KR20090131206A - Method and apparatus of moulding multi-color powder for cosmetics - Google Patents

Abstract

PURPOSE: A method and an apparatus for molding cosmetic powder having various colors are provided to easily mold the powder and minimize failure. CONSTITUTION: A method for molding cosmetic powder having various colors comprises a step of partitioning powder in a container to various different colors and a step of inserting the molded powder into the container. The powder is powder or gel phase. An apparatus for molding the powder comprises: a container insertion part transfers the container(1) to transfer belt(20); plural molding and insertion parts(30) which molds powder(P) having various colors and inserts the powder into the container; and pressure molding part which pressurizes powder having different colors to one powder.

Description

Method and apparatus for molding multi-color powder for cosmetics {Method and apparatus of molding multi-color powder for cosmetics}

The present invention relates to a multicolor molding method and apparatus for cosmetic powders, and more particularly, to multicolor powders for cosmetics that can form multicolored powders having different colors without installing separate partitions in one container. It relates to a molding method and apparatus.

In general, color cosmetics made of powder having various colors may be classified into eye shadows to make up the surroundings of eyes, ball touches to make up cheeks, and compacts, and the eye shadows have different colors around the eyes such as the eyelids. Give the shade or three-dimensional effect by using a powder having a make-up, the ball touch is to make up using a powder having a different color on each ball.

Conventionally, as a method of manufacturing a powder cosmetic containing such a variety of colors, a multi-color molding method and apparatus for cosmetic powder is proposed in Patent Publication No. 87-1056, which seats a multi-colored filling hole formed with a partition in a container. In order to compress powder using a punch after filling powder having a different color in each space, this is a separate multi-color filling hole having a plurality of partitions to separate the boundary grooves by the boundary of each multicolor powder. In addition to the need for the process, there was a problem that the powder is damaged when the separation of the multi-color filling port.

In addition, there is also proposed a multi-color powder cosmetic manufacturing method as a patent registration No. 455995, which has a molding mold as many as the number of colors of powder cosmetics having each color formed in the interior of the container, and compression molding for each of the molding mold In order to form a multi-color powder cosmetic having a different color with each, but this has a problem that the manufacturing cost is increased by requiring as many molding molds and pressing molds as the number of colors of the desired color cosmetics.

In addition, the prior art has a problem in that there is a limit to express the various shapes, particularly the delicate shape of the powder having each color by having a partition for distinguishing each color inside the container.

The present invention was invented to solve the above problems, the object of the present invention is to form a powder having each color separately and put into one container to combine the cosmetics can be easily manufactured and reduce the manufacturing cost To provide a multicolor molding method and apparatus for a powder for use.

It is another object of the present invention to provide a multicolor molding method and apparatus for cosmetic powder that can express powders having respective colors positioned in a container in various shapes.

Still another object of the present invention is to provide a multicolor molding method and apparatus for cosmetic powder that can improve productivity by enabling automation.

In the multicolor molding method of the cosmetic powder according to the present invention for achieving the object as described above, by dividing the powder shape to be molded in the container and molding in different colors, respectively inserting the powder divided into different colors into the container By combining and then pressing to form a powder.

In addition, the multi-color molding apparatus for cosmetic powder according to the present invention, the container input unit for injecting the container to be molded on the forwarding belt, and the inside of the container to form a powder of different colors, respectively, the powder And a plurality of molding and inserting portions respectively inserted into the container, and a press-molding portion compressing and forming a powder by pressing the punch from the upper side when powders of different colors are inserted into the container conveyed through the forwarding conveying belt. do.

According to the present invention, various shapes can be expressed in detail, and it is easy to mold multicolored powders having respective colors, and can be automated to reduce manufacturing costs, increase productivity, and minimize defective rates. Has

Hereinafter, exemplary embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

First, the multicolor molding method of the powder for cosmetics according to the present invention is to partially mold the powders of different colors and insert them into the containers, respectively, to form a single shape.

