KR200426428Y1 - Mixing vessel is capable of mixed using of materials - Google Patents

Abstract

The present invention relates to a mixed container capable of mixing and using the contents, and more specifically, the contents consisting of different components are separately stored and stored separately in the auxiliary container and the main container, and assisted by the pressure applied to the upper part of the auxiliary container during use. The present invention relates to a mixed container capable of mixing and using the contents of the contents to be mixed with the main contents and used as a mixed liquid as the contents are moved to the main container portion.

Mixing vessel, sliding, funnel

Description

MIXING VESSEL IS CAPABLE OF MIXED USING OF MATERIALS}

1 is a front view of a mixing vessel capable of mixing and using the contents according to the present invention;

2 and 3 is a state diagram of the mixing vessel showing a state in which the support plug is separated and the sliding bottom portion is pressed to mix the contents according to the present invention;

Figure 4 is a front view of the mixing vessel showing that the contents are completely mixed in accordance with the present invention.

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

100-Main Jug 110-Main Jug

120-Pump 130-Support Bottom

200-Auxiliary Container 210-Auxiliary Container

220-Sliding cover member 230-Sliding bottom member

240-Support Stopper 250-Support

300-Separator 310-Funnel

400-Pressurized Rod

The present invention relates to a mixed container capable of mixing and using the contents, and more specifically, the contents consisting of different components are separately stored and stored separately in the auxiliary container and the main container, and assisted by the pressure applied to the upper part of the auxiliary container during use. The present invention relates to a mixed container capable of mixing and using the contents of the contents to be mixed with the main contents and used as a mixed liquid as the contents are moved to the main container portion.

In general, a product showing a synergistic effect can be obtained by mixing with each other to produce a variety of reactions, but when the two kinds of contents are stored in a mixed state, it is useful because the reaction proceeds more continuously than when separately stored There was a problem that the shelf life can be significantly reduced.

Accordingly, in the related art, materials that react with each other are separated and stored by a separation membrane or the like, and when used, they are configured to be mixed by shaking the separation membrane by applying external force and then shaking.

However, when the separation membrane is broken as in the prior art, fine residues generated at the time of breakage are present in the mixed solution, causing unnecessary irritation or sealing the injection holes in the case of cosmetics used while directly spraying on the skin.

In addition, in order to prevent the residue generated when the separator is damaged in the past, the separator was composed of a rotating body, etc., but the structure is complicated, there is a problem in that the productivity takes a long time during assembly production.

In addition, if the conventional separation and storage by the separation membrane to separate the contents of each other by breaking or rotating the separator itself when mixing, since a lot of force is required to break or rotate the separation membrane, it is easy for women with weak grip strength There was a problem uncomfortable to use.

The present invention was devised to solve the above-mentioned problems, and it is possible to extend the shelf life of the product by separately storing and storing the contents that can exhibit a unique synergistic effect, and to the movable floor member by sliding the moving passage of the contents. The purpose of the present invention is to provide a mixing container capable of mixing and using the contents by removing the inconvenience of breaking the separator by moving the bottom member during use and moving the bottom member.

Another object of the present invention is to provide a simple structure that allows the bottom member to close the moving passage of the contents to be moved while sliding, thereby allowing the contents to be mixed with a small external force while significantly improving the productivity during assembly production. It is to provide a mixing container that can be mixed use of the contents.

Mixing container capable of mixing and using the contents according to the present invention for achieving the above object, the mixed liquid material to be mixed and stored, the mixed liquid is discharged to the outside by the pressure difference is used to combine the pump A container, comprising: a main container of a cylindrical main container in which main contents are stored, and a pump installed on the main container to discharge the mixed liquid; A separation plate forming a contact surface of the auxiliary container in which the main container and the auxiliary contents are stored, and an inflow path formed at a lower portion thereof as a passage through which the auxiliary content is introduced into the main container; And a cylindrical auxiliary container installed at one side of the main container and storing auxiliary contents, a sliding cover member sealing the upper portion of the auxiliary container and sliding down by an external force to generate a discharge pressure of the auxiliary contents, and the auxiliary container. A sliding bottom member for sealing the bottom surface of the side and closing the inflow path and being pushed down by the discharge pressure of auxiliary contents pressed together with the lowering of the sliding cover member to open the inflow path; It is characterized in that it comprises a secondary container portion consisting of a support plug detachably coupled to support the bottom.

In another aspect of the present invention, the support plug is formed with a support for supporting the sliding bottom member so that the upper surface of the sliding bottom member is located higher than the inflow path and the side closes the inflow path, and the bottom of the support is It is configured to be detachably coupled to the side of the auxiliary container.

Another feature of the present invention, the auxiliary container is a locking jaw preventing the lowering of the sliding bottom member is formed on the inner peripheral surface of the auxiliary container is formed so that the upper surface of the sliding bottom member is stopped at the same position as the bottom surface of the inflow path. will be.

