CN112924203A - Building curtain wall real-time health evaluation and safety state monitoring system - Google Patents
Building curtain wall real-time health evaluation and safety state monitoring system Download PDFInfo
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- CN112924203A CN112924203A CN202110110539.2A CN202110110539A CN112924203A CN 112924203 A CN112924203 A CN 112924203A CN 202110110539 A CN202110110539 A CN 202110110539A CN 112924203 A CN112924203 A CN 112924203A
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Abstract
The application discloses building curtain real-time health evaluation and safety condition monitoring system, including building curtain state perception and data acquisition module, use ad hoc networking technology to construct data transmission network, use distributed computing technology and cloud computing technology to data processing in building curtain, provide various customizable data service and early warning function to the user through multiple mobile client and desktop management and control end. The building curtain wall state perception and data acquisition module is arranged at a specific position of a curtain wall where data are required to be acquired according to functions and requirements, a self-assembly Internet of things special chip is built in the state perception and data acquisition module, the self-assembly Internet of things special chip has a calculation function and can perform distributed calculation on the data, and a data exchange transmission network is independently constructed through independent networking intelligence in a wireless and wired mode among modules. The method and the device have the advantages that data processing and transmission do not depend on a traditional network and can monitor the health and safety states of the building curtain wall in real time.
Description
Technical Field
The application relates to the technical field of curtain wall safety monitoring, in particular to a building curtain wall real-time health evaluation and safety state monitoring system.
Background
The building curtain wall becomes the standard configuration of modern city buildings and is widely applied to the building engineering in China, large-scale curtain wall engineering, particularly glass curtain walls, are mostly distributed in dense sections of people streams such as office buildings, commercial complexes, hotels, airports, traffic hubs and the like, curtain wall safety accidents which occur occasionally have serious influence on the harmony and stability of the whole society, and the safety problem of the curtain wall is increasingly emphasized by governments and development and construction units. The currently issued curtain wall safety management method is mainly based on regular inspection, detection and identification and is limited by an evaluation period, a conclusion of the method has certain hysteresis with the curtain wall safety state, the operation state of the curtain wall cannot be reflected in real time, and the potential safety hazard of the curtain wall is difficult to find in time, so that a system capable of detecting the curtain wall safety state in real time is urgently needed in the current stage.
Content of application
An object of the application is to provide a building curtain real-time health evaluation and security state monitoring system, possess the advantage that can monitor the security state of curtain in real time, the curtain safety control method that has solved at present promulgated is with periodic inspection, detect, the authentication is leading, be subject to the evaluation cycle, its conclusion has certain hysteresis with the curtain security state, can not reflect the running state of curtain in real time, be difficult to in time discover the curtain potential safety hazard, consequently, the urgent need for in the present stage can be in real time to the problem of the system that detects the curtain security state.
In order to achieve the above purpose, the present application provides the following technical solutions:
the utility model provides a building curtain real-time health evaluation and security state monitoring system, includes state perception and data acquisition module, self-organizing thing networking, distributed computation and many clients, its characterized in that: the building curtain wall state sensing and data acquisition module is arranged at a specific position of a curtain wall where data needs to be acquired according to functions and requirements, a self-assembly Internet of things special chip is built in the state sensing and data acquisition module, the self-assembly Internet of things special chip has a calculation function and can perform distributed calculation on the data, a data exchange transmission network is independently constructed among modules in an independent networking intelligent and wired mode, the sensing Internet of things self-assembly network of the independent networking is connected with a wide area network and cloud computing through a gateway, and real-time health data, evaluation conclusions and safety states of the curtain wall are dynamically displayed on various clients.
Preferably, the state sensing and data acquisition module comprises a position sensing sensor, a pressure sensing sensor, a temperature sensing sensor and an optical sensing sensor. The modules are internally provided with self-organized Internet of things chips, the modules are independently networked in a wireless and wired mode to intelligently and automatically construct a data exchange transmission network, and the perception Internet of things self-organized network of the independent networking is connected with a wide area network and cloud computing through a gateway.
Preferably, the client includes a desktop computer, a tablet computer, a mobile phone and other mobile terminals.
Preferably, the state sensing and data acquisition module is internally provided with an ad hoc internet of things chip, and the chip has a data calculation processing function and can complete distributed calculation processing of data.
Preferably, the position sensing type sensor of the state sensing and data acquisition module can monitor the opening and closing states and angles of the opening leaf, the window and the door of the curtain wall, the angle positions of the angle-adjustable components such as the sun-shading curtain, the sun-shading louver and the like, and can measure the deformation and displacement changes of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical sensing sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incidence angle, the optical performance and the thermal performance of glass, can be combined with a laser radar to sense the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of a fan, monitor high altitude parabolic,
when the program and data of the computer are distributed on more than one computer through a network, the calculation is distributed, a problem which can be solved only by huge calculation capacity is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally the calculation results are integrated to obtain a final result and displayed on a client, and when the early warning state is exceeded, early warning information can be automatically sent out, so that the effects of checking the health index data of the building curtain wall in real time and mastering the safety state in real time are achieved.
