JP6183747B2 - Reduced hydrogen water generator - Google Patents

Description

  The present invention relates to a reduced hydrogen water generating apparatus that generates water containing hydrogen by reducing water such as natural water.

Conventionally, since water such as natural water and tap water contains minerals, the reduced hydrogen water generating apparatus is provided with an “electrode network” that covers the entire electrode in the method of performing alternating current electrolysis of water. In general, a reduced hydrogen water generating apparatus using a power supply from a ground electrode to an electrode network is generally used.
Since this reduced hydrogen water generator can apply positive and negative voltages to the electrodes in AC electrolysis, hydrogen and oxygen are generated from both electrodes and positive and negative are alternately changed. Water is turned into hydrogen water containing hydrogen because it is electrolyzed neutral (PH7) without leaning to alkalinity.

  In this reduced hydrogen water generator, a screw 54 is used as a fixture for detachably attaching an “electrode network” to the shaft of the ground electrode at the center (shown in FIG. 8).

This conventional reduced hydrogen water generator has a problem that it is necessary to provide a screw groove inside the upper end of the shaft of the ground electrode in order to use a screw as a fixture for attaching the “electrode network” to the shaft of the ground electrode. However, when screwing, there is a problem that it is complicated and troublesome to put an “electrode network” on the shaft of the ground electrode and then rotate the screw by aligning the screw with the screw groove of the shaft. At the same time, when removing the electrode net from the shaft, there is a problem that it is complicated and time-consuming to reversely remove the screw.
Furthermore, since there is no object covering the shaft of the ground electrode, AC electrolyzed minerals directly adhere to the shaft ground electrode, resulting in poor electrical contact between the shaft of the ground electrode and water. There is a problem that there is a possibility that the electrical contact may occur, and in the worst case, there is a problem that the electrical contact may be poor.

  This invention is to eliminate these problems of the conventional reduced hydrogen water generator, attach the electrode network to the shaft of the ground electrode, eliminate the complicated trouble of removal, AC electrolyzed mineral etc. However, it is to eliminate the adhesion to the shaft of the ground electrode as much as possible.

In the center of the cylindrical electrode unit , a concentric circular metal pipe 4 is provided in the vertical direction. In this metal pipe, the upper part of the metal shaft has a smaller outer diameter than the lower part. The outer peripheral wall having a horizontal metal part 3 having a step and a concentric circular metal shaft, the upper outer diameter of the metal shaft being reduced , the inner peripheral wall of the metal pipe, and the metal pipe of between the inner peripheral wall, a plurality of metal leaf spring, in a vertical direction at intervals in a circumferential direction, the provided Rutotomo the lower end of the metal leaf spring of the plurality of metal shaft by mounting the horizontal portion of the step, in which the metal pipe and the electrode unit, and to removably fasten the metal shaft.

In the reduced hydrogen water generator of the present invention , a concentric circular metal pipe 4 is provided vertically in the center of a cylindrical electrode unit , and a metal shaft is provided in the metal pipe. an outer peripheral wall upper concentric single circular metal shaft and having a horizontal portion 3 of the step to reduce the outer diameter from the bottom, is provided, to reduce the upper outer diameter of the metal shaft of the metal an inner peripheral wall of manufacturing pipe, between the inner peripheral wall of the metal pipe, a plurality of metal leaf spring, in a vertical direction at intervals in a circumferential direction, provided the plurality made of metal Rutotomo the lower end of the leaf spring, thereby placing the horizontal portion of the step of the metal shaft, a metal pipe and the electrode unit, because the secured detachably from the metal shaft, your intervals outside of the shaft of the ground electrode With metal pipes installed vertically As a result, it is possible to prevent minerals such as calcum from adhering between the shaft of the ground electrode and the metal pipe, and for this reason, the electrical contact between the shaft of the ground electrode and water is reduced. There is an effect that reduced hydrogen water can be generated smoothly in a good state.
And by providing a plurality of metal leaf springs between the shaft and the metal pipe, the leaf spring is pushed inside the diameter when the metal pipe is inserted outside the shaft. It has the effect that it can be inserted smoothly and easily in the stretched state, and it can be detachably fastened, and the metal pipe can be inserted outside the shaft and used for a long period of time. When a metal pipe integrated with the electrode network is removed from the shaft for cleaning or replacement of parts due to a large amount of minerals attached to the outside, it is detachable by a leaf spring, so it is smooth and easy. There is an effect that can be removed.
Furthermore , the upper part of the metal shaft is made smaller than the lower part to provide a horizontal part of the step, and the lower end of the metal leaf spring can be placed on the horizontal part of the step of the metal shaft. The leaf spring can prevent the metal spring from descending downward from the gap in a stable state and can smoothly insert the metal pipe into the outside of the metal shaft. When removing the metal pipe upward from the metal shaft However, the metal leaf spring can be removed smoothly without lowering, and the shape and the like can be held well in a stable state by the metal leaf spring .

In the reduced hydrogen water generator of claim 2, since the metal leaf spring is a stainless steel leaf spring, the leaf spring can be used in a stable state for a long period of time. When removing the metal pipe of the part from the shaft for cleaning, it can be removed smoothly and easily with a stainless steel leaf spring. Can be attached smoothly and easily with a stainless steel leaf spring .

