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LONG-DISTANCE OPTICAL AXIS ALIGNMENT APPARATUS AND LONG-DISTANCE OPTICAL AXIS ALIGNMENT METHOD USING SAME

机译:长距离光轴对准装置和使用相同距离的长距离光轴对准方法

摘要

The long-distance optical axis alignment apparatus according to the present invention comprises: a light source (112) which is stored in a housing (111) and radiates a beam; a target plate (113) having the rear thereof coupled to the end of the housing (111) and having, formed therein, a light transmission hole (113a) through which the beam radiated from the light source (112) passes; and a reflector (120) which is spaced apart from the target plate (113) and reflects the beam radiated from the light source to the target plate (113). This long-distance optical axis alignment method using the apparatus comprises: a beam radiation step (S110) for radiating a beam such that the beam radiated from the light source (112) is directed toward the reflector (120) after passing through the light transmission hole (113a) of the target plate (113); an optical axis alignment determination step (S120) for comparing the light reception position (P) of the beam, which has reached the target plate (113) after being reflected by the reflector (120), with the position of the light transmission hole (113a) so as to check the status of optical axis alignment; an optical axis position adjustment step (S130) for parallelly moving the light source (112) and the target plate (113) in case the light reception position (P) does not match with the position of the light transmission hole (113a); and an optical axis angle adjustment step (S140) for rotating the target plate (113) relative to the light source (112).
机译:根据本发明的长距离光轴对准设备包括:光源(112),其被存储在壳体(111)中并且发射光束;以及靶板(113)的后部与壳体(111)的端部连接,并且在靶板(113)上形成有透光孔(113a),从光源(112)发出的光束穿过该透光孔(113a)。反射器(120)与靶板(113)间隔开,并将从光源辐射的光束反射到靶板(113)。使用该设备的这种长距离光轴对准方法包括:光束辐射步骤(S110),用于辐射光束,使得从光源(112)辐射的光束在通过光透射之后被导向反射器(120)。靶板(113)的孔(113a);光轴对准确定步骤(S120),用于将经过反射器(120)反射后到达目标板(113)的光束的光接收位置(P)与透光孔( 113a)检查光轴对准状态;光轴位置调节步骤(S130),用于在光接收位置(P)与透光孔(113a)的位置不匹配的情况下,使光源(112)和目标板(113)平行移动。光轴角度调整工序(S140),使靶板(113)相对于光源(112)旋转。

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