JP3207605U - Makeup spray - Google Patents

Abstract

A cosmetic spray for supplying a liquid having hydrogen and oxygen is provided. A water filling container, an electrolytic member, a holder, a lower main body, a fixed base, and a power feeding member are included. A spray head 11 is provided on the upper end surface of the water filling container. The electrolytic member includes a decorative piece 31, a negative electrode electrolytic piece 32, an insulating washer 33, and a positive electrode electrolytic piece 34. The electrolytic member is accommodated and fixed in the holder. A pressing portion 72 is provided on the lower main body. The fixed base is accommodated in the lower main body. The power supply member is housed in a fixed base and includes a circuit board 51, a battery 52, and a power supply circuit set 80. The power supply circuit set is provided with a positive electrode port 533 and a negative electrode port 532 into which the leg columns 342 of the positive electrode and the negative electrode electrolytic piece are inserted. When the pressing portion is pressed, power is supplied from the battery, transmitted to the negative electrode and the positive electrode electrolytic piece through the power supply circuit set, and energized, whereby the negative electrode piece splits and decomposes water molecules to generate hydrogen. The positive electrode electrolytic fragment splits and decomposes water molecules to generate oxygen. [Selection] Figure 1

Description

The present invention relates to a cosmetic spray, and more particularly to a spray for producing hydrogen and oxygen by electrolyzing water.

Korean Patent No. 10-1433117 discloses a portable device for cosmetic sterilizing water that produces sterilization by generating hydrogen and oxygen to remove hydroxyl free radicals and has a cosmetic effect of improving dry skin aging. However, since the two electrode plates in the device are in direct contact with the module to conduct electricity, unless the adhesion of the gap is well controlled, contact failure occurs, and a phenomenon in which current cannot be passed easily occurs. Also, Korean Patent No. 10-108227 discloses a portable beauty water disinfection device. However, since the two electrode plates in the disinfection device are in contact with the circuit board by only the pedestal and are conductive, when they are worn and carried, contact failure occurs due to shaking movement, and the two electrode plates absorb hydrogen and oxygen. Can no longer be generated. Japanese Patent Laid-Open No. 2001-276826 discloses a small electrolyzed water generating device that can be worn. However, the apparatus can generate only anode and cathode ion water, but cannot generate hydrogen and oxygen. Korean Patent No. 20-0451601 discloses a structure capable of generating electrolyzed water. However, this structure does not have a function of generating hydrogen and oxygen, and cannot achieve the effects of sterilization and removal of hydroxyl free radicals. In addition, China CN2050661636U discloses a portable ionized water sterilization disinfectant spray. However, this spray cannot achieve the effect of sterilization and removal of free hydroxyl groups by generating hydrogen and oxygen.

Korea No. 10-1433117 Korea No. 10-1080227 Japanese Patent No. 2001-276826 Patent Korea 20-0451601 China No. CN2050661636U

Therefore, the present invention aims to provide a cosmetic spray that allows a user to rejuvenate and moisturize the skin anytime and anywhere by supplying a liquid containing hydrogen and oxygen at any time, with easy portability, rechargeable power consumption, and low power consumption. And

