Automatic tube taking and labeling device for vein blood sampling

Abstract

The invention discloses an automatic tube taking and labeling device for vein blood sampling. The automatic tube taking and labeling device comprises a conveyor belt, a test tube box set, a tube conveying mechanism, a mechanical hand, a label pressing mechanism, a printer and a test tube outlet assembly. The conveyor belt is provided with a test tube tank provided with upper and lower doors capable of being opened or closed. The upper and lower doors of the test tube tank are opened to enable test tubes to penetrate the conveyor belt. The upper and lower doors of the test tube tank can be controlled through a door opening and closing motor to be opened or closed. The test tube box set is composed of a plurality of test tube boxes. The test tube boxes are fixed above the conveyor belt. The bottom of each test tube box is opened and directly closed through the conveyor belt. The tube conveying mechanism is arranged below the conveyor belt. The direction of the conveyor belt of the tube conveying mechanism is consistent with the orientation of the test tube tank, the mechanical hand is used for taking and conveying the test tubes to an output opening of the printer, and the test tube outlet assembly is used for receiving the test tubes on which label paper is pasted. The automatic tube taking and labeling device can take the test tubes and paste labels automatically, errors caused by manual tube taking are avoided, and efficiency is high. The working efficiency is improved, and labor cost is also reduced.

Description

technical field [0001] The application relates to the field of venous blood collection auxiliary equipment, in particular to an automatic tube taking and labeling device for venous blood collection. Background technique [0002] When performing venous blood collection in a hospital, test tubes of different sizes or colors are usually used according to different blood samples or testing schemes, and the identity information of the subject to be tested is affixed on the test tubes. At present, most hospitals take the tubes manually, and then manually paste the pre-printed label paper on the test tube; Blood drawn on the pasted information. This method of manually taking tubes and then labeling paper, first, is prone to human errors. Although the medical staff have undergone strict professional training, especially in some hospitals with a relatively large workload, the operators need to work for a long time without stopping. Repeated operations of taking tubes and labeling a...

AI Technical Summary

Problems solved by technology

This method of manually taking tubes and then labeling paper, first, is prone to human errors. Although the medical staff have undergone strict professional training, especially in some hospitals with a relatively large workload, the operators need to work for a long time without stopping. Repeated tube taking and labeling operations are prone to fatigue, and errors in taking tubes or labeling are inevitable

Second, manual tube extraction and labeling are not only inefficient

Third, manual operation requires a separate operator, and labor costs are high

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