Кочетков Михаил Анатольевич (RU),Потекаев Николай Николаевич (RU),Жукова Ольга Валентиновна (RU),Львов Андрей Николаевич (RU),Фриго Наталия Владиславовна (RU),Миченко Анна Валентиновна (RU),Касихина Е
申请号：
RU2019105834
公开号：
RU0000193834U1
申请日:
2019.02.28
申请国别(地区):
RU
年份:
2019
代理人:
摘要：
The device relates to medical equipment. The proposed device has two modes of operation: scanning in the UV range and scanning in polarized light with immersion liquid. Examination of the patient is carried out in a horizontal position of the patient's body. After turning on the device, a single scanning module (UBM) is calibrated to determine the zero (initial) point of movement. Scanning in the UV range is used to assess the level of pigmentation of neoplasms or skin lesions. The examination takes place from the feet to the scalp of the subject. Full coverage of all areas of the skin of the subject is achieved by changing the position of the body after registering all images of one surface of the body relative to the above described MBS. The resulting images are automatically transferred to a computer and subjected to further analysis and archived. Then the UV illumination is turned off, a single scanning module returns to its initial position, polarized light is turned on. Scanning in polarized light with immersion liquid is used to visually evaluate dermatoscopic structures. The procedure for recording an image in the zone of the first segment is similar to that described above and differs from scanning in the UV range in that when polarizing light is turned on, immersion liquid is supplied from the nozzles into a single scanning module, after which the immersion liquid is removed simultaneously with the movement of the ECBM into the zone of the next segment. obtained using the device, have a significantly larger field of view, which is essential for simultaneous examination and analysis of large tumors. Photographic images obtained using the device are comparable to those of dermatoscopes using polarized light or operating in an immersion medium, but can have a much larger field of view, which is essential for the simultaneous examination and analysis of formations larger than 15 × 10 mm. A device for segmental skin scanning with automatic supply of immersion f
