JP6732242B2 - Wet solid cosmetic, method for producing the same, multicolor wet solid cosmetic, method for producing the same, and partitioning mold used therein - Google Patents

Description

The present invention relates to a wet solid cosmetic in which the surface of a cosmetic is formed into an uneven three-dimensional shape, a method for producing the same, and a multicolor wet solid cosmetic in which the surface of the cosmetic is formed into an uneven three-dimensional shape. The present invention relates to a manufacturing method thereof, and a partition mold used for the method.

BACKGROUND ART Conventionally, solid cosmetics in which the surface of the cosmetic is formed into a three-dimensional shape with undulations are known.
For example, in the three-dimensional filling method of the multi-colored powder cosmetics in the middle plate described in Patent Document 1, a plate plate with a central protruding partition is fitted into the middle plate, and each of the spaces partitioned by the plate plate is inserted into the space plate. By filling the cosmetics of a plurality of colors, the surface of the cosmetics is formed into a three-dimensional shape that is more bulged than the upper edge of the inner plate.

However, the solid cosmetic described in Patent Document 1 has different thicknesses of the cosmetic filled near the center of the inner plate and the thickness of the cosmetic filled near the periphery of the inner plate. After filling the dish with the cosmetic, it is not possible to evenly apply pressure when pressing the surface of the cosmetic. Therefore, the solid cosmetics have a problem that they are vulnerable to impact and are likely to be cracked.

On the other hand, in the solid powder cosmetic described in Patent Document 2, the bottom of the container is formed into the same shape following the three-dimensional surface shape of the cosmetic, and the thickness of the cosmetic filled in the container is adjusted. By making it uniform, it is said that pressure can be applied evenly when the surface of the cosmetic material is pressed.

JP, 2005-143606, A JP-A-2002-051830

However, in the container for solid powder cosmetics described in Patent Document 2, since the container bottom is formed in the same shape following the three-dimensional surface shape of the cosmetic, the container near the center of the container with a large space is formed. Has a shape that makes it easy to fill the powder cosmetics, and it is difficult to fill the powder cosmetics near the periphery of the container that has only a narrow space. Therefore, when the powder cosmetic is directly filled through the opening of the container, the thickness of the powder cosmetic filled in the container cannot be made uniform. In other words, the bulkiness of the powdery cosmetic material filled in the container tends to be low near the center of the container and high near the periphery of the container. It should be noted that Patent Document 2 does not describe a method for making the thickness of the powder cosmetics filled in the container uniform. Further, even if there is a method for making the thickness of the powder cosmetics filled in the container uniform, it is considered that a large-scale device is required.

Therefore, when powdered cosmetics are directly filled in such a container, it is not possible to make the thickness of the cosmetics filled in the container uniform. No pressure can be applied to. Therefore, the solid cosmetics have a problem that they are vulnerable to impact and are likely to be cracked.

An object of the present invention is to provide a wet solid cosmetic capable of forming the surface of a cosmetic into a three-dimensional shape with undulations, resistant to impact, and less likely to cause cracks, a method for producing the same, and a multicolor wet solid cosmetic. The present invention provides a material, a manufacturing method thereof, and a partitioning mold used for the material.

Wet solid cosmetic of the present invention is a wet solid cosmetic Ru comprising a cosmetic filled in a container having one housing portion of the dish-shaped, cosmetic, forming a three-dimensional shape of a contoured The container has a specified surface shape , the container has a bottom shape formed in a three-dimensional shape corresponding to the surface shape of the cosmetic, and a filling hole formed from the bottom surface to the back surface of the container. Is characterized by.

Here, the bottom surface shape of the container formed in a three-dimensional shape corresponding to the surface shape of the cosmetic is not limited to the bottom surface shape of the container that completely matches the surface shape of the cosmetic, but the surface of the cosmetic If the bottom shape of the container follows the shape, a certain degree of error (for example, the thickness of the thickest part with respect to the thinnest part of the cosmetic is within +30%) is allowed. Specifically, an error or the like caused by forming a three-dimensional pattern on the surface of the cosmetic material is allowed.
According to the present invention, the cosmetic has a surface shape formed in a three-dimensional shape with undulations, and the container has a bottom shape formed in a three-dimensional shape corresponding to the surface shape of the cosmetic. Therefore, the thickness of the cosmetic material filled in the container can be made substantially constant. Further, wet solid cosmetics are not powdery cosmetics, but slurry-like cosmetics are filled in a dish-shaped container, and the solvent in the cosmetics filled in the container is sucked and removed. Since it is manufactured, the thickness of the cosmetic material filled in the container can be made substantially constant, unlike the case where the powdery cosmetic material is filled in the dish-shaped container. Therefore, since the pressure can be applied evenly when the surface of the cosmetic material is pressed after the cosmetic material is filled in the container, the wet solid cosmetic material has a three-dimensional shape with an uneven surface. In addition to being formed, it is resistant to impact and is less likely to cause cracks.

