Blood management system and method based on MacBee low-power-consumption communication technology

Abstract

The invention discloses a blood management system based on a MacBee low-power-consumption communication technology. The system comprises a terminal, blood refrigerators, blood bags and trackers. The method using the system comprises the steps that according to the requirements of operating rooms and wards, blood is distributed to the blood refrigerators, and each blood bag is provided with one tracker; blood information input is executed, and a drawer is selected to store the blood; blood information in each drawer is queried, and warehousing validation is performed; current temperatures and alarm situations are recorded in real time, and record data and all blood data are uploaded to a blood transfusion department server; when the blood transfusion department applies for blood consumption, a blood consumption detailed list is printed in the blood transfusion department, and the corresponding blood refrigerator is found by using the blood consumption detailed list; the blood consumption detailed list is scanned by the terminal to obtain ex-warehouse content, the drawer, corresponding to the detailed list, in the blood refrigerators is opened through face recognition and fingerprintrecognition, and blood ex-warehouse is performed. The blood management system based on the MacBee low-power-consumption communication technology achieves blood management, reduces the blood waste, and increases the safety of blood consumption.

Description

technical field [0001] The invention belongs to the field of medical storage devices, and in particular relates to a blood management system and method based on MacBee low-power communication technology. Background technique [0002] At present, the blood stored in most hospitals is managed by the blood transfusion department. In order to ensure the quality of blood, the relevant regulations include the following provisions: [0003] (1) Blood cannot be returned after it is issued [0004] (2) The retrieved blood should be transfused as soon as possible, and the blood should not be stored by oneself [0005] (3) The transfusion needs to start within 30 minutes after the blood leaves the blood transfusion department, and the transfusion should be completed within 4 hours [0006] The process of the patient receiving blood transfusion is as follows: the nurse draws blood from the patient, the nurse sends the patient's blood sample to the blood transfusion department, the nur...

AI Technical Summary

Problems solved by technology

[0008] 1. The blood cannot be returned after it is sent out, and there may be errors in taking it, resulting in waste of blood

[0009] 2. The personnel are tired of taking blood, and the blood taking time is long, resulting in low efficiency

[0010] 3. Nurses may take multiple bags of blood at a time, but they cannot be used up within the specified time, resulting in waste of blood

[0011] 4. After the blood leaves the blood transfusion department, its status cannot be monitored in real time, and the blood may deteriorate due to the influence of temperature, thus endangering the health of the patient

Images