KR200246281Y1 - Toilet set with a built-in foundation - Google Patents

Abstract

The present invention relates to a foundation built-in cosmetics.

Foundation built-in cosmetics according to the present invention is a tubular penetrating from the top to the bottom and provides a space for the foundation is accommodated, the discharge installed to the top of the mother to control the discharge of the foundation contained in the mother and discharged to the outside A valve, a holder installed side by side with the discharge valve in the upper portion of the mother and provided with a foundation cosmetic applicator, the discharge valve and the holder in the upper portion of the mother so that the discharge valve and the holder can be elevated relative to each other Lift guide which is coupled to the lifting guide, the protective cap is coupled to the upper portion of the lifting guide detachable to protect the applicator from the outside, and is coupled to the lower portion of the mother and the air is injected into the foundation to receive the foundation contained in the discharge valve It characterized in that it comprises a pressure pump for spraying The.

Therefore, it is easy to store and carry the foundation and can easily make up the foundation without carrying a separate makeup tool, and it is effective to adjust and use the foundation appropriately.

Description

Foundation set with a built-in cosmetics {Toilet set with a built-in foundation}

The present invention relates to a foundation built-in cosmetics, more specifically, liquid type foundation and the cosmetics used to apply the foundation to the skin (compact) in a compact (compact) integration, easy to carry without a separate cosmetics It relates to a foundation built-in cosmetics that allows makeup.

Generally, foundations used for color cosmetics are classified into liquid foundations and powder foundations, and liquid foundations have the advantages of being light and soft like lotions and having good skin coverage. Powder type foundations are known to be particularly suitable for toning cosmetics for people with oily skin.

Of course, there are also two-way foundations that offer the best of both worlds by balancing these two types of foundations.

On the other hand, the storage and use form of such a foundation, liquid type foundation has the properties of liquid, so it is usually stored in a flexible storage container to squeeze and use often, powder type foundation is a powder form with a certain viscosity It is designed to be used in a separate storage container or storage case. Two-way foundations are similar to powder-type foundations and their storage and use forms because they are more solid than liquid flowing through the phase.

In addition, a brush or a sponge is most commonly adopted as a cosmetic tool used to apply such foundation to the skin, and each of them may be carried separately or used together in a storage case for foundation storage.

At this time, the powder type foundation and the two-way foundation can be stored in a single storage case with a brush or a sponge, and there is no big problem.However, in the case of a liquid type foundation having a flowing liquid property, each foundation can be stored in one storage case. Since it is difficult to store the storage space together with the storage space, most of the cosmetic brush or sponge was to be carried separately.

In addition, the liquid type foundation is used to press and squeeze the container when it is accommodated in the elastic storage container, and to shake it through a narrow outlet when the container is accommodated in the elastic storage container. Difficult to use and there was a problem causing waste more than necessary.

Most liquid foundations are darkened even if only a small amount is applied to the skin.

The purpose of the present invention is to compactly integrate a liquid type foundation and a cosmetic tool used to apply the foundation to the skin, so that it is easy to carry as a single article and easily foundation without carrying a separate cosmetic article. The present invention provides a foundation-type cosmetic appliance that can be used for makeup and can also be used while properly adjusting the amount of the foundation used.

1 is a partially cutaway exploded perspective view showing the foundation built-in cosmetic device according to the first embodiment of the present invention.

FIG. 2 is a cross-sectional view illustrating a raised state of the foundation-containing cosmetic appliance shown in FIG. 1.

Figure 3 is a cross-sectional view showing the ball lowered state of the foundation-type cosmetics shown in FIG.

4 is a perspective view illustrating another example of the holder illustrated in FIG. 1.

5 is a cross-sectional view showing another example of the discharge valve shown in FIG.

6 is a cross-sectional view showing another example of the discharge valve shown in FIG.

7 is a partially cutaway exploded perspective view showing the foundation built-in cosmetic device according to a second embodiment of the present invention.

8 is a cross-sectional view showing a holder in a raised state of the foundation-containing cosmetic appliance shown in FIG. 7.

FIG. 9 is a cross-sectional view illustrating a holder in a raised state of the foundation-containing cosmetic appliance shown in FIG. 7.

10 is a perspective view illustrating another example of the holder illustrated in FIG. 7.

11 is a cross-sectional view showing another example of the discharge valve shown in FIG.

12 is a cross-sectional view showing another example of the discharge valve shown in FIG.

※ Explanation of symbols for main parts of drawing

1, 2: packing 4: discharge pipe

5, 6: Discharge brush 7, 8: Discharge brush holder

10: Matrix 11: Top

12: lower 20, 70: discharge valve

21, 71: sleeve 21a, 71a: projection

21b, 23a, 25a, 26a, 71c, 73a, 75a: pipeline

22, 72: ball 23, 73: support

7a, 8a, 23b, 25b, 26b, 73b, 75b: hole 24, 25c, 63, 68, 74, 75c: spring

25: movable valve pipe 25d, 64, 75d: opening and closing port

3, 25e, 75e: spring holder 26, 75: fixed valve tube

27: valve fitting 27a, 71b: coupling groove

27b, 82: hoist 30, 90: holder

31, 91 brush 32, 92 sponge

40, 80: lifting guide 41, 81: engaging jaw

42, 94: spiral groove 50: protective cap

60: pressure pump 61: air valve tube

62, 69: air tube 65: rear cap

65a: sealed space 66: compression sphere

67: button 68: spring

93: lifting jaw

Foundation built-in cosmetics according to the present invention for achieving the above object is a tubular penetrating from the top to the bottom and provides a space to accommodate the foundation, installed on the top of the base to adjust the amount of the foundation contained in the mother And a discharge valve for discharging to the outside, a holder installed side by side with the discharge valve on the upper side of the mother body, and having a foundation cosmetic applicator, so that the discharge valve and the holder can be lifted and driven relative to each other. Lift guide for coupling the holder to the upper portion of the parent, a protective cap that is detachably coupled to the upper portion of the lift guide to protect the applicator from the outside, and is coupled to the lower portion of the mother and injects air into the mother And a pressure pump for injecting the received foundation into the discharge valve. It is characterized by made.