According to the method for producing a wet solid cosmetic of the present invention, a slurry-like cosmetic is filled in a container having one dish-shaped container, and the solvent in the cosmetic filled in the container is sucked and removed. A method for producing a wet solid cosmetic by producing a solid cosmetic by having a bottom shape formed in an uneven three-dimensional shape, and having a filling hole formed through from the bottom surface to the back surface. The filling step of filling the container with the slurry-like cosmetic and the suction head having the head surface shape formed in a three-dimensional shape corresponding to the bottom shape of the container, the cosmetic filled in the container And a suction step of sucking and removing the solvent therein.

Here, the head surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container is not limited to a head surface shape that completely matches the bottom surface shape of the container, but a head that follows the bottom surface shape of the container. If it is a surface shape, there is a certain degree of error (for example, the space formed between the bottom surface of the container and the head surface of the suction head, that is, the thickness of the thickest portion of the cosmetic after manufacturing is +30. %, etc.) is allowed. Specifically, in order to form a three-dimensional pattern on the surface of the cosmetic, an error or the like caused by forming a head surface shape corresponding to the pattern is allowed.
According to the present invention, a method for producing a wet solid cosmetic material corresponds to a bottom surface shape of a container after filling a slurry-like cosmetic material into a container having a bottom surface shape formed in an uneven three-dimensional shape. By using a suction head having a head surface shape formed in a three-dimensional shape, the solvent in the cosmetic material filled in the container is sucked and removed, so that an uneven three-dimensional shape is formed. Unlike the case of filling the powder cosmetic in a container having a bottom shape, the thickness of the cosmetic filled in the container can be made substantially constant. Therefore, since the pressure can be applied evenly when the surface of the cosmetic material is pressed after the cosmetic material is filled in the container, the wet solid cosmetic material has a three-dimensional shape with an uneven surface. In addition to being formed, it is resistant to impact and is less likely to cause cracks.

In the present invention, in the filling step, it is preferable to fill the container with the slurry-like cosmetic material through a filling hole formed so as to penetrate from the outer surface to the inner surface of the container.

According to such a configuration, it is possible to fill the slurry-like cosmetic material through the filling hole of the container in the filling space of the cosmetic material that is closed by closing the opening of the container with the suction head, The thickness of the cosmetic can be made uniform when the cosmetic is filled in the container. Therefore, after the cosmetic is filled in the container, pressure can be applied more evenly when the surface of the cosmetic is pressed, so that the wet solid cosmetic has a three-dimensional undulating surface of the cosmetic. It can be formed into a shape, is more resistant to impact, and is less likely to cause cracks.

Multicolor wet solid cosmetic of the present invention is a multi-color wet solid cosmetic Ru comprising a cosmetic filled in a container having one housing portion of the dish-shaped, cosmetic, plural colors of cosmetics A colored pattern is formed on the surface of the container, and it has an uneven three-dimensional surface shape, and the container has a three-dimensional bottom surface shape corresponding to the surface shape of the cosmetic. And a filling hole formed penetrating from the bottom surface to the back surface .

According to such a configuration, the cosmetic has a surface shape formed into a three-dimensional shape with undulations, and the container has a bottom shape formed into a three-dimensional shape corresponding to the surface shape of the cosmetic. Therefore, the thickness of the cosmetic material filled in the container can be made substantially constant. Further, the multicolor wet solid cosmetic is not a powdery cosmetic, but a slurry-like cosmetic is filled in a dish-shaped container, and the solvent in the cosmetic filled in the container is sucked and removed. Since it is produced by such a method, the thickness of the cosmetic material filled in the container can be made substantially constant, unlike the case where the powdery cosmetic material is filled in the dish-shaped container. Therefore, after the cosmetic is filled in the container, the pressure can be applied evenly when the surface of the cosmetic is pressed, so that the multicolor wet solid cosmetic has an uneven three-dimensional shape on the surface of the cosmetic. It can be formed into various shapes, is resistant to impact, and is less likely to cause cracks.

The method for producing a multicolor wet solid cosmetic of the present invention is to fill a slurry-like cosmetic into a dish-shaped container having one accommodating portion and suck the solvent in the cosmetic filled in the container. A method for producing a multicolor wet solid cosmetic by producing a solid cosmetic by removing, wherein the solid cosmetic has a bottom shape formed in a three-dimensional shape with undulations, and is formed by penetrating from the bottom surface to the back surface. By fitting a partitioning mold having an envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container on the bottom surface side of the container and on the opposite side to the bottom surface of the container, respectively, in the container having the filling hole . , A partition step of partitioning the interior of the container into a plurality of compartments, a filling step of filling each of the plurality of compartments formed in the container with a slurry-like cosmetic material of a plurality of colors, and a three-dimensional shape corresponding to the bottom shape of the container. By using a suction head having a head surface shape formed in a shape, a suction step of sucking and removing the solvent in the cosmetic material filled in the container is provided.

