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[系统概述]
The development of blood cell analyzers has a history of 50 years, and the use of blood cell analyzers in domestic hospitals is becoming more and more popular. In recent years, due to the rapid development of high technology, the latest electronics, optics, chemistry and computer technology have been continuously used in the blood cell analyzer to continuously meet the requirements of clinical work for blood cell analysis.To provide a more convenient and applicable blood cell analyzer with more functions and parameters, more accurate and faster speed, has been the goal of various blood cell analyzer manufacturers
The development and changes of blood cell analyzer in recent years mainly include the following aspects:
1) Multi-parameterization of routine blood test
2) Multifunctional synthesis extension
3) Improvement of detection speed
4) Improvement and progress of detection methods. The methods of blood cell measurement and analysis are no longer limited to a single method. In addition to traditional methods, a number of technologies have been combined with each other.
5) Convenience of application
1) Multi-parameterization of routine blood test
2) Multifunctional synthesis extension
3) Improvement of detection speed
4) Improvement and progress of detection methods. The methods of blood cell measurement and analysis are no longer limited to a single method. In addition to traditional methods, a number of technologies have been combined with each other.
5) Convenience of application
[系统原理]
The blood cell analyzer uses a variety of detection technologies (laser method and impedance method, flow cytometry analysis technology) to classify and count the blood cells of the blood sample to be tested, and then display the test results on the screen (including graphics and lists), print the test report, Complete a test. These operations are fully automatic, with PC-BASE as the main control part of the system. At present, there are more and more test parameters of the blood cell analyzer, and the required detection speed is also as fast as possible. The main control part also puts forward the requirements of high stability, high performance, small size and perfect function, and adopts EVOC EIP special products- The IPC-586VDH(GX)-300 half-length card can meet the overall requirements of users. This high-stability hardware platform and the combined application of a number of high and new technologies enable customers’ products to detect very rich parameters and accurate results Sex is also greatly improved.
HSC-1611CLDNA motherboard is the latest low-power embedded industrial motherboard, which integrates ultra-low voltage ULV Intel Celeron 400MHz CPU, SMI 722 CRT/LCD control, 10/100Mbps network interface, and audio on this half-length embedded computer. Interface, CompactFlash card, one IDE, one FDD, two serial and one parallel, two USB, IrDA infrared interface, 1-255 minute/second programmable watchdog timer, PS2 keyboard and mouse, can be connected to a variety of users’ peripherals The equipment and functions are very responsive to customer needs and conform to the principle of Just-enough requirements for motherboards by industry customers.
HSC-1611CLDNA motherboard is the latest low-power embedded industrial motherboard, which integrates ultra-low voltage ULV Intel Celeron 400MHz CPU, SMI 722 CRT/LCD control, 10/100Mbps network interface, and audio on this half-length embedded computer. Interface, CompactFlash card, one IDE, one FDD, two serial and one parallel, two USB, IrDA infrared interface, 1-255 minute/second programmable watchdog timer, PS2 keyboard and mouse, can be connected to a variety of users’ peripherals The equipment and functions are very responsive to customer needs and conform to the principle of Just-enough requirements for motherboards by industry customers.
[系统框图]
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[系统配置]
Motherboard: HSC-1611CLDNA
Memory: 128M
DOM: 128M
Memory: 128M
DOM: 128M
Operating System: Linux
[系统评价]
(1) The main board is small in size (185 × 122mm), ISA bus, which is convenient for customers to expand the dedicated signal acquisition card;
(2) On-board ULV 400M embedded ultra-low power CPU (no need to install a fan), reduce failures caused by heat, and improve system stability
(3) Two widely used USB ports are specially added to provide convenience for the installation, upgrade and maintenance of customer terminal products.
(4) The PC/104 bus expansion is integrated on the motherboard to meet the needs of customers when expanding special functions.
(5) EVOC’s professional “every time, everywhere” service system can provide customers with no worries when choosing “EVOC” products.
(1) The main board is small in size (185 × 122mm), ISA bus, which is convenient for customers to expand the dedicated signal acquisition card;
(2) On-board ULV 400M embedded ultra-low power CPU (no need to install a fan), reduce failures caused by heat, and improve system stability
(3) Two widely used USB ports are specially added to provide convenience for the installation, upgrade and maintenance of customer terminal products.
(4) The PC/104 bus expansion is integrated on the motherboard to meet the needs of customers when expanding special functions.
(5) EVOC’s professional “every time, everywhere” service system can provide customers with no worries when choosing “EVOC” products.
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