FIELD: physics.
SUBSTANCE: device contains mirrors, each of which is mounted by means of a hinge at the end of each telescopic arm, respectively, and the hinge is fixed to the end face of the mirror. An additional mirror is added to the device. The first fixed sections of each telescopic arm, wherein the extending sections are inserted one into the other are arranged and rigidly fixed on the additional mirror along the wall reverse to the mirror, and the outlet openings of the first fixed sections are arranged opposite each other. The additional mirror is equipped with buttons with locks, wherein each button is placed in a tube fixed to the wall, reverse to the mirror. One end of the button protrudes beyond the mirror end, and the other end of the button, which has a protrusion, rests against the end of the tube. The button is mounted on the axis, which is fixed to the first fixed section and is equipped with a compression spring. Each lock is made in the form of two curved L-shaped levers, which are mounted on the axis fixed on the first fixed section. One lever, having a groove, wherein the button axis passes, rests against the end of the button and is placed between the button and the spring; the other lever is made in the form of a fork with curved teeth which extend past the ends of the last extending sections. Each of the telescopic arms is equipped with a compression spring located and fixed inside the telescopic arm.
EFFECT: displaying on the ordinary folding mirrors own human views controlling his appearance in natural reflection, while preserving the habitual, natural for human movements - turning the head or eyes, as when using a trellis, which increases the usability.
3 cl, 7 dwg
