Full automatic conveying device suitable for batch microscopic examination of glass slides

Abstract

The invention provides a full automatic conveying device suitable for batch microscopic examination of glass slides. The full automatic conveying device consists of the following sub-systems: a vertical conveying system, a synchronous belt piece-pushing and box-pushing system, a crank sliding block conveying hook box system and a slide box in-out bin system. Three stepping motors are used for providing motive power, wherein the crank sliding block conveying hook box system and the slide box in-out bin system share one stepping motor. A variety of transmission modes such as a synchronous belt mode, a feed screw nut mode and a crank sliding block mechanism mode are used. The structures of all parts of the full automatic conveying device suitable for the batch microscopic examination of the glass slides are closely linked and matched with one another to ensure that the automatic control of the device is very convenient and accurate, and the working efficiency is improved.

Description

technical field [0001] The invention relates to a fully automatic conveying device suitable for batch microscope inspection of glass slides. Background technique [0002] As a powerful tool for exploring the microscopic world, the optical microscope has been widely used in medical diagnosis and scientific experimental research. In recent years, with the advancement of science and technology and the rapid development of computer processing technology and digital image processing technology, clinical experiments A large number of automated instruments have been introduced in the blood testing laboratory to realize on-line control of microscopes, automatic acquisition and storage of microscopic images, and computer-aided detection, which has become an inevitable trend in the development of microscope automation. At the same time, with the extensive development of various medical surveys and the continuous deepening of scientific research, the number of sample smears to be analy...

AI Technical Summary

Problems solved by technology

Taking the microscopic examination of blood smears as an example, the average number of microscopic examination smears per microscope per year reaches tens of thousands. Does not conform to the development trend of existing automation instruments

[0003] At present, although there is a batch automatic conveying technology for glass slides, the links such as feeding and unloading are often separated. The parts of the conveying device usually only complete the operation of a certain step, which cannot be well connected and coordinated. The structure of the conveying equipment is relatively complicated, and the operation process is relatively time-consuming

Images