Novel pathological section scanner

Abstract

The invention relates to the field of medical instruments, in particular to a novel pathological section scanner. The scanner comprises a conveying device, a loading device, an alignment device, an imaging device and a movable platform; the conveying device, the loading device and the image device are independent of one another and are all arranged on the scanner platform; and the alignment deviceand the movable platform are both arranged on the image base. By the adoption of the automatic glass slide loading device, one-time ultra-large-capacity loading can be achieved, frequent feeding, discharging and whole-process monitoring of operators are not needed, time is saved, and the scanning efficiency is improved; simultaneous taking and placing can be realized; compared with the prior art,the clamping efficiency is improved, and the waiting time between slides is shortened; meanwhile, the clamping force can be set and controlled in the effective stroke, whether the glass slides are clamped or not can be monitored, the glass slides are prevented from being broken, the number of the glass slides loaded in each slide box can be accurately judged, the shooting of multiple view fieldscan be achieved, and the information of the glass slides can be accurately and completely obtained.

Description

technical field [0001] The present invention relates to the field of medical equipment, and more specifically relates to a novel pathological slice scanner. Background technique [0002] Pathological examination is a pathomorphological method used to examine pathological changes in body organs, tissues or cells. In order to explore the disease process of organs, tissues or cells, some pathological and morphological examination method can be used to check the lesions they have, discuss the causes of lesions, pathogenesis, and the development process of lesions, and finally make a pathological diagnosis. diagnosis. The examination method of pathomorphology first observes the pathological changes of the gross specimen, then cuts out a certain size of lesion tissue, makes pathological sections with histopathological method, and further examines the lesion with a microscope. [0003] The digital slicing system can quickly scan the entire slide with full information and comprehe...

AI Technical Summary

Problems solved by technology

[0004] Existing digital pathological slide scanners have a slice scanning part and a slice replacement part, but the existing digital pathological slide scanner basically adopts the mode of computer-controlled scanner work, resulting in the following disadvantages: 1. When the staff at the scanner end After loading the slices, you need to go to the computer to operate and understand the working status of the scanner. If you operate multiple times, the staff will need to go back and forth between the scanner and the computer many times, which not only wastes the time of the staff, but also reduces work efficiency.

2. It is impossible to grasp the working status of the scanner in real time. If you need to know the working status of the scanner, you must check it in front of the computer

3. Since the film loading and scanning are carried out on two machines, the staff cannot directly operate at the scanner after the film loading is completed

At the same time, the glass slice itself is fragile, slippery, and thin, so it is laborious to hold and place the slice safely, and it is easy to affect the flatness of the placement when placed in the slice replacement part

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