Compared with the prior art, the beneficial effects of this application are:
the building curtain wall real-time health evaluation and safety state monitoring system comprises a building curtain wall state sensing and data acquisition module, a data transmission network constructed in the building curtain wall by using an ad hoc internet of things technology, a distributed computing technology and a cloud computing technology for processing data, and various customizable data services and early warning functions are provided for users through various mobile clients and desktop management and control terminals.
The building curtain wall state perception and data acquisition module is arranged at a specific position of a curtain wall where data are required to be acquired according to functions and requirements, a self-assembly Internet of things special chip is built in the state perception and data acquisition module, the self-assembly Internet of things special chip has a calculation function and can perform distributed calculation on the data, and a data exchange transmission network is independently constructed through independent networking intelligence in a wireless and wired mode among modules.
The perception internet of things self-organizing network of the independent networking is connected with a wide area network and cloud computing through a gateway, and real-time health data, evaluation conclusion and safety state of the curtain wall are dynamically displayed on various clients.
The system has the advantages that the data processing and transmission do not depend on the traditional network, the health and safety states of the building curtain wall can be monitored in real time, and the position sensing type sensor of the data acquisition module can monitor the opening and closing states and angles of the opening leaf, the window and the door of the curtain wall, the angle of the angle-adjustable components such as the sun-shading curtain, the sun-shading shutter and the like through the arrangement of the data acquisition module, and can measure the deformation and displacement change of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; an optical sensing sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incidence angle, the optical performance of glass and the thermal performance, and can be combined with a laser radar to sense the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of a fan and the monitoring of high altitude parabolic motion;
by arranging the distributed computing host, when programs and data of the computers are distributed on more than one computer through a network, the computing becomes distributed, information is shared by two or more pieces of software, a problem which can be solved only by huge computing power is divided into a plurality of small parts, the small parts are distributed to a plurality of computers for processing, finally, the computing results are integrated to obtain a final result and displayed on a client, and when the early warning state is exceeded, early warning information can be automatically sent out, so that the effects of viewing performance indexes in real time and mastering the safety state in real time are achieved.
Drawings
Fig. 1 is a schematic structural framework of the present application.
Detailed Description
The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
In the description of the present application, it should be noted that the terms "upper", "lower", "inner", "outer", "front", "rear", "both ends", "one end", "the other end", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience in describing the present application and simplifying the description, but do not indicate or imply that the referred device or element must have a specific orientation, be configured in a specific orientation, and operate, and thus, should not be construed as limiting the present application. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present application, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "disposed," "connected," and the like are to be construed broadly, such as "connected," which may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present application can be understood in a specific case by those of ordinary skill in the art.
The first embodiment.
The utility model provides a building curtain real-time health evaluation and security state monitoring system, including state perception and data acquisition module, self-organizing internet of things, distributed computation and many clients, its characterized in that: the building curtain wall state sensing and data acquisition module is arranged at a specific position of a curtain wall where data needs to be acquired according to functions and requirements, a self-assembly Internet of things special chip is built in the state sensing and data acquisition module, the self-assembly Internet of things special chip has a calculation function and can perform distributed calculation on the data, a data exchange transmission network is independently constructed among modules in an independent networking intelligent and wired mode, the sensing Internet of things self-assembly network of the independent networking is connected with a wide area network and cloud computing through a gateway, and real-time health data, evaluation conclusions and safety states of the curtain wall are dynamically displayed on various clients. The state perception and data acquisition module comprises a position perception sensor, a pressure perception sensor, a temperature perception sensor and an optical perception sensor. The modules are internally provided with self-organized Internet of things chips, the modules are independently networked in a wireless and wired mode to intelligently and automatically construct a data exchange transmission network, and the perception Internet of things self-organized network of the independent networking is connected with a wide area network and cloud computing through a gateway. The client comprises a desktop computer, a tablet computer, a mobile phone and other mobile terminals.
In this embodiment, the state sensing and data acquisition module is internally provided with an ad hoc internet of things chip, and the chip has a data calculation processing function and can complete distributed calculation processing of data.