According to such a configuration, the method for producing a multicolor wet solid cosmetic is such that after filling a slurry-like cosmetic into a container having a bottom shape formed in an uneven three-dimensional shape, the bottom surface of the container is filled. By using a suction head having a head surface shape formed in a three-dimensional shape corresponding to the shape, the solvent in the cosmetic material filled in the container is sucked and removed, so that a three-dimensional shape with undulations Unlike the case where the powdered cosmetic is filled in the container having the bottom shape formed in the above, the thickness of the cosmetic filled in the container can be made substantially constant. Therefore, after the cosmetic is filled in the container, the pressure can be applied evenly when the surface of the cosmetic is pressed, so that the multicolor wet solid cosmetic has an uneven three-dimensional shape on the surface of the cosmetic. It can be formed into various shapes, is resistant to impact, and is less likely to cause cracks.

Further, since the partition mold has an envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container on the bottom surface side of the container and on the opposite side to the bottom surface of the container, respectively, the interior of the container can be reliably It can be divided into compartments. It should be noted that the envelope shape formed in a three-dimensional shape corresponding to the bottom shape of the container is not limited to the envelope shape that completely matches the bottom shape of the container, and some error is allowed. .. Specifically, the envelope surface shape is tolerable if it has an error that can reliably partition the inside of the container into a plurality of compartments.

In the present invention, in the filling step, it is preferable that the container be filled with the slurry-like cosmetic material through a filling hole formed so as to penetrate from the outer surface to the inner surface of the container.

According to such a configuration, it is possible to fill the slurry-like cosmetic material through the filling hole of the container in the filling space of the cosmetic material that is closed by closing the opening of the container with the suction head, The thickness of the cosmetic can be made uniform when the cosmetic is filled in the container. Therefore, since the pressure can be applied more evenly when the surface of the cosmetic material is pressed after the cosmetic material is filled in the container, the multicolor wet solid cosmetic material has a rugged three-dimensional surface. In addition to being able to be formed into a desired shape, it is more resistant to impacts and cracks can be made less likely to occur.

The partition mold of the present invention is a solid cosmetic by filling a container having one dish-shaped accommodating portion with a slurry-like cosmetic and sucking and removing the solvent in the cosmetic filled in the container. A partition type used in a method for producing a multicolor wet solid cosmetic composition for producing a filling hole having a bottom shape formed in an uneven three-dimensional shape and penetrating from the bottom surface to the back surface. By being fitted into the container having, by partitioning the inside of the container into a plurality of compartments, the envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container is the bottom surface side of the container and the bottom surface of the container. It is characterized by having each on the opposite side.

According to such a configuration, the partition mold has an envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container on the bottom surface side of the container and on the side opposite to the bottom surface of the container, respectively. The inside can be reliably divided into a plurality of compartments.

The figure which shows the external appearance of the wet solid cosmetics which concerns on 1st Embodiment of this invention. Sectional drawing which shows the filling device of wet solid cosmetics The figure which shows the state where the makeup plate is arranged in the filling device. The figure which shows the state just before filling cosmetics into the makeup tray. The figure which shows the state where the cosmetics are filled in the makeup plate. The figure which shows the state where the makeup plate is arranged in the press device. The figure which shows the state where the cosmetics have been pressed. The figure which shows the external appearance of the multicolor wet solid cosmetics which concerns on 2nd Embodiment of this invention. Sectional drawing which shows the filling device of multicolor wet solid cosmetics. Diagram showing the appearance of the partition type The figure which shows the state where the makeup plate is arranged in the filling device. The figure which shows the state just before filling cosmetics into the makeup tray. The figure which shows the state where the cosmetics are filled in the makeup plate.

[First Embodiment]
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a diagram showing an appearance of a wet solid cosmetic material according to the first embodiment of the present invention. Specifically, the upper diagram of FIG. 1 is a diagram of the wet solid cosmetic 1 as seen from the upper surface side, and the lower diagram is a diagram showing a cross section of the wet solid cosmetic 1.
As shown in FIG. 1, the wet solid cosmetic material 1 includes a cosmetic material C having a surface shape formed in an uneven three-dimensional shape (dome shape), and a cosmetic plate as a container for containing the cosmetic material C. 10 and 10.

