KR20160040870A - Device for spraying carbon acid mist comprising an ample and a bombe - Google Patents

Abstract

Provided is a facial mist for spraying carbonic acid, comprising an ampoule and a bombe, which has a control part integrating and recording the time that facial water including carbonic acid is sprayed through a nozzle, so as to effectively let a user know the time to change the ampoule and the bombe, and has more convenience and stability by the screw-fastened bombe.

Description

A device for spraying carbonic acid mist containing an ample and a bombe comprising an ampule and a bomb,

The present invention relates to a carbonic acid mist unit including an ampule and a cylinder. More particularly, the present invention relates to a carbonic acid mist unit capable of effectively informing a replacement time of an ampoule and a bomb by accumulating and recording time for spraying carbonated lotion through a nozzle, and adding convenience and stability by screwing the bomb.

The efficacy of lotions containing carbonic acid is well known.

Carbon dioxide bubbles move finely on the skin, helping to collect accumulated waste. In addition, since it has a weak acidity of about pH 4.5 to 5.5, pore cleaning and convergence effects can be expected. Accordingly, if a lotion containing carbonic acid is used as a cleanser, pore deep cleansing is possible.

In addition, when the body is soaked in a carbonated hot spring, as the skin becomes soft and livelihood, when the carbonic acid is absorbed into the body, the capillary blood is expanded and the amount of blood is increased, so that the oxygen delivery is accelerated. Unlike the moisture that evaporates in a short time, carbonic acid continues to circulate in the skin.

However, it is difficult to use lotion containing carbonic acid for cosmetics.

First, it is preferable to use a bomb that contains carbon dioxide gas at a high pressure. This is because, first, spraying the lotion containing carbonic acid to the skin rather than applying it to the skin is preferable for the cosmetic effect of the lotion containing carbonic acid and for the user's refreshing feeling, and secondly, It is desirable to dissolve carbonic acid in the cosmetic lotion containing the carbonic acid, which is caused by the fact that carbonic acid gas of high pressure is required to dissolve carbonic acid in any cosmetic lotion.

However, the bomb containing the high-pressure carbon dioxide gas is generally in the size of the bulb, and the bomb is separately provided from the cosmetic device, so the portability and usability are insufficient and the appearance is not good.

In addition, since there is a problem in controlling the amount of carbon dioxide gas discharged from the bomb, a large amount of carbon dioxide gas may be discharged unnecessarily, or a very small amount of carbon dioxide gas may be discharged, thereby causing frequent replacement of the bomb. Particularly, when a conventional general bomb is used, a safety problem may occur when a small amount of high-pressure gas remains in the bomb.

The related arts related thereto are as follows.

Korean Patent Publication No. 10-2009-0018773 discloses a facial machine in which lotion water and carbonated water are mixed and injected. However, in this technology, the bomb is located outside, inconvenient to carry, the remaining amount of carbon dioxide gas can not be confirmed, there is a danger due to the high-pressure gas in the cylinder, and there is a possibility that the user may use an excessive amount.

Japanese Unexamined Patent Application Publication No. 2009-142619, 2009-045413, 2009-018136 discloses a device which is mixed with lotion and carbonated water and used in cosmetics. However, this technology does not use high-pressure carbon dioxide gas through a bomb but uses carbonic acid in the form of a lotion, so that the types of the lotion which can dissolve carbonic acid are limited, and the spraying power is reduced, .

In addition, U.S. Patent No. 6,623,300 discloses a carbonated lotion containing a brush or the like, and Japanese Laid-open Patent Publication No. 2012-187516 discloses only a method of producing carbonated lotion.

<Conventional Patent Literature>

Korea Publication No. 10-2009-0018773

Japanese Publication No. 2009-142619

Japanese Publication No. 2009-045413

Japan Publication No. 2009-018136

US registration number 6,623,300

Japan Publication No. 2012-187516

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems.

More specifically, in order to use high-pressure carbon dioxide gas, a bomb is adopted, but the inconvenience of portability is solved to maintain convenience while improving stability.

