KR100848832B1 - Powder cosmetic filled with dry powder in boundary part formed by wet powder object with divided various colors and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a powder cosmetic make-up, in particular, to produce a substrate of a plate-shaped wet powder, and to take out the divided body from the extrudate, and to insert the separated molded body spaced apart in the inner plate, the gap of these divided parts By filling the dry powder into the pressure powder, and cutting the upper surface, the multi-color divided molding completed the internal dish divided by the dry powder,

It is manufactured by molding multi-color powder divided by boundary in a single case, so it is very economical to reduce production cost and improve productivity in producing multi-color powder products, and divide according to user's taste, preference, and frequency of use. The size and color of the molded body can be combined or produced differently to satisfy the user's needs. The powder divided into various shapes and colors has an excellent design and shape and color, so it creates a more luxurious and beautiful image. The present invention relates to a multi-color divided wet powder compact and a dry powder filled at the boundary thereof, and a method of manufacturing the same, which can greatly increase the purchase hierarchy, greatly increase product circulation rate and conversion rate, and create an excellent economic effect.

Powder, Cosmetic, Dry, Wet, Split molding, Clearance, Compartment, Inner plate

Description

Powder cosmetic filled with dry powder in boundary part formed by wet powder object with divided various colors and manufacturing method

1 is a perspective view showing an inner plate of a powder cosmetic product according to the present invention

Figure 2 is a manufacturing process of the powder cosmetics according to the present invention

3a to 3f are detailed views of the manufacturing process of the powder cosmetic according to the present invention,

3A is a process chart for obtaining a divided molded body from a plate-shaped substrate

3B is a process chart for taking out the divided molded body from the cutter;

Figure 3c is a process of forming an adhesive layer for fixing the divided molding to the inner plate

Figure 3d is a process diagram for fixing the divided molding to the inner plate

Figure 3e is a process chart for filling the dry powder in the gap of the divided molding

Figure 3f is a press molding process for pressing the upper portion of the inner plate

Figure 3g is a surface view completed by cutting the upper portion of the inner plate

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

1: internal dish 2,2 ': divided molding

3: adhesive layer 4,4 ': gap

5,5 ': compartment

The present invention, in the makeup cosmetics such as two-way cake, eye shadow, powder pact, skin cover, in particular, the wet powder molded body freely divided molding within the planar shape of the inner plate spaced apart into the inner plate, between the powder molded body As the gap is filled with dry powder, and the surface is cut in the press-molded state, an inner plate containing multicolored powder is obtained from the boundary of the dry powder, so that a single product can be used for various powder products. Multi-part divided wet powder molding, which can provide powder cosmetics with a more luxurious and beautiful image through various split designs, as well as powder cosmetics by dry powder filled at the boundary thereof, and a method of manufacturing the same. It is about.

In general, to make up, a variety of cosmetics having various functions and shapes are used according to the user's taste or the characteristics of the skin. Most commonly, makeup base, eye shadow, two-way cake, powder pact, and skin cover are used. Mainly used.

At this time, the make-up cosmetics as described above are made by injecting most of the oily powder raw material into the container and then press-molded by the press, it is mostly compressed and produced.

In particular, the powder raw material is a pigment for coloring the substrate and the above components such as talc, titanium dioxide, mica, silica, nylon powder, polymethyl methacrylate, sericite, kaolin, denitrification, bismuth oxychloride, etc. As the binder to be bonded is mixed,

As the binder, silicone oils, hydrocarbon oils, higher fatty acid oils, higher alcohol oils, ester oils, glyceride oils, lanolin oils, animal oils, vegetable oils and the like are selectively used.

Since conventional powder products only accommodate powder plates with a single color in the case, when the makeup is changed in consideration of consumption preferences, preferences, or match-ups with clothes, all powder products having respective colors must be purchased. From the consumer's point of view, a considerable economic burden is added.

