Intelligent agent building and intelligent data processing method thereof

Abstract

The invention discloses an intelligent agent building and an intelligent data processing method thereof. The intelligent agent building comprises a plurality of building bodies and a plurality of building rooms arranged in each of the building bodies. And at least one building intelligent agent system is arranged in the plurality of building rooms and is used for acquiring data acquired by a building detection system arranged in the building rooms or the building body and correspondingly processing the data to obtain an intelligent monitoring result set. According to the embodiment of the invention, the building intelligent agent system and the building detection system can be combined to carry out rapid intelligent reconstruction on a traditional building, and the building intelligent agent system can be used as a data processing center to process parameters uploaded by the building detection system, so that an intelligent monitoring result set is obtained.

Description

Technical Field

[0001] The present invention relates to the field of building intelligent technology, and in particular to an intelligent building and an intelligent data processing method thereof. Background Art

[0002] The widespread application of intelligent security equipment (such as image acquisition devices) in building and urban construction has led to the development of smart city and smart building technologies. Smart city technology integrates urban resources through technologies such as the Internet of Things (IoT), artificial intelligence (AI), and big data to achieve efficient management, optimized services, and sustainable development. Smart building technology utilizes the IoT, AI, and automated systems to intelligently manage building energy, security, and the environment, improving safety and energy efficiency. Furthermore, smart buildings can be considered a component of smart cities. However, current buildings are predominantly traditional and lack a digital foundation. Even after intelligent retrofitting these buildings with image acquisition devices and smart homes, data exchange between devices is limited, making centralized processing of digital information across the entire building impossible. Consequently, effective and centralized utilization of multidimensional building data during operations and maintenance is difficult. Summary of the Invention

[0003] The embodiments of the present invention provide an intelligent building and an intelligent data processing method thereof, aiming to solve the problem in the prior art that after traditional buildings are intelligently transformed by adding image acquisition devices, smart homes, etc., there is little data interaction between the various devices or equipment, which makes it impossible to centrally process the digital information of the entire building, making it difficult to effectively utilize the multi-dimensional data of the entire building in a centralized manner during the operation and maintenance stage.

[0004] In the first aspect, an embodiment of the present invention provides an intelligent building, which includes: a plurality of building bodies, and a plurality of building rooms located in each of the plurality of building bodies; at least one building intelligent body system is provided in the plurality of building rooms, which is used to obtain data collected by a building detection system installed in the building room or the building body for corresponding processing to obtain an intelligent monitoring result set.

[0005] In a second aspect, an embodiment of the present invention further provides a data intelligent processing method for an intelligent building, which is applied to the intelligent building as described in the first aspect above, and includes: The building detection system installed in each building room in the intelligent building collects the corresponding building room data set and sends it to the corresponding communication connected building intelligent system; The building intelligent agent system processes the building room data set of each building room in the intelligent agent building based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent agent building to be monitored.

[0006] An embodiment of the present invention provides an intelligent building and a method for intelligent data processing thereof, comprising: a plurality of building bodies and a plurality of building rooms within each of the plurality of building bodies; at least one building intelligent system is installed within each of the plurality of building rooms, configured to acquire data collected by a building detection system installed in the building rooms or the building bodies and process the data accordingly to produce an intelligent monitoring result set. This embodiment of the present invention can rapidly transform traditional buildings into intelligent buildings by combining the building intelligent system with the building detection system. The building intelligent system serves as the data processing hub to process parameters uploaded by the building detection system, thereby producing an intelligent monitoring result set. BRIEF DESCRIPTION OF THE DRAWINGS

[0007] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for use in the description of the embodiments. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0008] Figure 1 A schematic block diagram of an intelligent building provided in an embodiment of the present invention; Figure 2 A first sub-schematic block diagram of an intelligent building provided by an embodiment of the present invention; Figure 3 A second sub-schematic block diagram of an intelligent building provided by an embodiment of the present invention; Figure 4 A third sub-schematic block diagram of an intelligent building provided by an embodiment of the present invention; Figure 5 A schematic flow chart of a method for intelligent data processing of an intelligent building provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0009] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. All other embodiments obtained by ordinary technicians in this field based on the embodiments of the present invention without making any creative efforts shall fall within the scope of protection of the present invention.

[0010] It will be understood that when used in this specification and the appended claims, the terms “comprises” and “comprising” indicate the presence of described features, integers, steps, operations, elements and / or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or groups thereof.

[0011] It should also be understood that the terminology used in this specification is for the purpose of describing particular embodiments only and is not intended to limit the present invention. As used in the specification and appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms unless the context clearly indicates otherwise.

[0012] It should be further understood that the term "and / or" used in the present description and the appended claims refers to and includes any and all possible combinations of one or more of the associated listed items.

[0013] Please refer to Figure 1 ,in Figure 1 FIG is a schematic block diagram of an intelligent building provided by an embodiment of the present invention. Figure 1 As shown, the intelligent building 1 includes a plurality of building entities and a plurality of building rooms arranged in each of the plurality of building entities; at least one building intelligent system is arranged in the plurality of building rooms.