We also propose a structure that allows the user to conveniently separate and mount the ampule and bomb.

In order to solve the above-mentioned problems, the present invention provides an ampoule inflow tube 100 to which an ampoule 10 containing cosmetic lotion is coupled; A gas injection pipe 200 to which a cylinder 20 containing high-pressure carbon dioxide gas is connected; A channel through which the cosmetic lotion introduced through the ampule inlet pipe 100 and the carbon dioxide gas injected through the gas injection tube 200 are mixed to generate carbonated lotion is built in, A body portion 300 having a nozzle 350; And a control unit 600 for controlling the nozzle 350. The control unit 600 includes a carbonic acid mist unit for accumulating and recording the time for spraying the carbonated lotion through the nozzle 350, to provide.

The carbonic acid mist unit may further include a housing 500 in which the ampoule 10, the cylinder 20, the ampoule inlet pipe 100, the gas injection pipe 200, and the body 300 are installed. The indicator light 530 is connected to the control unit 600 and blinks when the accumulated carbonated water spraying time is equal to or longer than a preset time desirable.

In another embodiment, an ampoule sensor 611 for detecting the inflow of lotion water from the ampoule 10; And a cylinder sensor 612 for detecting whether carbon dioxide is injected in the cylinder 20. The control unit 600 controls the flow of the infusion time of the infant lotion on the basis of inflow of the infant lotion sensed by the ampule sensor 611, &Lt; / RTI &gt; The carbon dioxide gas injection time is accumulated and recorded on the basis of whether the carbon dioxide gas is sensed by the cylinder sensor 612. The indicator lamp 530 is located in the housing 500, A lamp 531 and a bombardment indication lamp 532. The ampule replacement indicator 531 is connected to the controller 600 and blinks when the integrated lotion inflow time is equal to or longer than a preset time, The bombardment indication lamp 532 is connected to the controller 600 and blinks when the accumulated carbon dioxide gas injection time is more than a preset time.

Further, the carbonic acid mist unit may include an operation unit 400 for interrupting the flow path; And a housing 500 in which the ampoule 10, the cylinder 20, the ampoule inlet pipe 100, the gas injection pipe 200, and the body 300 are housed, The switch 540 is positioned on the switch 500. When the switch 540 is switched on, the actuating part 400 is operated so that the toilet water flows into the flow path and carbon dioxide gas is injected .

The actuating part 400 includes a pressure plate 410 which can be moved up and down, a spring 420 positioned below the pressure plate 410, and a pressure plate 451 for pressing the pressure plate 410 When the switch 540 is turned on, the push plate 451 presses the pressure plate 410 by the switch 540 to introduce the toilet water into the channel and inject carbon dioxide gas.

In this case, an actuator 450 for actuating the pressure plate 451 is disposed on one side of the pressure plate 451. When the switch 540 is switched on, the actuator 450 moves the pressure plate 451 ).

The pressing plate 410 is positioned below the upper surface of the actuating part 400 and the pressing plate 451 is inserted between the pressing plate 410 and the upper surface of the actuating part 400 And the actuator 450 moves the part of the pressure plate 451 downward.

When the switch 540 is turned on, it is preferable that the toilet water is introduced into the channel for a predetermined period of time and the switch 540 is automatically switched off after the carbonic acid gas is injected.

In this case, a value obtained by dividing the predetermined total usage time of the ampule 10 by the predetermined time is equal to a value obtained by dividing the predetermined total usage time of the vat 20 by the preset predetermined time desirable.

In another embodiment, when the switch 540 is switched on, the air inside the flow path is discharged to the outside, so that the toilet water flows into the flow path from the ampule 10, It is preferable that a gas is injected into the flow path.

The bomb 20 may be screwed into the gas injection pipe 200.

The gas injection pipe 200 is provided with a gas removal port 220. The gas removal port 220 is formed in the gas injection port 200 when the bomb 20 is fastened to the gas injection pipe 200. [ Is preferably located at a height lower than the height of the uppermost part of the male screw (21) of the cylinder (200) in the tube (200).

