KR101080227B1 - Portable beauty wash sterilizer - Google Patents

Abstract

PURPOSE: A portable beauty-water sterilizer is provided to frequently supply beauty-water to the skin of a user by miniaturizing the sterilizer based on a simple structure of a sterilized beauty-water generating part. CONSTITUTION: A portable beauty-water sterilizer(100) includes a solution storing part(114), a sterilized beauty-water generating part(120), a spraying part(112), and a power supplying part. The solution storing part includes a pre-treated beauty-water storing bath(114b). The sterilized beauty-water generating part includes a polar plat unit(U) and a frame. The polar plate unit is located at the storing bath of the storing part to generate sterilized beauty-water based on the pre-treated beauty-water. The polar plate unit includes a pair of electrode plate structure(2) and a hollow electrode separator(3). The electrode plate structures include an electrode board(21) and an electrode board connecting terminal(22). A plurality of slots is perforated to the electrode board.

Description

Portable Beauty Water Sterilizer {PORTABLE BEAUTY WASH STERILIZER}

The present invention can remove bacteria, viruses or bacteria in the liquid by the negative ions generated by the water discharged inside the portable container to the plasma ion state in the water by the action of underwater discharge, and the structure is simple and light weight The present invention relates to a portable beauty water sterilizer for carrying out the generated sterilizing water and utilizing it for skin beauty or moisturizing.

Recently, there is increasing interest in a portable moisture supply device for supplying moisture to the dried skin due to excessive use of a warm air heater or an excessive supply of ultraviolet rays. The portable hydrator can change the type of liquid supplied to the skin in various ways as desired, and the degree of change of the supplied liquid varies with temperature. Therefore, in the case of liquids sensitive to temperature, bacteria, viruses, or bacteria may proliferate in the liquid, thereby causing corruption. When the deteriorated liquid is supplied to the skin, a problem occurs on the skin.

Conventionally, a sterilizing water generator has been developed to solve this problem. The sterilizing water generating device is a device which has a diaphragm between the positive electrode and the negative electrode in the water tank, and uses acidic water obtained by electrolyzing to make dilute saline by mixing water and brine as sterilizing water. However, such a device is not easy to manufacture because it is difficult to compact and lightweight the device due to the complex structure, it is difficult to spread because of the high cost of the amount of sterilization water generated per hour.

Therefore, in recent years, the liquid supplied to the skin can be sterilized for the hygiene and safety of the user, the structure is simple and easy to manufacture and the need for a compact and lightweight portable beauty water sterilizer is increasing.

The problem to be solved by the present invention is to remove the bacteria, viruses or bacteria in the liquid with the anion generated by the water contained in the portable container to the plasma ion state of the water by the action of underwater discharge, the structure is simple and small It is possible to provide a portable beauty water sterilizer that can be used for skin beauty or moisturizing while carrying the generated sterilized water by weight reduction.

The present invention, in order to solve the above problems, a solution storage port including a fastening portion formed in the upper portion, and a reservoir for storing the pre-treated beauty water;

The pole plate unit positioned in the reservoir of the solution reservoir and the terminal insertion hole are drilled to generate sterilized beauty water from the pre-treated beauty water through the underwater discharge, and the separation surface and the pole plate unit which separate the fluid in the solution reservoir from the outside. Sterilized beauty water generating apparatus comprising a frame provided with a seating portion to be seated;

A spraying hole communicating with the spraying tube in which the sterilized beauty water in the solution reservoir is introduced and sprayed to spray the sterilizing beauty water to the outside, and being coupled to the fastening part of the solution reservoir; And,

Including a power supply for supplying power to the sterilized beauty water generating port,

The pole plate unit,

A pair of electrode plate structures including an electrode plate having a plurality of slots formed therein, the electrode plate connecting terminal being formed to protrude on the same plane as the electrode plate and being bent and deformable;

A hollow electrode separator disposed between the pair of electrode plate structures to space the pair of electrode plate structures from each other,

The power supply port provides a portable beauty water sterilizer, characterized in that different electrodes are applied to the pair of electrode plate structures.