The cosmetic spray according to the present invention includes a water filling container, an upper lid, an electrolytic member, a holder, a lower main body, a fixed base, and a power feeding member. A spray head is provided on the upper end surface of the water filling container, and a suction pipe is coupled to the bottom of the spray head. The electrolytic member includes a decorative piece, a negative electrode electrolytic piece, an insulating washer, and a positive electrode electrolytic piece. The negative electrode electrolytic piece is provided with a plurality of grooves, and a pedestal extends downward. The positive electrode electrolytic piece is provided with a plurality of grooves, and a pedestal extends downward. The insulating washer is interposed between the negative electrode piece and the positive electrode piece. The pedestal of the negative electrode electrolytic piece passes through the fixing hole of the insulating washer and the groove hole of the positive electrode electrolytic piece. The decorative piece and the negative electrode electrolytic piece overlap the insulating washer and the positive electrode electrolytic piece, respectively. The electrolytic member is accommodated and fixed in the holder. The holder is screwed into the lower end of the water filling container. Two through-holes through which the pedestal of the negative electrode electrolytic piece and the pedestal of the positive electrode electrolytic piece penetrate are provided on the holder. When the holder is thermally fused with the decorative piece, the negative electrode electrolytic piece, the insulating washer, and the positive electrode electrolytic piece are fixed to the holder. The upper end of the lower main body has an opening and is thermally fused with the lower end of the water filling container. A charging hole and a pressing portion are provided on the lower main body. The fixed base is accommodated in the lower body. A through hole is provided at a location of the fixed base that faces the pressing portion of the lower main body. The power supply member is housed in the fixed base and includes a circuit board, a battery, and a power supply circuit set. On the circuit board, a socket into which a battery plug is inserted and a socket into which the plug of the power supply circuit set is inserted are provided. The power supply circuit set is provided with a positive electrode port and a negative electrode port into which the positive and negative electrode electrolytic column legs are inserted. A switch and a charging base are provided on the circuit board. The charging base corresponds to the charging hole of the lower main body, and is provided with a power supply circuit set that can be inserted and connected from the outside to charge the battery. The spring penetrates the through hole of the fixed base and is in contact with the switch and the pressing portion. When the pressing portion is pressed, power is supplied from the battery and transmitted to the negative electrode and positive electrode electrolytic piece through the power supply circuit set to be energized. As a result, the anode electrolytic piece splits and decomposes water molecules to generate hydrogen, and the positive electrode electrolytic piece splits and decomposes water molecules to generate oxygen.

According to the cosmetic spray according to the present invention, a liquid (water) containing hydrogen and oxygen is generated, and the user sprays the skin to achieve the effects of rejuvenation, moisturization, sterilization, anti-aging, and easy to carry. It has the advantages that it can be repeatedly charged and consumes less power.

It is an element exploded view of a cosmetic spray according to the present invention. It is a three-dimensional view of the cosmetic spray of FIG. It is sectional drawing of the cosmetic spray of FIG. It is the implementation state schematic diagram of the cosmetic spray of FIG.

As shown in FIGS. 1 to 4, the cosmetic spray according to the present invention includes an upper lid 10, a water filling container 20, an electrolytic member 30, a holder 40, a power supply member 50, a fixed base 60, and a lower main body 70. And including. A spray head 11 is provided on the upper end surface of the water filling container 20, and a suction pipe 111 coupled to the water filling container 20 is coupled to the bottom of the spray head 11 in accordance with the water stop washer 12. When the spray head 11 is pressed, the suction tube 111 can spray the user's skin by extracting the water (liquid) in the water filling container 20. The lower end surface of the water filling container 20 is an open space, and a plurality of still water washers 13 are provided at the lower end of the water filling container 20. Bonding holes 21 are provided on both sides of the lower end of the water filling container 20. The coupling hole 21 is located below the water stop washer 13. The upper lid 10 is attached to the upper end surface of the water filling container 20 to protect the spray head 11.

The electrolytic member 30 includes a decorative piece 31, a negative electrode electrolytic piece 32, an insulating washer 33, and a positive electrode electrolytic piece 34. The negative electrode electrolytic piece 32 is provided with a plurality of slots 321 that increase the discharge surface, and a leg column 322 extends downward. The pedestal 322 passes through the fixing hole 331 of the insulating washer 33 and the groove hole 341 of the positive electrode electrolytic piece 34. The insulating washer 33 is a single piece having a hole, and is interposed between the negative electrode electrolytic piece 32 and the positive electrode electrolytic piece 34 to avoid conduction between the two. The positive electrode electrolytic piece 34 is provided with a plurality of slots 341 that increase the discharge surface, and a leg column 342 extends downward. The decorative piece 31 is a single body having a plurality of holes, and is positioned above the negative electrode electrolytic piece 32. When the decorative piece 31, the negative electrode electrolytic piece 32, the insulating washer 33, and the positive electrode electrolytic piece 34 overlap each other, the negative electrode electrolytic piece 32, the insulating washer 33, and the positive electrode electrolysis are obtained by thermally fusing the decorative piece 31 with the holder 40. The piece 34 is fixed to the holder 40. The slots 321 and 341 of the negative electrode and the positive electrode electrolytic pieces 32 and 34 are substantially in a cross shape. In this embodiment, the decorative piece 31 is provided with a silicon object 14 capable of releasing trace mineral elements and having a beauty and moisturizing effect.

