KR102547378B1 - Portable skin cleansing device - Google Patents

Abstract

In the present invention, since the washing water storage unit and the contaminated water storage unit are separately configured, replenishment of washing water and discharge of contaminated water can be made more convenient. It relates to a portable skin washing device capable of conveniently recognizing the time, and a washing water storage unit for storing washing water and a contaminated water storage unit for storing contaminated water are located below the portable washing machine for spraying and sucking washing water to the skin. Storage bins separated by partition walls are detachably coupled, and a main PCB for controlling a motor for spraying and suction by battery power is provided inside the portable washer, and a predetermined inclination is provided on the upper side of the main PCB. A nozzle PCB is provided, and a tilt sensor is installed below the nozzle PCB to stop the operation of the motor when the portable washer is excessively tilted and exceeds a set value, and a drain cap is formed below the storage container. A cover is detachably coupled, and a drain hole sealed by a drain cap is formed below the contaminated water storage unit to open the drain hole to discharge the sucked polluted water to the outside and wash the inside of the opened drain hole. It is characterized in that it is configured to perform a cleaning operation by inserting a tool.
Therefore, in the present invention, since the storage container is composed of the washing water storage unit and the contaminated water storage unit, the user can arbitrarily supplement or discharge the washing water and the contaminated water, so that the use is more convenient. In addition, a tilt sensor is provided to prevent excessive tilting during use so that the washing water can be sprayed smoothly, and a water level sensor is provided so that the discharge timing of the contaminated water can be known.

Description

Portable skin cleansing device {Portable skin cleansing device}

The present invention relates to a washing device that automatically sprays washing water to clean the skin, and more particularly, since a washing water storage unit and a contaminated water storage unit are separately configured, replenishment of washing water and discharge of contaminated water are more convenient. The present invention relates to a portable skin washing device capable of conveniently recognizing the smooth spraying of washing water and the discharge timing of polluted water by a tilt sensor and a water level sensor.

In general, moisture retention of the skin is one of the absolutely necessary elements to maintain elastic skin. Accordingly, in order to maintain the moisture of the skin, cosmetics such as massage cream and moisturizer are applied to the skin to supply nutrients and at the same time to maintain moisture by supplying moisture.

As described above, the method of applying cosmetics to massage the skin is usually to apply cosmetics to the hand and massage while rubbing. There are disadvantages that cause skin troubles.

As a way to solve these disadvantages, a skin care device technology for supplying water or cosmetics by an electric method has been proposed. These skin care devices have advantages such as being convenient and effortless because they can clean the skin and perform a massage function by spraying water in an electric manner.

In this conventional technique, in Patent Publication No. 10-2017-0023670, water spraying and suctioning are performed simultaneously to keep the pressure of the sprayed water constant while more diverse control is possible, and it is possible to control the skin by using lamps, rollers, or vibrations. A water cleaner for skin care with further improved sterilization or massage function has been proposed.

However, these conventional skin care devices are bulky and heavy, and are mainly manufactured for business or home use. Accordingly, there is a demand for a skin care device that is manufactured in a small size and is easy to carry.

The present invention is to solve the above problems, and an object of the present invention is to provide an improved portable skin washing device to conveniently manage the replenishment of washing water and the discharge of contaminated water.

In addition, another object of the present invention is to provide an improved portable skin washing device capable of more smoothly spraying washing water by a set value of a sensor and recognizing the discharge time of contaminated water.

The portable skin washing device according to the present invention has a storage container in which a washing water storage unit for storing washing water and a contaminated water storage unit for storing contaminated water are divided by a partition at the lower side of the portable washer for spraying and sucking washing water to the skin. It is detachably coupled, and a main PCB for controlling a motor for injection and suction by battery power is provided inside the portable washer, and a nozzle PCB is formed on the upper side of the main PCB 40 with a predetermined inclination. A tilt sensor is installed on the lower side of the nozzle PCB to stop the operation of the motor when the portable washer tilts excessively and exceeds a set value, and a lower cover with a drain cap is detachable on the lower side of the storage container. and a drain hole sealed by a drain cap is formed below the contaminated water storage unit, the drain hole is opened to discharge the sucked contaminated water to the outside, and a cleaning tool is inserted into the open drain hole to It is characterized in that it is configured to be able to proceed with the washing operation.

