CN115134385A - User-defined network system supporting interconnection of everything and user-defined connection method - Google Patents
User-defined network system supporting interconnection of everything and user-defined connection method Download PDFInfo
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- H—ELECTRICITY
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Abstract
The invention discloses a user-defined network system supporting interconnection and intercommunication of everything, which comprises: the execution terminal is used for executing the terminal job task; the central control platform is used for controlling the execution terminal; the self-adaptive adapter is used for identifying and converting a communication protocol of the execution terminal so as to realize self-adaptive communication between the execution terminal and the central control platform; and the external network interface is used for interconnecting and intercommunicating the central control platform and an external network so as to realize interconnection and intercommunication between the user-defined network system and the external network. The user-defined network system supporting interconnection and intercommunication of everything can realize self-adaptive communication between the execution terminal and the central control platform, is suitable for interconnection and intercommunication of all electronic products in all electronic product clusters, and supports interconnection and intercommunication of all electronic equipment and scenes in a remote cluster type control communication range; can implement remote perception and carry out remote operation, realize long-range intelligent UNICOM, the security is high, and remote equipment utilization is high, and intelligent degree is high.
Description
Technical Field
The application belongs to the technical field of the Internet of things, in particular relates to a network environment of the Internet of things, and particularly relates to a user-defined network system and a user-defined connection method for supporting interconnection and intercommunication of everything.
Background
The development and progress of human society directly breed the information, digitalization and intelligence era, the information quantity is explosively increased in a geometric series manner in the era, the space-time concept is newly expanded and extended, and all things need to be harmoniously and privately generated. This requires that barrier-free contact and perception be established on a real-time basis as needed, from person to person, object to object, or both. In the current information-oriented society, high-speed network communication, automation, intelligent management and the like have become important supports for daily life or work. Therefore, the rapid, convenient and simple interconnection and intercommunication of everything around the informatization, digitization and intelligence development is a necessary requirement of a new era.
In the aspect of internet of things technology, products of the same company at the same period or novel products jointly developed by different companies can be interconnected and intercommunicated in a limited environment, and products of different companies and even products of the same company at different periods cannot be interconnected and intercommunicated, which is obviously not beneficial to establishing a universal interconnection and intercommunicating environment. Communication protocols of products of different companies or products of the same company at different periods are not mutually transparent and compatible, so that a mixed protocol communication environment cannot be established, and the conventional network environment cannot be arbitrarily expanded, interconnected and intercommunicated with an object.
Disclosure of Invention
Considering that digital communication, digital home, digital enterprise, digital city, etc. have become necessary supports for intellectualization, big data, world intercommunication, etc., intelligent home, store, enterprise, unit, etc. are cell organizations for realizing the intercommunication of everything and the digital earth. Therefore, the development is based on a method for establishing a multidimensional classification cluster based on infinite layering and information heredity, monitoring, detecting and detecting technologies are used as antennae, electronic equipment cluster type platform, digitalization, remote and intelligent management are used as paths, a user-defined network environment is used as a platform which is compatible with keys of various communication protocols and can arbitrarily expand interconnection objects, and the method is an excellent solution for realizing interconnection of everything.
In view of the above, in one aspect, some embodiments disclose a customized network system supporting interworking between everything, the network system including:
the execution terminal is used for executing the terminal job task;
the central control platform is used for controlling the execution terminal;
the self-adaptive adapter is used for identifying and converting a communication protocol of the execution terminal so as to realize self-adaptive communication between the execution terminal and the central control platform;
and the external network interface is used for interconnecting and intercommunicating the central control platform and an external network so as to realize the interconnection and intercommunicating between the user-defined network system and the external network.
Further, in some embodiments of the disclosed user-defined network systems supporting interconnection and interworking between everything, the central control platform includes:
the environment and equipment dynamic sensing module is configured to sense an environment detection signal and convert the environment detection signal into an electric signal, and monitor the environment and equipment dynamic factors;
the network protocol self-adapting module is configured to cooperate with the self-adapting adapter to realize self-adapting communication between the execution terminal and the central control platform;
the analog quantity driving module is communicated with the set driving terminal and is configured to control the driving terminal to execute the set action;
the emergency event management module is configured to execute a set emergency event operation task;
the parameter setting module is configured to set the operation parameters of the central control platform;
the data security module is configured to protect the security of external interactive data;
the data communication module is configured to execute data interaction between the central control platform and the execution terminal, between the self-adaptive adapter and between the central control platform and the external network interface;
the data storage module is configured to store information of the execution terminal, the self-adaptive adapter and the central control platform;
the information display module is configured to display information of the execution terminal, the self-adaptive adapter and the central control platform;
the control interface module is configured to send an operation instruction to the execution terminal, the self-adaptive adapter and the external network interface by the central control platform;
the network interface module is configured to acquire states of the execution terminal, the self-adaptive adapter and the external network interface and provide a parameter configuration interface;
and the power supply management module is configured to provide power for the central control platform and monitor the electric quantity in real time.
