ABSTRACT
Objective:According to the theory of Traditional Chinese Medicine pulse diagnosis, we have used a PVDF pulse sensors and a combination of pre-amplifier unit to accurately detect the pulse information.Methods: Based on the principle of electronic technology design a multi-level amplification and filtering circuitry for detecting the pulse signal condition. Design the data acquisition circuit based on AT89C51 microcontroller and analog-digital conversion chip AD0809.Results: Using the signal acquisition and data amplifier circuit to effectively collect, process and amplify the pulse wave, will integrally combine the traditional Chinese medicine theory and modern scientific theories, greatly reduce the misdiagnosis rate, then effectively achieve the objective of pulse diagnosis.Conclusion: The data acquisition circuit which based on AT89C51 single-chip microcomputer and A/D conversion chip AD0809 can basically complete the pulse signal collection and processing, the signal amplification is more noticeable, which has A certain role in promoting to reveal the objective.
ABSTRACT
Animalcule Identification and Drug Susceptivity System is designed with virtual instrument technology. The paper introduces main functions and the special feature of the software design. It discusses how to accomplish database operations and serial communication with LabVIEW and achieve remote distribution of data with DataSocket tchnology.
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Objective To design a virtual console for the movable high frequency X-ray machine system type MME2002. Methods An experimental circuit was designed to simulate the real circuit and realized the serial communication between microcomputer and MCU (micro control unit). The simulating software was designed in Visual Basic 6.0, using MSComm to control serial communication. It simulated the functions of the initial console, including setting parameters, sending commands to the machine and storing and transferring the best data of a special condition by file operation in VB. Results The console was designed based on PC. Conclusion This console can replace the console using circuit boards and keys. It can be combined with the X-ray machine systems' image collection software, making the machine's operation more easy and convenient.
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This paper analyses the requirements of serial data communication interface between upper and lower hosts in a heart sound sampling system, and then introduces the system design scheme, schematic of hardware interface and source codes of upper and lower hosts. C8051F000 and personal computer adopted as the lower host and upper host respectively, C++ Builder and Windows API functions are also used to implement the applications.
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Objective A solution of serial communication in Multi-Axis Controller which uses programmable multi-axis controller (PMAC) as down processor and PC as up processor is introduced. By the PComm32.dll provided with Delta Tau Data Systems Inc., the serial communication between PC and PMAC is realized based on .NET. Methods In order to realize the programming techniques of serial communication, a new method that managed codes invoked the unmanaged codes in Common Language Runtime environment by using Platform Invocation Services was adopted. The serial communication program was designed by using the program language C#. Besides the single axis locomotion,the debugging procession of the multi-axis joint locomotion was also recounted based on the five-DOF robot. Results The results indicated that the serial communication between PC and PMAC was completely realized. Conclusion The developed serial communication software module is of good correctness, stability and reliability, and also shows that the software is convenient and easy to use, which can accord with system requirements.
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This paper introduces the applications of network technology, wire and wireless technologies to designs of medical equipments. The theories and applications of such technologies are presented as the ones of serial communication, concurrent communication, USB interface, Bluetooth HomeRF, wireless network communication and GPRS.
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The software design of a biological enzyme calibration system based on virtual instrument technology is introduced. The serial communication with LabVIEW and data tele -distribution with DataSocket technology are also described.