According to an embodiment of the present invention, the pair of electrode plate structures are preferably stacked such that the slots have a lattice shape.

In addition, each of the electrode plate structures provided in the pair of electrode plate structures has a circular outer circumferential shape of the electrode plate, and a connection terminal spaced groove is provided on the outer circumferential surface of the electrode plate located at 90 ° from the electrode plate connecting terminal. It is preferably formed in the inward direction.

Here, the pair of electrode plate structures, the electrode plate connecting terminal of the first electrode plate structure located on the upper side of the pair of electrode plate structure, is located in the connecting terminal spaced groove of the second electrode plate structure located below. It is preferable to stack so as to.

In addition, each of the electrode plate structures provided in the pair of electrode plate structures has a rectangular outer circumferential shape of the electrode plate, and a slot formed inside the electrode plate is 45 with respect to any one of the rectangular outer lines of the electrode plate. It is preferably formed to be inclined, the connection terminal spacing groove bent in the inner direction of the electrode plate on the outer peripheral surface opposite the electrode plate connection terminal.

Here, the pair of electrode plate structures, the upper and lower surfaces of any one of the pair of electrode plate structures are inverted to stack the electrode plate structures,

It is preferable that the connection terminals of the first electrode plate structure located above the pair of electrode plate structures are stacked in the connection terminal spaced apart grooves of the second electrode plate structure located below.

In addition, it is preferable that the electrode separation plate further includes a connection terminal groove through which the electrode plate connection terminal passes.

In addition, the frame is electrically coupled to the ends of the pair of electrode plate connecting terminals passing through the terminal insertion hole, the frame connecting terminal protruding to the outside of the separation surface, and the electricity supplied to the sterilized beauty water generating port It is preferable that a substrate for controlling energy is provided.

Here, the substrate is preferably formed with a switch for determining whether or not the power supply, and the connector is electrically coupled to the frame connection terminal.

At this time, the power supply port,

A switch connecting rod interlocked with the switch of the substrate,

A power housing in which the switch connecting rod and the battery are inserted;

Preferably, the switch connecting rod includes a bottom surface formed with a connecting rod driving part that is formed to be bent in a vertical direction, and includes a jog shuttle type switch driving unit coupled to a lower portion of the power housing.

In addition, it is preferable to further include a tubular stopper closed at the end by being fastened to the solution reservoir and covering the injection hole.

According to the present invention, since the beauty water injected into the portable solution reservoir is made into sterilized beauty water with enhanced sterilization power, clean beauty water in which the harmful elements are removed can be supplied to the skin, and the skin can be kept healthy. have. In addition, since the structure of the sterilized beauty water generating port for generating sterilized beauty water is simple, not only the production is easy but also the device can be light and small in size. Therefore, the sterile beauty water can be supplied to the skin at any time while being carried.

1 is an exploded perspective view of a portable beauty water sterilizer according to an embodiment of the present invention.
Figure 2 is an exploded perspective view of the sterilizing water generating unit is inserted into the portable beauty water sterilizer according to an embodiment of the present invention.
3 is a plan view of an electrode plate according to various embodiments of the present disclosure.
Figure 4 is a cross-sectional view of a portable beauty water sterilizer according to an embodiment of the present invention.

Causing the plasma discharge in water by using a water discharge to create a water-water plasma ion state in the invention, and thus the negative ions generated in accordance with _{^{(O -, O 3 -,}} OH -, HOCl, H 2 O 2) water, using a To sterilize various germs, viruses, bacteria and the like.