Further, in some embodiments of the disclosed user-defined network system supporting interconnection and interworking between everything, the central control platform further includes:
the mobile target tracking module is configured to track a mobile target and display the position and scene of the mobile target in real time;
and the cloud service module is configured to be communicated with the central control platform and share the information of the central control platform in a safe manner.
In some embodiments, the disclosed user-defined network system supporting interconnection and interworking of everything, the central control platform further includes:
and the intelligent interaction module is configured for interaction between a person and the central control platform.
Some embodiments disclose a customized network system supporting the intercommunication of everything, and the execution terminal comprises electronic products with the same communication protocol, electronic products with different communication protocols and/or electronic products without communication protocols.
In some embodiments of the disclosed customized network system supporting interconnection and interworking of everything, the external network in communication with the central control platform includes a mobile device, a remote customized network system, a cloud server or a public network service site.
In some embodiments, the execution terminal of the customized network system supporting interconnection and interworking of everything is a clustered execution terminal.
In some embodiments, the clustered execution terminals include electronic product clusters having the same communication protocol, electronic product clusters having different communication protocols, and/or electronic product clusters without communication protocols.
On the other hand, some embodiments disclose a custom connection method supporting the interconnection and intercommunication of everything, and the connection method includes:
setting an execution terminal for executing a terminal job task;
setting a central control platform for controlling the execution terminal;
identifying and automatically configuring a communication protocol of the execution terminal to realize self-adaptive communication between the central control platform and the execution terminal;
and an external network interface is arranged to communicate the central control platform with an external network, so that interconnection and intercommunication between the central control platform and the external network are realized.
Some embodiments disclose a custom connection method supporting the interconnection and intercommunication of everything, further comprising an intelligent interaction process between a central control platform and a person.
The user-defined network system supporting interconnection and intercommunication of everything disclosed by the embodiment of the invention can realize self-adaptive communication between the execution terminal and the central control platform, is suitable for interconnection and intercommunication of all electronic products in all electronic product clusters, and supports interconnection and intercommunication of all electronic equipment and scenes in a remote cluster type control communication range; can implement remote perception and carry out remote operation, realize long-range intelligent UNICOM, the security is high, and remote equipment utilization is high, and intelligent degree is high, has good application prospect in the aspect of electronic equipment's long-range cluster control and supervision.
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FIG. 1 is a schematic diagram of a custom network system.
Detailed Description
The word "embodiment" as used herein, is not necessarily to be construed as preferred or advantageous over other embodiments, including any embodiment illustrated as "exemplary". Performance index tests in the examples of this application, unless otherwise indicated, were performed using routine experimentation in the art. It is to be understood that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the disclosure.
Unless defined otherwise, technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs; other test methods and techniques not specifically mentioned in the present application are those commonly employed by those of ordinary skill in the art.
The terms "substantially" and "approximately" are used herein to describe small fluctuations. For example, they may mean less than or equal to ± 5%, such as less than or equal to ± 2%, such as less than or equal to ± 1%, such as less than or equal to ± 0.5%, such as less than or equal to ± 0.2%, such as less than or equal to ± 0.1%, such as less than or equal to ± 0.05%. Numerical data represented or presented herein in a range format is used merely for convenience and brevity and thus should be interpreted flexibly to include not only the numerical values explicitly recited as the limits of the range, but also to include all the individual numerical values or sub-ranges encompassed within that range as if each numerical value and sub-range is explicitly recited. For example, a numerical range of "1 to 5%" should be interpreted to include not only the explicitly recited values of 1% to 5%, but also include individual values and sub-ranges within the indicated range. Thus, included in this numerical range are individual values, such as 2%, 3.5%, and 4%, and sub-ranges, such as 1% to 3%, 2% to 4%, and 3% to 5%, etc. This principle applies equally to ranges reciting only one numerical value. Moreover, such an interpretation applies regardless of the breadth of the range or the characteristics being described.
Conjunctions such as "comprising," including, "" carrying, "" having, "" containing, "" involving, "" containing, "and the like, are understood herein, including the claims, to be open-ended, i.e., to mean" including but not limited to. Only the conjunctions "consisting of … …" and "consisting of … …" are closed conjunctions.
