FIELD: physics.
SUBSTANCE: radiooptical endoscope comprises body with X-ray and optical channels arranged in it, at the same time additionally the second colour CCD matrix is added to radiooptical endoscope, being installed on axis of optical channel lens in the plane of its image, besides video information from both CCD-matrices arrives to inlet of computer with colour display, with the possibility of simultaneous or serial view of X-ray and optical images of object, between the object and mirror from plexiglass there is the second rectangular mirror installed as arranged at the angle β to axis parallel to longitudinal axis of focon, and arranged at the distance H from it, centre of the second rectangular mirror is located at the distance Δ from plane of object, in front of the second rectangular mirror on axis passing through its centre and parallel to longitudinal axis of focon there is a collimator arranged, in point of back focus of collimator there is a light diode installed, at the outlet of collimator with the help of rectangular diaphragm a beam of light is generated, having rectangular shape with size dxD, where d is lowest size of beam, D is inlet diametre of focon, which after reflection from the second rectangular mirror sends a beam of light to object at the angle to its surface, which makes it possible to control defects in the mode of dark field.
EFFECT: invention provides for the possibility to match substantially different characteristics of X-ray and optical channels with the help of single CCD-matrix, provides for the possibility to detect defects having apparent relief.
2 dwg
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Authors
Dates
2010-04-20—Published
2008-08-04—Filed