[0014] For example, an intelligent building includes a building body, a plurality of building rooms are arranged in the building body, and at least one building intelligent system 10 is arranged in the building body. A building detection system 11 can be arranged in each of the plurality of building rooms in the building body, and each building detection system 11 is communicatively connected to the building intelligent system 10.

[0015] More specifically, the building detection system 11 includes a building component chip system 20, a smart home monitoring system 30 and a house comfort monitoring system 40; the building component chip system 20, the smart home monitoring system 30 and the house comfort monitoring system 40 are all connected to the building intelligent system 10 for communication; wherein, the building component chip system 20 is used to monitor and obtain the parameters corresponding to the building environment, building foundation, building main body, building exterior wall, building interior wall and building interior of the monitored intelligent building; the smart home monitoring system 30 is used to monitor and obtain the parameters corresponding to the smart home deployed in the monitored intelligent building and the smart home to be monitored. The intelligent building is equipped with a plurality of intelligent body systems, and the intelligent body system 10 is used to monitor and obtain the parameters corresponding to the building ancillary equipment of the intelligent building; the house comfort monitoring system 40 is used to monitor and obtain the living comfort parameters of the intelligent building to be monitored; the building intelligent body system 10 is used to obtain the parameters uploaded by the building component chip system 20, the smart home monitoring system 30 and the house comfort monitoring system 40 respectively, and process them based on the preset parameter processing strategy to obtain the intelligent monitoring result set corresponding to the intelligent building to be monitored; wherein the intelligent monitoring result set includes at least the building structure safety monitoring result, the house comfort monitoring result and the smart home monitoring result.

[0016] In this embodiment, in order to transform a building into a smart building or directly implement smart building construction during the building's construction phase, a building intelligent system 10 in the form of a server, such as a local server or edge server, can be deployed within the building itself. Alternatively, a building intelligent system 10 in the form of a processor can be deployed, and the building intelligent system 10 is deployed within the intelligent building to be monitored (which can be considered a smart building). The building intelligent system 10 can serve as a microdata processing hub to process the parameters uploaded by the building component chip system 20, the smart home monitoring system 30, and the house comfort monitoring system 40, thereby obtaining a set of intelligent monitoring results. In this application, the building intelligent system 10 can obtain monitoring results for the intelligent building to be monitored from at least three dimensions: building structural safety monitoring results corresponding to data collected by the building component chip system 20, house comfort monitoring results corresponding to data collected by the house comfort monitoring system 40, and smart home monitoring results corresponding to data collected by the smart home monitoring system 30. Through the above method, multi-dimensional data acquisition and centralized processing of the intelligent building to be monitored are realized, so that the intelligent building to be monitored has the performance of a smart building.

[0017] In one embodiment, if Figure 2 As shown, the building component chip system 20 includes at least a first processor 21, a building environment monitoring subsystem 22, a building foundation monitoring subsystem 23, a building main body monitoring subsystem 24, a building exterior wall monitoring subsystem 25, a building interior wall monitoring subsystem 26 and a building interior monitoring subsystem 27. The building environment monitoring subsystem 22, the building foundation monitoring subsystem 23, the building main body monitoring subsystem 24, the building exterior wall monitoring subsystem 25, the building interior wall monitoring subsystem 26 and the building interior monitoring subsystem 27 are all communicatively connected to the first processor 21, and the first processor 21 is communicatively connected to the building intelligent body system 10.

[0018] In this embodiment, in order to enable the building component chip system 20 to monitor and obtain parameters corresponding to the building environment, building foundation, building body, building exterior wall, building interior wall and building interior, a first processor 21, a building environment monitoring subsystem 22, a building foundation monitoring subsystem 23, a building body monitoring subsystem 24, a building exterior wall monitoring subsystem 25, a building interior wall monitoring subsystem 26 and a building interior monitoring subsystem 27 are specifically provided in the building component chip system 20. Among them, the building environment monitoring subsystem 22 can obtain relevant parameters of the building environment of the intelligent building to be monitored, the building foundation monitoring subsystem 23 can obtain relevant parameters of the building foundation of the intelligent building to be monitored, the building body monitoring subsystem 24 can obtain relevant parameters of the building body of the intelligent building to be monitored, the building exterior wall monitoring subsystem 25 can obtain relevant parameters of the building exterior wall of the intelligent building to be monitored, the building interior wall monitoring subsystem 26 can obtain relevant parameters of the building interior of the intelligent building to be monitored, and the building interior monitoring subsystem 27 can obtain relevant parameters of the building interior of the intelligent building to be monitored.

[0019] In one embodiment, the building environment monitoring subsystem 22 includes a building environment sensor, a building environment camera, and a building environment data processor. The building environment sensor and the building environment camera are both communicatively connected to the building environment data processor, and the building environment data processor is communicatively connected to the first processor. The building foundation monitoring subsystem 23 includes a building foundation sensing detector, a building foundation waterproofing detector, a basement camera, and a building foundation data processor. The building foundation sensing detector, the building foundation waterproofing detector, and the basement camera are all communicatively connected to the building foundation data processor, and the building foundation data processor is communicatively connected to the first processor. The building main body monitoring subsystem 24 includes a building structure main body sensing detector, a building structure camera, a building structure vibration detector and a building main body data processor. The building structure main body sensing detector, the building structure camera and the building structure vibration detector are all communicatively connected to the building main body data processor, and the building main body data processor is communicatively connected to the first processor.

