KR100746826B1 - device for instantaneously producing silver ion(Ag+) water - Google Patents

Abstract

A straight pipe type electrolytic tube having a stainless pipe material having electrical conductivity and corrosion resistance through which water can pass through the electrolyte, and having upper and lower threads; A silver anode body of a silver rod installed in the longitudinal direction in the electrolytic tube; In the form of an electrically insulated porous tube, a plurality of radial support pieces which are closely fitted to the inner wall of the electrolytic tube are installed on the outer surface at regular intervals, so that the silver anode is fixed to the inner wall around the central axis of the electrolytic tube. A spacer supporting the gap therebetween; A water flow detection device connected to the lower threaded portion of the water inlet side of the electrolytic tube in a watertight structure and intermittently turning on the input power cathode line to the power control device only in a state where water is passed at a predetermined flow rate or more; Only when the power switch is operated on and the water flow sensing device is operated on, the power control device is provided with a positive electrode for the positive electrode and a negative electrode for the electrolytic tube at the operating voltage. In the silver ion water instantaneous production apparatus which instantaneously produces silver ion water of an appropriate concentration, it is easy to mount an electrolytic tube to the application apparatus which utilizes silver ion water, and the silver rod to an electrolytic tube is easy, and practical operation is carried out. Provided is a silver ionized water instantaneous production apparatus having a control device.

Silver ionized water, electrolysis, electrolytic pipe, electrolyte, silver bar, spacer, water flow detection device, power control device

Description

Device for instantaneously producing silver ion (Ag +) water

1 is a schematic view of the configuration of an instant ionized water production apparatus according to an embodiment of the present invention.

Figure 2 is an exploded perspective view of a part of an embodiment of the instant ionized water production apparatus according to the present invention.

Figure 3 is an embodiment according to the present invention the cross-sectional view of the instantaneous water production apparatus.

Figure 4 is an embodiment according to the present invention is a cross-sectional view of the electrolytic pipe and the oil and water detection device of the instantaneous water production apparatus.

Figure 5 is an embodiment according to the present invention is another linear coupling cross-sectional view of the electrolytic tube and the water flow detection device of the instantaneous water production device.

6 is a cross-sectional view of an operation state of the oil / water detection device according to the cross section of FIG. 5.

Figure 7 is an exploded perspective view of the water flow detection device of an embodiment of the instant ionized water production apparatus according to the present invention.

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(Short description of symbols for the main parts of the drawing)

20 is an embodiment of the instant ionized water production apparatus

30: electrolytic tube 31, 32: upper and lower threaded portion

40: silver anode 50: spacer

52: slit hole 53: radial support piece

54: Bottom of spacer 60: Power control device

61: power switch 62: supply voltage variable means

63: automatic voltage variable circuit 64: polarity switching circuit

70: water flow detection device 71: screw inlet 72: upper threaded tube

73: water temperature sensor 74: reed switch 75: water flow detection zone 75a: magnet

76: flowing sensor zone 77: fixed plate 78: hinge structure 79: O-ring

81: water supply pipe 83: discharge pipe 84: threaded discharge port

Domestic patent application 10-2001-48085 "Silver ionized water instantaneous manufacturing device"

The present invention relates to a device for producing silver ion (Ag +) instantaneous water, and more particularly, in the production of silver ionized water using electrolysis, an electrolytic cell that allows water to pass while simultaneously using a conductive pipe as a cathode. It is composed of high purity silver rods as anodes and installed as an insulator porous tube at regular intervals from the inner wall to the inner wall. A silver ionized instantaneous production apparatus which dissolves silver ions generated from the silver rod of the anode by electrolysis in tap water and instantaneously produces a suitable concentration of silver ionized water, wherein an electrolytic tube is mounted to an application device that utilizes silver ionized water. It is easy to install the silver rod in the electrolytic tube, and it is characterized by providing a silver ionized water instantaneous production apparatus having a practical operation control device. All.

As is known, silver ionized water containing silver ions, which are silver ionizing materials in a certain concentration, has been used in various fields because of its excellent sterilization and antibacterial effects.

The field of application of silver ions, which is noted in connection with the present invention, is a method for producing silver ion water containing an appropriate concentration of silver ions and a device thereof, and conventionally known methods for producing silver ion water include electrolysis, chemical decomposition, grinding, etc. This is known.

