200927182 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種化妝品組成物，特別是指一種深 層海水的精華液組成物及化妝水組成物。 【先前技術】 皮膚是人體最大的器官，分表皮、真皮以及皮下脂肪 。其中’皮膚表皮由外到内又可分為角質層、透明層、顆粒 ❹ 層、棘狀層和基底層。皮膚表皮最外層為角質層，表皮基底 層分生出來的細胞經過14天後，會被不斷分生出來的細胞 推到角質層下方，再逐漸角質化，成為死亡的角質層，再經 14天則自然脫落，角質成分主要為蛋白質衍生物。表皮的 最外層為角質層，角質層本身會吸收水分，但因排列緊緻， 可以防止水分進入與逸出表皮，所謂的保濕功能就是要防止 水分蒸發，並讓角質層保有適當的濕度與柔軟度。由於角質 層本身的吸水、屏障功能，以及角質層中所含有的天然保濕 ❹ 因數即氨基酸類、乳酸鹽及糖類等的作用，使角質層能保持 疋的3 X量、维持皮庸的濕潤。而皮膚的外觀與角質層的 水分含量有關，正常的皮膚角質層通常含有10%-30%的水 分，以維持皮膚的柔軟和彈性。但隨著年齡的增長，皮膚角 質層保水能力會逐漸降低’並導致角f層的水分含量逐漸降 低，而當皮膚角質層的水分含量低於1〇%時，皮廣就會出 現乾燥、緊端、粗糙及脫屬等。因此’保濕為保養性化妝品 的主要訴求。 深層海水為新興的海洋資源，具有清淨性、富礦物質 200927182 、微量元素及成分安定等特色，其所衍生的產業涵蓋食品、 飲用水、化妝品、水產養殖等。研究報告指出，經濃縮的深 層海水添加賦型劑可被製成健康辅助食品（日本特許2004- 049070)，也有文獻指出以深層海水所製成之乳液及化妝水 ’具有改善膚質含水量及促進纖維母細胞賦活的作用（此為 根據植村秀化妝品研究所三々々工A今化粧品研究所）的 新井陽一郎等人所作的研究結果），另外也可直接作為皮膚 保養與化妝原料（曰本特許特開平丨〇_丨82347) ^這些研究顯 不深層海水確實值得開發並應用在飲用水、食品及化妝品等 領域，目前曰本已有多家公司開發出多種相關產品，而台灣 方面則剛開始投入相關產品領域，開發潛能與市場相當大。 在化妝品應用方面，另有研究指出，深層海水t所含有多種 礦物質，例如，、鎂、鋅、銅、矽等成分對細胞代謝、皮 虜保濕及活化具有正面效果。 性化妝水或精華液， 成分，所以其在化沿 雖然目前市面上已有採用R〇水為基底成分調配的保濕 但由於RO水未含有任何礦物質或鹽類BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cosmetic composition, and more particularly to an essence composition of a deep seawater and a makeup composition. [Prior Art] The skin is the largest organ in the human body, which is divided into epidermis, dermis and subcutaneous fat. The skin epidermis can be divided into a stratum corneum, a transparent layer, a granular layer, a spinous layer and a basal layer from the outside to the inside. The outermost layer of the epidermis of the skin is the stratum corneum. After 14 days, the cells separated by the basal layer of the epidermis are pushed by the continuously dividing cells to the underlying stratum corneum, and then gradually keratinized into a dead stratum corneum, and then 14 days later. It naturally falls off, and the keratin components are mainly protein derivatives. The outermost layer of the epidermis is the stratum corneum. The stratum corneum itself absorbs water, but because of the tight arrangement, it can prevent moisture from entering and escaping the epidermis. The so-called moisturizing function is to prevent evaporation of water and keep the stratum corneum with proper humidity and softness. degree. Due to the water absorption and barrier function of the stratum corneum and the natural moisturizing factor contained in the stratum corneum, namely amino acids, lactate and sugar, the stratum corneum maintains the amount of x 3 and maintains the moistness of the skin. The appearance of the skin is related to the moisture content of the stratum corneum. The normal stratum corneum usually contains 10%-30% water to maintain the softness and elasticity of the skin. However, as the age increases, the water retention capacity of the stratum corneum of the skin will gradually decrease, and the moisture content of the angle f layer will gradually decrease. When the moisture content of the stratum corneum of the skin is less than 1%, the skin will appear dry and tight. End, rough and offspring. Therefore, moisturizing is the main appeal of maintenance cosmetics. Deep seawater is an emerging marine resource with clean and mineral-rich materials, such as 200927182, trace elements and stable components. The industries derived from it cover food, drinking water, cosmetics, and aquaculture. The research report pointed out that concentrated deep seawater added excipients can be made into health supplements (Japanese license 2004-049070), and there are also reports that emulsions and lotions made from deep seawater have improved skin moisture content and The effect of promoting the activation of fibroblasts (this is based on the results of a study by Shinji Izumi, et al., based on the Shuzoo Cosmetics Research Institute, Sanyo Ai Cosmetics Research Institute), and can also be directly used as a skin care and cosmetic ingredient.