Underwater plasma discharge occurring in the sterilized beauty water generating apparatus according to the present invention can induce a discharge under water even when a low voltage is applied to generate a large amount of negative ions. In other words, the water molecules are decomposed using the principle of underwater discharge, making them a mechanism capable of having bactericidal power. The water molecules in the process, such as a hydrogen ion (H ⁺⁾ and oxygen ^{ion-decomposed} by the anion of the oxygen ions while another water molecule and reaction existing around continuously hydroxyl (OH ^-) (O) to form a do. Hydroxyl group (OH ^-) at this time have a strong sterilizing power and oxidizing power, and this oxygen-based that are to serve to remove fungi and residual impurities present in the water, produced with (O ^-, O ₃ ^-) anion and HOCL, H ₂ O _{2 and} so on will play the same role. In addition, since the anion generated at this time is reduced to water due to the reducing action, sterilized beauty water having sterilizing power may be continuously generated without contamination such as other chemical additives.

Hereinafter, the present invention will be described in more detail with reference to preferred examples. However, these examples are intended to illustrate the present invention in more detail, it will be apparent to those skilled in the art that the scope of the present invention is not limited thereby.

1 is an exploded perspective view of a portable beauty water sterilizer according to an embodiment of the present invention.

Portable beauty water sterilizer 100 according to the present invention, as shown in Figure 1,

A solution reservoir 114 including a fastening part 114a formed at an upper portion thereof, and a storage tank 114b for storing pretreated beauty water;

The pole plate unit positioned in the reservoir of the solution reservoir and the terminal insertion hole are drilled to generate sterilized beauty water from the pre-treated beauty water through the underwater discharge, and the separation surface and the pole plate unit which separate the fluid in the solution reservoir from the outside. Sterilized beauty water generating apparatus comprising a frame provided with a seating portion to be seated;

A spray tube 112b into which the sterilized beauty water in the solution reservoir is introduced and a spray 112a which is in communication with the spray tube and sprays the sterilized beauty water to the outside, and includes a fastening part of the solution reservoir 114. An injection hole 112 coupled to 114a); And,

Including a power supply port 130 for supplying power to the sterilized beauty water generating port,

The pole plate unit (U),

A pair of electrode plates 21 having a plurality of slots 26 formed therein and a pair of electrode plate connecting terminals 22 formed to be connected to the electrode plate 21 to protrude on the same plane and bend and deformable. The electrode plate structure 2,

Located between the pair of electrode plate structure (2) comprises a hollow electrode separation plate (3) for separating the pair of electrode plate structure (2) from each other,

The power supply port 130 is characterized in that to apply a different electrode to the pair of electrode plate structure (2).

The pretreatment beauty water stored in the solution storage port 114 of the portable beauty water sterilizer 100 is sterilized by the sterilization beauty water generator 120 to be sterilized beauty water. The sterilized beauty water thus prepared is moved to the spray 112a along the spray tube so that it can be supplied to the skin through the spray 112a. Here, the sterilized beauty water sterilized by the portable beauty water sterilizer 100 includes sterilized liquids that can be used for the human body, such as oral cleansing and hand disinfection, in addition to supplying moisture to the skin.

Portable beauty water sterilizer according to the present invention is largely applied to the container consisting of the injection port 112, the solution storage port 114 and the stopper 116, the sterilized beauty water generating device 120 and the power to sterilize the beauty water It can be divided into a drive device consisting of a power supply unit 130.

First, the injection hole 112 is provided with a spray 112a to supply sterilized beauty water to the skin. Spray tube 112b for supplying the sterilized beauty water to the spray 112a is located inside the solution reservoir 114. The solution storage port 114 is a place where the untreated sterilized beauty water is stored, and is formed in fluid communication with the sterilized beauty water generating outlet 120. Therefore, the pretreated beauty water in the solution storage port 114 can be sterilized. In addition, the stopper 116 prevents dust from being trapped in the spray 112a of the injection hole 112 to prevent contamination of the sterilized beauty water in the middle of being supplied to the skin.

The sterilized beauty water generating device 120 includes the electrode plate unit U and the frame 4, and the sterilized beauty water generating device 120 according to the present invention is simple in structure and thus portable beauty water according to the present invention. The size of the sterilizer 100 can be made small. That is, the electrode plate connecting terminal 22 of the electrode plate structure 2 fixes the electrode plate unit U to the frame 4 in addition to electrically connecting the electrode plate 21 and the electrodes of the battery 8. Play the role of simultaneously. Therefore, the sterile lukewarm water generation port 120 can be miniaturized.

