KR101323067B1 - Rechangeable cosmetic rechangeable system - Google Patents

Abstract

PURPOSE: A cosmetic filling system is provided to allow a user to easily fill liquid cosmetics. CONSTITUTION: A cosmetic charging system comprises a filling device, a liquid cosmetic case, an elastic piece, and a lid. The filling device includes a hollow body unit (11), a first check valve installed on the top of the body unit, a first inhalation tube inserted into the first check valve, and a docking terminal (13) which is extended upward from the upper edge of the body unit. The liquid cosmetic case includes a hollow case (31), a second check valve installed at the lower part of the case, a spray pump (32) installed on the top of the case, and a second inhalation tube inserted into the second check valve. The elastic piece is arranged between the upper surface of the body unit and the lower surface of the case. The lid is combined with the upper surface of the case.

Description

Refillable cosmetic filling system {Rechangeable cosmetic rechangeable system}

The present invention relates to a refillable cosmetic filling system.

In particular, the present invention relates to a cosmetic filling system configured to enable consumers to easily refill cosmetics with high frequency of use and repurchase rate, such as small-capacity and expensive sunscreens.

Republic of Korea Utility Model No. 0225386 (2001.03.16., Designated name: Rechargeable spray container) is shown in Figures 1 and 2, the injection nozzle 11 in the upper portion of the sealed container (10) In the conventional spray container which is provided, the contents containing the liquefied gas is injected therein and sprayed through the nozzle 11, the interior of the support tube 21 inserted through the bottom surface of the container 10 In the upper and lower portions of the operation pipe 22 is provided with packing (25a, 25b), respectively, is inserted and elastically supported by a spring 24, the outer inlet hole (23a) through the lower opening to the operating pipe (22) A flow path 23 through which is formed is formed to form an injection hole 20 through which the contents containing the liquefied gas are injected, and the support pipe 21 is screwed into a coupling hole drilled in the bottom surface of the container 10. Rechargeable soup, characterized in that it is joined and sealed by packing 25c There is disclosed the container.

This prior art has a rechargeable inlet 20 consisting of a support tube 21 and a working tube 22 in a coupling hole drilled in the bottom of the container 10 to contain liquefied gas into the container 10. While it is claimed that the contents can be recharged freely, such a configuration has a problem in use that can be recharged by being limited to contents having a very low viscosity.

Republic of Korea Patent No. 1128326 (Registration Date: March 13, 2012, the name of the invention: the dispenser container refillable content), as shown in Figure 3 and 4, the tank having a hollow shape (2); When the cap 31 equipped with the check valve 32 is fixed to one end of the tank 2 and presses and releases the knob 34 mounted on the cap 31 so as to be pressed / restored. Contents supply means (3) for selectively opening and restoring a check valve (32) and a flow path connected to the tank (2) so that the contents stored in the tank (2) are discharged to the outside through the check valve (32) and the flow path; Watertightly and slidably assembled on the inner wall of the other end of the tank 2 so that the contents can be stored in the tank 2, which is discharged when the contents are discharged from the tank 2 by pressing and releasing the knob 34. A moving member 4 moving in the direction of the cap 31 by the content volume; And pulling the movable member 4 while supplying air into the tank 2 so as to refill the contents of the tank 2 to separate the outside of the other end of the tank 2 and refilling the contents. The cap 31 assembled at one end of the tank 2 so as to be reassembled to the inner wall of the other end of the tank 2, or to refill the tank 2; A recharging means for pulling the movable member 4 to move toward the other end of the tank 2 and recharging the contents in the tank 2 and then reassembling the cap 31 to the tank 2. Herein, the recharging means includes an air suction hole 51 penetrated through the moving member 4 to allow external air to flow into the tank 2; A receiving member 52 protruding around the air suction hole 51 of the outer wall of the movable member 4; The air intake hole 51 is opened by the user's pull when the movable member 4 is detached from the tank 2 so as to be recharged, and the air intake hole 51 is opened. Adjusting member 53 for closing the ball (51); A second elastic member 54 which provides an elastic force so that the adjustment member 53 can seal the air suction hole 51; Guide holes fastened to the receiving member 52 so as to mount the second elastic member 54, and guide the outside air to the air suction hole 51 when pulling the adjusting member 53 to refill the contents ( A cover 55 through which 551 is penetrated; And a wire 56 having one end connected to the adjusting member 53 to pull the adjusting member 53 to refill the contents.

