FIELD: medicine.
SUBSTANCE: invention relates to medicine, namely to neurology and medical rehabilitation, and can be used for rehabilitation of patients with impaired motor function. Exercise machine contains a table, the tabletop of which is made in the form of two rectangular panels with a smooth surface. One of panels is 80×40×5 cm, second size 80×20×5 cm is configured to move relative to the first in the vertical plane at a distance of up to 60 cm with pitch of 1 cm and fixation at any level, as well as in the horizontal plane forward and backward at a distance of up to 18 cm. Movable panel has 5 cm high sides along the left, right and rear edges to prevent rolling of the objects installed on it. Interactive panels are attached to table legs. Legs are placed on the stand, equipped with a height adjustment mechanism and wheels, which enables to use the training apparatus while sitting, standing, as well as lying in a functional bed. Inside the panels there are built-in colour sensors connected by a microcontroller for each sensor. On the fixed panel there are 16 pieces arranged in two rows parallel to the front edge of the panel, on the movable panel there are 8 pieces arranged in one row, parallel to the front edge of the panel. Openings (windows) are made in the panels above the sensors so that the colour sensor picks up the colour of an object located on the surface of the panel directly above it. Separate LED strip-illumination in the form of a square is built around each colour sensor in the panel so that the panel preserves an even surface. Microcontrollers and LED strips are connected to the computer. Each of the sensors is a microchip with a microcircuit which converts intensity of the colour spectrum into a signal of different frequency, which is inversely proportional to the frequency of the output signal. Colour sensors and LED strips are connected to microcontrollers and then to a computer which controls the operation of the device through a built-in program.
EFFECT: simplification and improvement of efficiency of trainings.
3 cl, 2 dwg, 12 tbl, 3 ex
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Authors
Dates
2024-11-19—Published
2024-05-24—Filed