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    • 3. 发明专利
    • Stock control method for opening frame member
    • 用于打开框架构件的储存控制方法
    • JP2003020865A
    • 2003-01-24
    • JP2001207557
    • 2001-07-09
    • Dantani Plywood Co Ltd段谷産業株式会社
    • IWAMOTO MASAAKI
    • E06B1/04
    • PROBLEM TO BE SOLVED: To provide a stock control method for an opening frame member capable of making efficient of production and quickening the specification change by limiting the production and stock of the opening frame member to the minimum.
      SOLUTION: For the opening frame member consisting of two vertical frame members and at least one upper horizontal frame member, two vertical frame members having the same surface as they are finished with the same size and making two vertical frame members as a set are listed on a package about commodity division, using site, size, surface finishing, quantity or the like, and one of the upper horizontal frame member is listed on a package about commodity division, using site, size, surface finishing, quantity or the like to obtain the stock control method for the opening frame member to be stocked.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种能够通过将开口框架构件的生产和库存限制到最小来提高生产效率和加快规格变化的开口框架构件的库存控制方法。 解决方案:对于由两个垂直框架构件和至少一个上部水平框架构件组成的开口框架构件,具有与它们相同尺寸的相同表面的两个垂直框架构件列出为一组两个垂直框架构件 关于商品分类,使用场地,尺寸,表面处理,数量等的包装,并且上部水平框架构件之一列在关于商品分类的包装上,使用现场,尺寸,表面处理,数量等来获得 用于待储存的开口框架构件的库存控制方法。
    • 7. 发明专利
    • MOISTURE-CONDITIONING BUILDING MATERIAL AND ITS PRODUCTION PROCESS
    • JP2002293604A
    • 2002-10-09
    • JP2001102837
    • 2001-04-02
    • DANTANI PLYWOOD CO
    • INOUE HIROOHANADA KOZO
    • E04B1/64B28B1/42C04B28/14C04B111/28C04B111/30E04C2/06E04F13/14E04F15/08
    • PROBLEM TO BE SOLVED: To provide a lightweight moisture-conditioning building material excellent in moisture absorption/desorption property, fireproofness, fire resistance, machinability, dimensional stability and property with respect to nailing. SOLUTION: This moisture-conditioning building material of claim 1 consists of a moisture absorption/desorption material composition obtained by mixing different kinds of moisture absorption/desorption materials together, an inorganic material such as dihydrate gypsum, hydraulic material and perlite, and reinforcing fiber. This moisture-conditioning building material of claim 2 is the building material of claim 1, wherein the moisture absorption/ desorption material composition comprising different kinds of moisture absorption/desorption materials, consists essentially of diatomaceous earth. This moisture-conditioning building material of claim 3 is the building material of claim 1 or claim 2, wherein the content of the moisture absorption/desorption material composition consisting essentially of diatomaceous earth, in a raw material for the building material, which raw material consists of the above moisture absorption/desorption material composition, inorganic material and reinforcing fiber, is 2-90 wt.%. This production process of the claim 4 comprises preparing a mixed slurry by mixing the above raw material for the building material with water, subjecting the resulting mixed slurry to papermaking to form a sheet having a prescribed thickness, and thereafter drying the sheet.
    • 8. 发明专利
    • FLOOR HEAT INSULATING CONSTRUCTION METHOD
    • JP2002061382A
    • 2002-02-28
    • JP2000252691
    • 2000-08-23
    • DANTANI PLYWOOD CO
    • YANAGIHARA MASAKI
    • E04B1/76E04B5/43E04F15/18
    • PROBLEM TO BE SOLVED: To provide a floor heat insulating construction method easy to construct without producing a clearance, etc., between a building base material, a heat insulating material and a floor panel to be laid on the upper surfaces of the former two materials by forming the same flat surface in high precision by the building base material and the heat insulating material. SOLUTION: A flexible belt type object 2 is placed on an upper surface of the adjacent building base materials so as to extend in a direction orthogonal with the lengthy direction of the building base materials 3, after starting end part of the flexible belt type object 2 is fixed on the building base material, the flexible belt type object is fixed on the upper surfaces of the adjacent building base materials on the starting end part by stopping delivering the flexible belt type object where an upper surface of the heat insulating material and an upper surface of the building base material match with each other by delivering the flexible belt type object while fitting the heat insulating material between the building base material and the adjacent building base material by making tensile force work on the flexible belt type object in a fitting process of the heat insulating material 1, and thereafter, the flexible belt type object is fixed on the upper surfaces of the adjacent building base materials where the upper surface of the heat insulating material matches with the upper surface of the building base material by delivering the flexible belt type object while fitting the heat insulating material by making the tensile force work on the flexible belt type object between the adjacent building base materials along the lengthy direction of the flexible belt type object in sequence.
    • 9. 发明专利
    • SLIDING DOOR LINTEL STRUCTURE
    • JP2002004733A
    • 2002-01-09
    • JP2000191943
    • 2000-06-27
    • DANTANI PLYWOOD CO
    • IWAMOTO MASAAKI
    • E06B3/46E05D15/06
    • PROBLEM TO BE SOLVED: To provide a sliding door lintel structure making no gap between the lower end face of a lintel in an upper suspended sliding door and the upper end face of a sliding door by unifying dimensions of constituent members for a door body and an opening section with the upper suspended sliding door and a lower door sheave type. SOLUTION: A lintel is constituted as a composite structure consisting of at least an aspect member 21 and an aspect section mounting member 22, at the same time, the aspect mounting member is made of a synthetic resin or metal, and the sliding door lintel structure is so constituted that rails 13 are provided to the lintel so as to locate the upper end face of the sliding door above rather than the lower end face of the aspect member and that a projected stripe 23 projected downward is formed in the central part in the direction of the sectional width of the aspect mounting member.