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An Intelligent Household Heart Rate Meter

Fu-you ZHANG(张付有), Xiao LU(卢晓), Hai-xia WANG(王海霞)

(Key Laboratory for Robot & Intelligent Technology of Shandong Province, Shandong University of Science and Technology, Qingdao 266510, China)

Abstract-The measuring instrument which uses Sunplus SPCE061A MCU as the controller is a practical intelligent household heart rate meter.  It can serve all people timely and effectively to detect the heart rate.  It rings some voice alarm if the HRV is abnormal. Then it is decided whether to see a doctor at a convenient time for further diagnosis. The instrument has a feature of voice guidance that can save keyboard steps, which extends the scope of use. All people, old and young, the blind and the deaf, can use it by themselves.

Key words-SCM; HRV; heart rate; voice guidance

Manuscript Number: 1674-8042(2011)03-0293-04

doi: 10.3969/j.issn.1674-8042.2011.03.021

References

[1] Jun-yi Xue, 2003. Sunplus 16 singl-chip microcomputer principle and application. Beijing aerospace university press, P.5-32.
[2] Yong-hua Zhang, Sheng-yong Mou, 2006. Cardio DuiShe tube based photoelectric measuring system design heart rate. Micro computer information embedded and SOC, 22(1-2): 236-237.
[3] Xiao-nian Tang, Gang Zhao, Da-yuan An, et al, 2005. The development of portable heart rate variability monitor. Medical equipment, 26(4): 1.
[4] Sunplus Technology Company Limited, 2006. Examples of sunplus 16-bit single chip development. Beijing aerospace university press, p.35-71.
[5] Xiao-lian Zhou, 2005. Based on SCM design of speech heart rate detector. Sanming college journals, 22(4): 387.
[6] Cui-feng Shen, 2002. Photoelectric intelligent heart rate detector. Yancheng engineering journal, 15(2): 66-68.
[7] An-qi Chou, Bo Yu, Jing Bai, 1998. Two method to calculate heart rate variability. Electronic technology herald, (11): 21-22.
[8] Xiu-heng Han, Zheng-jun Li,Guo-qiang Li, 2007. Electric treadmill heart rate measurement system design. Science and technology information development and economic, 17(5): 164-165.
 

 

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