Cruise ship rescue device

Abstract

The invention provides a Cruise ship rescue device which includes solar energy power storage device, Wires and rescue components, The rescue component comprises a rubber bag body and an inflatable floating object arranged in the rubber bag body, an electric inflatable pump and an inflatable pipe, one end of the inflatable pipe is connected with an inflatable nozzle of the electric inflatable pump,the other end of the inflatable pipe is connected with an inflatable hole on the inflatable floating object, and the electric inflatable pump inflates the inflatable floating object through the inflatable pipe; The solar energy power storage device is arranged on the cabin of the cruise ship, and a through hole is arranged on the rubber bag body, one end of the conductor is electrically connectedwith the solar energy power storage device, and the other end extends into the rubber bag body from the through hole and is connected with the accumulator of the electric inflator pump for power storage; The utility model can inflate the inflatable floating object by an electric inflating pump, the inflating pump is sufficient to inflate the floating object, the speed is fast, and the power is stored by a solar energy power storage device according to the characteristics that the light of the cruise ship is sufficient; when the inflatable floating object is not inflated, the inflatable floating object and the electric inflating pump can be put into a rubber bag body together, and the storage space is reduced.

Description

technical field [0001] The invention mainly relates to the technical field of rescue, in particular to a cruise ship rescue device. Background technique [0002] With the development of the tourism industry, traveling by cruise ship is one of the most popular choices at present. Along with it comes the problem of cruise ship safety. Once an accident occurs, it is very difficult to rescue due to the water operation, resulting in irreparable personal and property losses. When an accident occurs, self-rescue is carried out in the first time, and it is possible to avoid disaster; there are also some rescue equipment on cruise ships, but the rescue effect of these rescue equipment is not ideal at present, such as inflatable life jackets, which require manual labor. Blowing, the blowing time is long and it is not easy to fill the internal gas, resulting in poor floating effect, while the buoyancy effect of the foam life jacket will deteriorate with time, and it takes up a large sp...

AI Technical Summary

Problems solved by technology

[0002] With the development of the tourism industry, traveling by cruise ship is one of the most popular choices at present. Along with it comes the problem of cruise ship safety. Once an accident occurs, it is very difficult to rescue due to the water operation, resulting in irreparable personal and property losses. When an accident occurs, self-rescue is carried out in the first time, and it is possible to avoid disaster; there are also some rescue equipment on cruise ships, but the rescue effect of these rescue equipment is not ideal at present, such as inflatable life jackets, which require manual labor. Blowing, the blowing time is long and it is not easy to fill the internal gas, resulting in poor floating effect, while the buoyancy effect of the foam life jacket will deteriorate with time, and it takes up a large space for storage

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