Application of embedded intelligent platform in medical instrument industry

[Application Background]

As people's living standards continue to improve, people's attention to their own health has also risen to an unprecedented level. Today, more and more high-tech means are beginning to be used in the design of medical instruments. Physiological parameter detection equipment such as electrocardiograms and electroencephalograms, various types of monitoring instruments, ultrasound, X-ray imaging equipment, nuclear magnetic resonance equipment, and various physical therapy instruments have begun to be widely used in hospitals across the country.

The emergence and application of advanced concepts such as telemedicine, HIS, patient call centers, and digital hospitals have made hospital management more complete and efficient than ever before, and patients enjoy faster, more convenient and more humane services.

[System Application]

From the perspective of the medical instrument industry, in addition to the continuous application and promotion of new sensor detection technologies, higher goals have been set for the analysis, storage and display of collected information. This requires modern medical instruments to have more powerful computing and storage capabilities and more stable and reliable performance. In addition, as a special industry, medical instruments require equipment to meet higher levels of environmental protection requirements. How to further intelligentize, specialize, and miniaturize, while achieving low power consumption and zero pollution, will be an endless pursuit process.

In view of the above characteristics, "ANOVO" has devoted itself to developing a series of embedded intelligent platforms suitable for the medical instrument industry, which have the characteristics of small size, high reliability, low power consumption and complete interfaces. Once launched, it has attracted the attention of many medical instrument suppliers and has achieved remarkable results in continuous practice.

Let's take the multi-parameter monitor as an example to see the application of the "ANOVO" embedded intelligent platform in the medical instrument industry. The system is generally composed of multiple monitors and a central nurse workstation. The monitor uses the "ANOVO" 104-1541CLDN full-function embedded industrial motherboard as the core operating platform. The motherboard is only half the size of a palm. It integrates an ultra-low power NS GX 300MHz CPU processing chip, SDRAM, CRT/LCD control, 10/100Mbps network interface, Compact Flash, IDE, FDD, two serial and one parallel, two USBs, a 115Kbps IrDA infrared interface, a 1~255 second programmable watchdog timer, a PS2 keyboard and mouse, and supports the most common PC/104 interface in the domestic medical industry. The system completes the signal acquisition of a series of sensor detectors including blood pressure, blood oxygen, body temperature, and respiration through the user board expanded by this interface, and performs real-time processing. The final results can be output in a variety of forms. At present, the platform supports two display modes: high-precision LCD and VGA. The maximum resolution of the video on the board can reach 1024*768. It supports a universal thermal printing interface and can communicate with the central nurse workstation through a standard serial port. In terms of the choice of platform operating system, we give customers more freedom, breaking the limitation of traditional multi-parameter instruments that only support a single DOS operating system, so as to provide a more flexible and extensive application mode.

[System Structure]

[Application Features]

1. High reliability.

North China Science and Technology is dedicated to the development of embedded intelligent platforms, and has invested a lot of manpower and material resources to improve product performance and reliability. In terms of production and testing, it strictly controls to ensure that every product from North China Science and Technology meets customer needs. As the first EIP manufacturer in the same industry in China to pass the ISO-9000 quality system certification, North China Science and Technology's products have successfully passed the "PC Bus Industrial Computer and Automation Products" Identification Committee Expert Test Group, Air Force Electronic Equipment Testing Center, Industrial Corporation Testing Center, China Electronic Products Quality Inspection Center and other testing institutions. The strict tests prove that North China Science and Technology's products are suitable for use in various harsh environments that require long-term operation. "ANOVO" products are quality-insured by Meiya Company.

2. Perfect interfaces. The

104-1541CLDN full-function embedded industrial motherboard comes with PC/104 bus interface, 10/100Mbps adaptive network interface, Compact Flash, IDE, FDD, COM, LTP, two USB, IrDA infrared interface, PS2 keyboard and mouse port. Fully meet your various application occasions. 3. Ultra-low power consumption. The 104-1541CLDN full-function embedded industrial motherboard is produced with highly integrated and low-power components. The device arrangement and wiring design are scientific and reasonable, which can effectively reduce the heating phenomenon and reduce the temperature inside the machine. The maximum power consumption is less than 5W. No cooling fan is required in the room with a temperature of up to 65 degrees Celsius, avoiding the unreliability of the system caused by the fan. 4. Excellent cost performance. North China Science and Technology Intelligent Co., Ltd. has more than 200 researchers in Shenzhen, the United States and Taipei who are dedicated to the development of EIP to ensure that North China Science and Technology Technology can be in a leading position in the industry. As the largest domestic embedded intelligent platform production supplier, large-scale production and testing are carried out in China, and the manufacturing cost of products is greatly reduced. Branches throughout the country provide consulting and after-sales services to customers nearby, effectively reducing daily operating costs. Therefore, the price of our products is usually more than 10% lower than similar products, with excellent performance-price ratio.