特开平丨〇_丨82347) ^ These studies show that deep seawater is indeed worthy of development and application in the fields of drinking water, food and cosmetics. At present, many companies have developed a variety of related products, while Taiwan has just begun. Investing in related product areas, the development potential and the market are quite large. In terms of cosmetic applications, other studies have pointed out that deep seawater t contains a variety of minerals, such as magnesium, zinc, copper, strontium and other components have positive effects on cell metabolism, skin moisturizing and activation. Moisturizing lotion or essence, ingredients, so it is in the process of aging. Although there is already moisturizing with R 〇 water as the base ingredient on the market, RO water does not contain any minerals or salts.
，並提供消費者多一種選擇 【發明内容】 因此， 本發明的目的是在提供 一種能夠有效提升對皮 6 200927182 膚的保濕效果的深層海水精華液組成物。 於是，本發明深層海水精華液組成物，包含一深層海 水組份、一醣蛋白（Glycoprotein)組份及一抑菌劑。 其中，以該精華液組成物的總重計，該深層海水組份 在該精華液組成物中的含量是介於75 wt%〜90 wt°/◦，該醣蛋 白組份在該精華液組成物中的含量是介於9.8 wt%〜24.8 wt /〇，及該抑菌劑在該精華液組成物中的含量實質上是〇,2 wt%。 © 士 本發明的有益效果在於：利用該深層海水組份為基底 成为，由於該深層海水組份中含有各種不同比例的礦物質 疋素，配合該醣蛋白組份也具有保濕功用，使該精華液組 成物可藉由各種微量礦物質元素對皮膚細胞的活化作用， 進一步提升該精華液組成物對皮膚的強化保濕效果。 進一步地，本發明的另一目的，是在提供一種能夠有 效提升對皮膚的保濕效果的深層海水化妝水組成物。 Q 於疋，本發明深層海水化妝水組成物，包含一深層海 水組份、一如前所述的精華液組成物、一甘油組份、一蘆 薈萃取液組份及一抑菌劑。 其中，以该化妝水組成物的總重計，該深層海水組份 在該化妝水組成物中的含量是介於4〇 wt%〜55 wt%，該精華 液組成物在該化妝水組成物中的含量是介於3〇 wt%〜4〇 wt% ，該甘油組份在該化妝水組成物中的含量實質上是5 wt%， 該蘆薈萃取液組份在該化妝水組成物中的含量是介於5 wt%〜15 wt%，及該抑菌劑在該化妝水組成物中的含量實質 200927182 上是 0.2 wt%。 本發明的有益效果在於：利用該深層海水組份為基底 成分，由於該深層海水組份中含有各種不同比例並促進皮 膚細胞活化的礦物質元素，配合該精華液組成物、甘油組 份與蘆薈萃取液組份也具有保濕鎮靜的功能，使該化妝水 組成物能對皮膚.產生溫和而有效的保濕效果。 【實施方式】 ❹本發明深層海水化妝品組成物的前述以及其他技術内 容、特點與功效，在以下配合參考圖式的一較佳實施例的 詳細說明中，將可清楚地明白。 在本發明被詳細描述之前，要注意的是，以下的說明 内谷中’分別以UF表示超過濾（ultrafiltration，簡稱為UF) 、NF表示奈過濾（Nanofiltrati〇n，簡稱為NF),及R〇表示 逆滲透（Reverse Osmosis，簡稱為 r〇)。 本發明深層海水精華液組成物一較佳實施例包含一深 〇 層海水组份、一醣蛋白（Glycoprotein)組份及一抑菌劑。 其中’以該精華液組成物的總重計，該深層海水組份 在该精華液組成物中的含量是介於75 wt%〜9〇 wt%，該醣蛋 白組份在該精華液組成物中的含量是介於9 8 wt%〜24 8 wt% ’及該抑菌劑在該精華液組成物中的含量實質上是〇.2 wt%。 此外，該深層海水組份為一選自於下列群組中的深層 海水處理水：低鹽低礦物質水、低鹽高礦物質透析水，及 尚鹽低礦質透析水。該低鹽低礦物質水、低鹽高礦質透析 200927182 水，及高鹽低礦物質透析水皆是再經過120°C高溫滅菌處理 20分鐘才被用於調配該深層海水精華液組成物。 參閱圖1，其中，該低鹽低礦物質水是取深層海水1 〇 分別經過活性碳過濾1〇丨、超過濾（UF)i〇2、一次逆滲透（一 次RO)103處理及二次逆滲透（二次R〇)l〇4處理所製得，且 該低鹽低礦質水是二次逆滲透104的透過水（permeate) ’流 到二次逆滲透104處的水為一次逆滲透1〇3的透過水，流 到一次逆滲透103處的水為超過濾102的透過水，及流到 超過濾102處的水為活性碳過濾101的透過水。 該低鹽高礦物質透析水是取深層海水10分別經過活性 碳過濾101與奈過濾105處理所製得，且該低鹽高礦物質 透析水是奈過濾105的濃縮水（concentrate)，及流到奈過濾 105處的水為活性碳過濾101的透過水》 該高鹽低礦物質透析水是取深層海水10分別經過活性 碳過濾101與奈過濾（NF)105處理所製得，且該高鹽低礦物 質透析水是奈過濾105的透過水，及流到奈過濾1〇5處的 水為活性碳過濾101的透過水。 深層海水經上述處理過程可分別取得低鹽低礦物質水 、低鹽高礦物質透析水，及高鹽低礦質透析水，透過UF、 R〇、NF等不同類型膜過濾形式，使最後所產出的水質中所 含的各種礦物質濃度與鹽類濃度各有差異，在應用時，則 可根據其礦物質與鹽類的濃度差異對應不同的使用情況與 膚質條件提供不同的保濕活化效果。 在該較佳實施例中，以上述處理過程所取得的低鹽低 200927182 礦物質水、低Μ高擴物質透析水’纟冑鹽低礦質透析水的 規格符合表-1所列的規格範圍： 表-1低鹽低礦物質水、低鹽高礦物質透析水及同鹽低礦And providing consumers with one more choice. