KR20130090981A - Apparatus having motor driving brush only used in cleaning make-up - Google Patents

Abstract

PURPOSE: A motor-driven brush for cleaning makeup is provided to apply cleansing cream on the face and to permeate the cleansing cream into the pores of the skin. CONSTITUTION: A motor-driven brush for cleaning makeup comprises a case (11), a brush (12), a cleansing cream cask (13), a pumping unit (14), a driving unit (15), and a power supply unit (16). The brush is detachably and rotationally installed in the case. The cleansing cream cask is detachably installed in the case. The pumping unit pumps the cleansing cream stored in the cleansing cream cask to the brush. The driving unit rotates the brush. The power supply unit supplies power source to the driving unit.

Description

Electric brush device for exclusive use of toilet paper {APPARATUS HAVING MOTOR DRIVING BRUSH ONLY USED IN CLEANING MAKE-UP}

The present invention relates to an electric brush apparatus.

In general, a cleansing cream is applied to the face and rubbed by hand to form a foam, followed by a face wash to remove facial makeup. If you remove eyelash makeup, apply a remover to the cotton ball and wipe the eyelashes down with the cotton ball.

However, when removing facial makeup, if the cleansing cream is not rubbed thoroughly, makeup powder may remain on the face even after washing. Recently, as the powder becomes finer, makeup powder penetrating deep into the pores tends to remain on the face even after washing. The makeup powder left on the face can cause skin diseases along with pigmentation (色素 沈着).

In addition, due to the narrow relationship between the eyelashes, the user must rub the eyelashes strongly with a cotton pad coated with the remover to penetrate the remover deeply between the eyelashes. In the process of erasing the mascara, the user can not control the power, mascara-covered cotton ball off the eyelashes, the mascara can be buried around the eyes (radius about 3 ~ 4cm). This buried mascara can cause pigmentation.

Also, mascara that remains in the eyelashes can enter the eye and cause eye disease.

It is an object of the present invention to provide a cleansing cream on the face, which can penetrate the cleansing cream deep into the pores, and provides an electric brush device for toilet paper.

In addition, another object of the present invention, deeply penetrates the remover to the eyelashes and supply heat to the eyelashes, to provide an electric brush device for the toilet paper only for the user can easily erase mascara even if the user gently rubs the eyelashes with a cotton ball have.

Electric brush device for toilet paper for achieving the above object,

case;

A brush detachably and rotatably installed on the case;

A cleansing cream container detachably installed on the case;

A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;

A drive unit for rotating the brush; And

And a power supply unit supplying power to the driving unit.

The brush,

A header having a discharge hole through which the cleansing cream is discharged; And

It is composed of; microfiber planted on the upper surface of the header.

Further, the above-

case;

A detachable and rotatably installed in the case, the brush comprising a header having a discharge hole through which a cleansing cream is discharged and a microfiber planted on an upper surface of the header;

A cleansing cream container detachably installed on the case;

A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;

A drive unit for rotating the brush;

A heat supply unit for supplying heat to the microfibers; And

And a power supply unit supplying power to the driving unit and the heat supply unit.

The heat supply unit,

An anode and a cathode protrusion respectively installed on an upper surface of the case and connected to a positive electrode, a negative electrode, and a wire of the battery constituting the power supply unit;

It is installed on the bottom of the header, the positive electrode plate and the negative electrode plate of the concentric circles in friction contact with the positive and negative projections, respectively;

A spiral heating wire installed at an upper surface of the header, the one end and the other end of which are connected to each other by the positive electrode plate and the negative electrode plate; And

It is achieved by the electric brush device for toilet paper consisting of; a temperature control switch for supplying or blocking power to the hot wire, and adjusting the temperature of the heat supplied by the hot wire.

Further, the above-

case;

A brush detachably and rotatably installed on the case;

A cleansing cream container detachably installed on the case;

A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;

A drive unit for rotating the brush; And

And a power supply unit supplying power to the driving unit and the brush.

The brush,

A header;

Microfibers planted at the end of the header;

A vibration motor for vibrating the microfine yarns; And

Consists of a heating wire for supplying heat to the microfibers,

The hot wire portion,

A concentric positive plate and a negative plate disposed on the bottom surface of the header; And

Twisted at the end of the header, the positive electrode plate and one end is connected, and the negative electrode plate and the other end is connected to; heating brush is achieved by a dedicated toilet brush device consisting of.

