阅读说明：本技术 人工智能电气控制系统 (Artificial intelligence electrical control system ) 是由 程若曦 于 2021-01-06 设计创作，主要内容包括：本发明公开了一种人工智能电气控制系统,包括AI控制系统、游泳池系统、运行显示系统、网络通信模块和报警系统；所述游泳池系统包括游泳池、过滤水舱、电气设备、电气传感系统；所述电气设备包括循环水泵和注水控制阀,所述循环水泵和所述AI控制系统数据通信连接；游泳池底部设置有排水口,所述排水口连接有排水管系,所述排水管系连接至循环水泵,所述循环水泵连接至所述过滤水舱。本发明根据游泳人员的数量,合理设置循环水泵的循环速度,从而实现省电的同时,保证水质清洁,为游泳人员提供安全性。同时,通过对水底躺着的人体进行检测,从而及时发现游泳池中存在的潜在的溺水危险,并进行搜救和报警,提高游泳人员的安全性。(The invention discloses an artificial intelligence electrical control system, which comprises an AI control system, a swimming pool system, an operation display system, a network communication module and an alarm system, wherein the AI control system is connected with the swimming pool system through a network; the swimming pool system comprises a swimming pool, a filtering water cabin, electrical equipment and an electrical sensing system; the electrical equipment comprises a circulating water pump and a water injection control valve, and the circulating water pump is in data communication connection with the AI control system; the bottom of the swimming pool is provided with a water outlet, the water outlet is connected with a water drainage pipe system, the water drainage pipe system is connected to a circulating water pump, and the circulating water pump is connected to the filtering water cabin. According to the invention, the circulating speed of the circulating water pump is reasonably set according to the number of swimming persons, so that the power is saved, the water quality is ensured to be clean, and the safety is provided for the swimming persons. Meanwhile, the potential drowning danger existing in the swimming pool is found in time by detecting the human body lying at the bottom, and the safety of swimming personnel is improved by searching, rescuing and alarming.)

1. An artificial intelligence electrical control system comprises an AI control system (1), a swimming pool system (2), an operation display system (3), a network communication module (4) and an alarm system (5);

wherein: the swimming pool system (2) comprises a swimming pool (6), a filtering water tank (9), electrical equipment and an electrical sensing system; the electrical equipment comprises a circulating water pump (7) and a water injection control valve (8), and the circulating water pump (7) is in data communication connection with the AI control system (1); a water outlet is formed in the bottom of the swimming pool (6), the water outlet is connected with a water drainage pipe system, the water drainage pipe system is connected to a circulating water pump (7), the circulating water pump (7) is connected to the filtering water tank (9), meanwhile, a tap water pipe is also connected to a water inlet of the filtering water tank (9) through a water injection control valve (8), and a water outlet of the filtering water tank (9) is connected to the swimming pool (6) through a water pipe;

the electrical sensing system comprises a water temperature sensor (10), a cleanliness sensor (11) and a water depth sensor (12); the water temperature sensor (10) and the cleanliness sensor (11) are arranged on the swimming pool (6) and are respectively used for measuring the water temperature and the water cleanliness of the swimming pool; the water depth sensor (12) is used for measuring the water depth of the swimming pool (6);

the water filtering cabin (9) is provided with a water temperature adding device (13), the water temperature heating device (13) is used for heating the water filtered by the water filtering cabin (9) and re-injecting the heated water into the swimming pool (6), and meanwhile, the circulating water pump (7), the water temperature sensor (10), the cleanliness sensor (11), the water depth sensor (12) and the water temperature heating device (13) are in data communication connection;

the network communication module (4) acquires the current meteorological environment and weather temperature, and transmits the meteorological environment and weather temperature data to the AI control system, the AI control system calculates the optimal suitable water temperature according to the meteorological environment and the weather temperature, the water temperature sensor (10) detects the actual water temperature of the swimming pool, and controls the water temperature heating device (13) to heat the water in the filtering water tank (9); the AI control system adopts an artificial intelligence algorithm to calculate the optimal circulating water speed of the circulating water pump (7) and the water temperature heating device (13) so as to raise the water temperature to the temperature suitable for the swimming of the human body as soon as possible;

the cleanliness sensor (11) detects the water cleanliness of the swimming pool (6), and sends the water cleanliness data acquired by the cleanliness sensor (11) to the AI control system (1), so that the AI control system reasonably adjusts the circulating speed of the circulating water pump to pass through the filtering water tank (9) according to the set water cleanliness requirement so as to acquire the water cleanliness;

the operation display system is used for displaying the current operation data of the swimming pool and the operation data of the electric sensing system;

the alarm system (5) is used for giving an alarm when the water quality detected by the AI control system (1) is abnormal or the water temperature is abnormal or the water depth is abnormal.