In the reduced hydrogen water generator of claim 3, since the metal leaf spring is a titanium leaf spring, the leaf spring can be used in a stable state for a long period of time, and the components of the generator are cleaned. When removing the metal pipe of the part from the shaft, it can be removed smoothly and easily with the titanium leaf spring. Smooth and easy to install .

Since the metal leaf spring is a platinum leaf spring in the fourth aspect of the present invention, the leaf spring can be used in a stable state for a long period of time, and the components of the generator are cleaned. When removing the metal pipe of the part from the shaft, it can be removed smoothly and easily with a platinum leaf spring. Smooth and easy to install .

It is a front view of this invention apparatus principal part. It is also a plan view. It is a longitudinal cross-sectional view similarly. Similarly it is the longitudinal cross-sectional view before attachment. It is the longitudinal cross-sectional view of the principal part similarly. Similarly it is a front view before the attachment of the principal part. It is the front view which attached the container to this invention apparatus . It is a longitudinal cross-sectional view of the main part of a conventional apparatus .

In the center of the cylindrical electrode unit , a concentric circular metal pipe is provided in the vertical direction. In this metal pipe, the upper part of the metal shaft has a smaller outer diameter than the lower part. A concentric circular metal shaft having a horizontal portion of a step is provided, and a plurality of wires are provided between an outer peripheral wall having a reduced upper outer diameter of the metal shaft and an inner peripheral wall of the metal pipe . a metal leaf spring, in a vertical direction at intervals in a circumferential direction, provided Rutotomoni the lower end of the metal leaf spring of the plurality of, by placing the horizontal portion of the step of the metal shaft, a metal pipe The electrode unit is detachably secured from a metal shaft .

This reduced hydrogen water generator is cylindrical and has an electrode unit 1 provided on an electrode plate 2 (shown in FIGS. 1 and 2).
A concentric circular metal pipe 4 is provided vertically in the center of the cylindrical electrode unit 1 , and a concentric circular metal shaft is provided in the metallic pipe 4. 3 is provided with a metal shaft 3 in which the outer diameter of the upper part 3 is smaller than that of the lower part and provided with a horizontal part 3 ″ of a step 3 ′ (shown in FIGS. 6, 3, 4 and 5) .
Six stainless steel metal leaf springs 5 are provided in the vertical direction at intervals in the circumferential direction between the outer peripheral wall with the lower outer diameter of the metal shaft and the inner peripheral wall of the metal pipe. The lower ends of the six stainless steel metal leaf springs 5 are placed on the horizontal part 3 ″ of the step 3 ′ of the metal shaft 3 so that the metal pipe and the electrode unit can be detached from the metal shaft. It is the reduced hydrogen water production | generation apparatus settled in .
The six stainless steel plate springs 5 are preferably connected to each other only at the lower part or at the lower part and the upper part of the metal plate spring.
In the first embodiment, the metal plate spring is made of stainless steel, but a metal plate spring of titanium or platinum is preferable instead of stainless steel.

When a metal pipe 4 in which a metal electrode network 6 is integrated with the metal shaft (ground electrode) 3 of the first embodiment is inserted from the upper part to the lower part, a metal leaf spring 5 provided on the upper part of the metal shaft. While being pushed inward, the metal pipe moves downward in the metal shaft, and the metal pipe is detachably secured to the metal shaft by a metal leaf spring.
When this device is used for a long time and the minerals adhere to the outside of the metal pipe or the electrode mesh for cleaning, the metal pipe spring is lifted together with the electrode mesh by the metal leaf spring. Remove from the metal shaft that is detachably fastened and clean.

When the apparatus of the first embodiment is actually used, the container 41 is placed on the mounting table 42 as shown in FIG .
When water is put into the container 41, the lid on the container is opened to put water into the container, and then the apparatus is used with an AC electricity switch turned on.

1 Electrode unit 2 Electrode plate 3 Metal shaft 3 ′ Step
3 ″ horizontal portion 4 metal pipe 5 metal leaf spring

Claims (4)

A reduced hydrogen water generator comprising: a cylindrical electrode unit; and a container arranged concentrically with the cylindrical electrode unit and surrounding the electrode unit, wherein the center of the cylindrical electrode unit in part, a concentric one circular metal pipe provided vertically in the metal pipe, concentric upper portion of the metal shaft to reduce the outer diameter than the lower has a horizontal portion of the step A circular metal shaft is provided, and a plurality of metal leaf springs are provided between the outer peripheral wall having a smaller upper outer diameter of the metal shaft and the inner peripheral wall of the metal pipe. in a direction perpendicular to the circumferential direction at intervals, the lower end of the metal plate spring Rutotomoni plurality few of providing, by placing the horizontal portion of the step of the metal shaft, a metal pipe and the electrode unit, made of metal Removably attached to the shaft DOO reduced hydrogen water generator apparatus according to claim. The reduced hydrogen water generator according to claim 1, wherein the metal leaf spring is a stainless steel leaf spring. The reduced hydrogen water generator according to claim 1, wherein the metal leaf spring is a titanium leaf spring. The reduced hydrogen water generator according to claim 1, wherein the metal leaf spring is a platinum leaf spring.

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