According to the portable skin washing device according to the present invention, the storage container is composed of a washing water storage unit and a contaminated water storage unit, so that the user can arbitrarily replenish or discharge the washing water and contaminated water, so that the use is more convenient.

In addition, a tilt sensor is provided to prevent excessive tilting during use so that the washing water can be sprayed smoothly, and a water level sensor is provided so that the discharge timing of the contaminated water can be known.

1 is a perspective view of a portable washer and a cradle according to the present invention;
2 is a perspective view of a portable washer according to the present invention;
3 is a rear perspective view of a portable washer according to the present invention;
4 is a side view showing the internal configuration of a portable washer according to the present invention;
5 is a perspective view of a storage container according to the present invention;
6 is an exploded perspective view schematically illustrating a drain cap provided on the lower side of the contaminated water storage unit and a lower cover coupled to the lower side of the storage container according to another embodiment of the present invention.

A preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the portable skin washing device of the present invention is composed of a portable washer 100 that sprays washing water to the skin and collects contaminated water in an independent state, and a cradle ( 200) may be detachably coupled.

The portable washer 100 is configured in a small size for easy portability and can be driven using a replaceable battery, but it is preferable to use a rechargeable battery for more convenient use.

In addition, when mounted on the cradle 200, a rechargeable battery can be charged by a separate auxiliary battery inside.

In addition, it may be implemented by providing a separate charging port on the cradle to charge a rechargeable battery or an auxiliary battery wired or wirelessly by an external power source, and since the charging circuit is a known technology in the art, a detailed description below is omitted.

As shown in FIGS. 2 and 3, the portable washer 100 has a storage container 10 capable of filling the lower side with clean washing water sprayed on the skin and collecting contaminated water generated after washing with the washing water again. It is provided to be detachable, and on the upper side of the storage box 10, the main body cover 20, which is ergonomically configured to increase grip by hand, is coupled to the front and rear surfaces, and the rear upper end of the main body cover 20 A plurality of operating buttons 21 for operating the portable cleaner 100 are provided.

The operation button 21 is configured to turn on/off the power to operate and stop the device, or to adjust the suction strength, and to switch the lighting of the LED 51 installed inside according to various functions.

A connection part 22 is provided in the middle of the rear surface of the portable cleaner 100 below the operation button 21 to supply power or charge the battery 42 using a USB cable, and the main body cover ( 20) is coupled to the nozzle unit 30 on the upper side.

In the nozzle part 30, an outlet 31 for spraying washing water to the skin and a suction port 32 for sucking in contaminated water after washing the skin are formed at intervals.

On the other hand, as shown in FIG. 4, the main PCB 40 is installed inside the portable washer 100, and the main PCB 40 is installed on the rear surface to discharge the washing water of the storage container 10 and absorb the contaminated water. A motor 41 is provided, and a rechargeable battery 42 is provided on the front side of the main PCB 40.

A nozzle PCB 50 is provided on the upper side of the main PCB 40 with a predetermined inclination, and a plurality of nozzle PCBs 50 are provided on the upper side of the nozzle PCB 50 to emit lights of various colors toward the nozzle unit 30. An LED 51 is installed, and a tilt sensor 52 is installed below the nozzle PCB 50.

The inclination sensor 52 is set to stop the operation of the motor 41 when the portable washer 100 is excessively tilted and exceeds a set value, so that the washing water filled in the storage container 10 is discharged and the contaminated water is sucked in. will play a role in controlling

As the first embodiment of the present invention, the housing 60 coupled to the upper side of the storage container 10 is connected to the lower side of the motor 41, and the housing 60 is separated into two areas, one side of which is the washing water A nozzle 61 is formed, a contaminated water nozzle 62 is formed on the other side, and a water level sensor 63 is coupled to the contaminated water nozzle 62 in close proximity.

A hose (not shown) is coupled to the washing water nozzle 61 and inserted into the washing water filled in the storage container 10, and the contaminated water nozzle 62 sprays the washing water and then discharges the contaminated water generated in the skin washing process. and the water level sensor 63 measures the amount of contaminated water recovered in the storage container 10.

As a second embodiment of the present invention, the storage container 10 of the present invention, as shown in FIG. It is configured by being divided into spaces, and the washing water nozzle 61 of the housing 60 is located in the washing water storage part 12, and the contaminated water nozzle 62 and the water level sensor are located in the contaminated water storage part 13. (63) is located.

