Abstract:
A porous type antiseptic fabric and a method for manufacturing the same are provided to improve the waterproof property and the porous property of the fabric even without performing water permeable and waterproof treatment on the fabric, by manufacturing the fabric to have a lamination structure of a hydrophilic material and a hydrophobic material so as to make moisture move freely. A fabric is composed of an outer cloth consisting of a surface layer(100) and a first inside layer(200) and an inner cloth consisting of a second inside layer(300) and a rear surface layer(400). The surface layer of the outer cloth is polyester yarn, polyamide yarn, polyolefin yarn, or composite microfiber of polyester and polyamide. The density of the surface layer is more than 230 strands/in^2 and less than 350 strands/in^2. The first inside layer of the inner cloth is a double fabric woven by polyolefin yarn. The second inside layer of the outer cloth is polyester yarn, polyamide yarn, composite microfiber of polyester and polyamide. The rear layer of the outer cloth is a fabric knitted by polyolefin yarn. The inner cloth contains nanomaterial having titanium oxide and silver.
Abstract translation:提供一种多孔型防腐织物及其制造方法,即使对织物进行透水防水处理,也能够提高织物的防水性和多孔性,通过将织物制造成具有亲水性的层叠结构 材料和疏水材料,以使水分自由移动。 织物由表层(100)和第一内层(200)构成的外布和由第二内层(300)和后表面层(400)组成的内布构成。 外布的表层是聚酯纱线,聚酰胺纱线,聚烯烃纱线或聚酯和聚酰胺的复合超细纤维。 表层的密度大于230股/ in ^ 2,小于350股/ in ^ 2。 内布的第一内层是由聚烯烃纱编织的双面织物。 外布的第二层是聚酯纱,聚酰胺纱,聚酯和聚酰胺的复合超细纤维。 外布的后层是用聚烯烃纱编织的织物。 内布包含具有氧化钛和银的纳米材料。
Abstract:
A Pseudomonas putida biotype A (F84) is provided to biologically prevent white speckled symptom without organic synthesizing drug. An agent for preventing white speckled symptom of grape tree comprises a Pseudomonas putida biotype A (F84) or material isolated from the strain. An agent for preventing anthracnose of grape tree contains the Pseudomonas putida biotype A (F84) or material isolated from the strain. The Pseudomonas putida biotype A (F84) has excellent effect of suppressing spore germination and mycelia growth.
Abstract:
A method for sterilizing diseases and insect pests in soils and used mediums caused by a drench by using high temperature water of a boiler is provided to prevent environmental pollution, improve productivity and sharply reduce replacement cost of infected mediums such as rock wool and pearlite by uniformly spraying and supplying high temperature water generated from an existing sterilization boiler for high temperature water into a predetermined depth of soils. A method for sterilizing diseases and insect pests in soils and used mediums caused by a drench by using high temperature water of a boiler comprises the steps of: flattening the surface of the medium after performing rotary operation of a sterilization medium with a predetermined area; disposing a plurality of heat resistant spray hoses with a predetermined length on the surface of the sterilization medium such that the spray hoses are spaced from one another in a predetermined distance, and respectively connecting the spray hoses to distribution part such as distribution heads for drench; piping the distribution part to a boiler for supplying high temperature water; covering vinyl on an upper part of the entire area of the heat resistant spray hose installed sterilization medium; maintaining an internal temperature of a cultivation layer with a depth of 30 cm from the surface of the sterilization medium to 65 deg.C or more by allowing the vinyl to maintain residual heat for a long period of time while consistently spraying and supplying high temperature water that is heated by the boiler and maintains a predetermined temperature onto the sterilization medium for a predetermined time; and removing the vinyl, the spray hoses and the distribution headers with the passage of a predetermined time.