The discharge valve is installed to be elevated in the upper portion of the parent, the lifting guide is installed to be rotatable around the outer circumference of the discharge valve to the upper portion of the mother to drive the discharge valve by forward and reverse rotation, the The holder may be fixed to one side of the lifting guide.

At this time, the discharge valve, the outer circumferential surface is formed with a projection and the central portion is passed through the both sides of the sleeve is formed with a passage through which the foundation, the ball inserted into the pipeline of the sleeve and rotated in close contact with one side, and the pipeline of the sleeve Inserted to support the ball from one side and the center portion is penetrated through the one side to form a conduit communicating with the pipe line of the sleeve and the outer peripheral surface formed with a hole in communication with the conduit, and located on one side of the support pipe line of the sleeve A spring interposed therebetween and positioned at one side of the spring and inserted into a pipe line of the sleeve, and a central portion thereof penetrates to form a pipe line communicating with the support pipe and the hole of the support, and having an outer circumferential surface communicating with the pipe line. A movable valve tube having a hole formed on one side of the movable valve tube, and a central portion thereof penetrates A fixed valve tube communicating with the pipeline of the movable valve tube and the hole of the movable valve tube, and having a hole communicating with the pipeline on the outer circumferential surface thereof to finally communicate between the mother body and the sleeve; The valve tube is coupled to the upper portion of the parent and the outer circumferential surface includes a valve engaging port formed with a lifting groove for inserting the coupling groove and the projection to guide the sleeve driving direction, the lifting guide is fitted with the coupling groove A physics coupling jaw is formed so as to be rotatable on the outside of the valve coupler and the projection is inserted into the spiral groove is formed so that the sleeve receives the lifting driving force through the projection, the holder is on one side of the lifting guide It can be installed and the central portion is penetrated to provide a passage for the sleeve to be raised and lowered.

In addition, the discharge valve has a sleeve formed with a projection on the outer circumferential surface and the central portion passes through the foundation, a discharge brush inserted into the pipeline of the sleeve and tightly fixed to one side thereof, and the pipeline of the sleeve. A discharge brush holder inserted into and supporting the discharge brush at one side and having a hole passing through a central portion thereof and communicating with a pipe line of the sleeve, and positioned at one side of the discharge brush holder and inserted into a pipeline of the sleeve, and a central portion thereof penetrated through the discharge brush holder; And a movable valve tube formed with a conduit communicating with the hole of the discharge brush holder, and positioned at one side of the movable valve tube, and having a central portion penetrated through the pipeline of the movable valve tube and the hole of the movable valve tube. A conduit is formed, and a hole communicating with the conduit is formed on the outer circumferential surface to finally form the parent. A fixed valve tube for communicating between the sleeves, and a valve coupler having a lifting groove for coupling the fixed valve tube to an upper portion of the mother and a coupling groove and the protrusion inserted into an outer circumferential surface thereof so that the sleeve is guided in the lifting driving direction. It includes, the lifting guide is formed in the engaging jaw engaging with the coupling groove is rotatably installed on the outside of the valve coupling hole and the projection is inserted into the spiral groove for receiving the lifting drive force through the projection Is formed, the holder is installed on one side of the lifting guide and the central portion can be made to provide a passage through which the sleeve is lifted and driven.

Here, the movable valve pipe is preferably made so that the foundation is discharged only in one direction by interposing a spring and opening and closing holes in the pipe.

On the other hand, the discharge valve is fixed to the upper portion of the mother, the holder is installed to drive up and down on the top of the mother, the lifting guide is wrapped around the outer periphery of the holder and installed to be rotatable on top of the mother The holder may be driven up and down by rotation.

At this time, the discharge valve is formed on the outer circumferential surface is formed with a projection and a coupling groove, both sides of the central portion is formed through the passage through the foundation and the sleeve is coupled to the upper portion of the parent, the sleeve is inserted into the pipeline of the sleeve close to one side of the rotation The support is inserted into the pipeline of the sleeve and supports the ball from one side and the central portion is passed through the one side is formed with a pipe communicating with the pipe of the sleeve and the outer peripheral surface formed with a hole communicating with the pipe, and the support A spring located at one side of the earth and interposed in a pipeline of the sleeve, and a spring located at one side of the spring and inserted into a pipe of the sleeve, and a central portion of which passes through one side of the support pipe and the hole of the support Is formed and a hole is formed in the outer circumferential surface and communicates with the conduit. It includes a fixed valve tube for communicating between the ribs, the holder extends one side and the center portion is penetrated to form a lifting jaw on the outer peripheral surface, the projection is inserted into the inner peripheral surface so that the holder receives the lifting driving force through the projection A spiral groove is formed, and the lifting guide has a coupling jaw engaging with the coupling groove is installed to be rotatable on the outside of the sleeve, and the lifting jaw is inserted to allow the holder to guide the lifting driving direction. This can be formed.