Among the known conventional silver ionized water production methods, silver ionized water production by electrolysis is superior in chemical decomposition, pulverization, or other production methods in terms of manufacturing facilities and economics, and thus many silver ionized water production apparatuses are provided. have.

As a representative example of the silver ionized water production apparatus by the conventionally known electrolysis method, there is a soaked silver ionized water production apparatus. The immersion type silver ion water production apparatus is filled with distilled or purified water in an electrolytic cell of a box-shaped or cylindrical non-conductor with an electrolytic solution, and the electrolytic solution has a high-purity 99.99% silver plate of a certain standard. ) Or two silver bars are immersed into the positive electrode (+) and the negative electrode (-) at regular intervals, respectively, and supply DC power to the positive electrode (+) and the negative electrode (-) for a certain period of time. Is a device for producing ionized water.

According to the immersion type silver ionized water production apparatus, ionization action occurs between the positive electrode (+) and the negative electrode (-) by the electrolysis principle, so that silver ions generated from the silver rod of one positive electrode (+) are distilled water of which electrolyte. Alternatively, a silver solution having a predetermined concentration, that is, silver ionized water, is prepared by dissolving and containing in purified water.

However, an immersion type silver ion water production method and apparatus for preparing silver ion water by filling water in an electrolytic cell with an electrolyte as described above and immersing two silver bars or silver plates with positive electrode electrodes,

By using purified water or distilled water with very small electrolyte as an electrolyte, it takes a long time to produce silver ion water due to the characteristics of immersion electrolysis, and considering the manufacturing characteristics of the electrolytic cell and silver electrode, or the price of distilled or purified water and silver electrode as raw water Many high-capacity silver ionized water is difficult to manufacture with a manufacturing apparatus, and when produced in a small size, there is a problem that the production of silver ionized water per hour is very small.

For example, the production performance of silver ionized water by the immersion type silver ionized water production apparatus described above varies depending on the manufacturer and the specifications of the device, but on average, 120 ml to 250 ml of silver ionized water, depending on the commercially available apparatus. It is known that it takes about 20 to 60 minutes to prepare the.

Importantly, distilled or purified water, which is the raw water of silver ionized water, is filled in an open electrolytic cell during the production process to produce silver ionized water at an appropriate concentration, so that the generated silver ionized water contacts oxygen in the air and is exposed to visible light. When exposed for a certain period of time, the oxidative property is very high, that is, the non-corrosive, non-corrosive properties of the silver ion water are oxidatively deteriorated, and the unique bactericidal and antibacterial effects of the silver ion water are remarkably fatal. There is a problem.

Therefore, the silver ionized water produced by the above-described conventional immersion silver ionized water production apparatus, unless the electrolytic cell is provided with a sealed structure or a shielding structure for preventing distilled or purified water from contacting the air and visible light during the manufacturing process. In addition, the sterilization and antimicrobial efficiency is inevitably lowered, and even if the prepared silver ionized water is stored in a non-metallic sealed container, it is known that the efficacy of silver ions becomes very low if not used immediately.

For this reason, up to now, a large amount of silver ionized water has been frequently used, such as sterilized water for large-scale contaminants and places other than functional lotion, face-washing water, medical small-capacity sterilizing water, and sterilizing water for growing crops In an application requiring silver ionized water, a small amount of silver ionized water produced by a small-capacity manufacturing apparatus is gradually collected and stored, so that the efficiency of ionized water decreases depending on the storage time. Another characteristic of high oxidation rate when contacted with components or some synthetic resins is that the means for storing large amounts of silver ionized water has been difficult, and there are many limitations in the utility of silver ionized water.

As a solution to the problems of the conventional immersion type silver ionized water production apparatus, there is a "silver ionized instantaneous water production apparatus" of No. 10-2001-48085 filed by the present applicant.

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Compared with the structure of the conventional immersion type silver ion water production apparatus, the silver ion instantaneous production apparatus of the above-mentioned invention can produce silver ion water having an extremely high sterilization, sterilization, and antibacterial activity with instantaneous and large-scale economic feasibility. I was expecting.

