CN110743138A - A search and rescue system for swimming - Google Patents

Abstract

A search and rescue system for swimming, which is characterized in that it includes swimmer glasses, lifeguard glasses and a data analysis terminal, the swimmer glasses can feed back their own information to the data analysis terminal, and the data analysis terminal can according to the information of the swimmer glasses Send an instruction to the lifeguard glasses; the lifeguard glasses are provided with a data analysis terminal information receiving module that can receive instructions from the data analysis terminal; the swimmer glasses are provided with a muscle electrical information acquisition module and a one-key call for help function module; The lifeguard glasses are provided with a swimmer's distress signal receiving module capable of receiving the signal transmitted by the one-key distress call function module; and a navigation function module is arranged in the lifeguard glasses. The invention can make the lifeguard get the corresponding news at the first time when the swimmer is in danger, and quickly rescue the swimmer, and can make the swimmer know the water quality of the swimming place where he is at any time, so as to ensure his own health.

Description

A search and rescue system for swimming

technical field

The invention relates to a search and rescue system for swimming.

Background technique

As people's requirements for physical fitness are getting higher and higher, many people choose to swim to exercise, and the swimming location chosen by swimmers is generally in the swimming pool. In order to ensure the personal safety of the swimmers in the swimming pool, there will be a To two lifeguards, but the number of lifeguards is too small relative to the number of swimmers, it is impossible to accompany one-on-one, and it is impossible to bring all the swimmers in the swimming pool into their own field of vision, so they should not be in the field of lifeguards. When the swimmer’s physical state is abnormal, it is impossible to report it to the lifeguards on the shore at the first time. Only when the swimmers enter the lifeguard’s field of vision and observe the abnormality will they be rescued. The number and energy of lifeguards seriously limit the rescue efficiency. , the rescue is prone to delay. If the swimmer cannot hold on while waiting for the rescue, it will endanger the personal safety of the swimmer, and there will be serious safety hazards.

In the actual swimming process, swimmers will not only choose swimming pools for swimming, but also choose places such as rivers and seas. Since swimmers will be in close contact with the water in the swimming places when swimming, if the water quality is unqualified, it is very easy to It endangers the health of swimmers, but because swimmers do not have professional equipment, they cannot know the water quality. Ferocious sea creatures, such as sharks, are extremely life-threatening if encountered.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is to provide a search and rescue system for swimming, which can enable the lifeguard to get the corresponding news at the first time when the swimmer is in danger, so that the swimmer can be rescued quickly, and the swimmer can be rescued quickly. Keep abreast of the water quality of your swimming location to ensure your own health.

The technical scheme adopted by the present invention to solve the above-mentioned technical problems is:

The invention discloses a search and rescue system for swimming, which is characterized by comprising swimmer glasses, lifeguard glasses and a data analysis terminal. The swimmer glasses can feed back their own information to the data analysis terminal, and the data analysis terminal can The information of the glasses sends instructions to the lifeguard glasses; the lifeguard glasses are provided with a data analysis terminal information receiving module that can receive instructions from the data analysis terminal; the swimmer glasses are provided with a muscle electricity information collection module, a one-key call for help function module; the lifeguard glasses are provided with a swimmer's distress signal receiving module capable of receiving the signal transmitted by the one-button distress function module; the lifeguard glasses are provided with a navigation function module; the navigation function module is provided with VR display unit.

A water quality monitoring module is arranged in the swimmer's glasses.

The water quality monitoring module includes a water quality monitoring probe arranged on the swimmer's glasses; the water quality detection probe is provided with a heavy metal sensor, a temperature sensor, a water hardness sensor, and a pH sensor.

A specific frequency sound wave generator is arranged in the swimmer's glasses.

The swimmer's glasses are provided with a one-button photographing function module; the one-button photographing function module includes a camera set on the swimmer's glasses.

A projection lamp is arranged on the swimmer's glasses; a pressure sensor matched with the projection lamp is arranged on the projection lamp.

All swimmers' glasses are provided with a self-rescue module; the self-rescue module includes an airbag, an airbag ejection device matched with the airbag, and the airbag ejection device is connected with the pressure sensor.

