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    • 3. 发明专利
    • STRUCTURE OF JUNCTION BETWEEN CLOSED SECTION COLUMN AND BEAM
    • JPH1122001A
    • 1999-01-26
    • JP17817997
    • 1997-07-03
    • ARTES KK
    • SATO KUNIAKIMATSUSHITA EIJITOMITA AKIO
    • E04B1/24
    • PROBLEM TO BE SOLVED: To construct a rigid-frame structure which enables one piece of steel beam to be directly joined to a through steel column at a junction structure between a closed-cross-section column and a beam without requiring the steel column to be cut and a diaphragm and a bracket beam to be welded in place as they should in conventional cases, and which can stabilize the quality of the junction structure, reduce its cost, and sufficiently satisfy dynamic functions by means of the relatively simple column-to-beam junction structure. SOLUTION: A corner hardware 3 having a bolt hole 3a tilted relative to the direction of the axis of a steel beam 2 within a horizontal plane is mounted on the outer surface of a corner, of the junction of a steel column 1. A sleeve hardware 4 is mounted on the flanged end of the steel beam 2 in such a manner that the central axis of a bolt member hole 4a in the sleeve hardware 4 can continue with the central axis of a bolt-member hole 3a in the corner metal fitting and that its mating end face can abut to the mating end face of the corner hardware 3 A bolt 6 or a deformed steel bar is passed into the corner hardware 3 and the sleeve hardware hardware 4, and a nut 8 is attached to the end of bolt and fastened to tighten and integrate the corner hardware 3 and the sleeve hardware 4 together.
    • 5. 发明专利
    • COLUMN LEG STRUCTURE
    • JPH10131290A
    • 1998-05-19
    • JP29152596
    • 1996-11-01
    • ARTES KKKAJIMA CORPHITACHI METALS LTDHITACHI KIZAI KK
    • SATO KUNIAKINAKAMURA YOSHIHIROTOMITA AKIOITO MICHIOIWATA MITSUNOBUTANAKA HIDENORI
    • E04B1/24
    • PROBLEM TO BE SOLVED: To erect an iron skeleton column at low cost and with high positional precision by fixing a column leg hardware made of steel in which a pedestal in which a bolt hole is drilled is extended and provided on a foundation in a corner part of a hollow and square frame body and welding a lower end of the iron skeleton column on an upper end part thereof. SOLUTION: A column leg hardware 15 made of steel is manufactured by extending a pedestal 11 in which a bottom face 10b and a lower face 11b are aligned on the same face outward from a corner part 10a of a hollow and square frame body 10. A bolt hole 12 is drilled in each pedestal 11, and a center line 13 is indicated at the center of each side of the frame body 10. First, the column leg hardware 15 is fixed on a foundation by inserting an anchor bolt embedded in the concrete foundation into the bolt hole 12 of the pedestal seat 11 and tightening it by using a nut. Next, a lower end of the iron skeleton column is abutted and erected in an upper part of the frame body 10 and is welded. Since an opening tip for welding is provided in an upper end of the frame body 10, a lower end of the iron skeleton column can be welded while it is cut on plan, and positional precision can be ensured. Since the column leg hardware 15 can be standardized easily, it is possible to manufacture the column leg hardware 15 having high quality at low cost in a factory.
    • 6. 发明专利
    • CONNECTING-SECTION STRUCTURE OF COLUMN AND BEAM
    • JPH1161995A
    • 1999-03-05
    • JP27717797
    • 1997-10-09
    • ARTES KK
    • SATO KUNIAKISAEKI TOSHIOTOMITA AKIO
    • E04B1/24E04B1/58
    • PROBLEM TO BE SOLVED: To connect a steel-framed column and a steel-framed beam easily and rigidly without using a diaphragm as in conventional devices in the connecting-section structure of the steel-framed column comprising a square- shaped steel pipe, etc., and the steel-framed beam composed of H-steel, etc. SOLUTION: Joint metals 3 (3-1, 3-2) having boltholes 3a on the insides are fixed in parallel with the longitudinal direction of the steel-framed beam 2 on both side sections of upper-lower flanges 2a so that out-of-plane bending applied to column side plates is reduced at the connecting end sections of the steel-framed beam 2. Bolt through-holes 1b are bored to the side plates 1a in the connecting sections of the steel-framed column 1 in response to the places of the joint metals 3, the connecting end sections of bolts 4, etc., inserted into the through-holes and penetrated into the column are put into the boltholes 3a of the joint metals 3, and nuts 5 are installed and clamped to bolt front-end sections projected from the joint metals 3 or one-side bolts are mounted and tightened to the joint metals 3 and the side plates 1a from the steel-framed beam side, thus firmly joining the joint metals 3 and the steel-framed beams 2 to the steel-framed column 1.