TWI645379B - Swimming pool security surveillance system - Google Patents

Abstract

The invention provides a swimming pool safety monitoring system, which includes: a photographic identification module, a terminal controller, and an identification monitoring module. The photographic identification module is used to detect the face of a swimmer and correspondingly generate face information; The identification monitoring module tracks face information around the facility environment of the swimming pool area. When a swimmer corresponding to the face information has an accident, the identification monitoring module generates an emergency signal and transmits it to the terminal controller and issues a rescue alarm. In this way, the intelligent face tracking method is used to monitor the swimming pool area and quickly rescue in the event of an accident, thereby improving the safety and rescue effect of the swimming pool.

Description

Swimming pool safety monitoring system

The invention relates to a related field of safety monitoring, in particular to a swimming pool safety monitoring system.

In general, in order to prevent drowning, swimming pools usually have lifeguards at the poolside, but there are so many people in the swimming pool that lifeguards cannot take care of every swimmer, and if the swimmers are panicked and cannot save themselves because of drowning, or there is no lifesaving around them When a rescuer is able to rescue immediately and sink into the water, the rescuer often delays the rescue because the lifeguard cannot know if someone is drowning, or the correct drowning position of the drowning person.

Furthermore, swimmers include young adults, young children, the elderly, and those with physical and mental disabilities. Among them, young children, older people, and physically and mentally disabled people are more likely to have accidents in swimming pools than ordinary young adults. Therefore, As a special swimmer, the lifeguards of the swimming pool need to pay more attention to the activities of the special swimmer.

However, when the swimmer enters the swimming pool area, he is free to move around in the swimming pool area. The lifeguard can only rely on the swimmer's appearance to make a judgment and cannot fully grasp or accurately distinguish all special swimmers. Accidents caused by slipping, falling or drowning, resulting in the existence of a swimming pool Security concerns.

In order to solve the above-mentioned problem, the present invention provides a swimming pool safety monitoring system, which monitors the swimming pool area by using intelligent face recognition and tracking methods. When a swimmer has an accident, he can immediately issue a rescue alarm for rescue, thereby improving the safety of the swimming pool Sex and rescue effect.

An embodiment of the present invention provides a swimming pool safety monitoring system, which includes: a photographic identification module, which is set up in the swimming pool area to detect the face of a swimmer and generate a face information correspondingly; a terminal control Device, which is coupled to the photographic recognition module to store face information; and a recognition monitoring module, which is coupled to the terminal controller, the recognition monitoring module is installed around the facility environment of the swimming pool area for tracking Face information. When the swimmer corresponding to the face information has an accident, the identification monitoring module generates an emergency signal and transmits it to the terminal controller, and the terminal controller issues a rescue alarm.

Therefore, the present invention records the swimmer's face information through the photographic recognition module, and the recognition and monitoring module tracks and monitors the swimmer's face information at any time in the swimming pool area. When the swimmer corresponding to the face information has an accident, the terminal The controller can immediately issue a rescue alert, thereby improving the disadvantages of using a lifeguard to monitor all swimmers in the swimming pool. The invention can effectively improve the rescue effect and increase the safety of the swimming pool.

In one embodiment of the present invention, the identification monitoring module has a positioning unit, the positioning unit generates a position information corresponding to the emergency signal, the positioning unit transmits the position information to the terminal controller, and the rescue alarm includes the position information and the swimmer's accident. Face information; by doing so, improving the shortcomings of being unable to accurately grasp the location of a drowning person or an accident, and delaying the rescue time, therefore, the present invention provides The positioning unit can quickly provide the required rescue position, so that it can quickly grasp the rescued swimmer and the rescue position to achieve the improvement of rescue efficiency.

In one embodiment of the present invention, the terminal controller has a member module, the member module is used to record face information and establish a member profile corresponding to the face information, the member module has a special member unit, and the special member unit is used to Record the face information and member data corresponding to the handicapped, elderly or young swimmers. The member data in the special member unit has the handicapped category. Among them, the recognition monitoring module reads and tracks the faces in the special member unit. Hole information, identification and monitoring module judges whether a swimmer has an accident according to the member data corresponding to the face information in the special member unit. In this way, the identification and monitoring module will specifically track the face information in the special member unit, strengthen the safety monitoring for special swimmers, and be able to accurately determine whether an accident occurs according to the different states of the special swimmers and improve the knowledge of lifeguards. It is impossible to accurately judge and grasp the activities of special swimmers, and it is prone to accidents.