2. An artificial intelligence electrical control system according to claim 1, wherein: the swimming pool bottom equipartition is provided with pressure sensing module, pressure sensing module with AI control system data communication connects, AI control system is according to the pressure that pressure sensing module sent obtains water bottom pressure difference, forms the isobar, AI control system carries out fuzzy calculation according to the shape of isobar, analyzes out whether to have drowned personnel at the bottom, if there is drowned personnel, then send for the warning center reports to the police.

3. An artificial intelligence electrical control system according to claim 1 or 2, wherein: the bottom of the filtering water cabin is arranged at a sewage discharge port, the sewage discharge port is connected with a sewage discharge pipe, the sewage discharge pipe is provided with an on-off valve, sewage obtained by filtering is discharged into a sewage storage and storage water cabin, and the sewage of the sewage cabin is used for watering flowers on trees around the swimming pool and washing a toilet.

4. An artificial intelligence electrical control system according to claim 1, wherein: the water depth sensor is arranged on the edge of the pool, and the AI control system sets the water depth of the swimming pool according to the set swimming personnel information so as to meet the swimming requirements of different swimming people. Therefore, the swimming requirements of people with different heights can be met by reducing the arrangement of different water depth areas, the floor area of the swimming pool is saved, and water is discharged to the sewage tank when the water depth of the pool is required to be reduced.

5. An artificial intelligence electrical control system according to claim 1, wherein: in order to ensure a more comfortable state for swimming, and therefore a lower temperature in the weather, the setting is madeWater temperature T of₀A low value, and when the weather temperature is higher, the set water temperature T₀Is a high value, and therefore the water temperature T is set₀Is a parameter related to the weather and the air temperature of the day, the AI control system calculates the set water temperature T according to the weather and the air temperature obtained by the network communication module 4₀The value of (c).

6. An artificial intelligence electrical control system according to claim 1, wherein: the AI control system sets the water temperature T according to₀And real-time water temperature T of said swimming pool₁When T is₀And T₁If the difference exceeds a predetermined value, the AI control system determines that the temperature difference is likely to cause cramping, and therefore advises the swimmer not to swim or advises the swimmer to swim after performing the activity before swimming at the side of the swimming pool.

Technical Field

The invention relates to the technical field of artificial intelligence, in particular to an artificial intelligence electrical control system and a control method.

Background

As technology develops day by day, almost all of home, life, and industrial production involve electrical equipment and corresponding electrical control systems. For the electrical control system, the control method currently referred to includes: adaptive control, artificial neural network control, fuzzy control, and the like. Among them, the most basic, most widely used, is a single loop PID controller. The PID controller composed of proportional (P), integral (I) and derivative (D) units is simple in structure and can keep good robustness when the variation range of the operating conditions is large. However, most of the current electrical control systems are controlled based on real-time electrical states, and cannot be controlled according to the situation of a future stage or a long-term change trend. It is therefore desirable to provide a more intelligent electrical control system.

On the other hand, Artificial Intelligence (AI) is also called intelligent mechanical Intelligence (mechanical Intelligence), which refers to the Intelligence expressed by a machine manufactured by a human being. Artificial intelligence generally refers to techniques for presenting human intelligence through ordinary computer programs. The word also indicates the study of whether and how such an intelligent system can be implemented. The definition field of artificial intelligence in general textbooks is "research and design of intelligent agent (intelligent agent)" which refers to a system that can observe the surrounding environment and act to reach the target. John Mmcantan was defined in 1955 as "science and engineering to manufacture intelligent machines". Andrias Kaplan (Andreas Kaplan) and Michael Haenlein (Michael Haenlein) define artificial intelligence as "the ability of the system to interpret external data correctly, learn from these data, and use these knowledge to achieve specific goals and tasks by flexible adaptation". The research of artificial intelligence is highly technical and professional, and all branch fields are deep and are not communicated, so the related range is very wide. The core problems of AI include the ability to construct human-like and even super-tall reasoning, knowledge, planning, learning, communication, perception, migration, use tools and manipulation machines, etc. There are currently a large number of tools that employ artificial intelligence, including searching and mathematical optimization, logic deductions. Algorithms based on bionics, cognitive psychology, probability theory and economics, etc. are also being explored step by step. Thinking comes from the brain, and thinking controls behaviors, which need to be realized by will, but thinking is the arrangement of all data collection, which is equivalent to a database, so artificial intelligence finally evolves to be a machine to replace human beings.

