Multifunctional integrated life-saving emergency equipment

Abstract

The invention discloses multifunctional integrated life-saving emergency equipment, and relates to emergency life-saving equipment. The multifunctional integrated life-saving emergency equipment comprises a rod and a working part, wherein the rod is made from medium carbon alloy steel; the working part is positioned at two ends of the rod and is integrally connected with the rod; a back belt loop is arranged at a joint between the working part and the rod; the working part consists of a protrusion piece of which the front end is conical, a protrusion piece of which the front end is flat, a protrusion piece of which the front end is branched and flat and a boss; the conical protrusion piece, the flat protrusion piece and the boss are integrally connected with a connecting handle and is connected with one end of the rod through the connecting handle; and the protrusion piece of which the front end is branched and flat is connected with the other end of the rod. The invention has the advantages that: multiple functions of crowbars, shovels, pickaxes, emergence axes, hammers, screw drivers and the like are integrated for one piece of equipment, the gap of the field of life-saving equipment is filled, and the multifunctional integrated life-saving emergency equipment is widely suitable for earthquake relief, national defense, fire fighting, civil defense, water conservancy, infrastructure and other fields of sudden disasters and is not limited by working environments.

Description

technical field [0001] The invention relates to rescue and life-saving equipment, in particular to a rescue and life-saving emergency equipment integrating multiple functions. Background technique [0002] As we all know, earthquakes and various sudden natural disasters have caused huge economic losses and personal casualties to human society. For this reason, a lot of people have done a lot of work to reduce losses, including earthquake prediction technology and building strengthening technology. Although it has played a certain preventive role, it still has little effect on strong earthquakes and sudden disasters. And through the analysis of earthquakes around the world, casualties are mainly caused by the collapse of buildings. This is because people have no time to escape from the danger zone after the earthquake. When the building collapses, the fragments of the wall and the floor hit the human body, or when they are trapped in a closed space, if there is no life-savin...

AI Technical Summary

Problems solved by technology

It is not difficult to see that although this kind of patent has played a good role in protecting the victims of the disaster, it is very difficult to promote it, taking up a lot of space, high production cost, and complicated operation

Simultaneously there is also a big defect that the life-saving work device is passively waiting for rescue, and cannot actively carry out survival and life-saving operations. When roads and bridges are damaged, large-scale rescue and life-saving machinery and automation devices cannot reach; When the area collapses, the accused person is in the middle high-rise dangerous building, and the large-scale rescue and life-saving machinery and automation devices cannot work; in a fire, when the rescued person is in a high-rise secret room and the firefighting officers and soldiers cannot enter, passively waiting for rescue will make a difference to life. degree of threat

[0003] So looking at the existing life-saving work devices at home and abroad, there is no simple device that is simple to operate, not subject to environmental restrictions, and can satisfy the needs of disaster-stricken people for self-rescue and life-saving for rescuers.

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