Multi-linkage infusion pump control method and system thereof

Abstract

The invention relates to the field of medical instruments, in particular to a multi-linkage infusion pump control method and a system thereof. The method includes obtaining an infusion strategy according to a medication prescription and drug infusion empirical data and controlling the operation state of each infusion pump according to the infusion strategy. Since the infusion strategy includes thepatient prescription of a patient and the drug infusion empirical data, the infusion strategy can conduct drug compatibility check and distribution automatically on the whole treatment scheme. Specifically, since the operation of each infusion pump is uniformly controlled according to the infusion strategy, the medication information and correlation between the infusion pumps can be known, the fact that the other related infusion pumps for combined medication still work when one has abnormality is avoided, and the infusion safety is improved accordingly.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a multi-linkage infusion pump control method and system thereof. Background technique [0002] Infusion pump series products include infusion pumps, syringe pumps, nutrition pumps and other medical care automation equipment, which are widely used in intensive care units and operating rooms. Combination of drugs; for example, a critically ill patient may also need to infuse several drugs at the same time. Now the infusion pump has developed into a combined and superimposed structure, just like a drawer, which is easy to assemble. At present, there are already infusion pumps installed on health care robots, and the linkage work of infusion pumps is realized through the actions of the robots. Due to the uniform use of robot power supply, it can effectively overcome the previous cumbersome and unsafe way that each infusion pump needs a power cord. In addition, the bedside workstatio...

AI Technical Summary

Problems solved by technology

[0003] However, the existing infusion pumps with combined and superimposed structures only realize the physical combination, which is convenient for medical staff to use, but has no practical help to the overall solution of drug infusion. The main problems are as follows:

[0004] First, the drug compatibility inspection and distribution of the entire treatment plan (that is, multiple drug infusions) is not used. Each syringe pump needs to be manually set and manually checked for drug incompatibility;

[0005] Second, for the situation where a large dose of drug infusion is required, since each dose is limited by the maximum volume of the infusion bag and the injection tube, after the injection is completed, it needs to be manually changed and started to continue the medication. Therefore, medical staff are now required to keep Attention, pay attention to the progress of the patient's medication. When the number of patients is relatively large, it is easy to appear patient complaints caused by untimely drug changes;

[0006] Third, since each infusion pump operates independently, when one of the infusion pumps alarms and shuts down, the injection of the drug is stopped before the alarm of the infusion pump is cleared, while the other infusion pumps are still in the infusion state , if the alarming infusion pump is used in combination with another infusion pump, there will be a medical risk

This is because some drugs are used in combination. When one drug is stopped, the other drug is still being injected, which will lead to an imbalance in the drug for a period of time, which will affect the health of the patient.

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