This prior art claims that it is possible to recycle a dispenser container that is conventionally discarded because it secures a storage space for storing the contents inside the tank by pulling the moving member, and the contents can be recharged and repeatedly used in the secured storage space. However, as shown in FIG. 4, the recharging process is complicated, and thus, there is a problem in use that it is very difficult for consumers to smoothly and easily recharge the contents. In addition, such a container has a complex disadvantage in that the manufacturing cost is very high and practicality is low.

An object of the present invention created to solve the above problems is to provide a cosmetic filling system configured so that consumers can easily refill cosmetics with high frequency of use and high repurchase rate, such as a small capacity and expensive sunscreen. .

The object of the present invention is a hollow body, a first check valve installed in the upper end of the body portion, a first suction tube inserted in the lower portion of the first check valve, and the upper edge from the upper edge of the body portion A docking charger having a docking end protruding from the dock; A hollow structure case, a second check valve provided at the lower part of the case, an injection pump provided at the upper part of the case, one end is inserted into the lower part of the injection pump, and the other end is inserted into the adjoining second check valve. A liquid cosmetic container having a second suction tube; An elastic piece interposed between an upper surface of the body portion of the docking charger and a lower surface of the case; Consists of a lid coupled to the upper surface of the case, the first and second check valve is switched between a first position which is a basic position for closing the flow path and a second position for opening the flow path by an external force, When the lower portion of the liquid cosmetic container is coupled to the docking end of the docking charger, the first and second check valves are switched to communicate with the second position, and when disconnected, the first and second check valves are moved to the first position. It can be achieved by a refillable cosmetic filling system, characterized in that it further comprises a plurality of rubber pieces that are automatically switched, provided on the upper portion of the body portion of the docking charger to grip the lower side of the liquid cosmetic container.

Preferably, the case of the present invention is a rectangular shape, characterized in that the liquid cosmetic container and the docking charger is filled with liquefied gas and liquid sunscreen.

Preferably, the case of the present invention is made of steel, characterized in that it further comprises a magnetic weight installed on the lower end of the second suction tube.

Another object of the present invention is a hollow structure having a plurality of filling parts having a plurality of filling parts inwardly spaced apart from each other in the longitudinal direction, and a plurality of solenoid type third check valves respectively installed at the filling parts, respectively, A multi-docking charger having a plurality of third suction tubes respectively inserted below the third check valve; A hollow structure case, a fourth check valve installed in the lower part of the case, an injection pump provided in the upper part of the case, and one end is inserted into the lower part of the injection pump, and the other end is inserted in the vicinity of the fourth check valve. At least one liquid cosmetic container having a fourth suction tube and docked to the filling unit; A plurality of leads respectively coupled to an upper portion of each case of the liquid cosmetic container; A plurality of weight sensors interposed between an upper surface of the filling unit and a lower surface of the liquid cosmetic container; And a controller configured to control the weight sensors and the third check valve, respectively, wherein the third and fourth check valves have a first position which is a basic position of closing the flow path, and a second opening of the flow path by external force. The third and fourth check valves are switched to and communicated with each other when the lower portion of each liquid cosmetic container is coupled to each filling part of the docking charger. The check valve is automatically switched to the first position, and when the weight of the liquid cosmetic container is detected as the buffer weight by the weight sensor, the third check valve is forcibly switched to the first position by the controller. It can be achieved by a refillable cosmetic filling system characterized in that.

Preferably, the case of the present invention is a rectangular shape, characterized in that the liquid cosmetic container and the docking charger is filled with liquefied gas and liquid sunscreen.

Preferably, the case of the present invention is made of steel, characterized in that it further comprises a magnetic weight installed on the lower end of the second suction tube.

Preferably, the apparatus further includes a plurality of buffering confirmation lamps installed near each charging unit of the multi-docking charger of the present invention, wherein the buffering confirmation lamp is provided when the corresponding liquid cosmetic container is buffered by the control of the controller. It is characterized in that the light.