[0020] In this embodiment, the building environment sensor chip in the building environment monitoring subsystem 22 is used to monitor in real time parameters such as changes in bearing capacity such as earthquakes, geological disasters, collapses, etc. in the area where the monitored intelligent building is located (temperature and humidity sensors, light sensors, air quality sensors, displacement monitors, microseismic monitoring sensors, etc. can be integrated); the building structure camera is used to monitor in real time external environmental changes, safety hazards, etc. in the area where the monitored intelligent building is located; the building environment data processor is used to analyze and process the sensing force parameters collected by the building environment sensor chip and the first type of building images collected by the building environment camera.

[0021] The building foundation sensing detector in the building foundation monitoring subsystem 23 is used to monitor in real time parameters such as bearing capacity changes such as earthquakes, geological disasters, collapses, etc. at the foundation of the monitored intelligent building in the area (the building foundation sensing detector can be integrated with foundation strong seismometers, steel stress gauges, pore water pressure gauges, etc.), and the building foundation waterproofing detector is used to monitor in real time parameters such as groundwater conditions, waterproofing conditions, and humidity environments in the area where the monitored intelligent building is located (the building foundation waterproofing detector can be integrated with piezometers, fiber grating sensors, capacitive humidity sensors, salt sensors, etc.); the basement camera is used to monitor in real time the basement in the area where the monitored intelligent building is located; the building foundation data processor is used to monitor in real time parameters such as bearing capacity changes such as earthquakes, geological disasters, collapses, etc. at the foundation collected by the building foundation sensing detector, and analyze and process the groundwater conditions, waterproofing conditions, humidity environments, etc. collected by the building foundation waterproofing detector, as well as the second type of building images collected by the basement camera.

[0022] The main building monitoring subsystem 24 includes a main building structure sensing detector for real-time monitoring of parameters such as main structure settlement, bearing capacity, stress and strain, and safety hazards in the area where the monitored intelligent building is located (the main building structure sensing detector can be integrated with a static leveling system, earth pressure sensor, electrochemical corrosion sensor, temperature sensor, etc.); a building structure camera for real-time monitoring of the building structure status and protection against falling objects in the monitored intelligent building; a building structure vibration detector for real-time monitoring of parameters such as wind resistance and shock absorption in the main building of the monitored intelligent building; and a main building data processor for analyzing and processing parameters such as main structure settlement, bearing capacity, stress and strain, and safety hazards collected by the main building structure sensing detector, the real-time building structure status and protection against falling objects collected by the building structure camera, and the wind resistance and shock absorption parameters collected by the building structure vibration detector. Thus, the building environment monitoring subsystem, building foundation monitoring subsystem, and main building monitoring subsystem can collect and analyze data from three dimensions: building environment, building foundation, and building main body.

[0023] In one embodiment, the building exterior wall monitoring subsystem 25 includes a building exterior wall combined stress detector, a building exterior wall thermal insulation performance detector, a building exterior wall camera, and a building exterior wall data processor. The building exterior wall combined stress detector, the building exterior wall thermal insulation performance detector, and the building exterior wall camera are all communicatively connected to the building exterior wall data processor, and the building exterior wall data processor is communicatively connected to the first processor. The building interior wall monitoring subsystem 26 includes a building interior wall combined stress detector, a building interior wall environment detector, a building interior wall camera, and a building interior wall data processor. The building interior wall combined stress detector, the building interior wall environment detector, and the building interior wall camera are all communicatively connected to the building interior wall data processor, and the building interior wall data processor is communicatively connected to the first processor. The building interior monitoring subsystem 27 includes a building interior wall decoration sensing detector, a building interior camera and a building interior data processor. The building interior wall decoration sensing detector and the building interior camera are both communicatively connected to the building interior data processor, and the building interior data processor is communicatively connected to the first processor.

[0024] In this embodiment, the building exterior wall combined stress detector in the building exterior wall monitoring subsystem 25 is used to monitor in real time the stress and strain parameters of the exterior wall panels and the building body of the monitored intelligent building (in which fiber Bragg grating sensors, laser displacement sensors, temperature sensors, etc. can be integrated); the building exterior wall thermal insulation performance detector is used to monitor in real time the exterior wall system performance, exterior wall photovoltaic performance and other parameters of the monitored intelligent building (in which distributed fiber optic temperature sensors, heat flux density sensors, infrared thermal imagers, irradiance sensors, photovoltaic module temperature sensors, etc. can be integrated); the building exterior wall camera is used to monitor in real time the safety hazards of the exterior wall of the monitored intelligent building; the building exterior wall data processor is used to analyze and process the stress and strain parameters of the exterior wall panels and the building body collected by the building exterior wall combined stress detector, the exterior wall system performance, exterior wall photovoltaic performance and other parameters collected by the building exterior wall thermal insulation performance detector, and the exterior wall safety hazards collected by the building exterior wall camera.

