Erythrocyte bag labeling, checking and subpackaging machine and erythrocyte bag checking and subpackaging method

Abstract

The invention provides an erythrocyte bag labeling, checking and subpackaging machine which comprises a mold, a conveying mechanism, a scanning device, a labeling machine, an ink-jet printing machine, a hot-sealing machine, a braid winding mechanism, a vertical subpackaging machine, a mechanical hand, a human-computer interaction interface and a master control device. The invention further provides an erythrocyte bag checking and subpackaging method. The method comprises the steps that 1, erythrocyte bags are manually placed into the mold, 2, scanning and photographing are carried out, and information on electronic signs are recognized; 3, the labeling machine carries out labeling work; 4, ink-jet printing and hot-sealing section partition are carried out; 5, secondary scanning is carried out, and a scanning result is sent to the human-computer interaction interface; 6, the braid winding mechanism carries out braid winding; 7, the mechanical hand grabs the erythrocyte bags into the vertical subpackaging machine to be packaged and stored. The erythrocyte bag labeling, checking and subpackaging machine has the advantages of being scientific in design, rapid, accurate and high in automation degree. The erythrocyte bag checking and subpackaging method has the advantages of being easy to operate, high in automation degree and high in accuracy rate.

Description

technical field [0001] The invention relates to a red blood cell bag processing device, in particular to a red blood cell bag labeling, checking and subpackaging machine, and also relates to a red blood cell bag checking and subpackaging method. Background technique [0002] The quality and safety of blood products are the foundation of clinical medicine and the key work of industry development and regulatory authorities. In the current blood collection and supply process, the collection and preparation of red blood cells are done manually, and the labeling work is done by machines. However, there are many deficiencies and defects in the current equipment. The labeling information needs to be checked manually, which is time-consuming and laborious. More importantly, The coding work on the pigtails cannot be automated by equipment, but can only be done manually, which is a huge workload and easily causes eye fatigue and errors. The coding on the pigtail directly affects the ...

AI Technical Summary

Problems solved by technology

In the current blood collection and supply process, the collection and preparation of red blood cells are done manually, and the labeling work is done by machines. However, there are many deficiencies and defects in the current equipment. The labeling information needs to be checked manually, which is time-consuming and laborious. More importantly, The coding work on the pigtails cannot be automated by equipment, it can only be done manually, the workload is huge, and it is easy to cause eye fatigue and cause errors

The coding on the pigtail directly affects the subsequent use, which will bring trouble to the medical staff and even cause serious medical accidents

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