The ampule 10 may be detachably attached to the ampule inlet pipe 100 and an ampule replacement port 510 may be located in a portion of the housing 500 corresponding to the ampule 10, The bomb replacing unit 520 is located in a part of the housing 500 corresponding to the bomb replacing unit 520.

According to the present invention, it is possible to provide a portable carbon mist mounter having good portability by adopting small ampoules and bombs. In order to use a bomb containing high pressure carbon dioxide gas, any lotion may be used.

In order to adopt a small ampule and a bomb, frequent replacement may be required. However, according to the present invention, the replacement time can be informed to the user effectively and the replacement frequency can be lowered because the usage amount is limited once.

In addition, safety may be a problem when adopting a bomb. It is safe because it adopts a screw connection method and is designed to leak out residual gas during release.

In addition, cosmetic lotion and carbonic acid gas can be mixed and flowed into the channel by the pressure difference without using a separate pump or the like, so that a carbonic acid mist can be provided which is light, simple in structure, and cost effective.

Both mechanical and electronic operation are possible.

Fig. 1 shows an appearance of a carbonic acid mist unit according to the present invention, in which parts of parts mounted or not shown are indicated by dotted lines.
2 is a conceptual diagram for explaining a control method of the carbonic acid mist device according to the present invention.
3 is an exploded perspective view of internal parts of the carbonic acid mist unit according to the present invention, and Fig. 4 is a perspective view seen from another direction.

Hereinafter, the term "high pressure" carbon dioxide stored in the cylinder is used. The term "bomb" itself refers to a cylinder for storing high pressure gas, in the case of storing the initial gas, it is generally stored at a pressure of about 1800 psi and thereafter the pressure gradually decreases as the gas is used, The pressure gauge is attached to the bomb. Since the gauge covers 0 to 2000 psi, it should be noted that it is not only impossible to specify how high the pressure is, but it is also highly volatile. That is, in the present specification, "high pressure" should be understood as carbon dioxide gas pressure that can be stored in the cylinder as carbon dioxide gas of more than 1 psi, and it is easy for a person skilled in the art to understand it, It is irrelevant to the main idea, and there is no problem with the specification of the invention.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, a carbonated mister according to the present invention will be described with reference to the drawings.

As shown in FIG. 1, the internal components are mounted inside the housing 500.

The housing 500 is provided with an ampoule replacement unit 510 capable of replacing the ampoule 10, a bomb replacing unit 520 capable of replacing the bomb 20, a display lamp 530, do. Also, the nozzle 350 is exposed to the outside.

The indicator lamp 530 includes an ampoule replacement indicator lamp 531, a bombardment indicator lamp 532, and a battery replacement indicator lamp 533, as can be seen from Figs. 1 and 2. Through each, the user can easily grasp when and what to replace. Also, it is needless to say that it is not necessarily physically divided into three indicator lights, and it is needless to say that they can be separately displayed by one indicator.

The internal structure will be described with reference to Fig.

The carbonic acid mist unit according to the present invention comprises an ampoule inlet pipe 100 in which the ampoule 10 is mounted, a gas injection pipe 200 in which the bomb 20 is mounted, (Not shown), an operation part 400 for interrupting the flow path (not shown), and a control part 600 (see FIG. 2).

The ampoule 10 contains lotion. The lotion may be water or any liquid containing a functional material in water. High pressure carbon dioxide gas can easily be dissolved in such lotion.

The connection part 11 is protruded from the upper end of the ampule 10. The connection part 11 can be easily inserted and removed by being inserted into the ampule connection hole 110 provided at one side of the ampule inlet pipe 100, If you do, you can keep your secrets. It is a matter of course that any conventional method of attachment and detachment may be employed.

On the other side of the ampule inlet pipe 100, a toilet water inlet 130 communicating with a channel (not shown) in the body 300 is located.

A high-pressure carbon dioxide gas is contained in the cylinder 20.

