Шабанов Геннадий Анатольевич (RU),Рыбченко Александр Алексеевич (RU),Максимов Аркадий Леонидович (RU),Лебедев Юрий Альбертович (RU)
申请号：
RU2015148131/14
公开号：
RU00164023U1
申请日:
2015.11.09
申请国别(地区):
RU
年份:
2016
代理人:
摘要：
Device for therapeutic field exposure comprising emitters, means for their fixation on the patients body and generating an assembly provided with programming means of the emitted signal, and control means, characterized in that the device is provided with magnetic and infrared emitters, wherein the infrared radiators are arranged to be located on the right and left sides of the frontal and temporal areas of the head and neck on the rear left and right, and the magnetic transducers are arranged to be located on the right and left Thoron parietal and temporal areas of the head and around the neck from behind, and a means of fixing the radiators on the patients body includes a neck strap and headgear adapted to be fixed, respectively, on the neck and head of the patient, in this case, transducers placed on the neck from behind, fixed on the neck strap, and the remaining emitters are fixed to the headgear, moreover, infrared and magnetic radiators are arranged to feed signals corresponding to them to the generating unit, in addition to magnetic transducers formed in a de coils, the magnetic flux which is oriented in a vertical and a horizontal plane relative to the direction of cortical cerebral columns, with a counter current flow in each pair of coils and with the possibility of changing direction of current flow in the coils is reversed. Moreover, the helmet comprises frontlet conjugate with the arcs, one of which passes through the parietal and temporal of the head, and the second through the frontal portion, the neck strap and the elements of the helmet is made of strips of flexible material. Wherein the generating unit includes the control unit emitters program block equalizer and a timer arranged in the housing, a cable connected with the emitters. Wherein the pulse repetition frequency is from 0.13 Hz to 45,000, with the magnitude of the magnetic induction of about 0.01 mT. Wherein one input of emitters control unit communicates with the control output of the pr