In addition, the discharge valve has a protrusion and a coupling groove is formed on the outer circumferential surface, the center portion is penetrated through both sides to form a conduit through which the foundation passes, the sleeve is coupled to the upper portion of the parent, and is inserted into the conduit of the sleeve and fixed close to one side thereof. And a discharge brush holder which is inserted into a pipe of the sleeve and supports the discharge brush at one side, and a central portion is formed with a hole communicating with a pipe of the sleeve, and located at one side of the discharge brush holder. Inserted into and the central portion is formed in the pipe communicating with the hole of the discharge brush holder and a hole in communication with the pipe is formed on the outer circumferential surface includes a fixed valve tube for finally communicating between the mother and the sleeve, the holder The one side is extended and the center portion is penetrated, the lifting jaw is formed on the outer peripheral surface, the inner The protrusion is inserted into the spiral groove is formed so that the holder receives the lifting driving force through the protrusion, the lifting guide is formed to engage with the engaging groove is formed to be rotatable outside the sleeve is installed And the lifting jaw is inserted can be formed a lifting groove to guide the holder in the lifting driving direction.

Here, the fixed valve pipe is preferably made so that the foundation is discharged only in one direction by interposing a spring and opening and closing holes in the pipe.

On the other hand, the pressure pump is provided with an air valve tube for providing a passage through the air, an air tube coupled to one end of the air valve tube to guide the air injection direction to the discharge valve, interposed in the central portion of the air tube A spring which is inserted into a central portion of the air tube, an opening and closing hole for injecting air in one direction by the elastic force of the spring, a rear end cap coupled to the other end of the air valve tube and having a sealed space at a central portion thereof, and the sealed space It is installed in the compression port to inject the compressed air into the air valve tube by the reciprocating drive in the closed space, and coupled to the compression port and one side is exposed to the outside through the rear end cap to reciprocate the compression port by external force A spring for transmitting a driving force and a spring interposed between the air valve tube and the compression port to provide a one-way restoring force to the compression port; It may be made, including.

The applicator is preferably a brush or sponge.

Hereinafter, with reference to the accompanying drawings, a specific embodiment of the present invention will be described in detail.

Foundation built-in cosmetic device according to the present invention is a holder 30 is provided with a base 10, a discharge valve 20 for discharging a proper amount of the foundation contained in the base 10, a foundation cosmetic applicator 30 ), The lifting guide 40 to allow the discharge valve 20 and the holder 30 to be elevated and driven relative to the parent 10, to protect the coating material provided in the holder 30 from the outside. A protective cap 50, and a pressure pump 60 for injecting the foundation contained in the mother to the discharge valve (20).

According to the present invention, since the embodiment may vary according to the difference in driving method of elevating and driving the discharge valve 20 and the holder 30 relative to each other, the holder 30 is fixed below and the discharge valve 20 is elevated. The first embodiment of the driving method and the discharge valve 20 is fixed and the holder 30 is lifted and driven in a second embodiment of the method described in detail.

Of course, the technical idea of the present invention is not limited to only the first embodiment and the second embodiment.

1 is a partially cutaway exploded perspective view showing a foundation built-in cosmetics according to a first embodiment of the present invention, Figure 2 is a cross-sectional view showing the ball raised state of the foundation built-in cosmetics shown in Figure 1, Figure 3 It is a cross-sectional view showing the ball lowered state of the foundation-based cosmetic device shown in.

According to a first embodiment of the present invention, an example of a foundation-containing cosmetic appliance in which a holder having an applicator is fixed at a predetermined position and a discharge valve is lifted and lowered is driven. The discharge valve 20 which is installed at the upper portion 11 of the elevating drive, the elevating guide 40 for guiding the discharge valve 20 to be driven up and down under external force, is installed at one side of the elevating guide and is static in a predetermined position. Holder 30 to maintain the state, a protective cap 50 for protecting the coating material provided on the holder 30 from the outside and a pressure pump 60 for injecting the foundation contained in the mother to the discharge valve 20 .

The mother 10 has a cylindrical shape in which the upper part 11 and the lower part 12 penetrate, and provides a space in which the foundation is to be accommodated.

The discharge valve 20 is configured to allow the foundation contained in the mother body to be discharged to the outside while adjusting the proper amount of the sleeve 21, the ball 22, the support 23, the spring 24, the movable valve pipe ( 25), the fixed valve tube 26, and the valve coupling port 27 may be included.

The sleeve 21 is exposed to the outside in a state in which the ball 22 is accommodated so that a proper amount of the foundation can be discharged by rotation in the sleeve 21 of the ball 22, and the protrusion 21a is provided on the outer circumferential surface thereof. ) Is formed, and both sides of the central portion penetrate, and a pipeline 21b through which the foundation passes is formed.

The ball 22 is inserted into the conduit 21b of the sleeve 21 and rotates while being in close contact with one side of the sleeve. Of course, one side where the ball 22 of the sleeve 21 is in close contact should have a shape so that the ball 21 does not escape to the outside. The structure of the sleeve and the ball is such that the foundation is discharged in such a way that, for example, the ball pen ink is discharged in an appropriate amount through the rotation of the ball.