The portable beauty water sterilizer 100 according to the present invention includes the electrode plate structure 2 having the electrode plate 21 and the electrode plate connecting terminal 22 integrally formed therein with the electrode plate unit U, thereby providing the electrode plate unit U. ) Structure is simplified. For example, when the electrode plate and the electrode plate connecting terminal is provided with each object, a structure for connecting the two is required separately. Therefore, the structure becomes complicated when the electrode plate and the electrode plate connecting terminal are separated. In contrast, in the present invention, since the electrode plate connecting terminal 22 is formed integrally with the electrode plate 21, the structure of the electrode plate unit U is simplified. Therefore, the size of the sterilized beauty water generating port 120 can be downsized, and thus the present invention can be manufactured as a portable device.

In addition, the electrode plate connecting terminal 22 is inserted into the terminal insertion hole 44 formed in the frame 4 so that the end 25 protrudes outside the spaced surface of the frame 4. The terminal 25 of the electrode plate connecting terminal 22 protruding outside the separation surface 43 of the frame 44 is bent toward the frame connecting terminal 42 so as to be electrically connected to the frame connecting terminal 42. That is, since the electrode plate connection terminal 22 protruding from the electrode plate 21 can be bent and deformed, the electrode plate connection terminal 22 and the end 25 are bent from the electrode plate 21. Accordingly, the pole plate unit U is fixed to the frame 4. As such, the end 25 of the electrode plate connecting terminal 22 is bent from the electrode plate connecting terminal 22 when the terminal 25 is connected to the frame connecting terminal 42, so that the electrode plate unit U is provided without a separate coupling device. The state in which the frame 4 is fastened can be maintained. Accordingly, by using the electrode plate structure 2 in which the electrode plate 21 and the electrode plate connection terminal 22 are formed of one structure, the portable beauty water sterilizer 100 according to the present invention can be manufactured in a compact size by simplifying the structure. It can be.

In the frame 4 to which the pole plate unit U is fastened, the surface 43 is electrically coupled with the terminal 25 of the pair of electrode plate connecting terminals 22 passing through the terminal insertion hole 44. Frame connection terminal 42 protruding to the outside of the) and the substrate 5 for controlling the electrical energy supplied to the sterilized beauty water generating port 120 is provided. Here, the outside refers to a position which does not come into contact with the liquid injected into the solution storage port 114 such as sterilized beauty water or pretreated beauty water. In an embodiment of the present invention, the bottom surface of the separation surface 43 Yes. Accordingly, the substrate 5 determining whether the pole plate unit U is operated is provided on the lower surface of the separation surface.

The substrate 5 is provided with a switch 56 for determining whether to supply power and a connection port 52 electrically connected to the frame connection terminal 42. Therefore, when the battery 8 is electrically coupled to the connection port 52, it is possible to apply the external force to the switch 56 to select whether to transfer the electrical energy of the battery 8 to the sterilized beauty water generating port 120. In this case, the switch 56 may be generated by various types of switches. In particular, by selecting a tact switch, the ON / OFF control of the power supply can be easily adjusted. The tact switch used here can be used as being driven in a jog shuttle method. When the jog shuttle type tact switch is used, the power button protrudes out of the solution storage port 114 to prevent the portable beauty water sterilizer from malfunctioning.

Inside the case 110, a UV LED having a sterilization function by ultraviolet irradiation may be installed. This UV LED can be attached anywhere in the case 110, but in particular, it can be mounted in the LED housing in which the UV LED is mounted at the center of the pole plate unit (U). Therefore, the sterilization performance of the portable beauty water sterilizer 100 can be doubled by irradiating ultraviolet rays through the UV LED to the sterilized beauty water generated through the underwater discharge.

