Medical monitor is a guardian instrument for monitoring life signals. Studies have shown that the elderly need to be vigilant about "silent hypoxia" during the COVID-19 infection. Elderly patients may suffer from "silent hypoxia" because they are slow to respond to hypoxia after infection with the COVID-19. Family members may think that the elderly person's breathing status seems to be quite stable, but the blood oxygen saturation may already be at a low level. For the elderly, they need to closely monitor their overall body condition, including heart rate, blood pressure, breathing, blood oxygen saturation, etc., and seek medical attention in time for deterioration. The earlier the treatment, the greater the success rate of treatment.
A medical monitor is a device or system that can measure a patient's dynamic physiological parameters, compare them with known setting values, and give an alarm if an anomaly occurs. With the rapid development of the medical industry, many hospitals have accelerated the process of information construction. The hospital information construction needs the information and digital iteration of medical equipment. The traditional monitor has begun to develop into an information monitor. The monitor that integrates patient vital signs monitoring, clinical information processing, data interaction and equipment information will bring great help to the majority of medical staff in their daily clinical medical activities.
Through the medical sensor module, the ECG signal, heart rate, oxygen saturation, blood pressure, respiratory rate and temperature of the human body can be detected in real time. The system converts biomedical signals into electrical signals through signal detection and preprocessing module, and then samples and quantizes through data acquisition and processing module, and analyzes and calculates each parameter. The analysis result is compared with the threshold value, and the supervision alarm is made. The test results can be displayed, stored and printed locally, and transmitted to HIS system of the hospital through the network for information management.
Medical Monitor System Diagram
The medical monitor mainly has three parts: signal acquisition, data processing and information display. The signal acquisition part mainly collects human biological signals through sensors and converts them into electrical signals. The data processing part is responsible for analyzing the collected data and comparing the data. The information display part mainly displays the ECG waveform and various parameters through the built-in display screen, which can be printed directly when equipped with printing equipment and transmitted to HIS system through the network.
The embedded CPU modules are widely used in a variety of medical devices due to the advantages of high performance, excellent stability and compatibility, which can effectively improve the accuracy of medical equipment. MYIR's MYC-YT507H CPU module uses the Allwinner automotive grade processor T507-H, which has the characteristics of strict quality standards, high performance, rich peripheral resources, cost-effective and stable supply, and is suitable for multi-parameter medical monitor solutions.
Medical Monitor Scheme based on MYC-YT507H CPU Module
The MYC-YT507H CPU Module is based on Allwinner T507-H processor which features 1.5GHz quad-core Cortex-A53 CPU and a Mali-G31 MP2 GPU, and it can meets the requirements of monitor performance and power consumption. The large storage capacity of 1GB/2GB LPDDR4+8GB eMMC, can be a long time local storage of patient data, while meeting the needs of big data computing. At the same time with powerful multimedia processing capabilities, MIPI display interface, high-definition screen output, can support dual screen same display and dual screen different display, to achieve good human-computer interaction experience. A variety of IO signals and strong extensibility, can bring out USB, RS232 and other interfaces, to achieve the main control board and ECG, blood oxygen, blood pressure, body temperature and other modules, as well as thermal printer, alarm, keyboard and other peripherals connection. Adopt industrial grade devices, to make the product performance stable and reliable. And developers can use the CPU modules for secondary development, MYIR will provide source code and technical support to help customers shorten product development time and save costs.
High Computing Performance: quad-core Arm Cortex-A53 CPU@1.5GHz, with G31 GPU, supports 4K@60FPS H.265 video
decoding and 4K@25FPS H.264 video coding.
Rich Multimedia Features: supports LVDS, HDMI, RGB, and CVBS four display output interfaces, can achieve dual-screen same
display and dual-screen different display, to meet the requirements of multi-screen application scenarios; Supports MIPI CSI and
DVP camera input.
Rich Peripheral Expansion: supports dual Ethernet, four USB 2.0 interfaces, one SPI, five UARTs, two SDIOs, etc.
Reliable Quality: on-board Allwinner T507-H processor, PMIC, LPDDR4 and eMMC, PCB size of 43mm x 45mm, SMD package,
10-layer design. Supports industrial grade temperature range.
MYIR provides MYD-YT507H Development Board for evaluating the MYC-YT507H CPU Module.
MYD-YT507H Development Board Top-view (delivered with shieldinig cover by default)
MYD-YT507H Development Board Bottom-view
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