In an embodiment of the present invention, there is an environmental monitoring module coupled to the terminal controller. The environmental monitoring module is installed in the swimming pool in the swimming pool area to detect information about the quality of a liquid in the swimming pool. The monitoring module transmits the liquid quality information to the terminal controller. The terminal controller has an environmental record module. The liquid quality information is recorded in the environmental record module. The environmental record module has a warning range. The liquid quality information exceeds the warning range. Issue a reminder signal. In this way, the liquid quality in the swimming pool can be accurately and timely controlled, so as to reduce the harm of bad liquid to swimmers and improve the quality of the swimming pool.

1‧‧‧ swimming pool area

2‧‧‧ entrance

3‧‧‧ Entrance Counter

22‧‧‧Communication Module

23‧‧‧Member Module

231‧‧‧Special Member Unit

4‧‧‧ facility environment

5‧‧‧ swimming pool

6‧‧‧ swimmer

7‧‧‧Manager

8‧‧‧ ambulance unit

9‧‧‧ liquid

100‧‧‧ Swimming Pool Safety Monitoring System

10‧‧‧Photographic recognition module

11‧‧‧ the first photographic lens

12‧‧‧ the first processing unit

13‧‧‧Face Information

20‧‧‧Terminal Controller

21‧‧‧Control interface

232‧‧‧Ordinary Member Unit

24‧‧‧ Member Information

25‧‧‧Rescue alert

26‧‧‧Environment Record Module

30‧‧‧Identification monitoring module

31‧‧‧Second photography lens

32‧‧‧Second Processing Unit

321‧‧‧emergency signal

33‧‧‧ Positioning unit

331‧‧‧Location

40‧‧‧ Transceiver

50‧‧‧Environmental Monitoring Module

FIG. 1 is a system block diagram of the system architecture diagram of the present invention.

FIG. 2 is a block diagram of the accident system of the present invention.

FIG. 3 is a schematic diagram of an application embodiment of the photographic recognition module of the present invention.

FIG. 4 is a schematic diagram of an application embodiment of the identification monitoring module and the environmental monitoring module of the present invention.

FIG. 5 is a schematic diagram of an embodiment of a control interface display identification monitoring module of a terminal controller of the present invention.

In order to facilitate the description of the central idea of the present invention in the above-mentioned summary of content, specific embodiments are described below. Various objects in the embodiments are depicted in proportions, sizes, deformations, or displacements suitable for illustration, rather than in proportion to actual elements, which will be described together.

Please refer to FIG. 1 to FIG. 5. The present invention provides a swimming pool safety monitoring system 100, which is arranged in a swimming pool area 1. The swimming pool area 1 has an entrance to the swimming pool area 1 and an entrance counter of the swimming pool area 1. 3. Facility environment 4 of swimming pool area 1 and swimming pool 5 of swimming pool area 1, among them, facility environment 4 of swimming pool area 1 includes a walkway along the side of the swimming pool 5, walkways between facilities, sauna facilities, steam room facilities, medicine Bath facilities or other related facilities.

The swimming pool safety monitoring system 100 of the present invention includes: a photographic identification module 10 that is set up at the entrance counter 3 of the swimming pool area 1, as shown in FIG. 3; the photographic identification module 10 has a first photographic lens 11 and a first A processing unit 12, the first processing unit 12 can perform image processing analysis, the first photographic lens 11 faces the entrance 2 of the swimming pool area 1, and when the swimmer 6 enters from the entrance 2 of the swimming pool area 1, the first photography The lens 11 captures the face of the swimmer 6, and the first processing unit 12 detects and analyzes the face of the swimmer 6, and generates a face information 13 correspondingly.

A terminal controller 20 is coupled to the camera recognition module 10 and a control interface 21 to operate The control interface 21 can display or edit data for the face information 13. Among them, the terminal controller 20 can be a mobile device such as a tablet computer, a smart phone, or a non-mobile device of a personal computer; when the terminal controls When the device 20 is a non-mobile device, the control interface 21 is a computer screen and a mouse and a keyboard; when the terminal controller 20 is a mobile device, the control interface 21 is a touch screen. Furthermore, the terminal controller 20 has a communication module 22, and the communication module 22 is used for transmitting data or signals to the outside.