Patent CN209149155U discloses an electric control system of an electric inspection robot, which comprises an industrial personal computer and a bottom layer control unit, wherein the bottom layer control unit comprises an embedded main control board and a controlled unit controlled by the embedded main control board, and the controlled unit comprises a servo driver for driving a servo motor, car body light, a lithium battery, an anti-collision strip, an ultrasonic module for controlling an ultrasonic probe, an emergency stop switch, a remote controller, a GPS receiver and a wireless charging module; the embedded main control board is connected with the servo driver in a CAN bus communication mode; the embedded main control board drives a Darlington tube through IO and then drives a relay to output to control the lighting control of the robot body and enable the wireless charging module; the embedded main control board inputs and detects the states of the anti-collision strip and the emergency stop switch through IO optical coupling isolation so as to carry out parking control; the embedded main control board is connected with the GPS receiver through a serial port RS232 and collects GPS positioning data for data processing; the embedded main control board is connected with the remote controller through a serial port RS232, receives data of the remote controller and analyzes the data to realize that the remote controller controls the robot; the embedded main control board is connected with the ultrasonic module through serial TTL (transistor-transistor logic) and used for detecting obstacles to avoid the obstacle function, and the embedded main control board is connected with the lithium battery through serial 485 to collect state data of the lithium battery. This is novel through the required communication interface of the integrated bottom control of embedded main control board, adopts CAN bus, industry serial ports RS232, RS485, TTL commonly used in the car, and the IO output adopts Darlington pipe drive relay, and the IO input adopts opto-coupler isolation protection components and parts, and IO mouth, serial ports scalability height are still reserved to embedded mainboard. And a stable communication mode is adopted, so that the system is simple, stable and reliable, and is suitable for commercial popularization. The utility model discloses an embedded main control board, industrial computer, switch, four main core components of N VR, the whole electrical control system of the electric power inspection robot of accomplishing is constituteed every subsystem, and the system framework is simple, the expansibility is strong, reliably be fit for the electric power inspection robot and operate steadily for a long time in intelligent substation equipment area.

Patent CN209699111U discloses an electrical control system of unmanned environmental sanitation robot, comprising: an embedded main control board; the front connecting plate receives a control signal sent by the embedded main control plate and sends the control signal to the first controlled unit; the rear adapter plate receives the control signal sent by the embedded main control plate and sends the control signal to the second controlled unit; the second controlled unit includes a sweep controller for controlling a third controlled unit. The utility model discloses an embedded main control board, preceding adapter plate, back adapter plate, clean the control panel, with unmanned sanitation robot automobile body function, chassis function and clean the function integration, by embedded main control board unified control. The front adapter plate, the rear adapter plate and the cleaning control plate have strong expandability, so that other functional modules can be expanded on the body and the chassis of the sanitation robot according to different requirements of customers, and the connecting line from the adapter plate to the embedded main control plate is not required to be additionally changed for expanding the functional modules, so that the service function of the sanitation robot is greatly improved; the utility model discloses a control panel is cleaned to embedded main control board, preceding adapter plate, back adapter plate, with unmanned sanitation robot automobile body function, chassis function and clean the function integration, by embedded main control board unified control. The front adapter plate, the rear adapter plate and the cleaning control plate are very strong in expandability, so that other functional modules can be expanded on the body and the chassis of the sanitation robot according to different requirements of customers, the expanded functional modules do not need to additionally change the connecting lines from the adapter plates to the embedded main control plate, and the service function of the sanitation robot is greatly improved. Meanwhile, the system has a simple integral frame, the adapter plate adopts a special automobile interface, and the system is stable and reliable, low in cost and suitable for popularization. The utility model discloses can satisfy unmanned sanitation robot all-weather uninterrupted operation guarantee, also can satisfy autonomous navigation and clean and monitor function.