Moreover, the position sensing type sensor of the state sensing and data acquisition module can monitor the opening and closing states and angles of the opening leaf, the window and the door of the curtain wall, the angle positions of the angle-adjustable components such as the sun-shading curtain, the sun-shading louver and the like, and can measure the deformation and displacement changes of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical sensing sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incidence angle, the optical performance and the thermal performance of glass, can be combined with a laser radar to sense the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of a fan, monitor high altitude parabolic,
when the program and data of the computer are distributed on more than one computer through a network, the calculation is distributed, a problem which can be solved only by huge calculation capacity is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally the calculation results are integrated to obtain a final result and displayed on a client, and when the early warning state is exceeded, early warning information can be automatically sent out, so that the effects of checking the health index data of the building curtain wall in real time and mastering the safety state in real time are achieved.
Example two.
Referring to fig. 1, an embodiment of the present application:
a curtain wall safety real-time monitoring system comprises a data acquisition module, an ad hoc local area network, a distributed computing host and a client, wherein the data acquisition module is distributed at a curtain wall and comprises a position sensing sensor, a pressure sensing sensor, a temperature sensing sensor and an optical sensing sensor; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical perception sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the incident angle of light, the optical performance of glass and the thermal performance, and can be combined with a laser radar to perceive the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of an opening fan and the monitoring of high altitude parabolic motion.
The data acquisition module is connected with the self-organizing local area network through network cable signals, the data acquisition module is connected with the distributed computing host through the self-organizing local area network in a communication way, when programs and data of the computers are distributed on more than one computer through the network, the computers become distributed, two or more pieces of software share information mutually, a problem which needs huge computing power to be solved is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally, the computing results are integrated to obtain a final result and displayed on a client, when the early warning state is exceeded, early warning information can be automatically sent out, and further the effects of checking performance indexes in real time and mastering the safety state in real time are achieved, the distributed computing host comprises a processor and a storage server, the processor performs computing, and records the computing structure in the storage server, the distributed computing host is in communication connection with the client through the ad hoc local area network, and the client comprises a computer, a tablet personal computer and a mobile phone.
The working principle is as follows: the position sensing type sensor of the data acquisition module can monitor the opening and closing states and angles of opening leaves, windows and doors of the curtain wall, and the angular positions of angle-adjustable components such as sun-shading curtains and sun-shading shutters, and can measure the deformation and displacement changes of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical perception sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incident angle, the optical performance of glass and the thermal performance, can be combined with a laser radar to perceive the position change of an external member or an attachment, the invasion of external impact, the opening and closing states and the high altitude parabolic monitoring, when the program and the data of a computer are distributed on more than one computer through a network, the calculation becomes distributed, two or more software share information mutually, the problem which can be solved only by huge calculation capacity is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally the calculation results are integrated to obtain the final result and displayed on a client, when the early warning state is exceeded, the early warning information can be automatically sent out, and the performance index can be checked in real time, And the effect of the safety state is mastered in real time.
Example three:
in the embodiment, by arranging the data acquisition module, the position sensing type sensor of the data acquisition module can monitor the opening and closing states and angles of the opening leaf, the window and the door of the curtain wall, and the angle positions of the angle-adjustable components such as the sun-shading curtain, the sun-shading louver and the like, and can measure the deformation and displacement change of the support system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; an optical sensing sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incidence angle, the optical performance of glass and the thermal performance, and can be combined with a laser radar to sense the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of a fan and the monitoring of high altitude parabolic motion;
by arranging the distributed computing host, when programs and data of the computers are distributed on more than one computer through a network, the computing becomes distributed, information is shared by two or more pieces of software, a problem which can be solved only by huge computing power is divided into a plurality of small parts, the small parts are distributed to a plurality of computers for processing, finally, the computing results are integrated to obtain a final result and displayed on a client, and when the early warning state is exceeded, early warning information can be automatically sent out, so that the effects of viewing performance indexes in real time and mastering the safety state in real time are achieved.
The curtain wall safety real-time monitoring system comprises a data acquisition module, an ad hoc local area network, a distributed computing host and a client, wherein the data acquisition module is distributed at a curtain wall and comprises a position sensing sensor, a pressure sensing sensor, a temperature sensing sensor and an optical sensing sensor; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical perception sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the incident angle of light, the optical performance of glass and the thermal performance, and can be combined with a laser radar to perceive the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of an opening fan and the monitoring of high altitude parabolic motion.
The data acquisition module is connected with the self-organizing local area network through network cable signals, the data acquisition module is connected with the distributed computing host through the self-organizing local area network in a communication way, when programs and data of the computers are distributed on more than one computer through the network, the computers become distributed, two or more pieces of software share information mutually, a problem which needs huge computing power to be solved is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally, the computing results are integrated to obtain a final result and displayed on a client, when the early warning state is exceeded, early warning information can be automatically sent out, and further the effects of checking performance indexes in real time and mastering the safety state in real time are achieved, the distributed computing host comprises a processor and a storage server, the processor performs computing, and records the computing structure in the storage server, the distributed computing host is in communication connection with the client through the ad hoc local area network, and the client comprises a computer, a tablet personal computer and a mobile phone.