However, the silver ion instantaneous instant production apparatus of the above-described invention is provided with a comprehensive basic configuration capable of instantaneously producing silver ionized water as understood by the disclosed configuration, but the electrolytic tube, which is one of the main components, is coiled and porous Because it is not specific to the tube, it could not be formed into a concrete and practical configuration that can be used for various applications requiring silver ion water efficiency, and it is difficult to manufacture a practical silver ion water instantaneous production apparatus. You can't expect much.

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In addition, in the silver ion instantaneous production apparatus of the above invention, a power supply control means and a power connection means for supplying a DC voltage to the silver wire anode and the cathode tube are not specifically disclosed, and a connection means for supplying and discharging tap water, which is an electrolyte, and The configuration of the electrolytic operation power supply control means according to the supply and discharge of the electrolyte is not specifically disclosed. These points are solved for the fabrication of a practical silver ionized water production apparatus and to improve the ease of use and utilization of the silver ionized water. It can be pointed out as an important problem to be done.

The present invention has been made to solve the problems of the conventional immersion silver ionized water production apparatus of the present invention to solve the problems of the conventional immersion type silver ionized water production apparatus of filling the electrolyte in the non-flow state while using distilled or purified water as the electrolyte as described above As provided to solve them,

The electrolytic cell is replaced with an electrolytic tube through which water passes, and at the same time, a cathode is formed, and the positive electrode is insulated with an insulating porous tube at a predetermined distance from the inner wall of the electrolytic tube using a silver bar having a purity of 99.99%. The control device and the oil / water detection device supply the electrolytic operation power to the anode and the anode body continuously while passing water continuously through the electrolytic tube only during the production of silver ionized water. In the invention of the instant invention silver ion water instantaneous production apparatus capable of producing a large amount of ionized water, it is characterized by having an improved electrolytic tube configuration, improved porous tube configuration, and substantial operation control device,

One purpose is to provide a device for instantaneous production of silver ionized water, which is easy to install and apply to an application device utilizing silver ionized water.

Another purpose is to facilitate the installation of silver rods in the electrolytic tubes, while the silver rods are embedded on the inner central axis of the electrolytic tubes to increase the efficiency of silver ionization and increase the use efficiency of the silver rod anode body. In providing.

Still another object is a practical power control means or operation control means required for the application and practical application of the instantaneous production of silver ionized water, connecting means for supplying and discharging tap water, which is an electrolyte, and controlling electrolysis operation according to supply and discharge of an electrolyte solution. By providing the operation control means for, to provide a silver ionized water instantaneous production apparatus that can increase the ease of use, usability, and practicality.

Other objects may also be provided from the description of the invention which will be described later.

Silver ionized instantaneous production apparatus of the present invention for achieving the above object,

An electrolytic tube formed of a combination of an electrolytic cell and a cathode having a pipe having an electrical conductivity and corrosion resistance of a predetermined length capable of passing water, which is an electrolyte and is silver ionized water extraction raw water;

A straight pipe-type electrolytic tube formed by forming a corrosion-resistant stainless steel pipe having a predetermined length, capable of passing water, which is an electrolyte, by an electrolytic cell and a cathode body, and having upper and lower threads respectively formed at upper and lower ends thereof;

A silver anode formed of a silver rod made of a purity of 99.99% of a predetermined length installed in the longitudinal direction in each of the left and right electrolytic tubes;

It is formed in the form of an electrically insulating porous tube, and a plurality of radial support pieces which are closely fitted to the inner wall of the electrolytic tube are installed on the outer surface at regular intervals. A spacer for maintaining a predetermined distance from the inner wall circumference along the central axis of the tube;

It is connected to the watertight sealing structure of the lower end of the water inlet side of the electrolytic pipe, and the water flow detection device for intermittently turning on the input power cathode line to the power control device only when the water is passed through a predetermined flow rate or more; ;

The power switch is connected to the input power cathode line intermittent by the water flow detection device, and the silver positive electrode is positively connected only when the power switch is operated on and the flow water detection device is operated on. The electrolytic tube is characterized in that it comprises a power control device for controlling and supplying the negative electrode (-) to a predetermined value of the electrolysis operating voltage.

