FIELD: medicine.
SUBSTANCE: invention refers to medical equipment, namely to neurorehabilitation apparatuses. Control device of the neurorehabilitation apparatus of the human upper limb contains the sensors for measuring the electromyographic signal, which are located on the flexor and extensor surfaces of shoulder and forearm and connected through a sequentially installed electromyographic signal recording and processing unit and the unit for filtering the noise of the electromyographic signal in direction to the input of the frequency selection box of the electromyographic signal, the decision block on movement in accordance with the registered electromyographic signal, which is connected through the drive control unit to the upper limb drives, wherein the frequency selection box of the electromyographic signal is connected to the decision block through the parallel connected background power detection units of the electromyographic signal and by means of determining the active power of the electromyographic signal.
EFFECT: using the invention provides for extending the range of magnetic neurorehabilitation facilities.
1 cl, 1 dwg
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Authors
Dates
2018-02-08—Published
2017-04-24—Filed