The decorative plate 10 is formed into a substantially disc shape by plastic molding, for example. The makeup plate 10 is formed by recessing the upper surface in a concave shape, and has a housing portion for housing the cosmetic C, and a filling hole 11 is formed at a substantially central position of the housing portion. This filling hole 11 penetrates from the bottom surface (inner surface) of the decorative plate 10 to the back surface (outer surface) of the decorative plate 10 and is formed in a circular cross section. The filling hole 11 has a reduced diameter portion located on the inner surface side of the decorative dish 10 and an enlarged diameter portion located on the outer surface side of the decorative dish 10 and having a larger diameter than the reduced diameter portion.
Further, the decorative plate 10 has a bottom surface shape formed in a three-dimensional shape (dome shape) corresponding to the surface shape of the cosmetic C.

The wet solid cosmetics 1 is manufactured by filling a cosmetic dish 10 with a slurry cosmetic C and sucking and removing the volatile solvent in the cosmetic C filled in the cosmetic dish 10. ..
Here, the slurry cosmetic C includes a cosmetic base material for solid powder cosmetics such as foundation, face powder, and eye shadow, and a volatile solvent such as ethanol, water, liquid paraffin, isoparaffin, and isopropyl alcohol. It is a mixed fluid.

FIG. 2 is a cross-sectional view showing a wet solid cosmetic filling device.
As shown in FIG. 2, the filling device 2 closes an opening on the surface of the makeup plate 10 and a filling nozzle 21 that fills the makeup plate 10 conveyed in a state of being housed in the hakama 12 with the cosmetic material C. And a suction head 22 that sucks and removes the volatile solvent contained in the cosmetic C when the cosmetic C is filled. The suction head 22 has a plurality of suction holes 221 formed so as to penetrate the inside of the suction head 22 in order to suck the volatile solvent contained in the cosmetic C, and has a bottom surface shape of the decorative plate 10. It has a head surface shape formed in a corresponding three-dimensional shape (dome shape). The suction head 22 sucks the volatile solvent of the cosmetic C through an absorption sheet (not shown) made of highly absorbent paper or nonwoven fabric attached to the lower surface of the suction head 22.

3 to 5 are process diagrams illustrating a method of filling cosmetics by the filling device. Specifically, FIG. 3 is a view showing a state in which the makeup plate 10 is arranged in the filling device 2. FIG. 4 is a diagram showing a state immediately before filling the cosmetic plate 10 with the cosmetic material C. FIG. 5 is a diagram showing a state in which the cosmetic C is filled in the makeup tray 10. Hereinafter, the filling method of the cosmetic C will be described with reference to these drawings.

First, as shown in FIG. 3, the filling device 2 raises the suction head 22 and lowers the filling nozzle 21 to be in an initial state (upward and downward arrows in FIG. 3 ). After that, the makeup tray 10 is conveyed in a state of being housed in the hakama 12 to be arranged at a predetermined position in the filling device 2. Next, as shown in FIG. 4, the filling device 2 lowers the suction head 22 to close the opening on the surface of the decorative dish 10 (downward arrow in FIG. 4) and raises the filling nozzle 21. Then, the tip of the filling nozzle 21 is inserted into the enlarged diameter portion of the filling hole 11 (upward arrow in FIG. 4). As a result, the storage portion of the decorative plate 10 becomes a sealed space.

Then, as shown in FIG. 5, the filling device 2 causes the pump (not shown) to discharge the cosmetic C, thereby filling the cosmetic dish 10 with the slurry C through the filling nozzle 21 ( S1: filling step). In other words, the filling step S1 fills the decorative dish 10 with the slurry-like cosmetic material C through the filling hole 11 formed by penetrating from the outer surface to the inner surface of the decorative dish 10.
Further, the filling device 2 uses the suction head 22 to suck and remove the volatile solvent in the cosmetic material C filled in the makeup tray 10 (S2: suction step).

FIG. 6 and FIG. 7 are process drawings for explaining a method of pressing cosmetics using a pressing device. Specifically, FIG. 6 is a view showing a state in which the decorative plate 10 is arranged on the press device 3. FIG. 7 is a diagram showing a state where the cosmetic material C is subjected to a press treatment.
As shown in FIG. 6, the pressing device 3 includes a press head 31 that presses the cosmetic material C filled in the makeup tray 10 that is conveyed in a state of being housed in the hakama 12. The press head 31 has a head surface shape formed in a three-dimensional shape (dome shape) corresponding to the bottom surface shape of the decorative plate 10.

First, as shown in FIG. 6, the press device 3 is moved to the initial state by raising the press head 31 (upward arrow in FIG. 6). After that, the makeup plate 10 is conveyed in a state of being housed in the peeler 12 and is arranged at a predetermined position in the press device 3. Next, as shown in FIG. 7, the pressing device 3 lowers the press head 31 to press the cosmetic material C (down arrow in FIG. 7 ).
Thus, the wet solid cosmetics 1 can be manufactured by the manufacturing method including the method for filling the cosmetics C by the filling device 2 and the method for pressing the cosmetics C by the pressing device 3.

