Cell smear image acquisition and analysis system

Abstract

The application discloses a cell smear image acquisition and analysis system. The system comprises an objective table, a motor control device, an objective lens conversion device, a microscope, a camera, an image quality detection device, a main controller and an image analysis device, wherein the objective table is used for carrying a cell smear; the motor control device is connected with the objective table and is used for controlling the movement of the objective table; the microscope is connected with the objective lens conversion device; the camera is connected with the microscope and isused for shooting images observed by the microscope; the image quality detection device is connected with the camera; the main controller is separately connected with the image quality detection device, the objective lens conversion device and the motor control device; the image analysis device is connected with the controller. The system can automatically take pictures of the cell smear, analyzesthe image quality, and adjusts the light, thus obtaining clear images; a complete picture of the cell smear can be obtained by means of image stitching, so that the image can be analyzed more completely and comprehensively.

Description

technical field [0001] The present application relates to the technical field of automatic processing, in particular to a cell smear image acquisition and analysis system. Background technique [0002] In order to diagnose whether a patient suffers from or is predisposed to cancer, a cell sample needs to be removed from the patient and thoroughly analyzed in order to evaluate whether abnormal or abnormal cells are present. A pathologist or other skilled medical practitioner makes a diagnosis based primarily on specific characteristics of the cells in the sample. These cytological assays are based on the two-dimensional representation of the cells present in the sample, and most require immobilization of the cells on a matrix and the use of dyes or stains to visualize specific features of the cells. Although there are automated processes for sampling, smear preparation or cell identification in the prior art, the actual judgment still requires the participation of medical pe...

AI Technical Summary

Problems solved by technology

Although there are automated processes for sampling, smear preparation or cell identification in the prior art, the actual judgment still requires the participation of medical personnel, for example, the control of the stage, the judgment of cell identification, the preparation of analysis reports, etc., due to The difference in the level of medical personnel affects the efficiency of testing and the accuracy of results

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