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    • 6. 发明专利
    • Motion base control device
    • 运动基座控制装置
    • JPH11276719A
    • 1999-10-12
    • JP8309298
    • 1998-03-30
    • Hitachi Keiyo Eng Co LtdHitachi Ltd日立京葉エンジニアリング株式会社株式会社日立製作所
    • SHIINA TSUKASAKATO MINORUOSHIRO MASAYUKI
    • G09B9/05A63G31/02G03B37/00
    • PROBLEM TO BE SOLVED: To construct a simulation ride system by providing a correcting means for operating a motion base in synchronization with image data.
      SOLUTION: An image device projects an image on a screen 1-3 by controlling a projector 1-2 by an image control device 1-1. A motion base 1-5 is controlled by a motion base control device 1-4, and the device 1-4 is connected to the image control device 1-1 by an LAN 1-6. When the image device starts to project an image, an image projection start command and an image synchronization command are sent to the motion base control device 1-4, and in the case where a turbulence of a frame of the image device occurs, the frame NO in the image synchronization command is compared with the frame NO showing the motion data executed by the motion base to obtain a correction speed from the difference, thereby synchronizing the image of the motion data.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:通过提供用于与图像数据同步地操作运动基座的校正装置来构建模拟乘坐系统。 解决方案:图像装置通过图像控制装置1-1控制投影仪1-2来投射屏幕1-3上的图像。 运动基座1-5由运动基座控制装置1-4控制,装置1-4通过LAN1-6连接到图像控制装置1-1。 当图像设备开始投射图像时,图像投影开始命令和图像同步命令被发送到运动控制装置1-4,并且在图像装置的帧的湍流发生的情况下,帧 将图像同步命令中的“否”与表示由运动基底执行的运动数据的帧NO进行比较,以从差值获得校正速度,从而使运动数据的图像同步。
    • 9. 发明专利
    • OSCILLATION APPARATUS
    • JPH1185004A
    • 1999-03-30
    • JP23699997
    • 1997-09-02
    • HITACHI LTD
    • HOSODA YUJISAKAIRI HIROSHIKOYAMA MASAHIROOSHIRO MASAYUKIKAMIYA NORIYUKI
    • G09B9/00A63G31/02
    • PROBLEM TO BE SOLVED: To make it possible to faithfully reproduce the required acceleration feel and to embody the maneuvering for this purpose within the stroke range of a motion base by a fresh maneuvering instruction corresponding to a control operation when there is the operation interruption based on the output from controls. SOLUTION: The data on the acceleration start or continuation driven by the motion base 4, the set value of the acceleration, the limitation of a moving position and the setting position of an acceleration end are included in the maneuvering instruction stored by a scenario data base 9. A maneuvering pattern forming device 8 receives the position and speed of the motion base 4 at the point of the time the acceleration start is instructed by the maneuvering instruction received from a uniform controller 1 from a position controller 7. The controller successively forms the moving loci of the motion base 4 in accordance with the data stated in the maneuvering instruction with the received position and speed as an initial state. The moving loci are outputted as a position command value to the position controller 7. The moving patterns are automatically formed with respect to the arbitrary maneuvering instruction.
    • 10. 发明专利
    • RIDER MOVING SIMULATOR
    • JPH10207337A
    • 1998-08-07
    • JP724797
    • 1997-01-20
    • HITACHI LTD
    • OSHIRO MASAYUKIKOBAYASHI KAZUOMATSUDA YUJI
    • G09B9/00A63G31/04B06B1/18
    • PROBLEM TO BE SOLVED: To obtain large up and down strokes with the capability in which up and down.left and right.and front rear three directional movements are provided but, without changing the front and the rear and the left and the right positions by providing the up and down driving mechanism, which supports the rider's table with two arms that are crossed to each other in X-shape and linking the movement in the up and the down directions. SOLUTION: When an actuator 15 is operated in the shrinking direction, an arm 11 is rotated in the rising direction centered around the coupling section of an intermediate table 7 and the intermediate section of an arm 12 goes up because the intermediate section of the arm 12 is also coupled with the arm 11 at a pin 13 part. One end of the arm 12 coupled with a slider 9 is only movable in the front and the rear direction and is not movable in the going up direction. Thus, the end, which is coupled with a supporting member 14 of the arm 12, goes up. Therefore, a rider's table 1 also goes up. However, the positioning in the front and the rear direction with respect to the table 7 of the table 1 is determined by the coupling with the arm 12 and the table 1 does not move in the front and the rear direction even though the table 1 goes up.