Research Status and Development Trend of Intelligent Emergency Rescue Equipment

Abstract

：In the disaster scenes, such as earthquake and fire, the urgency of the rescue mission highlights the urgent need for intelligent emergency rescue equipment. The use of intelligent emergency rescue equipment can greatly improve the combat effectiveness of the rescue team, and deal with various disasters quickly and efficiently, especially the sudden and serious disasters.It can reduce the casualties and property losses, which is of great significance for its research. According to the working environment and use, intelligent emergency rescue equipment can be divided into air, land, underwater and common rescue equipment. On the basis of summarizing the research status of intelligent emergency rescue equipment and key technologies, it is found that there are still some problems in the current research, such as lack of efficient mechanism design method, poor reliability of equipment, low intelligence, low maturity of communication technology and poor man-machine friendliness, which lead to the low application of intelligent emergency rescue equipment in large-scale disaster field. Intelligent emergency rescue equipment will develop in the direction of advanced structure design, reliable motion performance, high intelligence, fast and accurate communication and good human-computer interaction.

Dynamic Characteristics and Optimization of Segmented Fork Arm Seat System

“…Nonroad transport equipment is an essential means to deal with complex disaster sites, carry out efficient rescue-transport and enhance the success rate of rescue. 1 The application scenario of non-road transport equipment faces typical working conditions such as uneven road crossings, hill climbing, loading, and unloading, which are complex and extremely harsh. Therefore, the non-road transport equipment is in the coupled multiphysical field of vibration, heavy load, impact, frequency conversion, etc., which finally causes significant low-frequency and high-intensity vibration in the cab and seriously affects the driver's handling stability 2 and rescue efficiency.…”