Patent CN 110320796a discloses an electrical control method, device, apparatus and computer readable storage medium based on PID controller, comprising: constructing a target function of a PID controller parameter setting problem, wherein undetermined parameters of the target function comprise N single-dimensional variables; discretizing the N single-dimensional variables, and learning the N single-dimensional variables by adopting N agents according to a reinforcement learning algorithm to determine target values of the N single-dimensional variables; according to the target values of the N single-dimensional variables, determining the optimal value of the target function, and completing parameter setting of the PID controller; and controlling a control object in the electrical control system by using the PID controller after parameter setting is finished. The method, the device, the equipment and the computer readable storage medium provided by the invention improve the parameter optimization efficiency and the convergence speed of the PID controller and the control performance of the PID controller. According to the electrical control method based on the PID controller, after the parameters of the PID controller are set by adopting a reinforcement learning algorithm, the PID controller after parameter setting is used for controlling the control object in the electrical control system. The electrical control system consists of a PID controller and a controlled electrical system. When the PID controller is subjected to parameter setting by adopting a reinforcement learning algorithm, firstly, discretizing N single-dimensional variables in a target function of the parameter setting problem of the PID controller. Then, according to a reinforcement learning algorithm, N agents are adopted to respectively learn the discretized N single-dimensional variables, and the target values of the N unit variables are determined, so that the optimal value of the target function is determined, and the parameter setting of the PID controller is completed. The method provided by the invention is based on the reinforced learning algorithm to set the parameters of the PID controller, does not depend on the population, adopts the thought of repeated trial and error, completes the parameter setting through the interaction of the agent and the unknown environment, and can optimize the parameters of the PID controller on line and carry out tracking control on the system when the unknown environment changes, namely the controlled system is dynamically time-varying. The invention improves the optimization efficiency and the convergence speed of the PID controller parameters and the control performance of the PID controller, is convenient to realize and has practicability; and the reinforcement learning algorithm has certain randomness and can jump out local optimum.

Patent CN207867264U discloses a server electrical control system, which integrates and classifies the head function, body function and chassis function of a service robot through the line concentration boards of three main components, and is controlled by the same main control board; the extension of the line concentration board is strong, so that other functional modules can be extended on the head, body or chassis of the service robot according to actual service requirements. After the expansion, the expansion is in communication connection with the main control board through the line concentration board, and the main control program of the control board and other connection relations of each line concentration board do not need to be additionally changed. Meanwhile, due to the fact that the integrated function of the line concentration plate is convenient to expand, the functional modules among the head, the body and the chassis can be changed conveniently according to service requirements, and the service capacity of the service robot is improved. Meanwhile, the system is simple in mechanism, stable, reliable, low in cost and suitable for commercial popularization. The utility model discloses a service robot electrical control system, including main control board, head line concentration board, health line concentration board and chassis line concentration board, the downward signal of the three line concentration board of main control board master control. The three line concentration boards have expandability and are respectively connected with various functional modules in an integrated manner. The robot has the advantages that the head function, the body function and the chassis function of the service robot are integrated and classified through the line concentration plates of the three main components and are controlled by the main control board. The extension of the line concentration board is strong, so that other functional modules can be extended on the head, body or chassis of the service robot according to actual service requirements. After the expansion, the expansion is in communication connection with the main control board through the line concentration board, and the main control program of the control board and other connection relations of each line concentration board do not need to be additionally changed.

It can be seen that, at present, the electrical control systems on the market have the following disadvantages:

1. most of the existing electric control systems are controlled by using simple control systems, and the control systems are either directly manually controlled by operators according to actual conditions or provided with simple overcurrent and overload controllers, which are obviously not beneficial to the control of the electric systems or inaccurate in control;

2. nowadays, although artificial intelligence technology has appeared and has been applied in many ways, it has not been applied in electrical control, especially on a case-by-case basis;

3. in the electrical control of swimming pools, on the one hand, either the water cleanliness and temperature control of the pool are not appropriate or the weather is not well adapted to the periodic changes of the swimmers of the pool.