The support 23 is inserted into the conduit 21b of the sleeve 21 to support the ball 22 so as to be rotated in a state of being in close contact with one side of the inside of the sleeve 21. This penetrated pipe line 23a is formed, and the hole 23b which communicates with the pipe line 23a is formed in the outer peripheral surface.

The spring 24 is a configuration for providing the elastic force to the support 23 so that the ball 22 is in close contact with one side of the sleeve 21, the sleeve 21 in a state located on one side of the support 23. It is interposed in the pipeline 21b of ().

The movable valve tube 25 is a component finally inserted into the conduit 21b of the sleeve 21, and the overall configuration inserted into the conduit 21b of the sleeve 21, that is, the ball 22 and the support 23. , And the function of preventing the spring 24 from being released to the outside in the state of being inserted into the sleeve 21, and the function of the connecting passage to allow the foundation contained in the mother 10 to reach the position of the ball 22. Perform. The movable valve tube 25 is formed with a passage 25a through which one side of the central portion penetrates, and a hole 25b communicating with the passage 25a is formed on the outer circumferential surface thereof.

The fixed valve tube 26 is installed in the upper portion 11 of the mother body 10 and communicates with the pipeline 25a of the movable valve tube 25 so that the mother body when the sleeve 21 reaches the maximum ascending point by the upward driving. As a configuration for allowing the foundation accommodated in (10) to reach the position of the ball 22, one side of the center portion penetrates through the passage 25a of the movable valve tube 25 and the hole of the movable valve tube 25 ( A pipe line 26a communicating through 25b is formed, and a hole 26b communicating with the pipe line 26a is formed on the outer circumferential surface thereof.

In FIG. 2, the sleeve 21 is raised and the movable valve tube 25 is also raised. At this time, the hole 25b of the movable valve tube 25 and the hole 26b of the fixed valve tube 26 are In contact with each other, FIG. 3 shows that the hole 25b of the movable valve tube 25 and the hole 26b of the fixed valve tube 26 are shifted to each other when the sleeve 21 is lowered.

This is a structural technique for allowing the foundation to be discharged to the outside when the sleeve 21 is finally raised. Of course, since there is a predetermined gap between the movable valve tube 25 and the fixed valve tube 26, the hole 25b of the movable valve tube 25 and the hole 26b of the fixed valve tube 26 It is to be understood that the foundation can be more easily discharged to the outside at that time, rather than to be out of the foundation.

As a result, a path through which the foundation accommodated in the mother body reaches the position of the ball 22 is the path of the hole 26b of the fixed valve tube 26 and the pipeline of the fixed valve tube 26 with the mother 10 as a starting point. 26a), the hole 25b of the movable valve tube 25, the pipeline 25a of the movable valve tube 25, the pipeline 23a of the support 23, and the hole 23b of the support 23 The ball reaches the position of the ball 22.

The foundation discharge path of such a complicated structure is to allow the foundation to be discharged to an appropriate amount to the outside, and more preferably, the base 10 is interposed in the movable valve pipe 25 of the spring 25c and the opening and closing port 25d. It is possible to more reliably prevent unnecessary external discharge of the foundation contained in the).

That is, the foundation is discharged in only one direction by interposing the spring 25c and the opening and closing port 25d in the pipe passage 25a of the movable valve tube 25. The spring 25c and the opening and closing port 25d are installed in the movable valve tube 25 by the spring holder 25e and are not separated from the pipeline 25a of the movable valve tube 25, and the pressure pump 60 will be described later. The foundation, which flows by the air injection action of), pressurizes the opening / closing port 25d with a constant pressure and passes through the pipe of the movable valve tube. When the pressure by the pressure pump 60 does not work, the spring 25e 25d of the opening and closing port by the elastic restoring force of the movable valve pipe 25 is to prevent the unnecessary outflow of the foundation can be prevented.

The valve coupler 27 is configured to perform a function of coupling the fixed valve tube 26 into the mother body 10 and a function of contacting the sleeve 21 and guiding a direction in which the sleeve 21 is to be elevated and driven. The outer circumferential surface is formed with a coupling groove 27a for rotatably coupling the lifting guide 40 to be described later, and a lifting groove 27b into which the protrusion 21a of the sleeve 21 is inserted.

As a result, the sleeve 21 is driven up and down along the direction in which the projection 21a is inserted into the lifting groove 27b and guides the lifting groove 27b of the valve fitting port 27.

Next, the lifting guide 40 is configured to lift and drive the sleeve 21 in which the ball 22 is inserted in response to an external force, and the engaging jaw engaging with the coupling groove 27a of the valve coupling hole 27 ( 41 and a spiral groove 42 engaged with the protrusion 21a of the sleeve 21 are formed.

That is, the lifting guide 40 is rotatably coupled to the coupling groove (27a) of the valve coupling port 27 through the coupling jaw 41 and the spiral groove 42 and the projection (21a) of the sleeve 21 When the lifting guide 40 is rotated in the engaged state, the protrusion 21a is moved along the shape of the spiral groove 42, but can only be moved along the guide direction of the lifting groove 27b. The rotational force of the sphere 40 becomes a driving force for raising and lowering the sleeve 21.

The holder 30 is a structure for integrating the coating material used to make up the foundation together with the mother body, and is installed on one side of the lifting guide 40 and does not move.