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a deep seawater essence composition which can effectively enhance the moisturizing effect of the skin of the skin 6 200927182. Thus, the deep seawater essence composition of the present invention comprises a deep seawater component, a Glycoprotein component and a bacteriostatic agent. Wherein, the content of the deep seawater component in the essence composition is between 75 wt% and 90 wt%/◦, based on the total weight of the essence composition, and the glycoprotein component is composed of the essence The content in the composition is between 9.8 wt% and 24.8 wt / 〇, and the content of the bacteriostatic agent in the essence composition is substantially 〇, 2 wt%. © The present invention has the beneficial effects of using the deep seawater component as a base material, since the deep seawater component contains various proportions of mineral nutrients, and the glycoprotein component also has a moisturizing function, so that the essence The liquid composition can further enhance the moisturizing effect of the essence composition on the skin by activating various skin mineral elements on the skin cells. Further, another object of the present invention is to provide a deep seawater lotion composition which can effectively enhance the moisturizing effect on the skin. Q Yu Yu, the deep seawater lotion composition of the present invention comprises a deep sea water component, an essence composition as described above, a glycerin component, an aloe extract component and a bacteriostatic agent. Wherein the content of the deep seawater component in the lotion composition is between 4% by weight and 555% by weight based on the total weight of the lotion composition, and the essence composition is in the lotion composition The content in the composition is from 3% by weight to 4% by weight, the content of the glycerin component in the lotion composition is substantially 5% by weight, and the aloe extract component is in the composition of the lotion The content is between 5 wt% and 15 wt%, and the content of the bacteriostatic agent in the lotion composition is substantially 0.2 wt% on 200927182. The invention has the beneficial effects of using the deep seawater component as a base component, and the essential component, the glycerin component and the aloe vera, because the deep seawater component contains various mineral elements in various proportions and promotes skin cell activation. The extract component also has a moisturizing and calming function, so that the lotion composition can produce a mild and effective moisturizing effect on the skin. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be clearly understood from the following detailed description of the preferred embodiments. Before the present invention is described in detail, it should be noted that in the following description, 'UF indicates ultrafiltration (UF), NF indicates Nanofiltra (n), and R〇. Represents reverse Osmosis (abbreviated as r〇). A preferred embodiment of the deep seawater serum composition of the present invention comprises a deep seawater component, a Glycoprotein component, and a bacteriostatic agent. Wherein the content of the deep seawater component in the essence composition is between 75 wt% and 9 wt% based on the total weight of the essence composition, and the glycoprotein component is in the essence composition The content in the composition is from 9 8 wt% to 24 8 wt% 'and the content of the bacteriostatic agent in the essence composition is substantially 0.2 wt%. In addition, the deep seawater component is a deep seawater treatment water selected from the group consisting of low salt low mineral water, low salt high mineral dialysis water, and still salt low mineral dialysis water. The low-salt low-mineral water, low-salt and high-mineral dialysis 200927182 water, and the high-salt and low-mineral dialysis water were all sterilized at 120 °C for 20 minutes before being used to formulate the deep seawater essence composition. Referring to Figure 1, the low-salt and low-mineral water is taken from deep seawater 1 经过 by activated