一种功能性骑行装的设计

The Design of a Functional Riding Suit

针对太阳能资源的高效利用及骑行者多维度需求的现状,对国内外骑行装的研究情况进行总结。把柔性非晶硅薄膜太阳能板、锂电池、驱动自激多谐振荡器、压电蜂鸣器和多功能USB插口装置组成一个闭路的电路系统,围绕此系统,设计开发了时尚、多功能的户外骑行装。结果表明:具有柔性薄膜非晶硅太阳能板的骑行装能够充分满足电子装备供电的需求,而附有自激多谐振荡器、蜂鸣器组成的超声波独立系统能够有效地驱逐骑行中遇到的小动物且不会对其造成伤害,保证了骑行者骑行中的安全,为骑行装的智能化设计提供了参考。

For the efficient use of solar energy resources and the riders multi-dimensional needs,domestic and overseas researches on riding suit were summarized.The flexible amorphous silicon thin-film solar panels,lithium batteries,driven self-excited multi-harmonic oscillator,piezoelectric buzzer and multifunctional USB socket device formed a closed circuit system.Besides,the fashionable,and functional riding suit was designed according to this system.The results show that,the riding suit with flexible amorphous silicon thin-film solar panels can fully meet the power supply need of electronic equipment,while the ultrasonic independent system composed of self-excited multi-harmonic oscillator and buzzer can effectively expel small animals to protect them and ensure traffic safety.This paper provides the reference for intelligent design of riding suit.