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    • 2. 发明专利
    • CONNECTION STRUCTURE OF LATERAL ROOFING EXTERIOR PANEL
    • JP2000110309A
    • 2000-04-18
    • JP28030398
    • 1998-10-01
    • SKY ALUMINIUMYAMAMOTO KINZOKU KKSHIBATSUU KK
    • SHIDA HIROSHITAKAGI KUNITOSHIIKEDA HITOSUMISHIDA HIDEO
    • E04D3/366E04D3/38
    • PROBLEM TO BE SOLVED: To stably secure watertightness of a lateral connection part by watertightly pressing an insertion cover lower face on a packing end projected to the upper face side of an exterior panel and watertightly pressing the upper face of the water receiving part of a throating plate on the packing end projected to the lower face side of the exterior panel respectively. SOLUTION: A sealing packing 10 is sandwiched over the entire length of the lateral connection part 2 of roof panels 1a, 1b. Next, inclination is performed along the water inclination of the roof panels 1a, 1b to arrange a throating plate 11, and an insertion cover 12 is arranged on the upper part of the lateral connection part 2. The overlapping part 12c of the insertion cover 12 is overlapped on the lateral connection part 2 so as to house the packing 10. The center part of the upper face of a water receiving part 11b is pressed on a packing end 10a projected and housed in a recess groove 8. Thereby even when the packing end 10a compresses and deforms and deformation of the panel and position slippage occur due to strong wind, temperature difference or the like, watertightness can be secured by the elastic deformation of the packing 10. In addition, an error can be absorbed during execution, improvement of execution capability and cost reduction can be realized.
    • 6. 发明专利
    • PIPING STRUCTURE AND PIPING PANEL FOR HEATING BUILDING
    • JPH1137481A
    • 1999-02-12
    • JP20999397
    • 1997-07-18
    • SKY ALUMINIUMSHIBATSUU KK
    • SHIDA HIROSHITAKAGI KUNITOSHISHIDA HIDEO
    • E04B5/48E04C2/52F24D3/16
    • PROBLEM TO BE SOLVED: To prevent the corrosion of a metal plate, and to facilitate the changing work of the metal plate or a heating medium pipe by having a specific contact structure, in which the contact position of the metal plate for heat dispersion to the outer periphery of the heating medium pipe is transferred from the bottom part to the upper part of the heating medium pipe. SOLUTION: A metal plate for heat dispersion 6 forms an arc-shaped metal contact piece 4 integrally by folding back a pair of leg pieces 5, which are formed by being folded obliquely downward toward the outer periphery surface of a heating medium pipe 1, from its lower end. Moreover, the leg pieces 5 forms the arc-shaped metal contact piece 4 out of the metal plate 6 for heat dispersion by covering the internal wall of a recessed groove 3 of a heat insulating plate material 2 to be folded and suspended, and by being folded at the position where the clearance between the internal wall surface and the outer periphery of the heating medium pipe decreases. Therefore, the condensed water which gathers in the recessed groove of the heat insulating plate material does not contact the metal plate for heat dispersion, so that corrosion does not occur. Thereby, the heat transfer from the heating medium pipe is maintained, and also the decline in the heat efficiency is prevented.