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    • 82. 发明专利
    • CONSTRUCTING METHOD FOR STRUCTURE
    • JPH03107036A
    • 1991-05-07
    • JP24248889
    • 1989-09-19
    • SHIMIZU CONSTRUCTION CO LTD
    • KONDO KOJISEKI YOICHIMAEDA JUNICHIROABE YOSHIKAZUKAJIOKA YASUOTAKADA HIROO
    • E04B1/35
    • PURPOSE:To improve the productivity of structuring work by constructing the highest part of a structure in the inside of a landslip preventing wall, and pushing up a constructed part using a weight lifting means in a state where it attains a fixed height and can stand for itself, and repeating these works. CONSTITUTION:After constructing a landslip preventing high wall and digging out its inside to perform foundation work, a jack 6 is installed at a position where a pillar 10 on an underground bottom is vertically set. A pillar bottom formwork 15 is then mounted on the upper face of the jack 6, and connection members 12 are set, and mutually connected through a beam 11. In the first constructing work, the beams 11 for two layers and the pillar 10 are constructed at the same time, and a supporting member 17 for horizontal force is inserted between a lateral sheet pile 4 of a landslip preventing wall and the beam 11. A main brace, a bottom formwork and a pillar formwork are then arranged between the upper and lower members 12 for depositing concrete. When the concrete becomes solid to make the self-standing of the pillar or the like possible, the jack 6 is extended to push up one layer of a structural body. The above works are repeated to construct a structure.
    • 85. 发明专利
    • METHOD AND DEVICE FOR CONCRETE PLACING
    • JPH032468A
    • 1991-01-08
    • JP13723689
    • 1989-05-30
    • SHIMIZU CONSTRUCTION CO LTD
    • KAJIOKA YASUO
    • E04G21/04
    • PURPOSE:To improve efficiency of concrete placing with diversified delivery route by placing concrete through pressure delivery pipes that are installed along a foldable arm of a base machine and connected to be capable of swinging in the horizontal and longitudinal directions through revolute joints. CONSTITUTION:A pressure delivery pipe for concrete 6 is installed along a foldable arm 5 hinged to a base machine, and a front stage member 3 is formed thereby with the foldable arm 5 held to be capable of swiveling and rising and falling. The pressure delivery pipes 7 are stretchably connected and are made to be capable of swinging in the horizontal and in the longitudinal directions through revolute joints 8, and each pair of the pressure delivery pipes 7 is made to be capable of swinging in the horizontal direction. The revolute joints 8 are supported with trolleys 10, and a rear stage member 4 is formed thereby. At execution of work, the front stage member 3 is extended to a story where the work is to be executed, and the rear stage member 4 is connected thereto and concrete is placed with a distributor 9. With such arrangement, delivery route of concrete can be easily extended, contracted and changed.
    • 87. 发明专利
    • TRAVELING MECHANISM FOR CONCRETE-WORK OPERATING MACHINE
    • JPH02136468A
    • 1990-05-25
    • JP28813688
    • 1988-11-15
    • SHIMIZU CONSTRUCTION CO LTD
    • KAJIOKA YASUONOMURA HAJIMEKOMINE TOMIO
    • E04F21/24E04G21/10
    • PURPOSE:To make a work-operating machine travel without producing dragging resistance by making a plurality of supporting boards, provided in parallel with the machine's traveling direction, lifted alternately up and down while making the machine, being provided with thrust, move forward in alternation with the up-and-down movement. CONSTITUTION:A concrete-work handling machine is supported by a plurality of supporting boards 20-23 that are provided to the machine in parallel with the machine's traveling direction. The supporting boards 20-23 are made to be capable of performing independent lifting by means of a supporting board-lifting mechanism 25 and, at the same time, the boards 20-23 are energized for forward moving by an energizing member 29. Then the supporting boards 20-23 are lifted up and down alternately while thrust is given to the machine by a thrust-imparting members 1 and 1. As the lifting up and down operation continues, the machine is continuously supported alternately by each of the supporting boards 20-23 while being driven forward by the energizing member 29 each time any of foot members of the supporting boards is detached from the bottom. With continuation of such operation, the machine can move forward without sliding.