Research on the Sensor-Based Automotive Interior Safety Alarm System

Abstract

With the continuous development of the automobile industry, almost every family has a car, so the car safety issue is gradually highlighted. Driving for a long time produce drowsiness; many owners simply sleep in their car, especially younger children who are more prone to the sense of fatigue. In our live, car asphyxiation accidents caused by high temperature and high concentration of carbon monoxide are very common. The automobile has been integrated into people’s life, and its related demands are more diversified. The automobile industry is about to enter the “post-automobile era”. The problem of the interior safety of automobiles is what we need to solve urgently. It is an important means for people to know the safety problems inside the car correctly and take precautions against them. In this document, the status quo of the automotive interior safety problems are described and analyzed. Based on the actual situation, a sensor-based automotive interior safety alarm system is proposed to promote the development of automobile safety industry.

Interior Temperature Dynamics and Its Implications for Heatstroke Risk: Designing an IoT-Based Vehicular Heatstroke Sensor Device

“…Based on the collected data, the system can determine if the conditions inside the car pose a risk of heatstroke for any occupants and take appropriate actions to prevent any potential harm. These actions may include sending alert messages to parents and emergency services, as well as activating features such as rolling down windows or turning on the air conditioner [21][22][23][24][25]. In response to these challenges, this study focuses on designing and developing an IoT-based VHSD.…”