111 results about "Moisture diffusion" patented technology

The invention discloses high-elasticity warm healthy knitted fabric, which comprises a surface layer, a middle layer and an inner layer. The surface layer is formed with hollow polyester fibers and high-count shrink-proof wool yarns, the inner layer comprises hollow cotton fibers and animal fibers, the animal fibers comprise one or two of wool, cashmere, cony hair and angora, the middle layer comprises twisted yarns of a plurality of polyester filaments and a spandex yarn, the surface layer and the inner layer are connected through the twisted yarns in different patterns, the twisted yarns are formed via compounding and twisting of one spandex yarn and 3-5 polyester filaments, and the twisting coefficient is 320-450. By adopting the technical scheme, the high-elasticity warm healthy knitted fabric is light and thin. A large amount of static air can be provided in the middle of the fabric layer due to patterned connection of the surface layer and the inner layer, and the heat transfer between the inner layer and the outer layer can be blocked to achieve the purpose of good warmth. Due to the structure with the hollow cotton fibers in the inner layer, the fabric has a good moisture diffusion performance. Since the high-mount shrink-proof wool yarns are adopted in the surface layer and the polyester-spandex composite yarns are adopted in the middle layer, the elasticity of the fabric is improved.

There are provided an optically-functional film allowed to prevent peeling due to adhesion failure or deterioration due to moisture diffusion and a method of manufacturing the same, and a display allowed to prevent a decline in luminance and a color change depending on a viewing angle and a method of manufacturing the same. The optically-functional film includes: an intermediate layer, made of an insulating material including silicon, and having silicon-containing particles therein or on a top surface thereof; and an outermost layer made of the same material as that of the intermediate layer, whereas having a density higher than that of the intermediate layer, and having a bottom surface in contact with a top surface of the intermediate layer and a top surface with asperities.

A method of manufacturing a semiconductor device includes: forming a transistor with first and second ends of a main current path, and a control electrode, covering the transistor with a first insulating film, forming first through third openings that expose the first and second ends and the control electrode, and burying or filling first to third conductive materials in the first to third openings respectively, forming the ferroelectric capacitor by laminating the first electrode, the ferroelectric film, and the second electrode, laminating the second insulating film and the moisture diffusion protective film, forming the fourth opening to expose the third conductive material through the second insulating film and the moisture diffusion protective film, and forming a first wiring layer, which has electrical connection with the control electrode.

A stone-glass element having at least one stone plate (2) and one supporting plate (1) which comprises at least one glass pane which is connected over a large area to the stone plate by means of a transparent or opaque cast resin layer (4), wherein that surface of the stone plate situated opposite the supporting plate is provided with a moisture-repelling covering layer (7) or with a covering plate (3), is distinguished in that the stone plate has, parallel to at least one side edge, a capillary cut (15) which is completely filled with a sealant which prevents moisture diffusion (6) towards the interior of the stone plate (2). It is thus possible in a stone-glass element of the aforementioned type to use simple means to prevent moisture diffusion into the interior of the stone so as to avoid serious consequent damage. It is intended here to minimize any visual or aesthetic impairment of the element, and the technical outlay should not cause any significant increases in cost. A frameless facade construction should still continue to be possible.