According to this embodiment as described above, the following actions and effects can be achieved.
(1) The cosmetic C has a surface shape formed in a three-dimensional shape with undulations, and the makeup plate 10 has a bottom surface shape formed in a three-dimensional shape corresponding to the surface shape of the cosmetic C. Since it has, it is possible to make the thickness of the cosmetic C filled in the decorative plate 10 substantially constant. In addition, the wet solid cosmetics 1 is not a powdery cosmetic, but a slurry-like cosmetic C is filled in the decorative dish 10 and the volatile solvent in the cosmetic C filled in the decorative dish 10 is sucked. Since it is manufactured by removing it, the thickness of the cosmetic material C filled in the decorative dish 10 can be made substantially constant. Therefore, after filling the cosmetic dish 10 with the cosmetic C, pressure can be evenly applied when the surface of the cosmetic C is pressed, so that the wet solid cosmetic 1 undulates the surface of the cosmetic C. In addition to being able to be formed into a three-dimensional shape, it is resistant to impacts and is less likely to crack.

(2) In the method for manufacturing the wet solid cosmetic material 1, the slurry cosmetic C is filled in the decorative dish 10 having a bottom shape formed in an uneven three-dimensional shape, and the bottom surface shape of the decorative dish 10 is filled. By using the suction head 22 having a head surface shape formed in a three-dimensional shape corresponding to the above, since the volatile solvent in the cosmetic material C filled in the makeup tray 10 is sucked and removed, the makeup tray The thickness of the cosmetic C filled in 10 can be made substantially constant. Therefore, after filling the cosmetic dish 10 with the cosmetic C, pressure can be evenly applied when the surface of the cosmetic C is pressed, so that the wet solid cosmetic 1 undulates the surface of the cosmetic C. In addition to being able to be formed into a three-dimensional shape, it is resistant to impacts and is less likely to crack.

(3) The method for manufacturing the wet solid cosmetics 1 is such that slurry is filled in the filling space of the cosmetic C closed by closing the opening of the decorative dish 10 with the suction head 22 through the filling holes 11 of the decorative dish 10. Since the cosmetic C in the shape of a circle can be filled, the thickness of the cosmetic C can be made uniform when the cosmetic C is filled in the makeup tray 10. Therefore, after the cosmetic material C is filled in the makeup tray 10, pressure can be applied more evenly when the surface of the cosmetic material C is pressed, so that the wet solid cosmetic material 1 can clean the surface of the cosmetic material C. It can be formed into a three-dimensional shape with undulations, is more resistant to impact, and is more resistant to cracking.

[Second Embodiment]
Hereinafter, a second embodiment of the present invention will be described with reference to the drawings.
In the following description, the parts that have already been described are given the same reference numerals and the description thereof will be omitted.

FIG. 8: is a figure which shows the external appearance of the multicolor wet solid cosmetics which concerns on 2nd Embodiment of this invention. Specifically, the upper diagram of FIG. 8 is a diagram of the multicolor wet solid cosmetic 1A viewed from the upper surface side, and the lower diagram is a diagram showing a cross section of the multicolor wet solid cosmetic 1A.
As shown in FIG. 8, the multicolor wet solid cosmetic 1A contains cosmetics C1 to C4 having a surface shape formed in a three-dimensional shape with undulations (dome shape) and the cosmetics C1 to C4. And a decorative plate 10A serving as a container for operating. This multicolor wet solid cosmetic 1A has a color pattern formed on its surface using cosmetics C1 to C4 of a plurality of different colors.

The decorative plate 10A is formed into a substantially disc shape by plastic molding, for example. The decorative plate 10A is formed by recessing the upper surface in a concave shape, and has a storage portion for storing the cosmetics C1 to C4, and four filling holes 11A to 11D are provided in the vicinity of the peripheral edge of the storage portion. Is formed in. The filling holes 11A to 11D are formed in a circular cross-section while penetrating from the bottom surface (inner surface) of the decorative dish 10A to the back surface (outer surface) of the decorative dish 10A and at positions corresponding to the cosmetics C1 to C4, respectively. Has been done. The filling holes 11A to 11D have a reduced diameter portion located on the inner surface side of the decorative dish 10A and an enlarged diameter portion located on the outer surface side of the decorative dish 10A and having a larger diameter than the reduced diameter portion. ..
Further, the decorative plate 10A has a bottom surface shape formed into a three-dimensional shape (dome shape) corresponding to the surface shapes of the cosmetics C1 to C4.

In this multicolor wet solid cosmetic 1A, the cosmetics C1 to C4 in the form of a slurry are filled in the decorative dish 10A, and the volatile solvent in the cosmetics C1 to C4 filled in the decorative dish 10A is sucked and removed. Is manufactured by
Here, the slurry-like cosmetics C1 to C4 are fluids obtained by mixing a cosmetic base material of a solid powder cosmetic and a volatile solvent, like the cosmetic C in the first embodiment.