[0025] The building interior wall combined stress detector in the building interior wall monitoring subsystem 26 is used to monitor the combined stress parameters of each interior wall of the building interior of the monitored intelligent building in real time (fiber grating sensors, laser displacement sensors, etc. can be integrated); the building interior wall environment detector is used to monitor the building interior wall temperature, smoke detection, odor, waterproofing and other parameters of the building interior of the monitored intelligent building in real time; the building interior wall camera is used to monitor the safety hazards of the exterior wall of the monitored intelligent building in real time; the building interior wall data processor is used to analyze and process the parameters of each department of the building interior wall collected by the building interior wall combined stress detector, the building interior wall temperature, smoke detection, odor, waterproofing and other parameters collected by the building interior wall environment detector, and the exterior wall safety hazards collected by the building interior wall camera.

[0026] The interior wall decoration sensor detector in the building interior monitoring subsystem 27 is used to conduct real-time detection of interior safety hazards, interior power consumption, and interior aging of the monitored intelligent building (which may integrate resistance strain gauges, leakage sensors, Hall effect current sensors, etc.); the building interior camera is used to conduct real-time monitoring of interior safety hazards of the monitored intelligent building; and the building interior data processor is used to analyze and process the interior safety hazards, interior power consumption, and interior aging data collected by the interior wall decoration sensor detector and the interior safety hazards collected by the building interior camera. Thus, the exterior wall monitoring subsystem, interior wall monitoring subsystem, and interior monitoring subsystem can also collect and analyze data from three dimensions: exterior walls, interior walls, and interiors.

[0027] In one embodiment, if Figure 3 As shown, the smart home monitoring system 30 includes a second processor 31, a building ancillary equipment monitoring subsystem 32 and a smart home monitoring subsystem 33; the building ancillary equipment monitoring subsystem 32 and the smart home monitoring subsystem 33 are both communicatively connected to the second processor 31, and the second processor 31 is communicatively connected to the building intelligent body system 10.

[0028] Among them, the building ancillary equipment monitoring subsystem 32 includes at least a building ancillary equipment data processor, a parking space monitoring device and an intelligent security device. The parking space monitoring device and the intelligent security device are both communicatively connected to the building ancillary equipment data processor, and the building ancillary equipment data processor is communicatively connected to the second processor.

[0029] In this embodiment, the building accessory equipment monitoring subsystem 32 can be used to collect and monitor in real time information about available parking spaces, such as ground and underground parking spaces, within the monitored intelligent building, as well as operational data from the intelligent security devices within the monitored intelligent building. The smart home monitoring subsystem 33 can collect and monitor in real time the operational status and operating parameters of smart home devices (such as smart air conditioners, smart refrigerators, smart TVs, smart door locks, and smart sofas) deployed within multiple residences or company premises within the monitored intelligent building. More specifically, a smart home management system or smart company management system can be deployed independently within each residence or company premises within the monitored intelligent building, representing a scaled-down version of the intelligent building. This allows for self-management of smart home devices within the user's residence or company premises.

[0030] In one embodiment, if Figure 4 As shown, the house comfort monitoring system 40 includes at least a third processor 41, a health comfort monitoring subsystem 42, an environmental comfort monitoring subsystem 43, a space comfort monitoring subsystem 44, an experience comfort monitoring subsystem 45 and a care comfort monitoring subsystem 46; the health comfort monitoring subsystem 42, the environmental comfort monitoring subsystem 43, the space comfort monitoring subsystem 44, the experience comfort monitoring subsystem 45 and the care comfort monitoring subsystem 46 are all communicatively connected to the third processor 41, and the third processor 41 is communicatively connected to the building intelligent system 10.

[0031] In this embodiment, after the aforementioned multiple monitoring subsystems are set up in the house comfort monitoring system 40, data can be collected and analyzed from multiple dimensions: health comfort (such as air quality parameters, more specifically, the concentration of harmful substances such as PM2.5, formaldehyde, carbon dioxide, TVOC, etc.), environmental comfort (such as temperature and humidity, indoor noise, etc.), space comfort (such as storage space ratio, floor height, etc.), experience comfort (such as intelligent interactive system response delay, voice recognition accuracy, etc.), and care comfort (such as emergency call response time, anti-fall monitoring, etc.).

[0032] In one embodiment, the intelligent building further includes a green building monitoring system, a safe building monitoring system and a smart building monitoring system, and the green building monitoring system, the safe building monitoring system and the smart building monitoring system are all communicatively connected to the building intelligent system.

[0033] In this embodiment, when a green building monitoring system, a safe building monitoring system and a smart building monitoring system are also set up in the intelligent building, the green building monitoring system can perform real-time collection and monitoring of parameters from the aspects of low-carbon energy saving, flexible space, rhythmic operation and maintenance; the safe building monitoring system can perform real-time collection and monitoring of parameters from the aspects of building body safety, building use safety, building security monitoring, building information protection monitoring, etc.; the smart building monitoring system can perform real-time collection and monitoring of parameters from the aspects of integrated interactive smart monitoring, active health smart monitoring, personalized customized smart monitoring, and whole-house experience smart monitoring.

