Digital dual-primitive universe intelligent building management system

Abstract

A digital dual-primitive universe intelligent building management system comprises a building field, at least one intelligent carrier and a computer, a plurality of entity carriers are arranged in the building field, and the computer is provided with a virtual building field, an artificial intelligence control module and an artificial intelligence character and voice module. Wherein the virtual building field is provided with a 3D virtual reality field with the same coordinate and specification as the building field, the virtual building field is provided with a role object serving as a virtual branch of the entity carrier, and the artificial intelligence control module is used for a manager to bind the entity carrier and the role object. The intelligent carrier can be connected with the entity carrier and the role object through the artificial intelligence character and voice module, so that the manager enables the entity carrier and the role object to synchronously execute an instruction or a task sent by the manager through dialogue characters or voice.

Description

Technical Field

[0001] This invention relates to a digital twin-universe smart building management system, and more particularly to a digital twin-universe smart building management system in which managers can simultaneously control physical vehicles and virtual character objects of physical vehicles in a physical building and a virtual building in a metaverse virtual reality through intelligent vehicles to perform property management. Background Technology

[0002] In recent years, with the development of technologies such as computers, the Internet, and big data, all kinds of buildings are moving towards smart technology in order to improve the living quality of users. Most residents live in the same community environment of multi-family housing and rely on property management personnel to manage related matters in the community environment.

[0003] Current apartment complexes may consist of a single building or multiple buildings. To maintain community operation and security, each building typically has a management office with at least one administrator responsible for handling property management tasks such as mail collection, access control, security patrols, and package delivery. However, managing each building is complex, and when a community has multiple buildings, several administrators are required for effective management, resulting in significant manpower costs. While property management companies offer intelligent building management systems, these are often limited to integration of systems like access control, lighting, and air conditioning. Therefore, the existing manpower-based property management system still has room for improvement. Summary of the Invention

[0004] In view of this, and in order to improve these shortcomings, the inventor, through years of experience and continuous research and development, has created this invention.

[0005] The main objective of this invention is to provide a digital twin-universe smart building management system that allows managers to manage properties by simultaneously controlling physical vehicles and virtual character objects within the physical building and its virtual counterpart in the metaverse virtual reality environment.

[0006] To address the aforementioned problems and achieve the desired effects, this invention provides a digital twin-universe intelligent building management system, comprising a building site, at least one intelligent vehicle, and a computer with network connectivity. The building site is managed by multiple administrators appointed by a management unit. Multiple physical vehicles are installed within the building site, and the intelligent vehicles are available for use by the administrators. The computer has a user interface, which includes at least a virtual building site, an artificial intelligence control module, and an artificial intelligence text / voice module. The virtual building site is a 3D virtual reality system with synchronized coordinates and the same scale as the aforementioned building site. The virtual building area includes a virtual avatar of the aforementioned physical vehicle. The AI ​​control module allows the administrator to bind the physical vehicle and the avatar. The AI ​​text and voice module allows the intelligent vehicle to connect with the physical vehicle and the avatar. The AI ​​text and voice module can receive the administrator's conversational text or voice through the intelligent vehicle, enabling the physical vehicle and the avatar to synchronously execute the administrator's instructions or tasks in the building area and the virtual building area.

[0007] In practice, the intelligent vehicle can be a mobile application device, or a head-mounted display or smart glasses that can be used in AR, VR, MR and other scenarios.

[0008] In practice, the physical vehicle can be an AIoT device, mobile phone, tablet, robot, or drone, and the virtual building field, which serves as a virtual clone of the physical vehicle, can also be an AIoT device, mobile phone, tablet, robot, or drone.

[0009] During implementation, the administrator can model 3D objects such as AIoT devices, mobile phones, tablets, robots, or drones in the virtual building field of the user interface.

[0010] During implementation, the administrator needs to verify their identity through an identity login module built into the user interface before they can enter the user interface as a virtual role agent.

[0011] The beneficial effects of this invention are as follows: 1. Through the design of this invention, managers such as residents, property management, security, sales agents, real estate agents, developers, designers, and administrators can enter the metaverse as virtual agents to experience intelligent services without human intervention, 24 hours a day. They can manage physical smart buildings through AIoT devices, mobile phones, tablets, VR, AR, MR, Smart TVs, PCs, robots, drones, etc.