The male screw 21 is located at the upper end of the cylinder 20 and the male screw 21 can be screwed to the female screw 210 located at one side of the gas injection pipe 200.

Generally, the bombs are not screwed to prevent leakage of the high-pressure gas. However, since the small bomb 20 having a small capacity is used as described later in the present invention, the leakage problem is less likely to occur, The user removes the remaining gas in the cylinder 20 to be discharged through the gas removal port 220 easily.

3, in the case of the gas elimination tool 220, the male thread 21 of the cylinder 20 is inserted into the gas injection tube 200 when the cylinder 20 is fastened to the gas injection tube 200, The bomb 20 is gradually lowered when the user rotates and releases the bomb 20 in order to remove the combined bomb 20 so that the bomb 20 can be lifted before it is completely released, The high pressure gas can be discharged to the outside through the degassing opening 220 before the bomb 20 is released. That is, the stability of the user is enhanced.

In short, by adopting the screw method, the convenience of the user is improved and the stability is improved.

A gas injection port (not shown) is located at the other side of the opposing gas injection pipe 200 on one side where the female screw 210 is located and injects high-pressure carbon dioxide gas injected from the cylinder 20 into a flow path .

The body part 300 is provided with a toilet bowl water inlet 130 and a channel (not shown) communicating with a gas inlet (not shown) Are mixed to produce carbonated lotion.

A nozzle 350 is disposed at one side of the body 300 to discharge carbonated lotion water generated in a flow path (not shown) to the outside.

The operation part 400 is located above the body part 300.

When the user operates the carbonic acid mist unit using the switch 540, the operating unit 400 can instantaneously discharge the air inside the oil passage (not shown) to the upper portion. The pressure inside the flow path (not shown) is lowered, so that the toilet water flows naturally from the ampule 10 without the need for a pump or the like, and carbon dioxide gas is injected from the valve 20.

The manner in which the actuating part 400 operates can be both mechanical and electronic.

The case of mechanical type is explained.

When the user actuates the switch 540, a member (not shown) connected to the switch 540 actuates the actuator 450 to move the piston 452.

The piston 452 is connected to the lower portion of the pressure plate 451. The pressure plate 451 is positioned such that a part of the pressure plate 451 is inserted between the pressure plate 410 of the actuating part 400 and the upper surface of the actuating part 400. Accordingly, when the piston 452 moves, a portion not inserted from the pressure plate 451 is raised, and a part inserted by the lever principle is lowered, and naturally, the pressure plate 410 is lowered. Since the spring 420 is attached to the lower portion of the pressure plate 410, the pressure plate 410 is returned to its original position after a predetermined period of time.

In the case of the electronic type, an electrical signal for moving the pressure plate 410 without the separate pressure plate 451, the piston 452 and the actuator 450 may be generated from the control unit 600, or may be constituted by the pressure plate 451, The control unit 600 may be configured to include both the actuator 452 and the actuator 450 and generate an electrical signal for moving the actuator 450. [

Next, the control method will be described with reference to FIG.

The control unit 600 is associated with the switch 540 in the case of the above-described electronic type. When the user activates the switch 540 on, the valve 614 is opened so that it is operated only for a predetermined predetermined time. In other words, the valve 614 is operated so that the switch 540 is automatically switched off when a predetermined time has elapsed.

Here, the preset predetermined time is about 10 seconds, which is a time considering one usage amount of the user's mist unit. As a result, the use time of the ampule 10 and the bomb 20 can be effectively canceled as described below. So that it is preferable for the control.

In addition, it is preferable that the user who has used a number of times during the predetermined period of time can replace the ampule 10 and the vat 20 at the same time. For this purpose, the value obtained by dividing the predetermined total usage time of the ampule 10 by the predetermined time is preferably equal to a value obtained by dividing the predetermined total usage time of the vat 20 by the preset predetermined time . For example, if the preset predetermined time is 10 seconds, the amount of use of the ampule 10 is set to be 70 seconds so that the total usage time of the ampule 10 is set to 70 seconds, The user is preferably able to replace the ampule 10 and the bomb 20 at the same time every week when used once a day.

