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    • 4. 发明专利
    • SEISMIC CONTROL DAMPER AND ITS MANUFACTURING METHOD
    • JP2001295506A
    • 2001-10-26
    • JP2000110834
    • 2000-04-12
    • SHIMIZU CONSTRUCTION CO LTDTAIYO PACKING KK
    • SATO TAKANORIHIGUCHI JUNICHI
    • E04B1/98E04B1/26E04H1/02E04H9/02F16F15/02
    • PROBLEM TO BE SOLVED: To provide a seismic control damper capable of being simply applied to a wooden building at a low cost. SOLUTION: A pair of steel plates 1 and 2 respectively fixed to two members connected to each other in a joint section of a wooden framework are laminated in an in-plane relative rotatable manner by holding a viscoelastic material between both steel plates. The steel plates have body sections 1a and 2a for holding the viscoelastic material and mounting sections 1b and 2b fixed to two members. As a steel plate, plate-like steel plate, uneven-shape bent-up processed steel plate, L-shape bent steel plate, T-shape welded steel plate or the like can be adopted. The steel plates are mounted on two planes of structure on both sides of the joint section and are mounted on four planes of structure on the circumference of the joint section. A welded anchor hardware or a brace fixed harware can be set to the joint section between a column and a sill. Both steel plates are clamped with an expansion stop bolt 7. A projection cut into the member surface layer section is provided in the mounting section, and a burr or a cut-off is used for a projection when a hole is formed. Both wood screw and adhesive are properly used for fixing.
    • 5. 发明专利
    • INSTALLATION STRUCTURE VISCOELASTIC WALL
    • JP2000073608A
    • 2000-03-07
    • JP24760798
    • 1998-09-01
    • SHIMIZU CONSTRUCTION CO LTD
    • SATO TAKANORI
    • E04H9/02
    • PROBLEM TO BE SOLVED: To reduce the number of bolts to be required for clamping a viscoelastic wall having a small aspect ratio. SOLUTION: A plurality of viscoelastic walls of first and second steel plates laminated by holding a viscoelastic body are arranged between both up and down beams, and in the case at least either of the first steel plate and second steel plate of each of the viscoelastic walls is fixed to a beam by clamping a bolt, the steel plates are connected to each other by clamping the bolt. In the case the viscoelastic wall 10 having such a constitution as one inside steel plate 12 as the second steel plate is inserted between two outside steel plates 11 as the first steel plate, the lower end of each of the outside steel plates 11 is fixed to a lower side beam 15a by clamping a bolt 18 through a lower fixed metal hardware 14, and the sides of the outside steel plate 11 are connected with a joint plate 21. In that case, an upper fixed metal hardware 16 is welded to an upper side beam 15b to vertically hang down, and the upper fixed metal hardware 16 and the upper part of the inside steel plate 12 are held between two splice plates 19 and are clamed by bolts.
    • 6. 发明专利
    • VISCOELASTIC WALL
    • JP2000073605A
    • 2000-03-07
    • JP24760898
    • 1998-09-01
    • SHIMIZU CONSTRUCTION CO LTD
    • SATO TAKANORI
    • E04B2/56E04H9/02F16F15/02F16F15/023F16F15/08
    • PROBLEM TO BE SOLVED: To accurately and easily manufacture a viscoelastic wall having such a constitution as a viscoelastic body is held in an adhesion state between steel plates. SOLUTION: A projection 7 is provided to either of steel plates laminated by leaving a space between both of them, the top of the projection 7 is brought into contact with the other steel plate in a slidable manner to ensure a uniform gap between both steel plates, and a viscoelastic wall is so constituted that a viscoelastic body is held between both of them. One inside steel plate 3b is laminated between two outside steel plates 3a to hold the viscoelastic body 4 between them, and a checkered steel plate 6 having checkered projections 7 as the outside steel plate 3a is used. Or, one inside steel plate 3b is laminated between two outside steel plates 3a to hold the viscoelastic body 4 between both of them, and a projection attached steel plate 9 having projections on both sides as the inside steel plate 3b is used.
