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    • 5. 发明专利
    • SOLAR POWER GENERATION SIMULATION DEVICE
    • JPH07234716A
    • 1995-09-05
    • JP5133594
    • 1994-02-24
    • TOSHIBA CORP
    • KURABAYASHI MASAHARUSHIGETA MASAAKISASAKI TOSHIYATANBA TOSHIKAZU
    • G09B23/18F03G6/00G05B23/02H01L31/04
    • PURPOSE:To simulate a solar battery in various sunshine conditions by calculating a current value corresponding to a voltage value which is outputted at present so that it is adjusted to a PV characteristic (solar power generation characteristic) based on table data obtained by means of calculating the current/ voltage characteristics of solar power generation. CONSTITUTION:A sunshine calculation device 1 stores the measured sunshine temperature data (a), and outputs it to a PV calculation device 2 with a basic period in accordance with real time. The PV calculation device 2 stores PV characteristic data b1 of a calculated result to a storage device 10. A switch controller 12 outputs a supply request to a switch 3, and the switch 3 selects PV characteristic data b2 and b3 in order. The PV calculation device 2 inputs new sunshine temperature data (a). Thus, new data by new sunshine temperature data is calculated. Data is outputted to a storage device 11 which is newly selected accompanied by the termination of calculation, and a switch request is outputted again to the switch 3 after output. An interpolation device 5 inputs PV characteristic data from the storage device 10 or 11.
    • 6. 发明专利
    • CONTROL DEVICE FOR MASTER SLAVE
    • JPH04193488A
    • 1992-07-13
    • JP32477090
    • 1990-11-27
    • TOSHIBA CORP
    • KURABAYASHI MASAHARU
    • G21F7/06B25J3/00
    • PURPOSE:To better operability and to eliminate maloperation, by providing an operation part torque output device which calculates the motion torque of a master arm from the received force of a tool and the motion quantity of a master arm operation part. CONSTITUTION:The operation torque quantity required by this motion quantity is calculated by an operation quantity calculation unit 22, with the operation part 25 being moved by the force operated the tool operation part 25 of a master arm 1, the torque output of a tool 20 of the slave arm 2 side is executed by a rotation torque output device 23, according to the operated force. Also the received force of the tool 20 is confirmed by an operator by executing a torque output by an operation part torque output device 24 to the operation part 25, with the received torque of the tool 20 of the slave arm 2 being made as the reaction force reversed to the motion of the operation part 25 of the master arm 1 side.
    • 7. 发明专利
    • MASTER/SLAVE CONTROLLER
    • JPS63257809A
    • 1988-10-25
    • JP9191487
    • 1987-04-16
    • TOSHIBA CORP
    • KURABAYASHI MASAHARU
    • G05D3/12B25J3/00B25J13/00
    • PURPOSE:To improve operatability by driving a slave motor by a signal for controlling a master/slave positional deviation signal to zero and correctly measuring torque independently of the angles of master and slave joints. CONSTITUTION:When a master 1 is driven, a signal Pm from a master potentiometer Ps is changed. A positional deviation subtractor 28 calculates a positional deviation signal Pfb between the master 1 and the slave 2 by subtracting the slave potentiometer signal Ps from the master potentiometer signal Pm. A slave speed controller 23 outputs a speed command Sps to a slave motor controller 24 so that the deviation signal Pfb is turned to zero and a controller 24 drives the slave 2 based on the command. Consequently, the slave 2 follows the master 1 and executes its operation in accordance with the operator's operation. Even if the joints of the master 1 and the slave 2 are set to any angle, the torque value can be correctly measured.
    • 8. 发明专利
    • CONTROLLER FOR FUEL REPLACING DEVICE
    • JPH0943385A
    • 1997-02-14
    • JP19390895
    • 1995-07-28
    • TOSHIBA CORP
    • ARAKAWA AKIOTSURUMAKI HIDEYUKIKURABAYASHI MASAHARUTANBA TOSHIKAZUIKEDA JUN
    • G21C19/02G21C19/18G21C19/19
    • PROBLEM TO BE SOLVED: To automatically drive on a circumferential orbit, etc., and reduce the load of operators by controlling a fuel replacing machine to a prescribed orbit and moving speed based on a measuring position and speed by a traveling and traverse motion position measuring means and a traveling and traverse motion speed measuring means. SOLUTION: Target positions of a traveling carriage and a traverse motion carriage of a fuel replacing machine 15 are set to move from where to where using a man/machine interface such as a CRT by a target movement path input part. Secondarily, as for a position speed controller, a target orbit calculation part calculates orbits such as a linear orbit and a circumferential orbit from this set position and set them as target orbits of the carriages 17, 18 respectively. Each speed and position of the carriages 17, 18 are fed back to the target orbits respectively, the deviation is calculated so as to be zero, and the output thereby is set as the target speed of the carriages 17, 18. A speed controller outputs a rotation speed instruction of a servomortor for driving the carriages 17, 18 so as to follow this target speed and control the position and speed.