FIELD: measuring equipment.
SUBSTANCE: invention relates to measuring equipment and can be used to conduct coordinate measurements in indoor measurements in geodetic and architectural practice. Optoelectronic total station comprises a fixed base, a horizontal and a vertical axial systems, and a spotting scope. A laser rangefinder installed on the spotting scope parallel to the sighting axis and a video camera with a panoramic objective, secured in a fixed base are additionally introduced into the total station in such a way that the body of the video camera acts as a shaft of a vertical axial system and the optical axis of the video camera is aligned with the axis of rotation of the vertical axial system, are therein additionally introduced into the total station.
EFFECT: possibility of conducting three-coordinate measurements (two angular coordinates and distance) with simultaneous structural simplification.
1 cl, 3 dwg
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