The coating material provided in the holder 30 may be a brush 31 composed of a bundle of soft cilia as shown in FIG. 1, or may be a sponge 32 as shown in FIG. 4.

The protective cap 50 is detachably coupled to the upper portion of the lifting guide as a configuration for protecting the above-mentioned coating material from the outside.

Hereinafter, the most preferable configuration of the pressure pump according to the present invention.

The pressure pump 60 is configured to guide the foundation contained in the mother body 10 to the discharge valve 20 by the air injection method and to smoothly supply the foundation in the mother body 10 to the discharge valve 20. 61, the air tube 62, the spring 63, the opening and closing 64, the rear end cap 65, the compression port 66, the button 67, and the spring 68 can be made.

Preferred configurations of the pressure pump 60 according to the respective functions are described, and the air valve tube 61 and the air tube 62 are configured to inject the compressed air in a predetermined direction.

Air valve tube 61, one end is coupled to the rear end cap 65 to be described later to form a closed space (65a) in the center of the rear end cap 65, the other end is coupled to the air tube 62 and the mother The foundation in 10 guides the direction in which the compressed air is to be injected so that the foundation can be injected in the direction of the discharge valve 20.

At this time, a spring 63 and an opening and closing port 64 may be interposed between the air valve tube 61 and the air tube 62 to prevent the foundation from being introduced into the sealed space 65a. When the air in the sealed space 65a is compressed by the pressure of the button 67, which will be described later, the opening / closing opening 64 which is blocking one end of the air valve tube 61 is separated and the air valve tube 61 and the air tube 62 are separated. A gap is formed between the compressed air and, on the contrary, when the button 67 is restored to the spring force of the spring 68, the opening and closing port 64 is again caused by the spring force of the spring 68, and then the air valve tube 61 again. One end of the base 10 is blocked so that the foundation in the mother body 10 does not flow into the sealed space 65a.

As a result, the air tube 62 may be formed integrally with the air valve tube 61 as a configuration for guiding the injection direction of the compressed air, but the spring 63 and the opening / closing port 64 are provided with the air valve tube 61. In order to be interposed in the air tube 62 is produced separately it can be seen that it is preferable in consideration of the convenience of production, such that the divided air valve tube 61 and the air tube 62 are coupled to each other.

The rear end cap 65 includes the air valve tube 61, the air tube 62, the compression port 66, the button 67, and the like that constitute the pressurized pump 60. ) And the rear end cap 65 is configured to provide an airtight space 65a for compressing air. It can be combined, the center portion is formed with a closed space (65a) is provided with a space in which air is compressed by the combination with the air valve tube 61.

The compression port 66 and the button 67 are configured for injecting compressed air through the air valve tube and the air tube by compressing the air in the sealed space 65a. It is inserted in the space 65a.

Since the spring 68 is interposed on one side of the compression port 66, when the compression port 66 in close contact with the outer circumferential surface of the closed space 65a is moved by a force for pressing the external button 67, the compression is instantaneously compressed. The compressed air is injected and, on the contrary, when there is no external force to press the button 67, the compression port 66 and the button 67 are restored to the original position by the elastic force of the spring 68.

In summary, in the present embodiment, since the ball 22 of the discharge valve 20 may be raised or lowered relative to the holder 30 by an external rotational force that rotates the lifting guide 40, the foundation makeup In order to rotate the lifting guide 40 to raise the ball 22 to the maximum, and then rub the ball 22 on the skin to be dressed so that the foundation is discharged, and when the proper amount is finished, the lifting guide 40 is again discharged. After the ball 22 is lowered by reverse rotation, the foundation discharged to the coating materials 31 and 32 provided in the holder 30 may be evenly spread.

For proper discharge of the foundation can be seen by the method of shaking the mother body 10 or upside down to use the desired effect, it is also possible to facilitate the smooth discharge of the foundation using the pressure pump (60). As described above, the air compressed by the pressure pump 60 is injected by the air tube 62 proximate to the fixed valve tube 26 of the discharge valve 20, so that the foundation is injected, so that the air is pumped by the pressure pump 60. Appropriate emission control can be achieved.

5 is a cross-sectional view showing another example of the discharge valve shown in Figure 2, Figure 6 is a cross-sectional view showing another example of the discharge valve shown in FIG.

Meanwhile, another example of the discharge valve illustrated in FIGS. 2 and 3 is illustrated in FIGS. 5 and 6. That is, FIGS. 5 and 6 illustrate a structure in which the foundation is discharged through the discharge brush 5 instead of the structure in which the foundation is discharged by the rotation of the ball 22 interposed in the sleeve 21.

This is to make the feel better than putting the ball 22 on the skin and discharging the foundation through the rotation of the ball 22, which will be described below with reference to FIGS. Only the configuration different from the configuration will be described.

Discharge of the foundation according to the rotation of the ball 22 is made through the ball 22, the support 23, and the spring 24, which is built in the sleeve 21 as the most direct configuration. Therefore, it can be said that the structure in which these are removed and the discharge brush 5 and the discharge brush holder 7 are installed.

The discharge brush 5 is made of a bundle of soft cilia and replaces the ball 22. The discharge brush 5 is located on one side of the sleeve 21 where the ball 22 was located and is fixed closely.

The discharge brush holder 7 is a structure for fixing the discharge brush 5 in close contact with one side of the sleeve 21. Of course, the central portion of the discharge brush holder 7 is formed with a through hole 7a for providing a path through which the foundation is discharged.