[0034] It can be seen that the implementation of the embodiment of the intelligent building can combine the building intelligent system and the building detection system to quickly transform traditional buildings into intelligent buildings, and can use the building intelligent system as the data processing center to process the parameters uploaded by the building detection system, thereby obtaining a set of intelligent monitoring results.

[0035] Figure 5 This is a flow chart of a data intelligent processing method for an intelligent building provided by an embodiment of the present invention. Figure 5 As shown, corresponding to the above intelligent building, the present invention also provides a data intelligent processing method for intelligent building. Figure 5 As shown, the data intelligent processing method of the intelligent building includes steps S110 to S120.

[0036] S110 , the building detection system installed in each building room in the intelligent building collects the corresponding building room data set and sends it to the corresponding communication connected building intelligent system.

[0037] In this embodiment, please also refer to Figures 1-4 To transform a building into a smart building, a building intelligent agent system 10 can be deployed first, either in the form of a local server, edge server, or processor. This system 10 is then deployed within the intelligent building to be monitored (which can be considered a smart building). The intelligent building 1 includes several building bodies and several rooms within each of the building bodies. Each of the rooms 3 is equipped with at least one building intelligent agent system.

[0038] For example, an intelligent building includes a building body, a plurality of building rooms are arranged in the building body, and at least one building intelligent system 10 is arranged in the building body. A building detection system 11 can be arranged in each of the plurality of building rooms in the building body, and each building detection system 11 is communicatively connected to the building intelligent system 10.

[0039] The building detection system installed in each building room in the intelligent building collects the corresponding building room data set and sends it to the corresponding communication connected building intelligent system. The building intelligent system 10 can serve as a micro data processing center to process the building room data set of each building room in the intelligent building.

[0040] S120: The building intelligent system processes the building room data set of each building room in the intelligent building based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent building to be monitored.

[0041] In this embodiment, more specifically, the building detection system 11 includes a building component chip system 20 , a smart home monitoring system 30 and a house comfort monitoring system 40 as an example.

[0042] The building intelligent body system 10 can serve as a micro-data processing center to process the parameters uploaded by the building component chip system 20, the smart home monitoring system 30, and the house comfort monitoring system 40, thereby obtaining a set of intelligent monitoring results. In the present application, the building intelligent body system 10 can obtain monitoring results of the intelligent body building to be monitored from at least the following three dimensions, namely, the building structure safety monitoring results corresponding to the data collected by the building component chip system 20, the house comfort monitoring results corresponding to the data collected by the house comfort monitoring system 40, and the smart home monitoring results corresponding to the data collected by the smart home monitoring system 30. Through the above method, multi-dimensional data acquisition and centralized processing of the intelligent body building to be monitored are realized, so that the intelligent body building to be monitored has the performance of a smart building.

[0043] The step S110 includes: The building component chip system monitors and acquires parameters corresponding to the building environment, building foundation, building main body, building exterior wall, building interior wall and building interior of the monitored intelligent building, thereby obtaining a first target data set; The smart home monitoring system monitors and obtains parameters corresponding to smart homes deployed in the smart building to be monitored and building auxiliary equipment of the smart building to be monitored, thereby obtaining a second target data set; The housing comfort monitoring system monitors and obtains the living comfort parameters of the intelligent building to be monitored to obtain a third target data set.

[0044] In order to enable the building component chip system 20 to monitor and acquire parameters corresponding to the building environment, building foundation, building structure, building exterior walls, building interior walls, and building interior, the building component chip system 20 is specifically provided with a first processor 21, a building environment monitoring subsystem 22, a building foundation monitoring subsystem 23, a building structure monitoring subsystem 24, a building exterior wall monitoring subsystem 25, a building interior wall monitoring subsystem 26, and a building interior monitoring subsystem 27. Specifically, the building environment monitoring subsystem 22 can acquire parameters related to the building environment of the monitored intelligent building, the building foundation monitoring subsystem 23 can acquire parameters related to the building foundation of the monitored intelligent building, the building structure monitoring subsystem 24 can acquire parameters related to the building structure of the monitored intelligent building, the building exterior wall monitoring subsystem 25 can acquire parameters related to the building exterior walls of the monitored intelligent building, the building interior wall monitoring subsystem 26 can acquire parameters related to the building interior walls of the monitored intelligent building, and the building interior monitoring subsystem 27 can acquire parameters related to the building interior of the monitored intelligent building. Once the above parameters are acquired, a first target data set is formed.

[0045] The smart home monitoring system 30 includes a second processor 31, a building ancillary equipment monitoring subsystem 32 and a smart home monitoring subsystem 33; the building ancillary equipment monitoring subsystem 32 and the smart home monitoring subsystem 33 are both communicatively connected to the second processor 31, and the second processor 31 is communicatively connected to the building intelligent body system 10.

