8 results about "Moist skin" patented technology

The invention relates to the technical field of clothing comfort evaluation, in particular to a method for testing clothing moisture resistance by adopting a dry-heat thermal manikin, which comprises the following steps: completely covering the surface of the dry-heat thermal manikin with a wet skin coat to simulate a sweating skin layer on the surface of human skin; environment parameters are set according to the actual environment needing to be simulated, and a heating mode of the dry-heat warm dummy is set according to the environment parameters so as to simulate the heat interaction process of the human body and the external environment; according to the intersection of the skin clothing surface temperature stable period and the heating power stable period of each part of the dry-heat body-warming dummy, the working stable period of the dry-heat body-warming dummy is determined; collecting the thermal environment parameters and the parameters of the dry-heat body-warming dummy in the stable working period of the dry-heat body-warming dummy, and obtaining the total thermal resistance of clothes, the partial pressure of water vapor on the surface of skin clothes and the partial pressure of water vapor in ambient air; therefore, the technical effects that the dry-heat warm-body dummy can simulate the sweat evaporation environment and the moisture resistance of the clothes can be accurately tested are achieved.

A kit for creating and healing a simulated wound includes a fabric patch that can be saturated with a liquid to become translucent. The patch includes an image of a simulated wound, such as a cut, scratch, or abrasion. Water is applied to a person's skin. The patch is applied to the wetted skin and is saturated by the water, causing the fabric forming the patch to become translucent so that the color of the user's skin is at least partially visible through the patch. This creates the illusion that the simulated wound image is an actual injury. The kit also includes a simulated bandage. The bandage has a gripping portion, such as a patch of “hook” materials from a “hook-and-loop” fastener, on its bottom surface. When the gripping portion of the bandage is contacted with the patch, the gripping portion engages with the fabric so that when the bandage is pulled away from the skin, the patch and the simulated wound are also pulled away from the skin, creating the illusion that the wound has been healed.

The invention described herein relates to a therapeutic, moisturizing coating composition for elastomeric articles which is applied directly onto the skin-contacting surface of the article as part of the manufacturing process. The coating composition is thermally stable and subsequently hydrates when contacted with a moisturized skin surface to convert into a liquid “lotion” form during wearing of the article. The coating composition provides therapeutic benefits to the wearer's skin as a result of wearing the article, such as improved skin moisturization, softness of feel, improved skin elasticity and firmness, and reduced redness and irritation. The invention is particularly useful in medical gloves, including examination and surgical gloves.

The invention relates to a no-wash oil-in-water colored face cream and a preparation method thereof. The face cream is prepared from the following components: 40 to 60 percent of water, 13.2 to 27 percent of moisturizing system, 12 to 30 percent of skin moistening and conditioning system, 2.1 to 6 percent of emulsifying and thickening system, 2 to 5 percent of coloring powder CI 77891 subjected to surface treatment by lauroyl lysine and 0.1 to 1 percent of preservative. The preparation method comprises the following steps: mixing an oil phase containing the coloring powder CI 77891 subjected to surface treatment by lauroyl lysine and CI 77007 subjected to surface treatment by triethoxyoctyl silane with a water-containing phase at 40-45 DEG C for pre-emulsification, then carrying out high-pressure homogenization on the obtained crude emulsion for 3-5 times under the pressure of 25-35 MPa, and finally cooling and filling. Lauroyl lysine is adopted to treat a coloring agent to form amphiphilic powder, so that the amphiphilic powder is uniformly dispersed in an oil phase, a stable emulsion is formed through an oil-in-water emulsification technology, a clear and natural color giving effect and convenience of easy unloading with clear water are realized, and the formula is compounded with multi-layer moisturizing components such as glycerol and sodium hyaluronate and a bifidus yeast fermentation product, so that the moisturizing effect is good. The effects of moisturizing the skin, deeply moisturizing and conditioning the skin are synchronously provided.

The present invention relates to the technical field of clothing comfort evaluation, and in particular to a method for testing clothing moisture resistance using a dry-heat heating manikin. The method comprises the following steps: completely covering the surface of the dry-heat heating manikin with a moist skin garment to simulate a sweating skin layer on the surface of human skin; setting environmental parameters according to the actual environment to be simulated, and setting a heating mode of the dry-heat heating manikin according to the environmental parameters to simulate a thermal interaction process between the human body and the external environment; determining a stable operating period of the dry-heat heating manikin according to the intersection of a stable operating period of the skin garment surface temperature and a stable operating period of heating power of various parts of the dry-heat heating manikin; collecting the thermal environment parameters and dry-heat heating manikin parameters during the stable operating period of the dry-heat heating manikin, and obtaining the total thermal resistance of the clothing, the water vapor partial pressure on the surface of the skin garment, and the water vapor partial pressure of ambient air; and obtaining the clothing moisture resistance, thereby achieving the technical effect of enabling the dry-heat heating manikin to simulate an environment where sweat evaporation occurs and accurately testing the clothing moisture resistance.

The invention described herein relates to a therapeutic, moisturizing coating composition for elastomeric articles which is applied directly onto the skin-contacting surface of the article as part of the manufacturing process. The coating composition is thermally stable and subsequently hydrates when contacted with a moisturized skin surface to convert into a liquid “lotion” form during wearing of the article. The coating composition provides therapeutic benefits to the wearer's skin as a result of wearing the article, such as improved skin moisturization, softness of feel, improved skin elasticity and firmness, and reduced redness and irritation. The invention is particularly useful in medical gloves, including examination and surgical gloves.

The invention discloses a memory film as well as application and a manufacturing method thereof. The present specification relates to a memory film which has excellent mechanical properties and excellent stretchability, maintains a stretched state when stretched dry, and contracts the skin with a memorized contractility when attached to the wet skin. The composition has the effects of enhancing skin elasticity, improving skin wrinkles, improving skin density and reducing pore depth, pore area, pore number and pore volume.

This invention provides an oil-in-water emulsion skin cosmetic for use on wet skin, which, even when applied to wet skin such as after bathing, blends well with the skin and spreads easily throughout the body, and maintains good moisturizing properties and a moist feeling even after towel-drying and over time. [Solution] The oil-in-water emulsion skin cosmetic is used on wet skin and contains (A) squalane, (B) diglycerin, (C) one or more water-soluble solvents selected from the group consisting of glycols, glycerins, sugars and sugar derivatives (excluding component (B)), (D) polyethylene glycol, and (E) one or more selected from the group consisting of carboxyvinyl polymers and alkyl-modified carboxyvinyl polymers, in an amount of 0.05% to 0.5% by mass of the total mass of the oil-in-water emulsion skin cosmetic.