More preferably, further comprising a speaker installed on one surface of the multi-docking charger of the present invention, wherein the speaker with the lighting of the buffer confirmation lamp when the corresponding liquid cosmetic container is buffered by the control of the controller It is characterized by expressing an alarm sound.

Preferably, the third check valve of the present invention is automatically moved from the second position to the first position when the pressure rises more rapidly than usual even when the liquid cosmetic container is fully buffered, even if automatic switching is not performed. It is forcibly switched, and in order to release the forced switching state of the first position of the third check valve, it is characterized in that it is implemented by resetting by the controller or applying again after the power off of the multi-docking charger.

The configuration of the present invention as described above has the following effects.

First, the present invention can be repeatedly used by consumers simply fill the liquid cosmetics, such as sunscreen with high frequency of use and product purchase rate.

Second, the liquid cosmetic container of the present invention is very portable.

Third, the present invention is characterized in that when using a multi-docking charger can safely or simultaneously fill a plurality of liquid cosmetic containers.

1 is a front view showing a rechargeable spray container according to an embodiment of the prior art.
FIG. 2 is a cross-sectional view showing a charging portion at the bottom of FIG. 1.
3 is a cross-sectional view showing a dispenser container capable of recharging contents according to another embodiment of the prior art.
4 is a schematic cross-sectional view illustrating a refilling process of the dispenser container of FIG. 3.
5 is a perspective view showing a rechargeable cosmetic filling system according to an embodiment of the present invention.
6 is a perspective view illustrating a state in which the lid LID is removed from the liquid cosmetic container of FIG. 5.
FIG. 7 is a cross-sectional view taken along line 7-7 of FIG. 6.
8 is a perspective view showing the actual use state of the liquid cosmetic container.
9 is a perspective view showing a rechargeable cosmetic filling system according to another embodiment of the present invention.
FIG. 10 is a cross-sectional view taken along line 10-10 of FIG. 9.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

Liquid cosmetics to be applied to the embodiment of the present invention is a mixture of liquefied gas and sunscreen is a high frequency of use and repurchase rate is found to be a product in advance. In addition, the liquid cosmetic container of the present invention is made to be smoothly curved surface in contact with the human body in a rectangular shape so as to be easy to carry in the user's lower back pocket or upper pocket.

5 to 7, the rechargeable cosmetic filling system 100 according to the present invention includes a docking charger 10, a liquid cosmetic container 30, and a lid (LID) 50.

The docking charger 10 includes a hollow body part 11 filled with liquefied gas and a liquid cosmetic, a first check valve 15 installed at an upper end of the body part 11, and a first check valve 15. The first suction tube 16 inserted into the lower portion, and the docking end portion 12 extending protruding upward from the upper edge of the body portion (11).

Body portion 11 has a hollow structure made of a metal (especially iron) material or synthetic resin material.

The body portion 11 has a first partition wall 11a inclined downward from the lower inner surface to the center portion of the bottom surface, and the upper surface 11b is bent horizontally upward. In addition, the body portion 11 is integrally formed with a docking end portion 12 having an upper edge portion protruded upwards so that the liquid cosmetic container 30 to be described later is docked.

And, the lower portion of the upper edge portion 12 is provided with a plurality of rubber pieces 13 for holding the lower side of the liquid cosmetic container 30 in close contact.

The first check valve 15 is a valve that is switched between a first position for closing the flow path and a second position for opening the flow path so that the liquid cosmetic filled in the body portion 11 does not flow out. The upper discharge port portion of the first check valve 15 protrudes from the body portion 11, and a suction tube 16 is inserted into the lower inlet port.

Here, the discharge port of the first check valve 15 is normally maintained in the first position and is switched to the second position when compressed by the external force. On the contrary, when the external force is released, the first check valve 15 is automatically switched to the first position.

Since the configuration of the first check valve 15 is a known technology, a detailed description or illustration thereof will be omitted.