1 is a schematic view for explaining a multicolor molding method and apparatus for cosmetic powder according to the present invention.

In the drawings, the multicolor molding apparatus for cosmetic powder according to the present invention has a container input part 10 for introducing a container 1 into which a powder is molded therein, and a forward feed for transferring the injected container 1 to each step. It includes a belt 20 and the molding and inserting portion 30 for molding and inserting a partial molding powder having a predetermined shape in the container 1 to be seated and transported in the forward transfer belt 20.

The molding and inserting portion 30 is made of a plurality, which is made of a suitable number depending on the color of the powder formed in the container (1).

Then, the container 1, in which the molding and inserting part 30 is completed, moves through the alignment plate 50 and is finally compressed in the compression molding part 60 through the discharge belt 70 for discharge. After the discharge is configured to be stored in the storage unit 80.

In the container input unit 10, a worker or a robot or the like inputs the block 11 on which the container 1 is seated thereon on the forward transfer belt 20.

 One side of the forwarding conveying belt 20 is provided with a plurality of molding and inserting portion 30 for molding the powder having a different color and inserting into the container (1).

The molding and inserting portion 30 is formed into a container (1) after molding the powder (P) of a different shape having each color, for example, of the powder (P) molded in one container (1) When the color is three colors such as red, blue, and white, a red molding and inserting unit 30a, a blue molding and inserting unit 30b, and a white molding and inserting unit 30c are provided.

As shown in FIGS. 2 and 3, the molding part and the inserting part 30 are provided with a molding and inserting part 31 for molding the powder P on one side thereof, and the molded powder P on one side thereof. Insertion part 40 for inserting into the container 1 is provided.

The molding and inserting part 31 includes a hopper 32 having powder P stored therein, a molding slider 33 moving forward and backward while supporting the hopper 32, and the molding slider 33. It includes a pair of guide rods (34) for guiding) and the cylinder 35 for forward and backward operation of the molding slider (33).

In addition, a support plate 37 on which the mold 36 is seated is positioned below the hopper 32, and powder P formed and injected into the inside of the mold 36 is shown in FIG. 4. A pusher 38 is provided to lift and lower by means such as a cylinder to push upward.

On the other hand, the insertion portion 40 is located on the upper side of the forwarding conveyance belt 20, a pair of guides in the side direction in the bracket 41 installed at a predetermined distance from the forwarding conveyance belt 20 A 42 is provided, and an insertion slider 44 that slides in accordance with the operation of the cylinder 43 is coupled to the guide 42.

Below the insertion slider 44 is a lifting plate 46 having a picker 45 for picking up the powder P formed in the mold 36 and inserting it into the container 1. The lifting plate 46 is configured to move up and down by a cylinder 47 mounted vertically above the insertion slider 44.

And inside the picker 45 is provided with a punch (45a) as shown in Figure 5 is configured to push the powder P inserted therein into the container (1).

An upper side of the bracket 41 is provided with a stopper 48 for stopping the position of the block 11 transferred through the forwarding conveyer belt 20.

The number of the molding and the inserting portion 30 is determined according to the color of the powder to be molded in the container 10, the configuration is made of approximately the same configuration, except that the mold 36 according to the shape according to the color of the powder to be molded ) And the shape of the picker 45 is different.

When the container 1 and the block 11 in which all the powders P of different colors are inserted are transferred to the ends of the forwarding conveyance belt 20, the block 11 on which advancement is prevented by the crossbar 51 is transferred. Push bar 53 is operated by the cylinder 52 to push to one side to change the direction.

On the upper side of the alignment plate 50, the pressing molding unit 60 integrally compresses the powders P, which are inserted in different colors, from the upper side of the container 1 moving one step by the push bar 53. The press-molded part 60 has powder Pr, Pb, and Pw of different colors inserted into the container 1 seated inside the block 11, as shown in FIG. The punch 62 is lowered and the powder P is pressed in the state in which the protective sheet 61 is positioned above the above state.

