The monitor mainly has three parts: signal acquisition, data processing, and information output. The signal acquisition mainly collects human biological signals through electrodes and sensors and converts them into electrical signals.

The data processing part has two parts: software and hardware.The hardware receives and stores the signal data; the data analysis software compares and analyzes the data. The information output mainly displays the ECG waveform and various parameters through the built-in display screen which is equipped with a printing device, the parameters can be directly printed.

Multiparameter Monitor Solutions

Qiyang IAC-IMX8MM-CM Core Board has the advantages of high performance, low power consumption, and strong reliability, which is suitable for multi-parameter monitor solutions.

• Qiyang i.MX8M mini Core Board CPU adopts Quad-Core Cortex-A53, which meets the requirements of monitoring performance and power consumption.
• 2GB LPDDR4+8GB eMMC large-capacity storage, which can store various patient data locally for a long time, while meeting the needs of big data computing.
• With powerful multimedia processing capabilities, MIPI display interface, high-definition screen output, can achieve a good human-computer interaction experience.
• Support Gigabit Ethernet port wired communication, Wi-Fi, 4G, and other wireless communication. Support data remote transmission, and form a medical remote monitoring system together with other medical equipment
• Rich pins, strong expansibility, can lead to USB, CAN, RS232 and other interfaces to realize the connection between the main control board and ECG, blood oxygen, blood pressure, body temperature, and other modules, as well as thermal printers, alarms, keyboards, and other peripherals.
• Adopt secondary development of the Core Board, provide source code and technical support, and shorten product development time and cost.
• Optional industrial-grade devices, stable and reliable performance, meet the requirements of medical equipment to pass electromagnetic compatibility, electrostatic surge, and electromagnetic interference.

Because of the advantages of high performance, strong stability, and compatibility, embedded systems can effectively improve the accuracy of medical equipment, and are widely used in a variety of medical devices. Based on i.MX6UL, i.MX6, i.MX8M series and other embedded hardware, Qiyang Intelligence proposes a variety of medical equipment solutions to help the construction of smart medical care.