The beneficial effects of the present invention are:

Compared with the prior art, the search and rescue system for swimming using the structure of the present invention can immediately transmit the information to the nearby lifeguards and provide the best rescue route when there is a problem with the swimmer's physical state. It enables lifeguards to rescue swimmers in the shortest time to ensure the personal safety of swimmers. When swimmers find that their physical condition is abnormal, they can actively send a distress signal to the lifeguards through the one-key call for help function module, forming a dual-channel protection. Measures to ensure the personal safety of swimmers to the greatest extent, effectively eliminate potential safety hazards, and the water quality monitoring module can enable swimmers to clearly understand the water quality of the swimming area, and can timely avoid the damage to the body caused by unqualified water. If there are swimmers When swimming in the sea, a specific frequency sound wave generator can be used to emit sound waves to expel the sharks and ensure the safety of the swimming area.

Description of drawings

Fig. 1 is the functional block diagram of the search and rescue system when the present invention is used for swimming;

Figure 2 is a functional block diagram of a water quality monitoring module;

FIG. 3 is a functional block diagram when the swimmer's glasses are provided with a pressure sensor.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments:

Please refer to FIG. 1 to FIG. 3 , the present invention provides a search and rescue system for swimming, which is characterized in that it includes swimmer glasses, lifeguard glasses and a data analysis terminal. The swimmer glasses can feed back their own information to the data analysis terminal. , the data analysis terminal can issue instructions to the lifeguard glasses according to the information of the swimmer glasses; the lifeguard glasses are provided with a data analysis terminal information receiving module that can receive the instructions of the data analysis terminal; the swimmer glasses are provided with muscles an electrical information acquisition module and a one-key call for help function module; the lifeguard glasses are provided with a swimmer call for help signal receiving module capable of receiving signals transmitted by the one-key call for help function module; a navigation function module is provided in the lifeguard glasses; The navigation function module is provided with a VR display unit.

A water quality monitoring module is arranged in the swimmer's glasses.

The water quality monitoring module includes a water quality monitoring probe arranged on the swimmer's glasses; the water quality detection probe is provided with a heavy metal sensor, a temperature sensor, a water hardness sensor, and a pH sensor.

A specific frequency sound wave generator is arranged in the swimmer's glasses.

The swimmer's glasses are provided with a one-button photographing function module; the one-button photographing function module includes a camera set on the swimmer's glasses.

A projection lamp is arranged on the swimmer's glasses; a pressure sensor matched with the projection lamp is arranged on the projection lamp.

All swimmers' glasses are provided with a self-rescue module; the self-rescue module includes an airbag, an airbag ejection device matched with the airbag, and the airbag ejection device is connected with the pressure sensor.

The using method of the present invention is as follows:

Swimmers need to wear swimmer glasses before swimming, and lifeguards need to wear lifeguard glasses. When the swimmer starts to swim, the EMG information collection module of the swimmer glasses will collect the swimmer's EMG information at any time. The signal is transmitted to the data analysis terminal, and the data analysis terminal will analyze the swimmer's EMG information after obtaining the swimmer's electromyographic information, so as to obtain the swimmer's blood pressure, heartbeat and other health information, and judge the swimmer through this information. When the data analysis terminal analyzes that the swimmer's physical state is abnormal, it will send rescue information and swimmer's position information to the nearby lifeguards at the first time, and the lifeguards wearing lifeguard glasses will The information sent by the data analysis terminal is received by the information receiving module of the data analysis terminal, and then the navigation function module will display the rescue route on the lenses of the lifeguard glasses according to the position of the swimmer, while the VR display of the navigation function module unit, the rescue route will be given to the road combined with virtual reality technology, so that lifeguards only need to follow the road displayed by the virtual reality technology, they can follow the shortest route and rescue the swimmer in the shortest time, ensuring that The rescue efficiency can effectively avoid the situation that the lifeguard cannot detect the abnormality of the swimmer at the first time or the lifeguard cannot choose the shortest rescue route after finding the abnormality, which will lead to the delay of rescue, and effectively eliminate potential safety hazards.

If a swimmer finds a problem with his physical condition while swimming, he can actively use the one-key call function module on the swimmer's glasses. At this time, there is no need to transfer through the terminal analysis module. The lifeguard glasses worn by the lifeguard will receive the distress signal sent by the one-key call function module through the swimmer distress signal receiving module at the first time. Once the distress signal is received, the navigation function module will run quickly to ensure lifesaving. The crew can complete the rescue of the swimmer in the shortest time to ensure the safety of the swimmer.

