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    • 1. 发明专利
    • DRAINAGE PUMP VEHICLE
    • JPH08207526A
    • 1996-08-13
    • JP12720194
    • 1994-06-09
    • OYODO KOMATSUKUBOTA KK
    • MORIKAWA TAKAOSATONE HIROYUKIHANADA YUKINORITAMAKI YUKIOTANIGUCHI MASAHIROMIURA AKIO
    • B60F3/00B60P3/00
    • PURPOSE: To realize a drainage pump vehicle loaded with a drainage pump, excellent in traveling and stability of an off-road or under water and moreover adaptable to drainage work of a low water level. CONSTITUTION: In this drainage pump vehicle, a boat form body 3 is connected to a pair of right and left rubber-made crawlers 2, and a drainage pump 4 is vertically rotatably fitted to the protruded end part 3b of the body 3. Plural track rollers 9 to be engaged with the crawlers 2 are oil-impregnated waterproof type resin rollers. The body 3 has an rectangular box type upper buoyancy body 3a above the crawlers 2 and a box type lower buoyancy body 3c protruded in the middle between a pair of the crawlers 2 from the bottom plate of the upper buoyancy body 3a. The drainage pump 4 is vertically rotated by a hydraulic cylinder 5 with a fulcrum P, provided on the box type end part 3b of the upper buoyancy body 3a, as a center. The center of gravity of the drainage pump 4 is at the inner position of a vehicle than the fulcrum P at the upper limit position of the drainage pump 4, and a suction port is made downward in a lower position than the crawlers 2 at a lower limit position.
    • 4. 发明专利
    • PILE FORCE IN/OUT WORKING MACHINE
    • JPH1121889A
    • 1999-01-26
    • JP18157697
    • 1997-07-07
    • OYODO KOMATSU
    • MORIKAWA TAKAOOGA TOSHIJISATONE HIROYUKINAKAYAMA NOBORU
    • E02D7/20E02D11/00
    • PROBLEM TO BE SOLVED: To enhance the efficiency of construction in a narrow construction site by arranging a swivel base longitudinally slidable on a saddle having a reaction clamp, a tilting base, a mast, and a pile force in/out machine on a base between crawlers of a power shovel. SOLUTION: A pile force in/out machine 42 is loaded on a base between lateral crawlers 38, and a working machine 20 is moved to a initial pile force in position in a construction site. Auxiliary reaction bases for compensating the reaction are constructed on both lateral sides of the working machine 20, and a presser beam is laid so as to laterally cross over the base of the working machine 20 or the crawlers 38. Both ends of the presser beam are connected to both the auxiliary reaction bases to force in a plurality of new piles 2. The auxiliary reaction bases are successively removed, reaction clamps 4 are closed with the initial pile 2 in between, and force in of a new pile 2 is started by using the initial pile 2 as the reaction. Thus, a drawing machine 42 is operated to force in piles one by one, and advanced by the portion of one pile to quickly perform the lifting and movement of the pile 2 and the supply to a pile chuck 18, and the efficiency of force in work can be improved.
    • 5. 发明专利
    • CARPET CLEANER AND METHOD FOR CLEANING CARPET
    • JPH09108156A
    • 1997-04-28
    • JP31865795
    • 1995-10-23
    • OYODO KOMATSUUENO SABURO
    • UENO SABUROMORIKAWA TAKAOSATONE HIROYUKI
    • A47L11/34
    • PROBLEM TO BE SOLVED: To obtain a carpet cleaner for business purposes which may be easily operated by one worker by friction washing a carpet surface on which foam inclusive of chemical detergent is sprayed by rotary brushes, sucking the residual foam on the carpet and rapidly drying this carpet surface. SOLUTION: The detergent of a foaming agent tank 9 is fed through a gear pump 28 into a foaming space 34 and is subjected to primary foaming. The foam is then subjected to secondary foaming in a metal mesh part 30 and the foam passed through a foamed detergent nozzle 8 is supplied as ternary foam to the carpet 27 surface by sponge 7 for foaming. A cart 41 is advanced simultaneously with the blowing off of the detergent foam, by which the carpet 27 surface is friction-washed with the detergent foam and the roller revolving brushes 1-1, 1-2. The remaining foam and the liquid detergent are introduced through a foam suction nozzle 15 into the lower part of a defoaming tank 17. The outdoor air is then made into high-temp. and high-velocity flow by a turbo fan 21 and a heater 22 and is blown off from a jet air nozzle 23, by which the carpet 27 is dried.