Workstation for analyzing excreta

Abstract

The invention discloses a workstation for analyzing excreta. The workstation for analyzing the excreta comprises an automatic slide detection system, an automatic card detection system, an image processing system and a bottom plate, wherein the automatic slide detection system and the automatic card detection system are respectively in information transmission matching with the image processing system; and the automatic slide detection system and the automatic card detection system are arranged on the bottom plate. By using the scheme, the visual sample inspection used for information analysis is avoided, and image data are analyzed simultaneously by a computer system by using an automatic sampling interpretation system, so that the interference on inspection results caused by human factors is avoided. Besides, the original data of patient information can be stored, and the data networking sharing among information network systems of a whole hospital is realized.

Description

technical field [0001] The invention relates to a mechanical transmission manufacturing technology and an image recognition and interpretation function, in particular to an automatic sampling incubation and interpretation system. Background technique [0002] At present, the well-known morphological inspection and dry chemical detection are independent and multi-manual identification and manual operation. Basically, the instrument cannot simultaneously realize automatic plate filling and continuous transmission of slides and detection cards at the same time, and display on the screen. The image cannot be automatically collected at full view angles and partially enlarged images. The observed specimen information, image storage and results cannot be automatically analyzed and reported in the clinic at the same time, because the specimens are observed with the naked eye, and the color of the specimens is divided into gradients. , there are certain requirements for the color res...

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Problems solved by technology

[0002] At present, the well-known morphological inspection and dry chemical detection are independent and multi-manual identification and manual operation. Basically, the instrument cannot simultaneously realize automatic plate filling and continuous transmission of slides and detection cards at the same time, and display on the screen. The image cannot be automatically collected at full view angles and partially enlarged images. The observed specimen information, image storage and results cannot be automatically analyzed and reported in the clinic at the same time, because the specimens are observed with the naked eye, and the color of the specimens is divided into gradients. , there are certain requirements for the color results to be segmented. Manual long-term observation is likely to cause visual fatigue or misanalysis of gradient values, resulting in false positive or false negative results, inaccurate results, and medical disputes due to the inability to save the original information and analysis image results The results cannot be traced back

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