JP3196171U - Water-permeable battery working water generator - Google Patents

Abstract

Water flow that generates hydroxide ion water by a battery reaction between different metals using water and dissolved oxygen as a medium, even in a water flow environment such as an outlet of a water storage tank or an outlet of a water meter. A type battery working water generating device is provided. A container 40 having an internal space and provided with a water supply port 20 for supplying water from the outside at the top of the internal space and a water discharge port 30 for draining to the outside, and an internal space of the container 40 A water environment battery member 50 is provided, and water is passed through the container 40 so that water passes through the water environment battery member 50 and the water environment battery member 50 denatures the water into battery working water. In addition, the battery working water is drained from the drain port 30 to the outside. [Selection] Figure 1

Description

  The present invention relates to a water-flowing battery-acting water generating device that generates hydroxide ion water in a water-flowing environment such as an outlet of a water storage tank or an outlet of a water meter. Further, the present invention relates to a water-permeable battery working water generating device that generates hydroxide ion water by a battery reaction between different metals mediated by dissolved oxygen.

  Based on the knowledge of water product development technology and surface treatment technology, the applicants found that when the metal that is close to ionization in water is alloyed, the micro-corrosion battery is made uniform by disturbing the electronic arrangement of the metal surface. We found a phenomenon that occurred and eluted in the form of ions instead of eluting in a granular form, and thought that this could be applied to water environment batteries.

  Specifically, the water environment battery using ionization tendency generates battery action water that elutes metal ions and active oxygen into water, and in the water storage container, sterilization effect, sanitization effect, insect repellent, insect repellent effect A water storage battery working water generator (Patent Document 1) that provides various useful functions such as the above is disclosed.

  Utility model registration No. 3170753

  The storage-type battery working water generating device according to Patent Document 1 can generate battery working water such as hydroxide ion water stably over a long period of time by immersing dissimilar metals in the water storage environment. It is a water storage type battery-acting water generating device, and cannot be used in a place that is not a water storage environment, for example, in a water flow environment such as an outlet of a water storage tank or an outlet of a water meter.

  The purpose of the present invention is to generate hydroxide ion water by a battery reaction between different metals using water and dissolved oxygen even in a flowing water environment such as the outlet of a water storage tank or the outlet of a water meter. An object of the present invention is to provide a water-flowing battery working water generating device.

  In order to solve the above-mentioned problem, the invention described in claim 1 has an internal space, and a water supply port for supplying water from the outside and a drain port for discharging water to the outside are provided in the upper part of the internal space. A water environment battery member installed in an inner space of the container and the container, and by passing water through the container, water passes through the water environment battery member, and the water is batteryed by the water environment battery member. While being denatured into working water, the electric working water is drained to the outside from the drain port, and is a water-permeable battery working water generating device.

The device described in claim 2 is the device described in claim 1, wherein the water environment battery member is
An outer metal body having a cylindrical magnesium body, a cylindrical intermediate metal body made of stainless steel disposed coaxially so as to face the entire inner peripheral surface of the outer metal body at a predetermined interval; and It is a water-permeable battery-operated water generating device comprising a cylindrical inner metal body made of a zinc body that is coaxially disposed so as to face the entire inner peripheral surface of the intermediate metal body at a predetermined interval. To do.

  According to the device according to the present application, without using a power source at all, just by placing a container with a water environment battery installed, even in a water flow environment such as an outlet of a water storage tank or an outlet of a water meter, Water and water that gives various useful functions such as bactericidal effect, sterilizing effect, insect repellent and insect repellent effect by generating hydroxide ion water by battery reaction between different metals mediated by water and dissolved oxygen A type battery working water generator can be provided. Moreover, it is possible to stably generate battery water, such as hydroxide ion water, over a long period of time, making the configuration of the device very simple, and ensuring stable quality and easy maintenance, etc. Therefore, it does not require labor, labor, and cost for that, and the cost of using electric power can be completely reduced.

It is a general view of a water flow type battery action water production | generation apparatus. It is a disassembled perspective view which shows a water environment battery member.

<Structure of water-permeable battery working water generator>
Hereinafter, the water flow type battery action water production | generation apparatus 10 which concerns on this invention is demonstrated in detail, referring FIGS. 1-2. FIG. 1 is an overall view of a water-permeable battery working water generator 10 according to the present invention. A water-permeable battery working water generator 10 according to the present invention has an internal space for housing a water-environment battery member 50, a water supply port 20 for supplying water from the outside to the upper part of the internal space, and the outside. It consists of a container 40 provided with a drain port 30 (installed opposite to the water supply port 20) for draining, and a water environment battery member 50.

