet articles, etc.; and sterilization or antibacterial treatment of various articles in medical institutions, public facilities, and outdoors. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a vertical sectional view showing a schematic structure of a washing machine in accordance with an embodiment of the present invention. Figure 2 is a vertical cross-sectional view of the model of the water supply port. Figure 3 is a flow chart of the entire washing step. Figure 4 is a flow chart of the washing step. Figure 5 is a flow chart of the cleaning step. Figure 6 is a flow chart of the dehydration step. Fig. 7 is a vertical sectional view showing the first embodiment of the ion elution unit. Fig. 8 is a view showing a circuit level diagram of the ion elution unit drive circuit of the ion elution unit according to the embodiment of the ion discharge unit. 88498-941025.doc -86-1252268. Figure 10 shows the ion, mysterious φ retention-graph. The vertical section of the two embodiments of the combination of the two versions of the invention shows the connection relationship of the antibacterial treatment device when the antibacterial treatment of the third embodiment of the present invention is applied to the machine, and the six-out diagram It is obvious that the communication connection constitutes the above-mentioned ions of the above antibacterial treatment device: The first side of the faucet of the early water faucet - the side view of the hose schematic structure Fig. 13 is a perspective view showing the first. "Decomposition of the schematic structure of the connection portion" is shown in Fig. 14 is a cross-sectional view showing a schematic structure of the disk. The first connection portion of the four-head connection and the first connection portion of Fig. 15B show the above-mentioned younger one connected to the above-described ion elution unit. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 16 is a side view showing the other structure of the first hose. Fig. 1 is a perspective view showing the vertical structure. Fig. 18 is a front view of the ion elution unit when the ion elution unit is connected to the water tap through the first hose. Fig. 19 is a cross-sectional view seen from the back of the ion elution unit. Figure 2 is a cross-sectional view from the side of the ion elution unit. Figure 21 is a detailed view showing the internal structure of the sub-dissolution unit of the 88498-941025.doc -87-1252268 when the ion elution unit is observed from the front. The ion diagram of the ion-dissolving unit is observed in detail from the side, and the cross-sectional view of the internal structure is taken up in an early manner. Fig. 2 is a perspective view showing a schematic structure of the detection unit of the above-mentioned ion, i.e., the scale solid ion/combination, and Fig. 25 shows the ion elution enthalpy. The other side of the ® 系 上述 〉 〉 容 容 容 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Fig. 28 is a block diagram showing a schematic configuration of the above-described driving unit. Fig. 29 is a block diagram showing another configuration example of the above-described driving unit. [Description of Symbols of Drawings] 1 Washing Machine 10 Outer Box 11 Upper Panel 12 Rear Panel 13 Base 15 Washing: Object input 16 Cover 17 Chain part 88498-941025.doc -88- 1252268 20 Sink 21 Suspension member 30 Washing tank 31 Dewatering hole 32 Balancer 33 Stirring wing 40 Drive unit 41 Motor 42 Clutch Mechanism 43 Brake mechanism 44 Dewatering shaft 45 Stirring wing 50 Water supply valve 51 Connecting pipe 52 Water supply pipe 53 Water supply port 54 Laundry room 55 Add Additive chamber 56 Water inlet 57 Siphon 60 Drain hose 61 Drain pipe 62 Drain pipe 63 Next door

88498-941025.doc -89- 1252268 64 Sealing member 65 Disc 66 Drainage space 67 Drain port 68 Drain valve 69 Air collector 70 Pressure pipe 71 Water level switch 80 Control part 81 Display part 100 Ion dissolution unit 101 Power supply unit 102 Power supply Soft wire 110 box 111 inflow port 112 outflow port 113 electrode 114 electrode 115 terminal 116 terminal 117 cover 118 waterproof cover 119 for cable 120 drive circuit

88498-941025.doc -90- 1252268 121 Power supply 122 Transformer 123 Full-wave rectifier circuit 124 Voltage regulator circuit 125 Current-stabilizing circuit 126 Rectifier diode 127 Capacitor 128 Voltage regulator circuit

129 Triacs 130 Microcomputer 131 Notification means 132 Power switch 133 Timer 150 Electrode drive circuit 151 Photoelectric conversion coupler 152 Photoelectric conversion coupler

