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    • 3. 发明专利
    • CONNECTION PART OF PILLAR AND BEAM AND CONNECTION METHOD
    • JPH09125513A
    • 1997-05-13
    • JP28575995
    • 1995-11-02
    • DAISUE KENSETSU KK
    • HIOKI HISASHINONOGAMI MASAHIRO
    • E04B1/16
    • PROBLEM TO BE SOLVED: To improve stress transmission of a pillar and a beam and to improve working capacity on a connection part between the reinforced concrete pillar and the steelwork beam and a connection method. SOLUTION: A connection part unit 3 with openings S for concrete deposition existing on it four corners is formed of a steel pipe 1, a horizontal reinforcing plate fastened on upper and lower end surfaces of the steel pipe 1 and having a concrete deposition hole 8 on its center, a steelwork beam 5 for end parts arranged in a cross viewed from above and fastened on the steel pipe 1 and a side part reinforcing plate 7 rectangularly arranged. A pillar main reinforcement 11 on the outward side and a pillar core reinforcement 10 on the inward side are built in the reinforced concrete pillar, and a connection part unit 3 stores the pillar core reinforcement 10 in the steel pipe 1 and the pillar main reinforcement 11 between the steel pipe 1 and the side part reinforcing plate 7, and concrete is deposited in the side part reinforcing plate 7 and the inside of the steel pipe 1, the steelwork beam 5 for the reinforcement end parts is projected outward from the side part reinforcing plate 7 and connects and supports an intermediate steelwork beams of the same sectional shape.
    • 4. 发明专利
    • CONNECTION PART AND CONNECTION METHOD FOR COLUMN BEAM
    • JPH0932110A
    • 1997-02-04
    • JP18270795
    • 1995-07-19
    • DAISUE KENSETSU KK
    • HIOKI HISASHINONOGAMI MASAHIRO
    • E04B1/16
    • PROBLEM TO BE SOLVED: To improve transmission of a stress between a column and a beam and to improve work efficiency, in a connection part and a connection method between an reinforced concrete column and a steel beam. SOLUTION: A column reinforced assembly wherein column main reinforcements 11 are arranged in a rectangular shape is erected, forms for forming a column surface are arranged at the periphery of the column reinforced assembly. A cross-shaped connection part unit comprises a steel pipe, cross- shaped arrangement steel beams for an end part, a pair of upper and lower reinforcing plates 2 having a concrete filling hole 8 formed in a central part, and a hoop 7 for a unit. Simultaneously with housing of the steel pipe in a column main reinforcement 11, the connection part unit is inserted from above in such a manner that the outer peripheral side of the columnar main bar 11 is covered with the hoop 7 for a unit, the hoop for a unit being supported at the upper end of forms. Forms for forming a connection part are installed at the periphery of a connection part unit, and concrete is placed through the hole 8 and an opening S, and the column and the connection parts are simultaneously molded by using concrete.
    • 8. 发明专利
    • METHOD OF INCORPORATING BEAM AND POST REINFORCEMENT
    • JPH01146065A
    • 1989-06-08
    • JP30544787
    • 1987-12-02
    • DAISUE KENSETSU KK
    • IKEDA KEISHIROU
    • E04G21/12E04G21/14
    • PURPOSE: To improve efficiency and to save labor in beam attaching work to an existing column by putting a tapered guide cap retractably on the upper end of a column reinforcement, and inserting each beam reinforcement of a beam from above into a specified position between the column reinforcements. CONSTITUTION: Four column reinforcements each at the lateral ends of a column 1 and two column reinforcements T each at the lateral front and rear of the column 1, and four beam reinforcements S each at the upper and lower ends of a beam 2 and three beam reinforcements S each at spaces D1 , D2 from the upper and lower end beam reinforcements S, are arranged in the mutually abutting relation of the column reinforcements T and beam reinforcements S when inserting the beam 2. A tapered guide cap 10 tapered toward the upper part is put on the upper end part of each column reinforcement. In this state, each beam reinforcement S of the beam 2 is inserted from above into a specified position between the column reinforcements T. Even with slight discrepancy of the position or spacing of the beam reinforcement S, the beam reinforcement S is guided by the cap 10 so as to be smoothly inserted and efficiently attached.