First-aid vehicle with telescopic and hidden oxygen bottle bracket

Abstract

The invention discloses a first-aid vehicle with a telescopic and hidden oxygen bottle bracket. The first-aid vehicle comprises a vehicle body, wherein the edge lines of two sides of a bottom plate inthe vehicle body are symmetrically provided with square frame plates; the front surface of the bottom plate in the vehicle body is provided with a U-shaped plate; two ends of the U-shaped plate are inserted into the square frame plates; a T-shaped plate is arranged between the plate bodies of the square frame plates; and the upper surface of the T-shaped plate is provided with an annular plate. Through the arranged U-shaped plate, the arranged square frame plates, the arranged T-shaped plate, the arranged annular plate, an arranged sliding rail, arranged sliding sleeves and an arranged roundplate, a situation that the bracket used for placing an oxygen bottle body is exposed out of the first-aid vehicle to scratch patients in a hospital when the first-aid vehicle moves can be avoided, and the safety performance of the first-aid vehicle is improved. Through an arranged upper ring plate, arranged round holes, an arranged vertical rod and an arranged permanent seat, the oxygen bottle body placed on the round plate can be fixed, the situation that when the first-aid vehicle moves, the oxygen bottle body falls from the round plate to damage the oxygen bottle body is avoided, and oxygen bottle body placement stability is improved.

Description

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AI Technical Summary

Benefits of technology

This innovation improves how an airplanes are equipped with oxygen gas for medical use during crisis situations by eliminating any extra equipment that may come into contact or damage it's components while they travel through space. It also includes various technical features such as fixing the ozone cartridge inside the plane itself instead of exposing them externally, reducing their risk of injury due to external factors like impactors hitting against other objects nearer ground level (such as buildings).

Problems solved by technology

This patented describes traditional methods used by emergency responding teams during transportation from one location to another without having them leave their bags inside or near it's walls when they return home after being wounded due to collisions between these items.

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