FIG. 9: is sectional drawing which shows the filling device of a multicolor wet solid cosmetics.
As shown in FIG. 9, the filling device 2A closes the filling nozzles 21A to 21D for filling the cosmetics C1 to C4 into the makeup tray 10A and the openings on the surface of the makeup tray 10A, and fills the cosmetics C1 to C4. A suction head 22A that sucks and removes the volatile solvent contained in the cosmetics C1 to C4 when doing this, and a partitioning mold 23 that is fitted into the storage portion of the makeup tray 10A are provided. The suction head 22A has a head surface shape formed in a three-dimensional shape (dome shape) corresponding to the bottom surface shape of the decorative plate 10A.
Since FIG. 9 is a view showing a cross section of the filling device 2A, illustration of the filling holes 11C and 11D and the filling nozzles 21C and 21D corresponding to the filling holes 11C and 11D are omitted. The same applies to the following drawings.

FIG. 10 is a diagram showing the appearance of the partition type. Specifically, the upper diagram of FIG. 10 is a diagram of the partition die 23 seen from the upper surface side, and the lower diagram is a diagram showing a cross section of the partition die 23.
The partitioning mold 23 can be fitted into the accommodation portion of the decorative plate 10A to partition the interior of the decorative plate 10A into a plurality of compartments. As shown in FIG. 10, the partition mold 23 includes a frame 231 formed in a rectangular frame shape, and a partition plate 232A laid in a cross shape inside a circular hole formed in the center of the frame 231. 232B and.

The frame 231 has a flange portion 231A that comes into contact with the upper end edge of the decorative dish 10A and a cylindrical body portion 231B that comes into contact with the inner wall of the decorative dish 10A.
Each partition plate 232A, 232B has an upper surface side and a lower surface side formed in an arc shape corresponding to the bottom surface shape of the decorative plate 10A. In other words, the partition mold 23 has an envelope surface shape (dome shape) formed in a three-dimensional shape corresponding to the bottom surface shape of the decorative plate 10A and the side opposite to the bottom surface side of the decorative plate 10A and the bottom surface of the decorative plate 10A. Each has.

11 to 13 are process diagrams illustrating a method of filling cosmetics by the filling device. Specifically, FIG. 11 is a diagram showing a state where the makeup plate 10A is arranged in the filling device 2A. FIG. 12: is a figure which shows the state just before filling cosmetics C1 to C4 into 10 A of makeup plates. FIG. 13 is a diagram showing a state where the cosmetics C1 to C4 are filled in the makeup tray 10A. Hereinafter, the filling method of the cosmetics C1 to C4 will be described with reference to these drawings.

First, as shown in FIG. 11, the filling device 2A is moved to the initial state by raising the suction head 22A and lowering the filling nozzles 21A to 21D (vertical arrow in FIG. 11). Then, the filling device 2A partitions the interior of the decorative plate 10A into a plurality of partitions by fitting the partitioning mold 23 into the decorative plate 10A (S11: partition step). At this time, the flange portion 231A of the frame 231 contacts the upper edge of the decorative plate 10A, and the body portion 231B contacts the inner wall of the decorative plate 10A. After that, the makeup tray 10A is conveyed in the state of being housed in the cover 12 and is arranged at a predetermined position in the filling device 2A. Next, as shown in FIG. 12, the filling device 2A closes the opening on the surface of the decorative plate 10A by lowering the suction head 22A to bring the suction head 22A and the partition mold 23 into contact with each other (bottom of FIG. 12). Arrow pointing). Next, the filling device 2A inserts the tips of the filling nozzles 21A to 21D into the expanded diameter portions of the filling holes 11A to 11D by raising the filling nozzles 21A to 21D (upward arrow in FIG. 12). As a result, the storage portion of the decorative plate 10A becomes a sealed space.

Then, as shown in FIG. 13, the filling device 2A causes the pump (not shown) to discharge the cosmetics C1 to C4, thereby forming a plurality of compartments formed in the makeup plate 10A via the filling nozzles 21A to 21D. Each of the cosmetics C1 to C4 in the form of slurries of a plurality of colors is filled in each (S12: filling step). In other words, in the filling step S12, the makeup dish 10A is filled with the slurry cosmetics C1 to C4 through the filling holes 11A to 11D formed by penetrating from the outer surface to the inner surface of the makeup dish 10A. Since FIG. 13 is a diagram showing a cross section of the filling device 2A, the illustration of the cosmetics C3 and C4 is omitted.