According to the present invention, the microfiber rotates to cleanly apply the cleansing cream to the face. In addition, microfibers, which are 100 times thinner than hair, penetrate deep into the pores, removing wastes and makeup powder accumulated in the pores.

In addition, the heat supplied by the heating wire expands the pores so that the microfibers can penetrate the cleansing cream deep into the pores. Therefore, the cosmetic powder on the face is removed close to 100%, it is possible to prevent skin diseases caused by the remaining cosmetic powder.

In addition, the present invention, the microfiber rotates and vibrates deeply penetrates the remover between the eyelashes, and the heat supplied by the heating wire melts the mascara, so that the user can easily erase the mascara even by gently rubbing the eyelashes with a cotton pad. Therefore, when the user rubs the eyelashes with the cotton pads, the mascara-bound cotton sticks out of the eyelashes and the mascara adheres to the periphery of the eye (radius about 3-4 cm) and prevents the mascara from causing the pigmentation. can do.

In addition, the mascara on the eyelashes is almost 100% removed, preventing the surrounding skin deposits and eye diseases caused by the remaining mascara.

1 is a perspective view of an electric brush device for toilet paper according to the first embodiment of the present invention.
FIG. 2 is a diagram illustrating a cross section II-II of FIG. 1.
3 is a longitudinal cross-sectional view of an electric brush device for exclusive use of toilet paper according to a second embodiment of the present invention.
4 is a perspective view illustrating the header shown in FIG. 3.
FIG. 5 is a view showing the underside of the header shown in FIG. 4. FIG.
6 is a view showing a brush for mascara erase only.

Hereinafter, the electric brush device for toilet paper according to the first embodiment of the present invention will be described in detail.

1 is a perspective view of an electric brush device for toilet paper according to the first embodiment of the present invention. FIG. 2 is a diagram illustrating a cross section II-II of FIG. 1. The solid arrow shown in FIG. 1 indicates the direction of rotation of the brush, and the dotted arrow indicates the direction of movement of the switch.

As shown in Fig. 1 and 2, the electric brush device 10 for toilet paper according to the first embodiment of the present invention, the case 11, the brush 12, the cleansing cream container 13, the pumping unit 14, the drive part 15, and the power supply part 16 are comprised.

The case 11 has an external appearance and has a size that can be held by hand.

The brush 12 is detachably and rotatably installed on the upper side of the case 11.

The brush 12 is composed of a header 121 and an ultrafine thread 122.

The header 121 is cylindrical. A discharge hole 121a through which the cleansing cream is discharged is provided at the center of the header 121. A rear of the header 121 is provided with a pair of detachable grooves 121b.

The ultrafine yarn 122 is densely planted on the upper surface of the header 121. The ultrafine hairs 122 are defined as fibers thinner than one hundredth of the thickness of human hair.

The cleansing cream container 13 is detachably attached to the rear side of the case 11. The inlet of the cleansing cream container 13 is screwed to the case 11. In the cleansing cream container 13, the cleansing cream C is stored. The user can refill the cleansing cream C by removing the cleansing cream container 13.

The pumping unit 14 pumps the cleansing cream C stored in the cleansing cream container 13 with the brush 12.

The pumping unit 14, the pumping chamber 141, the first pipe 142, the second pipe 143, the flexible tube 144, the funnel 145, the button 146, the compression spring 147 , A stopper 148 and a blocking plate 149.

The pumping chamber 141 is located inside the cleansing cream container 13.

The first pipe 142 communicates the pumping chamber 141 and the cleansing cream container 13, and is installed in a vertical direction on the bottom surface of the pumping chamber 141.

The second pipe 143 is inserted into the discharge hole 121a by an interference fit method.

The flexible tube 144, the second tube 143 and one end is connected, the pipe portion 145b and the other end of the funnel 145 is connected.

The flexible tube 144 is located inside the case 11, and the funnel 145 is bent when it is lowered and bent when it is raised.

The funnel 145 is composed of a head 145a located inside the pumping chamber 141 and a pipe part 145b located inside and outside the pumping chamber 141. The presser plate 145bb is provided in the lower outer peripheral surface of the pipe part 145b.

The button 146 presses the pressure plate 145bb to lower the head 145a of the funnel 145 in the pumping chamber 141 and compress the compression spring 147. When the head 145a of the funnel 145 is lowered, the space S between the funnel 145 and the pumping chamber 141 is reduced.