The discharging belt 70 for discharging is positioned at the front end of the alignment plate 50 so as to transfer the block 11 on which the crimping is completed to the storage unit 80.

In this embodiment, but not limited to the shape of the human face to form a three-color powder, for example, but not limited to this, for example, according to the shape of the mold 36 and the picker 45 of various shapes and various colors Eggplant becomes possible to implement the powder (P).

The present invention is molding the powder in the powder state, but is not limited thereto, and may be applied to molding the powder in the gel state.

The apparatus according to the present invention configured as described above will be described in the case where, for example, a person's face is divided into three, and the powder P is formed into three colors of powder P consisting of white, blue and red.

 First, when the block 11 on which the empty container 1 is seated in the forwarding belt 20 is forwarded, the red powder P is molded in the red molding and inserting portion 30a.

That is, when the slider 33 for molding moves along the guide rod 34 according to the operation of the cylinder 35, the powder of red color forming a part of the face shape in the mold 36 as shown in FIG. 7. (Pr) is molded.

When the red powder Pr is formed on one side of the mold 36, the cylinder 35 is operated again so that the molding slider 33 is retracted to its original position, and then the cylinder 43 is operated to insert it. By moving the slider 44, the cylinder 47 is operated while the picker 45 is positioned above the mold 36 to lower the lifting plate 46.

As the lifting plate 46 descends, the picker 45 coupled to the lower side is positioned at the corresponding position, that is, the upper surface of the red powder Pr formed in the mold 36, and then the mold 36. At the lower side of the pusher 38, the cylinder 47 is pushed up by the operation of a driving means such as a cylinder to push up the red powder Pr in the mold 36 to be inserted into the tip of the picker 45. The operation of the lifting plate 46 and the picker 45 is raised.

At this time, when the position of the block 11 transferred on the forwarding conveyer belt 20 is stopped by the stopper 48, the cylinder 43 is operated again to position the picker 45 above the container 1. Then, the cylinder 47 is operated to lower the elevating plate 46 and the picker 45, and then the punch 45a is lowered to insert the red powder Pr into the container 1.

Subsequently, when the red powder Pr is inserted into a predetermined position of the container 1, the lifting plate 46 and the picker 45 are raised again, and at the same time, the stopper 48 moves backward to block 11. ) Will be transferred to the next step.

The block 11 conveyed along the forward conveyance belt 20 has a powder Pb of blue color and white color in the following steps, namely, the blue molding and insertion part 30b and the white molding and insertion part 30c. (Pw) is molded.

That is, in the blue molding and inserting portion 30b, as shown in FIG. 8, a blue powder Pb is molded in the center portion of the mold 36, and the white molding and inserting portion 30c is shown in FIG. As shown, a white powder Pw is molded on one side of the mold 36.

At this time, the powder (Pr) (Pb) (Pw) having a respective shape that is molded in a different color in the container 1 is inserted in a pre-formed state, so that no boundary is generated between the colors.

The block 11 in which powders Pr, Pb, and Pw having different colors and shapes therein are inserted and molded is transferred along the forwarding belt 20 and then stopped by the crossbar 51. Then, it is transferred laterally by the push bar 53 which is advanced in accordance with the operation of the cylinder 52 is supplied to the alignment plate 50.

When a block 11 having a container 1 in which powders Pr, Pb, and Pw having different colors are supplied to the alignment plate 50 is supplied to the alignment plate 50, the compression molding unit 60 has different colors. In the state where the protective sheet 61 is placed above the powders Pr (Pb) (Pw), the punch 62 is lowered and the upper surface is pressed to squeeze the upper surface into one container 1 as shown in FIG. Powder (Pr) (Pb) (Pw) will be molded integrally.

Subsequently, the block 11 passing through the alignment plate 50 is transferred to the discharge belt 70 for discharging and then discharged and stored in the storage unit 80 to complete molding of powders having different colors.