In the configuration of the silver ionized water instantaneous production apparatus of the present invention, in order to increase the extraction efficiency of silver ionized water and to prevent the formation of harmful compounds, the adoption of silver, which is a positive electrode chain, is called silver dust with a purity of 99.99% or more. It is preferable to use high purity silver, and it is preferable to use tap water as the kind of water which is electrolyte solution.

In addition, since silver ion water is used by varying the silver ion concentration according to the use place, it is preferable to have a means for adjusting the silver ion concentration of the silver ion water to be prepared, and for this purpose, By setting the supply voltage circuit of various stages in advance, it can be configured to further include a supply voltage passive variable stage that the user can selectively adjust the supply voltage.

In the configuration of the instantaneous ion water production device of the present invention, preferably, as the silver anode body becomes thinner for a considerable period of time, the spacing with the electrolytic tubes increases, so that ionization of silver ions is slowed down. Compensation means and or means for automatically maintaining the silver ion concentration of the silver ion water at a constant concentration, the power supply control device can detect the operating voltage of the silver anode body to automatically correct and increase the supply voltage to a predetermined correction value It can be configured by further comprising a voltage automatic variable circuit.

In addition, in the configuration of the instantaneous production device of the silver ion water of the present invention, preferably, when the device is operated for a certain time, the silver ions accumulate and adhere to the inner wall of the electrolytic tube together with impurities contained in the water, which is the electrolyte, to prevent the electrolytic efficiency from being lowered. As a means for the above, the supply voltage polarity of the silver anode body and the electrolytic tube cathode may be reversed for a predetermined time, and may be further configured to include a polarity switching circuit for cleaning the inner wall of the electrolytic tube.

Hereinafter, the present invention will be described in detail by the silver ionized instantaneous preparation device 20 and the silver ionized instantaneous shower device 100 using the same.

1 to 3 illustrate a configuration of the instantaneous water production apparatus 20 according to an embodiment of the present invention.

In FIG. 30, reference numeral 30 denotes a straight tube having a predetermined length having electrical conductivity and corrosion resistance, and is formed as a combination of an electrolytic cell and a cathode in which upper and lower threads 31 and 32 are formed at upper and lower ends, respectively. It is composed of electrolytic tube, and its material is 18-8 series of STS 304 or STS 316 stainless steel pipe containing 18% chromium and 8% nickel.

Reference numeral 40 is a silver positive electrode formed of a silver rod having a purity of 99.99% of a predetermined length, which is provided at least one in the longitudinal direction inside the electrolytic tube 30.

Reference numeral 50 is electrically insulating, dozens of slit-shaped holes 52 are formed repeatedly in the longitudinal direction around the outer surface, the upper end is open, the lower end 54 is a closed porous tube, the outer surface Radial support pieces 53 are inserted into upper, middle, and lower positions of the electrolytic tube 30 to be closely fitted to the inner wall of the electrolytic tube 30. It is a spacer that maintains a predetermined distance from the inner wall around the central axis line.

Reference numeral 60 denotes a power switch 61 connected to an input power cathode line connected to the water flow detecting device 70 to be described below, so that the power switch 61 is operated on and the water flow detecting device 70 is turned on. Only in the operating state (on), the silver anode body 40 is a power control device for controlling and supplying a positive electrode (+) to the electrolytic tube 30, the cathode (-) to a predetermined value of the electrolysis operating voltage .

Numeral 70 is connected to the water inlet-side lower end thread 31 of the electrolytic tube 30 by watertightness and screwed, so that the input power supply cathode to the power supply control device 60 only in the state that the incoming water passes over a certain flow rate It is a water flow detection device to control the furnace on.

The water flow detection device 70, as shown in Figures 4 to 7,

One side of the housing has a water flow sensor 76 coupled to the watertight structure by the water flow path side and the O-ring 79, a fixed plate 77 for fixing it, and a hinge structure 78 on the inner wall of the water flow sensor 76. And a reflow switch (75) installed in the back and attached with a magnet (75a) on the back, and the reed switch (74) in the interior of the flow sensor (76).

The water flow sensing region 75 is freely installed up and down in a state in which a hinge structure is attached to the inner wall of the water flow sensing zone 76 to block the internal water flow pipe when lowered, and when the water rises to a predetermined pressure, the hinge structure. It is provided with the structure by which the magnet 75a attached to the back surface connects the reed switch 74 by raising and rotating around 90 degrees upwards starting from 78.