In the process of removing the bacteria, bacteria, and the like in the pre-treated beauty water by the sterilized beauty water generator 120, the electrode plate structure 2 may be scaled. In this case, in order to prevent the scale generated in the electrode plate structure 2, the frame 4 may be further provided with an ultrasonic vibrator.

2 is an exploded perspective view of the sterilized beauty water generating port inserted into the portable beauty water sterilizer according to an embodiment of the present invention, Figure 3 is a plan view of the electrode plate structure according to various embodiments of the present invention is shown have. Here, the electrode plate structure shown in FIG. 3 is used to check the positions of the electrode plate connection terminals 22a, 22b, 22a 'and 22b' and the spaced grooves 24a, 24b, 24a 'and 24b'. (22a, 22b, 22a ', 22b') are shown to be coplanar with the electrode plates 21a, 21b, 21a ', 21b'. However, the electrode plate connecting terminals 22a, 22b, 22a ', and 22b' are bent to the electrode plates 21a, 21b, 21a ', and 21b' when mounted on the portable portable water sterilizer.

As shown in FIG. 2, the electrode plate structure 2 included in the sterilized beauty water generating unit 120 may have a pair of electrode plate structures 2a such that the pretreated beauty water may be discharged in water by the action of different electrodes. , 2b). Here, the pair of electrode plate structures 2a and 2b should be kept spaced apart because they are coupled by different electrodes. To this end, the electrode separator 3 is positioned between the pair of electrode plate structures 2a and 2b.

The electrode plate 21 is provided with a gap to allow the pretreated beauty water to pass therethrough. That is, by drilling the plurality of slots 26, the pre-treated beauty water passes through the electrode plate 21. In order to simplify the manufacturing process, the electrode plate structure 2 used for the electrode plate unit U is laminated with an electrode plate structure 2 manufactured in the same shape and provided with a pair of electrode plate structures 2a and 2b. . At this time, it is preferable that the pair of electrode plate structures 2a and 2b be laminated so that the slots 26a and 26b have a lattice shape. As such, when the slots 26a and 26b are disposed in a lattice shape, the electrolysis performance of the water may be increased to increase the generation efficiency of the sterilized beauty water.

Spaced grooves on one side of the outer circumferential surface of the electrode plates 21a and 21b to prevent the electrode plate connecting terminals 22a from contacting the other electrode plates 21b in the process of stacking the pair of electrode plate structures 2a and 2b. (24a, 24b) can be formed. For example, the lower electrode plate structure of the pair of electrode plate structures 2a and 2b is called the second electrode plate structure 2b, and the upper electrode plate structure is called the first electrode plate structure 2a. If so, the electrode plate connecting terminal 22a of the first electrode plate structure 2a is bent toward the lower direction in which the second electrode plate structure 2b is located. Accordingly, the groove 24b is spaced apart from the outer circumferential surface of the electrode plate 21b of the second electrode plate structure 2b so that the electrode plate connecting terminal 22a of the first electrode plate structure 2a does not contact the other electrode plate 21b. ) To form. Accordingly, the electrode plate connecting terminal 22a of the first electrode plate structure 2a and the electrode plate 21b of the second electrode plate structure 2b may be kept spaced apart from each other. Here, the spaced grooves 24a and 24b are provided not only in the second electrode plate structure 2b but also in the first electrode plate structure 2a. Therefore, when the plurality of pole plate units (U) are stacked to manufacture the sterilized beauty water generating hole (120), the electrode plate structures 2 through which currents of different polarities flow are separated from each other. That is, the electrode plate connecting terminal 22b of the second electrode plate structure 2b of the pole plate unit located at the upper side may be spaced apart from the electrode plate 21a of the first electrode plate structure 2a of the pole plate unit located at the bottom thereof. Can be.