The holder 40 is made of a light transmissive material, and the electrolytic member 30 is accommodated and fixed. A screw hole 43 is provided at a location of the holder 40 facing the coupling hole 21 of the water filling container 20. When the screw 22 passes through the coupling hole 21 and the screw hole 43 and is aligned with the water stop washer 15, the holder 40 is screwed into the lower end of the water filling container 20. A space is formed. On the holder 40, two through-holes 41 through which the leg pillars 322 of the negative electrode electrolytic piece 32 and the leg pillars 342 of the positive electrode electrolytic piece 34 pass are provided. Each through hole 41 is provided with a water stop ring 42. The pedestals 322 and 342 pass through the corresponding water stop fitting rings 42 respectively, and are connected to the power supply member 50 to conduct electricity.

The upper end of the lower main body 70 has an opening and is thermally fused with the lower end of the water filling container 20. A charging hole 71 and a pressing portion 72 are provided on the lower main body 70. The fixed base 60 is accommodated in the lower main body 70, and a through hole 62 is provided at a location facing the switch 515 of the circuit board 51 and the pressing portion 72 of the lower main body 70. The spring 64 passes through the through hole 62 and is in contact with the switch 515 and the pressing portion 72. A screw hole 611 is provided on the fixed blade 61 of the fixed base 60. The screw 63 passes through the screw hole 611 and is screwed into the screwing portion 44 on the lower end surface of the holder 40.

The power supply member 50 is accommodated in the fixed base 60 and includes a circuit board 51, a battery 52, and a power supply circuit set 53. On the circuit board 51, a plurality of light emitting diodes 511, an ultraviolet lamp 512, a socket 513 into which the plug 521 of the battery 52 is inserted, and a socket 514 into which the plug 531 of the power supply circuit set 53 is inserted are provided. Yes. Leg columns 322 and 342 of the positive and negative electrode electrolytic pieces 32 and 34 are inserted into the positive electrode port 533 and the negative electrode port 532 of the power supply circuit set 53. A switch 515 and a charging base 516 are provided on the other surface of the circuit board 51. The switch 515 may be a fine movement switch. When contacting the pressing portion 72 of the lower main body 70, the spring 64 controls the power supply of the power supply member 50 by interlocking with the switch 515. The charging base 516 corresponds to the charging hole 71 of the lower main body 70, the power supply circuit set 80 is inserted from the outside, and the battery 52 can be repeatedly charged. When the pressing portion 72 is pressed, the battery 52 is energized by supplying power and transmitting it to the negative electrode and the positive electrode electrolytic pieces 32 and 34 via the power supply circuit set 53, whereby the negative electrode electrolytic piece 32 splits and decomposes water molecules. By doing so, hydrogen is generated, and the cathode electrolytic piece 34 generates oxygen by splitting and decomposing water molecules.

According to the cosmetic spray according to the present invention, beauty can be achieved by electrolyzing a liquid (water) to generate hydrogen and oxygen. In the implementation, as shown in FIG. 4, after injecting liquid (water) into the filling container 20, the pressing portion 72 of the lower main body 70 is pressed and the switch 515 is turned on, whereby the negative electrode electrolytic piece 32. Discharges and splits water molecules to generate hydrogen, and the positive electrode piece 34 discharges and splits water molecules to generate oxygen. Furthermore, by spraying a liquid (water) containing hydrogen and oxygen onto the user's skin using the spray head 11, effects of moisturizing, sterilizing, and anti-aging can be achieved. Further, the ultraviolet light from the ultraviolet lamp 512 can be applied to the liquid (water) in the filling container 20 through the holder 40 to achieve a sterilizing effect. The light from the light emitting diode 511 can increase the product visual effect. Further, since the groove holes 321 and 341 of the negative electrode and positive electrode electrolytic pieces 32 and 34 are substantially crossed and overlap with the insulating washer 33, the mutual interference of the gas generated in the negative electrode and positive electrode electrolytic pieces 32 and 34 is avoided. be able to.

As described above, these embodiments are only preferred embodiments of the present invention, and equivalent changes and modifications made based on the claims of the present invention are within the technical scope of the present invention. .

