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    • 1. 发明专利
    • FLOOR HEATING STRUCTURE
    • JPH09101042A
    • 1997-04-15
    • JP25789495
    • 1995-10-04
    • NIPPON BEROO KKSKY ALUMINIUMSHODEN CORP
    • OKANO TERUOSHIDA HIROSHIKAWASAKI AKIRA
    • F24D11/00F24D13/02
    • PROBLEM TO BE SOLVED: To cause less-expensive heat stored in a heat accumulating material under utilization of mid-night electrical power or the like to be gradually discharged for a long period of time by a method wherein various kinds of panels and the heat storing material are laminated and formed directly on the surface of a floor structure of a building or with a certain space being left there. SOLUTION: A floor panel A, a heat accumulating material enclosed member B, a heater enclosed panel C and a thermal insulating panel D are overlapped in sequence from the upper-most surface on an upper surface of a floor structure material E of a main body of a building. The floor panel A is comprised of an integral assembly of a metallic upper layer flat plate A1 and a metallic lower layer corrugation plate A2 in addition to an intermediate layer thermal insulating layer A3 . Then, thermal storing material of mixture of crystalline salt and water for use in discharging crystalline melting latent heat is enclosed in the heat accumulating member enclosing member B and then the thermal storing material is filled in the concave part of the floor panel A. The heater enclosed panel C is a heat accumulating heating panel which is present below the floor panel A and placed in contact with the heat accumulating material enclosing member B. In addition, the thermal insulating panel D is arranged at a lower entire surface of the heat generating material enclosing panel C.
    • 4. 发明专利
    • FLOOR HEATING STRUCTURE
    • JPH09101041A
    • 1997-04-15
    • JP25750495
    • 1995-10-04
    • NIPPON BEROO KKSKY ALUMINIUM
    • OKANO TERUOSHIDA HIROSHI
    • F24D3/14F24D3/16F24D13/02
    • PROBLEM TO BE SOLVED: To attain a high thermal efficiency, a positive fixing of a heating element and a powerful fixing of a floor finishing material in a floor heating structure in which the heating element is arranged on a foundation concrete structure and a floor finishing material is placed on the surface of the foundation concrete. SOLUTION: A metallic net member C having a floor heating heater B contacted at its lower surface, a floor finishing material fixing mortar D and a floor finishing material E are arranged in sequence in this order on a foundation concrete structure A. Thermal insulating concrete material is filled and solidified in a space enclosed by the structure A, the net member C and the heating heater. Concrete material F is integrally assembled with the structure A, a heater 4, the net member C and the fixing mortar D. As fixing mortar D, preferably, fixing mortar having cation type chloroprene polymer emulsion contained therein is applied, resulting in that a floor heating structure having the mortar integrally assembled with the floor finishing material is attained.
    • 5. 发明专利
    • COFFEE POT
    • JPH08275857A
    • 1996-10-22
    • JP8271295
    • 1995-04-07
    • NIPPON BEROO KKSKY ALUMINIUM
    • OKANO TERUOSHIDA HIROSHI
    • A47G19/14
    • PURPOSE: To suppress the radiation cooling of the coffee pot from its outer face by providing a side wall armor part, for which a far infrared reflection layer and a heat insulating member layer are successively provided, on the outer face of a vessel side wall and extending a far infrared radiator layer on the outer face of a vessel bottom wall. CONSTITUTION: A far infrared reflection layer 3 and a heat insulating member layer 4a are successively provided on the outer face of the side wall at a main body 1 of the coffee pot. An armor part 6 is constituted by providing a decorative cover 5 on the outer face of that heat insulator layer 4a. Besides, a bottom face armor part for covering the front face of a vessel bottom face by being extended from the far infrared radiator layer 2a is composed of a far infrared radiator layer 2b on the outer face of the bottom wall at the main body 1 of the coffee pot. Then, a thermal buffer part depending on an air layer 12c can be formed between the far infrared radiator layer 2b and a heater 11 by providing a projecting part 12a on the far infrared radiator layer 2b when heating the bottom part of the pot with the heater 11. Further, a spout part 7 at the upper part of the coffee pot is covered with a lid body 8, for which a far infrared reflection layer 9 is laminated on its inner face, having an air release hole 8a.
    • 7. 发明专利
    • SNOW MELTING FLOOR FOR PLATFORM
    • JPH10237837A
    • 1998-09-08
    • JP6200297
    • 1997-02-28
    • SKY ALUMINIUMNIPPON BEROO KK
    • SHIDA HIROSHITAKAGI KUNITOSHIOKANO TERUO
    • E01H5/10E01F1/00
    • PROBLEM TO BE SOLVED: To reduce the embedding density of heat mediums and save the energy by constituting a snow melting floor by a cement hardened body having a tubular or rope-like heat medium embedded therein, and laying a metallic mesh body extended laterally so as to enclose the heat medium. SOLUTION: This snow melting floor has a floor structure in which a metallic mesh body 3 is embedded in a cement hardened material, so that the heat flow from a heat medium 2 is laterally transmitted through the metallic mesh body 3 and primarily dispersed. Further, since secondary dispersion is caused in the cement hardened body to transfer the heat through two heat flow bulkheads, the heat flow is dispersed to a position distant from a heating source for heating, so that the heating floor area can be extended. As the metallic mesh body 3, an alloy containing 0.3-4.3wt.% of Mn, as occasion demands, 0.05-6.0wt.% of Mg, and the remainder of Al and impurities, and having a tissue in which Al-Mn intermetallic compound precipitate with a grain size of 0.01-0.3μm is dispersed is used, and an anodic oxide film is formed on the surface. Thus, the heating floor area can be extended, the heat medium 2 can be stably held with a lowered embedding density, and the foundation work can be simplified.