Building intelligent management method and system based on artificial intelligence

Abstract

The invention relates to the technical field of intelligent building management, and discloses an intelligent building management method and system based on artificial intelligence. The intelligent building management method is applied to a management server and specifically comprises the following steps that S101, a home-entry request sent by a user terminal is received, and the home-entry request carries identity information of the user terminal, the home-entry position of the user terminal and the home-entry duration of the user terminal; s102, verifying the home entry request of the user terminal, and placing the identity information of the user terminal in a preset content text comparison model; according to the system, the induction components in the intelligent building are linked through the guide route, intelligent building management and on-off of the user terminal are completed, manual operation is not needed, opening is completed after the system recognizes and positions coordinates and confirms the coordinates, automatic closing is completed until the user leaves, meanwhile, the position of the user terminal can be monitored in real time, and the user terminal is more intelligent. The safety in the building is ensured, and the working efficiency of property management personnel is greatly improved.

Description

Technical Field

[0001] The present invention relates to the technical field of smart building management, and in particular to an artificial intelligence-based building intelligent management method and system. Background Art

[0002] Smart building management makes full use of the Internet and the Internet of Things to create an intelligent management method. It organically integrates the 5A system through the communication network system, integrating structure, system, service, management and the optimal combination of them. Smart buildings make buildings safe, convenient, efficient and energy-saving.

[0003] Smart buildings include the following systems: integrated wiring system, computer network system, telephone system, cable and satellite television, security monitoring system, card system, broadcasting and announcement system, building automation system, hotel management system, property management system, intelligent building management system (centralized control platform) and data center room construction.

[0004] However, at present, although the access control recognition of the intelligent management technology for smart buildings provides opening information notification power supply, door lock opening objects such as physical keys and cards are also easily lost or stolen, making the anti-theft effect of smart buildings still poor and unable to bring protection to the intelligent management technology management of smart buildings. Summary of the invention

[0005] The purpose of the present invention is to provide an intelligent building management method and system based on artificial intelligence. The system opens the door after recognizing the positioning coordinates and confirms them, and automatically closes the door after leaving. At the same time, the location of the user terminal can also be monitored in real time, ensuring the security inside the building and greatly improving the work efficiency of property personnel. It aims to solve the problem in the prior art that door lock opening objects such as physical keys and cards are easily lost or stolen, making the anti-theft effect of smart buildings still poor.

[0006] The present invention is implemented in this way: the building intelligent management method based on artificial intelligence is applied to the management server, and specifically includes the following steps: S101: receiving a home login request sent by a user terminal, where the home login request carries identity information of the user terminal, a home login location of the user terminal, and a home login duration of the user terminal; S102: verifying the user terminal's login request, placing the user terminal's identity information in a preset content text comparison model, and establishing an identity information matching feature in the comparison result of the user terminal's identity information, sending it to the user terminal for identity verification; S103: If the identity verification is successful, display the identity information interface set of the user terminal, obtain the user terminal information editing interface selected by the user terminal from the identity information interface set of the user terminal, and use the selected user terminal information editing interface as the currently designated user information editing interface; S104: Generate a BIM information model of the smart building on the designated user information editing interface, and place the user terminal identity information, the user terminal entry location, and the user terminal entry duration carried in the entry request into the BIM information model to generate an auxiliary path for the user terminal; S105: Execute the auxiliary path of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate a guidance coordinate map, monitor the real-time dynamics of the user terminal, and work together with the sensing components in the smart building to complete the building intelligent management of the user terminal.

[0007] Furthermore, in S101, receiving a login request sent by a user terminal includes: receiving a connection request sent by a user terminal through a preset link, wherein the connection request is used to request to establish a connection with the management server; Detecting whether the current account of the user terminal is the target account; If the current account of the user terminal is the target account, a connection is made with the user terminal according to the connection request, and after the connection is completed, a login request sent by the user terminal is received.

[0008] Furthermore, the preset link includes a preset network and a preset path, the preset network includes one or a combination of 3G network, 4G network, 5G network, and WIFI network, and the preset path is to identify a QR code or manually enter a domain name address to complete the connection between the user terminal and the management server.

