首页> 外国专利> A REMOVABLE LASER POINTER FOR ALIGNMENT OF MICROWAVE HORN-ANTENNA SYSTEM

A REMOVABLE LASER POINTER FOR ALIGNMENT OF MICROWAVE HORN-ANTENNA SYSTEM

机译:可移动的激光指针,用于对准微波角-天南星系统

摘要

A detachable laser point for aligning a microwave horn antenna system is provided to align a direction of a horn antenna by checking a position and a direction of a radio wave. A detachable laser point for aligning a microwave horn antenna system includes an aligning pointer(100), and a receiving target. The aligning pointer is inserted into a horn antenna of a transmission end. The aligning pointer illuminates a laser beam corresponding to a front direction of the horn antenna of the transmission end. The receiving target is inserted into the horn antenna of a receiving end. The receiving target receives the laser beam received from the aligning pointer. An angle of the horn antenna of the transmission end and the horn antenna of the receiving end is adjusted in response to a direction and a focus of the laser beam which is received in the receiving target. The aligning pointer has a first body, a laser diode, and a power unit. The first body is inserted into the horn antenna of the transmission end. A groove is formed on a plane of the first body. A fixed member is coupled to the groove. The laser diode is installed on a diode fixed member coupled to the fixed member, and illuminates a laser beam. The power unit supplies a power to the laser diode.
机译:提供用于对准微波喇叭天线系统的可分离激光点,以通过检查无线电波的位置和方向来对准喇叭天线的方向。用于对准微波喇叭天线系统的可拆卸激光点包括对准指示器(100)和接收目标。对准指示器插入发射端的喇叭形天线中。对准指示器照射与发射端的喇叭天线的前方向相对应的激光束。接收目标插入接收端的喇叭形天线中。接收目标接收从对准指示器接收的激光束。响应于在接收目标中接收的激光束的方向和焦点来调整发送端的喇叭形天线和接收端的喇叭形天线的角度。对准指示器具有第一主体,激光二极管和功率单元。第一主体插入发射端的喇叭天线中。在第一主体的平面上形成凹槽。固定构件联接到凹槽。激光二极管安装在与固定构件连接的二极管固定构件上,并照射激光束。功率单元向激光二极管供电。

著录项

  • 公开/公告号KR100839629B1

    专利类型

  • 公开/公告日2008-06-19

    原文格式PDF

  • 申请/专利权人 KOREA BASIC SCIENCE INSTITUTE;

    申请/专利号KR20060138146

  • 发明设计人 LEE JONG HA;NAM YONG UN;

    申请日2006-12-29

  • 分类号H01Q13/00;H01Q13/02;

  • 国家 KR

  • 入库时间 2022-08-21 19:51:58

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