Numerous specific details are set forth in the following specific examples in order to provide a better understanding of the present disclosure. It will be understood by those skilled in the art that the present application may be practiced without some of these specific details. In the examples, some methods, means, instruments, apparatuses, etc. known to those skilled in the art are not described in detail in order to highlight the subject matter of the present application.
On the premise of no conflict, the technical features disclosed in the embodiments of the present application may be combined arbitrarily, and the obtained technical solution belongs to the content disclosed in the embodiments of the present application.
The technical details are further illustrated in the following description with reference to the embodiments and the accompanying fig. 1.
Some embodiments disclose a custom network system supporting interconnection and intercommunication among everything, the network system comprising:
the execution terminal is used for executing a terminal job task; generally, an execution terminal is a task-oriented operation component, takes monitoring, detecting and detecting specific physical quantities as work contents, is connected with a central control platform in a wireless communication mode, executes specific operation tasks and feeds back state information of a perception object in time;
the central control platform is used for controlling the execution terminal; generally, a central control platform is a core and an intelligent processor of a user-defined network system, and is interconnected and communicated with other components of the user-defined network system or an external network in a wireless communication mode to coordinate and manage the operation of each component; on one hand, transmitting an execution command and working parameters for an associated execution terminal or adapter according to a design mode, and on the other hand, collecting and disposing various state information fed back by each execution terminal or adapter;
the self-adaptive adapter is used for identifying and converting a communication protocol of the execution terminal so as to realize self-adaptive communication between the execution terminal and the central control platform; generally, the adaptive adapter is a bridge for realizing communication between the central control platform and the execution terminal, and realizes conversion of a communication protocol and matching of information flow rate;
and the external network interface is used for interconnecting and intercommunicating the central control platform and an external network so as to realize interconnection and intercommunication between the user-defined network system and the external network.
As an alternative embodiment, the execution terminal is an electronic device that executes a certain task, and may be, for example, a monitor of an environmental or device dynamic factor, such as a smoke alarm, a gas leakage alarm, a flooding monitoring alarm, a smoke monitor, a gas monitor, a door and window state sensor, and the like; may be a detector, such as a video camera, a listener, etc.; can be a detector, such as a fiber optic sensing detector, a seismic wave sensing detector, a vibration sensor, a power overload detector, a sound field sensor, an electromagnetic sensor, an infrared sensor, a brightness sensor, and the like; or a living body state monitor, such as an infant crying sensor, a thief entering room sensor, an old man falling detector, an animal tracker, etc.; the intelligent control system can also be a universal electronic equipment controller, such as a soaking monitor, an air conditioner, a water heater, a sweeper, a sound box, a control switch of an illuminating line, a face recognition temperature measuring machine, a code recognition temperature measuring machine, an electrical appliance switch controller, a temperature and humidity sensor, an electrical appliance load monitor and the like, wherein the central task of the intelligent control system is to execute specific operation and immediately feed back state information of a sensed object to a central control platform.
As an alternative embodiment, the execution terminal senses the working state of the execution terminal, and when an emergency event needing to be reported is monitored, detected or detected, an emergency event handling mechanism is started, for example, a power supply, a water source, a gas source and the like are disconnected, and critical state information, for example, a gas leakage alarm and the like, is reported to the central control platform in time.
Generally, a central control platform includes an information processing device, and a hardware platform is formed by configuring corresponding special interfaces and functional components with the information processing device, such as a computer, as a core; corresponding software is further configured, so that a functional module in the software is matched with the hardware to realize the control of the execution terminal. The function of the central control platform is effectively expanded by the functional modules in the software.
Generally, on one hand, the central control platform is interconnected with the execution terminal or the adapter in a wireless communication manner, for example, technologies such as Wi-Fi, bluetooth, Zigbee, infrared and the like may be used; on the other hand, the system also maintains interconnection with remote self-defined network environment through public network, such as 4G, 5G, etc., or dedicated channel, such as radio station, etc. The central control platform can generally be interconnected with a plurality of customized network environments. When the central control platform receives the emergency event state report, an emergency event processing mechanism is immediately started, such as opening a door and a window, opening a camera, dialing a rescue call, transmitting information to a remote self-defined network environment in different places, and the like.
