本发明论及一个由前视红外(FLIR)系统和激光系统组成的设备,前视红外系统用于目标定位和识别,激光系统用于测定目标距离。过去,典型的测距仪系统有一个相干辐射源,如Nd:YAG激光器,它所产生的脉冲能量发射到目标上,经目标反射,然后在发射点接收。整个传输时间可用来测量目标距离。测距机一般是用热成象传感器,例如前视红外,提供的信息来对准目标。以前的装置存在的问题很多,尤其是在恶劣气侯下,Nd:YAG测距机发射的能量 The present invention relates to an apparatus composed of a forward-looking infrared (FLIR) system and a laser system, the forward-looking infrared system being used for object positioning and recognition, and the laser system for measuring the object distance. In the past, a typical range finder system had a coherent source of radiation, such as a Nd: YAG laser, which emitted pulsed energy to the target, reflected by the target, and received at the launch site. The entire transmission time can be used to measure the target distance. Ranging machines generally use thermal imaging sensors, such as forward looking infrared, to provide information to target. There are many problems with the previous devices, especially in the harsh climate, the energy emitted by the Nd: YAG rangefinder