KR101875023B1 - Portable Hydrogen-water Sprayer - Google Patents

Abstract

The portable water sprayer has a container, a spraying part for spraying the water in the container to the outside, a hydrogen generator for generating hydrogen from the water in the container and supplying it into the container, one side communicating with the lower side of the hydrogen generator, And a discharge portion for discharging the by-product present on the lower side of the generator to the outside.

Description

Portable Hydrogen-water Sprayer

The present invention relates to a sprayer, and more particularly, to a portable water sprayer capable of spraying a small amount of water regardless of time and place.

Hydrogen-containing water, that is, hydrogen peroxide has been known to have an effect of preventing and treating adult diseases such as cancer and diabetes, and studies are being actively conducted. According to an analysis of the water of France's Lourdes Sam, known as the miracle water, the Norde water of Germany and the Tracothe water of Mexico, it was found that the dissolved hydrogen concentration in common is several hundred times higher than that of ordinary drinking water. Based on this analysis, the industry is making great efforts to develop a device that can easily use hydrogen peroxide.

Examples of the water-producing apparatus include patent No. 1076631 (water-producing apparatus) and patent No. 1250470 (dissolved-water producing apparatus). Such a hydrogen-producing plant includes components such as a fluid circulator in addition to an electrolytic cell that generates hydrogen, which is bulky and complicated in structure.

Examples of the water sprayer include Patent Publication No. 2011-39647 (electrolytic water sprayer) and Patent Publication No. 2016-0133621 (water sprayer). The contents of Patent Publication No. 2016-0133621 (water sprayer) A hydrogen generating unit which is connected to the bottom of the vessel and contains a hydrogen generating unit to generate hydrogen and supply the generated hydrogen to the vessel; And a spray part.

However, in Patent Publication No. 2016-0000467, a negative electrode, that is, a gas such as oxygen or ozone generated at the upper electrode side and moving to the lower side may exist at the lower electrode side. Further, There may be water supplied from the < / RTI > Such oxygen, ozone, and water may need to be discharged to the outside as occasion demands. However, Patent Publication No. 2016-0000467 does not have a discharge means for discharging such by-products to the outside.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems,

First, water can be supplied to the positive electrode, that is, the lower electrode side, or to the lower electrode side if necessary,

Second, it is intended to provide a portable water sprayer capable of efficiently discharging the auxiliary gas such as oxygen and ozone present on the lower electrode side.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described herein, there is provided a portable water sprayer comprising a container, a spray section, a lid, a hydrogen generator, a lower case,

The container can form a space therein. The container may have a first upper side coupling portion communicating with the upper side at the upper center and a second upper side coupling portion at the upper side edge. The container may have a first lower coupling portion communicating with the lower center at the lower side and a second lower coupling portion at the lower edge.

The spraying portion may be coupled to the first upper-side engaging portion of the container to discharge water in the container to the outside.

The lid may be coupled to the second upper engagement portion of the container to cover the spray portion and the upper side of the container.

The hydrogen generator may be coupled to the first lower coupling portion of the vessel to produce hydrogen from the water in the vessel and supply it into the vessel.

The lower case can engage with the second lower engagement portion of the container. The lower case can form a space therein. The lower case may have an outer outlet communicating with the outside.

The discharge portion may be provided in the inner space of the lower case. The discharge part communicates with the lower side of the hydrogen generator at one side and communicates with the external discharge outlet of the lower case at the other side, and can discharge the byproduct present under the hydrogen generator to the outside.

In the portable water sprayer of the present invention, the first lower engagement portion of the container may include a through protrusion. The penetrating projection may protrude downward. The penetrating projection may have a step portion protruding inward on the upper side of the inner surface. The penetrating projection may have an inner surface coupling portion on the inner surface and an outer surface coupling portion on the outer surface.

In the portable water spraying apparatus of the present invention, the hydrogen-water generating unit may include an upper o-ring, an upper electrode, an ion diaphragm, a lower electrode, a lower o-ring, and an electrode fixing unit. The upper O-ring can be coupled to the step portion of the through-projection at the upper side. The upper electrode may have an upper edge within the through protrusion coupled with the upper O-ring, and the upper surface may contact the water in the container. The ionic diaphragm can be coupled to the lower surface of the upper electrode within the through protrusion. The lower electrode can be bonded to the ion diaphragm on the upper surface in the penetrating projection. The lower O-ring can engage with the lower edge of the lower electrode within the through-hole projection. In addition, the electrode fixing portion may be formed such that the upper edge of the electrode fixing portion is coupled to the lower O-ring, and the outer side surface of the electrode fixing portion is coupled to the inner surface coupling portion of the through- The electrode fixing part may have a separating plate horizontally disposed therein. The separator plate may have a discharge hole penetrating up and down.