A water quality monitoring module is arranged in the swimmer's glasses. The water quality monitoring module includes a water quality monitoring probe arranged on the swimmer's glasses, and a plurality of water quality monitoring sensors are arranged on the water quality monitoring probe. The hardness sensor and PH sensor, the microprocessor that comes with the swimmer's glasses will analyze the data monitored by the above sensors to analyze whether the water body is polluted and whether it is suitable for swimming. When the water body is seriously polluted, it will prompt the swimmer to end swimming. , so that the health of swimmers is guaranteed.

A specific frequency sound wave generator is provided in the swimmer's glasses, and the specific frequency sound wave generator can emit sound waves that make sharks feel uncomfortable, so as to disperse the sharks and ensure the safety in the swimming area.

The swimmer's glasses are provided with a one-key photographing function module. The one-key photographing function module includes a camera arranged in the middle of the swimmer's glasses, which can take pictures from the swimmer's perspective. On the one hand, the danger information can be transmitted to the data terminal in the form of images and Nearby lifeguards, on the other hand, can record what the swimmers see, including underwater.

There is a projection lamp on the swimmer's glasses, and the projection lamp is equipped with a matching pressure sensor. When the swimmer is in danger and the body sinks, the pressure sensor will immediately detect the change of water pressure. When the water pressure exceeds the safe pressure range, the projection lamp will be turned on at the first time, so that the projection lamp will project a light representing the rescue signal toward the water surface, so that the surrounding people can find the abnormality at the first time, and it will have an alarm effect. When rescue is carried out in a wide swimming area, the light projected by the projection lamp can make the rescuer know the drowning position of the swimmer at the first time, reduce the trouble of searching for the drowning person, improve the rescue efficiency, and ensure swimming to the greatest extent. the personal safety of the person.

There is a self-rescue module in the swimmer's glasses. The self-rescue module includes an airbag and an airbag pop-up device that matches the airbag. The airbag pop-up device is connected to the pressure sensor. When the pressure sensor detects that the swimmer is sinking continuously, it will be the first time. Open the airbag pop-up device to pop out the small airbag stored in the swimmer's glasses, so that the swimmer can gain a buoyancy, and the swimmer can grasp the small airbag when exhausted, and realize self-rescue through the buoyancy of the small airbag, even if it is impossible to wait for life-saving The arrival of the staff can also ensure their own personal safety.

Claims (7)

1. a search and rescue system during swimming is characterized in that: comprising swimmer glasses, lifeguard glasses and a data analysis terminal, the swimmer glasses can feed back their own information to the data analysis terminal, and the data analysis terminal can according to the swimmer glasses The information is sent to the lifeguard glasses; the lifeguard glasses are provided with a data analysis terminal information receiving module that can receive instructions from the data analysis terminal; the swimmer glasses are provided with a muscle electricity information collection module and a one-key call for help function. module; the lifeguard glasses are provided with a swimmer's distress signal receiving module capable of receiving the signal transmitted by the one-button distress function module; the lifeguard glasses are provided with a navigation function module; the navigation function module is provided with VR Display unit. 2 . The search and rescue system for swimming according to claim 1 , wherein a water quality monitoring module is provided in the swimmer's glasses. 3 . 3. A search and rescue system for swimming according to claim 2, wherein the water quality monitoring module comprises a water quality monitoring probe arranged on the swimmer's glasses; the water quality detection probe is provided with a heavy metal sensor , temperature sensor, water hardness sensor, PH sensor. 4 . The search and rescue system for swimming according to claim 1 , wherein a specific frequency sound wave generator is provided in the swimmer's glasses. 5 . 5 . The search and rescue system for swimming according to claim 1 , wherein the swimmer’s glasses are provided with a one-key photographing function module; the one-key photographing function module comprises a function module arranged on the swimmer’s glasses. 6 . 's camera. 6 . The search and rescue system for swimming according to claim 1 , wherein a projection lamp is arranged on the swimmer's glasses; and a pressure sensor matched with the projection lamp is arranged on the projection lamp. 7 . 7. A search and rescue system for swimming according to claim 6, characterized in that: all swimmers' glasses are provided with a self-rescue module; the self-rescue module comprises an airbag, an airbag pop-up device matched with the airbag, and the airbag The ejector is connected to the pressure sensor.

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