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再生资源“互联网+”分类回收平台的设计与开发研究 被引量:6

Research on design and development for "Internet+" sorted collection application of renewable resources
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摘要 基于可再生资源有效回收率低和回收过程中信息不对称的现状,结合"互联网+"思维,提出"互联网+"研发应用平台——"能回收"APP以解决"回收难"问题。对应用平台内部模块进行了详细分析及设计,应用Androidstudio开发原生APP,利用Leancloud开发后台管理页面及系统测试。通过"能回收"APP的实际应用,可再生资源的回收率提高20%左右,利用率提高25%左右。通过对线上组建起用户、线下组建起回收圈的管理,为可再生资源的回收利用提供了强有力的支撑环境,有效提高了可再生资源的回收率和利用率。 Based on the current status of low effective rate of resource recovery and the information asymmetry in the recycling process,with the"Internet+"thinking,a research and application platform was proposed,i.e.to solve the problem of"difficult recovery"by"easy recovery"APP.The internal modules of the application platform were analyzed and designed in detail,and the native APP is developed by Androidstudio,and the background management page and system was tested with Leancloud.The actual application of"easy recovery"APP increases the resource recycling rate by about 20%and the utilization rate by about 25%.Through the management including the online users management and offline recycling cycle management,a strong support to the resource recycling,which effectively improves the recovery and utilization of resources.
作者 梁浩文 刘美婷 章红 刘开凯 杨懿坤 陈育兵 唐维睿 张魏巍 余建国 LIANG Haowen;LIU Meiting;ZHANG Hong;LIU Kaikai;YANG Yikun;CHEN Yubing;TANG Weirui;ZHANG Weiwei;YU Jianguo(School of Mechanical and Electrical Engineering,Jiangxi University of Science and Technology,Ganzhou 341000,China)
出处 《再生资源与循环经济》 2018年第12期12-14,共3页 Recyclable Resources and Circular Economy
基金 2017年江西理工大学校级大学生创新创业训练计划项目(DC2017-021)
关键词 “互联网+” 再生资源 Androidstudio Leancloud "Internet+" resource recycling Androidstudio Leancloud
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