A connection terminal groove 34 through which the electrode plate connecting terminal 22a of the first electrode plate structure 2a penetrates may also be formed in the electrode separation plate 3 positioned between the pair of electrode plate structures 2. . Here, the electrode separation plate 3 preferably has a structure that electrically insulates the electrode plate structures 2 from each other without disturbing the flow of the fluid passing through the electrode plate structure 2. To this end, the electrode separation plate 3 according to the present invention has an elongated strip-shaped separation part 33 formed between the annular edges. The spacer is formed in the same direction as the slot 26 of the electrode plate structure 2 to be stacked, and is formed to be offset from the position of the slot 26, thereby preventing the flow of fluid passing through the slot 26 at the spacer. Do not do it. In this case, the separation part may be divided into a first separation beam 33a and a second separation beam 33b, and coincide with the slot 26 direction of the second electrode plate structure 2b disposed below the electrode separation plate 3. The second spaced apart beam 33b is formed in a straight line, and the first spaced apart beam 33a formed perpendicular to the second spaced apart beam 33b is formed in a straight line shape with respect to the second spaced apart beam 33b. The first spacing beams 33a formed on both sides are formed at positions mutually opposite to each other. In this way, when the pair of first spacing beams 33a are disposed to be offset, the pair of electrode plate structures 2 can be insulated more effectively. That is, when the first spacing beams 33a are displaced, the slots 26a of the first electrode plate structure 2a are supported by gravity to support the force to bend toward the second electrode plate structure 2b in multiple directions. do. Therefore, by forming the pair of first spacing beams 33a at positions that deviate from each other, the pair of electrode plate structures 2a and 2b are more effectively insulated.

On the other hand, the above-described electrode separation plate 3 is made of an insulating material, preferably made of ceramic, glass, quartz, etc., which have heat resistance and high melting point.

In addition, although the sterilized beauty water generating unit 120 is shown as having one pole plate unit (U), the portable beauty water sterilizer 100 according to the present invention for a sterilization beauty comprising a plurality of pole plate units (U) The water generating port 120 may be provided. At this time, by further comprising an electrode separator plate 3 between the plurality of pole plate units (U), the second electrode plate structure (2b) of the pole plate unit (U) located in the upper portion of the pole plate unit (U) located in the lower portion 1 electrode plate structure (2a) is to maintain the state spaced apart from each other. In addition, the plurality of pole plate units (U) by applying different electrodes to the adjacent electrode plate structure (2), thereby improving the efficiency of converting pre-treated beauty water passing through the sterilized beauty water generating port 120 into sterilized beauty water Be sure to

The electrode plate structure 2 may be manufactured in various shapes, as shown in FIG. 3. First, in the case where the electrode plate 21 is formed in a circular shape, when the pair of electrode plate structures 2a and 2b are laminated by forming the spacer groove 24 at a 90 ° position from the electrode plate connecting terminal 22, The slots 26 are arranged in a grid. In addition, as shown in FIG. 3B, when the electrode plate structure 2 is formed in a rectangle, the slot 26 'formed in the electrode plate 21' is one of the rectangular outer lines of the electrode plate structure 2 '. And the center line of the slot 26 'is inclined at 45 degrees. At this time, it is preferable to form the spaced groove 24 'on the opposite side of the electrode plate connecting terminal 22'. In the case of the rectangular electrode plate structure 2, when one of the electrode plate structures 2b 'is stacked upside down, the slots 26a' and 26b 'are arranged in a lattice shape with each other. As such, the electrode plate structure 2 is formed such that the pair of the electrode plate structure 2 and the slot 26 are formed in a lattice shape by differently forming the position of the spaced groove 24 and the slot 26 in the specific shape. It can be laminated.

Herein, the electrode plate structures 2 and 2 'are made of titanium, which is harmless to human body, and has excellent corrosion resistance, acid resistance, heat resistance, and mechanical tensile strength, and then platinum group such as platinum, iridium, palladium, osdium, ruthenium, and the like. It is prepared by coating or depositing with metal. In addition, after the titanium deposition on the general iron plate can be coated or deposited using the above-described platinum group material to reduce the manufacturing cost.

Figure 4 is a cross-sectional view of a portable beauty water sterilizer according to an embodiment of the present invention.

