Material taking and conveying system of labeling machine

Abstract

The invention belongs to a feeding device of a labeling machine, and particularly relates to a material taking and conveying system of the labeling machine. The material taking and conveying system comprises a hopper, wherein the top of the hopper is open, and the hopper can contain blood sampling test tubes. A first belt conveying mechanism is arranged in the hopper, clamping jaws are distributedon the first belt conveying mechanism at intervals, the clamping jaws and a first belt can clamp blood sampling test tubes, and a material output at the top of the first belt conveying mechanism is connected with a material input of a test tube conveying mechanism. Partition plates are distributed in parallel at intervals and fixed by a front vertical plate and a rear vertical plate, each partition plate is divided into a horizontal rear section and a slide-shaped inclined front section, second belt conveying mechanisms capable of bearing the blood sampling test tubes are arranged in intervals formed by the rear sections of the partition plates, and the interval between every two adjacent partition plates is larger than the diameter of the blood sampling test tubes and smaller than the diameter of blood sampling test tube caps. According to the material taking and conveying system of the labeling machine, the technical problems that existing products are tedious to operate for feedingmanually are effectively solved, the feeding function of the blood sampling test tubes in a disordered stacking state is effectively achieved, the feeding process is simplified, and the feeding timeis greatly shortened.

Description

[0001] Technical field [0002] The invention belongs to a feeding device of a labeling machine, in particular to a feeding conveying system of a labeling machine. Background technique [0003] Blood test is a clinical diagnosis and testing method commonly used in hospitals at present, and blood collection test tube is an essential device used in the above-mentioned testing. At present, most of the blood collection test tubes in hospitals are obtained by manually printing and labeling the test tubes with prefabricated barcodes. In the above-mentioned prior art, manual labeling requires the hospital to be equipped with a large number of staff, and this working method itself has the disadvantages of manual labeling. Poor label position consistency, error-prone, and barcode unavoidable technical defects such as repeated codes and loss, seriously affect the accuracy of blood collection information. [0004] As a special equipment, the automatic labeling machine is currently used ...

AI Technical Summary

Problems solved by technology

[0005] As far as the applicant knows, there are two feeding methods for the blood collection test tubes of the existing products. One is the trough-type silo, which holds many test tubes, but the test tubes can only be placed head to tail, neatly stacked, and disorderly It is cumbersome and time-consuming to put the material into place; the second is the row of slideway-type silos, which use fixed-width slideways, and the test tubes must be placed in sequence along the slideways, which makes feeding more cumbersome. It needs to add materials many times during the work, which is time-consuming and labor-intensive

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