KR200288637Y1 - Mixture type case - Google Patents

Abstract

The present invention is designed by stacking up and down the container for storing the contents of the powder state on the upper part of the container for storing the contents of the liquid state and by constructing a vacuum pump at the outlet of the container to improve the productivity and operability. The present invention relates to a mixed container that facilitates convenience and allows the user to discharge the entire amount without using the remaining amount while reducing the waste of the content by metering and extracting the content at all times.

It is a liquid storage container 10 for storing and storing the contents of the liquid state therein; A phase-separated storage container 20 which is fastened and fixed to the upper portion of the liquid storage container 10 and has an opening and closing plate 22 which is opened and closed by lowering the nozzle cap to store and store the contents of the powder state; A nozzle cap (30) installed on an upper portion of the phase separation storage container (20) and lifting and operating within a predetermined interval, and having a cylinder (32) therein; A stop member 50 coupled to the outer circumferential edge of the phase separation storage container 20 to be detachably coupled to restrict the descending operation of the nozzle cap 30; The vacuum pump 40 is configured to be fastened to the cylinder 32 of the nozzle cap 30 and discharge the contents to the outside through the nozzle 41 by pressing the operation button 42.

Description

Mixed Container {Mixture type case}

The present invention relates to a mixed container, and more particularly, a container for storing the contents of the powder state on top of the container for storing the contents of the liquid state, stacked up and down, and at the same time a vacuum pump at the outlet of the container By improving the manufacturability and operability as well as the convenience of use, and to reduce the waste of the contents by weighing and extracting the contents, the present invention relates to a mixed container that can be used to discharge the entire amount without a residual amount.

In general, cosmetics are in the form of powder, liquid, gel or solid, and according to the type or form of such cosmetics, it is required to form different cosmetic containers for storing and storing them.

For example, cosmetic containers for storing liquid cosmetics are generally equipped with a separate pump on the inlet side of the container in which the contents are stored so that the contents can be easily dispensed by a fixed amount at all times in addition to safe storage of the contents and also powder. In the case of cosmetics in the state is usually stored in a container that is opened and closed by a cover without the need for a pump.

In recent years, functional cosmetics have been proposed to purchase powder cosmetics and liquid cosmetics separately from women's cosmetics and mix them in an appropriate amount.

That is, when the powder cosmetics are mixed in advance to the liquid cosmetics due to the characteristics of the cosmetics, they may be easily deteriorated due to their chemical reactions or the performance may be remarkably degraded. Is required.

In particular, in some cases, sensitive skin or those affected by biorhythms, female hormones, etc., it is absolutely necessary to use a combination of powdered cosmetics and liquid cosmetics, using this type of cosmetics The case is gradually increasing.

In addition, not only cosmetics, but also various health foods and medicines that can be applied to or drinkable on the skin, liquid and powder contents are supplied separately, and when the users use them immediately, they are gradually mixed. There is a growing trend.

Therefore, in the conventional case of using the mixed cosmetics as described above, the powdered cosmetics are supplied to the powder storage container and the liquid cosmetics are separately sealed and supplied to the liquid storage container, and in use, the cosmetics in the powdered cosmetics container are inside the liquid cosmetics container. Put it in the mix and use it according to the intended use.

In this case, however, the powder and liquid cosmetics are stored and supplied in different containers, each of which is separately used, and there is a problem in that the cost is very uneconomical.

In addition, during use, there is a problem in that it is difficult to expect not only a sufficient amount of the contents, such as flowing the contents in the process of mixing them, but also sufficient mixing, and also difficult to mix in the correct amount.

The present invention has been made in consideration of the conventional problems as described above, the purpose is to install the phase separation container for storing the contents of the powder state on the upper and lower stages of the liquid storage container for storing the contents of the liquid state. At the same time, by installing a vacuum pump on the outlet of the storage container, the structure thereof is simple, not only to improve the manufacturability and assemblability but also to separate and store liquid and powder contents more easily, thereby increasing the storage efficiency. In use, it is possible to easily mix and use powder and liquid contents with a simple pressing operation, and to provide a mixed container that can be used to quantitatively extract the contents at all times.