[0009] Further, in S102, the identity information of the user terminal is placed in a preset content text comparison model, and in the comparison result of the identity information of the user terminal, an identity information matching feature is established and sent to the user terminal for identity verification, including: The identity information of the user terminal includes a user identifier and a user number identifier, and the obtained user identifier and user number identifier are placed in a preset content text comparison model; The preset content text comparison model stores the identity information of the smart building, and obtains the comparison result of the user terminal identity information through comparison to determine the category of the current user terminal; If it is determined to be the owner category, an identity information matching feature is established and sent to the user terminal for identity verification. If it is determined to be the visitor category, an identity information matching feature is established and sent to the user terminal for feature collection.

[0010] Further, in S103, if the identity verification is passed, the identity information interface set of the user terminal is displayed, and in the identity information interface set of the user terminal, the user terminal information editing interface selected by the user terminal is obtained, including: Establishing identity information matching features and sending them to the user terminal for identity verification, and outputting the identity information interface set determined by the current user terminal, wherein the identity information interface set includes the biometric features and path features of the user terminal; After completing the biometric verification again in the identity information interface set, the path feature is entered, and the path feature is displayed on the identity information interface determined by the current user terminal.

[0011] Furthermore, in S105, the current coordinates and the target coordinates of the user terminal are determined, and a guidance coordinate map is generated, including: If it is determined to be a visit category, complete the feature collection of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate the arrival path, and activate the timing module to record the entry time of the user terminal; If it is determined to be the owner category, the identity information matching features are completed and sent to the user terminal for identity verification, and three-dimensional coordinates are generated in the BIM information model to determine the current coordinates and target coordinates of the user terminal and generate the arrival path.

[0012] Furthermore, the real-time dynamics of user terminals are monitored and linked with the sensing components in the smart building, including: The management server monitors the coordinate information of the user terminal in real time in the generated BIM information model; When the user terminal moves to the corresponding space, the smart building in the space receives feedback from the management server to wake up the surrounding smart hardware. When the user terminal moves out of the corresponding space, the smart building in the space receives stop feedback from the management server to realize the state transition of the surrounding smart hardware.

[0013] Compared with the prior art, the artificial intelligence-based building intelligent management method and system provided by the present invention have the following beneficial effects: 1. Based on the connection between the user terminal and the management server, the owner or visitor is identified by physiological characteristics, and the behavior of the owner or visitor is predicted based on the artificial intelligence algorithm to realize the generation of the BIM information model of the smart building. According to the identity information of the user terminal, the entry location of the user terminal and the entry time of the user terminal, a guide route is generated for the user terminal. The sensor components in the smart building are linked through the guide route to complete the building intelligent management and switch of the user terminal. No manual operation is required. The system will open after identifying the positioning coordinates and automatically close after leaving. At the same time, the location of the user terminal can be monitored in real time, ensuring the safety inside the building and greatly improving the work efficiency of property personnel. 2. Identity verification is carried out by displaying the identity information interface set of the user terminal, obtaining the user terminal information editing interface selected by the user terminal in the identity information interface set of the user terminal, and using the selected user terminal information editing interface as the currently designated user information editing interface, mainly to ensure the convenience of use of the owner category, so as to efficiently complete the identity verification of the identity information matching features sent to the user terminal, and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate an arrival path. If it is determined to be a visiting category, complete the feature collection of the user terminal, and use the visitor editing interface to realize the temporary rights and interests of the user terminal in the smart building, and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate an arrival path, and activate the timing module to record the entry time of the user terminal, and determine the timeliness and entry and exit time of the visitor.

[0014] An artificial intelligence-based building intelligent management system is applied to the above-mentioned building intelligent management method, and the system includes: The MCU module is used to receive and process signals transmitted by the user terminal and send instructions to each module unit; A verification unit, used to verify the user terminal's request for access, establish identity information matching features and send them to the user terminal for identity verification; A matching unit, configured to display the identity information interface set of the user terminal, and obtain a user terminal information editing interface selected by the user terminal from the identity information interface set of the user terminal; A generating unit, used to generate a BIM information model of a smart building on a designated user information editing interface and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of a user terminal, and generate a guiding coordinate map; The guidance unit is used to monitor the real-time dynamics of user terminals and work together with the sensing components in the smart building to complete the intelligent building management of user terminals.

