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    • 18. 发明专利
    • STRUCTURE OF JOINT BETWEEN STEEL PIPE REINFORCED CONCRETE COLUMN AND BEAM
    • JPH06294159A
    • 1994-10-21
    • JP8203393
    • 1993-04-08
    • KAJIMA CORP
    • TAUCHI TOSHIAKIFUKUMOTO TOSHIYUKIINOUE TAKAYUKISAKURAMOTO FUMITOSHIHAYASHI NOBUYUKITOMITA AKIOMURAMATSU SEIICHI
    • E04B1/30E04B1/24E04B1/58
    • PURPOSE:To simplify a method of construction, by a method wherein sleeve-shaped members each are placed at positions in a steel pipe reinforced concrete column and at these positions corresponding thereto the flanges of beams are to be weld joined with the steel pipe reinforced concrete column, following which the sleeve-shaped members each are weld joined with skin plates and at these positions corresponding thereto the flanges of the beams are weld joined with the steel pipe reinforced concrete column. CONSTITUTION:The four corners formed of four skin plates 3' are weld joined with each other and a columnar shape, that is a steel square pipe reinforced concrete column 3 is formed. After that, respective sleeve-shaped members 1 are placed at positions in the steel square pipe reinforced concrete column 3 and at these positions corresponding thereto the flanges of the beams 2 are to be weld joined with the steel square pipe reinforced concrete column 3, following which the sleeve-shaped members 1 each are weld joined with the four skin plates 3' forming the steel square pipe reinforced concrete column 3. After that, at these positions corresponding to the positions where the sleeve-shaped members 1 in the steel square pipe reinforced concrete column 3 are welded, the flanges of the beams 2 are weld joined with the steel square pipe reinforced concrete column 3. In this way, the sleeve- shaped members 1 each are weld joined directly with the skin plates 3', and a method of construction also can be simplified thereby.
    • 20. 发明专利
    • SHEAR REINFORCING CONSTRUCTION OF FLAT SLAB
    • JP2001020431A
    • 2001-01-23
    • JP19576699
    • 1999-07-09
    • KAJIMA CORP
    • KATO TOMOYASUSUZUKI NORIOINOUE TAKAYUKI
    • E04B5/43
    • PROBLEM TO BE SOLVED: To enhance the workability by arranging longitudinal reinforcing bars between the top end bars and the bottom end bars, by mutually intersecting a set of bent-formed transverse reinforcing bars by straddling a column and the flat slab and by arranging to an X-letter shape on a transversal section inside the slab. SOLUTION: Among top end bars 6 and bottom end bars 7 perpendicular in two directions planwise, longitudinal reinforcing bars 4 are arranged by linking them to the top end bars 6 and bottom end bars 7 with intervals held in the length direction between the top end bars 6 and the bottom end bars 7 at least in one direction. Then, the horizontal portion 51 of two or more transverse reinforcing bars per set 5 are, anchored inside a column 1, its sloped portions 52 are intersected to an X-letter shape and arranged by straddling the column 1 and the flat slab 3. In addition, anchoring members 8 are connected to the end portion of a horizontal portion 51 of the transverse reinforcing bars 5, which comprise flanges spreading from a shaft portion and part of the shaft portion to the outer periphery and transmit a tensile force to be borne by the transverse reinforcing bar 5 to the concrete of the slab 3 or the column 1 thereby securing an anchoring strength into the concrete. By doing this, the workability for bar arrangement can be improved.