In the portable water spraying apparatus of the present invention, the separator plate of the electrode fixing section may have a protruding discharge portion that communicates with the discharge hole and protrudes downward. In this case, one side of the discharging portion can engage with the protruding discharging portion.

In the portable water spraying apparatus of the present invention, the discharge section may include a connection tube and a discharge tube. The connection tube may be made of flexible material, one side of which is connected to the protrusion discharge portion. The discharge tube may have one side coupled to the other side of the connection tube and the other side coupled to the external outlet.

According to the portable water spraying apparatus of the present invention having such a configuration, it is possible to easily discharge the water present on the lower electrode side to the outside through the protruding and discharging portions, the discharge holes, the discharge portion, and the external outlet of the electrode fixing portion, Accordingly, water may be supplied toward the lower electrode to increase the hydrogen generation efficiency of the hydrogen generator.

According to the portable water spraying apparatus of the present invention, it is possible to easily discharge gas byproducts such as oxygen, ozone, etc. existing in the space on the lower electrode side through the projected discharge portion, discharge hole, discharge portion, have.

Figures 1a and 1b are a top perspective view and a bottom perspective view of a portable water sprayer according to the present invention.
Figures 2a and 2b are an exploded perspective view and a cross-sectional view of a portable water sprayer according to the present invention.
3 is an exploded perspective view of a hydrogen generator of a portable water sprayer according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figures 1a and 1b are a top perspective view and a bottom perspective view of a portable water sprayer according to the present invention.

As shown in FIG. 1A, the portable water sprayer of the present invention can be configured as a container 100, a lid 200, a hydrogen generator 300, and the like.

The vessel 100 may be located approximately at the center of the hydro-sprayer. The container 100 has a space for containing water therein, and the lower and upper sides thereof can communicate with the outside. The container 100 may have a lower coupling part that can be coupled with the hydrogen generator 300 on the lower side and an upper coupling part that is coupled with the lid 200 on the upper side. Here, the lower coupling portion and the upper coupling portion may be threaded portions for screw connection or depressions or projections for fitting the fittings.

The lid 200 may be coupled to the upper side of the container 100 to close the upper side of the container 100. [ The lid 200 may have a female screw corresponding to the upper engaging portion of the container 100 on the lower inner surface, or a protruding portion or a depressed portion on the lower end.

The hydrogen generator 300 may generate hydrogen from the water in the vessel 100 and supply it into the vessel 100. The hydrogen generator 300 may include an electrolytic bath for electrolyzing water or a magnesium complex for generating hydrogen by making contact with water.

1B, the hydrogen generating unit 300 includes a bottom cover 360, a power button 371, a charging terminal cover 372, a slip prevention plate 373, an external outlet H1, etc. .

The bottom cover 360 is formed in a plate shape to close the lower side of the hydrogen generator 300 and can be detachably or integrally formed with the case of the hydrogen generator 300. The bottom cover 360, when detachably coupled, may be threaded or fit together.

The power button 371 may be provided at the center of the lower surface of the hydrogen generator 300. When the hydrogen generator 300 is pressed inward, that is, upward, the power generator button 300 may be moved upward to operate the hydrogen generator of the hydrogen generator 300.

The charging terminal cover 372 selectively opens and closes a terminal hole formed on one side of the bottom cover 360, and can be made of elastic rubber or the like.

The slip prevention plate 373 may be provided on part or all of the outer surface of the bottom cover 310. The slip prevention plate 373 may be made of rubber, silicone or the like having elasticity, frictional force or the like.

The outer outlet H1 passes through the bottom cover 360 and communicates the inside and the outside of the hydrogen generator 300 to discharge the byproduct of the hydrogen generator 300 to the outside.

Figures 2a and 2b are an exploded perspective view and a cross-sectional view of a portable water sprayer according to the present invention.

As shown in FIGS. 2A and 2B, the lid 200 can cover the upper side of the container 100 while covering the upper side of the container 100 and the spraying part 400. The lid 200 may have a lid fitting part 210 at a lower edge thereof. The lid fitting portion 210 can be composed of a screw threading portion, a fitting projection / depression portion, or the like.

The container 100 may have a first upper coupling part 111 which communicates with the upper part of the upper side and which connects the spray part 400. In addition, the container 100 may have a second upper side engaging portion 112 at an upper edge thereof to engage with the lid engaging portion 210. The second upper side engaging portion 112 may be a screw threading portion, a fitting recess / protrusion portion, or the like.

2A and 2B, the atomizing unit 400 is connected to the first upper side engaging portion 111 at the center of the upper side of the container 100, and the water containing hydrogen, that is, hydrogen To the outside.

