KR20130118646A - Using wet-bottom powder injection method and a device manufacturing method of a cosmetic - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wet powder cosmetic production apparatus divided into multicolors, and more particularly, to a wet powder cosmetic production apparatus divided into multicolors so that a wet multicolor powder can be filled in a container by a bottom injection method.
The present invention for realizing this is a filling mold 10 is divided into a plurality of compartments 12 to form a plurality of powder filling portion (11); The upper and lower spaced apart from the filling mold 10 is divided into a multi-color including an upper and lower plates 30 and 40 having a suction cloth 20 and a plurality of absorption holes 31 and 41 formed of a nonwoven fabric. In the wet powder cosmetic manufacturing apparatus, the bottom plate (40) is characterized in that the bottom injection 42 to supply the wet powder (P) between the plurality of compartments (12).

Description

Using wet-bottom powder injection method and a device manufacturing method of a cosmetic

The present invention relates to a method of manufacturing a bottom injection type cosmetics using wet powder and a device thereof, and in particular, a bottom injection that cannot be filled with a conventional side injection using a partition overlapping a plurality of partitions divided into a filling mold. It relates to a bottom injection method cosmetics manufacturing method using the wet powder to enable the filling and the device.

Generally, powder products contain only wet powder plates with a single color in the case, so if you want to change your makeup in consideration of consumption preferences, preferences, or matches with clothes, buy all wet powder products with different colors. As a result, a considerable economic burden is added to the consumer.

Therefore, in order to compensate for this, products containing multicolored powders have been introduced in a single case. However, this is divided into a case in which a powder having a single color is formed on each inner plate to have a relatively small size, and then divided inside the case. It is completed by inserting each inner plate into the space. In this case, productivity is greatly reduced due to many steps of work process and repetitive process, which requires expensive manufacturing cost and greatly increases the overall appearance of the case. .

Therefore, it is disclosed in the manufacturing method that can be filled with a multi-color wet powder in a single case if you want to see more advanced, if you see the improvement of Korean Patent Publication No. 10-2008-50755 is provided from the extrusion device Formulation filling step of cutting the wet powder and filling it into the base molding frame, the formulation pressure forming step of press-molding the inside of the base molding frame in the state filled with the formulation by a press device, and press-molded powder from the base molding frame A step of generating a divided molded body which cuts out the powder taken out by a cutter having a split shape; a step of extracting a divided molded body separating the divided molded body from the cutter; and interviewing the sides of the extracted divided molded body with the volume and shape of the inner dish. Split molding inserting step of inserting the appropriate combination and the divided molding is inserted Portion is the upper portion of the plate is proposed in the powder cosmetic manufacturing method of a combination of multi-color segmented shaped body made of an adhesive, characterized in the step of forming pressed by the press device.

However, such a conventional multicolor powder cosmetic manufacturing method is capable of producing a multicolor powder product, but it is very difficult to cut the wet powder provided from the extrusion device into a predetermined shape, as well as to divide the molded body cut into the formulation into the inner dish. Processes such as filling and combining with other divided moldings having different colors are very difficult and difficult, resulting in lower productivity and higher prices, and in particular, it is difficult to form multicolor divided moldings having various shapes.

Another prior art for solving a very complicated process, such as the operation of cutting the wet powder provided from the extrusion device into a predetermined shape as described above and filling the cut divided molded body with an internal dish. As disclosed in No. 0106511, a multi-color powder filling process of spraying and filling a wet powder of different colors in a side injection method into a powder filling mold partitioned into a plurality of spaces; Side using a wet powder including a multi-color powder discharge process for discharging the multi-color powder filled in the powder filling mold into the container and a multi-color powder compression process for pressing the multi-color powder discharged into the container to be pressed at intervals between the multi-color powder It is characterized by the injection method of manufacturing multicolor cosmetics.

However, as described above, the side injection method can be filled only in a limited partition, and has a drawback that cannot be filled if another partition is overlapped in the partition.

That is, the side injection 102 is separately installed in the plurality of partitions 101 formed in the filling mold 100, as shown in FIG. 1, in a space partitioned by one side injection 102. It is possible to fill the wet powder, but if another partition is formed in the partition, the side injection will prevent the filling.

