FIELD: instrument engineering.
SUBSTANCE: invention relates to optoelectronic instrumentation, in particular to devices for measuring angular coordinates and range to selected objects, and can be used in the creation of opto-electronic systems for detecting and tracking air targets, and control of take-off / landing areas for aircraft both in airports and in the field. Claimed location optic-electronic module contains an optoelectronic unit with an objective and a television camera, a laser rangefinder with an emitter and a photodetector unit mechanically rigidly connected to an optoelectronic unit, an optical wedge assembly with actuators and angular position sensors, a computing device connected by its inputs / outputs through the serial communication bus to the inputs / outputs of the camera, laser rangefinder, drives and angular position sensors. Digital camera, connected to a computing device, was introduced into the photodetector unit of the laser rangefinder. Lens of the photodetector unit of the laser range finder is made common for a photodetector device of a laser rangefinder and a digital camera.
EFFECT: increasing the accuracy of pointing the LD target line to the object, as well as increasing the reliability of determining the type of the object at large distances to it.
1 cl, 4 dwg
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Authors
Dates
2018-05-07—Published
2017-06-19—Filed