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

As shown in FIG. 1, a mixed container capable of mixed use of contents according to the present invention includes a main container part 100 in which main contents are stored, and an auxiliary container part 200 installed at a side of the main container part and storing auxiliary contents. ), And a separation plate 300 partitioning the main container portion and the auxiliary container portion and having an inflow path 310 of the contents formed thereon.

The main container part 100 is a cylindrical main container 110 in which the main contents constituting the main components of the mixed liquid are stored in the mixed use, and a support bottom member which supports the bottom of the main container and rises by a predetermined period by the pressure for discharging the mixed liquid. 130 and a pump 120 installed on the main container and discharging the mixed liquid to the outside by a pressure difference.

The pump 120 is conventionally configured in the same way as a conventional pump for discharging the liquid substance stored in cosmetics, perfumes, etc. to the outside by a pressure difference, the upper portion of the main container 110 so as not to be easily separated by a small external force or pressure. Of course, it must be firmly combined.

At this time, the pump is preferably composed of an airless pump (airless pump) that does not require a separate tube structure for the discharge of the mixed liquid which is the contents provided inside the main container, as shown in FIGS. That is, the pump is pressurized by pressing the button of the pump installed on the top of the main container containing the mixed liquid as disclosed in the prior art, such as Utility Model Registration No. 311494, the pressure inside the cylinder provided in the button is increased, the mixed liquid contained in the cylinder nozzle As it is discharged through, the vacuum pressure is generated as much as the amount of the mixed liquid discharged so that the mixed liquid in the main container is introduced into the cylinder, and by this vacuum pressure, the piston provided at the lower end of the main container is configured to rise by the discharge section of the mixed liquid.

The auxiliary container part 200 is installed on one side of the main container part 100, the auxiliary container 210 of the tubular shape in which the auxiliary contents constituting the auxiliary component of the mixed solution when mixed use, and the auxiliary container 210 of the Sliding cover member 220 formed to seal the upper portion and sliding by external force and movable downward, and sliding bottom member 230 sealing the bottom surface of the auxiliary container 210 and sliding by external force and movable downward. ) And a support stopper 240 supporting the bottom of the sliding bottom member and detachably coupled by an external force.

At this time, the sliding cover member 220 is coupled to the upper after filling the auxiliary contents in the auxiliary container 210 and temporarily fixed so as not to be easily separated by a small external force, the inner wall of the auxiliary container so that the auxiliary contents do not leak to the outside It is preferably composed of an elastic material that can be in close contact with.

The sliding bottom member 230 is coupled before filling the auxiliary contents in the auxiliary container, and the upper portion of the sliding path to close the inflow passage 310 through which the auxiliary container 210 and the main container 110 are mutually connected. It is coupled to be placed at a higher position than 310, and preferably made of the same elastic material as the sliding cover member to prevent leakage of the auxiliary contents.

The support stopper 240 is a diameter of the auxiliary container so that the upper surface of the sliding bottom member 230 of the auxiliary container portion is higher than the inflow path so that the side surface of the sliding bottom member 230 closes the inflow path 310. It is formed to extend a certain length to a smaller diameter is configured to include a support 250 for supporting the sliding bottom member to a certain height, the other side of the support 250 is fixed in close contact with the bottom of the auxiliary container 210 and the external force It is composed of an elastic material having a diameter slightly larger than that of the auxiliary container so as to be separated by a thread or a thread formed on an outer circumferential surface thereof.

The separating plate 300 forms a contact surface that divides the main container 110 and the auxiliary container 210 so that the main content and the auxiliary content are not mixed with each other, and an inflow path forming a passage through which the auxiliary content flows into the main container during mixing ( 310 is formed at the bottom.

The inflow path 310 is blocked by the sliding bottom member when the sliding bottom member is lowered by external force after the removal of the support plug 240, the movement of the auxiliary contents is not hindered, or the upper surface of the sliding bottom member is As shown in FIG. 2, the height from the bottom of the inflow passage 310 to the bottom of the separation plate 300 is increased so that the auxiliary contents are not moved to a position lower than the inflow passage so that the auxiliary contents remain in the auxiliary vessel. It is preferable that it is formed in the position which becomes equal to the height of ().

At this time, the upper surface of the sliding bottom member 230 to stop at the same position as the bottom surface of the inflow path 310, the locking step (not shown) to prevent the excessive falling of the sliding bottom member 230 is the inner peripheral surface of the auxiliary container It is preferably formed in.

Next will be described the operation of the mixing vessel that can be mixed use of the contents according to the present invention configured as described above.

First, the main container 110 is filled with the main contents, and the pump 120 is coupled to the upper side, and then the sliding bottom member 230 coupled to the bottom surface of the auxiliary container 210 is supported by the support 250 at a predetermined height and its side surface. After the installation to close the inflow path 310 to fill the auxiliary contents and to seal the sliding cover member 220 by coupling to the upper portion of the auxiliary container (210). Accordingly, the main content and the auxiliary content are stored separately so as not to be mixed with each other.