[0046] Among them, the building ancillary equipment monitoring subsystem 32 includes at least a building ancillary equipment data processor, a parking space monitoring device and an intelligent security device. The parking space monitoring device and the intelligent security device are both communicatively connected to the building ancillary equipment data processor, and the building ancillary equipment data processor is communicatively connected to the second processor.

[0047] The building accessory equipment monitoring subsystem 32 can be used to collect and monitor in real time information about available parking spaces, such as ground and underground parking spaces, within the monitored intelligent building, as well as operational data from the intelligent security devices within the monitored intelligent building. The smart home monitoring subsystem 33 can collect and monitor in real time the operational status and operating parameters of smart home devices (such as smart air conditioners, smart refrigerators, smart TVs, smart door locks, and smart sofas) deployed within the multiple residences or company premises within the monitored intelligent building. Once these parameters are acquired, a second target dataset can be constructed.

[0048] More specifically, a smart home management system or a smart company management system can be deployed separately in each residence or company site in the intelligent building to be monitored, which can be regarded as a smaller version of the intelligent building, thereby realizing self-management of smart home devices and other devices in the user's residence or company site.

[0049] Once the aforementioned multiple monitoring subsystems are implemented in the housing comfort monitoring system 40, data can be collected and analyzed from multiple dimensions, including health comfort (e.g., including air quality parameters, more specifically, concentrations of harmful substances such as PM2.5, formaldehyde, carbon dioxide, and TVOC), environmental comfort (e.g., including temperature, humidity, and indoor noise), spatial comfort (e.g., including storage space ratio and floor height), experience comfort (e.g., including intelligent interactive system response delay and voice recognition accuracy), and care comfort (e.g., including emergency call response time and fall prevention monitoring). Once the aforementioned parameters are acquired, the third target dataset is generated.

[0050] In one embodiment, step S120 includes: The building intelligent body system obtains the first target data set, the second target data set, and the third target data set uploaded by the building component chip system, the smart home monitoring system, and the house comfort monitoring system respectively, and forms a current target data set; The building intelligent body system processes the current target data set based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent body building to be monitored; wherein the intelligent monitoring result set includes at least building structure safety monitoring results, house comfort monitoring results and smart home monitoring results.

[0051] The building intelligent body system processes the current target data set based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent body building to be monitored, including: Obtaining a first processing strategy from the parameter processing strategies and performing data processing on the first target data set to obtain the building structure safety monitoring result; Obtaining a second processing strategy in the parameter processing strategy and performing data processing on the second target data set to obtain the smart home monitoring result; Obtaining a third processing strategy in the parameter processing strategy and performing data processing on the third target data set to obtain the housing comfort monitoring result; The intelligent monitoring result set is composed of the building structure safety monitoring results, the smart home monitoring results and the house comfort monitoring results.

[0052] In this embodiment, when the first target dataset, the second target dataset, and the third target dataset are acquired through the building intelligent system 10, the data can be first fused to form the current target dataset to facilitate subsequent data processing. After the building intelligent system acquires the current target dataset comprising multi-dimensional data, the first target dataset can be processed based on a first processing strategy to obtain the building structure safety monitoring results, the second target dataset can be processed based on a second processing strategy to obtain the smart home monitoring results, and the third target dataset can be processed based on a third processing strategy to obtain the house comfort monitoring results. After the acquisition of the monitoring results of the above multiple dimensions is completed, the comprehensive intelligent monitoring result set can be formed.

[0053] For example, taking the first processing strategy in the parameter processing strategy and performing data processing on the first target data set to obtain the building structure safety monitoring result as an example, the numerical data in the first target data set can be compared with the preset normal numerical range. Only when the numerical data are all within the corresponding preset normal numerical range, it means that there is no safety hazard in the intelligent building in the building structure safety dimension. Otherwise, it means that there is a safety hazard.

[0054] For another example, taking the example of obtaining the second processing strategy in the parameter processing strategy and performing data processing on the second target data set to obtain the smart home monitoring results, visualization processing and display can be performed on each data in the second target data set. If the second target data set includes information on vacant parking spaces such as ground parking spaces and underground parking spaces of the intelligent building to be monitored, operating data of intelligent security equipment in the intelligent building to be monitored, and the device operating status or device operating parameters of smart homes (such as smart air conditioners, smart refrigerators, smart TVs, smart door locks, smart sofas, etc.) deployed in multiple residential buildings or company premises included in the intelligent building to be monitored, different types of information can be displayed in different display formats. For example, information on vacant parking spaces such as ground parking spaces and underground parking spaces of the intelligent building to be monitored can be displayed in combination with an electronic map of parking spaces, and smart homes deployed in multiple residential buildings or company premises included in the intelligent building to be monitored can be displayed in combination with a digital twin model of the intelligent building to be monitored.