In addition, in order to compensate for this, products with multicolored powders have been introduced into a single case, but this is divided into a case prepared by separately manufacturing a powder having a single color on each inner plate to have a relatively small size. In this case, the internal plate is completed by inserting each of the internal plates into the space. In this case, productivity is greatly reduced due to many steps of work and repetitive processes, which requires a high production cost and a large overall appearance of the case. Will fall.

Therefore, in consideration of general consumption tendency or usage form, multi-color powder products are urgently required, but in general, multi-color powder products are greatly reduced in portability and are ignored by consumers. The product conversion rate and circulation rate have dropped significantly, making it difficult to generate profits.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems. Extrude the plate-shaped wet powder substrate from a mixture of dry powder, binder and water, take out the divided body from the extrudate, and internally disassemble the ejected molded body. After inserting in the spaced apart, the gap between these divided bodies filled with dry powder and press-molded, and then cut the upper surface to complete the inner plate in which the multi-color divided molded body is divided into dry powder,

It is manufactured by molding multi-color powder divided by boundary in a single case, so it is very economical to reduce production cost and improve productivity in producing multi-color powder products, and divide according to user's taste, preference, and frequency of use. The size and color of the molded body can be combined or produced differently to satisfy the user's needs. The powder divided into various shapes and colors has an excellent design and shape and color, so it creates a more luxurious and beautiful image. The present invention provides a multi-color divided wet powder compact and a powder cosmetic by dry powder filled at these boundaries, and a method for manufacturing the same. There is a purpose.

Hereinafter, preferred embodiments of the present invention will be described.

1 is a perspective view showing an inner dish of a powder cosmetic according to the present invention, Figure 2 is a manufacturing process of the powder cosmetic according to the present invention.

First, look at the configuration of the present invention multi-color split powder cosmetics,

In the inner dish 1 for cosmetics, the divided moldings 2 and 2 'obtained through the press molding of the wet powder having different colors are respectively embedded.

The divided moldings 2 and 2 'are spaced apart and fixed to the bottom surface of the inner plate 1 by an adhesive layer 3 applied as a cosmetic raw material.

In the gaps 4 and 4 'between the divided moldings 2 and 2', partitions 5 and 5 'are formed by pressurized filling of dry powder.

Method for producing a multi-color split powder cosmetics as described above,

A raw material mixing step of stirring the dry powder, the emulsion binder, and water for 5 to 20 minutes to have a viscosity of 400 to 450 cps through a mixing device;

A substrate extrusion step of extruding the mixed formulation to have a predetermined thickness;

A divided molding processing step of separating and extracting the divided molding from the extruded plate-based substrate using a cutter having a predetermined shape;

An adhesive layer forming step of applying an adhesive liquid for attaching the divided molding to the bottom surface of the inner plate provided in advance;

 A division molding insertion step of bonding and fixing the multi-color division molding to the adhesive layer of the inner plate;

A gap filling process of filling dry powder into gaps between the divided moldings;

A product forming step of pressing the upper portion of the inner plate in the state where the gap is filled by the dry powder by the press device;

A surface cutting process of cutting the upper portion of the inner plate in a press-molded state to expose the partition surface by the internal divided molding and the dry powder;

The surface-cut powder molding is dried at a temperature of 60 to 120 ° C. for 4 to 8 hours, and the powder drying process is such that the moisture residual ratio in the molding is less than 2%.

The present invention will be described in more detail with reference to the accompanying drawings, the present invention multi-color divided wet powder compacts and dry powder filled with these boundary parts by the accompanying drawings.

First, dry powder, an emulsion binder, and water are mixed and stirred through a mixer apparatus. At this time, the dry powder is converted into a wet powder by an emulsifying binder and water and subjected to stirring for a predetermined time. In the stirring process, grinding must be performed at the same time when mixing the powder to prevent the appearance of pigment, which is a quality inhibiting factor of cosmetics. The ground and stirred wet powder is ideally subjected to a mixing time of about 5 to 20 minutes.

