Neurology department medical specimen online analysis detector

Abstract

The invention discloses a neurology department medical specimen on-line analysis detector, which comprises a specimen moving platform, a specimen fixing mechanism, an image acquisition mechanism and a computer on-line analysis system, the specimen fixing mechanism is arranged on the specimen moving platform, the image acquisition mechanism is arranged above the specimen moving platform, and the computer on-line analysis system is arranged on the image acquisition mechanism. The data output end of the image acquisition mechanism is connected with the data input end of the computer online analysis system, and the control signal output end of the computer online analysis system is connected with the control signal input ends of the specimen moving platform and the specimen fixing mechanism. The computer online analysis system is used for controlling and analyzing, automatically adjusting the position of the specimen, detecting displacement in the analysis process, automatically clamping the specimen and automatically adjusting the focal length, the position and the like of the electron microscope, the use is convenient, the detection and analysis efficiency is improved, the protective shell is adopted, the external interference is reduced, the detection and analysis precision is improved, and the application range is wide. The popularization and application values are realized.

Description

technical field [0001] The invention relates to a medical detection apparatus, in particular to an online analysis and detection instrument for neurological medical specimens. Background technique [0002] Neurology can detect diseases of the brain, nerves, muscles and spinal cord. Neurological examination includes four major parts: medical history, evaluation of mental status, physical examination and laboratory diagnostic examination. The difference from a psychiatric examination that assesses patient behavior is that a neurological assessment requires a physical examination. However, abnormal behavior often suggests clues about organic changes in the brain. In the prior art, most of the medical specimens in neurology are analyzed by microscope, while most of the traditional microscopes can only manually adjust the position of the specimen and the focal length of the microscope. , air impurity pollution, etc., resulting in inaccurate test results, therefore, there is ro...

AI Technical Summary

Problems solved by technology

In the prior art, the analysis of medical specimens in neurology is mostly through microscope analysis, while traditional microscopes can only manually adjust the position of the specimen and the focal length of the microscope. , air impurity pollution, etc., resulting in inaccurate test results, therefore, there is room for improvement

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