As an alternative embodiment, the central control platform comprises:
the environment and equipment dynamic sensing module is configured to sense an environment detection signal and convert the environment detection signal into an electric signal, and monitor the environment and equipment dynamic factors;
the network protocol self-adapting module is configured to cooperate with the self-adapting adapter to realize self-adapting communication between the execution terminal and the central control platform;
the analog quantity driving module is communicated with the set driving terminal and is configured to control the driving terminal to execute the set action; for example, the analog quantity driving module is communicated and matched with a specific driving terminal to realize actions of opening, closing water, closing electricity, closing gas, emitting light, sounding, electrifying, capturing and the like, and execute handling of emergency events, starting and stopping of corresponding electronic equipment and the like;
the emergency event management module is configured to execute a set emergency event operation task; for example, the emergency management module can be used for processing emergencies such as alarm, overrun, violation, runaway and injury, and providing services for the dynamic or safety of environment, information, equipment, property and personnel in the forms including audible and visual alarm, telephone recourse, alarm pushing, state reporting and the like, such as living movement, baby crying, and the tumbling of the old; generally, an emergency management and control mechanism is to pre-determine a processing flow in which an emergency may occur in advance, for example, when it is monitored that the concentration of combustible gas exceeds a set threshold, a corresponding execution terminal, for example, a gas detector, feeds back a gas leakage alarm signal to a central control platform in time, and the central control platform immediately starts a preset emergency processing degree after receiving the alarm signal, such as starting an audible and visual alarm, sending a warning message to a mobile terminal mobile phone, and automatically dialing 110 and 119; generally, for a specific central control platform, the function of the execution terminal is clear, the type of the corresponding emergency event is fixed, and when the execution terminal senses the emergency event, for example, a smoke detector detects that the smoke concentration exceeds a limit, the state information is fed back to the central control platform and the corresponding processing program of the emergency event set by the central control platform is started. Generally, different execution terminals have different emergency event processing programs, so the emergency event processing programs are also various, and the emergency events from different execution terminals trigger different processing programs;
the parameter setting module is configured to set and store the operation parameters, the working modes and the like of the central control platform;
the data security module is configured to protect the security of external interactive data; generally, a data security module performs data interaction through data encryption, compression and other modes to ensure data security; the data compression and encryption can adopt mature technology, for example, data compression is carried out on a large number of video image signals according to a mature data compression algorithm in the communication field generally so as to save transmission bandwidth, the security and confidentiality are that transmitted data are coded in advance, and the coding can also select international mature standards and algorithms;
the data communication module is configured to execute data interaction between the central control platform and the execution terminal, between the self-adaptive adapter and between the central control platform and the external network interface;
the data storage module is configured to store information of the execution terminal, the self-adaptive adapter and the central control platform; for example, the stored information includes information such as status of the execution terminal, the adaptive adapter, the central control platform, the external network, data, audio, video, image, and the like;
the information display module is configured to display information of the execution terminal, the self-adaptive adapter and the central control platform; for example, the information display module may be used to display the operating status, alarm information, configuration parameters, etc. of the central control platform, the execution terminal, the adaptive adapter, or the external network;
the control interface module is configured to send an operation instruction to the associated components such as the execution terminal, the adaptive adapter and the external network interface by the central control platform;
the network interface module is configured to acquire states of the execution terminal, the self-adaptive adapter and the external network interface and provide a parameter configuration interface; for example, the network interface module is used as a communication interface between the central control platform and the associated component, and the configurable content comprises the ID number, the product type, the communication mode, the working mode and the like of the current contact component;
and the power supply management module is configured to provide power for the central control platform and monitor the power supply state, the electric quantity and the like in real time.
In some embodiments, the disclosed user-defined network system supporting interconnection and interworking of everything, the central control platform further includes:
the mobile target tracking module is configured to track a mobile target and display the position and scene of the mobile target in real time; for example, the method can track the whereabouts of the old in real time and prevent the lost memory of the old.
And the cloud service module is configured to be communicated with the central control platform and share the information of the central control platform in a safe manner. For example, various information in different places can be remotely shared by supporting cloud service and other extranet services.
In some embodiments, the disclosed user-defined network system supporting interconnection and interworking of everything, the central control platform further includes:
and the intelligent interaction module is configured for interaction between a person and the central control platform. For example, the voice interaction module is used for voice interaction between a person and the central control platform, a robot service mode is realized, interested topics can be exchanged in a singing, voice reading and question-answering mode, and a human intelligent and warm living mode is started.
