基于机械结构的鞋底发电装置设计

Design of Sole Power Generation Device Based on Mechanical Structure

摘要: 当前，手机电池的电量不断增加，但依然会出现在路上时手机没电又没地方充电的情况，因此提出了走路发电的构想。走路发电装置基于法拉第原理，通过切割磁感线发电装置将人体走路产生的机械能转化为电能。提出了装置的整体设计方案并设计了关键零部件，利用SolidWorks软件三维建模，通过3D打印技术制作出零件并组装。经过测试，走路2小时可为一部智能手机充满电，满足人们日常所需。该结果表明装置积累的电量较为可观，同时适应了低碳的需求，具有广阔的发展前景。

Abstract: At present, the mobile phone battery is constantly increasing, but it will still appear on the road when the phone is out of power and no place to charge, so the idea of walking to generate electricity is proposed. Based on Faraday principle, the walking power generation device converts the mechanical energy generated by human walking into electrical energy by cutting magnetic induction line power generation device. The overall design scheme of the device is proposed and the key parts are designed. The SolidWorks software is used for 3D modeling, and the parts are produced and assembled by 3D printing technology. A two-hour walk has been tested to fully charge a smartphone for everyday use. The results show that the accumulated power of the device is considerable, and it can meet the demand of low carbon.