The present invention for achieving this object is achieved by providing an improved mixed container.

The mixed container is a liquid storage container for storing the contents of the liquid state, the liquid phase storage container is installed in the upper and lower stacks on the upper portion of the liquid storage container and the powdered storage container for storing the contents of the powder state, and the powder storage container It is equipped with a vacuum pump mounted on the nozzle cap to be weighed to extract the contents, and a stop member which is fastened to the connection portion between the phase storing container and the nozzle cap, and the nozzle cap is lowered by the stop member when not in use. Limit and limit the contents of liquid and powder easily into each storage container.In case of use, simply press the nozzle cap with one-touch with the stop member removed. It is smoothly mixed with the contents of the liquid in the storage container, and accordingly, the contents are To the, characterized in that to be easily taken out weighing.

1 is a perspective view of the present invention

Figure 2 is an exploded perspective view showing the overall configuration of the present invention

3 is a cross-sectional view of FIG.

4 is a standby state of operation of the present invention

Figure 5 is an extraction state of the contents in Figure 4

6 is a return state diagram in FIG.

7 is a state diagram completely returned from FIG.

<Description of the symbols for the main parts of the drawings>

100: body 10: liquid storage container

11: opening and shutting 12: vent

13: External 20: Powdered storage container

22: piston 30: nozzle cap

31: Tightening groove 32: Cylinder

32a: compression chamber 33: space

34: fixed groove 40: vacuum pump

41: Nozzle 42: Operation button

43: first spring 44: shaft pipe

45: support ring 46: orifice

47: Euro 48: The second spring

49: valve 50: stop member

51: Opening 52: Hook

Hereinafter, described in detail by the accompanying drawings a preferred embodiment of the present invention as follows.

1 to 3 of the accompanying drawings, which shows the overall structure of the present invention in detail, reference numeral 100 in the drawing indicates the main body of the mixed container according to the present invention.

The main body 100 of the mixed container generally has a liquid storage container 10 for storing and storing the contents of the liquid state in an appropriate amount, and is installed to be stacked up and down on top of the liquid storage container 10 and in a powder state. Powdered storage container 20 for storing and storing the contents of the nozzle, the nozzle cap 30 is fastened to the upper portion of the powdered storage container 20, and the nozzle cap 30 is fastened in the liquid storage container 10 It consists of a vacuum pump 40 for metering the contents.

The liquid storage container 10 is formed in a cylindrical shape, such as the upper opening and is configured to easily store the contents of the cosmetics, pharmaceuticals, etc. in the liquid state therein, the inside is pushed up by the vacuum pressure to push the contents up The opening and closing plate 11 having a raising function is fastened, and an outer body 13 having a vent hole 12 is fastened to the outer periphery.

That is, the liquid storage container 10 has a structure in which the contents are discharged according to the action of being pumped by the upper vacuum pump by maintaining a vacuum state therein, the opening and closing plate 11 providing a function of pushing up the contents to the upper side is It is installed, the vent hole 12 for the upward operation of the opening and closing plate 11 is perforated in the outer body (13).

In addition, the phase separation storage container 20 is fastened to the upper opening of the liquid storage container 10.

The pulverized storage container 20 has an almost same outer diameter as the liquid storage container 10, and a fixing groove 21 is formed on the outer circumference downwardly in the circumferential direction so as to be fitted into the opening of the liquid storage container 10. In this way, the lower portion of the inner diameter is fastened to the piston 22 to open and close the lower portion of the phase separation storage container 20, the upper portion is equipped with a nozzle cap 30 to close the opening of the container.

The piston 22 is fastened to the inner diameter of the cylindrical separation chamber 20 and at the same time the central portion is integrally mounted to the cylinder 32 of the nozzle cap 30, the phase separation container by the downward operation of the nozzle cap 30 20 will be opened.