Among them, the terminal controller 20 is wired or wirelessly coupled with the camera recognition module 10 and the control interface 21, and the terminal controller 20 can be installed in the computer room of the swimming pool area 1 or the entrance counter 3 of the swimming pool area 1, in In the embodiment of the present invention, the terminal controller 20 is wirelessly coupled with the camera recognition module 10 and the control interface 21; the terminal controller 20 and the control interface 21 are set up at the entrance counter 3 of the swimming pool area 1, as shown in FIG.

Furthermore, the terminal controller 20 has a member module 23, which is used to record and store the face information 13 and establish a member data 24 corresponding to the face information 13; further, in the embodiment of the present invention, when photographing When the recognition module 10 transmits the generated face information 13 to the terminal controller 20, the control interface 21 can display the face information 13, and the manager 7 of the entrance counter 3 of the swimming pool area 1 corresponds to the face information through the control interface 21. 13 Create member profile 24, as shown in Figures 1 and 3.

The membership module 23 has a special member unit 231 and an ordinary member unit 232. The special member unit 231 is used to record face information 13 and member data 24 corresponding to physical and mental disorders, elderly or young swimmers 6, and ordinary member units. 232 is used to record face information 13 and member data 24 corresponding to the general swimmer 6. In the embodiment of the present invention, the member data 24 corresponding to the physically disabled swimmer 6 has a physical and mental disorder category; the elderly swimmer 6 is The corresponding member profile 24 is recorded as being 65 years or older; the younger swimmer 6 is the corresponding member profile 24 as recorded as being under 5 years of age.

An identification monitoring module 30, which is coupled to the terminal controller 20, wherein the terminal controller 20 and the identification and monitoring module 30 are wired or wirelessly coupled. In the embodiment of the present invention, the terminal controller 20 is wirelessly coupled with the identification and monitoring module 30. The identification and monitoring module 30 is installed in the facility environment of the swimming pool area 1. Therefore, a plurality of identification monitoring modules 30 are provided around the facility environment 4 of the swimming pool area 1, as shown in FIG. 4.

The identification monitoring module 30 has a second photographing lens 31, a second processing unit 32, and a positioning unit 33. The second photographing lens 31 is used to photograph the face of the swimmer 6 in the facility environment 4 of the swimming pool area 1, the first The second processing unit 32 will track the swimmer 6 corresponding to the face information 13 stored in the member module 23 based on the image captured by the second photographing lens 31, and the second processing unit 32 will correspond to the tracked face information 13 The member data 24 determines the activity of the swimmer 6 corresponding to the face information 13, and the second processing unit 32 can display the face information 13 in the process of tracking the face information 13 and can be displayed on the control interface 21.

In addition, the second processing unit 32 of each recognition monitoring module 30 sets a time value according to the member data 24 of the membership module 23, and the recognition monitoring module 30 judges that the face information 13 is not exceeded when the time value exceeds the time value. The swimmer 6 has an accident. The time value set by the second processing unit 32 of the identification monitoring module 30 can be set according to the member data 24 of the member module 23. For example, the age recorded in the member data 24 is 24. Age, the time value is set to 1 minute; the age recorded in the member profile 24 is 70, and the time value is set to 40 seconds.

When the swimmer 6 corresponding to the face information 13 has an accident, the second processing unit 32 immediately generates an emergency signal 321, and the positioning unit 33 generates a position information 331 corresponding to the emergency signal 321. The second processing unit 32 and the positioning unit 33 are simultaneously The emergency signal 321 and the position information 331 are transmitted to the terminal controller 20, and the terminal controller 20 issues a rescue alarm 25 and displays it on the control interface 21, wherein the rescue alarm 25 includes the position information 331 and the face of the swimmer 6 in the accident Information 13, and rescue alert 25 can display images and emit sound or light at the same time, as shown in Figure 1, Figure 2 and Figure 4.

In an embodiment of the present invention, the second processing unit 32 of the recognition monitoring module 30 reads and tracks the face information 13 in the special member unit 231, and the recognition monitoring module 30 according to the faces in the special member unit 231 The member data 24 corresponding to the information 13 determines whether or not the swimmer 6 has an accident. In this way, the identification monitoring module 30 will track the face information 13 in the special member unit 231 in particular, strengthen the safety monitoring for the special swimmer 6, and can accurately determine whether an accident occurs according to the different states of the special swimmer 6.