[0015] Specifically, the verification unit includes: A pupil recognition module is used to compare the pupil features of the preset user information with the pupil features of the user terminal; A voice recognition module is used to compare the voice characteristics of the preset user information with the voice characteristics of the user terminal; Fingerprint recognition module, used to compare the fingerprint features of the preset user information with the fingerprint features of the user terminal; The avatar recognition module is used to compare the avatar features of the preset user information with the avatar features of the user terminal.

[0016] Specifically, the generating unit includes: A model generation module is used to generate a BIM information model of a smart building on a specified user information editing interface; The sensing distribution module is used to generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate a guiding coordinate map; The coordinate generation module is used to connect the sensing components in the smart building to complete the building intelligent management and switching of the user terminal. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 A schematic flow chart of the artificial intelligence-based building intelligent management method proposed by the present invention; Figure 2 A schematic block diagram of the process of receiving a home entry request sent by a user terminal in the artificial intelligence-based building intelligent management method proposed by the present invention; Figure 3 This is a schematic diagram of the structure of the building intelligent management system based on artificial intelligence proposed by the present invention; Figure 4 This is a schematic diagram of the structure of the verification unit in the artificial intelligence-based building intelligent management system proposed by the present invention; Figure 5 This is a structural schematic diagram of the generation unit in the artificial intelligence-based building intelligent management system proposed by the present invention. DETAILED DESCRIPTION

[0018] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0019] The implementation of the present invention is described in detail below in conjunction with specific embodiments.

[0020] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right" and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, it is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction. Therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and cannot be understood as limitations on the present invention. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0021] Reference Figure 1-2 As shown, the building intelligent management method based on artificial intelligence is applied to the management server and specifically includes the following steps: S101: receiving a home login request sent by a user terminal, where the home login request carries identity information of the user terminal, a home login location of the user terminal, and a home login duration of the user terminal; The step of receiving a login request sent by a user terminal includes: Receiving a connection request sent by a user terminal through a preset link, the connection request is used to request to establish a connection with a management server; Check whether the current account of the user terminal is the target account; If the current account of the user terminal is the target account, connect with the user terminal according to the connection request, and after the connection is completed, receive the login request sent by the user terminal; S102: verifying the user terminal's login request, placing the user terminal's identity information in a preset content text comparison model, and establishing an identity information matching feature in the comparison result of the user terminal's identity information, sending it to the user terminal for identity verification; The identity information of the user terminal is placed in a preset content text comparison model, and in the comparison result of the identity information of the user terminal, an identity information matching feature is established and sent to the user terminal for identity verification, including: The identity information of the user terminal includes a user identifier and a user number identifier, and the obtained user identifier and user number identifier are placed in a preset content text comparison model; The preset content text comparison model stores the identity information of the smart building, and the comparison result of the user terminal identity information is obtained by comparison to determine the category of the current user terminal; If it is determined to be an owner, an identity information matching feature is established and sent to the user terminal for identity verification. If it is determined to be a visitor, an identity information matching feature is established and sent to the user terminal for feature collection. The preset content text comparison model is used to detect whether two strings are exactly the same. The identity information of the user terminal is compared with the preset user information. The specific usage is as follows: Function syntax: EXACT(text user terminal identity information, text smart building identity information); The identity information of the text user terminal includes the text user ID and the text user number ID, and the identity information of the text smart building includes the user ID of the text smart building and the number ID of the text smart building. By comparing the text user ID with the user ID of the text smart building, and comparing the text user number ID with the number ID of the text smart building, the comparison result of the user terminal identity information is obtained to determine the category of the current user terminal. If the two strings are exactly the same, TRUE is returned; otherwise, FALSE is returned to determine the user terminal identity information; However, because the EXACT function is case sensitive, the letters in the string are confirmed before comparison. If letters are recognized, they are all adjusted to uppercase before comparison. When comparing strings, the EXACT function does not consider differences in spaces or other invisible characters.

