Fire Alarm System by Using Economic Thermal imaging and True Photography

Abstract

               The purposes of this study were 1) to develop the fire alarm system using economic thermal imaging and the true photography, 2) to assess the suitability of the fire alarm system with economical thermal imaging and true photography, and 3) to study the satisfaction of user on the fire alarm system with economic thermal imaging and true photography. The target groups were divided into two groups: the first group was the experts who had developed the system: three people who assessed the suitability of the fire alarm system with economic thermal imaging and true photography. The second group is general people: ten people who evaluated the quality of the fire alarm system using economic thermal imaging and true photography. The research tools consisted of 1) a fire alarm system using economic thermal imaging and true photography,  2) a quality of assessment form and 3) a satisfaction questionnaire of the users who used the fire alarm system. The statistics used in the research were arithmetic mean and standard deviation.

            The results of the research were as follows: 1) the development of the fire alarm system using economic thermal imaging and the true photography can be worked with smoke and gas sensors and then transmits data over a Wi-Fi network. The server was made a fire alarm by sending sounds to make people nearby to be aware of the fire accident, and notified the line application and sent photos in the real events so that users could assess the situation in a timely manner which was an economical and practical system. 2) the suitability of the fire alarm system using economic thermal imaging an true photography was rated at a high level, and 3) the users’ satisfaction of the fire alarm system was rated at a high level.