Vehicle falling water escape system and its supersonic component

Abstract

The invention discloses an automobile water escape system and ultrasonic component, ultrasonic component comprises a shell body, and an ultrasonic module, and the car fell into the water escape systemcomprises at least one ultrasonic component, and a motherboard; the invention of the automobile into the ultrasonic signal escape system and ultrasonic component installed in the vehicle can emit ultrasonic signal transmitting unit in the vehicle, drowning, by ultrasonic wave transmitting medium, the ultrasonic medium due to the incompressible rate becomes faster (e.g. liquid) characteristics, effectively detect changes in ultrasonic velocity, and fast receiving and help a car fell into the water information, reach to grasp the vehicle drowning rescue initiative in order to reduce the casualties of the advantage.

Description

technical field [0001] The present invention relates to a car drowning escape system and its ultrasonic component, in particular to a car drowning escape system and its ultrasonic component which assists in quickly receiving and sending out the information of a car drowning in order to grasp the opportunity of rescue. Background technique [0002] Press, in the government's advocacy materials, the public is often educated that when the car accidentally falls into the water, it is easy to sink due to the weight of the engine on the front of the car. After fastening the seat belt, open the car window as soon as possible, and climb out of the car window before the car sinks; if the car is completely submerged in water, the car door will be affected by the internal and external differences of water pressure and it will not be easy to open, and the electric window will also be affected by the water pressure. At this time, the car will completely sink in about 90 seconds. The trap...

AI Technical Summary

Problems solved by technology

[0002] Press, in the government's advocacy materials, the public is often educated that when the car accidentally falls into the water, it is easy to sink due to the weight of the engine on the front of the car. After fastening the seat belt, open the car window as soon as possible, and climb out of the car window before the car sinks; if the car is completely submerged in water, the car door will be affected by the internal and external differences of water pressure and it will not be easy to open, and the electric window will also be affected by the water pressure. At this time, the car will completely sink in about 90 seconds. The trapped person must find a sharp object on the car and knock on the front and rear windshields in time to have a chance to escape. Grasp the chance of escape, the chances of survival of the trapped people will be very slim

[0003] The "automobile falling into water self-rescue system" of Chinese Taiwan Patent No. M416576 is used to solve the above-mentioned problems. This patent includes a car body, an inflation mechanism, a water level sensor and a control unit; Including high-pressure gas cylinders, floating balls and floating ball control modules. The high-pressure gas cylinders are installed in the vehicle body, and the floating balls are installed outside the vehicle body. Switch starter and driver; the water level sensor is located outside the vehicle body, and the control unit is electrically connected with the water level sensor and the float control module; thereby, when the water level sensor detects that the water level is too high, the inflation mechanism can be activated, so that the float of the inflation mechanism Inflate quickly to prevent the car body from sinking, thereby saving the life of the driver; furthermore, there is a distress light on the top of the light, which can flash and let the driver wait for rescue; however, when the vehicle falls into the water, the water level sensor and The buoy goes up due to the buoyancy of the water, but due to the tension of the spring as resistance, the actuation time of the buoy is affected, the signal transmission time of the sensor is delayed, and the timing of the inflation of the buoy is delayed, finally causing the car to be trapped The timing of people being rescued; therefore, how to use innovative design to effectively help the car to quickly send out the distress message when the car falls into the water, so as to grasp the opportunity of rescue, is the problem that the car fall escape system needs to continue to work hard to overcome and solve

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