Thinprep cell slide making machine slide making clamp

Abstract

The invention discloses a thinprep cell slide making machine slide making clamp. The thinprep cell slide making machine slide making clamp comprises a box body used for loading and clamping slide glass, a liquid storage hopper used for storing sample liquid, and a flow guide pipe; the box body comprises a front side plate, a back side plate, and a bottom plate used for connecting the front side plate and the back side plate; the position on the front side plate corresponding to the slide glass is provided with a coating dyeing hole; one end of the flow guide pipe is communicated with the coating dyeing hole, and the other end is communicated with the liquid storage hopper; and an extrusion assembly used for fixing the box body and the slide glass are connected with the front side plate. The thinprep cell slide making machine slide making clamp is capable of solving problems in the prior art that in using process of conventional slide making clamps, complete matching of the thickness ofthe slide glass with an opening of the box body is difficult to realize, when slide shaking of a centrifugal type thinprep cell slide making machine is caused in using process, shaking of the slide glass and the box body is caused, dyed cell layers on slide glass is scraped by the internal wall of the front side plate of the box body, slide glass background after dying is fuzzy and dirty, and analysis and diagnosis accuracy is influenced.

Description

technical field [0001] The invention relates to liquid-based thin-layer cell detection, in particular to a film-making clip for a liquid-based thin-layer cell slicer. Background technique [0002] The liquid-based thin-layer cell detection steps include: sampling with a sampling brush, rinsing the sampling brush with a preservation solution and preserving the sample, shaking and dissolving, preparing a liquid-based thin-layer cell sheet, and observing with a microscope. In the prior art, the smears are usually made manually. When the specimens are made manually, the exfoliated cells on the glass slide are difficult to smear evenly. In addition, because the specimens of the exfoliated cells contain mucus, red blood cells and other magazines, the smears of the specimens are difficult to obtain. The background is not clean and clear, which affects the observation, analysis and diagnosis of pathologists. [0003] The Chinese utility model patent with the authorized announcement...

AI Technical Summary

Problems solved by technology

In the prior art, the smears are usually made manually. When the specimens are made manually, the exfoliated cells on the glass slide are difficult to smear evenly. In addition, because the specimens of the exfoliated cells contain mucus, red blood cells and other magazines, the smears of the specimens are difficult to obtain. The background is not clean and clear, which affects the observation, analysis and diagnosis of pathologists

[0003] The Chinese utility model patent with the authorized announcement number CN202393969U discloses a liquid-based thin-layer cell slide clip to solve the above problems. The slide clip is relatively convenient to use, but in actual use, the slide clip cannot The thickness of the glass is between 1mm-1.2mm, which causes the thickness of the slides put in the box to not completely match the opening of the box, and there is a gap between the slides and the box. When the centrifugal liquid base When the thin-layer cell slicer shakes slightly during use, the glass slide will also shake with the box body, so that the stained cell layer on the glass slide is scratched by the inner wall of the front side plate of the box body, causing the slide Imaging after painting is blurred, affecting the accuracy of analysis and diagnosis

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