Artificial intelligence Internet of Things system

Abstract

The invention relates to the technical field of artificial intelligence, and discloses an artificial intelligence Internet of Things system, which comprises an intelligent traffic management module, an intelligent energy management module, an intelligent environment management module, an intelligent security management module, an intelligent building management module and an intelligent medical management module. According to the invention, the intelligent traffic management module can monitor and manage the traffic condition of a road, illegal driving of vehicles and the traffic flow of the road; public energy consumption, enterprise energy consumption and household energy consumption can be optimized through the intelligent energy management module, so that unnecessary energy consumption is reduced; through the intelligent security management module, intelligent monitoring can be carried out on public places, emergency response can be realized when disasters occur, abnormal behaviors can be predicted, and possible social problems can be found in advance; and real-time monitoring and remote treatment can be performed on the patient through the intelligent medical management module.

Description

Technical Field

[0001] The present invention relates to the field of artificial intelligence technology, and in particular to an artificial intelligence Internet of Things system. Background Art

[0002] Artificial intelligence refers to the ability to use algorithms and data to simulate, replace or expand human intelligence; the Internet of Things refers to connecting traditional physical devices to the Internet so that these devices can communicate with each other, make autonomous decisions and work collaboratively; the combination of the Internet of Things and artificial intelligence enables devices to make autonomous decisions and work collaboratively more intelligently, and has broad application prospects in smart cities, which not only improves the efficiency of urban management, but also improves the quality of life of residents.

[0003] A Chinese patent discloses a smart city monitoring system based on the Internet of Things (Announcement No. CN115278180A). This patented technology can achieve all-round monitoring of people in the city through the establishment of aerial monitoring modules, ground monitoring modules and underground monitoring modules in conjunction with personnel-worn modules. It can also judge the behavior of personnel, and perform image recognition and video evidence collection functions. It has auxiliary evidence analysis functions for smart city disaster prevention and control, smart tourism and security reconnaissance recommendations, and provides effective high-tech support for scientific and technological innovation and digital urban management. However, it cannot intelligently monitor and manage urban traffic conditions, energy consumption levels, buildings and medical systems. Summary of the invention

[0004] The purpose of the present invention is to provide an artificial intelligence Internet of Things system to solve the problems raised in the above background technology.

[0005] To achieve the above object, the present invention provides the following technical solutions: An artificial intelligence Internet of Things system includes an intelligent traffic management module, an intelligent energy management module, an intelligent environment management module, an intelligent security management module, an intelligent building management module and an intelligent medical management module, wherein the intelligent traffic management module includes an intelligent road management unit, an intelligent parking management unit and an intelligent public transportation management unit; wherein the intelligent road management unit is used to monitor and manage road traffic conditions, vehicle violations and road traffic flow; The intelligent parking management unit monitors the use of parking spaces through IoT sensors and provides drivers with real-time free parking space information. It also sets up parking space guidance management and vehicle linkage management. The intelligent public transportation management unit monitors the operation of public transportation through IoT sensors and provides passengers with real-time arrival information and route suggestions; it also sets up departure quantity management and departure frequency management.

[0006] As a further solution of the present invention: in the intelligent road management, the traffic condition monitoring unit of the road is monitored and managed by an Internet of Things sensor installed on the road to monitor the road traffic condition in real time; and the monitoring data is sent to the command center to guide the traffic through the command center; The monitoring and management of vehicle violations is achieved by monitoring various violations of vehicles on the road; The monitoring and management of road traffic flow is achieved by monitoring the vehicle flow on the road and taking corresponding measures when the vehicle flow exceeds the set value.

[0007] As a further solution of the present invention: the intelligent energy management module includes a public energy consumption management unit, an enterprise energy consumption management unit and a household energy consumption management unit, wherein: The public energy consumption management unit is used to monitor the energy consumption in public places, balance the energy system load according to the environment, optimize energy distribution, and monitor energy consumption in real time; The enterprise energy consumption management unit is used to monitor the energy consumption of the enterprise, and to carry out early warning, assessment and optimization of energy consumption according to the changes in energy consumption per unit output value of the enterprise; The home energy management unit is used to monitor the energy consumption of the home and classify and compare different energy consumptions to discover energy waste and unreasonable use and make corresponding adjustments.

[0008] As a further solution of the present invention: the intelligent environment management module includes an air quality management unit, a water quality management unit and an environmental sanitation management unit, wherein: The air quality management unit monitors air pollution data in different areas in real time through IoT sensors, determines whether air pollution data exceeds the standard and the source of air pollutants, and facilitates the implementation of corresponding prevention and control measures; The water quality management unit monitors the quality of water sources and leakage in water supply channels through IoT sensors to ensure the safety of water for residents. The environmental sanitation management unit monitors the sanitation status of public places and garbage recycling sites through IoT sensors.