As described above, in the present invention, the spray head is provided on the upper end surface, and the bottom of the spray head is the water filling container in which the suction pipe is coupled to the water stop washer, and the lower end surface is opened. It is a space, a water filling container provided with a plurality of water-proof washers at its lower end and at least one coupling hole, and a lid attached to the upper end surface of the water filling container to protect the spray head An upper lid, a decorative piece, a negative electrode electrolytic piece, an insulating washer, and a positive electrode electrolytic piece, wherein the negative electrode electrolytic piece is provided with a plurality of grooves, and a pedestal is extended downward, and the positive electrode The electrolytic piece is provided with a plurality of slots, and a pedestal is extended downward, and the insulating washer is interposed between the negative electrode electrolytic piece and the positive electrode electrolytic piece, and the negative electrode electrolytic piece The pedestal of the insulation washer and the positive hole of the insulating washer The decorative piece is a piece having a plurality of hole openings and is located above the negative electrode electrolytic piece, the decorative piece, the negative electrode electrolytic piece, and the insulating washer. An electrolytic member with which each of the positive electrode electrolytic pieces overlaps, and a holder in which the electrolytic member is accommodated and fixed, and a screw hole is provided at a location facing the coupling hole of the water filling container. The holder is screwed into the bottom end of the water filling container by passing through the coupling hole and the screw hole, and a water filling space is formed inside the water filling container. Two through-holes are provided through which the leg pillars and the cathode electrolytic piece pillars penetrate, and a water-stop fitting ring is provided in each through-hole, so that the holder is thermally fused with the decorative piece. The negative electrode electrolytic piece, the insulating washer, the positive electrode The electrolytic piece is fixed, and a lower end surface of which is provided with a holder provided with at least one screwing portion, an upper end has an opening, and is thermally fused with the lower end of the water filling container. And a lower body provided with a pressing portion, and a through hole is provided in a portion of the lower body that is accommodated in the lower body and faces the pressing portion of the lower body, and a screw penetrates the fixed wing. A fixed base provided with a screw hole to be screwed into a screwed portion of the holder, and is accommodated in the fixed base, and includes a circuit board, a battery, and a power supply circuit set. The power supply member is provided with a socket into which the battery plug is inserted and a socket into which the power supply circuit set is inserted. The power supply circuit set includes the positive electrode and the negative electrode electrolytic piece. A positive port into which the pedestal is inserted, a negative port, A switch and a charging base are provided on the circuit board. The charging base corresponds to the charging hole of the lower body, and a power supply circuit set that can be inserted and connected from the outside to charge the battery is provided. And the spring includes a power supply member that penetrates the through hole and is in contact with the switch and the pressing portion. When the pressing portion is pressed, the spring is supplied with power from the battery. The negative electrode electrolytic piece splits and decomposes water molecules to generate hydrogen by being transmitted to the negative electrode and positive electrode electrolytic piece through a circuit set and energized, and the positive electrode electrolytic piece splits and decomposes water molecules to generate oxygen. The cosmetic spray is characterized by being produced.

The holder is made of a light transmissive material.

Further, it is assumed that a silicon material object capable of releasing a trace mineral element is provided on the decorative piece.

A plurality of light emitting diodes are provided on the circuit board.

Further, an ultraviolet lamp is provided on the circuit board.

Moreover, the groove hole of the said negative electrode electrolytic piece and the groove hole of the said positive electrode electrolytic piece shall have a substantially cross cross shape.

The switch is a fine movement switch. When the switch comes into contact with the pressing portion of the lower main body, the spring controls the power supply of the power supply member by interlocking with the switch.

According to the cosmetic spray according to the present invention, a liquid (water) containing hydrogen and oxygen is generated, and the user sprays the skin to achieve the effects of rejuvenation, moisturization, sterilization, anti-aging, and easy to carry. It has the advantages that it can be repeatedly charged and consumes less power.

