Medical multispectral dermatoscope system

Abstract

The invention belongs to the technical field of medical medical equipment, and specifically discloses a medical multispectral dermatoscopy system, which includes a dermatoscope and an integrated design host system, the host system includes a trolley, a host, and a display, and the display is placed on the trolley At the top, the host is placed on the body of the trolley, and the dermatoscope is connected to the host through a data cable. The dermatoscope includes a front lens and a rear handle, and the lens is a multispectral light source lens. The medical multispectral dermoscopy system described in the present invention can freely switch between multispectral modes, compare the changes of skin lesions under different wavelengths of light, and perform differential diagnosis with more accurate diagnosis results; Infrared thermal imaging of damaged parts can detect the temperature changes of skin and accessory tissues before cytological changes in the skin, so that the diagnosis of malignant tumors, skin infections and other lesions can be greatly advanced, and the early detection, early diagnosis and early treatment of tumors is of great significance.

Description

technical field [0001] The invention belongs to the field of medical devices, and in particular relates to a core tool for dermatological examination, that is, a medical multispectral dermoscopic system. Background technique [0002] With the development and improvement of dermatological big data and medical optical technology, dermoscopy has gradually become an effective tool for dermatological examination. The doctor uses a dermatoscope to enlarge and take pictures of the skin lesions, and the obtained pictures can be input into the computer and compared with the database for rapid diagnosis. [0003] However, the current dermoscopic light source is single, and doctors or computers can only rely on morphological and structural changes in the judgment of skin lesions. In addition to requiring doctors to have very rich experience and understanding of skin lesions under dermoscopic There are also high requirements for comprehensiveness. Optical diagnosis has become a hot sp...

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Problems solved by technology

[0003] However, the current dermoscopic light source is single, and doctors or computers can only rely on morphological and structural changes in the judgment of skin lesions. In addition to requiring doctors to have very rich experience and understanding of skin lesions under dermoscopic There are also high requirements for the comprehensiveness of

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