Design and Implementation of a Home Intelligent Controller

Main Article Content

Nanqing Zhang
Zhenglong Zhu
Qiang Zhang
Xiaoyong Liu
Qing Li

Abstract

In order to improve the high-power consumption and insufficient security of traditional home electric heaters, an Android-based electric heater intelligent controller was developed. The intelligent controller is composed of the controller body (referred to as the body) and the Android APP (referred to as the APP), the body can realize the manual adjustment of the electric heater, the temperature balance adjustment, etc., the APP can realize the scanning code automatic connection WIFI, remote control, and other functions. After testing, the controller can realize the energy saving and safety regulation of electric heating, and is a controller with good control effect, friendly and concise human-computer interaction, and potential promotion value.

Article Details

How to Cite
Zhang, N., Zhu, Z., Zhang, Q., Liu, X., & Li, Q. (2022). Design and Implementation of a Home Intelligent Controller. Journal of Research in Multidisciplinary Methods and Applications, 1(3), 01220103001. Retrieved from http://satursonpublishing.com/jrmma/article/view/a01220103001
Section
Articles

References

LI Ting. Thermal comfort and thermal efficiency of electric heater[D].Instructor: Bai Li. Jilin Jianzhu University, 2020

Lei Yan. How to use electric heaters is safer[J].Farmer Staff Officer, 2017(04):70.

HU Yuan. Design and research of electric heater[D].Supervisor: Wang Huabin; LIAO Zhiwen. South China University of Technology,2014.]

MOU Ying,WANG Jie. The design of intelligent electric heater controller[J].Journal of Eastern Liaoning University (Nature Science Edition),2011,18(02):118-120+124.]

Chen Hui,Wang Shuxin. Optimization design of intelligent thermostat for carbon fiber electric floor heating system[J].Measurement and Control,2016,35(05):149-152.

MU Yuanjie, ZHAO Qingzhu, SHANG Minghua, et al. Design of intelligent controller for greenhouse roller shutter based on dual control of time[J].Anhui Agricultural Sciences,2021,49(22):209-212+216.]

Shang Chuan,Gao Junwei. Design of Train Axle Temperature Monitoring System Based on ZigBee and Cloud[J].Sensors and Microun,20-21,40(08):110-112+120.

Wang Jianxia,Li Xiang. Design of intelligent control system for infrared radiation electric heater based on single-chip microcomputer[J].Intelligent Computer and Use,2014,4(03):74-76+80.

Ding Chengjun, Hu Bo, Liu Yunfan, etc. Design of dust monitoring system for construction site based on Internet of Things[J].Sensors and Microsystems,2022,41(02):101-104.

Xie Xiaozhong. Intelligent electric heating controller with Wi-Fi function[J].Fujian Agricultural Machinery, 2016(03):28-30+46.

Chen Jianjun,Xie Feng,Wang Xiaowu,etc. Design of Digital Torque Wrench Control System Based on PIC Microcontroller[J].Sensors and Microsystems,2022,41(03):72-75.

Wang Penghui,Fang Suping,Li Qi. Design of low-cost IoT connected greenhouse control management system based on ESP8266[J].China Journal of Agricultural Machinery Chemistry,2019,40(12):53-58.

Yan Hanting, Du Xuan, Sun Tiancheng, et al. Development of smart home system based on ESP8266[J].Computer Knowledge and Technology,2021,17(27):136-138.]

Zhang Xiaosi, Zhao Deying, Zhao Li, et al. Design of data communication between Android and SQL Server based on JDDS[J].Automation and Instrumentation, 2018(11):82-84

JIA Yangjing, ZOU Nianyu, LEI Dongming, et al. Smart home system design based on Android and WIFI communication[J].Journal of Dalian Polytechnic University,2016,35(01):67-71.]

ZHANG Xiaohong. Design and research of wireless smart home system based on Android[D].University of Electronic Science and Technology of China, 2016.