Therefore, the powdered storage container 20 has the same outer diameter as the liquid storage container 10 and is partitioned from the liquid storage container 20 by the piston 22 at the same time, and the upper and center portions thereof are disposed on the nozzle cap 30. It is partitioned by and can easily store the powder content inside.

In addition, the nozzle cap 30 that is fastened to the upper portion of the pulverized storage container 20 is formed with a fastening groove 31 which is downwardly opened along the circumferential direction and is coupled to the upper part of the pulverized storage container 20, and inside the vacuum chamber. The cylinder 32 in which the valve of the pump 40 slides is integrally provided.

As described above, the nozzle cap 30 is configured to be slide-activated within a predetermined interval by being coupled to the phase separation storage container 20 by a fastening groove 31 which is downwardly opened along the circumferential direction.

That is, the interval of the fastening groove 31 should be configured to have a gap (L) that can be completely inserted into the outer periphery of the phase separation storage container 20, accordingly the constant on the outer periphery of the phase separation storage container 20 Space is formed.

The space is to provide a stroke distance that the nozzle cap 30 can be lowered, and when not in use, a separate stop member 50 is fastened to fix the nozzle cap 30.

The stop member 50 is formed in a band shape having an opening 51 on one side, and a separate hook 52 is formed to protrude integrally on the other side so that the stop member 50 can be easily separated.

On the other hand, the stop member 50 may be used by removing the band in use by forming a band bonded to the adhesive on the outer periphery of the powder storage container 20 in the space 33 as another embodiment.

In addition, the upper portion of the nozzle cap 30 is fastened to the vacuum pump 40 to measure the extraction of the contents in the liquid storage container 10.

The vacuum pump 40 is a pumping force by the pressing operation of the operation button to prevent the outside air from flowing into the inside while the contents in the liquid storage container 10 to the outside through the nozzle to safely preserve the contents The vacuum pump of any structure may be applied.

Vacuum pump 40 to be applied in the present invention is provided with an operation button 42 having a nozzle 41, the lower surface of the operation button 42, the shaft pipe 44 is elastically installed by the first spring 43 ) Is fastened.

The shaft pipe 44 is fixed to the bottom of the operation button 42, the upper end is forcibly fastened, and the support ring 45 for supporting the first spring 43 while the slide is operated along the outer periphery Is fastened.

At this time, the support ring 45 is fitted into the fixing groove formed in the cylinder 32 of the nozzle cap 30 to provide a function of fixing the vacuum pump 40 to the nozzle cap 30, the operation button ( By the pressing operation of 42), the shaft tube 44 is stably supported during the lifting operation.

The shaft pipe 44 is to guide the discharge of the contents from the lower container to the nozzle 41 side, there is formed a flow path 47 in communication with the lower orifice 46, there is another second spring at the lower end A valve 49 which is elastically installed by 48 to open or close the orifice 46 by a lifting operation is provided.

The orifice 46 is opened and closed by a valve 49 which is lifted and lowered by being communicated with an internal flow passage 47 at the side of the shaft pipe 44.

In addition, the valve 49 is elastically installed in the lower portion of the shaft pipe 44 by the second spring 48, and the lifting and lowering operation in the cylinder 32 of the nozzle cap 30 by the pressing operation of the operation button 42, Therefore, the contents are pumped by compressing the compression chamber 32a in the cylinder 32.

Therefore, the operation of the subject innovation constructed as described above will be described in detail with reference to the accompanying drawings.

3 of the accompanying drawings shows an air condition not used as in the storage and transport of the present invention mixed container 100, that is, the contents of the liquid state in the liquid storage container 10 in powder form The state which sealed and stored each in the storage container 20 is shown.

In this case, first, the operation button 42 is kept raised by the first spring 43 of the vacuum pump 40, and thus the valve 49 is raised to the top dead center of the cylinder 32. It will be waiting for operation.