Reference numeral 73 denotes a water temperature sensor exposed to the oil / water sensor tube of the oil / water sensor 70, and the detected signal value is applied to the power controller 60, calculated, and displayed as a number or graph by the temperature display device. .

According to one embodiment of the present invention described above, according to the configuration of the instantaneous water production apparatus 20, tap water, which is an electrolyte, passes through the interior of the electrolytic tube 30 in a state where the power switch 61 is operated on. If not, the power supply circuit of the power control device 60 is cut off by the water flow detection device 70, and then the water supplying the electrolyte solution is continuously supplied to the water inlet side of the electrolytic pipe 30 through the flow water detection device 70. While being discharged to the other side, the negative electrode (-) is supplied to the electrolytic tube 30 by the power control device 60, and a constant voltage of the positive electrode (+) is controlled and supplied to the silver anode (40). Electrolysis is generated between the electrolytic tube 30 and the silver anode body 40 using water flowing into the electrolytic tube 30 as the electrolyte.

Therefore, silver ions generated from the silver anode body 40 are dissolved in water flowing through the electrolyte tube 30 as an electrolyte in the process of moving to the electrolytic tube 30 of the cathode body, and thus the water outlet of the electrolytic tube 30. The water discharged is generated and discharged as a silver solution containing silver ions at an appropriate concentration, that is, silver ionized water.

In one embodiment of the present invention as described above, in the process of producing silver ionized water by the instantaneous ion producing device 20 configuration, when the flow of water to be supplied to the electrolytic tube 30 is stopped, that is, the supply of water is stopped. 60 stops the supply of power to the electrolytic tube 30 and the silver anode body 40 so that the ionization action is stopped and the ionization action of the water is also stopped.

The ionization of silver ions by the silver anode body 40 during the ionization in the above operation is different depending on the size and shape of the silver anode body 40 used when the silver ion water production apparatus is used for a certain period of time. However, since the material of the silver anode body 40 is gradually consumed, when a predetermined silver ion concentration cannot be obtained, the new silver anode body 40 is replaced and used.

One example as described above is that according to the configuration of the instantaneous water production apparatus 20, the electrolytic tube 30 is formed of a straight tube, the small capacity or small silver ionized instantaneous production to be formed short in the length of the electrolytic cell or the silver anode body In the case of configuring the device, it is possible to increase the manufacturability by simplifying the device and reducing the volume. The silver rod, which is the silver anode body 40, can also be straightened to be easily inserted into the electrolytic tube 30.

In addition, the upper and lower screw portions 31 and 32 are provided at both ends of the electrolytic tube 30, so that the water supply pipe and the water discharge pipe can be easily connected in a watertight structure, and the lower thread portion 32 is equipped with a water flow detection device 70. By acting as a power switch that energizes the power supply to the power control device only while water flows inside the electrolytic tube, it is possible to automatically control the operation of instantaneous production of silver ionized water, which can improve user convenience. will be.

In addition, the entire tube has a porous structure formed of dozens of slit-holes 52, and the outer surface of the tube has a structure of a spacer 50 having radial support pieces 53 at upper and lower portions thereof. 40 is wrapped around the entire circumference of the inner wall of the electrolytic tube 30 by maintaining a constant distance on the central axis line, by the entire surface of the silver anode body 40 and the entire inner wall of the electrolytic tube 30 and Increases ion efficiency by maintaining uniform and smooth ionization between the silver and silver anodes 40 uniformly consumed around the circumference to increase the service life, while the silver anodes 40 become thinner as they are used for a long time. In the case where a part is broken, the broken silver wire contacts the inner wall of the electrolytic pipe 30 to prevent the power from being shorted, thereby increasing safety and preventing damage to the electronic circuit of the power control device 60.

In the embodiment of the present invention described above, the configuration of the power supply control device 60 in the configuration of the instantaneous water production apparatus 20 includes a supply voltage passive variable stage 62, a voltage automatic variable circuit 63, and a polarity switching circuit 64. ) May be selectively or partly combined.