In view of the above technical problems, it is desirable to provide a technical means of an artificial intelligence electrical control system, which can better adapt to the real-time environment and the use condition, and a technical scheme of an energy-saving and more intelligent swimming pool water control system. However, the prior art has not provided an effective solution to the above technical problem.

Disclosure of Invention

The invention aims to provide an artificial intelligence electrical control system and a control method for a fountain of a community landscape pool, so as to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

an artificial intelligence electrical control system comprises an AI control system, a swimming pool system, an operation display system, a network communication module and an alarm system;

wherein: the swimming pool system comprises a swimming pool, a filtering water cabin, electrical equipment and an electrical sensing system; the electrical equipment comprises a circulating water pump and a water injection control valve, and the circulating water pump is in data communication connection with the AI control system; the bottom of the swimming pool is provided with a water outlet which is connected with a water drainage pipe system, the water drainage pipe system is connected to a circulating water pump, the circulating water pump is connected to the filtering water cabin, meanwhile, a tap water pipe is also connected to a water inlet of the filtering water cabin through a water injection control valve, and a water outlet of the filtering water cabin is connected to the swimming pool through a water pipe;

the electrical sensing system comprises a water temperature sensor, a cleanliness sensor and a water depth sensor; the water temperature sensor and the cleanliness sensor are arranged in the swimming pool and are respectively used for measuring the water temperature and the water cleanliness of the swimming pool; the water depth sensor is used for measuring the water depth of the swimming pool;

the water filtering cabin is provided with a water temperature adding device, the water temperature heating device is used for heating the water filtered by the water filtering cabin and re-injecting the heated water into the swimming pool, and meanwhile, the circulating water pump, the water temperature sensor, the cleanliness sensor, the water depth sensor and the water temperature heating device are in data communication connection;

the network communication module acquires the current meteorological environment and weather temperature and transmits the meteorological environment and weather temperature data to the AI control system, the AI control system calculates the optimal suitable water temperature according to the meteorological environment and the weather temperature, the water temperature sensor detects the actual water temperature of the swimming pool and controls the water temperature heating device to heat the water in the water filtering cabin; the AI control system adopts an artificial intelligence algorithm to calculate the optimal circulating water speed of the circulating water pump and the water temperature heating device so as to raise the water temperature to the temperature suitable for the swimming of the human body as soon as possible;

the cleanliness sensor detects the water cleanliness of the swimming pool and sends the water cleanliness data acquired by the cleanliness sensor to the AI control system, so that the AI control system reasonably adjusts the circulating speed of the circulating water pump to pass through the filtering water tank according to the set water cleanliness requirement so as to acquire the water cleanliness;

the operation display system is used for displaying the current operation data of the swimming pool and the operation data of the electric sensing system;

the alarm system is used for giving an alarm when the water quality detected by the AI control system is abnormal or the water temperature is abnormal or the water depth is abnormal.

Preferably, the swimming pool bottom equipartition is provided with pressure sensing module, pressure sensing module with AI control system data communication connects, AI control system is according to the pressure that pressure sensing module sent obtains the bottom of water pressure difference, forms the isobar, AI control system carries out fuzzy calculation according to the shape of isobar, and it has drowned personnel to analyze out whether submarine, if there is drowned personnel, then send for the warning center reports to the police.

Preferably, the bottom of the filtering water tank is arranged at a sewage discharge port, the sewage discharge port is connected with a sewage discharge pipe, the sewage discharge pipe is provided with a sewage discharge opening and closing valve, sewage obtained through filtering is discharged into a sewage storage and storage water tank, and the sewage in the sewage storage tank is used for watering flowers of trees around the swimming pool and flushing a toilet.

Preferably, the operation display system displays the data of water depth, water temperature, outdoor air temperature and cleanliness of the swimming pool, the operation power and operation duration of the circulating water pump, the opening and closing state of the water injection control valve and the opening and closing state of the sewage discharge opening and closing valve; when the AI control system detects that the sensing data obtained by the electrical sensing system is abnormal, the alarm center gives an alarm, and meanwhile, the operation display system can display the alarm information, the abnormal sensing equipment and the working electrical equipment.