Further explanation: Each recognition and monitoring module 30 in the facility environment 4 of the swimming pool area 1 will track the face information 13. When the tracked face information 13 corresponds to the member data 24, the content is older than 65 years old. Swimmer 6, the time value set by the second processing unit 32 of each recognition monitoring module 30 is 40 seconds, and the face information 13 that judges to track is slower. Therefore, when the older swimmer 6 stood at the same position, For a long time or moving slowly, and there is still an identification monitoring module 30 capable of tracking the face information 13 of the older swimmer 6, the emergency signal 321 will not be generated, but in the area where the older swimmer 6 is located, However, when each of the recognition and monitoring modules 30 exceeds the set time value, the face information 13 of the older swimmer 6 cannot be detected, and it is determined that the older swimmer 6 has an accident, and an emergency signal 321 is issued.

In another embodiment of the present invention, the lifeguard of the swimming pool area 1 wears a transceiver 40, and the communication module 22 is wirelessly connected with the transceiver 40, wherein the transceiver 40 can be a wireless walkie-talkie or a smart mobile device; When an accident occurs, the emergency signal 321 of the second processing unit 32 and the position information 331 of the positioning unit 33 are transmitted to the terminal controller 20, and the rescue alarm 25 issued by the terminal controller 20 is transmitted to the transceiver 40 through the communication module 22, The lifeguard in pool area 1 will quickly grasp the location and situation of the accident according to the face information 13, member information 24 and location information 331 in the rescue alarm 25 to achieve the effect of rapid rescue.

In another embodiment of the present invention, the communication module 22 is connected to the wireless signal of the ambulance unit 8. In the embodiment of the present invention, the ambulance unit 8 is a hospital, and the communication module 22 and the ambulance unit 8 are wirelessly connected through the Internet. When an accident occurs, the emergency signal 321 and the positioning unit of the second processing unit 32 The position information 331 of 33 is transmitted to the terminal controller 20. The rescue alarm 25 sent from the terminal controller 20 is transmitted to the ambulance unit 8 through the communication module 22. When the ambulance unit 8 receives the rescue alarm 25, it will immediately send an ambulance. Go to rescue to improve rescue efficiency.

In another embodiment of the present invention, as shown in FIG. 1 and FIG. 2, when an accident occurs, the emergency signal 321 of the second processing unit 32 and the position information 331 of the positioning unit 33 are transmitted to the terminal controller 20, and the terminal The rescue alert 25 issued by the controller 20 is transmitted to the transceiver 40 and the ambulance unit 8 through the communication module 22, and the lifeguard first performs the first aid to the swimmer 6 at the scene of the accident; then, the rescue unit 8 reaches the swimming pool area At 1 o'clock, the medical staff will perform further first aid for the swimmer 6 in distress and send the swimmer 6 to the ambulance unit 8 to improve the rescue efficiency and the first aid effect.

Therefore, the present invention records the face information 13 of the swimmer 6 through the photography recognition module 10, and the recognition monitoring module 30 tracks and monitors the face information 13 of the swimmer 6 at the swimming pool area 1 at any time, corresponding to the corresponding face information 13. When the swimmer 6 has an accident, the terminal controller 20 can immediately issue a rescue alarm 25 to effectively improve the rescue effect and increase the safety of the swimming pool area 1. In addition, the positioning unit 33 can quickly provide the required rescue position, and can quickly grasp the required rescue swimmer 6 and the rescue position, thereby improving the rescue efficiency.

An environmental monitoring module 50, which is coupled to an environmental recording module 26, which is one of the terminal controllers 20. The environmental monitoring module 50 is set up in the swimming pool 5 of the swimming pool area 1, as shown in Figures 1 and 4; 50 is used to detect the liquid 9 in the swimming pool 5 and generate a liquid quality information. In the embodiment of the present invention, the liquid 9 is water, and the liquid 9 can be other corresponding substances. The liquid quality information includes temperature, Water quality, bacterial count, and more.

