Transfusion system and method

Abstract

The invention relates to a transfusion system, which comprises a doctor information unit, a dispensing information unit, a transfusion unit and a transfusion information management unit, wherein the doctor information unit is used for a doctor to make a transfusion prescription and used for transferring information on a transfusion prescription and patient information to the dispensing information unit; the dispensing information unit is used for receiving the transfusion information and the patient information from the doctor information unit and transferring the transfusion information and the patient information to the transfusion unit; the transfusion unit is used for receiving the transfusion information and the patient information from the dispensing information unit and transferring the transfusion information and the patient information to the transfusion information management unit; the transfusion information management unit is used for receiving the transfusion information and the patient information from the transfusion unit, displaying, calling and carrying out history record management. The invention also relates to a method utilizing the transfusion system to transfuse. According to the transfusion system, transfusion parameters can be automatically transferred to a medical pump, and the corresponding relation between medicines and a patient is automatically checked, so that safety for transfusion is guaranteed.

Description

technical field [0001] The invention belongs to the field of medical technology, and in particular relates to an infusion system and method. Background technique [0002] Infusion is an important means of treatment. The current mainstream of infusion still adopts the traditional hanging bottle (hanging bag) method, and nurses manually adjust the infusion speed. The range of infusion flow rate is narrow, and the adjustment efficiency is low and difficult. The positive pressure of the infusion is provided by gravity, and the key parameters of the infusion—especially the infusion speed cannot be effectively controlled, and the infusion speed is unstable, and adverse infusion reactions caused by this often occur. There are many infusion patients in the hospital, relying on nurses to patrol to obtain infusion status information, the workload is heavy, and work efficiency is low. Patients or their family members generally play the role of monitoring and reporting of infusion statu...

AI Technical Summary

Problems solved by technology

[0002] Infusion is an important means of treatment. The current mainstream of infusion still adopts the traditional hanging bottle (hanging bag) method, and nurses manually adjust the infusion speed. The range of infusion flow rate is narrow, and the adjustment efficiency is low and difficult.

The positive pressure of the infusion is provided by gravity, the key parameters of the infusion—especially the infusion speed cannot be effectively controlled, the infusion speed is unstable, and adverse infusion reactions caused by this often occur

There are many infusion patients in the hospital, relying on nurses to patrol to obtain infusion status information, the workload is heavy, and work efficiency is low. Patients or their family members generally play the role of monitoring and reporting of infusion status information. Patient family members even adjust the infusion speed privately, posing safety hazards , prone to medical accidents

[0003] Although hospitals currently use information systems, some hospitals use infusion pumps, but the checked infusion parameters in the information system cannot be directly used by on-site infusion pumps, and nurses need to manually input infusion parameters on site. In actual operation, It is very difficult to enter the infusion parameters of the equipment before starting the equipment to obtain a second review, so the deviation of the infusion parameters due to the operation occurs from time to time

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