[0022] S103: If the identity verification is successful, display the identity information interface set of the user terminal, obtain the user terminal information editing interface selected by the user terminal from the identity information interface set of the user terminal, and use the selected user terminal information editing interface as the currently designated user information editing interface; If the identity verification is successful, the identity information interface set of the user terminal is displayed, and in the identity information interface set of the user terminal, the user terminal information editing interface selected by the user terminal is obtained, including: Establishing identity information matching features and sending them to the user terminal for identity verification, outputting the identity information interface set determined by the current user terminal, the identity information interface set including the biometric features and path features of the user terminal; After completing the biometric verification again in the identity information interface set, the path feature is entered, and the path feature is displayed on the identity information interface determined by the current user terminal; S104: Generate a BIM information model of the smart building on the designated user information editing interface, and place the user terminal identity information, user terminal entry location, and user terminal entry duration carried in the entry request into the BIM information model to generate an auxiliary path for the user terminal; S105: Execute the auxiliary path of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate a guidance coordinate map, monitor the real-time dynamics of the user terminal, and work together with the sensing components in the smart building to complete the building intelligent management of the user terminal. Based on the connection between the user terminal and the management server, the owner or visitor is identified by physiological characteristics, and the behavior of the owner or visitor is predicted based on the artificial intelligence algorithm to achieve the generation of the BIM information model of the smart building. According to the identity information of the user terminal, the entry location of the user terminal and the entry time of the user terminal, a guidance route is generated for the user terminal. The guidance route is used to link the sensing components in the smart building to complete the building intelligent management and switch of the user terminal. No manual operation is required. The system completes the opening after recognizing the positioning coordinates and confirms them, and automatically closes after leaving. At the same time, the location of the user terminal can also be monitored in real time, ensuring the safety inside the building and greatly improving the work efficiency of property personnel. Among them, it monitors the real-time dynamics of user terminals and cooperates with the sensing components in the smart building, including: The management server monitors the coordinate information of the user terminal in real time in the generated BIM information model; When the user terminal moves to the corresponding space, the smart building in the space receives feedback from the management server to wake up the surrounding smart hardware. When the user terminal moves out of the corresponding space, the smart building in the space receives stop feedback from the management server to realize the state transition of the surrounding smart hardware.

[0023] In this embodiment, the preset link includes a preset network and a preset path. The preset network includes one or a combination of 3G network, 4G network, 5G network, and WIFI network. The preset path is to identify a QR code or manually enter a domain name address to complete the connection between the user terminal and the management server.

[0024] In S105 of this embodiment, the current coordinates and the target coordinates of the user terminal are determined, and a guidance coordinate map is generated, including: If it is determined to be a visit category, complete the feature collection of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate the arrival path, and activate the timing module to record the entry time of the user terminal; If it is determined to be the owner category, the identity information matching features are completed and sent to the user terminal for identity verification, and three-dimensional coordinates are generated in the BIM information model to determine the current coordinates and target coordinates of the user terminal and generate the arrival path.

[0025] This technical solution is based on the connection between the user terminal and the management server, uses physiological characteristics to identify the owner or visitor, and predicts the behavior of the owner or visitor based on the artificial intelligence algorithm, so as to realize the generation of the BIM information model of the smart building, and generates a guidance route for the user terminal according to the identity information of the user terminal, the entry location of the user terminal and the entry time of the user terminal. The guidance route is used to link the sensing components in the smart building to complete the intelligent building management and switching of the user terminal without manual operation. The system completes the opening after identifying the positioning coordinates and confirms them, and automatically closes after leaving. At the same time, the location of the user terminal can also be monitored in real time, ensuring the safety inside the building and greatly improving the work efficiency of property personnel.

[0026] Reference Figure 3-5 As shown, the building intelligent management system based on artificial intelligence is applied to the above-mentioned building intelligent management method, and the system includes: an MCU module, which is used to receive and process the signals transmitted by the user terminal, and send instructions to each module unit; a verification unit, which is used to verify the user terminal's entry request, establish identity information matching features and send them to the user terminal for identity verification; a matching unit, which is used to display the identity information interface set of the user terminal, and obtain the user terminal information editing interface selected by the user terminal in the identity information interface set of the user terminal; a generation unit, which is used to generate a BIM information model of the smart building on the specified user information editing interface and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate a guidance coordinate map; a guidance unit, which is used to monitor the user terminal The real-time dynamics of the terminal are linked with the sensing components in the smart building to complete the intelligent building management of the user terminal. Based on the connection between the user terminal and the management server, the physiological characteristics are used to identify the owner or visitor, and the behavior of the owner or visitor is predicted based on the artificial intelligence algorithm to realize the generation of the BIM information model of the smart building. According to the identity information of the user terminal, the entry location of the user terminal and the entry time of the user terminal, a guidance route is generated for the user terminal. The sensing components in the smart building are linked through the guidance route to complete the intelligent building management and switch of the user terminal. No manual operation is required. The system will complete the opening after confirming the positioning coordinates and will automatically close after leaving. At the same time, the location of the user terminal can also be monitored in real time, ensuring the safety inside the building and greatly improving the work efficiency of property personnel.

