Cosmetic set
A component and substrate technology, applied in the field of cosmetic components, can solve problems such as difficult to adhere to the skin
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[0090] The preparation method of the aqueous liquid is not particularly limited, and may be the same as the preparation method of known lotion, emulsion, and the like.
[0091] (5) Shell
[0092] In the present embodiment, the above-mentioned porous substrate, laminated sheet, hydrophilic substrate, and aqueous liquid are housed in a case, respectively. An example of the casing 20 of this embodiment is shown in Figure 4 . However, the casing 20 is not limited to this structure. The casing 20 of the present embodiment has a porous substrate storage part 21 for storing the porous substrate 11 (and an aqueous liquid and a hydrophilic substrate), a laminate storage part 22 for storing the laminate sheet 12, and a partition between the porous substrates. The substrate storage section 21 and the laminate storage section 22 have a water-impermeable partition wall 23 and a hydrophilic substrate storage section 26 for storing a hydrophilic substrate (not shown).
[0093] The porou...
Embodiment 1~3
[0127] Porous substrates A to C each having Shore A hardness shown in Table 1 were prepared. In addition, an aqueous liquid (water: 99.9% by mass, preservative component (phenoxyethanol): 0.1% by mass) was impregnated into the porous substrate. On the other hand, a laminated sheet in which a polylactic acid sheet (film sheet) having a thickness of 200 nm was bonded to a support made of filter paper larger than the polylactic acid sheet in plan view was prepared.
[0128] A laminated sheet was placed on each porous substrate so that the support body faced the porous substrate, and a hydrophilic substrate (contact angle with water: 10°) was further placed on the laminated sheet. Then, after pressing the entire hydrophilic substrate toward the porous substrate, the hydrophilic substrate (and the film sheet) was pulled to peel the support from the film sheet.
Embodiment 4~7
[0142] Porous substrates D to G each having Shore A hardness shown in Table 2 below were prepared. In addition, this porous substrate was impregnated with an aqueous liquid (water: 99.9% by mass, preservative component (phenoxyethanol): 0.1% by mass). On the other hand, a laminated sheet in which a polylactic acid sheet (film sheet) having a thickness of 200 nm was bonded to a support made of filter paper having a shape larger than the polylactic acid sheet in plan view was prepared.
[0143] A laminated sheet was placed on each porous substrate so that the support body and the porous substrate faced each other, and a hydrophilic substrate (contact angle with water: 10°) was further placed on the laminated sheet. Then, after pressing the entire hydrophilic substrate toward the porous substrate, the hydrophilic substrate (and the film sheet) was pulled up to peel the support from the film sheet.
[0144] [evaluate]
[0145] The ease of peeling of the support in the above-ment...
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