When the button 146 no longer presses the pressing plate 145bb, the compression spring 147 raises the pressing plate 145bb while expanding. When the head 145a of the funnel 145 is raised, the space S between the funnel 145 and the pumping chamber 141 is increased.

The stopper 148 is installed across the inside of the pumping chamber 141. The stopper 148 is provided with holes 148a through which the cleansing cream C can pass. The stopper 148 limits the rising distance of the blocking plate 149.

The blocking plate 149 is installed without being restrained between the bottom surface of the pumping chamber 141 and the stopper 148.

When the user presses the button 146 to lower the head 145a of the funnel 145 in the pumping chamber 141, the blocking plate 149 descends while the pumping chamber 141 and the first pipe 142 are moved. The communication hole 142a is blocked. At the same time, as the space S between the funnel 145 and the pumping chamber 141 is reduced, the cleansing cream C stored in the pumping chamber 141 is provided with the pipe part 145b, the flexible tube 144, and the second pipe 143. ) Is discharged to the microfiber 122 through the discharge hole 121a.

If the user does not press the button 146, the head 145a of the funnel 145 is raised in the pumping chamber 141, and the blocking plate 149 is also raised, while the pumping chamber 141 and the first pipe 142 are raised. Open the communication hole 142a). At the same time, while the space S between the funnel 145 and the pumping chamber 141 is increased, the cleansing cream C stored in the cleansing cream container 13 enters the pumping chamber 141 through the first pipe 142.

The drive unit 15 includes a motor 151, a gear 152, and a detachable hook 153.

The motor 151 rotates the gear 152.

The gear 152 rotates using the first pipe 142 as the rotation axis.

The detachable hook 153 is provided on the upper surface of the gear 152, and is inserted into the pair of detachable grooves 121b. When the pair of detachable hooks 153 are inserted into the pair of detachable grooves 121b, the brush 12 is rotatably installed on the upper side of the case 11. Then, when the gear 152 rotates, the brush 12 also rotates.

The user can replace the brush 12 by pulling the detachable hook 153 from the detachable groove 121b to separate it, or by pushing the detachable hook 153 into the detachable groove 121b.

The power supply unit 16 supplies power to the motor 151.

The power supply unit 16 includes a battery 161 and a switch 162. Of course, the power supply unit 16 may further include a configuration capable of receiving external AC power.

The battery 161 is a disposable battery or a rechargeable battery.

The switch 162 is a trigger switch. Of course, the type of switch 162 may be various, such as a button type, a slider type.

The switch 162 supplies or cuts off the power of the battery 161 to the motor 151 through a wire (W). When the user pulls the switch 162, power is supplied to the motor 151, and when the user releases the switch 162, the power supplied to the motor 151 is cut off while returning to the original position.

Hereinafter, a method of erasing facial makeup using an electric brush for toilet paper according to a first embodiment of the present invention will be described.

1 and 2,

The user presses the button 146 to lower the head 145a of the funnel 145 in the pumping chamber 141. The cleansing cream C in the pumping chamber 141 passes down the hole 148a provided in the stopper 148 and then lowers the blocking plate 149. The blocking plate 149 blocks the communication holes 142a of the pumping chamber 141 and the first pipe 142. At the same time, while the space S between the funnel 145 and the pumping chamber 141 becomes smaller, the cleansing cream stored in the pumping chamber 141 is the pipe portion 145b, the flexible tube 144 and the second of the funnel 145. Through the tube 143 and the discharge hole 121a, the fine particles 122 are discharged.

The user pulls the switch 162. Power of the battery 161 is supplied to the motor 151. The motor 151 rotates the gear 152. The gear 152 rotates the header 121. The header 121 rotates the microfibers 122.

The user places the rotating microfiber 122 on his face. Microfiber (122) rotates to cleanly apply cleansing cream to the face. In addition, the micro-fine yarn 122 penetrates deep into the pores, and removes waste products and makeup powder accumulated in the pores.

After a certain period of time, the user cleanses and removes a cleansing cream containing makeup powder and waste.

Hereinafter, the electric brush device for toilet paper according to the second embodiment of the present invention will be described in detail.

3 is a longitudinal cross-sectional view of an electric brush device for exclusive use of toilet paper according to a second embodiment of the present invention.

As shown in FIG. 3, the electric brush device 20 for exclusive use of the toilet paper according to the second embodiment of the present invention includes a case 21, a brush 22, a cleaning cream container 23, and a pumping part 24. And a driving unit 25, a power supply unit 26, and a heat supply unit 27.

