Full-automatic barcode device for vacuum blood-collection tube

Abstract

The invention discloses a full-automatic barcode device for a vacuum blood-collection tube. The full-automatic barcode device comprises a hopper, two concentric centrifugal pans, tube falling slots and a reversing device, wherein the inner circumference of one centrifugal pan is connected with the outer circumference of the other centrifugal pan, the tube falling slots are formed in the edge of the outer circumference of the centrifugal pan, and the reversing device is arranged below the tube falling slots. A label adhesion device is arranged below the reversing device and comprises a first auxiliary pinch roller, a second auxiliary pinch roller and a label wheel, wherein the first auxiliary pinch roller and the second auxiliary pinch roller rotate around a fixed shaft, and the label wheel is rotatably arranged on a rotary shaft and moves along the rotary shaft; intervals among the first auxiliary pinch roller, the second auxiliary pinch roller and the label wheel form a vacuum blood-collection tube falling channel. By utilizing the technical scheme provided by the invention, the label adhesion device can highly effectively and automatically adhere a label on each vacuum blood-collection tube; furthermore, the labels are prevented from being folded under the rolling action of the label wheel, the first auxiliary pinch roller, and the second auxiliary pinch roller, thereby facilitating the reading of a barcode gun at the later stage of operations.

Description

technical field [0001] The invention belongs to the technical field of medical instruments, and in particular relates to a fully automatic barcode device for vacuum blood collection tubes. Background technique [0002] Vacuum blood collection tubes are disposable medical devices commonly used in medical blood tests. In 2009, the national consumption has exceeded 190 million. The sales of the third-generation vacuum blood collection systems are mainly concentrated in the third-level hospitals, reaching 50.13%, and the second-level The above hospital consumption accounted for 85.61%. The first-generation and second-generation vacuum blood collection systems and syringes are still used in hospitals below the second-level level. Especially in the inpatient departments of some tertiary hospitals, it is quite amazing to use vacuum blood collection tubes every day. At present, the hospital can only rely on manpower to disassemble and label the boxed vacuum blood collection tubes, ...

AI Technical Summary

Problems solved by technology

At present, the hospital can only rely on manpower to disassemble and label the boxes of vacuum blood collection tubes, which is repetitive labor and easy to make people tired

[0003] The solution proposed in patent 201120270332.3, although a fully automatic labeling machine for vacuum blood collection tubes is proposed, still requires manpower to put the vacuum blood collection tubes neatly into the hopper, otherwise it is easy to cause blood collection tubes to get stuck.

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