Preferably, the water depth sensor is arranged at the edge of the pool, and the AI control system sets the water depth of the swimming pool according to the set swimming personnel information so as to meet the swimming requirements of different swimming people. Therefore, the swimming requirements of people with different heights can be met by reducing the arrangement of different water depth areas, the floor area of the swimming pool is saved, and water is discharged to the sewage tank when the water depth of the pool is required to be reduced.

Preferably, the set water temperature T is lower in order to ensure a more comfortable state for swimming, and therefore, the set water temperature T is lower in the weather₀A low value, and when the weather temperature is higher, the set water temperature T₀Is a high value, and therefore the water temperature T is set₀Is a parameter related to the weather and the air temperature of the day, and the AI control system calculates the set water temperature T according to the weather and the air temperature obtained by the network communication module₀The value of (c).

Preferably, the AI control system is based on a set water temperature T₀And real-time water temperature T of said swimming pool₁When T is₀And T₁If the difference exceeds a predetermined value, the AI control system determines that the temperature difference is likely to cause cramping, and therefore advises the swimmer not to swim or advises the swimmer to swim after performing the activity before swimming at the side of the swimming pool.

Preferably, the running power of the circulating water pump is also related to the number of swimming persons, a video sensing device is arranged above the swimming pool and can be sent to the AI control system according to the obtained images, the AI control system automatically obtains the number of the swimming persons through an artificial intelligence algorithm, and therefore the AI controller adjusts the power of the circulating water pump to output a proper circulating speed of circulating swimming pool water.

In another aspect, the present application further provides an artificial intelligence electrical control method, including an artificial intelligence electrical control system, the specific electrical control method is as follows;

step S1, the network communication module obtains the current weather environment and weather temperature, and transmits the weather environment and weather temperature data to the AI control system, and the AI control system calculates the best suitable water temperature according to the weather environment and weather temperature; meanwhile, the AI control system sets the optimal swimming water depth according to the requirements of the swimmers;

step S2, the water temperature heating device heats the water filtered by the filtering water cabin, the heated water is injected into the swimming pool again, and meanwhile, the circulating water pump, the water temperature sensor, the cleanliness sensor, the water depth sensor and the water temperature heating device are in data communication connection, and the operating data and the sensing data are sent to the AI control system;

step S3, the water temperature sensor detects the actual water temperature of the swimming pool and controls the water temperature heating device to heat the water in the filtering water cabin; the AI control system adopts an artificial intelligence algorithm to calculate the optimal circulating water speed of the circulating water pump and the water temperature heating device so as to raise the water temperature to the temperature suitable for the swimming of the human body as soon as possible;

step S4, the cleanliness sensor detects the water cleanliness of the swimming pool and sends the water cleanliness data obtained by the cleanliness sensor to the AI control system, so that the AI control system reasonably adjusts the circulation speed of the circulating water pump to pass through the filtering water cabin according to the set water cleanliness requirement so as to obtain the water cleanliness;

step S5, the operation display system is used for displaying the current operation data of the swimming pool and the operation data of the electric sensing system;

and step S6, the alarm system is used for giving an alarm when the water quality detected by the AI control system is abnormal, or the water temperature is abnormal or the water depth is abnormal.

Preferably, the swimming pool bottom equipartition is provided with pressure sensing module, pressure sensing module with AI control system data communication connects, AI control system is according to the pressure that pressure sensing module sent obtains the bottom of water pressure difference, forms the isobar, AI control system carries out fuzzy calculation according to the shape of isobar, and it has drowned personnel to analyze out whether submarine, if there is drowned personnel, then send for the warning center reports to the police.

Compared with the prior art, the invention has the beneficial effects that:

1. the artificial intelligent electrical control system can analyze the isobar line of the underwater pressure according to the underwater pressure sensing equipment and analyze underwater drowning personnel, thereby effectively giving an alarm.

2. According to the artificial intelligent electrical control system, the circulating speed of the circulating water pump is reasonably set according to the number of the swimmers, so that the power is saved, the water quality is ensured to be clean, and the safety is provided for the swimmers.

3. The artificial intelligent electrical control system detects the human body lying on the water bottom, thereby finding out the potential drowning danger in the swimming pool in time, searching and rescuing, alarming and improving the safety of swimming personnel.

4. The artificial intelligent electric control system treats the discharged sewage, thereby comprehensively managing and better utilizing the sewage.

