Whether it is windy or rainy, or the sun is hot in the sun, every morning, the hospital registration office has long queued up, and the front desk of the department that started the consultation is stunned; the ambulance on the highway whizzes past, and the doctor in the operating room is wearing a white coat. Concentrate on the diagnosis and treatment of patients. The medical system touches the whole city and beyond. As an important issue that benefits the country's more than one billion people, the development of the medical system has been receiving enthusiastic attention for a long time.
Operating table revolution - see how the robot performs surgery
Do an operation, in the space of two or three centimeters square, realize the fine operation like embroidery. With the continuous development of surgical robots, many surgical scenes that were once unimaginable are becoming a reality.
The surgical robot consists of three parts: the surgeon's console, the bedside robotic arm system, and the imaging system. The surgeon only needs to sit in front of the robotic operating platform in the corner of the operating room and put on the ring to control the robot's arm to perform the operation.
The robotic arm is like a long, enhanced version of the hand, but it is not only more flexible, more accurate, and more stable than the human hand, but also helps to separate and dissect the tissues and parts of the deep and narrow spaces, as if it is fine in engraving and embroidering, reducing the blood vessels. , nerve damage and intraoperative bleeding. The instrument with ultra-micro pressure sensor can help the doctor to judge the softness of the organ, the microscopic fluorescent eyepiece can see the tumor boundary to be removed, and the intelligent system with image modeling and analysis function can damage the large blood vessel. Warn the doctor.
City Lifeline - Accurate Navigation Ambulance
The 120 command center, sub-center, hospital, and first-aid station form the urban emergency “Internet of Things†system. Call 120 to report the approximate address, the system will automatically screen out the nearest hospital, and can see the hospital ambulance usage in real time.
At the same time, all ambulance vehicles are equipped with GPS system, the map uses the latest data, the map engine is more advanced, the correction calculation is used, and the vehicle positioning is more accurate. The trajectory of each ambulance is monitored in real time on the 120 command center electronic platform. Through this positioning, not only can you understand the use of the ambulance, but also the pictures sent back by the ambulance. For the first-aid patients, the more professional doctors can guide the medical staff on the vehicle in real time to distribute the temporary emergency tasks. Thereby greatly improving the success rate of rescue.
Top technology blessing, VIA SOM-9X20 can help medical equipment industry
In recent years, many achievements in the field of things VIA released equipped with Qualcomm® Snapdragon TM 820E embedded platform of ultra-compact embedded module SOM-9X20, SOM-9X20 module takes full advantage Qualcomm® Snapdragon TM 820E High performance and ultra-low power consumption, able to customize flexible solutions, to enter the medical equipment industry.
SOM-9X20 Development Kit
VIA's SOM-9X20 core module has the following three highlights:
1. SoC efficient processing capability
With a high-performance Qualcomm® Snapdragon TM 820E, SOM-9X20 core module may provide "operating system core board" for the customer integrated SoM (System on Module) program, both for the precision requirements with a surgical theater Surgical robots, or 120 command centers with high concurrent processing capabilities, SOM-9X20 can meet the requirements.
VIA SOM-9X20 module, powered by Qualcomm? Snapdragon TM 820E chip
2. Rich interface peripherals
SOM-9X20 module with its development board SOMDB2, while maintaining high performance, it also brings a wealth of extended peripheral interfaces, while supporting multiple USB interfaces, a PCIe interface, multi-function pin support UART, 12C, SPI And the GPIO interface, etc., can dock multiple robotic arms of the surgical robot.
3. Powerful GPU graphics processing capabilities
Qualcomm Adreno TM 530 graphics processor Qualcomm® Snapdragon TM embedded platform, and a 40% increase in graphics and computing performance, not only enhance the visual fidelity, but also reduces power consumption, the SOM-9X20 has the most top-level graphics The ability to allow the doctor to have a pair of "eyes" while operating the surgical arm.
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