Slide glass disc of microscopic scanner

Abstract

The invention discloses a slide glass disc of a microscopic scanner. The slide glass disc comprises a slide glass disc body, slide glass, slide glass jacking blocks, a jacking block pressing plate, a disc fixing magnet, a slide glass top plate and square magnets; the upper side of multiple slide glass stations in the front side of the slide glass disc body is provided with the slide glass top plate, the lower side of the same is provided with the slide glass jacking blocks and the jacking block pressing plate, and the two ends of the slide glass are clamped between a first inclined plane of the slide glass jacking blocks and a slide glass contact side of the slide glass top plate; and the back side of the slide glass disc body is provided with the square magnets corresponding to the slide glass stations, the slide glass is adsorbed onto the square magnet of a first magnet seat in the back side of the slide glass disc body, and the slide glass and slide glass disc body are stably installed. Disc fixing magnets are arranged in four corners of the back side of the slide glass disc body respectively, when the slide glass disc body is placed on an objective table, the slide glass disc body is absorbed with the objective table via the disc fixing magnets, and the slide glass is scanted by a microscope continuously via movement of the objective table; and the slide glass disc also has the advantages of high placing stability, low jittering, low work deviation, high scanning accuracy and easy replacement of the slide glass.

Description

technical field [0001] The invention relates to the technical field of biomedical diagnostic instruments, in particular to a microscanner glass tray. [0002] Background technique: [0003] Microscope scanners are widely used in pathological analysis and disease diagnosis. As an important part of the scanner, the microscope slide plate needs to meet the requirements of large capacity, stability, easy replacement and low noise. At present, there are two ways to scan the microscope. One is to load a single glass slide at one time, and the single scan is completed. This method is inefficient. After scanning a glass slide, it needs to be loaded again; the other is to use a glass slide. The box can be loaded with multiple slides at one time, and can be scanned continuously by the stage. The problems existing in the continuous scanning of the prior art are that the placement stability of the slide box and the stage is poor, the vibration range is large, and it is unstable. A high-...

AI Technical Summary

Problems solved by technology

At present, there are two ways to scan the microscope. One is to load a single glass slide at one time, and the single scan is completed. This method is inefficient. After scanning a glass slide, it needs to be loaded again; the other is to use a glass slide. The box can be loaded with multiple slides at one time, and can be scanned continuously by the stage. The problems existing in the continuous scanning of the prior art are that the placement stability of the slide box and the stage is poor, the vibration range is large, and it is unstable. The glass slide plate is easy to cause deviation when the scanner is working, resulting in a decrease in the accuracy of the scanning results. In addition, there is also the problem that the slide glass is not easy to replace

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