160 current detection circuit 161 current detection circuit 162 voltage detection circuit 163 photoelectric conversion coupler 180 water supply hose 200 antibacterial treatment device 201 faucet 202 first hose 88498-941025.doc -91 - 1252268 203 second hose 210 hose body 211 first connection portion 212 second connection portion 221 connection portion 222 movable means 231 jig 232 screwing portion 233 connection pipe 234 crotch portion 241 penetration portion 242 movement 苟 5 243 connection portion 244 fixing 咅 245 force means 300 ion elution unit 301 Unit body 302 first connection portion 303 second connection portion 304 clamp 305 screw portion 306 variable portion 311 electrode 312 electrode

。 。 。 。 。 。 。 。 。 One filter drive unit operation unit state display unit voltage generation unit transformer circuit power supply voltage detection unit current detection circuit control unit concentration setting unit water supply amount setting unit dissolution number calculation unit water supply number calculation unit start dissolution water supply number setting unit memory unit vibration feeling Detector 88498-941025.doc -93 - 1252268 500 Flexible wire 110a Water outlet 110b Hook 111a Male screw 111b Connecting device 112a Female screw portion 112b 0-ring 119a Insulating core wire 119b Insulating core wire 14a Foot portion 14b Foot portion 232a First cylinder Portion 232b Second cylindrical portion 233a Groove portion 241a Steel ball 300a Box 302a Connecting pipe 302b Crotch portion 302c Groove portion 303a Connecting pipe 303b Crotch portion 305a First cylindrical portion 305b Second cylindrical portion 306a Fixed [5

88498-941025.doc -94- 1252268 313a sealing member 314a sealing member 323a opening portion 400a 7L 402a battery life indicator lamp 402b silver ion eluting lamp 403a dry battery 403b connecting cord 50a main water supply valve 50b sub water supply valve 52a main water supply pipe 52b sub water supply pipe 57a inner tube 57b outer tube D1 ~ D3 diode LI ~ L3 line Q1 ~ Q5 transistor R1 ~ R7 resistance

88498-941025.doc -95 -

Claims (1)