Some embodiments disclose a customized network system supporting the intercommunication of everything, and the execution terminal comprises electronic products with the same communication protocol, electronic products with different communication protocols and/or electronic products without communication protocols. Generally, the execution terminals connected in the custom network system include various existing products, each product is equipped with a communication protocol, and due to various factors such as product diversity, production subject diversity, large time span, and the like, the communication protocols of electronic products are different, so that the execution terminals selected generally can be divided into electronic products with the same communication protocol, electronic products with different communication protocols, and/or electronic products without communication protocols; in order to realize interconnection and intercommunication of various electronic products, the self-adaptive adapter of the user-defined network system can convert different communication protocols into a unified hongmeng communication protocol, and automatic adaptation interconnection and intercommunication of various execution terminals are realized.
As an optional embodiment, the adaptive adapter is a series of communication protocol converters developed based on a hong meng system, and in the actual use process, corresponding communication protocol converters are configured as adapters according to the communication protocol of the execution terminal, so as to realize conversion between different communication protocols, thereby unifying the execution terminals of different communication protocols to the hong meng system communication protocol platform, and realizing intercommunication and interconnection of all the execution terminals.
A series of communication protocol converters developed based on Hongmong system is based on the communication protocol standard of the existing wireless communication functional products in the market, and converts the existing communication protocol standard into a unified Hongmong communication protocol according to the rules of the communication protocol standard; based on the conversion rule between the existing communication protocol and the unified hongmeng communication protocol, a series of protocol converters are developed to be used as self-adaptive adapters, and the self-adaptive adapters automatically select proper protocol converters to be used as adapters according to the communication protocol of the execution terminal configured in the user-defined network system, so that the communication between the execution terminal and the central control platform is automatically realized.
As an alternative embodiment, the adaptive adapter developed based on the hongmeng system is an adapter cluster with a corresponding communication protocol conversion function, and during actual operation, the adapter adapted to the executing terminal is selected according to the communication protocol adopted by the executing terminal.
Generally, a central control platform is interconnected with a plurality of execution terminals, each execution terminal has an inherent unique address and needs to occupy a smaller communication bandwidth, and the central control platform can manage each execution terminal in real time and has enough communication bandwidth, so that the central control platform can realize real-time communication of the plurality of execution terminals. For example, one central control platform can simultaneously manage a plurality of execution terminal sets such as smoke alarms, gas alarms, sound boxes, air conditioners, water heaters, illuminating lamps and the like.
Generally, a plurality of execution terminals connected with a central control platform may be referred to as a cluster, that is, a control object set locked by the central control platform, where the set may be composed of a plurality of execution terminals, even dozens of execution terminals, with different functions, and the operation of the execution terminals is controlled by the central control platform, so as to implement unified management and control of clustered electronic devices. For example, the general electric appliances can be remotely controlled in a cluster according to a set mode and time, bath water can be prepared in advance, the temperature and the humidity of the environment can be adjusted to a comfortable state, the environment can be cleaned, windows can be opened for ventilation, and the like, so that the possibility of opening intelligent life is provided.
In some embodiments of the disclosed customized network system supporting interconnection and interworking of everything, the external network in communication with the central control platform includes a mobile device, a remote customized network system, a cloud server or a public network service site. The remote fact governs the working process of the terminal in the customized network system, such as turning on and off the power supply, starting shooting, transmitting data, measuring temperature and humidity, printing data and the like.
In some embodiments, the execution terminal of the customized network system supporting interconnection and interworking of everything is a clustered execution terminal.
In some embodiments, the clustered execution terminals include electronic product clusters having the same communication protocol, electronic product clusters having different communication protocols, and/or electronic product clusters without communication protocols.
Some embodiments disclose a custom connection method supporting interconnection and intercommunication of everything, including:
setting an execution terminal for executing a terminal job task;
setting a central control platform for controlling the execution terminal;
identifying and automatically configuring a communication protocol of the execution terminal to realize self-adaptive communication between the central control platform and the execution terminal;
an external network interface is arranged to communicate the central control platform with an external network, so that interconnection and intercommunication between the central control platform and the external network are realized;
optionally, a person is set to be communicated with the central control platform for intelligent interaction.
Example 1
Embodiment 1 discloses a custom network system supporting interconnection and intercommunication of everything.
The user-defined network system supporting interconnection and interworking of everything disclosed in embodiment 1, as shown in fig. 1, includes an execution terminal cluster 101, where the execution terminal cluster 101 includes an execution terminal 1 and an execution terminal 2 … …, and is configured to execute a plurality of different terminal job tasks; the central control platform 103 is used for controlling the execution terminal cluster 101; the adaptive adapter 102, the adaptive adapter 102 includes an adaptive adapter 1, an adaptive adapter 2 … …, and an adaptive adapter N, respectively, for identifying and automatically converting communication protocols of a plurality of execution terminals in the execution terminal cluster to implement adaptive communication between the execution terminals and the central control platform; and the external network interface 104 is used for interconnecting the central control platform 103 with an external network, such as a remote service point, and can realize interconnection between the user-defined network system and the external network.
