无线射频识别辅助智能购物推车与儿童保育室

Parameswaran Ramesh, P. Bhuvaneswari
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引用次数: 2

摘要

随着电子商务和电子食品等数字购物需求的增长,消费者继续在超市和购物中心购物,以满足自己的需求。由于这个计费过程是主要的头痛在购物中心。本研究的主要目的是优化在RFID的帮助下放置在手推车上的支付过程。本文概述了一种基于射频识别(RFID)阅读器的智能购物车的设计,其中包括儿童保育单元模型。手推车配备了RFID阅读器、QR扫描仪、液晶显示器(LCD)和儿童保育单元。每当将产品描绘到RFID阅读器时,产品成本就会显示在LCD屏幕上。这项研究的主要好处是内疚通过与电车结合来照顾孩子。它由一个用作收发器的射频模块组成。儿童保育部门将有助于确保与父母一起逛商场的儿童的安全。当婴儿试图离开购物车时,它会发出警报。在现实生活中,锂离子电池更可取,因为它们的寿命更长。此外,电池的平均寿命将达到6年。
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RFID Aided Intelligent Shopping Trolley with Child Care Unit
As the need for digital shopping grows, such as E-commerce and E-food, consumers continue to purchase at supermarkets and shopping malls for their self gratification. Owing to this billing process is the major headache in shopping malls. The primary objective of this research is to optimize the payment process which is placed on the trolley with the help of RFID. This article outlines the design of an intelligent shopping trolley based on a Radio Frequency Identification (RFID) reader and it includes the child care unit model. The trolley is equipped with an RFID reader, QR scanner, Liquid Crystal Display (LCD) and a child care unit. Whenever a product is portrayed to the RFID reader, the product cost is displayed over the LCD screen. The primary benefit of this research would be that the compunction cares for children by integrating with the trolley. It consists of an RF module that serves as transceiver. The child care section will contribute to ensuring the safety of children visiting shopping malls with their parents. It generates an alert when the baby attempts to leave from the cart. In real-world situations, the Lithium-ion batteries would have been preferable due to their extended life. Additionally, the battery's average life span would be six years.
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