The liquid cosmetic container 30 has a hollow casing 31 filled with liquefied gas and a liquid cosmetic, a second check valve 33 disposed below the case 31, and a spray disposed above the case 31. The pump 32 and one end is inserted into the lower portion of the injection pump 32 and the other end is composed of a second suction tube 34 inserted into the adjoining second check valve 33.

The case 31 has a hollow structure made of metal or synthetic resin.

The case 31 has a second partition wall 31a inclined downward from the lower inner surface to the central portion of the bottom surface.

The second check valve 33 is a valve that is switched between a first position for closing the flow path and a second position for opening the flow path so that the liquid cosmetic filled in the case 31 does not flow out. The upper discharge port portion of the second check valve 33 is positioned inside the case 31, and the lower inlet port is exposed to the lower surface of the case 31.

Here, the discharge port of the second check valve 33 is normally maintained in the first position and is switched to the second position when compressed by the external force. On the contrary, when the external force is released, the second check valve 33 is automatically switched to the first position.

In the second check valve 33, when the liquid cosmetic container 30 is docked to the docking charger 10, the lower inlet of the second check valve 33 is engaged with the upper discharge port of the first check valve 15. The first and second check valves 15 and 33 are respectively switched to the second position so that the liquid gas and the liquid cosmetic filled in the docking charger 10 flow along the flow path of the check valves 15 and 33 so that the liquid The case 31 of the cosmetic container 30 is filled.

Since the configuration of the second check valve 33 is a known technology, a detailed description or illustration thereof will be omitted.

The injection nozzle 32a of the injection pump 32 is exposed to the outside of the case 31, and the lower part is located inside the case 31 so that the second suction tube 34 is inserted.

In addition, the injection pump 32 applied to the present invention has a structure in which the flow path is opened when an external force P, which is positioned at a first position that normally closes the flow path and presses the upper portion downward, is opened. Such a configuration is known in the art. Therefore, detailed description or illustration thereof will be omitted.

The second suction tube 34 is a corrugated pipe-type synthetic resin tube, the weight 35 is installed at the lower end is bent freely in accordance with the inclination of the liquid cosmetic container 30 is configured to easily spray the liquid cosmetics have. In addition, when the weight 35 is a magnet, the weight 35 may be attached or adjacent to the inner wall of the liquid cosmetic container 30 made of metal by magnetic force.

In addition, the liquid cosmetic container 30 is an elastic restoring force on the upper surface of the body portion 11 as a safety means for preventing the check valves 15 and 33 from being damaged by being in close contact with the docking charger 10 by excessive external force. This favorable elastic piece 14 is attached. More specifically, the elastic piece 14 is interposed between the upper surface of the body portion 11 of the docking charger 10 and the lower surface of the case 31 of the liquid cosmetic container 30.

The lid 50 is provided on the upper portion of the liquid cosmetic container 30 to accommodate the injection pump 32.

Referring to the operational relationship of the rechargeable cosmetic filling system 100 of the present invention having such a configuration as follows.

First, it is assumed that a liquid cosmetic, such as sunscreen, filled in the liquid cosmetic container 30 is completely exhausted by frequent use.

When the liquid cosmetic container 30 is docked to the docking charger 10, the first and second check valves 15 and 33 are switched to the second position so that the flow path is opened so that the body portion 11 of the docking charger 10 is opened. The liquid gas and the liquid cosmetics filled in) are introduced into the case 31 of the liquid cosmetic container 30 and filled.

At this time, the user can press the injection pump 32 of the liquid cosmetic container 30 to make the filling more efficiently, or check the filling degree.

When the filling of the liquid cosmetic is completed, the liquid cosmetic container 30 is removed from the docking charger 10, and then the lead 50 is removed and the upper part of the injection pump 32 is pressed down (P) case 31. The liquid cosmetics filled in) are injected through the injection nozzles 32a of the second suction tube 34 and the injection pump 32. Here, reference numeral 500 is a sunscreen cosmetic sprayed.

9 and 10, the refillable cosmetic filling system 200 according to another embodiment of the present invention includes a multi-dock charger 110, a liquid cosmetic container 130 equipped with a lid 150, and a refill valve. 140, the weight sensor 180, the buffer confirmation lamp 160, the speaker 170, and the controller 120.