    • 7. 发明专利
    • VIBRATION CONTROL STRUCTURE
    • JP2000054678A
    • 2000-02-22
    • JP22841998
    • 1998-08-12
    • SHIMIZU CONSTRUCTION CO LTD
    • SATO TAKANORI
    • E04B1/36E04H9/02
    • PROBLEM TO BE SOLVED: To provide a vibration control structure capable of greatly improving damping performance. SOLUTION: Vibration control devices such as visco-elastic walls 3 for absorbing and dispersing vibrating energy are provided at required positions in a two or more layered building and the main frames of the building are formed in a column precedingly yielding shape with the bending rigidity of columns 1 being smaller than the bending rigidity of beams 2. The bending rigidity of the columns is set to be 1/2 to 1/10 the bending rigidity of the beams. As the vibration control device, the visco-elastic wall 3 is suitably used which has a viscous body or a visco-elastic body is interposed in an adhered condition between at least a pair of steel plates laminated to be relatively displaceable at a space to cause small deformation with layer-to-layer displacement to show great damping force. Otherwise, a steel material based hysteresis damper can be used as the vibration control device with restoring property due to repeated load showing plastic hysteresis and thus hysteresis damping force is exhibited.
    • 9. 发明专利
    • HIGHRISE BUILDING
    • JPH11152930A
    • 1999-06-08
    • JP32006397
    • 1997-11-20
    • SHIMIZU CONSTRUCTION CO LTD
    • SATO TAKANORI
    • E04H9/02
    • PROBLEM TO BE SOLVED: To improve the earthquake resistance of a highrise building. SOLUTION: A horizontal body 3 having high bending shear rigidity is installed at a top section while outer circumferential columns 1A having high axial rigidity are mounted in series in each layer, and at least one layer of a viscous earthquake-resisting wall 4 displaying a damping function by its own viscous resistance force is interposed among the horizontal body 3 and the outer circumferential columns 1A. The viscous earthquake-resisting walls 8 inhibiting shear deformation are arranged to core sections in each layer excepting an uppermost layer. The viscous earthquake-resisting wall having constitution held between at least a pair of steel plates laminated in a relatively displaceable manner at an interval under the state, in which a viscous body or a viscoelastic body is stuck, is adopted as the viscous earthquake-resisting wall 8.
    • 10. 发明专利
    • SEISMIC CONTROL STRUCTURE AND WORK EXECUTION METHOD THEREOF
    • JPH10195891A
    • 1998-07-28
    • JP587097
    • 1997-01-16
    • SHIMIZU CONSTRUCTION CO LTD
    • HANZAWA TETSUYASATO TAKANORITERADA TAKEHIKOKANEMITSU TOMOMIHORIE TATSUMI
    • E02D27/34
    • PROBLEM TO BE SOLVED: To reduce the vibration response at the time of earthquake, and to accurately understand the movement of a structure having a deep basement at the time of earthquake by filling a space between a side surface of a lower structure of a building structure and the ground with the viscous material. SOLUTION: A building structure 12 is formed of an upper structure 13 and a lower structure 14, and the lower structure 14 is formed of foundation piles 17 placed into the supporting ground 16 and a basement 19 positioned in the surface layer ground 18. A vibration control structure 11 is formed of the basement 19 and the viscous material 20, which is composed of asphalt and which is filled between side surfaces of the basement 19 and the surface layer ground 18, and the basement 19 is formed into the structure having a rigidity lower than that of the upper structure. With this structure, at the time of earthquake, the viscous material 20 functions as a damper so as to attenuate the vibration energy of the building structure 12. Furthermore, since the characteristic of the viscous material 20 is well known, influence of the mutual work of the side surfaces of the basement 19 and the surface layer ground 18 to the building structure 12 can be made clear, and an analysis model, which is obtained by integrally forming the upper structure 13 with the basement 19, can be formed for design.