[0055] For another example, taking the third processing strategy in the parameter processing strategy and performing data processing on the third target data set to obtain the house comfort monitoring result as an example, the air quality parameters (more specifically, the concentrations of harmful substances such as PM2.5, formaldehyde, carbon dioxide, TVOC, etc.), environmental comfort (such as temperature and humidity, indoor noise, etc.), spatial comfort (such as storage space ratio, floor height, etc.), experience comfort (such as intelligent interactive system response delay, voice recognition accuracy, etc.), and care comfort (such as emergency call response time) in the third target data set are obtained, and the above parameters are compared with the preset normal value range, and the number of parameters within the preset normal value range is counted and divided by the total number of the corresponding parameters, and the obtained ratio is used as the house comfort monitoring result.

[0056] Those skilled in the art will appreciate that the units and algorithm steps of each example described in conjunction with the embodiments disclosed herein can be implemented in electronic hardware, computer software, or a combination of the two. In order to clearly illustrate the interchangeability of hardware and software, the above description has generally described the composition and steps of each example according to function. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the technical solution. Professional and technical personnel can use different methods to implement the described functions for each specific application, but such implementation should not be considered to be beyond the scope of the present invention.

[0057] In the several embodiments provided herein, it should be understood that the disclosed devices and methods can be implemented in other ways. For example, the device embodiments described above are merely illustrative. For example, the division of the various units is merely a logical functional division, and actual implementation may employ other division methods. For example, multiple units or components may be combined or integrated into another system, or some features may be omitted or not implemented.

[0058] The steps in the methods of the embodiments of the present invention may be adjusted in order, combined, or deleted as needed. The units in the devices of the embodiments of the present invention may be combined, divided, or deleted as needed. Furthermore, the functional units in the various embodiments of the present invention may be integrated into a single processing unit, each unit may exist physically separately, or two or more units may be integrated into a single unit.

[0059] If this integrated unit is implemented as a software functional unit and sold or used as an independent product, it can be stored in a storage medium. Based on this understanding, the technical solution of the present invention, or the portion that contributes to the prior art, or all or part of the technical solution, can be embodied in the form of a software product. This computer software product, stored in a storage medium, includes instructions for enabling a computer device (such as a personal computer, terminal, or network device) to execute all or part of the steps of the method described in various embodiments of the present invention.

[0060] The above description is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any person skilled in the art can easily conceive of various equivalent modifications or substitutions within the technical scope disclosed in the present invention, and such modifications or substitutions are intended to be within the scope of protection of the present invention. Therefore, the scope of protection of the present invention shall be subject to the scope of protection of the claims.

Claims

1. An intelligent building, characterized in that: It includes several building entities and several building rooms in each of the several building entities; at least one building intelligent body system is set in the several building rooms, which is used to obtain data collected by the building detection system set in the building room or the building entity for corresponding processing to obtain an intelligent monitoring result set.

2. The intelligent building according to claim 1, characterized in that: Each of the plurality of building bodies is provided with a plurality of building rooms, one of the plurality of building rooms is provided with a building intelligent body system, and each of the plurality of building rooms is provided with a building detection system.

3. The intelligent building according to claim 2, characterized in that: The building detection system includes a building component chip system, a smart home monitoring system and a house comfort monitoring system; the building component chip system, the smart home monitoring system and the house comfort monitoring system are all communicatively connected to the building intelligent body system; wherein, the building component chip system is used to monitor and obtain parameters corresponding to the building environment, building foundation, building main body, building exterior wall, building interior wall and building interior of the monitored intelligent body building; the smart home monitoring system is used to monitor and obtain parameters corresponding to the smart home deployed in the monitored intelligent body building and the building ancillary equipment of the monitored intelligent body building; the house comfort monitoring system is used to monitor and obtain living comfort parameters of the monitored intelligent body building; the building intelligent body system is used to obtain the parameters uploaded by the building component chip system, the smart home monitoring system and the house comfort monitoring system respectively, and process them based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the monitored intelligent body building; wherein, the intelligent monitoring result set includes at least building structure safety monitoring results, house comfort monitoring results and smart home monitoring results.

4. The intelligent building according to claim 3, characterized in that: The building component chip system includes at least a first processor, a building environment monitoring subsystem, a building foundation monitoring subsystem, a building main body monitoring subsystem, a building exterior wall monitoring subsystem, a building interior wall monitoring subsystem and a building interior monitoring subsystem. The building environment monitoring subsystem, the building foundation monitoring subsystem, the building main body monitoring subsystem, the building exterior wall monitoring subsystem, the building interior wall monitoring subsystem and the building interior monitoring subsystem are all communicatively connected to the first processor, and the first processor is communicatively connected to the building intelligent body system.

5. The intelligent building according to claim 4, characterized in that: The building environment monitoring subsystem includes a building environment sensor, a building environment camera, and a building environment data processor, wherein the building environment sensor and the building environment camera are both communicatively connected to the building environment data processor, and the building environment data processor is communicatively connected to the first processor; The building foundation monitoring subsystem includes a building foundation sensing detector, a building foundation waterproofing detector, a basement camera, and a building foundation data processor. The building foundation sensing detector, the building foundation waterproofing detector, and the basement camera are all communicatively connected to the building foundation data processor, and the building foundation data processor is communicatively connected to the first processor. The building main body monitoring subsystem includes a building structure main body sensing detector, a building structure camera, a building structure vibration detector and a building main body data processor. The building structure main body sensing detector, the building structure camera and the building structure vibration detector are all communicatively connected to the building main body data processor, and the building main body data processor is communicatively connected to the first processor.