carbon filtration, ultrafiltration (UF) i〇2, primary reverse osmosis (primary RO) 103 treatment and secondary inverse Infiltration (secondary R〇) l〇4 treatment, and the low-salt low-mineral water is the permeate of the secondary reverse osmosis 104. The water flowing to the secondary reverse osmosis 104 is a reverse osmosis 1 The permeated water of 〇3, the water flowing to the reverse osmosis 103 is the permeated water of the ultrafiltration 102, and the water flowing to the ultrafiltration 102 is the permeated water of the activated carbon filter 101. The low-salt and high-mineral dialysis water is obtained by taking the deep seawater 10 through the activated carbon filtration 101 and the neat filtration 105, respectively, and the low-salt high-mineral dialysis water is the concentrated water of the filtration 105, and the flow. The water to the filtrate 105 is the permeate water of the activated carbon filter 101. The high-salt low-mineral dialysis water is obtained by treating the deep seawater 10 with the activated carbon filter 101 and the neat filter (NF) 105, respectively, and the height is high. The salt low mineral dialysis water is the permeate water of the neat filter 105, and the water flowing to the helium filter is the permeated water of the activated carbon filter 101. Deep seawater can obtain low-salt and low-mineral water, low-salt and high-mineral dialysis water, and high-salt and low-mineral dialysis water through the above-mentioned treatment process, and through the different types of membrane filtration such as UF, R〇, NF, etc. The concentration of various minerals contained in the water quality differs from the concentration of the salt. When applied, it can provide different moisturizing activation effects according to the difference in the concentration of minerals and salts corresponding to different use conditions and skin conditions. . In the preferred embodiment, the low salt low 200927182 mineral water, low enthalpy high expansion material dialysis water 'salt salt low mineral dialysis water obtained by the above process meets the specifications listed in Table-1: Table-1 Low-salt low-mineral water, low-salt high-mineral dialysis water and low-salt mine
No 項目 單位 低a低礦物質水 低盥高礦物質 透析水 高鹽低礦物質 透析水 1· #5離子 mg/L 1-10 100-500 100-400 2 鎂離子 mg/L 5-20 800-1400 800-1200 3 納離子 mg/L 100-500 6000-8000 6000-10000 4 鉀離子 mg/L 5-20 200-500 300-600 5 氯離子 mg/L 200-600 10000-18000 10000-20000 6 硫酸鹽 mg/L 1.2-2.5 2000-4000 1500-3000 7 硝酸鹽 mg/L 0.05-0.25 0.05-1.5 0.05-1.4 8 磷酸鹽 mg/L 0.003-0.010 0.05-0.5 0.05-0.4 9 矽酸鹽 mg/L <1.00 1-10 1-5 10 氟鹽 mg/L <0.1 0.1-1.5 0.1-2.0 11 總有機碳 mg/L 0.1-1.5 0.1-1.5 0.5-2.0 12 硬度 mg/L 1-200 4000-8000 3000-6000 ΟNo Project unit low a low mineral water low 盥 high mineral dialysis water high salt low mineral dialysis water 1 · #5离子mg/L 1-10 100-500 100-400 2 magnesium ion mg / L 5-20 800 -1400 800-1200 3 Nano-ion mg/L 100-500 6000-8000 6000-10000 4 Potassium ion mg/L 5-20 200-500 300-600 5 Chloride ion mg/L 200-600 10000-18000 10000-20000 6 Sulfate mg/L 1.2-2.5 2000-4000 1500-3000 7 Nitrate mg/L 0.05-0.25 0.05-1.5 0.05-1.4 8 Phosphate mg/L 0.003-0.010 0.05-0.5 0.05-0.4 9 citrate mg /L <1.00 1-10 1-5 10 Fluoride salt mg/L <0.1 0.1-1.5 0.1-2.0 11 Total organic carbon mg/L 0.1-1.5 0.1-1.5 0.5-2.0 12 Hardness mg/L 1-200 4000-8000 3000-6000 Ο