If you want to mix the main content and the auxiliary content, as shown in Figures 2 and 3, after separating the support stopper 240 for supporting the sliding bottom member separate pressure bar 400 or fingers The external force is gradually applied to the upper surface of the sliding cover member 220 by using. The external force applied to the sliding cover member 220 is transmitted to the sliding bottom member 230 through the auxiliary contents filled in the auxiliary container, and by this external force the sliding bottom member 230 moves while gradually sliding down. do.

At this time, as shown by the arrow of the upper part of the pump in Figure 1, by pressing the button of the pump 120 coupled to the upper portion of the main container while pressing the sliding cover member 220 of the auxiliary container portion while opening the nozzle provided in the pump. Will be pressed. In addition, as shown in Figure 2 and 3, the height of the button is shown to be low when the auxiliary content is mixed when the auxiliary content is mixed, so that the nozzle is kept in the open state, the sliding cover member The discharge pressure by the auxiliary contents (shown by the arrow) injected into the main container 110 through the inflow path 310 to pressurize the 220 to discharge the air inside the main container to the outside through the nozzle.

In addition, the pressure applied from the upper portion of the sliding cover member 220 is transmitted to the auxiliary contents, a portion of the discharge pressure generated when the auxiliary contents are pressed is injected into the main container 110 through the inlet path 310 and inside the main container It is used for the movement of the auxiliary contents to discharge the air to the outside through the nozzle, the other portion of the discharge pressure is transferred to the sliding bottom member 230 underneath to slide the sliding bottom member 230 down.

Therefore, before mixing the contents of the auxiliary contents and the main contents to maintain the sliding bottom member at a certain height by the support stopper and the support to separate and keep the inflow path 310, which is the only connection path to the main container, and the mixing When the auxiliary content is injected into the main container, the inflow path 310 is opened while the sliding bottom member 230 descends by the above-described process, and the auxiliary content is injected into the main container through the inflow path 310.

At this time, when the inflow path 310 is all opened and the upper surface of the sliding bottom member 230 and the bottom surface of the inflow path 310 are positioned at the same position, the bottom surface of the sliding bottom member 230 is the auxiliary container. Of course, excessive fall is prevented by being caught by a locking jaw formed at a constant height of the inner circumferential surface.

Thereafter, the external force applied from the upper portion of the sliding cover member 220 is used only to introduce the auxiliary content into the main container through the inflow path 310, and thus the auxiliary content introduced into the main container by the external force is the inflow path. When passing through 310, it is dispersed in the main container by the pressure accumulated therein and better mixed with the main contents to form a mixed liquid. When the auxiliary contents are all introduced into the main container and mixed, the bottom surface of the sliding cover member 220 comes into contact with the top surface of the sliding bottom member 230, and the side surface closes the inflow path 310, so that the mixed liquid is again. This prevents backflow into the auxiliary container.

The present invention is not limited to the technical spirit of the specific embodiments or drawings described above, without having to leave the gist of the present invention claimed in the utility model registration claims without having ordinary knowledge in the technical field to which the present invention belongs. Anyone can make various modifications, as well as such changes are within the scope of the present invention.

The unique effect of the present invention is to separate and store the contents that can exert synergistic effects, and to open and close the moving passage of the contents by the bottom member that slides and moves while extending the shelf life of the product. The contents can be mixed and used without generating it.

Another effect of the present invention is that the bottom member closing the moving passage of the contents is configured in a simple structure to be movable while sliding, so that the contents can be easily mixed by a small external force while significantly improving the productivity in assembly production. It is to improve the ease of use.

Claims (3)

In a mixed container in which a liquid material to be mixed and stored is separated and a pump used for discharging the mixed liquid to the outside by a pressure difference, A main container portion including a main container of a cylindrical shape in which main contents are stored, and a pump installed on the main container to discharge the mixed liquid; A separation plate forming a contact surface of the auxiliary container in which the main container and the auxiliary contents are stored, and an inflow path being a passage through which the auxiliary contents are introduced into the main container; And An auxiliary container having a cylindrical shape installed on one side of the main container and storing auxiliary contents, a sliding cover member which seals an upper portion of the auxiliary container and slides down by external force to generate a discharge pressure of the auxiliary contents, and the auxiliary container of the auxiliary container. The bottom surface is closed and the side surface closes the inflow path, and is pushed down by the discharge pressure of the auxiliary contents pressed together with the lowering of the sliding cover member to open the inflow path, and the bottom of the sliding floor member. A mixed container which can be used mixed with the contents, characterized in that it comprises a secondary container portion consisting of a support plug detachably coupled to support. The method of claim 1, The support stopper is formed with a support for supporting the sliding bottom member so that the upper surface of the sliding bottom member is located higher than the inflow path and the side closes the inflow path, and the bottom of the support is separated from the side of the auxiliary container. Mixing container capable of mixing and using the contents, characterized in that configured to be combined possible. The method according to claim 1 or 2, The auxiliary container portion, Mixing container capable of mixing and using the contents, characterized in that the locking step for preventing the lowering of the sliding floor member is formed on the inner circumferential surface of the auxiliary container to stop the upper surface of the sliding bottom member at the same position as the bottom surface of the inflow path .

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