In the electric brush device 20 for toilet paper according to the second embodiment of the present invention, the rest of the configuration except for the power supply unit 26 and the heat supply unit 27, the electric brush for toilet paper according to the first embodiment of the present invention The configuration is the same as that of the device 10. Therefore, description of the remaining configuration is omitted.

4 is a perspective view illustrating the header shown in FIG. 3. FIG. 5 is a view showing the underside of the header shown in FIG. 4. FIG. For the sake of simplicity, the drawings of the microfiber, the detachable groove and the discharge hole are omitted in FIGS. 4 and 5.

3 to 5,

The power supply unit 26 supplies power to the heat supply unit 27 as well as the drive unit 25.

The heat supply part 27 includes a positive electrode protrusion 271, a negative electrode protrusion 272, a positive electrode plate 273, a negative electrode plate 274, a heating wire 275, and a temperature control switch 276.

The anode protrusion 271 and the cathode protrusion 272 are provided on the upper surface of the case 21, respectively. The anode protrusion 271 is connected to the + pole of the battery 261 by a wire (W), and the cathode protrusion 272 is connected to the-pole of the battery 261 by a wire (W).

The positive electrode plate 273 is provided on the bottom surface of the header 221 and is in frictional contact with the positive electrode protrusion 271. Since the positive electrode plate 273 has a concentric shape, the positive electrode protrusion 271 may be supplied with + power while continuously contacting the positive electrode plate 273 while the header 221 rotates.

The negative electrode plate 274 is installed on the bottom surface of the header 221 and is in frictional contact with the negative electrode protrusion 272. Since the negative electrode plate 274 has a concentric shape, while the header 221 rotates, the negative electrode protrusion 272 may be supplied with power while being in constant frictional contact with the negative electrode plate 274.

The diameter of the positive electrode plate 273 is larger than that of the negative electrode plate 274 so that the positive electrode plate 273 and the negative electrode plate 274 do not overlap. Of course, the diameter of the negative electrode plate 274 may be made larger than that of the positive electrode plate 273.

The hot wire 275 has a spiral shape. One end of the heating wire 275 is connected to the positive electrode plate 273 and the wire (W), and the other end of the heating wire 275 is connected to the negative electrode plate 274 and the wire (W). The type of hot wire 275 may be various, such as iron chromium wire, nickel chromium wire, and tungsten wire.

The temperature control switch 276 supplies or cuts off the power of the battery 261 to the heating wire 275.

In addition, the temperature control switch 276 adjusts the temperature of the heat supplied by the heating wire 275. For example, the temperature control switch 276 adjusts the voltage or current of the battery 261 supplied to the heating wire 275 so that the user having dry skin has a heat of 20 ° C. and the user having neutral skin has a temperature of 30 ° C. The heat wire 275 can be made to supply 40 degreeC heat to the user who has the heat of degreeC and oily skin. Of course, the temperature control switch 276 may adjust the temperature of the heat supplied by the heating wire 275 in more steps.

When the electric brush device for toilet paper 20 according to the second embodiment of the present invention is used, the heat supplied by the heating wire 275 expands the pores, and the microfibers 122 make the cleansing cream C deep inside the pores. Can penetrate

6 is a view showing a brush for mascara erase only.

The user can easily remove the eyelash makeup by replacing the brush 22 for facial makeup removal shown in FIG. 3 with the brush 33 for mascara removal only in FIG. 6.

Referring to FIG. 6, the brush 32 for mascara erase is composed of a header 321, an ultrafine yarn 322, a heating wire 323, and a vibration motor 324.

The header 321 is rod-shaped. On the rear of the header 321, a pair of detachable grooves 321a and a second pipe 143 (see FIG. 3) are provided to replace the brush 22 for removing face makeup with the brush 33 for removing mascara. The groove 321b to be inserted is provided.

The microfine yarn 322 is planted at the end of the header 221.

The hot wire portion 323 is composed of a positive electrode plate 323c, a negative electrode plate 323d, and a hot wire 323e.

The positive electrode plate 323c and the negative electrode plate 323d are provided on the bottom surface of the header 221.

Each of the positive electrode plate 323c and the negative electrode plate 323d is supplied with power to the battery 261 (see FIG. 3) through the positive electrode projections 271 (see FIG. 3) and the negative electrode projections 272 (see FIG. 3).

