基于短消息服务技术的电子密钥原型实现

L. Kamelia, Eki Ahmad Zaki Hamidi, Akhmad Jazuli Baskara
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引用次数: 4

摘要

智能家居技术涵盖了房屋中的许多系统,如照明系统、电子电器控制、花园维护系统、安全系统等。手机短信技术在智能家居、智能农业、智能工业等领域的各种研究中得到了广泛的应用。该研究旨在使用键盘、GSM模块、限位开关和Arduino Nano来实现电子钥匙。Arduino Nano作为控制门锁的处理器,通过键盘和短信网关来命令门锁,键盘作为关闭命令,短信网关作为远程命令,用于房屋或建筑物的所有者打开或锁定门。执行器有几个部件,即电磁阀、蜂鸣器和短信网关。电磁阀具有自动锁门或开门功能,蜂鸣器具有报警功能,短信网关具有发送门的活动/状态功能。警报系统使用蜂鸣器,如果门打开(根据限位开关检测),而没有从SMS或键盘输入,则蜂鸣器将亮起30秒。
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E-Key Prototype Implementation Based on Short Message Service (SMS) Technology
Smart home technology covers many systems in a house, such as lighting systems, electronic appliance control, garden maintenance systems, security systems and so on. The use of SMS (Short Message Service) technology on cellular phones has been widely applied in various researches in the fields of smart homes, smart agriculture and industry. The research aimed to implement the electronic key using a keypad, GSM module, limit switch and the Arduino Nano. Arduino Nano serves as a processor for the control of the door lock that will be ordered through the keypad and SMS gateway, the keypad used as a close command and the SMS gateway used as a remote command for the owner of the house or building to open or lock the door. There are several components as the actuator, i.e. solenoid, buzzer and SMS gateway. The solenoid has the function to lock or open the door automatically, the buzzer functions as an alarm, and the SMS gateway has a function to send the activity/status of the door. The warning system uses a buzzer that will light up for 30 seconds if the door is open (according to the limit switch detection) whereas there is no input from the SMS or keypad.
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