Low-resistance horizontal sample shelf mechanism

Abstract

The invention discloses a low-resistance horizontal sample shelf mechanism. The bottom surface of a low-resistance horizontal sample shelf is provided with a sliding groove cover body matched with a sliding groove on a sample shelf guiding mechanism. The upper bottom surface is provided with a plurality of cuboidal shallow grooves uniform in size at equal intervals, the shallow grooves are provided with same-size cuboidal through holes at the same positions inside. One end of each shallow groove is provided with a through hole, the upper section of each through hole is in the shape of a half inverted boss, and the lower section of each through hole is in the shape of a half cylinder. The low-resistance horizontal sample shelf is provided with cuboidal through holes outside the through holes, wherein the length of each cuboidal through hole is equal to the maximum diameter of each through hole. The other end of the low-resistance horizontal sample shelf, close to the shallow grooves, is provided with a gradient groove in width identical with that of each shallow groove. The outside height of the gradient groove is smaller than the inside height. The inside height of the gradient groove is larger than the height of each shallow groove, and limiters are arranged at the tail end of the lower bottom surface of the low-resistance horizontal sample shelf. Pathological slides can be loaded in a discrete and verified manner, all slides are guaranteed to be independent to each other, and isometric intervals for radiating heat are guaranteed.

Description

technical field [0001] The invention belongs to the relevant technical field of medical sample property determination and pre-processing exclusive operating equipment, in particular a low-resistance horizontal sample rack mechanism. Background technique [0002] As an important support of the medical system, pathology is making a significant contribution to the health of all mankind. As an important part of pathology, the staining of pathological tissue sections in hospitals is to alternately and repeatedly implement the relevant pretreatment of the pathological sections before the determination of the nature of medical samples through dewaxing, repairing, staining, cleaning and other processes; Its standardized and humanized development requires product units to actively integrate the concept of standardization and humanization into products in the process of building products, so as to better serve human health. The sample racks in the prior art are uniformly heated,...

AI Technical Summary

Problems solved by technology

The sample holder in the prior art is uniformly heated, which makes the dyeing process cumbersome and complicated

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