If you want to use the contents of the liquid and powder state stored in the mixed container 100 of the present invention in such a state, the cover not shown is opened and fastened between the phase separation storage container 20 and the nozzle cap 30. Remove the stop member 50.

When the stop member 50 is strongly pulled through the hook 52 on one side, the opening 51 is separated from the main body 100 as the opening 51 opens, and when the stop member 50 is separated, a predetermined space is formed at the stop member 50. .

Subsequently, when the nozzle cap 30 is pressed, the nozzle cap 30 is lowered in the space as shown in FIG. 4, and thus the cylinder 32 integrally formed inside the nozzle cap 30 is also the same. Lowering operation

As the cylinder 32 is lowered, the opening and closing plate 22 fixed to the lower end thereof is also lowered at the same interval so that the opening and closing plate 22 is separated from the separation storage container 20 to open the lower portion thereof.

Therefore, the contents of the powdered state stored in the powdered storage container 20 are introduced into the liquid storage container 10 directly below and mixed, and this state can be referred to as a preparation step that can be used to extract the mixed contents. have.

In order to use the mixed contents in the liquid storage container 10 continuously, when the operation button 42 of the vacuum pump 40 is pressed as shown in FIG. 5 of the drawing, the operation button 42 is the first spring ( 43 is lowered while compressing, and thus the shaft pipe 44 is lowered into the cylinder 32 while being supported by the support ring 45.

At this time, as the shaft pipe 44 descends, the valve 49 coupled to the lower end opens the orifice 46 while compressing the second spring 48 and simultaneously opens the compression chamber 32a in the cylinder 32. Will be compressed.

Accordingly, the contents in the compression chamber 32a are introduced into the flow path 47 through the orifice 46 and then discharged to the outside through the nozzle 41.

On the contrary, when the operation button 42 held down is released, as shown in FIG. 6 of the drawing, the valve 49 blocks the orifice 46 by the return force of the second spring 48 and at the same time the first spring ( By the return force of 43), together with the operation button 42, it is raised to the original position as shown in FIG.

Accordingly, a strong pressure is applied to the liquid and powder storage containers 10 and 20 including the compression chamber 32a, and the contents are introduced into the compression chamber 32a to wait for the next extraction.

Therefore, the mixed contents in the storage container are always metered and extracted by the nozzle 41 by the series of operations as described above, that is, by one push of the operation button 42.

As described in detail above, the present invention

By installing the liquid storage container in which the liquid contents are stored and the powder storage container in which the powder contents are stacked up and down, the structure can be simplified to improve the manufacturability and assemblability and to effectively store the contents. There is an advantage.

In addition, in use, by simply removing the stop member fastened to the outer periphery of the container and pressing the nozzle cap in a one-touch manner, the powder and the liquid contents can be effectively mixed.

In particular, since the vacuum pump is installed in the inlet of the storage container, there is an advantage that the usability can be improved, such that the mixed contents can be discharged by a fixed amount at all times, and the whole amount can be used without any residue in the storage container.

Claims (1)

Storing the liquid and powder contents separately and mixing them in one container for use; Liquid storage container 10 for storing and storing the contents of the liquid state therein, The liquid phase container 10 is fastened and fastened to the upper part, and the lower part is equipped with an opening / closing plate 22 which is opened and closed by the lowering operation of the nozzle cap to store the contents of the powdered state storage container 20 and; A nozzle cap 30 installed on an upper portion of the phase separation storage container 20 to operate within a predetermined interval and having a cylinder 32 therein; A stop member (50) capable of being separated by being clamped on an outer circumferential edge of the powder storage container (20) to be separated and limiting the operation of lowering the nozzle cap (30); It is fastened to the cylinder 32 of the nozzle cap 30 and is equipped with a vacuum pump 40 to discharge the contents to the outside through the nozzle 41 by the pressing operation of the operation button 42 Mixed container.