The customized network system disclosed in embodiment 1 is based on controlling scene dynamic factors or electronic device operation effects in a specific range, and realizes scene or device interconnection and intercommunication in any range through free interaction between the customized network environment and other network environments. The self-defined network environment sets working modes, working parameters and the like of all execution terminals and adapters in turn in a wireless mode through a local or central control platform according to needs, each execution terminal and each adapter autonomously operate according to a set program, a plan processing mechanism is started once a reportable event occurs, and the state of an emergency event is fed back to the central control platform in real time; and the central control platform starts a plan processing mechanism immediately after receiving the emergency event report so as to dispose the potential safety risk or emergency task in real time.
The central control platform is the core of the user-defined network environment, and is interconnected and communicated with other components by means of a wireless communication technology to coordinate and control the work of the user-defined network environment. The central control platform can interact with any execution terminal or adapter in a wireless transmission mode, can also interact with an external network, a cloud end or people according to needs, and immediately starts a plan processing mechanism and pushes related information to a specified object by means of a public network or a private network when perceiving that the execution terminal or adapter has a reportable event.
The execution terminal or the adapter is used for executing a specific task, and various execution terminals or adapters can be provided according to different undertaken tasks, such as a smoke monitor, a gas monitor, a water heater control switch, a camera, a door and window state sensor, a water leakage monitor, a household appliance control switch, a cleaning machine, an intelligent sound box, a temperature and humidity detector, a power leakage monitor, a lighting control switch, a moving target sensor, an environmental vibration sensor, an environmental sound sensor and the like. The execution terminal, the adapter and the central control platform are mutually communicated, the execution terminal and the adapter are normally operated according to a set task, once a reportable event is detected, an emergency response mechanism is immediately started, and meanwhile, emergency event state information is pushed to the central control platform. The AI device associated with the central control platform, such as a smart speaker, can also interact with people to provide support for opening intelligent life.
The external network interface is used for interaction between a mobile device with a specific APP, other service sites or a remote user-defined network environment and the central control platform. The operating mode and parameters may be set remotely by the mobile device for an executing terminal or adapter, including: working time, trigger threshold, control range, detection sensitivity and the like; when a specific function module is added, the mobile device can also be used as a moving target tracker to report the physical position coordinates of the mobile device to the central control platform in a question-and-answer mode in time; when the emergency state information is received, relevant contents are displayed immediately, and the emergency event is processed in time by reminding the parties in a screen flashing and buzzing mode. Through the external network interface, service sites in different places, such as a cloud end server, other user-defined network environments, a public network service site and the like, can share information of local user-defined network environments.
Example 2
Embodiment 2 discloses the construction and specific implementation content of a custom network system supporting everything interconnection, specifically including:
(1) according to the specific requirements of the regional environment, selecting an execution terminal to form cluster electronic equipment, and selecting matched software; the regional environment comprises families, stores, units, factories and mines, and the like; the specific requirements comprise smoke detection, gas detection, people flow identification, human body temperature measurement, scene monitoring, information monitoring and the like; the execution terminal comprises various hardware components, such as a smoke alarm, a gas leakage monitor, a face recognition and temperature measurement integrated machine, a camera, a translator and the like;
(2) selecting a corresponding adaptive adapter according to a communication protocol for an electronic device with a task execution specific function and a communication capability;
(3) installing an optional execution terminal, such as an environment, equipment, a living body, a sensing part for monitoring, detecting or detecting information dynamic factors, an execution terminal of a cluster type electronic device, a self-adaptive adapter and the like, at a proper position according to the characteristics of the regional environment and the properties of the target task;
(4) when all execution terminals, adapters and central control platform power supplies are turned on, the self-defined network environment automatically completes internal test and enters wireless networking configuration, and when the equipment works normally and enters an interconnection state, the green indicator lamps of all parts are turned on for 5 seconds, which indicates that a self-defined network system is normal; otherwise, the red light flickers and needs to be restarted for interconnection;
(5) setting working conditions and parameters, such as time, mode, threshold, angle, volume and the like, for the executive terminal and the adapter through executive terminal, adapter panel operation keys or a central control platform;
(6) setting working conditions and parameters of the central control platform through an operation panel of the central control platform;
(7) each execution terminal and each adapter carry out work aiming at the assumed tasks, such as gas leakage monitoring, scene shooting and recording, smoke monitoring, moving target detection, vibration detection, sound field detection, electric leakage detection, illegal information monitoring and the like, and store related process data according to a set mode;