[0027] In this embodiment, the verification unit includes: a pupil recognition module, which is used to compare the pupil features of the preset user information with the pupil features of the user terminal; a voice recognition module, which is used to compare the voice features of the preset user information with the voice features of the user terminal; a fingerprint recognition module, which is used to compare the fingerprint features of the preset user information with the fingerprint features of the user terminal; an avatar recognition module, which is used to compare the avatar features of the preset user information with the avatar features of the user terminal. Identity verification is performed by displaying the identity information interface set of the user terminal, obtaining the user terminal information editing interface selected by the user terminal in the identity information interface set of the user terminal, and using the selected user terminal information editing interface as the currently designated user information editing interface, mainly to ensure the convenience of use of the owner category.

[0028] In this embodiment, the generation unit includes: a model generation module, which is used to generate a BIM information model of a smart building on a specified user information editing interface; a sensing distribution module, which is used to generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate a guidance coordinate map; a coordinate generation module, which is used to link the sensing components in the smart building, complete the building intelligent management and switching of the user terminal, and if it is determined to be a visit category, complete the feature collection of the user terminal, and use the visitor editing interface to realize the temporary rights and interests of the user terminal in the smart building, and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate an arrival path, and activate the timing module to record the entry time of the user terminal, and determine the visitor's timeliness and entry and exit time.

[0029] The identity verification of the present technical scheme is achieved by displaying the identity information interface set of the user terminal, obtaining the user terminal information editing interface selected by the user terminal in the identity information interface set of the user terminal, and using the selected user terminal information editing interface as the currently designated user information editing interface, mainly to ensure the ease of use of the owner category, to efficiently complete the identity verification of the identity information matching features sent to the user terminal, and to generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate an arrival path. If it is determined to be a visiting category, the feature collection of the user terminal is completed, and the visitor editing interface is used to realize the temporary rights and interests of the user terminal in the smart building, and to generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate an arrival path, and activate the timing module to record the entry time of the user terminal, and determine the timeliness and entry and exit time of the visitor.

[0030] In this embodiment, the entire operation process can be controlled by a computer to achieve automatic operation control, and in each operation link, sensors can be set to provide signal feedback to achieve sequential execution of steps. These are all common knowledge of current automatic control and will not be described in detail in this embodiment.

[0031] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. The building intelligent management method based on artificial intelligence is characterized by: Applied to the management server, specifically including the following steps: S101: receiving a home login request sent by a user terminal, where the home login request carries identity information of the user terminal, a home login location of the user terminal, and a home login duration of the user terminal; S102: verifying the user terminal's login request, placing the user terminal's identity information in a preset content text comparison model, and establishing an identity information matching feature in the comparison result of the user terminal's identity information, sending it to the user terminal for identity verification; S103: If the identity verification is successful, display the identity information interface set of the user terminal, obtain the user terminal information editing interface selected by the user terminal from the identity information interface set of the user terminal, and use the selected user terminal information editing interface as the currently designated user information editing interface; S104: Generate a BIM information model of the smart building on the designated user information editing interface, and place the user terminal identity information, the user terminal entry location, and the user terminal entry duration carried in the entry request into the BIM information model to generate an auxiliary path for the user terminal; S105: Execute the auxiliary path of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate a guidance coordinate map, monitor the real-time dynamics of the user terminal, and work together with the sensing components in the smart building to complete the building intelligent management of the user terminal.

2. The method for intelligent building management based on artificial intelligence according to claim 1, characterized in that: In S101, receiving a login request sent by a user terminal includes: receiving a connection request sent by a user terminal through a preset link, wherein the connection request is used to request to establish a connection with the management server; Detecting whether the current account of the user terminal is the target account; If the current account of the user terminal is the target account, a connection is made with the user terminal according to the connection request, and after the connection is completed, a login request sent by the user terminal is received.

3. The building intelligent management method based on artificial intelligence as claimed in claim 2, characterized in that: The preset link includes a preset network and a preset path. The preset network includes one or a combination of a 3G network, a 4G network, a 5G network, and a WIFI network. The preset path is to identify a QR code or manually enter a domain name address to complete the connection between the user terminal and the management server.