Furthermore, the environmental monitoring module 50 transmits the liquid quality information to the environmental record module 26 of the terminal controller 20, and the liquid quality information is recorded in the environmental record module 26, and the environmental record module 26 analyzes the liquid quality information into Graphically and displayed on the control interface 21, providing the manager 7 of the swimming pool area 1 can quickly and easily understand the current quality status of the liquid 9 through the graphical liquid quality information. Among them, the environmental record module 26 is provided with a Warning range. When the liquid quality information received by the environmental record module 26 exceeds the warning range, the environmental record module 26 will issue a reminder signal and display it on the control interface 21 to remind the manager 7 of the swimming pool area 1 Replace the liquid 9 in the swimming pool 5 to maintain the good quality of the liquid 9 in the swimming pool 5.

To further illustrate, when the warning range set by the environmental recording module 26 is that the temperature of the liquid 9 is 36 degrees, and the environmental recording module 26 receives the temperature of the liquid 9 in the liquid quality information of the environmental monitoring module 50 is 30 degrees, then The manager 7 of the swimming pool area 1 will heat the liquid 9 until the temperature of the liquid 9 meets the set warning range. Thereby, the quality of the liquid 9 in the swimming pool 5 can be accurately and immediately controlled, so as to reduce the harm of the bad liquid 9 to the swimmer 6 and improve the quality of the swimming pool 5.

The above-mentioned embodiments are only used to illustrate the present invention, and are not intended to limit the scope of the present invention. Various modifications or changes which do not violate the spirit of the present invention belong to the scope of the present invention.

Claims (10)

A swimming pool safety monitoring system includes: a photographic recognition module, which is installed in a swimming pool area to detect a swimmer's face and correspondingly generate a face information; a terminal controller which is connected with the photographic recognition module A group is coupled to store the face information; and an identification monitoring module is coupled to the terminal controller. The identification monitoring module is installed around the facility environment of the swimming pool area to track the face information Among them, when a swimmer corresponding to face information has an accident, the identification monitoring module generates an emergency signal and transmits it to the terminal controller, and the terminal controller issues a rescue alarm. The swimming pool safety monitoring system according to claim 1, wherein the identification monitoring module has a positioning unit, the positioning unit generates a position information corresponding to the emergency signal, and the positioning unit transmits the position information to the terminal controller, The rescue alert contains the location information and the face information of the swimmer in the accident. The swimming pool safety monitoring system according to claim 1, wherein the terminal controller has a member module for recording the face information and establishing a member data corresponding to the face information, and the member module has A special member unit and an ordinary member unit, the special member unit is used to record the face information and the member information corresponding to the physically and mentally disabled swimmers, and the member information in the special member unit has a mental and physical disorder category; the ordinary member The unit is used to record the face information and the member information corresponding to ordinary swimmers. The swimming pool safety monitoring system according to claim 1, wherein the terminal controller has a member module for recording the face information and establishing a member data corresponding to the face information, and the member module has A special member unit, which is used to record the face information and the member information corresponding to the elderly or young swimmers. The swimming pool safety monitoring system according to claim 3 or 4, wherein the recognition monitoring module reads and tracks the face information in the special member unit, and the recognition monitoring module is based on the face in the special member unit Member information corresponding to the hole information, to determine whether the swimmer has an accident. The swimming pool safety monitoring system according to claim 5, wherein the number of the identification monitoring modules is a plurality, and each of the identification monitoring modules sets a time value according to the member data of the member module, and the identification monitoring module is If the time value is exceeded and the face information is not tracked, the swimmer is judged to have an accident. The swimming pool safety monitoring system according to claim 1 or 2, wherein the lifeguard in the swimming pool area wears a transceiver, the terminal controller has a communication module, and the communication module is connected with the wireless signal of the transceiver, and the communication The module sends the rescue alert to the transceiver. The swimming pool safety monitoring system according to claim 1 or 2, wherein the terminal controller has a communication module, which is connected to the wireless signal of the ambulance unit, and the communication module transmits the rescue alarm to the ambulance unit. According to the swimming pool safety monitoring system described in claim 1, there is an environmental monitoring module coupled to the terminal controller. The environmental monitoring module is installed in the swimming pool in the swimming pool area to detect one of the swimming pools. Liquid quality information. The environmental monitoring module transmits the liquid quality information to the terminal controller. The swimming pool safety monitoring system according to claim 9, wherein the terminal controller has an environmental record module, the liquid quality information is recorded in the environmental record module, and the environmental record module is provided with a warning range, the liquid quality information Beyond the warning range, a reminder signal is issued, the terminal controller is coupled to a control interface, and the environmental record module analyzes the liquid quality information into a graph and displays it on the control interface.