Post-disaster emergency rescue energy-saving barracks

Abstract

The invention discloses an energy-saving barracks for post-disaster emergency rescue, which comprises a base support ring of the barracks, a main frame of the barracks connected with the support ring of the base of the barracks, and two film layers arranged inside and outside the main frame of the barracks; the main frame of the barracks is fixed on the There are stable sensors and heat preservation and heating devices; the bottom of the base support ring of the barracks is provided with a lifting device; the main frame of the barracks includes a circular support ring fixedly connected with the base support ring of the barracks, and a circular support ring connected with the circular support ring The latitude and longitude semicircular telescopic skeleton is arranged between the longitude and latitude semicircular telescopic skeleton and the circular support ring, and is connected with the longitude and latitude semicircular telescopic skeleton and the circular support ring at the same time as a fixed skeleton connector. The invention provides a post-disaster emergency rescue energy-saving barracks with simple structure, convenient operation, installation and use, small space occupation at ordinary times, large volume space after installation, and good effects in windproof, rainproof and heat preservation.

Description

technical field [0001] The invention relates to the field of emergency disaster relief equipment, in particular to a post-disaster emergency rescue energy-saving barracks. Background technique [0002] The concept of modern post-disaster relief requires disaster relief equipment and facilities to be flexible, easy to carry and assemble, good thermal insulation and energy-saving performance, safe and reliable overall structure, green and environmentally friendly, and strong site adaptability. This requires that disaster relief equipment and facilities should be designed and manufactured in conjunction with Combination of modern new technology and new materials. [0003] However, at present, post-disaster emergency rescue camps are mostly tents, board houses, temporary thatched huts, etc. These equipment and facilities have small capacity, poor rainproof and sunscreen performance, inconvenient installation, and poor stability after placement. The existing emergency rescue bar...

AI Technical Summary

Problems solved by technology

[0003] However, the current post-disaster emergency rescue camps are mostly tents, board houses, temporary thatched huts, etc. These equipment and facilities have small capacity, poor rainproof and sunscreen performance, inconvenient installation, and poor stability after placement. The existing emergency rescue barracks have poor thermal insulation performance, high energy consumption, and are not easy to rescue after a disaster. Especially when it is rainy, frosty, and snowy, people can only rely on quilts and clothes to keep warm, which is not suitable for living and living after a disaster. and production placement

[0004] Therefore, aiming at the problems of high energy consumption and poor performance of the existing barracks, it is already a problem worth studying to carry out a reasonable design of disaster relief barracks according to the modern disaster relief concept

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