Intelligent infusion monitoring system and intelligent infusion monitoring method on basis of internet of things

Abstract

The invention relates to an intelligent infusion monitoring system and an intelligent infusion monitoring method on the basis of an internet of things. The intelligent infusion monitoring system is characterized in that an infusion monitor is connected with a relay station, the relay station is connected with a work station, the work station is provided with a wireless receiver and a work station computer, the relay station is connected with the wireless receiver in the work station, the wireless receiver is connected with the work station computer, and a special patient infusion information web address is set in the work station computer. The intelligent infusion monitoring system and the intelligent infusion monitoring method have the advantages that shortcomings of data errors, data loss, influence on medical staff during judgment, huge potential safety hazards and the like due to the fact that wireless signals cannot be normally operated in large inpatient areas in the prior art are overcome; data acknowledge is implemented by the relay station structure added into the wireless internet of things, the effective wireless signal transmission distance can be prolonged, and service requirements of large hospitals can be met; the data identification rate is effectively increased, data loss is reduced, information of patients can be inquired via the internet, waste of normal working time of family members of the patients is prevented, and the family members can remotely accompany and attend to the patients.

Description

technical field [0001] The invention belongs to the field of medical equipment, and in particular relates to an intelligent infusion monitoring system and monitoring method based on the Internet of Things. Background technique [0002] Before the present invention, there were some wireless Internet of Things networks built in hospitals, relying on the wireless network of self-defined protocols as the main means of data transmission, using multi-point (multiple infusion monitors) to single-point (workstation single wireless receiving Device) wireless data communication mode, realize that the nurse workstation can monitor the infusion process of multiple patients at the same time. Although the structure of this design is simple, but because the effective transmission distance of the wireless signal is very limited, and it is limited by the number of walls and the thickness of the wall, it is greatly affected by the structure of the hospital building in actual operation, and it...

AI Technical Summary

Problems solved by technology

Although the structure of this design is simple, but because the effective transmission distance of the wireless signal is very limited, and it is limited by the number of walls and the thickness of the wall, it is greatly affected by the structure of the hospital building in actual operation, and it cannot be implemented in a large ward. Normal operation; data errors and loss often occur during wireless transmission, and the effect and reliability of data transmission are limited, seriously affecting the judgment of medical staff and causing huge safety hazards; the number of infusion monitors that can be monitored by the wireless receiver at the same time Very few, unable to meet the needs of departments with a large number of people in the hospital

In addition, due to the single function of the management system software used by the existing hospital, except for the hospital’s own wireless network computer, other computers outside the hospital cannot access and monitor the infusion monitor, and the family members of the patient cannot keep track of the patient’s infusion situation at home. The family members of the patients are required to accompany them during the infusion to ensure the safety of the infusion, which greatly increases the burden on the family members of the patients.

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