Brief description of the process of generating the sterilized beauty water through the sterilized beauty water generating cartridge according to the present invention is as follows. Here, the pretreatment beauty water is described as limited to water (W) for better understanding, but the kind of pretreatment beauty water is not limited thereto.

When the pre-treated beauty water is introduced into the case 110, the introduced water (W) is an underwater discharge in the pole plate unit (U) including a pair of electrode plate structures (2a, 2b), through which water molecules ( H ₂ O) is decomposed into ionic state of hydrogen atom (H) and oxygen atom (O) to generate bubbles and to start underwater diffusion. At this time, the oxygen atom is formed to combine with other oxygen atoms, the oxygen molecule of O ₂ is generated, the hydrogen atom becomes hydrogen ions (H ⁺ ) while releasing anion electrons, and the oxygen molecule absorbs the negative ions of the surrounding O It is changed to ^_2. As the surrounding water molecules react with the hydroxyl group (OH ^{- -)} generates the H ⁺ and O _2, as well as the H ₂ O ₂ and O ₃ is produced and the hydroxy group produced at this time are so unstable, the molecular properties in the water They try to bind to H + in the cell membranes of bacteria, and the H + deprived cell membrane is destroyed, sterilized and reduced back to water molecules. At this time, H ₂ O ₂ and O ₃ generated together with the hydroxyl group evaporate immediately.

Then, by reacting with a trace amount of chlorine components and water molecules contained in the water of the pre-treated beauty water, hypochlorous acid having a sterilizing function is generated and sterilizing action.

Since the frame connecting terminal 42 formed on the lower surface of the frame 4 is electrically coupled with the electrode plate connecting terminal (see FIG. 1) and the substrate 5 of the electrode plate unit U, the power supply port 130 is provided. Water (W) can be sterilized by the electrode plate unit (U) by the frame connecting terminal 42 of the substrate 5 and the frame 4 electrically coupled with each other. The upper terminal 72 is coupled to the connection port 52 formed on the substrate so that the battery 8 and the connection port 52 are electrically connected smoothly. The connection port 52 is coupled to the upper terminal 72 for electrically connecting the electrode plate connecting terminal 22 to the electrode of the battery 8, respectively. The upper terminal 72 is coupled to the upper terminal 72a for the positive electrode and the upper terminal 72b for the negative electrode depending on whether the pole of the battery to be coupled is a positive electrode or a negative electrode. In addition, the lower terminal 74a is formed along with the connecting rod driver 74b having the bend formed in the switch driver 74. A pair of the batteries 8 are electrically connected to each other by the lower terminal 74a to provide a pair of Different electrodes are added to the electrode plate structure 2. A switch connecting rod 6 is provided with a pair of batteries 8 in a power housing mounted in the solution storage port 114. The switch connecting rod 6 is interlocked with the switch 56 of the substrate and is used to determine whether to drive the sterilized beauty water generating port 120 with the electric energy of the battery 8.

The battery 8 is inserted into the power housing 7 in which the frame is seated, and the switch connecting rod 6 interlocked with the switch 56 is also inserted into the power housing 7 together with the battery 8. Accordingly, when the switch driver 74 is rotated, the switch connecting rod 6 is interlocked with or disconnected from the switch 56 by the bending of the connecting rod driver 74b formed on the bottom surface of the switch driver 74. Therefore, it is possible to determine whether the power of the battery is supplied to the sterilized beauty water generating port. In this case, the switch connecting rod 6 may be provided with a separate button on the lower surface of the switch driver 74 so that the button may be interlocked with the switch or released from interlocking.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

2: electrode plate structure 2a: first electrode plate structure
2b: second electrode plate structure 21: electrode plate
22: electrode plate connecting terminal 24: spaced groove
25: terminal 26: slot
3: electrode separator 33a: first spaced beam
33b: second separation beam 34: connection terminal groove
4: frame 42: frame connection terminal
44: terminal insertion hole 5: board
52: connector 56: switch
6: switch connecting rod 7: power housing
72: upper terminal 74: switch drive unit
8: battery 100: portable beauty water sterilizer
112: injection hole 114: solution storage
116: stopper 112a: spray
112b: spray tube 120: sterilized beauty water generator
130: power supply port U: pole plate unit