In general, silver ionized water is used by varying silver ion concentration according to a use place or use. In an exemplary embodiment of the present invention, in the instantaneous production device 20, a user selectively adjusts a supply voltage to a power supply control device 60. By providing a passive voltage variable stage 62 that can be provided, it is possible to form a configuration that can control the silver ion concentration of the silver ion water to an arbitrary value in one manufacturing apparatus.

The supply voltage passive variable stage 62 includes a variable resistance circuit interposed in a power supply circuit, which the user rotates, or a plurality of parallel supply voltage circuits preset to different resistance values within an arbitrary increase or decrease range. It can be configured as a supply voltage variable circuit to be selected by pressing.

When the power supply control device 60 is provided with the supply voltage manual variable stage 62 as described above, according to the user's selective switch operation, the voltage supplied to the electrolytic tube and the silver anode body can be changed to a predetermined value within a certain range. It can change and manufacture the silver ion density | concentration of the silver ion water manufactured by increasing and decreasing to arbitrary values.

In one embodiment of the present invention, in the configuration of the instantaneous water production apparatus 20, the silver anode body 40 is thinned as it is used, thereby increasing the spacing with the electrolytic tube and decreasing the surface area of the silver rod, thereby slowing the ionization of silver ions. Silver ionized water production concentration falls.

The automatic voltage variable circuit 63 is configured to detect the operating voltage of the silver anode body during operation in the power supply control device 60, and to automatically correct the supply voltage with a predetermined correction value when the detected operating voltage is less than the reference value. In this way, the silver ion water production concentration per hour is prevented from decreasing in proportion to the use time as described above to automatically maintain a constant concentration.

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In addition, according to one embodiment of the present invention, in the configuration of the instantaneous water production apparatus 20, when the device is operated for a predetermined time, the silver ions are accumulated and adhered to the inner wall of the electrolytic tube together with impurities contained in the water, which is the electrolyte, to reduce the electrolytic efficiency. Phenomenon occurs.

The polarity switching circuit 64 is interposed in the supply voltage circuits to the silver anode body 40 and the cathode electrolyte tube 30 so as to reverse the supply polarity for only a predetermined time, thereby moving silver ions in electrolysis. Direction by moving the silver ion particles attached to the inner wall of the electrolytic tube 30 toward the silver anode body 40, and forcibly discharging the impurities attached to the inner wall of the electrolytic tube together with water to clean them for a long time. It acts to prevent the degradation of electrolytic efficiency due to use.

In the implementation of the present invention as described above, the configurations of the above-described embodiment are presented as preferred embodiments of the present invention, but are not necessarily limited thereto.

For example, the shape and specification of the electrolytic tube and the silver pole may be changed to any size and shape for the medium or large capacity devices in addition to the standard or the illustrated example, and the configuration of the water flow detection device may be carried out in addition to the illustrated configuration. Other types of devices can be used to detect the flow of water entering the water inlet of the pipe and to interrupt the power supply line of the power control device.

The silver ionized water instantaneous production device of the present invention as described above has the following enhanced effect compared with the silver ionized water instantaneous production device of the prior invention.

First, the configuration of the electrolytic cell is changed from the coil-type electrolytic tube to the straight tube electrolytic tube 30, thereby simplifying the form of the small-capacity or small silver ion instantaneous production apparatus in which the length of the electrolytic cell or the length of the silver anode is short. It is possible to increase the manufacturability by reducing the overall volume and to reduce the overall volume, and to increase the assemblability of the silver rod, which is a silver anode body, and to secure easy exchange.

Second, the upper and lower threads are provided at both ends of the electrolytic tube, and in general, the water supply pipe or the water discharge pipe can be easily connected to the watertight structure at the place where the ionized water is used, and the water flow detection device is provided so that the water flows inside the electrolytic tube. Only by operating the automatic power switch to supply the power supply to the power control device can improve user convenience.

Third, by the configuration of the porous tubular spacer described above, by supporting the silver anode body on the central axis line while maintaining a constant distance from the inner wall around the inner wall of the electrolytic tube, the ionization action is made uniform and smooth, thereby increasing the ion efficiency, It consumes the silver anode uniformly around its circumference to increase its service life. It also improves the safety of the device by preventing short with the electrolytic tube when the silver anode is thinned and the middle part is broken.