進一步地，本發明深層海水化妝水組成物一較佳實施 例則包含一深層海水組份、一如前所述的精華液組成物、 一甘油組份、一董薈萃取液組份及一抑菌劑。 其中’以該化妝水組成物的總重計，該深層海水組份 在該化妝水組成物中的含量是介於40 wt%〜55 wt%，該精華 液組成物在該化妝水組成物中的含量是介於3〇 wt%〜4〇 wt% ’該甘油組份在該化妝水組成物中的含量實質上是5 wt%， 該蘆薈萃取液組份在該化妝水組成物中的含量是介於5 wt%〜15 wt%，及該抑菌劑在該化妝水組成物中的含量實質 10 200927182 上是0.2 wt% °該精華液組成物是直接取自前述深層海水精 華液組成物的較佳實施例。 該深層海水組份為一選自於下列群組中的深層海水處 理水：低鹽低礦物質水、低鹽高破物質透析水、高鹽低礦 質透析水，及其等的組合。且該低鹽低礦物質水、低鹽高 礦物質透析水’及高鹽低礦質透析水也須再經過l2(rc高溫 滅菌處理20分鐘，才被用於調配該深層海水化妝水組成物 〇 該低鹽低礦物質水、低鹽高礦物質透析水，及高鹽低 礦物質透析水皆是由深層海水為原料水，經進一步的過濾 處理而製得，所分別採用的過濾方式與處理過程與前述製 法凡全相同，所產製出的低鹽低礦物質水、低鹽高礦物質 透析水，及高鹽低礦物質透析水規格範圍也與前述相同， 故不再贅述。 較佳地，分別以低鹽低礦物質水、低鹽高礦物質透析 水，及高鹽低礦質透析水所調配出的不同的深層海水精華 液組成物，是分別搭配不同種類與不同比例的深層海水組 份，及結合甘油組份、·蘆薈萃取液組份及抑菌劑而調配出 不同的深層海水化妝水組成物 例如，該精華液組成物與該深層海水組份之間可搭配 出下列三種不同的組合，以調配出三種不同的深層海^化 妝水組成物：⑴當該精華液組成物t的深層海水组份選用 ，鹽低礦物質水時，該化妝水組成物中的深層海水组份也 -選用低鹽低礦物質水；或者，⑺當該精華液組成物中的 11 200927182 深層海水組份選用低鹽高礦物質透析水時，該化妝水組成 物中的深層海水組份是同時選用低鹽低礦物質水與低鹽高 礦物質透析水’且以該深層海水化妝水組成物的總重計， 該化妝水組成物中的深層海水組份是包括2〇 wt%〜25 wt%的 低鹽低礦物質水，及20 wt°/〇〜30 wt%的低鹽高礦物質透析水 :或者’（3)當該精華液組成物中的深層海水組份是選用高 鹽低礦物質透析水時’該化妝水組成物中的深層海水組份 是同時選用低鹽低礦物質水與高鹽低礦物質透析水，且以 該深層海水化妝水組成物的總重計，該化妝水組成物中的 深層海水組份是包括20 wt%〜25 wt%的低鹽低礦物質水，及 20 wt°/〇〜30 wt%的高鹽低礦物質透析水。 〈具醴例〉 以下分別取深層海水經不同處理方式所產製的低鹽低 礦物質水、低鹽高礦物質透析水、高鹽低礦質透析水，及 一般逆滲透水（為對照組）為原料依前述二較佳實施例中各成 分的比例範圍分別調製成精華液與化妝水，進行皮膚保濕、 效果的相關測試，並將調製結果分別整理為表2與表3。 以下，分別以Aw、Bw、Cw、RO代表低鹽低礦物質水 、低鹽高礦物質透析水、高鹽低礦質透析水、一般逆滲透 水，分別使用Aw、Bw、Cw、RO為原料調製的精華液則分 別以代號S1、S2、S3、S4表示’及分別使用精華液s 1、 S2、S3、S4搭配Aw、Bw、Cw、RO調製出的化妝水則分 別以代號LI、L2、L3、L4表示。 12 200927182 表2-三種深層海水處理水與RO依下列比例調製成精華液 S1 S2 S3 S4 Aw 85% _ Bw - 85% - - Cw _ 85% RO - 85% 醣蛋白組份 14.8% 14.8% 14.8% 14.8% 抑菌劑 0.2% 0.2% 0.2% 0.2% 表3-三種深層海水處理水與RO依下列比例調製成化妝水 L1 L2 L3 L4 S1 35% - - S2 - 35% - S3 - 35% - S4 35% Aw 49.8% 24.8% 24.8% Bw 25% - Cw 25% RO • - 49.8% 甘油組份 5% 5% 5% 5% 蘆薈萃取液 組份 10% 10% 10% 10% 抑菌劑 0.2% 0.2% 0.2% 0.2% 〈保濕性測試〉 本參考測試數據是以20〜25歲女性5人次進行人體測 試，測量時的環境條件是固定在相對濕度60±5 %，及室溫 為25±1 °C下進行，受測者先以溫和洗面乳清潔受測部位， 待皮膚擦乾後，利用C+K CM825檢測其皮膚的角質含水量 ，每個部位測量3次，求取平均值。並分別就精華液與化 妝水都進行立即性保濕性測試與長效性保濕性測試，以分 別說明短期與長期保濕效果，立即保濕性測試分別於樣品 塗抹後每螭10分鎗測試一次；長效保濕性測試則以每天早 晚塗抹方式進行，每週測一次為期4週。測試結果分別以 13 200927182 表4〜表7表示。 (I)·立即保濕性測試 内 口 里/只_， S1 呢入η*衣/ sc渭1 >躁潤） 時間（分 S2 S3 S4 使用前 44.4 45.4 49.8 52.6 使用後0分 114.5 117.3 119.3 119.5 使用後10分 69.8 75.8 75.7 ----- 73.9 使用後20分 65.8 65.9 67.3 70.0 使用後30分 60.4 58.3 59.2 *---- 63.7 使用後40分 59.1 57.4 58.2 60.3 使用後40分之保 濕持續效果 (使用後40，/使用後 〇，） 51.6% 48.9% 48.8% —---- 50.5% 〇 表5-精華良皮膚含水量測試(數值越大代表皮膚愈濕潤) 〜且別 時間（分 L1 L2 L3 L4 使用前 42.9 41.9 45.6 46.3 使用後0分 120.4 122.9 123.9 128.4 使用後10分 46.3 38.5 50.5 56.5 使用後20分 43.2 34.5 39.4 36.1 使用後30分 42.7 32.6 38.9 33.2 使用後40分 41.9 32.8 39.9 35.1 使用後40务之保 濕持續效果 (使用後40，/使用後 0Μ ___ 34.8% 26.7% 32.2% 27.3% 14 200927182 (II).長效保濕性測試 表6-也辉皮膚含水試（數值越大代表皮膚愈濕潤） 组別 時間ί週^ S1 S2 S3 S4 1週 54.9 64.7 48.3 54.7 2週 57.3 68.1 45.3 53.4 3週 59.2 66.3 48.2 54.0 4週 57.1 66.4 47.3 54.0 使用4週之保濕 效果 (使用後4遇/使用後 1通） 104.0% 102.6% 97.9% 98.8% 表7-精華液皮膚含水量測試（數值越大代表皮膚愈濕潤） ^组別 時間（週 L1 L2 L3 L4 1週 44.2 43.2 38.1 47.4 2週 53.2 42.9 40.2 46.2 3週 53.0 45.9 40.0 52.3 4週 50.1 44.0 39.4 48.6 使用4遇之保濕 效果 (使用後4，週/使用後 1週） 113.3% 101.9% 103.4% 102.5%Further, a preferred embodiment of the deep seawater lotion composition of the present invention comprises a deep seawater component, an essence composition as described above, a glycerin component, a plum extract component and a suppressor Bacterial agent. Wherein the content of the deep seawater component in the lotion composition is from 40 wt% to 55 wt%, based on the total weight of the lotion composition, the essence composition in the lotion composition The content of the glycerin component in the lotion composition is substantially 5 wt%, and the content of the aloe extract component in the lotion composition is 3 wt% to 4 wt% It is between 5 wt% and 15 wt%, and the content of the bacteriostatic agent in the lotion composition is substantially 10 0.227% on 200927182. The essence composition is directly taken from the above-mentioned deep seawater essence composition. Preferred embodiment. The