2B, the spraying unit 400 may include a pressing unit 410, a suction hose 420, and the like.

The pushing part 410 can be constituted by a body and a flow part. The lower part of the body is coupled to the first upper engagement part 111 of the container 100, The flow portion may have an injection port 411 that flows upward and downward in the body and opens to the outside on the upper side. The diameter of the injection port 411 can be adjusted in accordance with the spraying shape of a few water, that is, mist, mist, or the like. The flow portion may have a jetting port 411 and a water passage for communicating with the inside of the container 100. The pressing portion 410 may include a spring between the body and the moving portion so that the moving portion can be elastically pressed from the body to the upper portion.

One end of the suction hose 420 may be coupled to the lower end of the hydrogen passage of the pushing part 410 and the other end may extend to the lower end of the container 100. And a flexible material of the suction hose 420, for example, rubber.

2A and 2B, the hydrogen generator 310 may contact the water in the vessel 100 to generate hydrogen, and then supply it into the vessel 100, Lt; / RTI >

The hydrogen generator 310 may include two O-rings 311 and 315, an ion diaphragm 313, two electrodes 312 and 314, and an electrode fixing unit 316. The electrode fixing unit 316 includes two O- 311, 315, the ionic diaphragm 313, and the two electrodes 312, 314 can be pressed upward to be fixed to the container 100. A screw thread is formed on the outer surface of the electrode fixing portion 316 and can be screwed to the container 100. In this case, the container 100 may have a first lower coupling portion 121 protruding downward and threaded on the inner surface at the lower center. The first lower coupling portion 121 can be formed in the form of a through protrusion protruding downward. The stepped portion S is formed at the upper end of the inner surface of the through protrusion so that the two O-rings 311 and 315, the ion diaphragm 313, , And the two electrodes 312 and 314 can be supported.

The electrode fixing portion 316 may horizontally include a separating plate D for separating the upper portion and the lower portion from each other. The separation plate D may have a discharge hole H3 passing through the upper and lower portions. The lower surface of the separating plate D may be provided with a protruding discharge portion P which extends downward while embedding the discharge hole H3.

2A and 2B, the connection tube 321 has one side connected to the protrusion discharge portion P of the electrode fixing portion 316 and the other side connected to the external outlet H1 directly or through a discharge tube 322 And can be connected to the external outlet H1. The connecting tube 321 and the discharge tube 322 constitute a discharging portion and are formed of byproducts existing between the lower electrode 314 and the separator plate D of the electrode fixing portion 316 such as ozone, And the like can be discharged to the outside. The connection tube 321 may be made of a flexible material, for example, silicone, rubber or the like. A tube O ring 323 may be inserted between the connection tube 321 and the discharge tube 322 or between the protrusion discharge part P and the connection tube 321 to prevent leakage or leakage.

The battery 330 may be provided in the lower case 340 to supply power to the hydrogen generator 310.

The lower case 340 can engage with the lower edge of the container 100. The lower case 340 may have a screw threading portion or a fitting / protruding portion / depression on the upper inner surface. In this case, a second lower coupling portion 122 for coupling with the lower case 340 may be formed at the lower edge of the container 100 with a screw thread portion, a fitting recess / protrusion portion, or the like. The lower case 340 may have a space formed therein to house the connection tube 321, the discharge tube 322, the battery 330, the control board 350, the charging terminal 362, and the like.

2A and 2B, the hydrogen generator 300 includes a control board 350 for controlling the hydrogen generator 310 and the battery 330, a fixing table 361 for charging the battery 330, A charging terminal 362, a charging terminal cover 372, a terminal hole H2, and the like.

3 is an exploded perspective view of a hydrogen generator of a portable water sprayer according to the present invention.

3, the hydrogen generator 310 includes an upper O-ring 311, an upper electrode 312, an ion diaphragm 313, a lower electrode 314, a lower O-ring 315, an electrode fixing portion 316, And the like.

The upper O-ring 311 is coupled to the first lower engagement portion 121 of the container 100, that is, the step portion S of the penetrating projection, to block water in the container 100 from moving to the lower case 340 . The upper O-ring 311 may be made of rubber, silicone, or the like.

The upper electrode 312 is engaged with the upper o-ring 311 at the upper edge in the first lower engagement portion 121 of the vessel 100, i.e., the through-projection, and the upper surface can contact the water in the vessel 100 . The upper electrode 312 may be connected to the negative electrode via a connection terminal. The upper electrode 312 can be made of platinum, which is easy to diffuse hydrogen and has a high permissive current density.

