Test paper strip feeding mechanism

Abstract

The invention provides a test paper strip feeding mechanism. The test paper strip feeding mechanism comprises a machine body, a test paper board storage assembly, a test paper board cutting assembly, a test paper board transfer assembly, a test paper strip feeding assembly and a test paper strip transfer assembly, wherein the test paper board storage assembly is used for storing test paper boards; the test paper board cutting assembly is used for processing test board paper into test paper strips; the test paper board transfer assembly is used for transferring the test paper boards from the test paper board storage assembly to the test paper board cutting assembly; the test paper strip feeding assembly is used for transferring the test paper strips to a processing assembly line; the test paper strip transfer assembly is used for transferring the test paper strips from the test paper board cutting assembly to the test paper strip feeding assembly; and the test paper board storage assembly, the test paper board cutting assembly, the test paper board transfer assembly, the test paper strip feeding assembly and the test paper strip transfer assembly are all located on the upper end face of the machine body. The test paper strip feeding mechanism has the advantages that automation is achieved in the whole process, labor cost is not needed, integration to assembly line production equipment is facilitated, and applicability is high.

Description

technical field [0001] The invention relates to the technical field of reagent paper production, in particular to a test paper strip feeding mechanism. Background technique [0002] Reagent paper is a kind of paper product with chemical reagents. Through certain phenomena (such as color changes, etc.), it can be judged whether the test target is in a certain state. Common reagent papers include pH test paper, litmus test paper, lead acetate test paper, starch potassium iodide test paper, etc., which are widely used in various technical fields such as biology and medicine due to their advantages of convenience, reliability, and low cost. [0003] At present, reagent strips are usually manufactured by cutting reagent cardboard through a strip cutting machine, that is, manually placing the reagent cardboard on the strip cutting machine, and the strip cutting machine cuts the reagent paper into reagent strips, and finally transfers the reagent strips manually. However, the trad...

AI Technical Summary

Problems solved by technology

However, the traditional process not only requires manual loading and unloading, but also increases labor costs and is inefficient. At the same time, the cut reagent strips fall into the storage box in a disorderly manner, which cannot be carried out and positioned according to production needs. It is convenient for subsequent processing, but cannot be integrated into automatic processing equipment, and has poor applicability

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