Therefore, even if the production of multi-color cosmetics by the side injecting method has been made in the extremely limited space because there is a tendency to keep up with the various needs of consumers.

The present invention has been made to solve the above problems, and an object thereof is to provide a bottom injection capable of injecting a wet powder to a partition in which a plurality of partitions are partitioned in a plurality of partitions in a filling mold. It is done.

Another purpose is to provide a variety of shapes to the trend of the consumer can be realized by the bottom injection can be implemented by the bottom injection even to the partition nested in multiple layers in the filling mold.

The present invention for achieving the above object is a lifting step (S10) of the bottom injection to be lifted in the lower suction plate to fill the wet powder in the filling mold;

Non-woven fabric drilling step (S20) to penetrate the non-woven fabric so that the wet powder is not adsorbed on the lower suction plate before the bottom injection is filled in the filling mold;

A multi-color powder filling step (S30) of a bottom injection method capable of filling by spraying a wet powder of different colors up to a partition in which a plurality of partitions and partitions formed in the filling mold are overlapped in multiple layers is achieved.

The present invention provides a bottom injection for injecting a wet powder into a partition partitioned in a filling mold and a partition space in which a plurality of partitions are overlapped, whereby a multi-color powder is contained in a single case, as well as a trend of consumer demand. There is an effect that can produce a variety of shapes according to.

1 is a plan view of a filling mold of a conventional side injection method.
Figure 2 is a schematic block diagram showing a multi-color cosmetics manufacturing method of the bottom injection method using a wet powder according to the present invention.
3 is a plan view of a filling mold by the bottom injection method of the present invention.
Figure 4 is a side cross-sectional view before filling into a filling mold of the present invention.
Figure 5 is a side cross-sectional view of the action state of sucking the water and oil of the wet powder at the same time filling the multi-color wet powder in the filling mold of the present invention.
FIG. 6 is an enlarged cross-sectional view of portion A of FIG. 5; FIG.
Figure 7 is a side view showing a powder ejection pusher for discharging the powder filled in the powder filling mold in the multi-color cosmetic manufacturing apparatus of the bottom injection method using a wet powder according to the present invention.
Figure 8 is a bottom view showing the pusher for discharging the powder in the state removing the separation cloth in the multi-color cosmetic manufacturing apparatus of the bottom injection method using a wet powder according to the present invention.
Figure 9 is a plan view showing a state in which the multi-color powder is discharged to the container in the multi-color cosmetic manufacturing apparatus of the bottom injection method using a wet powder according to the present invention.
Figure 10 is a side view showing a multi-color powder pressing process in a multi-color cosmetic manufacturing apparatus of the bottom injection method using a wet powder according to the present invention.
11 is a plan view showing a multi-color cosmetics manufacturing method by the bottom injection method using a wet powder according to the present invention and the manufacturing of the multi-color cosmetics by the apparatus.
12 is a plan view in which a plurality of partitions are formed in the filling mold of another embodiment of the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Hereinafter, described in detail with reference to the accompanying drawings as follows.

First, as shown in FIG. 2, the present invention provides a step of lifting and lowering a bottom injection in a bottom suction plate in a bottom injection method of supplying powder from a lower portion into a powder filling mold partitioned into different shapes in a plurality of spaces. (S10);

Non-woven fabric drilling step (S20) to penetrate the non-woven fabric so that the wet powder is not adsorbed on the lower suction plate before the bottom injection is filled in the filling mold;

A multi-color powder filling step (S30) of a bottom injection method capable of filling by spraying a wet powder of different colors up to a partition in which a plurality of partitions and partitions formed in the filling mold are overlapped in multiple layers;

A water suction step (S31) of filling the multi-color powder by the bottom injection method in the filling mold and simultaneously sucking the water contained in the powder;

A multicolor powder discharging step (S40) of discharging the multicolor powder filled in the powder filling mold into a container;

Comprising a multi-color powder pressing step (S50) for pressing the multi-color powder discharged into the container so as to close the interval between the multi-color powder.

