Connected devices, vital-sign monitoring, and quality control, so care is faster and patients are safer
China has more than 5.2 million registered nurses, and the nurse-to-bed ratio is still below that of developed countries. Wards are busy, documentation is heavy, and risk control takes a large share of the shift. The National Health Commission's Action Plan for Further Improving Nursing Services asks hospitals to build nursing information systems and to take non-nursing work off the nurse. Paper charts and verbal handovers leave data late, quality checks hard to trace, and abnormal signs easy to miss. Built on IoT and the nursing information system, this solution connects devices, watches vital signs continuously, moves nursing notes online, and makes quality control traceable.
It is used on general wards, in the ICU, in rehabilitation, and in care homes. Monitors, infusion pumps, and ventilators write their readings into the electronic record, so less is typed by hand. ECG, blood pressure, oxygen saturation, and temperature raise an alert when they leave range. Tasks, handovers, and quality checks are electronic and can be traced. A nursing assistant can draft a care plan, remind staff of medication, and score fall risk. A closed data loop and earlier warnings cut nursing errors, lift patient satisfaction, and take load off the nurse.
Manual entry time can fall by more than 50%, and an abnormal sign is caught by an alert rather than by the next round. Quality control is fully traceable, so an adverse-event review has a record. Patient satisfaction rises 15–25%. Start by department — ICU and emergency first. Confirm the device link — check protocol fit with the main monitor and infusion-pump makers. Write into HIS and EMR — vital signs land in the nursing record, so nobody types them twice. Put a terminal at the bedside — a PDA or tablet for entry and barcode checks.
From the device at the bedside to the work of the shift
ECG, blood pressure, oxygen saturation, and temperature are collected continuously from monitors and wearables. An abnormal reading is pushed to the nurses' station and to a phone. It can be written into the electronic record and the nursing note, so less is typed by hand.
Care plans, task lists, and what was done are electronic. Handover can happen at the bedside, with a prompt for the patients who need it and a list of work still open. Quality checks and adverse events can be traced.
Monitors, infusion pumps, and ventilators join the network over Modbus, HL7, and similar protocols, and their data is collected without a clipboard. Status and alarms sit on one screen, so fewer rounds are spent only checking a machine.
Medication reminders, fall-risk scores, pressure-injury warnings, and a suggested care plan. The assistant can draw on the nursing knowledge base and the clinical pathway.
Care plans, vital-sign entry, and handover
Multi-parameter monitoring, connected devices, and critical care
Training, functional assessment, and nursing notes
Long-term care, chronic conditions, and quality control
Device access: Monitors, infusion pumps, and similar equipment connect over Modbus, HL7, or a vendor protocol, and are managed together on the IoT platform and the device management platform.
System integration: HIS, EMR, and the nursing information system share patient details, orders, and nursing notes. Mobile nursing terminals, PDAs, and smart bands can be linked.
Faster nursing, and safer patients