Claims (11)

A solution reservoir including a fastening part formed at an upper portion thereof, and a storage tank for storing pretreated beauty water;
The pole plate unit positioned in the reservoir of the solution reservoir and the terminal insertion hole are drilled to generate sterilized beauty water from the pre-treated beauty water through the underwater discharge, and the separation surface and the pole plate unit which separate the fluid in the solution reservoir from the outside. Sterilized beauty water generating apparatus comprising a frame provided with a seating portion to be seated;
A spraying hole communicating with the spraying tube and the spraying tube communicating with the spraying tube to spray the sterilizing beauty water to the outside, the spraying port being coupled to the fastening part of the solution storing port; And,
Including a power supply for supplying power to the sterilized beauty water generating port,
The pole plate unit,
A pair of electrode plates having a plurality of slots formed therein, and an electrode plate connecting terminal formed to protrude on the same plane as the electrode plate and being bent and deformable, wherein the slots are stacked in a lattice shape. Electrode plate structure,
Positioned between the pair of electrode plate structures to space the pair of electrode plate structures from each other, and a hollow electrode separation plate having a connection terminal groove through which the electrode plate connection terminals pass, formed on an outer circumferential surface thereof,
The electrode plate connection terminal of the pair of electrode plate structure is capable of bending deformation to be fitted to the frame,
On the outer circumferential surface of the electrode plate is formed connecting terminal spacing bent in the inner direction of the electrode plate,
The pair of electrode plate structures are stacked such that the electrode plate connecting terminals of the first electrode plate structure located above the pair of electrode plate structures are located in the connecting terminal spaced apart grooves of the second electrode plate structure located below. ,
The power supply port is a portable beauty water sterilizer, characterized in that for applying a different electrode to the pair of electrode plate structure. delete The method of claim 1,
Each of the electrode plate structures provided in the pair of electrode plate structures has a circular outer circumferential shape of the electrode plate, and the connection terminal spacing grooves are positioned at 90 ° from the electrode plate connection terminals. sterilizer. delete The method of claim 1,
Each of the electrode plate structures provided in the pair of electrode plate structures has a rectangular outer circumferential shape of the electrode plate, and the slot formed inside the electrode plate is inclined at 45 ° with respect to any one of the rectangular outer lines of the electrode plate. Portable beauty water sterilizer, characterized in that formed. The method of claim 5,
The pair of electrode plate structures, the upper and lower surfaces of any one of the pair of electrode plate structures are laminated to stack the electrode plate structure,
The portable terminal of claim 1, wherein the connection terminals of the first electrode plate structure positioned on the upper portion of the pair of electrode plate structures are stacked in the connection terminal spaced grooves of the second electrode plate structure positioned below. delete The method of claim 1,
The frame is connected to the end of the pair of electrode plate connecting terminal passing through the terminal insertion hole and the frame connecting terminal protruding to the outside of the separation surface, and the electrical energy supplied to the sterilized beauty water generating port Portable beauty water sterilizer, characterized in that provided with a substrate to control. The method of claim 8,
And a switch configured to determine whether to supply power, and a connection port electrically coupled to the frame connection terminal. 10. The method of claim 9,
The power supply port,
A switch connecting rod interlocked with the switch of the substrate,
A power housing in which the switch connecting rod and the battery are inserted;
And a bottom surface formed with a connecting rod driving part formed with a bend such that the switch connecting rod is driven in an up and down direction, and a portable beauty water sterilizer including a jog shuttle type switch driving part fastened to a lower portion of the power housing. The method of claim 1,
Portable beauty water sterilizer further comprises a tubular stopper closed on the distal end of the solution reservoir and the injection port.

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