[0012] 2. Through the design of this invention, residents can connect to physical vehicles such as robots through an artificial intelligence control module. In a physical context, the robot can be used to receive and send goods and packages. Similarly, administrators can also serve residents by connecting to robots or tablets through an artificial intelligence control module.

[0013] 3. Through the design of this invention, managers can manage the fixed points and inspection paths of inspections in the virtual reality of the metaverse, monitor cameras or security equipment in real time through devices, set the inspection cycle time of characters, objects and physical vehicles such as robots or drones, and manage physical smart buildings through the metaverse.

[0014] To further understand the present invention, preferred embodiments are described below in conjunction with the accompanying drawings, and the specific composition and effects of the present invention are explained in detail below. Attached Figure Description

[0015] Figure 1 This is an architecture diagram of the Digital Twin Universe Smart Building Management System according to an embodiment of the present invention; Figure 2 This is a diagram showing the main architecture of the user interface in an embodiment of the present invention; Figure 3 This is a schematic diagram illustrating the relationship between the artificial intelligence text and speech modules in an embodiment of the present invention.

[0016] Explanation of reference numerals in the attached figures 1: Architectural site; 11: Physical vehicle; 2: Intelligent vehicles; 3: Computer; 31: User interface; 310: Identity Login Module; 311: Virtual architectural field; 3111: Character items; 312: Artificial Intelligence Control Module; 313: Artificial intelligence text and voice module. Detailed Implementation

[0017] Please see Figure 1-3 As shown, this is a preferred embodiment of the digital twin universe smart building management system of the present invention, which consists of a building site 1, at least one intelligent vehicle 2 and a computer 3 with network connectivity.

[0018] The building site 1 is managed by multiple managers arranged by a management unit. The building site 1 can be a park, community, building, floor, factory, parking lot, facility, indoor space, etc. The building site 1 is equipped with multiple physical vehicles 11, which can be AIoT devices, mobile phones, tablets, robots or drones, etc.

[0019] The smart vehicle 2 can be used by the aforementioned administrator. The smart vehicle 2 is a mobile application device, or a head-mounted display or smart glasses that can be used in AR (Augmented Reality), VR (Virtual Reality), MR (Mixed Reality) and other scenarios.

[0020] The computer 3 is equipped with a user interface 31, which has at least a virtual building field 311, an artificial intelligence control module 312 and an artificial intelligence text and voice module 313. The administrator needs to confirm his identity through an identity login module 310 built on the user interface 31 before he can enter the user interface 31 as a virtual role agent.

[0021] The virtual building field 311 is a 3D virtual reality field with the same coordinates and scale as the building field 1. The virtual building field 311 contains a character object 3111 that serves as a virtual clone of the physical vehicle 11. The character object 3111 that serves as the virtual clone of the physical vehicle 11 in the virtual building field 311 is also an AIoT device, mobile phone, tablet, robot, or drone. The administrator can model the physical vehicle 11 as an AIoT device, mobile phone, tablet, robot, or drone in the virtual building field 311 of the user interface 31, so that it is similar to the physical vehicle 11.

[0022] The artificial intelligence control module 312 is used by the aforementioned administrator to bind the aforementioned physical vehicle 11 and role object 3111 through the artificial intelligence control module 312, and to connect and bind with the role object 3111 to inherit units such as warning, control, display, sensing, motion, image, GPS, and movement trajectory of AIoT devices.

[0023] The AI ​​text and voice module 313 allows the aforementioned intelligent vehicle 2 to connect with the aforementioned physical vehicle 11 and character object 3111. The AI ​​text and voice module 313 can receive the manager's instructions or tasks issued by the manager in a conversational manner through the intelligent vehicle 2, enabling the physical vehicle 11 and character object 313 to synchronously execute the manager's instructions or tasks in the building field 1 and the virtual building field 311.