[0009] As a further solution of the present invention: the intelligent security management module includes an intelligent monitoring management unit, an emergency response management unit and an abnormality prediction management unit, wherein: The intelligent monitoring management unit conducts real-time video monitoring of public places through IoT sensors; The emergency response management unit monitors the occurrence of fires, floods, and earthquakes through IoT sensors, and provides real-time warnings to relevant departments; The abnormal prediction management unit uses IoT sensors to identify abnormal conditions in key areas, analyzes historical illegal data, and explores the characteristics of illegal activities.

[0010] As a further solution of the present invention: the intelligent building management module includes an intelligent building management unit, a predictive maintenance management unit and a building safety management unit, wherein: The intelligent building management unit monitors the temperature, humidity, ventilation and light conditions in the building through IoT sensors, collects historical data of users, analyzes their personal preferences, predicts their comfort, and performs intelligent control; The predictive maintenance management unit monitors the operating status of equipment in the building through IoT sensors, predicts equipment failures and arranges maintenance before problems occur; The building security management unit performs real-time security management on the access control system.

[0011] As a further solution of the present invention: the intelligent medical management module includes an intelligent remote management unit, an intelligent medical management unit and an intelligent collaborative management unit, wherein: The intelligent remote management unit conducts all-round real-time monitoring and data collection of patients, and compares and analyzes the collected physiological data. Once the patient exceeds the monitoring range or the collected data is abnormal, an alarm is immediately issued; The intelligent medical care management unit intelligently matches the patient's physiological data with the database, obtains medical measures and precautions, recommends medical solutions, and records and automatically improves the expert's solution; The intelligent collaborative management unit optimizes resource allocation and collaborates by sharing information and integrating resources among different hospitals and departments.

[0012] Compared with the prior art, the present invention has the following beneficial effects: The present invention can monitor and manage the traffic conditions, vehicle violations and road traffic flow through the intelligent traffic management module; optimize public energy consumption, enterprise energy consumption and household energy consumption through the intelligent energy management module to reduce unnecessary energy consumption; monitor and manage air quality, water quality and environmental sanitation through the intelligent environment management module to reduce pollution and improve the sanitation level; intelligent security management module can be used to intelligently monitor public places so as to achieve emergency response in the event of a disaster, predict abnormal behavior and discover possible social problems in advance; intelligent building management module can be used to intelligently control the temperature, humidity, ventilation and light conditions in the building to improve energy efficiency and occupant comfort; and intelligent medical management module can be used to monitor patients in real time and provide remote treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 The figure is a structural diagram of an artificial intelligence Internet of Things system. DETAILED DESCRIPTION

[0014] See also Figure 1 In an embodiment of the present invention, an artificial intelligence Internet of Things system includes an intelligent traffic management module, an intelligent energy management module, an intelligent environment management module, an intelligent security management module, an intelligent building management module and an intelligent medical management module, wherein the intelligent traffic management module includes an intelligent road management unit, an intelligent parking management unit and an intelligent public transportation management unit; wherein the intelligent road management unit is used to monitor and manage the traffic conditions of the road, vehicle violations and road traffic flow; The intelligent parking management unit monitors the use of parking spaces through IoT sensors and provides drivers with real-time free parking space information to reduce the time spent looking for parking spaces, improve parking efficiency, and save time. At the same time, parking space induction management and vehicle linkage management are set up to guide drivers to park regularly. Through the vehicle linkage management and the public security system linkage interface, the location of the escaped vehicle can be located. The intelligent public transportation management unit monitors the operation of public transportation vehicles, such as buses and subways, through IoT sensors, and provides passengers with real-time arrival information and route suggestions. It also sets up departure quantity management and departure frequency management, collects the number of people waiting at the station, and increases or decreases the number of vehicles in operation and the departure frequency, thereby reducing waiting time and improving passengers' travel experience.

[0015] Preferably, in the intelligent road management, the monitoring and management of the road traffic condition monitoring unit is to monitor the road traffic condition in real time through the Internet of Things sensors installed on the road, such as whether congestion occurs, whether the driving speed is slow, and whether a traffic accident occurs; and send the monitoring data to the command center, and guide the traffic through the command center, such as adjusting the duration of traffic lights and changing the direction of road signs to reduce congestion and improve travel efficiency; The monitoring and management of vehicle violations is achieved by monitoring various illegal behaviors of vehicles on the road, such as running red lights, driving against traffic, changing lanes illegally, and stopping illegally; The monitoring and management of road traffic flow is achieved by monitoring the vehicle flow on the road. When the vehicle flow exceeds the set value, corresponding measures are taken, such as vehicle diversion and traffic control, to reduce road congestion.