The ionic diaphragm 313 may be coupled between the lower surface of the upper electrode 312 and the upper surface of the lower electrode 314 in the first lower coupling portion 121 of the vessel 100, The ionic diaphragm 313 may be a polymer ion exchange resin membrane. The ionic diaphragm 313 may be a film that does not permit water migration, for example, a Nafion membrane. When the water molecules are ionized in the negative upper electrode 312 and the positive lower electrode 314, the ionic diaphragm 313 transfers hydrogen ions from the positive lower electrode 314 to the negative upper electrode 312, 312 from which hydrogen can be supplied to the water in the vessel 100.

The lower electrode 314 can be coupled to the ion diaphragm 313 on the upper surface in the first lower coupling portion 121 of the vessel 100, that is, in the through protrusion. The lower electrode 314 may be connected to the positive electrode via a connection terminal. The lower electrode 314 can use iridium, which is easy to diffuse hydrogen and has a high permissive current density.

The lower O-ring 315 can engage with the bottom edge of the lower electrode 314 in the first lower coupling portion 121 of the vessel 100, i.e., in the through protrusion. The lower O-ring 315 may block water in the container 100 from moving to the lower case 340. The lower O-ring 315 may be made of rubber, silicone, or the like.

The electrode fixing portion 316 is coupled to the lower o-ring 315 at an upper edge in the first lower engaging portion 121 of the container 100, that is, in the through protrusion, and the outer surface thereof is engaged with the inner surface of the through- The O-ring 311, the upper electrode 312, the ion diaphragm 313, the lower electrode 314, and the lower O-ring 315 can be pressed upward to be tightly fixed to the step portion S.

Although the present invention has been described based on various embodiments, it is intended to exemplify the present invention. Those skilled in the art will appreciate that various modifications and changes may be made to these embodiments. However, since the scope of the present invention is defined by the following claims, such variations and modifications can be construed as being included in the scope of the present invention.

100: container 111: first upper-
112: second upper side engaging portion 121: first lower side engaging portion
122: second lower coupling portion 200: lid
210: lid coupling part 300: hydrogen generating part
310: hydrogen generator 311: upper o-ring
312: upper electrode 313: ion diaphragm
314: lower electrode 315: lower o-ring
316 electrode fixing portion 321 connection tube
322: exhaust tube 323: tube o-ring
340: lower case 350: control board
360: bottom cover 361:
362: Charging terminal 371: Power button
372: Charging terminal cover 373: Non-slip plate
400: spraying part 410: pressing part
411: jet nozzle 420: suction hose
D: Separator plate H1: Outlet outlet
H2: Terminal hole H3: Through hole
P: projecting portion S: stepped portion

Claims (4)

In a portable water sprayer,
A first lower coupling portion that communicates with the lower center at a lower side and a second lower coupling portion that is provided at a lower side with a first lower coupling portion and a second upper coupling portion at an upper edge, A container having a coupling portion;
A spray portion coupled to the first upper side coupling portion and spraying water in the container to the outside;
A lid which is coupled to the second upper-side engaging portion and covers the spray portion and the upper side of the container;
A hydrogen generator coupled to the first lower coupling portion to generate hydrogen from water in the container and supply the hydrogen to the container;
A lower case having an upper side coupled to the second lower side engaging part, forming a space therein, and having an external outlet communicating with the outside; And
And a discharge unit that is provided in an inner space of the lower case and communicates with a lower side of the hydrogen generator on one side and communicates with an external discharge port of the lower case on the other side and discharges the by-
The hydrogen generator includes an upper o-ring, an upper electrode whose upper edge is engaged with the upper o-ring and whose upper surface is in contact with water in the vessel, an ion diaphragm which is coupled to a lower surface of the upper electrode, A lower o-ring coupled to a lower edge of the lower electrode, and a discharge hole communicating with the discharge unit, the upper o-ring coupled to the lower o-ring and the separator horizontally coupled to the inside, Characterized in that it comprises a fixed part. The method according to claim 1,
Wherein the first lower engagement portion of the container includes a through protrusion protruding downward and having a step protruding inward from the upper surface of the inner surface and having an inner surface coupling portion on the inner surface and an outer surface coupling portion on the outer surface,
Wherein the hydrogen generator is coupled into the penetrating projection. The method according to claim 1,
Wherein the separating plate of the electrode fixing portion has a protruding discharging portion which communicates with the discharging through hole and protrudes downward,
Wherein the discharge part is coupled to the protruding discharge part at one side thereof. 4. The apparatus of claim 3,
A flexible connecting tube having one side coupled to the protruding discharge portion and flexible;
And a discharge tube having one side connected to the other side of the connection tube and the other side connected to the external discharge port.

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