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    • 1. 发明专利
    • DRILLING PART MOVEMENT CONTROL DEVICE IN CONTINUOUS UNLOADER
    • JPH1159917A
    • 1999-03-02
    • JP23145897
    • 1997-08-27
    • KAWASAKI STEEL CO
    • HOSOMI KAZUOOGAMI MASAMICHIIDA TAKASHIISHIKAWA HIROAKI
    • B65G67/60
    • PROBLEM TO BE SOLVED: To automatically move a drilling part between hatches, and to automatically insert the drilling part into the hatcheds by controlling the drive of a traveling frame, a turning boom and a bucket elevator based on the movement command to move the drilling part between the hatches of a ship. SOLUTION: Because a hatch H1 at which a drilling part 25 is first carried out is preset, a column member 22 of a bucket elevator 20 is located at a hatch opening of the hatch H1, the target position where the drilling part 25 is parallel to a sea-side opening part of the hatch opening is preset based on the ship type data and the relative position data, and the movement route to move the drilling part 25 from the present position to the target position in the shortest distance without bringing the drilling part into contact with a hull is calculated. The movement commands to a traveling control device 51, a turning tower control device 52, a turning boom control device 53, an elevator turning control device 54, and a tilt link part control device 56 are generated based thereon, and transmitted to the respective control devices. The drilling part 25 is thus started to move to the designated hatch H1.
    • 6. 发明专利
    • DIGGING CONTROL METHOD OF CONTINUOUS UNLOADER
    • JPH1149375A
    • 1999-02-23
    • JP20617697
    • 1997-07-31
    • KAWASAKI STEEL CO
    • HOSOMI KAZUOOGAMI MASAMICHIIDA TAKASHIISHIKAWA HIROAKI
    • B65G67/60
    • PROBLEM TO BE SOLVED: To restrain occurrence of running-out of a cargo for a hopper by restraining lowering of a level of the hopper by correcting target digging quantity in accordance with a detection value of a picking efficiency detection means so that the target digging quantity by a digging part becomes more than target picking quantity of a fixed quantity picking part. SOLUTION: Picking quantity to be detected by a belt feeder 13 is input to a digging quantity correction part 41, a picking quantity actual value of computed by counting the picking quantity for a specified period of time, and a correction factor is set from a ratio of the picking quantity actual value and the target picking quantity on a control device 40. This correction factor and the target picking quantity are multiplied by a computing element 42, and its result is input to a target torque conversion part 43 as a target digging quantity correction value. The target digging quantity correction value is converted to target torque at the target torque conversion part 43, and it is output to a driving control part 45. Rotating speed of a sprocket and moving speed of a digging part is controlled by the driving control part 45 by driving it in accordance with a control logic so that the target torque and actual driving toque coincide with each other.