The invention relates to an L-type anti-g treatment device, characterized in that it comprises an ion generating portion, and the basin system generates metal ions added to the water supplied to the water supply object by the water supply device; and the ion generating portion is Outside the water supply device, and in the water supply line to the water supply device, the supply pipe is freely removed; and the ion generating portion is composed of an inner electrode and a unit in which the water flows inside. a bulk ion dissolving unit; further comprising: a driving unit that drives the ion eluting unit; the driving unit includes a voltage generating unit that generates a voltage applied to the electrode of the ion eluting unit; and the ion eluting unit pushes the cow The 4-person k-一进# includes detection means for detecting at least one of the water flow and the flow rate inside the body of the early 70; the detecting means includes: a rotor which is rotated by the passage of the water; a magnet; The inside of the rotor is wrapped in the rotor; and the magnetic detecting part is transmitted by the shovel ▲ At least one of the non-aqueous flow and the flow rate thereof is detected by the magnetic change of the magnet during the turning; the driving unit further squirts the σ卩' to control the application of the voltage generated by the voltage generating portion to the electrode; The control unit applies the voltage to the electrode when the magnetic detecting unit detects the water flow. 2. An antibacterial treatment device, which has a special ~匕3 ion generating unit, which is produced in the form of 88498-941025.doc Ϊ252268, which is added to the metal in the water supplied to the water supply object by k# ', and placed in the water supply object » And as described above, the ion production peak/preparation +, the water supply is described outside the water supply device, and the supply is provided on the .& t water supply line. 'The supply line is free to remove the ion generation Qiu & The flow of the _! The inner electrode 'and the water inside, the body of the ion-dissolving unit of the body; and further includes, ^ a ja ion release from the early drive unit; the monthly drive unit comprises a voltage-producing ion-dissolving unit The exchange, the two-eighth system produces the voltage that she adds to the ruth of the ruth of the ruth; the ionic dissolution list _ ^^ ^, a v L s detection means, before the detection: there is no water flow and flow inside the forest At least one of the detection means includes: a rotor that rotates by passing the water; a magnet that is wrapped in the rotor; and a magnetic detecting unit that changes depending on the change in the polarity ,目 士 转 转 转 转 转 转 转 — — — — — — — — — — — — — — — — — — — — — — — — — — — — — 磁铁 磁铁 — 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁 磁铁The application of the voltage of the exhibition king to the electrode of the description; the flow rate of the detection by the control unit in the magnetic detection, and the voltage or the inflow of the electrode at the time of the flow rate The current of the 刖逑 electrode. ~ Machine 3 · - Antibacterial treatment device, which is added to the metal in the water source of the water supply by the water supply and the metal ion generation unit, and the water is supplied to the water of the water supply target. 88498-941025.doc -2- 1252268 And the ion generating unit is disposed outside the water supply device, and is provided on the water supply line of the water supply device to be freely removed from the supply line; and the ion generating unit is provided with an inner package electrode, and The ion eluting unit having the unit body in which the water flows inside; and further comprising driving the ion eluting material element to include a voltage generating unit that generates voltage on the electrode of the ion dissolving unit; Further, the morning element further includes a concentration setting unit for setting a metal ion concentration, and a control unit that changes a voltage generated by the voltage generating unit according to a concentration set by the concentration setting unit, and applies the voltage to Control on the electrodes of the aforementioned ion elution unit. 4. An antibacterial treatment device comprising: an ion generating unit that generates metal ions added to water supplied to a water supply target by a water supply device; wherein the ion generating unit is external to the water supply device, and Provided in the water supply line of the water supply device, the supply line is freely removed; and the ion generating unit is composed of an ion eluting unit that encapsulates the electrode 'and has the unit body in which the water flows inside; j further The driving unit includes a driving unit that drives the ion dissolving unit, and the driving unit includes an electric generating portion that generates a voltage applied to the electrode of the ion-dissolving unit of the above-mentioned 88498-94I025.doc 1252268; the driving unit further includes: a water supply amount setting And the use of <~ is used to determine the amount of water supplied to the water supply device; and the control unit' is configured to perform the amount of water supplied by the water supply amount setting unit: the voltage generated by the voltage generating unit is changed The time during which the ion bath exits the electrode of the single 7L is controlled. 5. 6. An antibacterial treatment device comprising: an ion generating unit that is added to a supply device by a water supply device; and the metal in the water of the water repellent object is external to the water supply device from the ion generating unit And in the water supply line of the water supply device, the mr1 port is freely removed from the supply line, and the ion generating portion is formed by an inner electrode and has an ion elution of the unit body in which the water is inside. The unit comprises: a driving unit that drives the ion dissolving unit in one step. The driving unit further includes: a state display unit that displays an operating state thereof; and a number of times of calculating the number of out of the valley, which are different from each other. The number of times of elution of the metal ions in the ion elution unit is described; and the control unit' controls the blinking display of the state display unit when the number of metal ions eluted exceeds a certain value. - an antibacterial treatment device 'characterized by containing; generating portion..." a metal added to the water supplied to the water supply object by the water supply device, leaving the 88498-941025.doc -4- 1252268; and the aforementioned ion generating portion Provided on the outside of the water supply device, and provided on the water supply line of the water supply device, the