[0024] In practice, the virtual building field 311 has a 3D virtual reality field with the same coordinates and scale as the aforementioned building field 1. The character objects 3111 in the virtual building field 311 are also similar to the physical vehicles 11 in the building field 1, such as AIoT devices, mobile phones, tablets, robots, or drones. Therefore, when the administrator logs into the user interface 31 through the identity login module 310, he sees the same scene and physical vehicles 11 as he actually sees in the building field 1 through the smart vehicle 2. Through the physical vehicle 1 or character object 3111 bound to the artificial intelligence control module 312, the administrator receives the instructions or tasks issued by the administrator through the smart vehicle 2 through the artificial intelligence text and voice module 313, so that the physical vehicle 11 in the building field 1 and the corresponding character object 3111 in the virtual building field 311 execute the instructions or tasks synchronously.

[0025] In this way, through the above methods, both the physical vehicle 1 in the real-world building field 1 and the character object 3111 in the virtual building field 311 of the metaverse can simultaneously carry out property management services such as patrolling and delivering packages. Managers can also use virtual character agents to guide people through virtual reality buildings, introduce real estate items, and conduct sales. If there is a connected robot in the physical context, the robot can also show real people the property.

[0026] Therefore, the present invention has the following advantages: 1. Through the design of this invention, managers such as residents, property management, security, sales agents, real estate agents, developers, designers, and administrators can enter the metaverse as virtual agents to experience intelligent services without human intervention, 24 hours a day. They can manage physical smart buildings through AIoT devices, mobile phones, tablets, VR, AR, MR, Smart TVs, PCs, robots, drones, etc.

[0027] 2. Through the design of this invention, residents can connect to physical vehicles such as robots through an artificial intelligence control module. In a physical context, the robot can be used to receive and send goods and packages. Similarly, administrators can also serve residents by connecting to robots or tablets through an artificial intelligence control module.

[0028] 3. Through the design of this invention, managers can manage the fixed points and inspection paths of inspections in the virtual reality of the metaverse, monitor cameras or security equipment in real time through devices, set the inspection cycle time of characters, objects and physical vehicles such as robots or drones, and manage physical smart buildings through the metaverse.

[0029] The above description describes specific embodiments of the present invention and the technical means used. Those skilled in the art can derive many changes and modifications based on the disclosure or teachings herein, which can still be regarded as equivalent changes to the concept of the present invention. The effects produced do not exceed the essential spirit covered by the specification and drawings, and should all be regarded as within the technical scope of the present invention.

Claims

1. A digital twin-universe intelligent building management system, characterized in that, include: A construction site, which is managed by multiple managers appointed by a management unit, contains multiple physical vehicles; At least one intelligent vehicle for use by the aforementioned administrator; A computer with network connectivity has a user interface, which at least includes: A virtual building field, which is a 3D virtual reality field with the same coordinates and scale as the aforementioned building field, and a character object that serves as the aforementioned physical vehicle is provided in the virtual building field. An artificial intelligence control module is used by the aforementioned managers to bind the aforementioned physical vehicles and character objects through the artificial intelligence control module; An artificial intelligence text and voice module is provided for the aforementioned intelligent vehicle to connect with the aforementioned physical vehicle and role objects. The artificial intelligence text and voice module receives instructions or tasks issued by the manager through the intelligent vehicle in a conversational manner using text or voice, so that the physical vehicle and role objects can synchronously execute the instructions or tasks issued by the manager in the building field and the virtual building field.

2. The Digital Twin Universe Smart Building Management System as described in claim 1, characterized in that, The intelligent vehicle is a mobile application device or a head-mounted display or smart glasses used in AR, VR, and MR scenarios.

3. The Digital Twin Universe Smart Building Management System as described in claim 1, characterized in that, The physical vehicle is an AIoT device, mobile phone, tablet, robot, or drone, and the virtual building field, which serves as a virtual clone of the physical vehicle, is also an AIoT device, mobile phone, tablet, robot, or drone.

4. The Digital Twin Universe Smart Building Management System as described in claim 3, characterized in that, The administrator models 3D objects, such as AIoT devices, mobile phones, tablets, robots, or drones, within the virtual building space of the user interface.

5. The Digital Twin Universe Smart Building Management System as described in claim 1, characterized in that, After the administrator confirms their identity through an identity login module built into the user interface, they enter the user interface as a virtual agent.

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