Diagnostic probe of mammary gland and diagnostic device of mammary gland

Abstract

The invention belongs to the electronic field, and provides a diagnostic probe of mammary gland and a diagnostic device of mammary gland. The diagnostic probe of mammary gland comprises: a luminescent port, which comprises a plurality of luminous bodies and is used for shining according to one polishing mode comprising a total shining mode that all luminous bodies in a rectangle area of the luminescent ports are shined, a concentrating mode that the luminous bodies in the rest area in a rectangle area of the luminescent port except four corners are shined, a dispersing mode that the luminous bodies in four corners and the centre area of a rectangle area of the luminescent port are shined, a long rectangle mode that the luminous bodies in one long rectangle area of the luminescent port areshined and a short rectangle mode that the luminous bodies in one short rectangle area of the luminescent port are shined; and a control unit, which is used for receiving the polishing mode selectiion information input by a user and controlling the luminescent port to shine according to the corresponding polishing mode based on the received selection information. The invention provides the diagnostic probe of mammary gland, which can be suitable for breasts with different sizes and densities, and improve the lesion detection rate and the checking efficiency.

Description

technical field [0001] The invention belongs to the field of electronics, in particular to a breast diagnostic probe and a breast diagnostic instrument. Background technique [0002] Breast blood oxygen function image inspection instrument, infrared breast penetration inspection instrument and other instruments all irradiate infrared light on the breast. Different tissues or lesions in the breast have different degrees of absorption of infrared light. By measuring the light intensity of transmitted light, breast diseases can be diagnosed Make a diagnosis. This component that can generate infrared light and transilluminate the breast is the breast diagnostic probe, referred to as the probe. [0003] The breast is round when viewed from the front. It seems that the most reasonable design of the probe should be a circular light emitter. Therefore, from the 1980s to the present, the infrared scanning probes with a history of more than 20 years are all circular light emitters ma...

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Problems solved by technology

[0004] The purpose of the embodiments of the present invention is to provide a breast diagnostic probe, aiming to solve the problems of low lesion detection rate and low inspection efficiency of existing probes

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