4. The method for intelligent building management based on artificial intelligence as claimed in claim 3, characterized in that: In S102, the identity information of the user terminal is placed in a preset content text comparison model, and in the comparison result of the identity information of the user terminal, an identity information matching feature is established and sent to the user terminal for identity verification, including: The identity information of the user terminal includes a user identifier and a user number identifier, and the obtained user identifier and user number identifier are placed in a preset content text comparison model; The preset content text comparison model stores the identity information of the smart building, and obtains the comparison result of the user terminal identity information through comparison to determine the category of the current user terminal; If it is determined to be the owner category, an identity information matching feature is established and sent to the user terminal for identity verification. If it is determined to be the visitor category, an identity information matching feature is established and sent to the user terminal for feature collection.

5. The method for intelligent building management based on artificial intelligence as claimed in claim 4, characterized in that: In S103, if the identity verification is successful, the identity information interface set of the user terminal is displayed, and in the identity information interface set of the user terminal, a user terminal information editing interface selected by the user terminal is obtained, including: Establishing identity information matching features and sending them to the user terminal for identity verification, and outputting the identity information interface set determined by the current user terminal, wherein the identity information interface set includes the biometric features and path features of the user terminal; After completing the biometric verification again in the identity information interface set, the path feature is entered, and the path feature is displayed on the identity information interface determined by the current user terminal.

6. The method for intelligent building management based on artificial intelligence as claimed in claim 5, characterized in that: In S105, the current coordinates and the target coordinates of the user terminal are determined, and a guidance coordinate map is generated, including: If it is determined to be a visit category, complete the feature collection of the user terminal, generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, generate the arrival path, and activate the timing module to record the entry time of the user terminal; If it is determined to be the owner category, the identity information matching features are completed and sent to the user terminal for identity verification, and three-dimensional coordinates are generated in the BIM information model to determine the current coordinates and target coordinates of the user terminal and generate the arrival path.

7. The method for intelligent building management based on artificial intelligence as claimed in claim 6, characterized in that: It also monitors the real-time dynamics of user terminals and works in conjunction with the sensing components in the smart building, including: The management server monitors the coordinate information of the user terminal in real time in the generated BIM information model; When the user terminal moves to the corresponding space, the smart building in the space receives feedback from the management server to wake up the surrounding smart hardware. When the user terminal moves out of the corresponding space, the smart building in the space receives stop feedback from the management server to realize the state transition of the surrounding smart hardware.

8. The building intelligent management system based on artificial intelligence is characterized by: Applied to the building intelligent management method described in any one of claims 1 to 7, the system comprises: MCU module, used to receive and process signals transmitted by user terminals, and send instructions to each module unit; A verification unit, used to verify the user terminal's request for access, establish identity information matching features and send them to the user terminal for identity verification; A matching unit, configured to display the identity information interface set of the user terminal, and obtain a user terminal information editing interface selected by the user terminal from the identity information interface set of the user terminal; A generating unit, used to generate a BIM information model of a smart building on a designated user information editing interface and generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of a user terminal, and generate a guiding coordinate map; The guidance unit is used to monitor the real-time dynamics of user terminals and work together with the sensing components in the smart building to complete the intelligent building management of user terminals.

9. The artificial intelligence-based building intelligent management system according to claim 8, characterized in that: The verification unit comprises: A pupil recognition module is used to compare the pupil features of the preset user information with the pupil features of the user terminal; A voice recognition module is used to compare the voice characteristics of the preset user information with the voice characteristics of the user terminal; Fingerprint recognition module, used to compare the fingerprint features of the preset user information with the fingerprint features of the user terminal; The avatar recognition module is used to compare the avatar features of the preset user information with the avatar features of the user terminal.

10. The artificial intelligence-based building intelligent management system according to claim 9, characterized in that: The generating unit comprises: A model generation module is used to generate a BIM information model of a smart building on a specified user information editing interface; The sensing distribution module is used to generate three-dimensional coordinates in the BIM information model, determine the current coordinates and target coordinates of the user terminal, and generate a guiding coordinate map; The coordinate generation module is used to connect the sensing components in the smart building to complete the building intelligent management and switching of the user terminal.

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