Drawings

FIG. 1 is a schematic diagram of the overall structure of an artificial intelligence electrical control system of the present invention;

fig. 2 is a schematic diagram of a specific device connection relationship structure of the artificial intelligence electrical control system of the invention.

In the figure: 1. an AI control system; 2. a swimming pool system; 3. operating the display system; 4. a network communication module; 5. an alarm system; 6. a swimming pool; 7. a water circulating pump; 8. a water injection control valve; 9. a water filtering chamber; 10. a water temperature sensor; 11. a cleanliness sensor; 12. a water depth sensor; 13. a water temperature adding device.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

referring to fig. 1, the present invention provides a technical solution: an artificial intelligence electrical control system comprises an AI control system 1, a swimming pool system 2, an operation display system 3, a network communication module 4 and an alarm system 5;

wherein: the swimming pool system 2 comprises a swimming pool 6, a filtering water cabin 9, electrical equipment and an electrical sensing system; the electrical equipment comprises a circulating water pump 7 and a water injection control valve 8, and the circulating water pump 7 is in data communication connection with the AI control system 1; the bottom of the swimming pool 6 is provided with a water outlet which is connected with a water discharge pipe system, the water discharge pipe system is connected to a circulating water pump 7, the circulating water pump 7 is connected to the filtering water tank 9, meanwhile, a tap water pipe is also connected to the water inlet of the filtering water tank 9 through a water injection control valve 8, and the water outlet of the filtering water tank 9 is connected to the swimming pool 6 through a water pipe;

the electrical sensing system comprises a water temperature sensor 10, a cleanliness sensor 11 and a water depth sensor 12; the water temperature sensor 10 and the cleanliness sensor 11 are arranged in the swimming pool 6 and are respectively used for measuring the water temperature and the water cleanliness of the swimming pool; the water depth sensor 12 is used for measuring the water depth of the swimming pool 6;

the filtering water cabin 9 is provided with a water temperature adding device 13, the water temperature heating device 13 is used for heating the water after the filtering of the filtering water cabin 9 is completed and injecting the heated water into the swimming pool 6 again, and meanwhile, the circulating water pump 7, the water temperature sensor 10, the cleanliness sensor 11, the water depth sensor 12 and the water temperature heating device 13 are in data communication connection;

the network communication module 4 obtains the current weather environment and weather temperature, and transmits the weather environment and weather temperature data to the AI control system, the AI control system calculates the optimal suitable water temperature according to the weather environment and weather temperature, the water temperature sensor 10 detects the actual water temperature of the swimming pool, and controls the water temperature heating device 13 to heat the water in the filtering water tank 9; the AI control system adopts an artificial intelligence algorithm to calculate the optimal speed of the circulating water pump 7 and the water temperature heating device 13 so as to raise the water temperature to the temperature suitable for the swimming of the human body as soon as possible;

the cleanliness sensor 11 detects the water cleanliness of the swimming pool 6 and sends the water cleanliness data acquired by the cleanliness sensor 11 to the AI control system 1, so that the AI control system reasonably adjusts the circulating speed of the circulating water pump to pass through the filtering water tank 9 according to the set water cleanliness requirement so as to acquire the water cleanliness;

the operation display system is used for displaying the current operation data of the swimming pool and the operation data of the electric sensing system;

the alarm system 5 is used for giving an alarm when the water quality detected by the AI control system 1 is abnormal, or the water temperature is abnormal, or the water depth is abnormal.

Preferably, the swimming pool bottom equipartition is provided with pressure sensing module, pressure sensing module with AI control system data communication connects, AI control system is according to the pressure that pressure sensing module sent obtains the bottom of water pressure difference, forms the isobar, AI control system carries out fuzzy calculation according to the shape of isobar, and it has drowned personnel to analyze out whether submarine, if there is drowned personnel, then send for the warning center reports to the police.

Preferably, the bottom of the filtering water tank is arranged at a sewage discharge port, the sewage discharge port is connected with a sewage discharge pipe, the sewage discharge pipe is provided with a sewage discharge opening and closing valve, sewage obtained through filtering is discharged into a sewage storage and storage water tank, and the sewage in the sewage storage tank is used for watering flowers of trees around the swimming pool and flushing a toilet.

