| Title |
Research on the Development of the Electric Window System that can be Remotely Controlled without Time and Spatial Restrictions Using the Internet of Things(IoT) |
| Authors |
Gye-Ho Hwang ; Bong-Seob Lee |
| DOI |
http://doi.org/10.5207/JIEIE.2022.36.6.046 |
| Keywords |
Electric window system; Internet of things(IoT); Linear module; Stepping motor |
| Abstract |
The house we live in and the window system of the house have the purpose of protecting users from the natural environment. Protecting oneself from others according to the social change of the increase in single-person households, In order to meet the needs of users for convenience and quality of life improvement, there is a demand for an electric window system that responds to an emergency situation of indoor air quality improvement and harmful gas leakage in an indoor environment. In this study, we propose a function that enables the user to remotely control the window system without spatial and temporal restrictions by realizing the automatic opening and closing function of the window system in the house using IoT remotely even in emergency situations and normal times. To make it feasible, the field applicability of the proposed system was presented through circuit configuration, design, manufacturing, and testing. The proposed system is characterized in that the size of the proposed system is reduced to be applied to the actual field, and A/S convenience is also considered by applying a linear transfer module to increase the ease of installation. In the future, it is thought that additional research is needed to release it as a standardized product to increase the possibility of actual field application. |