KOPTIUKH VALERII VASYLIOVYCH,Коптюх Валерий Васильевич
申请号：
UA2012011209
公开号：
UA78632U
申请日:
2012.09.27
申请国别(地区):
UA
年份:
2013
代理人:
摘要：
A method for decoupling full-layer thick, mesh epidermotranslocalization autodermograft with area magnification from 1 to 4, wherein the adhesive dermatom consists of semi-cylinder, work surface of semi-cylinder, handles with channel axis, that freely rotates around its axis and can make oscillatory motion in the hand via the handle, frame, which is attached to the axis of the flat knife on the frame, which is parallel to the work surface of semi-cylinder, clearance between work surface and semi-cylinder knife is regulated by a mechanism with range from to , donor skin area is covered with a thin layer of adhesive dermatom, guiding edge, set on the donor skin area of semi-cylinder, pressing and turning dermatom handle simultaneously conducting cutting of autodermograft to certain thickness, the latter is separated from working surface, in addition dermatom which consists of the right half circles, left half circles, that are attached to the left and right sides of the handle of variable relief plate technology with its working surface that is fixed motionlessly on the semicircle, forming semi-cylinder, clearance between work surface and semi-cylinder knife is regulated by mechanism of the circle, the range from to , on the working surface of variable terrain relief technological plate provides linear performance across the length of the working surface with width of with a distance between them of , linear projections as fragments of length in increments of and height 3, , the first, third, fifth, etc., line projections are of technological leading edge of the plate, the second, fourth, sixth, etc., line projections s are half of a piece of leading edge technological plate and several fragments are placed relative to others in a checkerboard pattern, the working surface is made of plastic mass, autodermograft is cut at below the free ends of linear fragments of projections at the donor site of skin, fat, full-layer, mesh epidermotranslocalization autodermograft with
