Abstract:
The invention provides flame resistant textile knit fabrics for use in mattresses and household products, particularly bed clothing products such as pillows, comforters, bed spreads, mattress covers and mattress pad ticking. More particularly, the invention provides a fabric made of yarn comprising about 50 % to about 80 % by weight of inherently flame retardant viscose rayon fiber, about 10 % to about 25 % by weight of modacrylic fiber, and about 10 % to about 25 % by weight of cellulosic fiber.
Abstract:
Textile woven and knit fabrics with inherent flame resistant properties for use in household filled bedclothing applications, such as mattress ticking. In one embodiment, the yarn used to weave or knit the fabric comprises from about 25 to about 60 weight % modacrylic fiber and from about 40 to about 75 weight % cellulosic fiber. In another embodiment, the yarns used to knit the fabrics can comprise from about 25 to about 75 weight % modacrylic fiber, from about 20 to about 50 weight % of cellulosic fibers, and from about 5 to about 55 weight % of other materials such as polyester fibers/filaments and/or glass filaments. Preferably, the woven fabrics have a spun yarn count from about 20/1 ecc to about 40/1 ecc, while the knit fabrics have a spun yarn count from 10/1 ecc to 30/1 ecc for the face side layer, a yarn count of 4/1 ecc to 10/1 ecc as well as 4/2 ecc to 10/2 ecc for the filling layer, and a yarn count of 20/1 ecc to 40/1 ecc (more preferably 30/1 ecc to 40/1 ecc) as well as a filament yarn count of 100 denier to 300 denier for the back side layer. The textile woven fabric may be suitable for filled bedclothing products such as comforters, bed spreads, pillow and mattress covers, and pillow and mattress pad ticking. The textile knit fabric may be suitable for mattress ticking applications.
Abstract:
Textile woven and knit fabrics with inherent flame resistant properties for use in household filled bedclothing applications, such as mattress ticking. In one embodiment, the yarn used to weave or knit the fabric comprises from about 25 to about 60 weight % modacrylic fiber and from about 40 to about 75 weight % cellulosic fiber. In another embodiment, the yarns used to knit the fabrics can comprise from about 25 to about 75 weight % modacrylic fiber, from about 20 to about 50 weight % of cellulosic fibers, and from about 5 to about 55 weight % of other materials such as polyester fibers/filaments and/or glass filaments. Preferably, the woven fabrics have a spun yarn count from about 20/1 ecc to about 40/1 ecc, while the knit fabrics have a spun yarn count from 10/1 ecc to 30/1 ecc for the face side layer, a yarn count of 4/1 ecc to 10/1 ecc as well as 4/2 ecc to 10/2 ecc for the filling layer, and a yarn count of 20/1 ecc to 40/1 ecc (more preferably 30/1 ecc to 40/1 ecc) as well as a filament yarn count of 100 denier to 300 denier for the back side layer. The textile woven fabric may be suitable for filled bedclothing products such as comforters, bed spreads, pillow and mattress covers, and pillow and mattress pad ticking. The textile knit fabric may be suitable for mattress ticking applications.
Abstract:
An illuminator having a small unevenness of luminance, a high luminance and a wide range of visual angle is obtained. In a downwardly directed illuminator comprising a fluorescent tube as a light source, and a reflector for reflecting the light from the fluorescent tube in the frontward direction thereof, a first prism plate is provided in front of the fluorescent tube with a clearance left therebetween, a second prism plate in front of the first prism plate with a clearance left therebetween, and a diffusion member in front of the second prism plate with a clearance left therebetween.
Abstract:
PROBLEM TO BE SOLVED: To make a fired calcium into grain-like or tablet-like form (collec tively referred to as massive in this invention) to facilitate use for a water cleaner or for cleaning water in a bathtub. SOLUTION: A hardening agent and water are added to powdery fired calcium, the mixture is stirred and formed into grains of around 10 to 50 mm diameter, or subjected to tablet forming. A foaming agent may further be added.
Abstract:
PROBLEM TO BE SOLVED: To provide a simple method for cleaning food manufacturing equipment. SOLUTION: This method for cleaning food manufacturing equipment is characterized in that the equipment is cleaned by bringing a cleaning agent composed mainly of a frozen water product into contact with the equipment under pressure after putting the cleaning agent in the equipment. In addition, shell or stone dust is preferably added to the cleaning agent.
Abstract:
PURPOSE:To increase the treatment capacity of a water purifier tank which is so deviced as to blow air into the tank from the lower part to purify waste water discharged from factories and households.