Research and development background of remote oximeter monitoring system
As a new round of the novel coronavirus has spread across the country, cases have been classified and treated according to the latest version of the diagnosis and treatment protocol for the novel coronavirus (Lin9). According to the opinions from all over the country, “Patients with Omicron variant strain are mainly asymptomatic infected and mild cases, most of them do not need too much treatment, and all admitted to designated hospitals will occupy a large amount of medical resources”, etc., the measures for case classification and treatment were further improved: Mild cases shall be subject to centralized isolation management, during which symptomatic treatment and condition monitoring shall be carried out. If the condition worsens, they shall be transferred to designated hospitals for treatment. The judgment index of blood oxygen saturation in heavy duty is as follows: in the resting state, oxygen saturation is ≤93% when air is inhaled
Oxygen saturation monitoring is essential during isolation, as it increases the risk of infection if performed by health care workers at their bedside.
At this time, if there is a remote monitoring oximeter, which can be operated by the patient himself, the medical staff can remotely view the blood oxygen data of the patient in real time, which can greatly reduce their infection risk, save their time and improve their work efficiency.
Clinical value of remote blood oxygen monitoring
1. Precision diagnosis and treatment — scientific formulation of oxygen therapy plan
The dynamic blood oxygen saturation and pulse rate of patients can be provided immediately, and the hypoxia status can be dynamically monitored.
2, remote monitoring – data remote management, monitoring is easier
During the whole process of oxygen therapy, changes in blood oxygen saturation and pulse rate of patients were dynamically monitored, and monitoring data was automatically saved and remotely transmitted to the monitoring terminal, greatly reducing the workload of nurses.
3. Simple operation, safe and comfortable
One-button boot, ultra-low power consumption, two 7 batteries can be continuously monitored for more than 24 hours. Even the patients themselves can do it easily. Built-in soft silicone gasket, comfortable and safe to wear.
4, use safety, improve efficiency – reduce the work intensity of medical staff, improve work efficiency
The monitoring system can not only monitor without contact throughout the whole process, but also effectively reduce the work intensity of medical staff. The data can be automatically uploaded to the system, and patients can be graded management. Greatly improve the work efficiency of hospital staff.
Post time: Nov-06-2022