deep seawater component is a deep seawater treatment water selected from the group consisting of low salt low mineral water, low salt high breaking material dialysis water, high salt low mineral dialysis water, and the like. And the low-salt low-mineral water, low-salt high-mineral dialysis water' and high-salt low-mineral dialysis water must also be subjected to l2 (rc sterilization treatment for 20 minutes before being used to formulate the deep seawater lotion composition) The low-salt low-mineral water, low-salt and high-mineral dialysis water, and high-salt and low-mineral dialysis water are all prepared from deep seawater as raw material water and further filtered, and the filtration methods and treatments respectively adopted. The process is the same as the above-mentioned method, and the range of low-salt low-mineral water, low-salt and high-mineral dialysis water, and high-salt low-mineral dialysis water produced by the process is also the same as the above, and therefore will not be described again. Different deep seawater essences formulated with low-salt and low-mineral water, low-salt and high-mineral dialysis water, and high-salt and low-mineral dialysis water, respectively, are matched with different types and different proportions of deep seawater. a component, and a combination of a glycerin component, an aloe extract component, and a bacteriostatic agent to prepare different deep seawater lotion compositions, for example, the essence composition and the deep seawater component can be combined The following three different combinations are used to formulate three different deep sea makeup water compositions: (1) when the deep seawater component of the essence composition t is selected, and the salt is low in mineral water, the deep layer of the lotion composition The seawater component also uses low-salt and low-mineral water; or, (7) the deep seawater group in the lotion composition when the 11 200927182 deep seawater component of the elite composition is selected from low-salt and high-mineral dialysis water. The portion is a low-salt low-mineral water and a low-salt high-mineral dialysis water, and the deep seawater component of the lotion composition includes 2% by weight based on the total weight of the deep seawater lotion composition. ~25 wt% low-salt low-mineral water, and 20 wt ° / 〇 ~ 30 wt% low-salt high-mineral dialysis water: or '(3) when the deep seawater component of the essence composition is selected In the case of high-salt and low-mineral dialysis water, the deep seawater component of the lotion composition is a combination of low-salt low-mineral water and high-salt low-mineral dialysis water, and the total weight of the deep seawater lotion composition. The deep layer of the lotion composition The water component is composed of 20 wt% to 25 wt% of low-salt low-mineral water, and 20 wt ° / 〇 30 30% of high-salt low-mineral dialysis water. Low-salt low-mineral water, low-salt and high-mineral dialysis water, high-salt low-mineral dialysis water, and general reverse osmosis water (for the control group) produced by different treatment methods are respectively used in the above two preferred embodiments. The proportion range of the ingredients was prepared into the essence and the lotion, and the skin moisturizing and effect tests were carried out, and the modulation results were respectively classified into Table 2 and Table 3. Hereinafter, Aw, Bw, Cw, and RO respectively represent low salt and low salt. Mineral water, low-salt and high-mineral dialysis water, high-salt low-mineral dialysis water, and general reverse osmosis water, respectively, using Aw, Bw, Cw, RO as the raw material to prepare the essence, respectively, with the code S1, S2, S3, S4 The lotion which is prepared by using the essences s 1, S2, S3, and S4 together with Aw, Bw, Cw, and RO is represented by codes LI, L2, L3, and L4, respectively. 