Accordingly, when the motor 41 is operated, the washing water of the washing water storage unit 12, which has risen to the washing water nozzle 61 by the hose, is sprayed through the outlet 31, and the sprayed washing water works to wash the skin. Contaminated water generated by the polluted water is absorbed through the inlet 32 and stored in the contaminated water storage unit 13 by the polluted water nozzle 62 .

At this time, the water level sensor 63 measures the amount of contaminated water filled in the contaminated water storage unit 13 and stops the operation of the motor 41 when it exceeds the set value so that the user can discharge the contaminated water to the outside. can be configured.

The discharge timing of the contaminated water is visually displayed through the lighting of the LED 51 .

Meanwhile, as shown in FIG. 6 as a third embodiment of the present invention, a lower cover 14 having a drain cap 14a is detachably coupled to the lower side of the storage container 10, When the lower cover 14 is separated, a drain hole 13a sealed by the drain cap 14a is formed below the contaminated water storage unit 13 .

Therefore, after the operation of the portable washer 100 is completed, the lower cover 14 is separated, the drain hole 13a is opened to discharge the sucked contaminated water to the outside, and the cleaning tool is contaminated through the drain hole 13a. By inserting it into the water storage unit 13, the cleaning operation can be performed.

In the portable skin cleansing device of the present invention configured as described above, the storage container 10 is divided into a washing water storage unit 12 and a contaminated water storage unit 13, so that the user can arbitrarily replenish or discharge the washing water and contaminated water. It has a more convenient effect in use.

In addition, the tilt sensor 52 is provided to prevent excessive tilting during use so that the washing water can be sprayed smoothly, and the water level sensor 63 is provided to know when the contaminated water is discharged.

10: storage box 10a: lower cover
11: bulkhead 12: washing water storage unit
13: contaminated water storage unit 13a: drain hole
14: lower cover 14a: drain cap
20: main body cover 21: operation button
22: connection part 30: nozzle part
31: outlet 32: inlet
40: main PCB 41: motor
42: battery 50: nozzle PCB
51: LED 52: tilt sensor
60: housing 61: washing water nozzle
62: contaminated water nozzle 63: water level sensor
100: portable cleaner 200: cradle

Claims (7)

A washing water storage unit 12 for storing washing water and a contaminated water storage unit 13 for storing contaminated water are formed on the lower side of the portable washer 100 for spraying and sucking washing water on the skin by a partition wall 11. The separated storage container 10 is detachably coupled, and inside the portable cleaner 100, a main PCB controlling the motor 41 for spraying washing water and sucking contaminated water by the power of the battery 42 ( 40) is provided, and a nozzle PCB 50 is provided on the upper side of the main PCB 40 with a predetermined inclination, and a portable cleaner 100 is excessively inclined on the lower side of the nozzle PCB 50 to set a set value. In the event of an abnormality, a tilt sensor 52 is installed to stop the operation of the motor 41,
A lower cover 14 on which a drain cap 14a is formed is detachably coupled to the lower side of the storage container 10, and a drain hole 13a sealed by the drain cap 14a on the lower side of the contaminated water storage unit 13. ) is formed, and the drain hole 13a is opened to discharge the sucked contaminated water to the outside, and a cleaning tool is inserted into the opened drain hole 13a to perform the cleaning operation. A portable skin cleanser.
According to claim 1,
A portable skin cleansing device, characterized in that a plurality of LEDs (51) are installed in the nozzle PCB (50) to switch the lighted color according to the function.
According to claim 1,
On the upper side of the storage container 10, a housing 60 is coupled to a housing 60, which is divided into two areas and has a washing water nozzle 61 and a polluted water nozzle 62, respectively, and the water level is formed at the portion where the contaminated water nozzle 62 is formed. A portable skin washing device, characterized in that the sensor (63) is installed.
According to claim 1,
Inside the contaminated water storage unit 13, the water level sensor measures the level of the contaminated water and generates a stop signal to stop the operation of the motor 41 when the level exceeds a set value to inform the discharge timing of the contaminated water. (63) Portable skin washing device, characterized in that installed.
According to claim 1,
Portable skin washing device, characterized in that the portable washer (100) is provided with a connection portion (22) to supply power using a USB cable or to charge the battery (42).
According to claim 1,
The portable cleaner 100 is detachably coupled to the cradle 200, and an electric charging unit is provided inside the cradle 200 to charge the battery 42 when the portable cleaner 100 is mounted. Characterized by a portable skin cleansing device.
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