Product Name: Clinical Infusion Warming and Flow Rate Monitoring System
Contact Email: meddut@dlut.edu.cn
1. Product Background and Technical Introduction This system was designed to address challenges faced in infusions, such as unattended patients, infusion backflow, and exacerbated pain during low-temperature infusions. It monitors the drip rate of clinical intravenous infusions in real-time. Feedback is provided to a real-time IoT data collection engine via an intelligent internet platform designed for wireless medical applications. Simultaneously, a thermostat warms the liquid inside the tubing. Equipped with an insulation device, it smartly controls the liquid temperature, maintaining it at the set temperature. The monitoring system provides a visualized, unified interface based on the data collected by the engine, enabling nursing staff to monitor the infusion progress in a real-time manner.
2. System Functions
· Flow rate monitoring
· Constant temperature heating
· Flow rate adjustment
· Automatic cut-off and alarms
· Real-time display
· Device sharing
3. Intellectual Property A patent application for this clinical infusion warming and flow rate monitoring system is currently underway in China and Taiwan.
China Patent Application Number: 202210776851.X
4. System Advantages The product is compact and portable, with a broad range of applications, and is rechargeable. It integrates multiple functions into a visualized system, accurately measuring the drip rate and monitoring the real-time temperature through real-time calculations. This not only saves medical resources but also contributes to the advancement of smart healthcare.
5. Product Parameters and Usage
· Battery Capacity: 700mAh
· Charging Port: Type-C
· Rated Power: 1W
· Net Weight: Approximately 100g
· Dimensions: 1204020mm
· Measurement Accuracy: Up to 92%
Usage: Open the device power switch first when using, and the indicator light will be on. Next, connect the instrument to the user’s mobile phone via Bluetooth, input user information, and obtain authorization. Subsequently, choose the working mode and enter parameter settings. Start the device to begin the monitoring process. Once the infusion is completed, the system will automatically stop the flow and sound an alarm, prompting the operator to proceed with the next steps.