In one embodiment, the control unit 600 is associated with an indicator lamp 530.

The control unit 600 accumulates and records the time for spraying the carbonated lotion through the nozzle 350 through a separate sensor (not shown). For example, if the preset predetermined time is 10 seconds and used seven times, a time of 70 seconds will be accumulated and recorded.

The indicator lamp 530 is connected to the controller 600 so that it can be informed to the user that it is necessary to replace the ampule 10 and the bulb 20 because the accumulated carbonated lotion spraying time is longer than a preset time .

In another embodiment, the control unit 600 is connected to the ampoule replacement indicator lamp 531, the bombardment indicator lamp 532, and the battery replacement indicator lamp 533 to inform the ampoule replacement timing, .

For example, the controller 600 accumulates the lotion inflow time on the basis of the inflow of the lotion sensed by the ampule sensor 611 located in the ampule inlet pipe 100, The carbonic acid gas injection time can be accumulated and recorded on the basis of whether or not the carbon dioxide gas detected by the cylinder sensor 612 is injected. The battery sensor 613 may be further utilized.

Since the ampule replacement indicator lamp 531 is connected to the controller 600 and blinks when the integrated lotion inflow time is equal to or longer than a preset time and the bombardment indicator lamp 532 is also connected to the controller 600, If the accumulated carbonic acid gas injection time is longer than a predetermined time, the user can be notified that the ampoule 10 and the cylinder 20 need to be replaced.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. It will be understood that the present invention can be changed.

10: ampoule
11: Connection
20: Bombay
21: Male thread
100: ampoule inlet pipe
110: ampoule connector
130: Lotion inlet
200: gas injection tube
210: Female threads
220: degassing chamber
300:
350: Nozzle
400:
410: Platen
420: spring
450: Actuator
451:
452: Piston
500: housing
510: ampoule replacement
520: Bomb replacer
530: Indicators
531: Replacement lamp for ampoule
532: Bomb replacement indicator
533: Battery replacement indicator
540: Switch
600:
611: Amplifier sensor
612: Bomb sensor
613: Battery sensor
614: Valve

Claims (14)