[0016] Preferably, the intelligent energy management module includes a public energy consumption management unit, an enterprise energy consumption management unit and a household energy consumption management unit, wherein: The public energy consumption management unit is used to monitor the energy consumption in public places, such as electricity, water, natural gas, central heating and central cooling, and balance the energy system load according to the environment and optimize energy distribution, such as adjusting the number of lighting equipment on both sides of the road according to light conditions, pedestrian and vehicle activity data, while monitoring energy consumption in real time to reduce unnecessary energy consumption; The enterprise energy consumption management unit is used to monitor the energy consumption of the enterprise, and to warn, assess and optimize the energy consumption according to the changes in the energy consumption per unit output value of the enterprise, such as optimizing the flow, temperature, voltage, illumination, frequency and current; The home energy management unit is used to monitor the energy consumption of the home and classify and compare different energy consumptions to discover energy waste and unreasonable use, and make corresponding adjustments to achieve energy conservation.

[0017] Preferably, the intelligent environment management module includes an air quality management unit, a water quality management unit and an environmental sanitation management unit, wherein: The air quality management unit monitors the air pollution data of different areas in real time through IoT sensors to determine whether the air pollution data exceeds the standard and the source of air pollutants, so as to facilitate the implementation of corresponding prevention and control measures; air pollutants include particulate matter, harmful gas concentration and noise decibels, such as whether the concentration of PM2.5 and PM10 exceeds the standard, whether the concentration of formaldehyde, hydrogen fluoride, ammonia and hydrogen sulfide exceeds the standard, and whether the noise exceeds the standard; The water quality management unit uses IoT sensors to monitor the quality of water sources and leakage in water supply channels to ensure the safety of water for residents. Water sources include surface water and groundwater, such as rivers, lakes, and underground rivers. The environmental sanitation management unit uses IoT sensors to monitor the sanitation status of public places and garbage collection sites, such as monitoring the cleanliness of roads to determine whether they need to be cleaned. For example, sensors installed in smart trash cans monitor the garbage filling status and surrounding odors in real time, and send transfer signals to the garbage recycling center to reduce pollution and improve urban sanitation.

[0018] Preferably, the intelligent security management module includes an intelligent monitoring management unit, an emergency response management unit and an abnormality prediction management unit, wherein: The intelligent monitoring management unit uses IoT sensors to conduct real-time video monitoring of public places, such as real-time monitoring of transportation hubs and commercial districts through cameras; The emergency response management unit monitors the occurrence of fires, floods, and earthquakes through IoT sensors, and provides real-time warnings to relevant departments; The abnormal prediction management unit uses IoT sensors to identify abnormal conditions in key areas, such as abnormal driving of vehicles around schools and abnormal gathering of people in parks. It also analyzes historical violation data and explores the characteristics of illegal activities in order to discover possible social problems in advance.

[0019] Preferably, the intelligent building management module includes an intelligent building management unit, a predictive maintenance management unit and a building safety management unit, wherein: The intelligent building management unit monitors the temperature, humidity, ventilation and light conditions in the building through IoT sensors, collects historical data of users, analyzes their personal preferences, predicts their comfort, and performs intelligent control, such as controlling and adjusting HVAC, lighting equipment, and smart windows to improve energy efficiency and occupant comfort; The predictive maintenance management unit monitors the operating status of equipment in the building through IoT sensors, predicts equipment failures and schedules maintenance before problems occur, thereby reducing downtime and maintenance costs; The building security management unit controls the entry and exit of personnel through real-time security management of the access control system, such as smart cards, fingerprint recognition, and facial recognition.

[0020] Preferably, the intelligent medical management module includes an intelligent remote management unit, an intelligent medical care management unit and an intelligent collaborative management unit, wherein: The intelligent remote management unit conducts all-round real-time monitoring and data collection of patients, and conducts comparative analysis of the collected physiological data. Once the patient exceeds the monitoring range or the collected data is abnormal, an alarm is immediately issued, such as to nurses, care workers, and doctors; The intelligent medical care management unit intelligently matches the patient's physiological data with the database, obtains medical measures and precautions, recommends medical solutions, and records and automatically improves the expert's solutions. It can also provide remote medical consultation and remote surgical guidance, thus solving the problem of difficulty and high cost of seeing a doctor. The intelligent collaborative management unit improves the operational efficiency of the medical system by sharing information and integrating resources among different hospitals and departments, optimizing resource allocation, and collaborating.

