Earthquake rescue vehicle

Abstract

Provided in the invention is an earthquake rescue vehicle. A container square cabin is mounted on an automobile chassis; the interior of the container square cabin is divided into a plurality of bins,and each bin is provided with a vertical telescopic suspension fixing frame, a vertical rotary telescopic suspension fixing device, a telescopic sliding fixing tray, a movable turnover inclined push-pull drawer and/or a telescopic climbing and treading working platform. The movable turnover inclined push-pull drawer comprises a drawer, a guide slide rail and a stop mechanism; a groove guide railof a right guide rail specially-shaped plate on the right side of the drawer slides along a right front cylinder rolling supporting adjusting wheel, a groove guide rail with a convex rib of a left guide rail specially-shaped plate on the left side of the drawer slides along a left front concave cylinder rolling supporting guide wheel, and rolling supporting guide wheels on the rear portions of thetwo sides of the drawer roll along guide sliding rails. The telescopic climbing and stepping working platform comprises a working platform body and a foldable telescopic overturning step ladder, anda groove-shaped space is formed in the middle of the working platform body. The equipment and components are high in adaptability in a severe field environment, rescue equipment is convenient to assemble, take and place, and the earthquake disaster emergency rescue guarantee capacity is effectively improved.

Description

technical field [0001] The invention relates to an earthquake rescue vehicle. Background technique [0002] my country has a vast territory and scattered disasters. Major disasters and accidents are often accompanied by damaged buildings and trapped people. Existing emergency rescue vehicles have poor mobility, single functions, and poor reliability. When rescue teams face major disasters and accidents, professional rescue equipment still restricts the improvement of rescue efficiency. Developing earthquake rescue vehicles with multi-functional emergency rescue equipment, improving the mobility of emergency rescue equipment and adaptability to harsh and complex working conditions has become a top priority for emergency rescue capacity building under earthquake disaster conditions. [0003] Earthquake disasters have brought devastating damage and huge losses to the country. In the face of such emergencies, how to minimize the losses is a new task. At present, the domestic e...

AI Technical Summary

Problems solved by technology

At present, the domestic equipment has the following problems: first, the on-site service analysis is unclear, and the types and quantities of rescue equipment carried are not complete; Emergency reinforcement capability; third, poor adaptability of equipment and components in harsh outdoor environments, poor vehicle passability, difficulty in assembling and picking up rescue equipment

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