12 200927182 Table 2 - Three deep seawater treatment water and RO are prepared into the essence according to the following ratio S1 S2 S3 S4 Aw 85% _ Bw - 85% - - Cw _ 85% RO - 85% glycoprotein composition 14.8% 14.8% 14.8 % 14.8% bacteriostatic agent 0.2% 0.2% 0.2% 0.2% Table 3 - Three deep seawater treatment water and RO are prepared into the lotion according to the following ratio L1 L2 L3 L4 S1 35% - - S2 - 35% - S3 - 35% - S4 35% Aw 49.8% 24.8% 24.8% Bw 25% - Cw 25% RO • - 49.8% Glycerin component 5% 5% 5% 5% Aloe extract component 10% 10% 10% 10% Bacteriostatic agent 0.2 % 0.2% 0.2% 0.2% <Moisturizing Test> This reference test data is tested by humans in 20 to 25 years old. The environmental conditions are fixed at a relative humidity of 60 ± 5% and a room temperature of 25 ± At 1 °C, the testee first cleaned the tested area with a mild facial cleanser. After the skin was dried, the skin's keratinous water content was measured by C+K CM825, and each part was measured 3 times to obtain an average value. The immediate moisturizing test and the long-lasting moisturizing test are performed on the essence and the lotion respectively to explain the short-term and long-term moisturizing effects respectively, and the immediate moisturizing test is tested once every 10 minutes after the sample is applied; The moisturizing test is carried out in the morning and evening, and is measured once a week for 4 weeks. The test results are shown in Tables 13 to 7 of 13 200927182, respectively. (I) · Immediate moisturizing test in the mouth / only _, S1 into η * clothing / sc渭1 > 躁 Run) Time (minute S2 S3 S4 before use 44.4 45.4 49.8 52.6 after use 0 points 114.5 117.3 119.3 119.5 10 minutes after use 69.8 75.8 75.7 ----- 73.9 20 minutes after use 65.8 65.9 67.3 70.0 30 minutes after use 60.4 58.3 59.2 *---- 63.7 40 minutes after use 59.1 57.4 58.2 60.3 40 minutes after use, moisturizing effect (40 after use, / after use,) 51.6% 48.9% 48.8% —---- 50.5% 〇 Table 5 - Essence of good skin moisture test (the larger the value, the more moist the skin) ~ and other time (minutes L1 L2 L3 L4 Before use 42.9 41.9 45.6 46.3 After use 0 points 120.4 122.9 123.9 128.4 After use 10 points 46.3 38.5 50.5 56.5 After use 20 points 43.2 34.5 39.4 36.1 After use 30 points 42.7 32.6 38.9 33.2 After use 40 points 41.9 32.8 39.9 35.1 Use After 40 treatments, the moisturizing effect (after use 40, / after use 0Μ ___ 34.8% 26.7% 32.2% 27.3% 14 200927182 (II). Long-term moisturizing test table 6 - also Hui skin moisture test (the larger the value represents the skin The more wet, the group time ί周^ S1 S2 S3 S4 1 week 54.9 64.7 48.3 54.7 2 weeks 57.3 68.1 45.3 53.4 3 weeks 59.2 66.3 48.2 54.0 4 weeks 57.1 66.4 47.3 54.0 Use 4 weeks moisturizing effect (4 after use / 1 pass after use) 104.0% 102.6% 97.9% 98.8% Table 7 - Essence skin water content test (the larger the value, the more moist the skin is) The group time (week L1 L2 L3 L4 1 week 44.2 43.2 38.1 47.4 2 weeks 53.2 42.9 40.2 46.2 3 weeks 53.0 45.9 40.0 52.3 4 weeks 50.1 44.0 39.4 48.6 Use 4 moisturizing effect (4 weeks after use/1 week after use) 113.3% 101.9% 103.4% 102.5%