One end of the heating wire 323e is connected to the positive electrode plate 323c, and the other end is connected to the negative electrode plate 323d.

The heating wire 323e is twisted at the end of the header 321 so as to supply sufficient heat to the microfine yarn 322. The heat supplied by the heating wire 323e melts the mascara, so that the remover can easily remove the mascara.

The vibration motor 324 is installed inside the brush 32 to vibrate the microfine yarn 322. The + terminal of the vibration motor 324 is connected to the positive electrode plate 323c, and the-terminal is connected to the negative electrode plate 323d by an electric wire W, respectively.

Due to the above-described structure, the temperature control switch 276 (see FIG. 3) can supply or cut off the power of the battery 261 (see FIG. 3) to the heating wire 323e and the vibration motor 324 at once.

In addition, the temperature of the heat supplied by the heating wire 323e and the frequency of the vibration motor 324 can be adjusted at once. That is, when the temperature control switch 276 (see FIG. 3) lowers the temperature of the heat supplied from the heating wire 323e, the frequency of the vibration motor 324 decreases, and when the temperature of the heat supplied from the heating wire 323e increases, the vibration motor ( The frequency of 324 becomes large.

The vibration motor 324 vibrates the microfine yarn 322, so that the remover can be deeply penetrated between the eyelashes.

Before using the brush 32 shown in FIG. 6, the user applies the remover to the eyelashes. Rotating and vibrating microfiber 322 penetrates the remover deeply between the eyelashes. In addition, the heating wire 323e supplies heat to melt the mascara. The user gently rubs the eyelashes with a cotton ball to remove the mascara.

Claims (4)

case;
A brush detachably and rotatably installed on the case;
A cleansing cream container detachably installed on the case;
A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;
A drive unit for rotating the brush; And
And a power supply unit supplying power to the driving unit.
The brush,
A header having a discharge hole through which the cleansing cream is discharged; And
An electric brush device for toilet paper, consisting of; The method of claim 1, wherein the pumping unit,
A pumping chamber located inside the cleaning cream container;
A first pipe communicating the cleansing cream container with the pumping chamber;
A second pipe inserted into the discharge hole;
A funnel consisting of a head located inside the pumping chamber and a pipe section located inside and outside the pumping chamber;
A flexible tube connected to one end of the second pipe and connected to the other end of the funnel;
A button for lowering the head of the funnel in the pumping chamber;
A compression spring for raising the head of the funnel in the pumping chamber;
A stopper installed across the inside of the pumping chamber and having holes through which the cleansing cream can pass; And
An electric brush device for toilet paper, comprising: a blocking plate installed without being restrained between the bottom surface of the pumping chamber and the stopper. case;
A detachable and rotatably installed in the case, the brush comprising a header having a discharge hole through which a cleansing cream is discharged and a microfiber planted on an upper surface of the header;
A cleansing cream container detachably installed on the case;
A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;
A drive unit for rotating the brush;
A heat supply unit for supplying heat to the microfibers; And
And a power supply unit supplying power to the driving unit and the heat supply unit.
The heat-
An anode and a cathode protrusion respectively installed on an upper surface of the case and connected to a positive electrode, a negative electrode, and a wire of the battery constituting the power supply unit;
It is installed on the bottom of the header, the positive electrode plate and the negative electrode plate of the concentric circles in friction contact with the positive and negative projections, respectively;
A spiral heating wire installed at an upper surface of the header, the one end and the other end of which are connected to each other by the positive electrode plate and the negative electrode plate; And
Supplying or cutting off the power to the heating wire, the temperature control switch for adjusting the temperature of the heat supplied by the heating wire; Electric brush device for toilet paper. case;
A brush detachably and rotatably installed on the case;
A cleansing cream container detachably installed on the case;
A pumping unit for pumping the cleansing cream stored in the cleansing cream container with the brush;
A drive unit for rotating the brush; And
And a power supply unit supplying power to the driving unit and the brush.
The brush,
Header;
Microfibers planted at the end of the header;
A vibration motor for vibrating the microfine yarns; And
Consists of a heating wire for supplying heat to the microfibers,
The hot wire portion,
A concentric positive plate and a negative plate disposed on the bottom surface of the header; And
Twist to the end of the header, the positive electrode plate and one end is connected, the negative electrode plate and the other end is connected to a heating wire; electric brush device for toilet paper consisting of only.

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