(8) when the execution terminal or the adapter finds that the concerned dynamic factors reach or exceed the design threshold value during working, an emergency event processing mechanism is immediately started, and corresponding emergency event state information is reported to the central control platform; the dynamic factors comprise smoke concentration, gas concentration, environment temperature and humidity, door and window closing gaps, current quantity, voltage quantity, moving targets, sound intensity, time values and the like; the emergency processing mechanism comprises the steps of turning on an audible and visual alarm, cutting off a power supply, turning off an air source, snapshotting a moving target, extracting illegal information and the like;
(9) after receiving the emergency event report, the central control platform immediately starts an emergency event disposal program, on one hand, corresponding warning information and information are pushed to an appointed object through a public network or a private network channel, on the other hand, a corresponding alarm telephone is called according to set parameters and the grade and the type of the emergency event, and after the telephone is connected, alarm information containing accurate position and event property is broadcasted in a voice mode; wherein, the public network comprises a 4G network, a 5G network and the like; private networks include radio stations, etc.; the appointed objects comprise a mobile phone with a specific APP, an external network site and the like; alarm phones include, for example, 110, 120, 119, etc.;
(10) when personalized requirements exist, random tasks can be arranged for a specific execution terminal or adapter through an external network appointed object, and the execution terminal or adapter immediately works according to the new tasks; for example, an instruction is sent to the associated execution terminal through a mobile phone with a specific APP, so that the associated execution terminal executes new tasks, such as opening an air conditioner in advance to facilitate the user to directly enjoy comfortable temperature at a destination, starting a water heater in advance to take a bath at the destination, cleaning sanitation in advance to reach the destination to enjoy a clean environment, opening a window in advance to ventilate and exchange air, and the like;
(11) the configuration of the central control platform can be selected from a basic version, an extended version and a robot version.
The basic version central control platform can complete interconnection and intercommunication of the cluster execution terminal and the adapter;
the expanded version central control platform can increase a moving target tracking function and a cloud service function on the basis of considering the functions of the basic version central control platform; for example, a mobile target, such as an old man lost due to amnesia, is tracked through a mobile phone with a specific APP associated with an external network, and a scene and an accurate position where the mobile target is located are dynamically displayed on a screen in real time; for example, the system has a cloud service function, and at this time, the cloud server can access the central control platform by means of a specific channel and share various information of the central control platform in a secure and confidential manner;
on the basis of taking the functions of the expanded version central control platform into consideration, the robot version central control platform is matched with an intelligent sound box, can perform voice interaction with people, can sing and read, can also communicate with people, can learn and memorize emotional characteristics of people, and can carelessly accompany objects needing care; for example, the intelligent sound box has a personalized accompany function, and at the moment, the intelligent sound box associated with the central control platform serves as a role of 'person', can intelligently communicate with the person, can sing, read and learn, and becomes a loyal 'guard' accompanying and caring for other people;
(12) when the condition of triggering the emergency event disappears, for example, the smoke concentration is reduced below a safety threshold, the gas concentration is reduced below a safety threshold or the door and window closing gap is smaller than the set alarm size, the execution terminal or the adapter automatically releases the emergency state and reports an emergency state releasing signal to the central control platform;
(13) after receiving the signal for releasing the emergency state, the central control platform resets the process to a normal operation mode and reports corresponding state information to an external network according to preset conditions;
(14) all the reserved data generated when the execution terminal or the adapter operates, including audio data, video data, monitoring data, alarm information, snap photos, time information and other data, are stored in a high-capacity solid-state disk of the central control platform in a safe encryption mode, and a first-in first-out storage mechanism is adopted, so that the storage capacity suitable for continuously storing the data generated for 1 week, 1 month or half a year can be configured according to the requirement;
(15) the working power supply is continuously monitored in the running process, when any link, such as a central control platform, an execution terminal and an adapter, has low power, a red indicator lamp flickers to give an alarm, and the normal work is recovered after the power supply with the specified specification is replaced;
(16) the execution terminal and the adapter support hot plug, when one or more execution terminals or adapters are increased or decreased according to needs, the central control platform automatically establishes or releases interconnection and intercommunication with the execution terminals or adapters and correspondingly adjusts a user-defined network environment;
(17) by means of public network services, such as 4G, 5G and the like, software information is inquired and downloaded through the central control platform, the software version of a specific customized network system can be upgraded at any time and place, and the customized network system is ensured to be in the latest version state at any time.