根據表4與表5的數據顯示：在立即性保濕性測試方 面，其中利用深層海水調配出的化妝水S 1與精華液（L1、 L3)，相較於以一般RO水所調配的化妝水（S4)與精華液（L4) ，在使用40分後，有較佳的持續保濕效果，顯示以深層海 水調配為基底的化妝水與精華液可提供較佳的立即保濕效 15 200927182 果。 根據表6與表7的數據顯示：在長效性保濕性測試方 面，在使用四週後，化妝水中，除了 S3的保濕效果與一般 RO水調配的化妝水（S4)相比無明顯改善傾向，及精華液中 的L2的保濕效果與一般R〇水調配的精華液仏4)相比無明 顯改善外，其他利用深層海水調配出的化妝水（S1、S2)與精 華液（LI、L3)相較於以一般RO水所調配的化妝水（S4)與精 ❹ 華液（L4)，皆有明顯改善使用者皮膚保濕效果的功效。. 因此，整體而言，顯示利用深層水所製備出的化妝水 (SI、S2、S3)與精華液（Li、L2、L3)，相較於一般RO水所 製備化妝水（S4)與精華液（L4)確實有較佳的立即性與長效性 保濕效果。 歸納上述，本發明深層海水化妝品組成物可獲致下述 的功效及優點，故確實能達到本發明的目的： 藉由使用深層海水為化妝水與精華液的基底原料，並 Ο 藉由uf、nf、r〇等不同膜過濾方法分別自深層海水中取 得低鹽低礦物質水、低鹽高礦物質透析水及高鹽低礦物質 透析水三種不同的處理水，因其各含有不同比例，且對細 胞代謝、皮膚保濕及活化具有正面效果的天然鹽類與礦物 質元素，依前述的實驗測試結果證實，當以這些深層海水 的處理水與醣蛋白，或甘油與蘆薈萃取液相混合調製為精 華液與化妝水時，相較於以—般R0水調製的精華液與化妝 水，更能提升對皮膚的保濕效果。 惟以上所述者，僅為本發明之一較佳實施例而已，當 16 200927182 不能以此限定本發明實施之範圍，即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 、圖1是用於本發明深層海水精華液組成物及化妝水組 成物中的低鹽低礦物質水、低鹽高礦物質透析水及高鹽低 礦物質透析水的—產製流程示意圖。 ΟAccording to the data in Table 4 and Table 5, in the immediate moisturizing test, the lotion S 1 and the essence (L1, L3) formulated with deep sea water are compared with the lotion formulated with general RO water. (S4) and Essence (L4), after 40 minutes of use, have a better moisturizing effect, showing that the lotion and essence based on deep seawater blending provide better immediate moisturizing effect. According to the data in Table 6 and Table 7, in the long-term moisturizing test, after four weeks of use, the moisturizing effect of the S3 in the lotion is not significantly improved compared with the lotion (S4) of the general RO water. And the moisturizing effect of L2 in the essence is not significantly improved compared with the essence of 〇4〇), and other lotions (S1, S2) and essence (LI, L3) formulated with deep seawater. Compared with the lotion (S4) and Jinghuahua (L4) formulated with general RO water, it has the effect of significantly improving the moisturizing effect of the user's skin. Therefore, overall, the lotion (SI, S2, S3) and the essence (Li, L2, L3) prepared by using deep water are displayed, and the lotion (S4) and essence are prepared compared to the general RO water. Liquid (L4) does have a good immediate and long-lasting moisturizing effect. In summary, the deep seawater cosmetic composition of the present invention can attain the following effects and advantages, and thus can achieve the object of the present invention: by using deep seawater as a base material for lotions and essences, and by uf, nf Different membrane filtration methods, such as r〇, obtain low-salt low-mineral water, low-salt high-mineral dialysis water and high-salt low-mineral dialysis water from deep seawater, respectively, because they contain different proportions, and The natural salt and mineral elements that have positive effects on cell metabolism, skin moisturization and activation are confirmed by the above experimental test results. When these treated waters of deep seawater are mixed with glycoprotein, or glycerin and aloe extract, When using the essence and lotion, it can enhance the moisturizing effect on the skin compared to the essence and lotion prepared with R0 water. However, the above is only a preferred embodiment of the present invention, and 16 200927182 is not intended to limit the scope of the present invention, that is, the simple equivalent change made by the scope of the invention and the description of the invention. And modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a low-salt low-mineral water, low-salt high-mineral dialysis water, and high-salt low-mineral dialysis water used in the composition of the deep seawater essence of the present invention and the lotion composition. - Schematic diagram of the production process. Ο
17' 200927182 【主要元件符號說明】 無17' 200927182 [Description of main component symbols]
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