Further, the filling device 2A sucks and removes the volatile solvent in the cosmetic material C filled in the makeup tray 10A by using the suction head 22A (S13: suction step).
After that, as in the first embodiment, the cosmetics C1 to C4 are pressed by the pressing device 3, whereby the multicolor wet solid cosmetic 1A can be manufactured.

According to this embodiment as described above, the following actions and effects can be achieved.
(4) The cosmetics C1 to C4 have a surface shape formed in a three-dimensional shape with undulations, and the makeup plate 10A is formed in a three-dimensional shape corresponding to the surface shape of the cosmetics C1 to C4. Since it has a bottom face shape, the thickness of the cosmetics C1 to C4 filled in the makeup tray 10A can be made substantially constant. In addition, the multicolor wet solid cosmetic 1A is not a powdery cosmetic, but slurry-like cosmetics C1 to C4 are filled in the makeup tray 10A, and the cosmetics C1 to C4 in the makeup tray 10A are filled. Since it is manufactured by sucking and removing the volatile solvent of, the thickness of the cosmetics C1 to C4 filled in the decorative dish 10A can be made substantially constant. Therefore, after the cosmetics C1 to C4 are filled in the makeup tray 10A, pressure can be evenly applied when the surface of the cosmetics C1 to C4 is pressed. The surfaces of the materials C1 to C4 can be formed in a three-dimensional shape having undulations, and can be resistant to impact and less likely to cause cracks.

(5) The method for producing the multicolor wet solid cosmetics 1A is such that the cosmetics C1 to C4 in a slurry form are filled in a decorative dish 10A having a bottom shape formed in an uneven three-dimensional shape, and By using the suction head 22A having a head surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of 10A, the volatile solvent in the cosmetics C1 to C4 filled in the makeup tray 10A is sucked. Since it is removed, the thickness of the cosmetics C1 to C4 filled in the decorative dish 10A can be made substantially constant. Therefore, after the cosmetics C1 to C4 are filled in the makeup tray 10A, pressure can be evenly applied when the surface of the cosmetics C1 to C4 is pressed. The surfaces of the materials C1 to C4 can be formed in a three-dimensional shape having undulations, and can be resistant to impact and less likely to cause cracks.

(6) The manufacturing method of the multicolor wet solid cosmetics 1A is as follows. ~ 11D can be filled with the slurry cosmetics C1 to C4, so that the thickness of the cosmetics C1 to C4 can be made uniform when the cosmetics C1 to C4 are filled in the decorative dish 10A. it can. Therefore, after the cosmetics C1 to C4 are filled in the decorative dish 10A, pressure can be applied evenly when the surface of the cosmetics C1 to C4 is pressed, so that the multicolor wet solid cosmetics 1A is The surface of the cosmetics C1 to C4 can be formed into a three-dimensional shape with undulations, and it can be more resistant to impact and less likely to cause cracks and the like.

(7) Since the partitioning mold 23 has the envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the makeup tray 10A on the bottom surface side of the makeup tray 10A and on the side opposite to the bottom surface of the container, The inside of the dish 10A can be reliably partitioned into a plurality of compartments.

[Modification of Embodiment]
It should be noted that the present invention is not limited to the above-described embodiments, and modifications, improvements, etc. within a range in which the object of the present invention can be achieved are included in the present invention.
For example, in each of the above-described embodiments, the filling holes 11, 11A to 11D are formed so as to penetrate from the bottom surface of the decorative dish 10, 10A to the back surface of the decorative dish 10, 10A, but on the side surface of the decorative dish 10, 10A. It may be formed, or depending on the shape of the container, it may be formed on other parts such as the upper surface of the container. In short, the filling hole may be formed so as to penetrate from the outer surface to the inner surface of the container.

Further, in each of the above-described embodiments, the decorative plates 10 and 10A are adopted as the container, but a container having a shape or material different from that of the decorative plates 10 and 10A may be adopted. In short, the container may be formed in a dish shape.
Further, in each of the above-described embodiments, the cosmetics C, C1 to C4 have a surface shape formed in a undulating three-dimensional shape (dome shape), and the decorative dishes 10 and 10A are the cosmetics C and C1. Although it had a bottom surface shape formed into a three-dimensional shape (dome shape) corresponding to the surface shape of C4, it is different from the dome shape such as a complicated shape imitating a three-dimensional flower. It may have a shape. In short, the surface shape of the cosmetic and the bottom shape of the container may be formed in a three-dimensional shape with undulations.

Further, in each of the above-described embodiments, the wet solid cosmetic 1 and the multicolor wet solid cosmetic 1A are manufactured by filling the makeup trays 10 and 10A with the slurry-like cosmetics C and C1 to C4 and at the same time, using a suction head By using 22, 22A, the volatile solvent in the cosmetics C, C1 to C4 filled in the decorative dishes 10, 10A was sucked and removed. On the other hand, the method for producing wet solid cosmetics and multicolor wet solid cosmetics is such that after the slurry-like cosmetic is filled in the container, the suction head is used to The solvent may be removed by suction. For example, in a method for producing a wet solid cosmetic and a multicolor wet solid cosmetic, after filling a slurry-like cosmetic into the container through an opening of the container, a suction head is used to fill the container. The solvent in the cosmetic may be removed by suction.