The multi docking charger 110 is a box-shaped tank having a hollow structure made of a metal material or a synthetic resin material. Here, the multi-docking charger 110 of the present invention has a structure that can be charged at least one or more at once or at the same time so as to charge the plurality of liquid cosmetic containers 130.

The multi docking charger 110 includes a hollow body part 111 filled with liquefied gas and liquid cosmetics, a third check valve 115 spaced apart in the longitudinal direction at an upper end of the body part 111, and a third The plurality of docking parts 112 in which the third suction tube 116 inserted into the lower part of the check valve 115 and the upper surface of the body part 111 are formed inwardly downward to dock the liquid cosmetic container 130. Consists of

The body portion 111 is provided with a third partition wall 111a inclined downward from the lower inner surface to the center portion of the bottom surface. In addition, the upper surface of the body portion 111 is integrally formed with a plurality of docking portion 112 embedded in the lower spaced apart in the longitudinal direction.

The third check valve 115 is a solenoid check valve that is automatically switched between a first position for closing the flow path and a second position for opening the flow path so that the liquid cosmetic filled in the body portion 111 does not leak out. . The upper discharge port portion of the third check valve 115 protrudes from the docking portion 112 of the body portion 111, and a suction tube 116 is inserted into the lower inlet port. In addition, in FIG. 10, the entirety of the third check valve 115 is illustrated as being installed outside without being partly accommodated in the body portion 111, but this is merely an exemplary embodiment, and the third check valve 115 is provided. If only the upper discharge port portion of the exposed to the upper portion relative to the body portion 111 is irrelevant.

Here, the discharge port of the third check valve 115 is normally maintained in the first position and is automatically switched to the second position when compressed by the external force. On the contrary, when the external force is released, the third check valve 115 is automatically switched to the first position.

The third check valve 115 applied to the present invention is switched from the first position to the second position by an external force, but the method of switching from the second position to the first position is released as described above, or the set pressure The value is automatically switched when the value or the set weight value or more, and the description that is automatically switched when the set pressure value or the set weight value or more will be described later. In addition, the configuration of the third check valve 115 is based on the air technology, the detailed description and illustration thereof will be omitted.

The rechargeable container 140 is installed to be detachable to one side of the multi-docking charger 110. Here, the rechargeable container 140 is provided to separately charge when the liquid gas and the liquid cosmetics filled in the multi-docking charger 110 due to the filling, the front door 111d of the body portion 111 Removal and mounting and removal can be carried out, and when the rechargeable container 140 is mounted has a configuration in communication with the multi-charge docking device 110, a detailed illustration thereof is omitted.

The buffer confirmation lamp 160 is installed on the upper surface of the body portion 111 of the multi-dock charger 110 so as to check whether the liquid cosmetic container 130 docked in each charging unit 112 by lighting. It is.

The speaker 170 is installed at the side of the body portion 111 of the multi-docking charger 110, and generates a warning sound when fully charged by the control of the controller 120.

The weight sensor 180 is installed on the upper surface of the charging unit 112. Here, the weight sensor 180 is shown as two in FIG. 10 but is actually an annular sensor and a piezoelectric ceramic sensor.

The liquid cosmetic container 130 has a hollow case 131 filled with liquefied gas and liquid cosmetics, a fourth check valve 133 installed below the case 131, and a spray installed above the case 131. The pump 132 and one end is inserted into the lower portion of the injection pump 132 and the other end is composed of a fourth suction tube 134 inserted in the vicinity of the fourth check valve 133, the upper portion of the case 131 The lead 150 is coupled to.

The case 131 has a hollow structure made of metal or synthetic resin.

The case 131 is provided with a fourth partition 131a which is inclined downward from the lower inner side to the central portion of the bottom surface.

The fourth check valve 133 is a valve that is switched between a first position for closing the flow path and a second position for opening the flow path so that the liquid cosmetic filled in the case 131 does not flow out. The upper discharge port portion of the fourth check valve 133 is positioned inside the case 131, and the lower inlet port is exposed to the lower surface of the case 131.

Here, the discharge port of the fourth check valve 133 is normally maintained in the first position and is switched to the second position when compressed by the external force. On the contrary, when the external force is released, the fourth check valve 133 is automatically switched to the first position.