In addition, the spring holder 3 supporting the spring 25c further extends in the direction in which the discharge brush 5 is installed, so that the foundation does not leak into other spaces and is guided to the place where the discharge brush 5 is smoothly located. can do.

In FIG. 5 and FIG. 6, the reference numerals for the holes 7a formed in the center of the discharge brush holder 7 are indicated on the perforated pipelines of the spring holder 3, but due to the constraints according to the drawing of the limited size, this is the spring. The holder 3 penetrates the hole 7a and extends in the direction of the discharge brush 5, so that is merely indicated as such for convenience.

FIG. 7 is a partially cutaway exploded perspective view illustrating a foundation built-in cosmetic appliance according to a second embodiment of the present invention, FIG. 8 is a cross-sectional view illustrating a holder in a raised state of the foundation built-in cosmetic appliance shown in FIG. 7, and FIG. 9 is FIG. It is sectional drawing which shows the holder lifting state of the foundation built-in cosmetics shown in FIG.

In contrast to the first embodiment described above, the second embodiment of the present invention is an example of a foundation-containing cosmetic appliance in which a discharge valve is fixed at a predetermined position and a holder equipped with an applicator is lifted and driven, and the foundation is accommodated. The main body 10, the discharge valve 70 is fixedly installed on the upper portion 11 of the mother body 10, the elevating guide 80 is installed to be rotatable on the upper portion 11 of the mother body 10, the elevating guide ( 80 is guided by the holder 90 is driven up and down, the protective cap 50 for protecting the coating material provided in the holder 90 from the outside, and the foundation contained in the mother body 10 is injected into the discharge valve 70 It includes a pressure pump (60).

In the present embodiment, since the configuration of the mother 10, the protective cap 50, and the pressure pump 60 among the various configurations shown in the drawings are the same as those shown in the first embodiment, redundant description will be omitted below. However, in the case of the pressure pump 60, there is a difference in which the air tube 69 is slightly longer than the air tube 62 in the first embodiment.

On the other hand, the other remaining discharge valve 70, the lifting guide 80, and the holder 90 has the following differences.

Discharge valve 70 is the same in terms of the functional to allow the foundation contained in the base 10 to be discharged to the outside while adjusting the appropriate amount.

On the other hand, there is a slight difference in the structural aspect, the sleeve 71 is characterized in that it is fixed to the upper portion 11 of the matrix 10, the movable valve pipe 25 presented in the first embodiment is adopted in this embodiment It doesn't work.

The sleeve 71 is fixedly coupled to the upper portion 11 of the mother body 10 by pressing or the like. The outer circumferential surface thereof has a protrusion 71a and a coupling jaw 81 engaged with the spiral groove 94 to be described later. The engaging groove 71b is formed, and the center portion is formed with a conduit 71c through which both sides penetrate and allow the foundation to pass therethrough.

The ball 72, the support 73, and the spring 74 are inserted into the conduit of the sleeve 71 to function as the structure in the first embodiment.

On the other hand, the fixed valve pipe (75) is inserted into the pipe line (71c) of the sleeve 71, the center portion is formed through the pipe line (75a) is in communication with the pipe line (73a) of the support (73).

At this time, the fixed valve tube 75 is interposed between the opening and closing port 25d and the spring 75c having the same function as the opening and closing port 25d and the spring 25c interposed in the movable valve tube 25 in the first embodiment. It can be discharged only in one direction. The opening / closing opening 75d and the spring 75c may be inserted into the fixed valve tube 75 by a spring holder 75e. In the accompanying drawings, the hole 75b of the fixed valve tube 75 is a spring holder 75e. Although shown to be formed in the), assuming that the fixed valve tube 75 and the spring holder 75e is manufactured integrally, it can be understood that the hole 75b is formed on the outer circumferential surface of the fixed valve tube 75 In the present embodiment, the hole 75b of the fixed valve tube 75 refers to the hole 75e formed in the spring holder 75e.

As a result, in the present embodiment, the path through which the foundation accommodated in the mother body 10 passes is the hole 75b of the fixed valve tube 75, the pipe line 75a of the fixed valve tube 75, and the base 10 as the starting point. The ball 72 is reached through the conduit 73a of the earth 73 and the hole 73b of the support 73.

On the other hand, the elevating guide 80 is formed with a coupling jaw 81 that is engaged with the defect groove (71b) of the sleeve 71 to the outside of the sleeve 71 fixed to the upper portion 11 of the mother body 10 It is installed to be rotatable. In addition, the elevating groove 82 is formed in the elevating guide tool 80 to engage with the elevating jaw 93 of the holder 90 to be described later.

Unlike the first embodiment, the holder 90 has a structure in which the rising and falling of the upper and lower portions of the mother body 10 can be repeated without being fixedly installed in the lifting guide 80. That is, one side of the holder 90 extends so that the lifting jaw 93 engaged with the lifting groove 82 of the lifting guide 80 and the spiral groove 94 engaging the protrusion 71a of the sleeve 71 are provided. Formed.

As a result, the holder 90 is guided by the lifting jaw 93 which is engaged with the lifting groove 82 of the lifting guide 80, and at the same time, the lifting guide 80 is rotated by an external force. In this case, the elevating drive is performed by the spiral groove 94 engaged with the protrusion 71a of the sleeve 71.

In addition, the coating material provided in the holder 90 may be a brush 91 made of a bundle of soft cilia as shown in FIG. 7 or a sponge 92 as shown in FIG. 10.

