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    • 4. 发明专利
    • CONSTRUCTION OF CONTINUOUS UNDERGROUND WALL AND STEEL PANEL THEREFOR
    • JPH0376922A
    • 1991-04-02
    • JP20970189
    • 1989-08-15
    • NIPPON STEEL CORPHAZAMA GUMI
    • OKIMOTO MASAYUKISONODA TETSUJITSURUOKA SUSUMU
    • E02D5/04E02D5/20
    • PURPOSE:To improve efficiency of work execution by a method wherein steel panels of hollow double-walled structure formed of an inner and an outer steel plates and steel ribs are connected with one another, being kept afloat in muddy water with buoyancy given thereto, at their right and left and upper and lower ends, and are sunk with additional connections further made thereto. CONSTITUTION:A steel panel 1 is formed in a double wall structure having hollow space therein, and a box-shaped member 6 is formed therein of an inner steel plate 3, an outer steel plate 4 and a plurality of steel ribs 5 that are provided between the inner and the outer steel plates. The box-shaped member 6 is given buoyancy with lightweight filling agent filled therein or with a hollow part 10 formed therein. The steel panels 1 are then connected with one another by welding or the like applied to each of the ends on the right and the left and on the upper and the lower parts of the steel plate 4, while the panels are kept afloat in muddy water 13 in an excavated ditch. The panels 1 are then sunk with additional panels connected further to the right and the left and to the upper and the lower positions thereof, and a steel double wall body in desired shape is formed therewith as the sinking reaches a specified depth. After this, concrete is cast into a space between the outer periphery of the double wall body and the inner wall of the excavated ditch, or the muddy water in the space is solidified. Thereby a space necessary for execution of work can be made small.
    • 5. 发明专利
    • VERTICAL PARKING ZONE
    • JPH0387475A
    • 1991-04-12
    • JP22326389
    • 1989-08-31
    • HAZAMA GUMI
    • TSURUOKA SUSUMUTATSUMI OSAMU
    • E04H6/28E04H6/18
    • PURPOSE:To improve parking efficiency by providing an elevator in the center of a space enclosed by a cylindrical outer wall, disposing a turn table having a horizontally moving means on its elevator base, and providing radially extended parking floor parts in vertical multistage. CONSTITUTION:A cylindrical outer wall 1 is constructed in the ground to enclose and form a vertically long space 2 opened on the ground, an elevator 5 leading from an opening 3 to a bottom part 4 is disposed in the center, and an elevator base 7 is installed in the elevator space in such a manner as to be capable of ascending and descending. A plurality of parking spaces 11 for placing an automobile 10 having link parking floor parts 8 provided in vertical multistage around the elevator 5 and radially extended toward the outer wall 1 are circumferentially partitioned. A turn table 13 is rotatably mounted on the elevator base 7, a catapult 15 mounted in such a manner as to capable of sliding along a guide bar 16 is provided, and a transverse 20 is placed on the turn table 13 to transfer the automobile to an empty parking space 11.
    • 7. 发明专利
    • SHIELD PROPULSIVE CONSTRUCTION
    • JPH01239299A
    • 1989-09-25
    • JP6470388
    • 1988-03-19
    • HAZAMA GUMI
    • TSURUOKA SUSUMUFUJIMOTO AKIO
    • E21D9/06E21D11/10
    • PURPOSE:To improve construction efficiency by using an inner molding flask, integrally building a retractable end molding flask, while supporting propulsive reaction force to the rear inner molding flask and concurrently executing shield propulsion, assembly of reinforcing bar and setting up of the inner molding flask. CONSTITUTION:A shield main unit 1 is provided with a thrust transmitting beam 4, erector 6 for building a reinforcing bar and a molding flask, moving jack 9 and a reaction force gripper 10 or the like interposed between the beam 4 and an inner molding flask 8. While an end molding flask 15 is retractably provided in the flask 8. Next protruding the flask 15, propulsion reaction force is supported to the rear molding flask 8 through the gripper 10, and the shield I is propelled, while assembly of reinforcing bars 13a, 16a and setting up of the flask 8 are concurrently executed. The rear flask 15 is stored in the flask 8, and depositing concrete 17 to the peripheral side of a flask 5, after deposition, the gripper 10 is contracted, moving by the jack 9 to a facing side. Accordingly, construction efficiency can be improved.
    • 10. 发明专利
    • METHOD AND DEVICE FOR EXCAVATION OF COMPOUND TUNNEL FOR STATION AND TRACK BETWEEN STATIONS
    • JPH03247894A
    • 1991-11-06
    • JP4264590
    • 1990-02-26
    • HAZAMA GUMI
    • TSURUOKA SUSUMU
    • E21D9/06
    • PURPOSE:To shorten term of works by a method wherein an excavator for excavation of station sections including platform sections and excavators for excavation of track sections are connected and assembled into a compound excavator in a starting vertical shaft, and excavation is made first for the station section and for the track section afterward. CONSTITUTION:Excavation is made either for a station section or a track section with two track excavators 2, 2', each equipped with a pair of self-rotating, whole- sectional-area-covering cutters 3, 3', and tunnels in circular section are excavated therewith. A tunnel in dumbbell-shaped section is excavated with a station excavator 1 equipped with a plurality of small, fixed self-rotating cutters 4 and a plurality of cutters 5 that are movable for a short distance, so that the excavation can be made between the two tunnels without overlapping with the excavation made with the excavators 2, 2'. A station section A is excavated first with an excavator that is made by combining the excavators 1, 2, 2' into one unit. After this, the excavator 1 is stopped and fixed, then the excavators 2, 2' are started again independently of the excavator 1 for excavation of a track section B. Thereby term of works can be shortened with an integrally compounded excavator.