In this case, when the mixing time is less than 5 minutes, the powder and the emulsifying binder are not sufficiently mixed, so that the pigment or pearl may be pulled out. When the mixing is performed for 20 minutes or more, the dye may be eluted with water. It is preferable to mix for about 10 minutes (raw material mixing process).

In particular, the wet powder obtained by the above mixing process is most ideal to have a viscosity of 400 ~ 450cps, but a powder having a viscosity of 200 to 600cps is generally used.

In this case, the powder having a viscosity of less than 200 cps cannot be mass-produced because the contents cannot maintain a uniform shape during injection or extrusion, and when the powder is cut for blanking, that is, parting, it causes powder contamination on the jig, such as a cutter. will be. On the other hand, if the viscosity is 600cps or more, the contents are too stiff, and the contents are not injected at a constant speed during injection or extrusion.

The wet powder having a constant viscosity as described above is discharged at a high pressure by a built-in screw, etc., but is cut and used at a predetermined length.

The extruded wet powder is used to obtain a divided molding (2) (2 ') for inserting into the inner plate (1). The divided molding (2) (2') is shown in FIG. 3A. Using the cutter previously equipped, it cuts out from the said board-shaped base material, and uses the thing taken out from the said cutter.

That is, the cutter is manufactured to have a free form and size within the planar divided form of the inner plate 1 to be filled, that is, within the shape range of the inner plate 1, and different according to the divided form. A cutter is used and what is necessary is just to use together the molded object of the divided phase taken out from these cutters, as shown in FIG. 3B. (Splitting molding process)

Therefore, differently shaped subdivisions (2) (2 ') are obtained from different colored substrates, and a combination of them is used for the internal dish (1) in which different multicolored subdivisions (2) (2') are inherently embedded. ) To complete.

Therefore, the divided moldings 2 and 2 'taken out from the cutter as described above are inserted into the inner plate 1, and the divided moldings 2 and 2' are inserted into the inner plate 1 by a constant gap 4. (4 ') to form an adhesive layer 3 on the bottom surface of the inner plate 1 to form a spaced apart (adhesive layer forming process).

That is, as shown in Fig. 3c, the adhesive layer 3 may be formed by applying the adhesive applied as a cosmetic raw material to the bottom surface of the dish, and the adhesive layer 3 may be divided into molded parts 2 and 2. ') Serves to stably position the inside of the dish (1) and at the same time as a fixed portion so that each of the divided molding (2) (2') can be positioned at a predetermined interval as shown in Figure (Splitting molding insertion process)

Thus, as shown in FIG. 3E, a dry powder is disposed between the divided moldings 2 and 2 ′ having a constant gap 4 and 4 ′ as described above and inserted into a combination to thereby form the gap 4. (4 ') are all filled by the dry powder, the dry powder is not only the gap of the gap (4) (4') but also the inner plate (1) and the divided molding (2) (2 '). The dry powder is applied to the upper surface of the split molding 2 and 2 'for the convenience of the working process. (Gap filling process)

At this time, when performing the process of filling the gap (4) (4 ') using the dry powder as described above, when vibrating the inner plate (1) using a separate vibrating device or the like dry powder made of fine particles more evenly It is possible to obtain a dense filling effect.

In this way, the inner plate 1 in which the gaps 4 and 4 'are all filled by the dry powder is not formed by the contents, that is, the divided moldings 2 and 2' by the wet powder and the dry powder. As shown in FIG. 3F, the divided molded bodies 2 and 2 ′ secure a predetermined hardness by pressing down the entire upper surface of the inner plate 1 with a separate press device as shown in FIG. 3F. The dry powder filled in the gap between (2) and (2 ') is formed in a solid state due to its binder and the expansion force of the divided moldings (2) and (2').