In summary, in the present embodiment, since the holder 90 may be raised or lowered relative to the ball 72 of the discharge valve 70 by an external rotational force for rotating the lifting guide 80, the foundation makeup To do this, rotate the lifting guide 80 to lower the holder 90 to the maximum, and then rub the ball on the skin to be made up so that the foundation is discharged, and after the proper amount is discharged, rotate the lifting guide 80 again. By raising the holder 90 to the maximum, the foundation discharged to the coating materials 91 and 92 provided in the holder 90 may be spread evenly.

11 is a cross-sectional view showing another example of the discharge valve shown in Figure 8, Figure 12 is a cross-sectional view showing another example of the discharge valve shown in FIG.

Meanwhile, another example of the discharge valve illustrated in FIGS. 8 and 9 is illustrated in FIGS. 11 and 12. That is, FIGS. 11 and 12 illustrate a structure in which the foundation is discharged through the discharge brush 6 instead of the structure in which the foundation is discharged by the rotation of the ball 72 interposed in the sleeve 71.

This is to allow the texture to be better than putting the ball 72 on the skin and discharging the foundation through the rotation of the ball 72, which has been mentioned while explaining the first embodiment of the present invention. It is a structure similar to the structure shown in FIG.

In other words, the discharge brush instead of the ball 72, the support 73, and the spring 74 in the sleeve 71, which is the most direct function in discharging the foundation by the rotation of the ball 22, also here. By replacing the (6) and the discharge brush holder (8) it is possible to discharge the foundation while feeling the soft texture of the discharge brush (6) in contact with the skin.

As a secondary configuration, the discharge pipe 4 is a configuration for allowing the foundation having passed through the fixed valve pipe to pass smoothly to the discharge brush 6 without leaking into other spaces, and a description of overlapping configurations will be omitted below.

In addition, reference numerals 1 and 2 are packings.

Therefore, according to the present invention, the holder and the discharge valve are coupled to the upper and lower portions of the mother body where the foundation is accommodated so that they can be elevated relative to each other through the lifting guide, so that the foundation can be easily stored and carried, without carrying a separate cosmetic tool. Foundation makeup can be easily made, and the amount of foundation can be adjusted according to the interaction between the discharge valve and the pressurized pump, so that the amount of the foundation can be properly adjusted and used.

Although the present invention has been described in detail only with respect to the embodiments described, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical spirit of the present invention, and such modifications and modifications belong to the appended utility model claims. will be.

Claims (12)