INDUSTRIAL APPLICABILITY As described above, the present invention provides a wet solid cosmetic composition in which the surface of a cosmetic material is formed into an undulating three-dimensional shape, a method for producing the same, and a multi-layer structure in which the surface of a cosmetic material is formed into an undulating three-dimensional shape. It can be suitably used for a color wet solid cosmetic, a method for producing the same, and a partition mold used for the same.

1 Wet solid cosmetics 1A Multicolor wet solid cosmetics 2,2A Filling device 3 Press device 10,10A Decorative plate (container)
11, 11A to 11D Filling hole 21, 21A to 21D Filling nozzle 12 Hakama 22, 22A Suction head 23 Partition type 31 Press head 221 Suction hole 231 Frame 231A Flange portion 231B Body 232A, 232B Partition plate C, C1 to C4 Cosmetics

Claims (7)

A wet solid cosmetic Ru comprising a filled cosmetic container having one housing portion of the dish,
The cosmetic has a surface shape formed into a three-dimensional shape with undulations,
The container has a bottom surface shape formed in a three-dimensional shape corresponding to the surface shape of the cosmetic material, and has a filling hole formed to penetrate from the bottom surface to the back surface of the container. Solid cosmetics. Wet solid makeup for producing solid cosmetics by filling a container having one dish-shaped container with slurry-like cosmetics and sucking and removing the solvent in the cosmetics filled in the container A method of manufacturing
A filling step of filling a slurry-like cosmetic material into the container having a bottom shape formed in a three-dimensional shape with undulations and having a filling hole formed penetrating from the bottom surface to the back surface ,
By using a suction head having a head surface shape formed in a three-dimensional shape corresponding to the bottom shape of the container, a suction step of sucking and removing the solvent in the cosmetic material filled in the container. A method for producing a wet solid cosmetic, comprising: The method for producing a wet solid cosmetic composition according to claim 2,
The method of manufacturing a wet solid cosmetic, wherein the filling step fills the container with a slurry-like cosmetic material through a filling hole formed so as to penetrate from the outer surface to the inner surface of the container. A multicolor wet solid cosmetic Ru comprising a cosmetic filled in a container having one housing portion of the dish,
The cosmetic has a surface shape formed in a three-dimensional shape with undulations, while forming a color pattern on the surface using a cosmetic of multiple colors,
The container has a bottom surface shape formed in a three-dimensional shape corresponding to the surface shape of the cosmetic material, and has a filling hole penetrating from the bottom surface to the back surface of the container. Color wet solid cosmetics. A multicolor wet method for producing a solid cosmetic by filling a container having a single dish-shaped container with a slurry-like cosmetic and sucking and removing the solvent in the cosmetic filled in the container. A method for producing a solid cosmetic, comprising:
Formed in a three-dimensional shape corresponding to the bottom shape of the container in the container having a bottom shape formed in an uneven three-dimensional shape and having a filling hole formed penetrating from the bottom surface to the back surface. A partitioning step of partitioning the interior of the container into a plurality of partitions by fitting a partitioning mold having the envelope shape described above on the bottom surface side of the container and the bottom surface of the container, respectively.
A filling step of filling each of the plurality of compartments formed in the container with a slurry-like cosmetic material of a plurality of colors,
By using a suction head having a head surface shape formed in a three-dimensional shape corresponding to the bottom shape of the container, a suction step of sucking and removing the solvent in the cosmetic material filled in the container. A method for producing a multicolored wet solid cosmetic, comprising: The method for producing a multicolor wet solid cosmetic composition according to claim 5,
The method of manufacturing a multicolor wet solid cosmetic material, wherein the filling step fills the container with a slurry-like cosmetic material through a filling hole formed so as to penetrate from the outer surface to the inner surface of the container. A multicolor wet method for producing a solid cosmetic by filling a container having a single dish-shaped container with a slurry-like cosmetic and sucking and removing the solvent in the cosmetic filled in the container. A partition type used in a method for producing a solid cosmetic,
It has a bottom shape formed in a three-dimensional shape with undulations, and is fitted into the container having a filling hole formed penetrating from the bottom surface to the back surface , thereby partitioning the inside of the container into a plurality of compartments. At the same time, a partitioning mold having an envelope surface shape formed in a three-dimensional shape corresponding to the bottom surface shape of the container on the bottom surface side of the container and on the side opposite to the bottom surface of the container.

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