The working principle is as follows: the position sensing type sensor of the data acquisition module can monitor the opening and closing states and angles of opening leaves, windows and doors of the curtain wall, and the angular positions of angle-adjustable components such as sun-shading curtains and sun-shading shutters, and can measure the deformation and displacement changes of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical perception sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incident angle, the optical performance of glass and the thermal performance, can be combined with a laser radar to perceive the position change of an external member or an attachment, the invasion of external impact, the opening and closing states and the high altitude parabolic monitoring, when the program and the data of a computer are distributed on more than one computer through a network, the calculation becomes distributed, two or more software share information mutually, the problem which can be solved only by huge calculation capacity is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally the calculation results are integrated to obtain the final result and displayed on a client, when the early warning state is exceeded, the early warning information can be automatically sent out, and the performance index can be checked in real time, And the effect of the safety state is mastered in real time.
It will be evident to those skilled in the art that the present application is not limited to the details of the foregoing illustrative embodiments, and that the present application may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the application being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (5)
1. The utility model provides a building curtain real-time health evaluation and security state monitoring system, includes state perception and data acquisition module, self-organizing thing networking, distributed computation and many clients, its characterized in that: the building curtain wall state sensing and data acquisition module is arranged at a specific position of a curtain wall where data needs to be acquired according to functions and requirements, a self-assembly Internet of things special chip is built in the state sensing and data acquisition module, the self-assembly Internet of things special chip has a calculation function and can perform distributed calculation on the data, a data exchange transmission network is independently constructed among modules in an independent networking intelligent and wired mode, the sensing Internet of things self-assembly network of the independent networking is connected with a wide area network and cloud computing through a gateway, and real-time health data, evaluation conclusions and safety states of the curtain wall are dynamically displayed on various clients.
2. The system of claim 1, wherein: the state perception and data acquisition module comprises a position perception sensor, a pressure perception sensor, a temperature perception sensor and an optical perception sensor. The modules are internally provided with self-organized Internet of things chips, the modules are independently networked in a wireless and wired mode to intelligently and automatically construct a data exchange transmission network, and the perception Internet of things self-organized network of the independent networking is connected with a wide area network and cloud computing through a gateway.
3. The system of claim 1, wherein: the client comprises a desktop computer, a tablet computer, a mobile phone and other mobile terminals.
4. The system of claim 1, wherein: the state sensing and data acquisition module is internally provided with an ad hoc internet of things chip which has a data calculation processing function and can complete the distributed calculation processing of data.
5. The system of claim 1, wherein:
the position sensing type sensor of the state sensing and data acquisition module can monitor the opening and closing states and angles of a curtain wall opening leaf, a window and a door, and the angle positions of angle-adjustable components such as a sun-shading curtain, a sun-shading louver and the like, and can measure the deformation and displacement changes of the supporting system; the pressure sensing sensor of the data acquisition module can measure the panel vibration, the change of the natural vibration frequency, the locking condition of an opening fan, a window and a door, the internal force of a guy cable and a pull rod, the internal stress of a stress rod piece and the like, the sealing condition of a sealing design, the flatness change of the panel and the like, and the load values of wind load, dead weight load and the like; temperature and humidity sensing sensors of the data acquisition module can monitor temperature change of a panel, fire prevention, temperature and humidity change of a heat preservation structure, temperature and humidity change of a hidden position (corrosion evaluation possibility) and leakage conditions; the optical sensing sensor of the data acquisition module can measure the illumination intensity of the external environment inside and outside the curtain wall, the change of the light incidence angle, the optical performance and the thermal performance of glass, can be combined with a laser radar to sense the position change of an external member or an attachment, the invasion of external impact, the opening and closing state of a fan, monitor high altitude parabolic,
when the program and data of the computer are distributed on more than one computer through a network, the calculation is distributed, a problem which can be solved only by huge calculation capacity is divided into a plurality of small parts, then the parts are distributed to a plurality of computers for processing, finally the calculation results are integrated to obtain a final result and displayed on a client, and when the early warning state is exceeded, early warning information can be automatically sent out, so that the effects of checking the health index data of the building curtain wall in real time and mastering the safety state in real time are achieved.
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| CN115435840A (en) * | 2022-09-14 | 2022-12-06 | 广州安德信幕墙有限公司 | Curtain wall safety detection system based on big data and robot applying same |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115435840A (en) * | 2022-09-14 | 2022-12-06 | 广州安德信幕墙有限公司 | Curtain wall safety detection system based on big data and robot applying same |
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| CN112924203B (en) | 2023-06-20 |
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