FIELD: medicine.
SUBSTANCE: invention relates to medical equipment, namely to devices for treating spine diseases as part of magnetic therapy devices. Inductive coil is made of wires and formed rectangular shape. Ends of coil wires ha galvanically connected by means of connective plate, which has bearing dielectric part, with terminal ends of wires of segment of two-wired cable, initial ends of wires of which are connected with outputs of cable part of coaxial terminal, and bearing dielectric part of connective plate is provided with four through holes for fixation in protective envelope, made of two fabric segments, connected by seams, in which coil, connective plate and terminal end of two-wired cable are fixed by means of seams. Bearing dielectric part of connective plate has the shape of 0.5-1.0 mm high circular cylinder, on one side of which with clearance placed are two similar metal segments, each of which has two through holes, matched with respective holes of bearing dielectric part and located at equal distance from clearance, length of larger side of coli is selected within the range of the total length of thoracic, lumbar and sacral vertebrae and the total length of cervical, thoracic, lumbar and sacral vertebrae; length of smaller coil side is within 4-8 cm. Into large lateral sides of protective coating ends of four segments of round elastic are sewn, which located in pairs symmetrically with respect to longitudinal axis of coil, in middle part of two segments of elastic, ends of which are sewn into protective coating from one of its longitudinal sides, fixed are two connective hooks, and ends of two segments of elastic segments are fixed in protective coating with possibility of placing coil at the level of cervical and thoracic vertebra when it is put on patient's back, with ends of two other elastic segments being fixed in protective coating with possibility of placing coli at the level of lumbar spines.
EFFECT: application of invention makes it possible to extend assortment of means for magnetic therapy.
3 dwg
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Authors
Dates
2015-10-27—Published
2013-12-06—Filed