Emergency Rescue Instruction System for Neihu Drowning Persons
An emergency rescue and personnel technology, applied in water lifesaving, closed-circuit television systems, components of television systems, etc., can solve the problems of turbulent water flow, inability to accurately indicate the location of rescuers, and large underwater depth, and achieve a safe and secure solution. Effect
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Embodiment 1
[0027] Instruction system for emergency rescue of drowning persons in Neihu Lake, such as figure 1 Shown: including a traction module, a camera module, a processing module, a display module and multiple elastic floating modules; the traction module connects rescue equipment and rescuers and performs traction, the traction module includes the existing traction rope, and the floating modules are distributed at equal intervals On the traction module, the floating module enters water and detects the humidity value when it is subjected to a preset water pressure. The floating module includes a transparent elastic shell unit and a humidity sensor unit located in the elastic shell unit. The elastic shell unit can be made of elastic plastic, and the elastic shell unit is spherical, and the capillary hole refers to a hole whose diameter is smaller than that of the needle tip.
[0028] The shooting module shoots the image information of the traction module and the floating module in the...
Embodiment 2
[0035] The difference with Embodiment 1 is that, if figure 2 As shown, the elastic shell unit is equipped with a lighting unit. The lighting unit can use multiple existing LED lamp beads. The lighting unit is waterproof by setting a waterproof outer film. The illuminating unit sends lighting signals sequentially, and the lighting signals may be power-on signals.
[0036] When an animal signal is detected, the processing module sends a lighting signal to the lighting unit in the elastic shell unit, so that the lighting unit at a certain distance from the person is turned on, and the animals around the rescuer are guided away by the phototaxis of the animal, improving the safety of the rescuer. Safety.
Embodiment 3
[0038] The difference from Embodiment 2 is that the processing module sequentially sends lighting signals to the lighting unit on the side away from the rescuers, and the processing module sends lighting signals to the lighting unit starting from the side close to the rescuers after a set time period after sending the lighting signals. Sequentially send a close signal.
[0039] By making the lighting units turn on sequentially toward the side away from the rescuer, and turn off sequentially after the lighting units are turned on, the animals around the rescuer can be prevented from being kept around the traction unit after the animals around the rescuer are led away.
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