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    • 31. 发明专利
    • TRAIN CONTROLLER
    • JPS54107009A
    • 1979-08-22
    • JP1348378
    • 1978-02-10
    • HITACHI LTD
    • TAKAYAMA MASAYUKI
    • B61L23/14B60L13/00B60L15/20
    • PURPOSE:To prevent a train from becoming impossible to run though it does not approach other train by displacing the travel instruction signal communicating means from the train position detector in operating regions in a train controller adapted for an in-station carriage or the like. CONSTITUTION:If a following train enters into a section B when a train 23 is located in a section A, a relay 6 for detecting the train 23 in the section A opens a circuit for producing run instruction imparged from a ground controller to run instruction trolley wire 12 in the section B to thereby stop the following train. In a train controller for thus preventing the train from colliding with the other train, the insulator 25 of a train position detecting trolley wire is displaced from the insulator 25 of a run instruction trolley wire at a distance L longer than the interval l between the brushes 21 and 22 of a current collector in the travelling direction of the train. Thus, run signal communicating current collecting brushes 26, 27 make previously contact with next section to thereby prevent the train from becoming impossible to run.
    • 37. 发明专利
    • CONTROLLER FOR AUTOMATIC CARRYING SYSTEM
    • JPS612621A
    • 1986-01-08
    • JP11996584
    • 1984-06-13
    • HITACHI LTD
    • TAKAYAMA MASAYUKI
    • B65G67/02G05D1/02
    • PURPOSE:To reduce the facility cost and to improve the reliability, in an automatic carrying system provided with a rail dedicated for the transporter, by performing the speed control of the transporter and the positional detection through the trolley feeder and single signal trolley wire provided along the rail. CONSTITUTION:Automatic carrying system is comprised of a station 1 for carrying in/out the container, a transporter 9 and its rail 5 for transporting the container, a branch system 3 for the rail 5, feeder line 4 for feeding power to the transporter 9, a signal wire 6 for providing a signal to the transporter 9 and a ground controller 8 for controlling them. In said system, an insulative section 7 is provided to the signal trolley wires 6 to split them while a signal power source is connected to the trolley wire 6 and the feeder trolley wire 4 at every splitted interval while the position detecting section at the ground side and the speed command detecting section of the transporter 9 are connected in series to said signal power source to provide the positional detection of the transporter 9 and the high/low speed commands through the signal trolley wire 6.