  FIG. 2 is an exploded perspective view showing a water-environment battery member 50 that is an important part of the water-permeable battery action water generator 10 according to the present invention. The outer metal body 60 is inserted into the inner space of the container 40, the intermediate metal body 70 is inserted into the outer metal body 60, and the inner metal body 80 is inserted into the inner metal body 70. A water environment battery member 50 in which three types of metal bodies (an outer metal body 60, an intermediate metal body 70, and an inner metal body 80) are sequentially housed in 40 is formed. That is, the water environment battery member 50 of the water-permeable battery action water generator 10 according to the present invention has a three-layer structure including the outer metal body 60, the intermediate metal body 70, and the inner metal body 80.

  The outer metal body 60 includes a magnesium body, an outer circumferential side spacing holding projection (not shown), a bottom side spacing holding projection (not shown), and an inner circumferential side spacing projection (not shown). . The magnesium body has a thick simple cylindrical shape with a predetermined thickness (about 10 mm) having a predetermined outer diameter and a predetermined inner diameter substantially the same as the inner diameter of the container 40. Further, in this specification, the magnesium body is a simple substance of magnesium (Mg) 100% magnesium which is a base metal with respect to the container 40 (made of stainless steel) and the intermediate metal body 60, or a predetermined amount of magnesium. This refers to a magnesium alloy with added metal.

  The intermediate metal body 70 has a thin simple cylindrical shape with a predetermined thickness (about 1 mm) having a predetermined outer diameter and a predetermined inner diameter that are substantially the same as the inner diameter of the magnesium body. The intermediate metal body 70 is made of stainless steel (SUS304 or the like) that is a noble metal with respect to the magnesium body of the outer metal body 60.

  The inner metal body 80 includes a zinc body, an outer peripheral side interval holding projection (not shown), and a bottom side interval holding projection (not shown). The zinc body has a simple cylindrical shape with a predetermined diameter (about 23 to 25 mm) having a predetermined outer diameter substantially the same as the inner diameter of the intermediate metal body 70. Further, in this specification, the zinc body is a simple substance of zinc (Zn) 100%, which is a base metal for the container 40 and the intermediate metal body 70, or a zinc alloy in which a predetermined metal is added to zinc. Say that.

<Principle of operation of water flow type battery action water generator>
The basic structure of the water environment battery member 50, which is an important part of the water-permeable battery action water generating device 10, has a three-layer structure including an outer metal body 60, an intermediate metal body 70, and an inner metal body 80. In other words, the outer metal body 60, the intermediate metal body 70, and the inner metal body 80 form the water environment battery member 50 by overlapping each other coaxially through a uniform gap space.

In the outer gap space between the outer metal body 60 and the intermediate metal body 70, water molecules (H ₂ O) in water flow and Mg surface of the magnesium body or between the Mg alloy surface and the SUS304 stainless steel material surface, respectively, and A battery reaction using dissolved oxygen (O ₂ ) occurs. This battery reaction is a battery reaction between dissimilar metal bodies mediated only by water and dissolved oxygen (different ionization tendency), and direct contact (electrical contact) between dissimilar metals as in the galvanic anode method. ) Or a predetermined voltage (a voltage corresponding to a difference in ionization tendency) in a gap space between different metals without providing any electrical connection between different metals via a conductor such as a conductive wire, DC current of a voltage corresponding to the standard electrode potential difference of the SUS intermediate metal body 70 is generated in water.

  At this time, when the magnesium body as the negative electrode with respect to the intermediate metal body 70 (SUS304 stainless steel material) as the positive electrode is formed of an Mg alloy, for example, when it is formed of an MgZn alloy, In addition to the above-described battery action, the atomic arrangement of Mg atoms and Zn atoms is disturbed on the surface of the magnesium body itself, so that innumerable positive and negative poles are randomly formed. The battery action by the micro battery is caused one after another by repeating the disappearance and formation of the micro battery over time by water and dissolved oxygen in the water.

  As the current flows out more uniformly from the surface of the magnesium body and the battery reaction is also formed more uniformly, Mg ions and Zn ions that are in a fully ionized state flow out into the water, and the following zinc body is described. In addition, after the generation of the active oxygen species, finally, a predetermined functional water (a first type of functional water whose main effect is the production of hydroxide ion water) is generated as a kind of battery working water. Is done.