The present invention as described above is not limited to the above-described specific embodiments, and any person having ordinary skill in the art to which the present invention pertains may make various changes without departing from the gist of the present invention as claimed in the claims. will be.

The present invention will be applicable to any apparatus for molding powder products having different shapes or colors, or powder products having different colors, respectively.

1 is a schematic view showing a multicolor molding method and apparatus for cosmetic powder according to the present invention.

Figure 2 is a perspective view showing the molding and inserting the multi-color molding apparatus for cosmetic powder according to the present invention.

3 is a side view of FIG. 2;

Figure 4 is a partial cross-sectional view showing a mold in the multi-color molding apparatus of the cosmetic powder according to the present invention.

5 is a partial cross-sectional view showing a picker in a multi-color molding apparatus for cosmetic powder according to the present invention.

Figure 6 is a schematic cross-sectional view showing the compression molding in the multi-color molding apparatus for cosmetic powder according to the present invention.

7 is a view showing a state in which one color is molded in a multi-color molding apparatus for cosmetic powder according to the present invention.

8 is a view showing a state in which two colors are molded in a mold in a multi-color molding apparatus for cosmetic powder according to the present invention.

9 is a view showing a state in which three colors are molded in a mold in a multi-color molding apparatus for cosmetic powder according to the present invention.

10 is a view showing a state in which the multi-color is inserted into the container molded in the multi-color molding apparatus for cosmetic powder according to the present invention.

Explanation of symbols on the main parts of the drawings

1: container 10: container input

20: forwarding belt 30: molding and insert

31: molding 32: hopper

33: molding slider 34: guide rod

35, 43, 47: cylinder 36: mold

37: support plate 38: pusher

40: insertion part 41: bracket

42: Guide 44: Insertion slider

45: picker 45a: punch

50: alignment plate 60: compression molding

P: Powder

Claims (8)

Multi-color molding of cosmetic powder, characterized in that the powder shape to be molded in the container is divided into a different color, each divided into a different color, the molded powder is inserted into the container, combined, and then compressed into a single powder Way. The method of claim 1, The powder is a multi-color molding method of the powder for cosmetics, characterized in that any one of the powder or gel phase. A container inlet unit 10 for injecting the container 1 to form the powder onto the forwarding belt 20; A plurality of molding and inserting portions 30 for dividing the inside of the container 1 to form powders P of different colors, and inserting the powder P into the container 1, respectively; And When the powder of each different color is inserted into the container (1) conveyed through the forwarding conveying belt 20, the punch 61 is lowered from the upper side to include a compression molding portion 60 for compression molding into a single powder Multicolor molding apparatus for cosmetic powder. The method of claim 3, wherein The molding and inserting portion 30 transfers the molding portion 31 for molding the powder P of one color into a predetermined shape, and the powder P molded in the molding portion 31 for pickup. Apparatus for forming a multicolor cosmetic powder comprising an insert 40 inserted into a container 1 positioned on a belt 20. The method of claim 3, wherein The molding part 31, the hopper 32, the powder P of one color is stored therein, and the molding slider for supporting the hopper 32 and the forward and backward operation according to the operation of the cylinder 35 And a mold (36) for molding the powder (P) discharged from the hopper (32) into a partial shape divided from the overall shape of the container (1). The method of claim 5, wherein The lower side of the mold 36 is a multi-color molding apparatus for cosmetic powder, characterized in that the pusher 38 for raising the upper powder (P) is provided. The method of claim 4, wherein The insertion portion 40, the insertion slider 44 which is slide-operated along the bracket 41 provided at intervals above the forward transfer belt 20 and the guide 42 installed on the bracket 41. ) And a multicolor molding of cosmetic powder including a picker 45 installed below the insertion slider 44 and picking up and lifting the powder P formed in the mold 36 and inserting the powder P into the container 1. Device. The method of claim 7, wherein The picker 45 is a multi-color molding apparatus of the powder for cosmetics, characterized in that the punch (45a) is coupled to be lifted therein.

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