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RFID based intelligent lighting system development for the convenience store

机译:基于RFID的便利店智能照明系统开发

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In this paper, through the convenience store inside the refrigerated cabinet, combined with RFID control systems, intelligent production of a lighting store refrigerated display cabinets, the use of the laboratory''s self-developed software interface with the energy-efficient light-emitting diode light source so the focus of the lighting, so that display focus on commodity counters so that customers can quickly prompted the choice of access to goods, to save power consumption refrigerators. And harm the human body for electromagnetic waves of doubt, the development of low-power low-electromagnetic scanning. Which used light-emitting diode light source if the source to replace the traditional fluorescent lamp, can save about 77% of energy. RFID positioning control system for self-development software, the system may be the largest reactive power consumption down to 45W maximum 25W, and more can be 92% ∼ 100% of the cases to identify 20W power consumption to below the RF system to save energy for more than 44%. Two energy-saving technology combined with technology, in terms of a single overall refrigerators can save about 65.6% of lighting electricity consumption in refrigerators, the use of convenience stores in our schools can be saved within the 63.56% forecast refrigerators lighting electricity consumption in the next provide energy-saving and convenient living environment.
机译:本文通过冷藏柜内部的便利店,结合RFID控制系统,智能生产照明店的冷藏展示柜,利用实验室自行开发的软件界面与节能发光二极管光源使重点照明,使陈列重点放在商品柜台上,使顾客可以迅速提示选择获取商品,以节省冰箱的功耗。并因怀疑电磁波伤害人体,发展了低功率低电磁扫描技术。其中采用发光二极管的光源若能取代传统的日光灯,可节省约77%的能源。 RFID定位控制系统为自行开发的软件,该系统可能将最大无功功耗降低到45W,最大降低到25W,并且更多的可以在92%〜100%的情况下识别20W功耗以降低RF系统以节省能源超过44%。两种节能技术相结合的技术,就单个整体而言,冰箱可以节省约65.6%的冰箱照明用电量,在我校使用便利店内可以节省63.56%的预测冰箱照明用电量。下一步提供节能便捷的生活环境。

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