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    • 3. 发明专利
    • JIB CRANE
    • JPH10129982A
    • 1998-05-19
    • JP29054696
    • 1996-10-31
    • TOSHIBA CORP
    • SUENAGA KOICHIRO
    • B66C13/48B66C23/00
    • PROBLEM TO BE SOLVED: To improve the workability and the safety same as those of an overhead traveling crane, while keeping the low cost and the simple basic structure, by performing two kinds of moving operations, that is, the slewing motion moving mode and the orthogonal moving mode of a slung load. SOLUTION: When a home position returning button of an operating pendant 15 is pushed, a hook 8 of a chain block 5 is automatically lifted to the upper limit, and is stopped. Then a rotary roller 4 is automatically moved on a beam 3 by a servomotor 13 for transverse motion, and is brought into contact with the nearest limit switch among three home position limit switches 15, and is stopped. Then a servomotor 12 for slewing motion is automatically operated, and is brought into contact with the nearest limit switch among three home position limit switches 16 installed at intervals of 60 deg., and is stopped. When the home position returning operation has been finished as mentioned in the above, a controller 14 is started to operate. The chain block 5 is moved in the rectangular coordinate mode by the servemotors 12, 13 for slewing motion and transverse motion.
    • 6. 发明专利
    • FOREIGN MATTER SUCTION PREVENTIVE DEVICE ON WATER JET PROPULSION MACHINERY
    • JPH07329884A
    • 1995-12-19
    • JP12344394
    • 1994-06-06
    • TOSHIBA CORP
    • SUENAGA KOICHIRO
    • B63H11/01
    • PURPOSE:To certainly avoid suction of a foreign matter and to eliminate a problem to cause impossible navigation by providing a sensor to detect and discriminate the foreign matter of a suspended matter, etc.. floating in the water within specified depth, stopping a pump or actuating it to reversally rotate by foreign matter detection judgement information and carrying out shutoff actuation of a suction port by a blind plate. CONSTITUTION:When a pump vane 7 is rotated through a propeller shaft 6 by rotational drive of a motor 5, water sucked through a screen 8 of a suction port 3 is burst out as high pressure jet water from a nozzle 10 after it is rectified by a diffuser 9 through a duct 4, and a hull 1 is propelled. While the hull 1 navigates, a supersonic wave is emitted to specified depth toward the water bottom by a supersonic wave sensor 11, and existence of a foreign matter is discriminated from a waveform shape of its reflected waveform by a controller 13. At the time when the foreign matter doing damage to navigation is discriminated, the motor 5 is stopped, simultaneously, a shutoff actuation command is given to a shutoff mechanism 12, and the suction port 5 is blocked by moving a blind plate to shut off by a hydraulic cylinder.
    • 8. 发明专利
    • WORK HEAD FOR INDUSTRIAL ROBOT
    • JPH0253539A
    • 1990-02-22
    • JP19893388
    • 1988-08-11
    • TOSHIBA CORP
    • YAMADA MAMORUSUENAGA KOICHIRO
    • B23Q1/00B23Q1/70B24B27/00B25J17/02
    • PURPOSE:To contrive a robot total unit for its size smallness and weight lightness so as to enable the robot to be inexpensively manufactured by setting up a driving gear in a position, separated from a work head and isolated from an arm, and connecting a work tool to the driving gear by a flexible shaft. CONSTITUTION:A driving gear 4, driving a work tool 3 mounted to a robot arm 2 in its point end, is arranged in a position separated from a work head 1 and isolated from the arm 2, and driving power, driving the work tool 3, is efficiently transmitted from the driving gear 4, provided to be arranged in the position isolated from the arm 2, by a flexible shaft 5 of light weight. As the result, the work head 1 is substantially decreased in its own weight, and also a load, acting on the arm 2, is decreased. Consequently, a mechanism, turning and driving the arm 2, is substantially simplified, and contriving a robot total unit for its size smallness and weight lightness, a robot equipment can be inexpensively manufactured. While only a load of the flexible shaft 5 acts on the work head 1, so that a robot main unit enables its mechanism to be miniaturized and simplified.