supply pipe is freely removed; the sub-generation portion is an inner body-packed electrode, and the unit body having the water flowing inside The ion eluting unit comprises: 2 and further comprising a driving unit for driving the ion eluting unit; wherein the driving unit includes a voltage generating unit that generates a voltage applied to the electrode of the ion eluting unit; wherein the ion eluting unit further comprises The detecting means is configured to detect at least one of the water flow and the flow rate in the body before the detection; the driving unit further includes: a water supply number calculation unit, which is directly related to the detection means that there is no water according to the detection means: The water supply from the water-discharging unit of the water-discharging unit to the water supply unit The number of times count corresponds to the period during which metal ions must be dissolved... Control on the water electrode. - an electro-bacterial antibacterial treatment device for the ion elution unit, which is added to a supply unit by a water supply device, which is a producer, and a metal such as water t is separated from the ion generation unit in the water supply device On the water supply line, _", and before the supply of 5 Hai supply official road freely removed ground 88498-94I025.doc -5 - 1252268 set; June, said ion generation part from the inside of the electrode, and has the aforementioned water The ion dissolving unit of the unit body that is internally driven; and further comprising a driving unit that oscillates the ion dissolving unit; wherein the driving unit comprises a generating unit that generates a voltage applied to the electrode of the ion releasing unit; The ion dissolving unit further includes a detecting means for detecting at least one of the non-aqueous flow and the flow rate in the body before the detecting; the driving unit further includes: a number of juices, which are based on the foregoing detecting means Detecting the beneficial water from ^(4)(10)(4) 仏 water supply times; = delivery, the stipulation 'the system is used to set the start from the aforementioned 7 The number of times of supply of the metal ions by the electrode of 0; and the control unit, which is the water supply calculated by the above-mentioned water supply for the different parts of the water, and the water supply j (four) starts (four) the water supply times - the water supply time set by the 屮罝-" ^ The power of the electricity is repeatedly applied to the control of the electrode of the aforementioned ion elution early 70. M卞/合8. An anti-"treatment device" characterized in that the ion-generating portion is prepared to be added to the water supply device, and the metal in the water of the U-water object is separated from the ion generating portion. The water supply line of the water supply device is provided on the water supply line of the water supply device, and the ion generation unit is freely removed from the water supply unit. The water is supplied from the inner electrode to the inside of the water. The internal water is in the internal 88498-941025.doc -6- 1252268 (4) The ion dissolving unit of the unit body is configured; the step further comprises a driving unit for driving the ion dissolving unit; wherein the driving unit comprises the material electrode of the material solution: „:,,,,,,,,,,,,,,,, Further, the method 70 further includes a detecting means for detecting at least one of a non-aqueous stream and a flow rate inside the corpus callosum; the driving unit further comprises: a denier 4 an anatomy, which is detected according to the detection means: Calculating the number of times of water supply from the ion dissolving unit to the water supply device; ::: the number of times of water supply setting unit' is used to set the electrode solution of the open ion dissolving unit The number of water supply times of the metal ions; and the water supply 2 calculated by the water supply number calculation unit is "the water supply time set by the start of the water supply number setting unit::: the voltage generated by the voltage generating portion is applied to the ion elution" The control of the electrode of the early 7C is performed; the number of water supply times calculated by the water supply number calculation unit 7 is the number of water supply times set by the start of the water supply number setting unit, and the voltage generated by the voltage generating unit is continued. Applied to the electrode of the ion elution unit. 9. An antibacterial treatment device comprising an ion generating unit, wherein the vertical product 2 is added to a metal ion supplied to the water supply target by the water supply device, and the ion is The generating unit is disposed on the water supply line of the water supply device outside the water supply device, and is freely taken from the supply line; the ground is located at 88498-941025.doc 1252268; and the ion generating portion is composed of the inner electrode and having the water The ion dissolving unit of the unit body flowing inside is configured; 2 and the step further comprises driving the ion dissolving unit The driving unit includes a voltage generating unit that generates a voltage applied to the electrode of the ion/valley unit; the driving unit further includes: a device for pre-memorizing the water supply device. The water supply timing of the water to which the metal ions are added is supplied; and the control unit is configured to control the water supply time stored in the memory means to apply a voltage generated by the voltage generating unit to the electrodes of the ion elution unit. -941025.doc 1252268 柒, designated representative map: (1) The representative representative of the case is: (1). (2) The representative symbols of the representative drawings are briefly described as follows: 1 Washing machine 10 Outer box 11 Upper panel 12 Rear panel 13 Base 15 Washing object input port 16 Cover 17 Chain part 20 Water tank 21 Suspension member 30 Washing tank 31 Dehydration Hole 32 Balancer 33 Stirring wing 40 Drive unit 41 Motor 42 Clutch mechanism 43 Brake mechanism 44 Dewatering shaft 45 Stirring wing shaft 50 Water supply valve 51 Connecting pipe 52 Water supply pipe 88498-941025.doc 1252268 53 Water supply port 60 Drain hose 61 Drain pipe 62 Drain pipe 63 Partition wall 64 Sealing member 65 Dish 66 Drainage space 67 Drain port 68 Drain valve 69 Air collector 70 Pressure pipe 71 Water level switch 80 Control unit 81 Display unit 100 Ion dissolution unit 101 Power unit 102 Power cord 110 Box 111b Connection With 119 for cable 14a foot 14b foot 180 connected to the water supply hose 捌 If there is a chemical formula in this case, please reveal the chemical formula that best shows the characteristics of the invention: (none) 88498-941025.doc