In this pressure-molded state, since the upper surface is uneven and the dry powder is molded together, the above-mentioned division is made through a smooth cutting section as shown in FIG. 3G by cutting or cutting the upper surface through a separate cutting means. The partitions 5 and 5 'filled in the gap between the surfaces of the molded bodies 2 and 2' and the divided molded bodies 2 and 2 'may be exposed. (Surface cutting process)

Therefore, the partitions 5 and 5 'serve to distinguish and partition the divided moldings 2 and 2' having different colors, and have a beautiful three-dimensional and aesthetic effect through various shapes or line expressions. It will produce a sense.

In particular, the partitions 5, 5 'can be formed broadly or narrowly according to the width of the gap according to the size of the divided moldings 2, 2', and have an extremely thin line shape of 5 mm or less. It is also possible to form the partitions 5 and 5 'so that a more elegant product can be mass-produced by applying a beautiful curved line expression technique.

The inner plate 1 of this completed state is completed by drying the divided moldings 2 and 2 'of the oily and humid state before the final product production step, and remaining in the divided moldings 2 and 2'. It is necessary to dry so that the moisture content can be less than 2% (powder drying process).

The drying conditions at this time is suitable between 60 ℃ to 120 ℃ is a condition that can evaporate moisture, more preferably 80 ℃ is most ideal. In addition, the drying may be performed for 4 hours to 8 hours in the above temperature condition, but it is preferable to dry 6 hours or more in proportion to the capacity of a general internal dish, and it is important to make the residual moisture content in the wet powder be less than 2%. In other words, if the residual moisture content is 2% or more, it may cause cracking or cracking of the surface due to change over time in the packaging and distribution stages.

The inner plate 1 thus obtained is inserted into an outer case or the like and the final product is completed.

Powder cosmetic of the present invention as described above is produced by molding a multi-color powder divided by a boundary in a single case, it is very economical to reduce the production cost and improve productivity in producing a multi-color powder product, The size and color of the divided molding can be combined or produced according to taste, preference, and frequency of use, which can satisfy user's needs. The powder divided into various shapes and colors has excellent design, shape and color. Therefore, to create a more luxurious and beautiful image, it can create a superior economic effect by expanding the purchase hierarchy, greatly increase the product circulation rate and conversion rate.

Claims (4)

The divided moldings (2) and (2 ') by pressing the wet powder having a different color in the interior of the cosmetic inner plate (1) having the adhesive layer (6) on the inner bottom is stored and bonded, the divided molding ( 2) (2 ') is spaced apart and fixed with a constant gap (4) (4'), Multicolored divided wet powder compacts and their boundaries, characterized in that the gaps 4, 4 'between the divided compacts 2, 2' are filled with dry powder to form partitions 5, 5 '. Powder cosmetics by dry powder filled in. A raw material mixing step of stirring the dry powder, the emulsifying binder and the water through a mixing device; A substrate extrusion process of extruding the mixed formulation; A divided molding processing step of separating and extracting the divided molding from the extruded substrate using a cutter having a predetermined shape; An adhesive layer forming step of applying an adhesive liquid for attaching the divided molded body to the bottom surface of the inner plate provided in advance;  A division molding insertion step of bonding and fixing the multi-color division molding to the adhesive layer of the inner plate; A gap filling process of filling dry powder into gaps between the divided moldings; A product forming step of pressing the upper portion of the inner plate in the state where the gap is filled by the dry powder by the press device; The multi-color divided wet powder compact and the dry powder filled in the boundary portion are formed by cutting the upper portion of the inner plate in a pressure-molded state to expose the partition surface by the internally divided molding and the dry powder. Method for producing powder cosmetics by The method of claim 2, wherein in addition to the powder cosmetic manufacturing method, a powder drying process for drying the surface-cut powder molding is added. Manufacturing method. 4. The multi-color divided wet powder compact according to claim 3, wherein the powder drying step is to dry the powder compact for 4 to 8 hours at a temperature of 60 to 120 DEG C, so that the moisture retention in the compact is less than 2%. And a method for producing powder cosmetics by dry powder filled in these boundary parts.

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