首页> 外国专利> BOARD DESIGNATORS FOR A VESSEL CURRENCY REGULATOR

BOARD DESIGNATORS FOR A VESSEL CURRENCY REGULATOR

机译:船舶货币监管机构的董事会指示

摘要

1484626 Automatic control ANSCHUTZ & CO GmbH 11 Nov 1974 [13 Nov 1973] 48749/74 Heading G3N A reference transmitter, settable to a desired course angle as a reference value for a course controller installed on board a ship, comprises an actual course indicator, and an indicator showing set course in relation to actual course, the set course corresponding to the angular position of a shaft which is adjusted by a stepping motor under control of an electronic pulse emitter receiving signals from a setting means and a digital computer which in a programmed transmitter mode stops the stepping motor when feedback shows that the set course has reached a set value or the stepping motor has completed the prescribed steps. As shown, a stepping motor 1 is controlled by an electronic pulse emitter 9 and drives via gearing 2 an input of a differential unit 3 and an angle converter 4 to a desired course angle. The actual course is supplied by a gyro-compass G to a second input of the unit 3. The output of the unit 3 positions a course error indicator 5 and sets a pointer of an indicator 6 showing set course in relation to actual course. The course error is fed to a known course controller 8. In a programmed mode, related by a switch 10 signals from the setting means 11 and error transmitter 5 are barred from the emitter 9 and the pulse emitter 9 causes the stepping motor 1 to rotate in response to two different signals produced by a digital computer 12 in response to feedback from the angle converter 4 and pulses from the emitter 9 indicative of the number of increments to achieve the adjusted set course. In an alternative embodiment the input from gyro-compass G is through a synchro-transmitter and in a further embodiment the differential unit 14 is replaced by a differential synchro-transmitter.
机译:1484626自动控制ANSCHUTZ&CO GmbH 1974年11月11日[1973年11月13日]标题G3N可以设置为所需航向角的参考变送器,作为安装在船上的航向控制器的参考值,包括一个实际航向指示器,指示器,其显示相对于实际行程的设定行程,该设定行程对应于轴的角位置,其由步进电机在电子脉冲发射器的控制下从接收来自设定装置和数字计算机的信号的控制下进行调节。当反馈显示设定的过程已达到设定值或步进电动机已完成规定的步长时,已编程的变送器模式将停止步进电动机。如图所示,步进电机1由电子脉冲发射器9控制,并通过齿轮装置2将差动单元3和角度转换器4的输入驱动至期望的行程角。实际航向由陀螺罗盘G提供给单元3的第二输入。单元3的输出定位航向误差指示器5,并设置指示器6的指针,该指示器示出与实际航向相关的设定航向。航向误差被馈送到已知的航向控制器8。在编程模式下,与开关10相关,来自设定装置11和误差发送器5的信号被发射器9禁止,并且脉冲发射器9使步进电动机1旋转。响应于数字计算机12响应于角度转换器4的反馈以及来自发射器9的脉冲而产生的两个不同信号,该脉冲表示实现调整后的设定路线的增量数量。在替代实施例中,来自陀螺罗盘G的输入是通过同步发送器,并且在又一实施例中,差分单元14被差分同步发送器代替。

著录项

  • 公开/公告号SE7414137L

    专利类型

  • 公开/公告日1975-05-14

    原文格式PDF

  • 申请/专利权人 ANSCHUTZ & CO. GMBH;

    申请/专利号SE19740014137

  • 发明设计人 KUNDLER W;HINGST G;

    申请日1974-11-11

  • 分类号G01F3/14;

  • 国家 SE

  • 入库时间 2022-08-23 04:30:18

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