A matrix penetrating from top to bottom and providing space for the foundation to be accommodated therein; A discharge valve installed at an upper portion of the mother body to regulate the discharge of the foundation contained in the mother body and to discharge it to the outside; A holder installed in parallel with the discharge valve and provided with a foundation cosmetic applicator on an upper portion of the mother body; An elevating guide tool for coupling the discharge valve and the holder to an upper portion of the mother body so that the discharge valve and the holder can be driven up and down relative to each other; A protective cap coupled to the upper and lower portions of the elevating guide to protect the applicator from the outside; And A pressure pump coupled to a lower portion of the mother body and injecting air to inject the foundation contained in the mother body into the discharge valve; Foundation built-in cosmetics, characterized in that comprises a. The method of claim 1, The discharge valve is installed to be driven up and down on the base, The lifting guide is wrapped around the outer periphery of the discharge valve is installed to be rotatable on the upper portion of the parent to drive the discharge valve by forward and reverse rotation, The holder is a foundation built-in cosmetics, characterized in that fixed to one side of the lifting guide. The method of claim 2, The discharge valve is, A protrusion is formed on the outer circumferential surface and the center portion penetrates both sides to form a conduit through which the foundation passes, a ball inserted into the conduit of the sleeve and rotated in close contact with one side thereof, and a ball inserted into the conduit of the sleeve so that the ball is moved from one side. A support having a central portion through which one side penetrates and communicates with a pipeline of the sleeve, and a support having a hole communicating with the pipeline on an outer circumferential surface thereof, a spring positioned at one side of the support and interposed in the pipeline of the sleeve; It is located on one side of the spring is inserted into the sleeve of the sleeve and the central portion is penetrated through the one side through the pipe of the support and through the hole of the support is formed a movable valve tube formed with a hole in communication with the pipe on the outer peripheral surface; Is located on one side of the movable valve tube, the central portion of the one side penetrates the pipe line of the movable valve tube A pipe line is formed to communicate through the hole of the movable valve tube, and a hole in communication with the pipe is formed on the outer circumferential surface to finally communicate between the mother body and the sleeve, and the fixed valve tube to the upper portion of the mother body. It is coupled to the outer circumferential surface and the coupling groove and the projection is inserted into the valve engaging hole formed with a lifting groove for guiding the lifting driving direction, The lifting guide is, Coupling jaws are formed to engage with the coupling groove is rotatably installed on the outer side of the valve coupling hole and the projection is inserted to form a spiral groove to receive the lifting driving force through the projection, The holder, The foundation built-in cosmetics, characterized in that provided on one side of the lifting guide and the center portion is formed to provide a passage through which the sleeve is elevated. The method of claim 2, The discharge valve is, A protrusion is formed on an outer circumferential surface and a central portion passes through both sides of the sleeve to form a pipeline through which the foundation passes, a discharge brush inserted into a pipeline of the sleeve and tightly fixed to one side thereof, and inserted into a pipeline of the sleeve to provide the discharge brush. A discharge brush holder having a hole supported at one side and having a hole communicating with a pipe line of the sleeve, and positioned at one side of the discharge brush holder and inserted into a pipe line of the sleeve, and a central portion of the discharge brush holder being penetrated to one side of the discharge brush holder; A movable valve tube formed with a pipe communicating with the hole, and located on one side of the movable valve tube, a central portion is formed through the one side penetrates through the pipe of the movable valve tube and the pipe of the movable valve tube is formed on the outer peripheral surface A hole in communication with the conduit is formed and finally communicates between the mother body and the sleeve. Key comprises a fixed valve tube and the fixed valve tube coupled to the matrix upper and a has the engaging groove with the protrusions the outer circumferential surface is inserted having a lifting recess to receive the sleeve is guided a lifting drive-way valve coupler, and The lifting guide is, Coupling jaws are formed to engage with the coupling groove is rotatably installed on the outer side of the valve coupling hole and the projection is inserted to form a spiral groove to receive the lifting driving force through the projection, The holder, The foundation built-in cosmetics, characterized in that provided on one side of the lifting guide and the center portion is formed to provide a passage through which the sleeve is elevated. The method according to claim 3 or 4, The movable valve pipe, The foundation built-in cosmetics, characterized in that the foundation is interposed between the spring and the opening and closing so that the foundation is discharged only in one direction. The method of claim 1, The discharge valve is fixed to the upper portion of the mother, The holder is installed so as to drive up and down on the base, The lifting guide is wrapped around the outer periphery of the holder is installed to be rotatable on the upper portion of the foundation built-in cosmetics, characterized in that for driving the holder by forward and reverse rotation. The method of claim 6, The discharge valve is, A protrusion and a coupling groove are formed on an outer circumferential surface thereof, and a central portion passes through both sides thereof to form a conduit through which the foundation passes, a sleeve coupled to an upper portion of the mother body, a ball inserted into the conduit of the sleeve and closely rotated to one side thereof, and the sleeve Is inserted into the pipe of the support to support the ball from one side and the central portion is penetrated to form a pipe communicating with the pipe line of the sleeve and the outer peripheral surface formed with a hole in communication with the pipe, and located on one side of the support A spring interposed in the pipeline of the sleeve, and is located in one side of the spring and inserted into the pipeline of the sleeve, the central portion is penetrated through the one side to communicate with the pipe of the support and the hole of the support is formed on the outer peripheral surface thereof A hole communicating with a conduit is formed to finally communicate between the mother body and the sleeve. Includes a fixed valve tube, The holder, One side is extended and the center portion is penetrated so that the lifting jaw is formed on the outer circumferential surface, the projection is inserted into the inner circumferential surface is formed a spiral groove to receive the lifting driving force through the projection, The lifting guide is, The foundation built-in cosmetics, characterized in that the engaging jaw is formed to engage with the coupling groove is rotatably installed on the outside of the sleeve and the lifting jaw is inserted to guide the holder in the lifting driving direction. . The method of claim 6, The discharge valve is, A protrusion and a coupling groove are formed on an outer circumferential surface thereof, and a central portion passes through both sides to form a pipeline through which the foundation passes, and a sleeve coupled to an upper portion of the parent, a discharge brush inserted into a pipeline of the sleeve and tightly fixed to one side thereof; The discharge brush holder is inserted into the pipeline of the sleeve to support the discharge brush from one side, the central portion is formed with a hole communicating with the pipeline of the sleeve, and located in one side of the discharge brush holder is inserted into the pipeline of the sleeve, the central portion A conduit is formed in communication with the hole of the discharge brush holder and a hole in communication with the conduit is formed on the outer circumferential surface and finally includes a fixed valve tube for communicating between the mother body and the sleeve; The holder, One side is extended and the center portion is penetrated so that the lifting jaw is formed on the outer circumferential surface, the projection is inserted into the inner circumferential surface is formed a spiral groove to receive the lifting driving force through the projection, The lifting guide is, The foundation built-in cosmetics, characterized in that the engaging jaw is formed to engage with the coupling groove is rotatably installed on the outer side of the sleeve and the lifting jaw is inserted to guide the holder in the lifting driving direction. . The method according to claim 7 or 8, The fixed valve tube, The foundation built-in cosmetics, characterized in that the foundation is interposed between the spring and the opening and closing so that the foundation is discharged only in one direction. The method of claim 1, The pressure pump, An air valve tube providing a passage for passing air, an air tube coupled to one end of the air valve tube to guide an air injection direction to the discharge valve, a spring interposed in the center of the air tube, and the air An opening and closing port inserted into a central portion of the tube to inject air in one direction by the spring force of the spring, a rear end cap coupled to the other end of the air valve tube and having a sealed space at a central portion thereof, and installed in the sealed space and the sealed space Compression sphere for injecting compressed air into the air valve tube by the reciprocating drive in the inside, and the button is coupled to the compression sphere is exposed to the outside through the rear end cap to transfer the reciprocating driving force to the compression sphere by external force and And a spring interposed between the air valve tube and the compression port to provide a one-way restoring force to the compression port. Foundation built toilet, characterized in that. The method of claim 1, The foundation built-in cosmetics, characterized in that the applicator is a brush. The method of claim 1, The foundation built-in cosmetics, characterized in that the applicator is a sponge.