The user-defined network system supporting interconnection and intercommunication of everything disclosed by the embodiment of the invention can realize self-adaptive communication between the execution terminal and the central control platform, is suitable for interconnection and intercommunication of all electronic product clusters, and supports interconnection and intercommunication of all electronic equipment and scenes in a remote cluster type control communication range; the remote sensing and remote operation can be implemented, remote intelligent communication is realized, the safety is high, the utilization rate of remote equipment is high, the intelligent degree is high, and the remote cluster type remote monitoring system has a good application prospect in the aspects of remote cluster type control and supervision of electronic equipment.
The technical solutions and the technical details disclosed in the embodiments of the present application are only examples to illustrate the inventive concept of the present application, and do not constitute a limitation on the technical solutions of the present application, and all the conventional changes, substitutions or combinations made on the technical details disclosed in the present application have the same inventive concept as the present application and are within the protection scope of the claims of the present application.
Claims (10)
1. The user-defined network system supporting interconnection and intercommunication of everything is characterized in that the network system comprises:
the execution terminal is used for executing the terminal job task;
the central control platform is used for controlling the execution terminal;
the self-adaptive adapter is used for identifying and converting the communication protocol of the execution terminal so as to realize self-adaptive communication between the execution terminal and the central control platform;
and the external network interface is used for interconnecting and intercommunicating the central control platform and an external network so as to realize the interconnection and intercommunicating between the user-defined network system and the external network.
2. The customized network system supporting interconnection of everything according to claim 1, wherein the central control platform includes:
the environment and equipment dynamic sensing module is configured to sense an environment detection signal and convert the environment detection signal into an electric signal, and monitor the environment and equipment dynamic factors;
a network protocol adaptation module configured to cooperate with an adaptive adapter to enable adaptive communication between the executive terminal and the central control platform;
the analog quantity driving module is communicated with a set driving terminal and is configured to control the driving terminal to execute a set action;
the emergency event management module is configured to execute a set emergency event operation task;
the parameter setting module is configured to set the operation parameters of the central control platform;
the data security module is configured to protect the security of external interactive data;
the data communication module is configured to execute data interaction between the central control platform and the execution terminal, between the self-adaptive adapter and between the central control platform and the external network interface;
the data storage module is configured to store information of the execution terminal, the adaptive adapter and the central control platform;
the information display module is configured to display the information of the execution terminal, the self-adaptive adapter and the central control platform;
the control interface module is configured to send an operation instruction to the execution terminal, the adaptive adapter and the external network interface by the central control platform;
the network interface module is configured to acquire the states of the execution terminal, the self-adaptive adapter and the external network interface and provide a parameter configuration interface;
and the power management module is configured to provide power for the central control platform and monitor the electric quantity in real time.
3. The customized network system supporting interconnection and interworking of everything according to claim 2, wherein the central control platform further comprises:
the mobile target tracking module is configured to track a mobile target and display the position and the scene of the mobile target in real time;
and the cloud service module is configured to be communicated with the central control platform and share the information of the central control platform in a safe manner.
4. The customized network system supporting interconnection and interworking of everything according to claim 2, wherein the central control platform further comprises:
and the intelligent interaction module is configured for interaction between a person and the central control platform.
5. The system according to claim 1, wherein the execution terminals comprise electronic products with the same communication protocol, electronic products with different communication protocols, and/or electronic products without communication protocols.
6. The customized network system supporting interconnection of everything according to claim 2, wherein the external network communicating with the central control platform includes a mobile device, a remote customized network system, a cloud server or a public network service site.
7. The system according to claim 2, wherein the executive terminal is a cluster executive terminal.
8. The customized network system supporting universal interconnection and interworking according to claim 7, wherein the clustered executive terminals comprise electronic product clusters having the same communication protocol, electronic product clusters having different communication protocols and/or electronic product clusters without communication protocols.
9. The user-defined connection method for supporting interconnection and intercommunication of everything is characterized by comprising the following steps:
setting an execution terminal for executing a terminal job task;
setting a central control platform for controlling the execution terminal;
identifying and automatically configuring a communication protocol of the execution terminal to realize self-adaptive communication between the central control platform and the execution terminal;
and arranging an external network interface to communicate the central control platform with an external network, so as to realize interconnection and intercommunication between the central control platform and the external network.
10. The customized connection method supporting interconnection and interworking of everything according to claim 9, further comprising an intelligent interaction process between the central control platform and a person.
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