The fourth check valve 133 has a lower inlet of the fourth check valve 133 when the liquid cosmetic container 130 is docked to the charging unit 112 corresponding to the multi-docking charger 110 of the third check valve 115. And the third and fourth check valves 115 and 133 are switched to the second position, respectively, so that the liquid gas and the liquid cosmetic filled in the multi-docking charger 110 are check valves 115 ( Flow along the flow path of the 133 is filled in the case 131 of the liquid cosmetic container 130.

Since the configuration of the fourth check valve 133 is a known technology, a detailed description or illustration thereof will be omitted.

The injection nozzle 132a of the injection pump 132 is exposed to the outside of the case 131, and a lower portion thereof is positioned inside the case 131 to insert the fourth suction tube 134.

In addition, the injection pump 132 applied to the present invention has a structure in which the flow path is opened when an external force that presses the upper part downward while being positioned at a first position that normally closes the flow path is open. Such a configuration is known in the art. Detailed description or illustration thereof will be omitted.

The fourth suction tube 134 is a corrugated pipe-type synthetic resin tube, the weight 135 is installed at the lower end is bent freely according to the inclination of the liquid cosmetic container 130 is configured to easily spray liquid cosmetics have. In addition, when the weight 135 is a magnet, the weight 135 may be attached or adjacent to an inner wall of the liquid cosmetic container 130 made of metal.

The controller 120 is provided on one side of the body 111 of the multi-docking charger 110 and controls the third check valve 115, the buffer confirmation lamp 160, and the weight sensor 180, respectively.

Here, the operation relationship of the controller 120 will be described with respect to the liquid cosmetic container 130 docked in one filling portion 112 for convenience.

First, the controller 120 is operated by an auxiliary power source such as an external power source or a battery, but a detailed description thereof will be omitted since a part thereof is well known.

When the contents of the liquid cosmetic container 130 are exhausted, when the user docks to any empty filling part 112 of the multi-docking charger 110, the third and fourth check valves 115 and 133 may be removed. While automatically switched to the second position, the liquid cosmetic container 130 is filled and the final buffer when the third check valve 115 is automatically switched to the first position.

Here, the third check valve 115 maintains the second position in the second position while filling the liquid cosmetic in the second position, but is detected by the weight sensor 180 more than the set value (buffer weight) of the liquid cosmetic container 130. In this case, the weight data is transmitted to the controller 120, and the controller 120 controls the third check valve 115 by a preloaded program to automatically switch to the first position to close the flow path, thereby overloading due to overcharge. Can be solved at source.

In addition, when the liquid cosmetic container 130 is fully buffered, the third check valve 115 is automatically moved from the second position to the first position if the pressure rises more rapidly than usual. Forced to switch to, and during this switching, after removing the liquid cosmetic container 130 is maintained in the first position even after docking the liquid cosmetic container 130 is required to be filled. In this case, pressing the reset button attached to the controller 120 must release the forced switching state of the first position of the third check valve 115 to implement normal charging. In addition, another method of releasing the forced switching of the third check valve 115 may be implemented by the third check valve 115 being initialized when the multi-dock charger 110 is turned off and then applied again.

When the liquid cosmetic container 130 is fully buffered, the corresponding buffer confirmation lamp 160 is turned on or the alarm sounds through the speaker 170 under the control of the controller 120. Here, it is most preferable that the speaker 170 expresses an alarm sound with the buffer confirmation lamp 160 turned on.

As such, when the buffer confirmation lamp 160 is turned on or the alarm is sounded from the speaker 170, when the user removes the liquid cosmetic container 130 from the charging unit 112, the filling operation is completed.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: docking charger
11 body portion 12 docking end
13: rubber piece 14: elastic piece
15: first check valve 16: first suction tube
30: liquid cosmetic container
31 case 32 pump
33: second check valve 34: second suction tube
35 weight
50: lead
100: Refill Cosmetic Filling System

Claims (10)