An ampoule inlet pipe (100) to which an ampoule (10) containing lotion is combined;
A gas injection pipe 200 to which a cylinder 20 containing high-pressure carbon dioxide gas is connected;
A channel through which the cosmetic lotion introduced through the ampule inlet pipe 100 and the carbon dioxide gas injected through the gas injection pipe 200 are mixed to produce carbonated lotion is built in, A body portion 300 having a nozzle 350; And
And a controller (600) for controlling the nozzle (350)
The control unit 600 accumulates the time for spraying the carbonated lotion through the nozzle 350,
Carbonate mists.
The method according to claim 1,
The carbonic acid mist unit further includes a housing 500 in which the ampoule 10, the cylinder 20, the ampoule inlet pipe 100, the gas injection pipe 200, and the body 300 are installed ,
An indicator light (530) is positioned on the housing (500)
The indicator lamp 530 is connected to the controller 600. When the accumulated carbonated lotion spraying time is equal to or longer than a preset time,
Carbonate mists.
The method according to claim 1,
The carbonic acid mist unit includes a housing 500 having the ampoule 10, the cylinder 20, the ampoule inlet pipe 100, the gas injection pipe 200, and the body 300; An ampoule sensor 611 for detecting whether the lotion is introduced into the ampoule 10; And a cylinder sensor (612) for detecting whether carbon dioxide is injected in the cylinder (20).
Carbonate mists.
The method of claim 3,
The control unit 600 accumulates the lotion inflow time based on whether the infant lotion sensed by the ampule sensor 611 inflows and records the lotion inflow time, The carbonic acid gas injection time is accumulated and recorded on the basis of whether the carbonic acid gas is detected by the cylinder sensor 612,
An indicator lamp 530 is positioned on the housing 500 and the indicator lamp 530 includes an ampoule replacement indicator lamp 531 and a bombardment indicator lamp 532,
The ampoule replacement indicator lamp 531 is connected to the control unit 600 and blinks when the integrated lotion inflow time is equal to or longer than a predetermined time,
The bomb replacing indicator 532 is connected to the controller 600 and is turned on when the accumulated carbon dioxide gas injecting time is equal to or longer than a predetermined time,
Carbonate mists.
The method according to claim 1,
The carbonic acid mist-
An operation part 400 for interrupting the flow path; And
And a housing 500 in which the ampule 10, the cylinder 20, the ampule inlet pipe 100, the gas injection pipe 200, and the body 300 are installed,
A switch 540 is located in the housing 500,
When the switch 540 is turned on, the actuating part 400 is actuated so that the toilet water flows into the flow path and the carbon dioxide gas is injected.
Carbonate mists.
The method according to claim 1,
The carbonic acid mist-
An operation part 400 for interrupting the flow path; And
And a housing 500 in which the ampule 10, the cylinder 20, the ampule inlet pipe 100, the gas injection pipe 200, and the body 300 are installed,
A switch 540 is located in the housing 500,
The operation unit 400 includes a pressing plate 410 which can be moved up and down, a spring 420 positioned below the pressing plate 410, and a pressing plate 451 for pressing the pressing plate 410,
When the switch 540 is turned on, the push plate 451 pushes the pressure plate 410 by the switch 540, and the toilet water flows into the channel,
Carbonate mists.
The method according to claim 6,
An actuator 450 for operating the pressure plate 451 is located at one side of the pressure plate 451,
When the switch 540 is switched on, the actuator 450 moves the pressure plate 451,
Carbonate mists.
8. The method of claim 7,
The pressure plate 410 is positioned below the upper surface of the actuating part 400,
The push plate 451 is positioned between the pressure plate 410 and the upper surface of the actuating part 400 so as to be partially inserted therein,
The actuator 450 is configured to move the part of the pressure plate 451 downward,
Carbonate mists.
9. The method according to any one of claims 5 to 8,
When the switch 540 is switched on, the switch 540 is automatically switched off after the toilet water has flown into the channel for a predetermined predetermined time and the carbonic acid gas has been injected.
Carbonate mists.
10. The method of claim 9,
The value obtained by dividing the predetermined total usage time of the ampule 10 by the preset predetermined time is equal to a value obtained by dividing the predetermined total usage time of the vat 20 by the preset predetermined time,
Carbonate mists.
9. The method according to any one of claims 5 to 8,
When the switch 540 is turned on, cosmetic water flows into the channel from the ampule 10 as the air inside the channel is discharged to the outside, and at the same time, Injected,
Carbonate mists.
An ampoule inlet pipe (100) to which an ampoule (10) containing lotion is combined;
A gas injection pipe 200 to which a cylinder 20 containing high-pressure carbon dioxide gas is connected; And
A channel through which the cosmetic lotion introduced through the ampule inlet pipe 100 and the carbon dioxide gas injected through the gas injection pipe 200 are mixed to produce carbonated lotion is built in, A carbonic acid mist unit comprising a body portion (300) having nozzles (350)
The bomb 20 is screwed into the gas injection tube 200,
Carbonate mists.
13. The method of claim 12,
The gas injection pipe 200 is provided with a gas removal port 220,
The gas removal port 220 is formed in the gas injection pipe 200 when the bomb 20 is fastened to the gas injection pipe 200 so as to be smaller than the height of the uppermost part of the male screw 21 of the bomb 20 Located at a low height,
Carbonate mists.
14. The method of claim 13,
The carbonic acid mist unit further includes a housing 500 in which the ampoule 10, the cylinder 20, the ampoule inlet pipe 100, the gas injection pipe 200, and the body 300 are installed ,
The ampule 10 is detachable to the ampule inlet pipe 100,
An ampoule replacing hole 510 is located in a part of the housing 500 corresponding to the ampule 10 and a bomb replacing hole 520 is formed in a part of the housing 500 corresponding to the bomb 20 Located,
Carbonate mists.

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