Inflatable water life saving gallery bridge

Abstract

The invention discloses an aeration type lifesaving corridor bridge on the water. The invention consists of a pairs of aeration beams extending along the length direction of the left and right sides, a bottom plate arranged between the pair of aeration beams along the length direction, a connection device arranged on at least one end of the corridor bridge and used for connecting with other devices on the water, an aeration sail of the accommodation space formed with the upper surface of the bottom plate and arranged between the pair of aeration beams along the length direction for shielding the bottom plate, an aeration system, a drainage system used for draining the accumulated water in the accommodation space. The bottom plate can be kinked on at least one position along the length direction. The aeration type lifesaving corridor bridge can quickly close to the ship waiting to be saved and connects with the saved ship for playing a bridge effect of transiting the staff and goods. The aeration type lifesaving corridor bridge can also be used as a lifesaving boat or a floating bridge, which has the advantages of simple structure, strong ability to resiststorm, folding and convenient carrying.

Description

technical field [0001] The invention relates to an inflatable water life-saving equipment. Background technique [0002] When a water traffic accident occurs, the rescue ship needs to keep a certain distance from the rescued ship due to wind and waves, so as not to collide with each other. At this time, we can only rely on the ferry of the lifeboat to rescue the rescued ship. However, the lifeboat is small in size and limited in area. It can only rescue a few people at a time, or at most a dozen people, and the time spent on ferrying back and forth is long, which will delay the best time for rescue. Another more effective way is to rely on helicopters for air rescue. Although this method has a large operating radius, it is affected by climate, range and carrying capacity, and the cost of rescue is high and the efficiency is low. Neither of the above approaches is suitable for a large-scale rapid rescue. [0003] In the field of inflatable lifesavin...

AI Technical Summary

Problems solved by technology

However, its field of use is limited to carrying people and goods in a fixed area, and it still cannot solve the problem of how to quickly approach the rescued ship and quickly transport a large number of people in distress into the ship.

Images