A hollow body, a first check valve installed at an upper end of the body, a first suction tube inserted in a lower portion of the first check valve, and a docking end protruding upward from an upper edge of the body A docking charger;
A hollow structure case, a second check valve provided at the lower part of the case, an injection pump provided at the upper part of the case, one end is inserted into the lower part of the injection pump, and the other end is inserted into the adjoining second check valve. A liquid cosmetic container having a second suction tube;
An elastic piece interposed between an upper surface of the body portion of the docking charger and a lower surface of the case;
Consists of a lead coupled to the upper surface of the case,
The first and second check valves are switched between a first position which is a basic position of closing the flow path and a second position of opening the flow path by an external force,
When the lower portion of the liquid cosmetic container is coupled to the docking end of the docking charger, the first and second check valves are switched to communicate with the second position, and when disconnected, the first and second check valves are moved to the first position. Automatically switched,
Further comprising a plurality of rubber pieces provided on the upper portion of the body portion of the docking charger to grip the lower side of the liquid cosmetic container in close contact,
The case is made of steel, refilling cosmetic filling system, characterized in that it further comprises a magnetic weight installed on the lower end of the second suction tube.
The method of claim 1,
The case has a rectangular shape, refillable cosmetic filling system, characterized in that the liquid cosmetic container and the docking charger is filled with liquefied gas and liquid sunscreen.
delete A hollow body having a plurality of filling parts formed therein and having a plurality of filling parts spaced inwardly and spaced apart from each other in the longitudinal direction, a plurality of solenoid type third check valves spaced apart from the filling parts, and a lower portion of each of the third check valves. A multi-docking charger having a plurality of third suction tubes inserted respectively;
A hollow structure case, a fourth check valve installed in the lower part of the case, an injection pump provided in the upper part of the case, and one end is inserted into the lower part of the injection pump, and the other end is inserted in the vicinity of the fourth check valve. At least one liquid cosmetic container having a fourth suction tube and docked to the filling unit;
A plurality of leads respectively coupled to an upper portion of each case of the liquid cosmetic container;
A plurality of weight sensors interposed between an upper surface of the filling unit and a lower surface of the liquid cosmetic container;
Consists of a controller for controlling the weight sensors and the third check valve, respectively,
The third and fourth check valves are switched between a first position which is a basic position of closing the flow path and a second position of opening the flow path by an external force,
When the lower portion of each liquid cosmetic container is coupled to each of the charging portions of the docking charger, the third and fourth check valves are switched to communicate with the second position, and when disconnected, the first and second check valves are in the first position. Will be automatically switched to
And when the weight of the liquid cosmetic container is detected as a buffer weight by the weight sensor, the third check valve is forcibly switched to the first position by the controller.
5. The method of claim 4,
The case has a rectangular shape, refillable cosmetic filling system, characterized in that the liquid cosmetic container and the docking charger is filled with liquefied gas and liquid sunscreen.
5. The method of claim 4,
The case is made of steel,
Refilling cosmetics filling system characterized in that it further comprises a magnetic weight installed on the lower end of the second suction tube.
5. The method of claim 4,
Further comprising a plurality of buffer confirmation lamps installed adjacent to each charging unit of the multi-docking charger,
The buffer confirmation lamp is a refilling cosmetic filling system, characterized in that when the corresponding liquid cosmetic container is buffered by the control of the controller.
8. The method according to claim 4 or 7,
Further comprising a speaker installed on one side of the multi docking charger,
And the speaker expresses an alarm sound with the lighting of the buffer confirmation lamp when the corresponding liquid cosmetic container is fully buffered by the control of the controller.
5. The method of claim 4,
The third check valve is automatically forcibly switched from the second position to the first position when the pressure rises more rapidly than usual even if the liquid cosmetic container is fully buffered, even if the automatic switching is not performed by the controller.
To release the forced switching state of the first position of the third check valve is a refilling cosmetic filling system, characterized in that the reset or reset by the controller or the power off the multi-docking charger is applied again.
5. The method of claim 4,
The body further includes a door in the front,
Further comprising a rechargeable container detachably installed on one side of the multi-docking charger,
The rechargeable container may be detached from the door of the body, mounted and removed, and the rechargeable cosmetic filling system may be in communication with the multi-charge dock when the rechargeable container is mounted.

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