[0021] What is described above is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. An artificial intelligence Internet of Things system, characterized in that: It includes an intelligent traffic management module, an intelligent energy management module, an intelligent environment management module, an intelligent security management module, an intelligent building management module and an intelligent medical management module, wherein the intelligent traffic management module includes an intelligent road management unit, an intelligent parking management unit and an intelligent public transportation management unit; wherein the intelligent road management unit is used to monitor and manage the traffic conditions, vehicle violations and road traffic flow of the road; The intelligent parking management unit monitors the use of parking spaces through IoT sensors and provides drivers with real-time free parking space information. It also sets up parking space guidance management and vehicle linkage management. The intelligent public transportation management unit monitors the operation of public transportation through IoT sensors and provides passengers with real-time arrival information and route suggestions; it also sets up departure quantity management and departure frequency management.

2. An artificial intelligence Internet of Things system according to claim 1, characterized in that: In the intelligent road management, the traffic condition monitoring unit of the road is monitored and managed by the Internet of Things sensors installed on the road to monitor the road traffic conditions in real time; and send the monitoring data to the command center to guide the traffic through the command center; The monitoring and management of vehicle violations is achieved by monitoring various violations of vehicles on the road; The monitoring and management of road traffic flow is achieved by monitoring the vehicle flow on the road and taking corresponding measures when the vehicle flow exceeds the set value.

3. The artificial intelligence Internet of Things system according to claim 1, characterized in that: The intelligent energy management module includes a public energy consumption management unit, an enterprise energy consumption management unit and a household energy consumption management unit, wherein: The public energy consumption management unit is used to monitor the energy consumption in public places, balance the energy system load according to the environment, optimize energy distribution, and monitor energy consumption in real time; The enterprise energy consumption management unit is used to monitor the energy consumption of the enterprise, and to carry out early warning, assessment and optimization of energy consumption according to the changes in energy consumption per unit output value of the enterprise; The home energy management unit is used to monitor the energy consumption of the home and classify and compare different energy consumptions to discover energy waste and unreasonable use and make corresponding adjustments.

4. The artificial intelligence Internet of Things system according to claim 1, characterized in that: The intelligent environment management module includes an air quality management unit, a water quality management unit and an environmental sanitation management unit, wherein: The air quality management unit monitors air pollution data in different areas in real time through IoT sensors, determines whether air pollution data exceeds the standard and the source of air pollutants, and facilitates the implementation of corresponding prevention and control measures; The water quality management unit monitors the quality of water sources and leakage in water supply channels through IoT sensors to ensure the safety of water for residents. The environmental sanitation management unit monitors the sanitation status of public places and garbage recycling sites through IoT sensors.

5. The artificial intelligence Internet of Things system according to claim 1, characterized in that: The intelligent security management module includes an intelligent monitoring management unit, an emergency response management unit and an abnormality prediction management unit, wherein: The intelligent monitoring management unit conducts real-time video monitoring of public places through IoT sensors; The emergency response management unit monitors the occurrence of fires, floods, and earthquakes through IoT sensors, and provides real-time warnings to relevant departments; The abnormal prediction management unit uses IoT sensors to identify abnormal conditions in key areas, analyzes historical illegal data, and explores the characteristics of illegal activities.

6. The artificial intelligence Internet of Things system according to claim 1, characterized in that: The intelligent building management module includes an intelligent building management unit, a predictive maintenance management unit and a building safety management unit, wherein: The intelligent building management unit monitors the temperature, humidity, ventilation and light conditions in the building through IoT sensors, collects historical data of users, analyzes their personal preferences, predicts their comfort, and performs intelligent control; The predictive maintenance management unit monitors the operating status of equipment in the building through IoT sensors, predicts equipment failures and arranges maintenance before problems occur; The building security management unit performs real-time security management on the access control system.

7. The artificial intelligence Internet of Things system according to claim 1, characterized in that: The intelligent medical management module includes an intelligent remote management unit, an intelligent medical care management unit and an intelligent collaborative management unit, wherein: The intelligent remote management unit conducts all-round real-time monitoring and data collection of patients, and conducts comparative analysis of the collected physiological data. Once the patient exceeds the monitoring range or the collected data is abnormal, an alarm is immediately issued; The intelligent medical care management unit intelligently matches the patient's physiological data with the database, obtains medical measures and precautions, recommends medical solutions, and records and automatically improves the experts' solutions; The intelligent collaborative management unit optimizes resource allocation and collaborates by sharing information and integrating resources among different hospitals and departments.

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