Fourth, by selectively or partly combining the supply voltage manual variable stage, the voltage automatic variable circuit and the polarity switching circuit in the power supply control device, the ion concentration of the silver ion water can be easily adjusted, so that the appropriate concentration of silver Ionized water can be produced quickly and easily.

Fifth, the above-mentioned effects can ultimately make the pre-invented silver ionized water instantaneous production device into a small capacity or a small size, and also facilitate the design of medium and large sized production devices. It also has the effect of greatly increasing the usability.

Claims (6)

A straight pipe-type electrolytic tube formed by forming a corrosion-resistant stainless steel pipe having a predetermined length, capable of passing water, which is an electrolyte, by an electrolytic cell and a cathode body, and having upper and lower threads respectively formed at upper and lower ends thereof; A silver anode formed of a silver rod made of a purity of 99.99% of a predetermined length installed in the longitudinal direction inside the electrolytic tube; It is formed in the form of an electrically insulating porous tube, and a plurality of radial support pieces which are closely fitted to the inner wall of the electrolytic tube are installed on the outer surface at regular intervals. A spacer for maintaining a predetermined distance from the inner wall circumference along the central axis of the tube; It is connected to the watertight sealing structure of the lower end of the water inlet side of the electrolytic pipe, and the water flow detection device for intermittently turning on the input power cathode line to the power control device only when the water is passed through a predetermined flow rate or more; ; The power switch is connected to the input power cathode line intermittent by the water flow detection device, and the silver positive electrode is positively connected only when the power switch is operated on and the flow water detection device is operated on. The instantaneous production apparatus of the silver ion water, characterized in that the electrolytic tube comprises a power supply control device for controlling and supplying the negative electrode (-) to a predetermined value of the electrolysis operating voltage. The spacer of claim 1, wherein the spacer is electrically insulating and has dozens of slit-shaped holes 52 formed repeatedly in the longitudinal direction around the outer surface, and the lower end 54 is a closed porous tube. Radial support pieces 53 closely fitted to the inner wall of the upper and lower positions are installed at upper, middle, and lower positions, and surround the silver anode body 40 so as to be spaced apart from the inner wall circumference on a central axis line of the electrolytic tube 30. Silver ionized water instantaneous production apparatus, characterized in that consisting of a spacer 50 for holding and supporting. According to claim 1, wherein the power control device, the user is applied to the variable resistance circuit interposed in the power supply circuit for the user to rotate operation, or a plurality of parallel supply voltage circuit which is preset with different resistance values within an arbitrary increase or decrease range Silver ionized water instantaneous production apparatus characterized in that it comprises a variable supply voltage to be selected by pressing the switch. The apparatus of claim 1, wherein the power supply control device includes a voltage automatic variable circuit that senses an operating voltage of the silver anode body during operation and automatically corrects the supply voltage with a predetermined correction value when the detected operating voltage falls below a reference value. Silver ionized water instant production apparatus characterized in that. The apparatus of claim 1, wherein the power supply control device comprises a polarity switching circuit interposed in a supply voltage circuit to the silver anode and cathode electrolyte tubes to reverse the supply polarity only for a predetermined time. Ionized water instantaneous manufacturing equipment. According to claim 1, wherein the water flow detection device, the upper screw tube 72 is formed in the housing structure is screwed tightly screwed with the lower end of the electrolytic tube, the lower end of the threaded inlet connected to the water supply pipe 81 ( 71, having a water flow sensor 76 coupled to the watertight structure by the O-ring 79 laterally with respect to the middle flow channel, a fixing plate 77 for fixing it, and an inner wall of the water flow sensor 76. It is installed in the hinge structure (78) and the magnet (75a) is attached to the rear side and is installed freely up and down in the state attached to the hinge structure on the inner wall of the oil sensor (76), and when lowered to block the internal water flow pipe, When the water rises at a predetermined pressure, the water flow sensing zone 75 and the water flow sensing zone 76 are rotated upward and upward by 90 degrees starting from the hinge structure 78, and the water flow sensing zone 76 is inserted into the water flow sensing zone 75. When is raised by the magnetic force of the magnet 75a , It characterized in that the sensing device consists of a leading (70) includes a reed switch 74 is energized thereby connecting the power supply line is ionized moment producing system.

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