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    • 5. 发明专利
    • JPH05247913A
    • 1993-09-24
    • JP5058492
    • 1992-03-09
    • MITSUBISHI HEAVY IND LTD
    • YAMAGAMI TETSUJIISODA ATSUSHITANIGUCHI MASAAKI
    • E01C9/08E01D15/133E01D19/10E01D22/00
    • PURPOSE:To improve the bearing stability of a temporarily set elevated road by setting an air cushion divided into a plurality, at the bearing section of an elevated road main bridge section to be temporarily set on a ready-set bridge girder, on the repairing or the like of the bridge girder, and by increasing the grounding area of bearing legs, to bear loads to be dispersed. CONSTITUTION:Not to interrupt the passing of vehicles under constructing a bridge, the bearing legs 5 of the main bridge section 3 of an elevated road to be temporarily set on a ready-set bridge girder 2 are provided with a grounding section 6 provided with an air cushion divided into a plurality. The main bridge section 3 is formed by connecting a plurality of composition unit bodies 1 to each other. Besides, the composition unit bodies 1 are arranged on the ready-set bridge girder 2 with auxiliary legs 4, and the respective unit bodies 1 are rigidly connected to each other and after that, both the sides are supported with the bearing sections 5. Besides, after that, approaches 8 are fitted on. Then, the grounding area of the bearing legs 5 is increased, and loads are dispersed. As a result, the temporarily set elevated road can be stably supported.
    • 7. 发明专利
    • EXECUTION METHOD OF PRECAST STEEL-PLATE CONCRETE WALL
    • JPH02194903A
    • 1990-08-01
    • JP1407689
    • 1989-01-25
    • MITSUBISHI HEAVY IND LTD
    • SEKIMOTO HISASHIYAMAGAMI TETSUJIOKABE SHUNZOSHIMADA RIICHI
    • E01D19/10B28B1/16E04G21/02
    • PURPOSE:To prevent the corrosion of a steel material in a wall body due to the intrusion of rainwater by bending one steel plate, in which studs are implanted, in a U- shape, placing concrete, preparing a U-shaped steel-plate concrete wall, turning over and inverting the wall and setting the wall at a specified position. CONSTITUTION:Studs 2 having the length of the clearance of walls, the inner clearance of oppositely faced steel plates, are implanted at the predetermined locations of one steel plate 1 in a factory. The steel plate 1 is bent in a U shape in a fixed bend radius at a specified position. The steel plate 1 is placed onto a bottom force 3, a top force 4 is pushed against the steel plate and pressed down by a rod 5, and the steel plate 1 is curved in the U shape. The steel plate is curved, and the push rod 5 is drawn out upward and the top force 4 in the horizontal direction, then completing press. The U-shaped steel plate 1 is installed into steel-plate hold-down forms 6, the head sections of the studs 2 and the opposed steel plate 1 are brought into contact, and side end-section forms 7 are mounted and concrete 8 is placed into an internal space formed by the U-shaped steel plate 1 and the end-section forms 7. Placed concrete is cured, the steel-plate concrete wall body is carried to a cite, and turned over at 180 deg. and set at a predetermined location, thus forming an inverted U-shaped precast steel-plate concrete wall body.
    • 9. 发明专利
    • AUTOMATIC FOLLOW-UP TYPE DYNAMIC VIBRATION DAMPER
    • JPH03213741A
    • 1991-09-19
    • JP686190
    • 1990-01-16
    • MITSUBISHI HEAVY IND LTD
    • YAMAGAMI TETSUJIKISHI AKINOBUFUKUZAWA KIYOSHINEKOMOTO YOSHITSUGU
    • F16F15/02
    • PURPOSE:To save manpower and labor by providing a dynamic vibration damper accelerometer for detecting the acceleration of the weight of a dynamic vibration damper itself, a structure accelerometer for detecting the acceleration of the structure to be damped, a phase difference detecting circuit, and a frequency control means for controlling the phase difference to be kept to the set value. CONSTITUTION:The sine waveform acceleration signal A1 of a cross beam 1 and the sine waveform acceleration signal A2 of a dynamic vibration damper outputted by accelerometers 9, 10 are respectively converted into rectangular waveforms of identical amplitude through amplitude stabilizing circuits 13, 14, and both waveforms are then multiplied by a multiplying circuit 15 to obtain the value proportional to the phase difference with the phase 90 deg. as a center. The output value of the multiplying circuit 15 is compared by a comparing circuit 16, and when the output value is positive, it means that the phase is less than 90 deg. and therefore the characteristic frequency of the dynamic vibration damper is larger than that of the cross beam 1. Accordingly, a signal corresponding to the output value is outputted to move a weight 4 downward through a pulse transmitting circuit 17 so as to lengthen the length of the pendulum rod 3 of the dynamic vibration damper. The frequency of the dynamic vibration damper is thus conformed to the characteristic frequency of the cross beam 1 automatically to damp the cross beam 1.