The multi-color powder filling step (S30) is a filling mold 10 having a powder filling part 12 partitioned into a plurality of partitions 11, as shown in Figures 3 to 4 and the filling mold 10 ) And spaced apart from the upper, lower molding cloth (20, 30), and the upper, lower molding cloth (20, 30) is arranged and spaced apart, the lower suction plate (40, 50) .

Each of the protrusions 41 and 51 of the upper and lower suction plates 40 and 50 protrudes to correspond to the diameter of the powder filling part 12.

Here, the shape, size or number of the powder filling part 12 may be formed differently according to the shape of the partition 11 and the like.

In the upper and lower suction plates 40 and 50, suction holes 41a and 51a for contacting the multi-colored powder filled in the powder filling part 12 and applying a vacuum force to suck and remove oil and water are constant. It is formed at intervals.

In addition, a plurality of bottom injection 52 is accommodated in the bottom injection guide groove 51b to communicate with the plurality of partitions 12 in the lower suction plate 50.

In addition, the bottom injection 52 in the lifting step S10 of the bottom injection is coupled to the flexible tube 52a so that the bottom injection 52 freely moves up and down at its lower end.

The nonwoven fabric drilling step (S20) is preferably in the shape of the needle (52c) to penetrate the lower forming fabric 30 to the upper end of the bottom injection (52) as shown in the accompanying drawings, Figs.

The bottom injection 52 is forcibly filled with powder P of different colors in an appropriate amount from a separate powder storage tank.

The operation of the present invention configured as described above is as follows.

First, a plurality of partitions 11 formed in the filling mold 10 may be implemented and arranged in various forms to suit the tastes of consumers in the present or future. For example, a heart, a star, a circle, etc. can be mentioned.

 Arrange the partitions 11 of various shapes in the filling mold 10 as described above, and then, when the filling mold 10 is transferred to the multi-color powder filling step S30, upper and lower suction plates as shown in FIG. As the 40 and 50 move in the direction of the filling mold 10, the upper and lower forming cloths 20 and 30 closely adhere to the outer surface of the filling mold 10.

Subsequently, the bottom injection 52 disposed on the lower suction plate 50 is formed at the upper end as shown in FIG. 6 when the lifting step S10 of the bottom injection is performed in the bottom injection guide groove 51b. The wet powder P is applied to the powder filling part 12 partitioned by the partition 11 of the filling mold 10 while the needle 52c is made of the nonwoven fabric drilling step S20 through which the forming cloth 30 passes. It is filled.

At this time, the upper and lower suction plate 40, 50 is the upper, lower molding cloth 20 is of course to prevent the wet powder (P) is in contact with the upper, lower plate 40, 50.

The upper and lower suction plates 40 and 50 are in contact with the wet powder P when the vacuum is applied to the upper and lower suction plates 40 and 50 while the filling is in close contact with the filling mold 10. The water suction step (S31) of suctioning or removing oil or moisture included in the wet powder P into the plurality of suction holes 41 a and 51 a is performed.

Multi-color powder discharging step (S40) for discharging the filled powder (P) to the inside of the container (V) located at the lower side in the step progressed to the multi-color powder filling step (S30) and the water suction step (S31) as described above ) Is performed.

The multi-color powder discharging step (S40) is located in the lower side of the powder filling mold (10) as shown in Figure 7 and lowering the powder discharge pusher 60 on the upper side of each powder filling unit ( 11) Multicolored powder (P) filled in

It is discharged into the container (V).

As shown in FIG. 8, the powder discharge pusher 60 has a plurality of powder discharge blocks 61 having substantially the same shape so as to be inserted into each of the powder filling parts 11.

A gap 62 is formed between the powder discharge blocks 61 so that the partition 12 can be inserted therein, and each of the powder discharge blocks 61 is forcibly discharged of air. The injection port 63 is formed.

In addition, the separating cloth 64 is attached to the front end of the powder discharge block 61 to be detachable by an adhesive, the separating cloth 64 is in the powder filling part 11 of the powder filling mold (10) The tip of the multicolored powder P and the discharge block 61 filled in the inside is prevented from being adsorbed to each other.

As the powder discharging pusher 60 moves downward, each powder discharging block 61 is inserted into each powder filling portion 11 of the powder filling mold 10, and thus, in the powder filling portion 11. Filled multi-colored powder (P) is discharged to the lower side is settled in the lower container (V).

