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    • 36. 发明专利
    • SHAPE CONTROL SYSTEM FOR VARIABLE GEOMETRY TRUSS STRUCTURE
    • JP2003268874A
    • 2003-09-25
    • JP2002075006
    • 2002-03-18
    • OHBAYASHI CORP
    • INOUE FUMIHIROKURITA KOHEI
    • E04B1/19
    • PROBLEM TO BE SOLVED: To provide a shape control system which makes a variable geometry truss structure variously changeable in shape. SOLUTION: The system is comprised of the plurality of variable geometry truss structures A, B, C, D, a control section 40 for controlling the shapes of the respective variable geometry truss structures A, B, C, D, and an external input information obtaining section 42. The control section 40 determines operating patterns of the respective variable geometry truss structures A, B, C, D, based on external input information obtained by the external information input section 42, and individually controls expansion/contraction of actuators of the respective variable geometry truss structures A, B, C, D such that the variable geometry truss structures A, B, C, D are variable according to the operating patterns, via control lines 43, 44, 45, 46 respectively. Thus, the shape of each variable geometry truss structure is rendered variable by sensing music, human voice, ambient sound, etc., for instance. COPYRIGHT: (C)2003,JPO
    • 38. 发明专利
    • DEFORMABLE TRUSS FRAMING OF SUSPENDED SCAFFOLD
    • JP2000017832A
    • 2000-01-18
    • JP18469898
    • 1998-06-30
    • OHBAYASHI CORP
    • OMOTE YUTAROINOUE FUMIHIROKURITA KOHEIFURUYA NORIYUKI
    • E04G3/28E04G3/24F16S3/08E04G3/10
    • PROBLEM TO BE SOLVED: To provide a deformable truss framing for a suspended scaffold excellent in work efficiency capable of being transferred with the transfer of a wall surface of a structure in a suspended state while keeping the suspended scaffold moved up and down. SOLUTION: Diagonal members 5 having variable lengths are provided along diagonals of quadrilaterial links 4 connecting two pairs of chord members 1a in all directions in a rotatable manner to form plate frames 12, the plate frames are arranged up and down at a specific height of interval to constitute basic space trusses 14 of the minimum constitutive unit vertically connecting four corners with struts 13, and a large number of basic space trusses 14 are connectively provided along an exterior wall surface 15a of a building 15 in the horizontal direction while sharing the struts 13 and chord members 1a to form a truss framing 10 of a working suspended scaffold. While keeping the lengths of both upper and lower diagonal members 5 in the same size in each basic space truss 14, a form of the truss framing 10 can be optionally deformed only by changing the lengths of the diagonal members 5 in between the basic space trusses 14.
    • 40. 发明专利
    • CONSTRUCTION METHOD OF REINFORCED CONCRETE BUILDING
    • JPH08302812A
    • 1996-11-19
    • JP10946095
    • 1995-05-08
    • OHBAYASHI CORP
    • WAKIZAKA TATSUYAFURUYA NORIYUKIKURITA KOHEI
    • E04B1/16E04B1/20E04H1/00
    • PURPOSE: To manufacture a connecting part of a pillar and a beam greatly influencing upon structural strength of a building with high precision, simplify building frame construction work at a construction site and extensively shorten a construction period by previously manufacturing a frame block material and a floor slab block material previously integrating the whole of the reinforced concrete made pillar and beam including the pillar and beam connecting part. CONSTITUTION: Reinforced concrete beams 16 in a form separated at intermediate parts of beam spans and reinforced concrete pillars 14 are previously formed through pillar-beam connecting parts 18 by integrating the whole of them as first-third pillar beam block bodies 10a-c. The reinforced concrete pillars 14 of the pillar beam block bodies 10a-c are connected to each other and the reinforced concrete beams 16 are also connected to each other. After the first, second and third pillar beam block bodies 10a-c are installed, floor slab block materials 38 are laid on upper surfaces of the reinforced concrete beams 16, 16... and concrete 46 for a floor is deposited.