On the other hand, in the inner gap space between the intermediate metal body 60 and the inner metal body 70, water molecules (H ₂ O) and water passing through between the Zn surface or the Zn alloy surface of the zinc body and the SUS304 stainless steel material surface and A battery reaction using dissolved oxygen (O ₂ ) occurs. This battery reaction is a battery reaction by the same reaction as that of the magnesium body, and generates a direct current of a voltage corresponding to the standard electrode potential difference between the zinc body and the intermediate metal body 70 (SUS304 stainless steel material) in water. is there.

  At this time, as in the case where the magnesium body is formed of an Mg alloy, when the zinc body is formed of a zinc alloy, for example, a ZnMg alloy, current flows more uniformly from the surface of the zinc body. Then, Zn ions and Mg ions that are in a fully ionized state flow out into the water, and active oxygen species are generated, whereby predetermined functional water as another type of battery action water (with sterilization as the main effect) A second type of functional water) is generated.

<Effects of water-permeable battery working water generator and application examples>
According to the present embodiment, even if the water environment battery member 50 is disposed in the container 40 without using any power source, even in a water flow environment such as an outlet of a water storage tank or an outlet of a water meter. Hydroxide ion water (the first type of functional water whose main effect is hydroxide ion water generation and the first effect whose main effect is sterilization) by the cell reaction between different metals mediated by water, dissolved oxygen and water Two types of functional water) can be generated.

  That is, it has become possible to provide a water-permeable type battery-acting water generating device 10 that imparts various useful functions such as a bactericidal effect, a sterilizing effect, and an insect repellent / pest repellent effect that have not been seen so far. Moreover, as with the water storage battery working water generator, battery working water such as hydroxide ion water can be generated stably over a long period of time. Maintenance, etc. associated with securing and use can be easily performed, so that labor, labor, and cost are not required, and the cost of using electric power can be completely reduced.

  As an application example of the flow-through battery working water generating device 10 according to the present invention, if it is attached to the tip of a water meter installed before entering the house, all the water used in the entire house can be purified, By attaching to an undersink in the kitchen or a washing machine, individual purification effects can be expected. In addition, as an effect of attaching to the place where circulating water is used, for example, if it is attached to a vegetable factory for agriculture, etc., there is also an effect that insects do not get on the vegetables, and for industrial use, such as plastic factory or casting factory If installed, the effect of removing the biofilm in the circulating water for cooling can be expected.

<Modification example of water-permeable battery action water generator>
The configuration of the water flow type battery working water generating device 10 according to the present invention is not limited to the aspect of the above embodiment, and the water supply port 20, the drain port 30, the container 40, the water environment battery 50, the outer metal body. 60, the intermediate metal body 70, the inner metal body 80, and the like can be appropriately changed as necessary without departing from the spirit of the present invention.

  For example, the container 40 can be depressurized so that the water taken in from the water supply port 20 can be easily circulated in the container 40 by the negative pressure (be sure to pass through the water environment battery member 50). In other words, the water may be drained from the drain port 30. Furthermore, the water supply port 30 of the water flow type battery action water generating device 10 is installed in the lower part of the container 40, and the water discharge port 30 is installed in the upper part of the container 40, so that water passes through the water environment battery member 50. You may do it.

  Since the water-flowing battery-operated water generating device according to the present invention has excellent effects as described above, it is a water-flowing type used in a water-flowing environment such as the outlet of a water storage tank or the outlet of a water meter. It can use suitably as a battery action water production | generation apparatus.

10. Water-flow type battery working water generation device 20 Water inlet 30 Water drain 40 Container 50 Water battery member 60 Outer metal body 70 Intermediate metal body 80 Inner metal body

Claims (2)

A container having an internal space, a water supply port for supplying water from the outside to the upper part of the internal space, and a drain port for draining to the outside;
A water environment battery member installed in the internal space of the container,
By passing water into the container, water passes through the water environment battery member, and the water is denatured into battery working water by the water environment battery member.
The battery-operated water generating device for water flow type, wherein the electric water is discharged from the drain port to the outside. The water environmental battery member is:
An outer metal body having a cylindrical magnesium body;
A cylindrical intermediate metal body made of stainless steel disposed coaxially so as to face the entire inner peripheral surface of the outer metal body at a predetermined interval;
2. The water flow passage according to claim 1, further comprising a cylindrical inner metal body made of a zinc body disposed coaxially so as to face the entire inner peripheral surface of the intermediate metal body at a predetermined interval. Type battery working water generator.

Images