At this time, the partition 12 of the powder filling mold 10 is inserted into the gap 62 formed in the powder discharge block 61 so that each powder discharge block 61 is inserted into the powder filling part 11.

When the powder discharge block 61 is inserted into each powder filling part 11 to apply pressure to each of the multicolored powders P, the powder P is powdered by forcibly supplying air through the air injection port 63. Preventing close contact with the discharge block 61 is to facilitate the discharge of the powder (P).

When the multi-color powder (P) is discharged in the container (V) in the multi-color powder discharge process (S40) as shown in FIG. 9 powders (P) having different shapes and colors, respectively, are seated in the container (V). In this case, the space portion 70 by the partition 12 is formed between the powders (P).

Subsequently, the multi-color powder pressing step S50 for pressing the powder P seated in the container V from the upper side is performed.

As shown in FIG. 10, when the pressing member 80 is lowered from the upper side of the container V on which the multi-colored powder P is seated, the lower end of the pressing member 80 has the upper end of the multi-colored powder P. As a result, as shown in FIG. 11, a boundary line 90 is formed between each of the multicolored powders P while filling the space 70 formed between the multicolored powders P.

In this case, the forming cloth 82 is positioned on the upper side of the multi-color powder P seated in the container V to prevent the powder P from adhering to the tip of the pressing member 80, in particular, the container V. If the height of the multi-color powder (P) seated in the () to be higher than the height of the container (V) before compression, after pressing the space portion 70 is filled with a boundary line 90 is formed to form a multi-color powder (P) The height is lower than the height of the container (V).

When the multi-color powder (P) in the container (V) is compressed in this way, the manufacturing of the multi-color cosmetics is completed, and then the packaging process is performed.

Meanwhile, as another embodiment of the present invention, as shown in the accompanying drawings, a plurality of partitions and a plurality of partitions are formed in the filling mold as shown in FIG. 12, for example, various shapes such as hearts, stars, polygons, and triangles. In a state where partitions are formed, a plurality of bottom injection 52 may be filled with wet powder to correspond to the partition lines of various shapes.

In addition, those skilled in the art will appreciate that many modifications and variations of the present invention are possible without departing from the spirit and scope of the appended claims.

Accordingly, all such suitable changes, modifications, and equivalents should be considered to be within the scope of the present invention.

10: filling mold 20: upper forming cloth
30: lower tongue tongue 40: upper suction plate
50: lower suction plate

Claims (5)

Lifting step (S10) of the bottom injection to be lifted in the lower suction plate to fill the wet powder in the filling mold;
Non-woven fabric drilling step (S20) to penetrate the non-woven fabric so that the wet powder is not adsorbed on the lower suction plate before the bottom injection is filled in the filling mold;
Wet powder, characterized in that it comprises a multi-color powder filling step (S30) of the bottom injection method that can be filled by spraying a wet powder of different colors up to a partition overlapping a plurality of partitions and partitions formed in the filling mold Cosmetic injection method of the bottom injection method using. Filling mold 10 having a powder filling part 12 partitioned into a plurality of partitions 11, and the phase, the lower molding cloth (20) (30) and spaced apart from the filling mold 10, the image In the cosmetic manufacturing apparatus using a wet powder consisting of upper and lower suction plates 40 and 50 disposed spaced apart from the lower molding cloth 20 and 30,
In the lower suction plate 40, a plurality of bottom injection 52 is accommodated in the bottom injection guide groove 51b so as to communicate with the plurality of partitions 11. Device. The method according to claim 2,
The bottom injection system of the bottom injection method of the bottom injection 52 is characterized in that the bottom injection 52 is coupled to the flexible injection pipe 52a so as to freely move up and down in the bottom injection guide groove 51b. Cosmetic manufacturing equipment. The method according to claim 2,
The bottom injection (52), the upper portion of the bottom injection type cosmetic manufacturing apparatus of the wet powder, characterized in that the needle (52c) is formed so as to penetrate the lower molding cloth (30). The method according to claim 2,
The powder filling part 12, the bottom injection type cosmetic manufacturing apparatus of the wet powder, characterized in that any one of the partition 11 to implement a heart, a star, a polygon, a triangle.

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