Preferably, the operation display system displays the data of water depth, water temperature, outdoor air temperature and cleanliness of the swimming pool, the operation power and operation duration of the circulating water pump 7, the opening and closing state of the water injection control valve 8 and the opening and closing state of the sewage discharge opening and closing valve; when the AI control system detects that the sensing data obtained by the electrical sensing system is abnormal, the alarm center gives an alarm, and meanwhile, the operation display system can display the alarm information, the abnormal sensing equipment and the working electrical equipment.

Preferably, the water depth sensor is arranged at the edge of the pool, and the AI control system sets the water depth of the swimming pool according to the set swimming personnel information so as to meet the swimming requirements of different swimming people. Therefore, the swimming requirements of people with different heights can be met by reducing the arrangement of different water depth areas, the floor area of the swimming pool is saved, and water is discharged to the sewage tank when the water depth of the pool is required to be reduced.

Preferably, the set water temperature T is lower in order to ensure a more comfortable state for swimming, and therefore, the set water temperature T is lower in the weather₀A low value, and when the weather temperature is higher, the set water temperature T₀Is a high value, and therefore the water temperature T is set₀Is a parameter related to the weather and the air temperature of the day, the AI control system calculates the set water temperature T according to the weather and the air temperature obtained by the network communication module 4₀The value of (c).

Preferably, the AI control system is based on a set water temperature T₀And real-time water temperature T of said swimming pool₁When T is₀And T₁If the difference exceeds a predetermined value, the AI control system determines that the temperature difference is likely to cause cramping, and therefore advises the swimmer not to swim or advises the swimmer to swim after performing the activity before swimming at the side of the swimming pool.

Preferably, the running power of the circulating water pump is related to the number of swimming persons, a video sensing device is arranged above the swimming pool 6 and can send the video sensing device to the AI control system according to the obtained images, the AI control system automatically obtains the number of the swimming persons through an artificial intelligence algorithm, and therefore the AI controller adjusts the power of the circulating water pump to output a proper circulating speed of the circulating swimming pool water.

The second embodiment is as follows:

in another aspect, the present application further provides an artificial intelligence electrical control method, including an artificial intelligence electrical control system, the specific electrical control method is as follows;

step S1, the network communication module 4 obtains the current weather environment and weather temperature, and transmits the weather environment and weather temperature data to the AI control system, and the AI control system calculates the best suitable water temperature according to the weather environment and weather temperature; meanwhile, the AI control system sets the optimal swimming water depth according to the requirements of the swimmers;

step S2, the water temperature heating device 13 heats the water filtered by the filtering water cabin 9, and re-injects the heated water into the swimming pool 6, and meanwhile, the circulating water pump 7, the water temperature sensor 10, the cleanliness sensor 11, the water depth sensor 12 and the water temperature heating device 13 are in data communication connection, and send the operation data and the sensing data to the AI control system;

step S3, the water temperature sensor 10 detects the actual water temperature of the swimming pool and controls the water temperature heating device 13 to heat the water in the filtering water chamber 9; the AI control system adopts an artificial intelligence algorithm to calculate the optimal speed of the circulating water pump 7 and the water temperature heating device 13 so as to raise the water temperature to the temperature suitable for the swimming of the human body as soon as possible;

step S4, the cleanliness sensor 11 detects the water cleanliness of the swimming pool 6 and sends the water cleanliness data obtained by the cleanliness sensor 11 to the AI control system 1, so that the AI control system reasonably adjusts the circulation speed of the circulating water pump to pass through the filtering water tank 9 according to the requirement of the set water cleanliness so as to obtain the water cleanliness;

step S5, the operation display system is used for displaying the current operation data of the swimming pool and the operation data of the electric sensing system;

and step S6, the alarm system 5 is configured to alarm when the water quality detected by the AI control system 1 is abnormal, or the water temperature is abnormal, or the water depth is abnormal.

Preferably, the swimming pool bottom equipartition is provided with pressure sensing module, pressure sensing module with AI control system data communication connects, AI control system is according to the pressure that pressure sensing module sent obtains the bottom of water pressure difference, forms the isobar, AI control system carries out fuzzy calculation according to the shape of isobar, and it has drowned personnel to analyze out whether submarine, if there is drowned personnel, then send for the warning center reports to the police.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.