FIELD: medicine.
SUBSTANCE: the invention relates to medicine. The mobile structure for fastening the nodes of the X-ray diagnostic and fluorographic digital apparatus is made in the form of a T-shaped collapsible structure containing a movable platform with a column with lifting and turning mechanisms of the traverse, a mechanism for adjusting the angle of rotation of the traverse; as well as fixed on the traverse from two opposite sides, the site for mounting the x-ray emitter and the ionization chamber with fastening elements and a housing for mounting the x-ray detector; Remote Control. Moreover, inside the traverse there is a mechanism for changing the focal length between the X-ray emitter and the X-ray detector, which is a linear guide with a carriage installed along the side of the traverse, while the carriage is rigidly connected to the linear drive rod by means of a U-shaped bracket and a bolt, and the housing for mounting the X-ray The detector is made with the possibility of displacement along the L-shaped part of the traverse and is made in the form of a panel containing a base with grooves and a central hole, through the grooves of which the clamps are connected to the sliders and connecting rods. In addition, the lifting, turning mechanisms of the traverse and the mechanism for changing the focal length between the X-ray emitter and the X-ray detector are covered by front panels and are controlled by a control unit mounted on the column using a control panel.
EFFECT: the application of the invention will eliminate the possibility of tipping over, provide maximum stability when changing the focal length by optimizing the dimensions of the lower movable platform and the ratio of the left and right arm of the traverse relative to the axis of rotation, which will ensure the position of the center of gravity at the level of the center of the column for the most loaded case.
8 cl, 16 dwg
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Authors
Dates
2022-08-17—Published
2022-03-24—Filed