DESCRIPTION OF SYMBOLS 10 Upper cover 11 Spray head 111 Suction pipe 12 Water stop washer 13 Water stop washer 14 Silicon material object 15 Water stop washer 20 Water filling container 21 Connection hole 22 Screw 30 Electrolytic member 31 Decoration piece 32 Negative electrode electrolysis piece 321 Groove hole 322 Leg pillar 33 Insulating washer 331 Fixing hole 34 Positive electrode electrolytic piece 341 Groove hole 342 Leg column 40 Holder 41 Through hole 42 Water stop fitting ring 44 Screwing portion 50 Power supply member 51 Circuit board 511 Light emitting diode 512 Ultraviolet lamp 513 Socket 514 Socket 515 Switch 516 Charging base 52 Battery 521 Plug 53 Power supply circuit set 531 Plug 532 Negative electrode port 533 Positive electrode port 60 Fixed base 61 Fixed blade 611 Screw hole 62 Through hole 63 Screw 64 Spring 70 Lower main body 71 Charging hole 72 Press part 80 Power supply circuit set

Claims (7)

A spray head is provided on the upper end surface, and a suction vessel is connected to the bottom of the spray head in accordance with a water stop washer, the lower end surface is an open space, and the lower end is a plurality of A water filling container provided with a water stop washer and at least one coupling hole;
An upper lid which is attached to the upper end surface of the water filling container and protects the spray head;
It includes a decorative piece, a negative electrode electrolytic piece, an insulating washer, and a positive electrode electrolytic piece, the negative electrode electrolytic piece is provided with a plurality of grooves, and a pedestal extends downward. A plurality of slots are provided, and a pedestal is extended downward. The insulating washer is interposed between the negative electrode electrolytic piece and the positive electrode electrolytic piece, and the pedestal of the negative electrode electrolytic piece is , Through the fixing hole of the insulating washer and the groove hole of the positive electrode electrolytic piece, the decorative piece is a single body having a plurality of hole openings, located above the negative electrode electrolytic piece, An electrolytic member in which the negative electrode electrolytic piece, the insulating washer and the positive electrode electrolytic piece overlap each other;
A holder in which the electrolytic member is accommodated and fixed, and a screw hole is provided at a position facing the coupling hole of the water filling container, and the screw penetrates the coupling hole and the screw hole, thereby A holder is screwed into the lower end of the filling container, a filling space is formed inside the filling container, and a pedestal of the negative electrode piece and a pedestal of the positive electrode piece are above. Two through-holes are provided, and each through-hole is provided with a water-stop fitting ring. The negative electrode electrolytic piece, the insulating washer, and the positive electrode are obtained when the holder is thermally fused with the decorative piece. The electrolytic piece is fixed, and a holder provided with at least one screwing portion on the lower end surface thereof;
A lower main body having an opening at the upper end, thermally fused with the lower end of the water filling container, and provided with a charging hole and a pressing portion on the upper side,
A screw accommodated in the lower main body and provided with a through hole at a position facing the pressing portion of the lower main body, and a screw passes through the fixed wing and is screwed into the screwed portion of the holder A fixed base provided with holes;
It is accommodated in the fixed base, and includes a circuit board, a battery, and a power supply circuit set. On the circuit board, a socket into which the plug of the battery is inserted and a plug of the power supply circuit set are inserted. A power supply member provided with a socket, wherein the power supply circuit set is provided with a positive electrode port and a negative electrode port into which the positive and negative electrode electrolyte pillars are inserted, and a switch is provided on the circuit board. And a charging base, the charging base corresponds to the charging hole of the lower main body, a power supply circuit set that can be inserted and connected from the outside and charged to the battery is provided, A power supply member that penetrates a through hole and is in contact with the switch and the pressing portion,
When the pressing portion is pressed, power is supplied from the battery, transmitted to the negative electrode and the positive electrode electrolytic piece through the power supply circuit set, and energized, so that the negative electrode piece splits and decomposes water molecules to generate hydrogen. The cosmetic spray is characterized in that the positive electrode electrolytic strip generates and decomposes water molecules to generate oxygen. The cosmetic spray according to claim 1, wherein the holder is made of a light transmissive material. The cosmetic spray according to claim 1, wherein a silicon material object capable of releasing trace mineral elements is provided on the decorative piece. The cosmetic spray according to claim 1, wherein a plurality of light emitting diodes are provided on the circuit board. The cosmetic spray according to claim 1, wherein an ultraviolet lamp is provided on the circuit board. The cosmetic spray according to claim 1, wherein a groove hole of the negative electrode electrolytic piece and a groove hole of the positive electrode electrolytic piece have a substantially cross shape. The cosmetic spray according to claim 1, wherein the switch is a fine movement switch, and when the pressing portion of the lower main body comes into contact, the spring controls the power supply of the power supply member by interlocking with the switch. .

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