6. The intelligent building according to claim 5, characterized in that: The building exterior wall monitoring subsystem includes a building exterior wall combined stress detector, a building exterior wall thermal insulation performance detector, a building exterior wall camera and a building exterior wall data processor, wherein the building exterior wall combined stress detector, the building exterior wall thermal insulation performance detector and the building exterior wall camera are all communicatively connected to the building exterior wall data processor, and the building exterior wall data processor is communicatively connected to the first processor; The building interior wall monitoring subsystem includes a building interior wall combined stress detector, a building interior wall environment detector, a building interior wall camera and a building interior wall data processor, wherein the building interior wall combined stress detector, the building interior wall environment detector and the building interior wall camera are all communicatively connected to the building interior wall data processor, and the building interior wall data processor is communicatively connected to the first processor; The building interior monitoring subsystem includes a building interior wall decoration sensing detector, a building interior camera and a building interior data processor. The building interior wall decoration sensing detector and the building interior camera are both communicatively connected to the building interior data processor, and the building interior data processor is communicatively connected to the first processor.

7. The intelligent building according to claim 3, characterized in that: The smart home monitoring system includes a second processor, a building ancillary equipment monitoring subsystem and a smart home monitoring subsystem; the building ancillary equipment monitoring subsystem and the smart home monitoring subsystem are both communicatively connected to the second processor, and the second processor is communicatively connected to the building intelligent body system.

8. The intelligent building according to claim 7, characterized in that: The building ancillary equipment monitoring subsystem includes at least a building ancillary equipment data processor, a parking space monitoring device and an intelligent security device. The parking space monitoring device and the intelligent security device are both communicatively connected to the building ancillary equipment data processor, and the building ancillary equipment data processor is communicatively connected to the second processor.

9. The intelligent building according to claim 3, characterized in that: The house comfort monitoring system includes at least a third processor, a health comfort monitoring subsystem, an environmental comfort monitoring subsystem, a spatial comfort monitoring subsystem, an experience comfort monitoring subsystem and a care comfort monitoring subsystem; the health comfort monitoring subsystem, the environmental comfort monitoring subsystem, the spatial comfort monitoring subsystem, the experience comfort monitoring subsystem and the care comfort monitoring subsystem are all communicatively connected to the third processor, and the third processor is communicatively connected to the building intelligent system.

10. The intelligent building according to any one of claims 3 to 9, characterized in that: It also includes a green building monitoring system, a safe building monitoring system and a smart building monitoring system. The green building monitoring system, the safe building monitoring system and the smart building monitoring system are all communicatively connected to the building intelligent body system.

11. A data intelligent processing method for an intelligent building, applied to the intelligent building according to any one of claims 1 to 10, characterized in that: The data intelligent processing method of the intelligent building includes: The building detection system installed in each building room in the intelligent building collects the corresponding building room data set and sends it to the corresponding communication connected building intelligent system; The building intelligent agent system processes the building room data set of each building room in the intelligent agent building based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent agent building to be monitored.

12. The method for intelligent data processing of an intelligent building according to claim 11, characterized in that: The building detection system includes a building component chip system, a smart home monitoring system and a house comfort monitoring system; The building room data set collected by the building detection system set up in each building room of the intelligent building includes: The building component chip system monitors and acquires parameters corresponding to the building environment, building foundation, building main body, building exterior wall, building interior wall and building interior of the monitored intelligent building, thereby obtaining a first target data set; The smart home monitoring system monitors and obtains parameters corresponding to smart homes deployed in the smart building to be monitored and building auxiliary equipment of the smart building to be monitored, thereby obtaining a second target data set; The housing comfort monitoring system monitors and obtains the living comfort parameters of the intelligent building to be monitored, and obtains a third target data set; The building intelligent system processes the building room data set of each building room in the intelligent building based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent building to be monitored, including: The building intelligent body system obtains the first target data set, the second target data set, and the third target data set uploaded by the building component chip system, the smart home monitoring system, and the house comfort monitoring system respectively, and forms a current target data set; The building intelligent body system processes the current target data set based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent body building to be monitored; wherein the intelligent monitoring result set includes at least building structure safety monitoring results, house comfort monitoring results and smart home monitoring results.

13. The method for intelligent data processing of an intelligent building according to claim 12, characterized in that: The processing of the current target data set based on a preset parameter processing strategy to obtain an intelligent monitoring result set corresponding to the intelligent building to be monitored includes: Obtaining a first processing strategy from the parameter processing strategies and performing data processing on the first target data set to obtain the building structure safety monitoring result; Obtaining a second processing strategy in the parameter processing strategy and performing data processing on the second target data set to obtain the smart home monitoring result; Obtaining a third processing strategy in the parameter processing strategy and performing data processing on the third target data set to obtain the housing comfort monitoring result; The intelligent monitoring result set is composed of the building structure safety monitoring results, the smart home monitoring results and the house comfort monitoring results.

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