CN109660605A - A kind of intelligently control technology and its management-control method - Google Patents
A kind of intelligently control technology and its management-control method Download PDFInfo
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- H—ELECTRICITY
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- G06—COMPUTING; CALCULATING OR COUNTING
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Abstract
The invention discloses a kind of intelligence control technology and its management-control methods, including cloud management system, terminal and transport layer, cloud management system is connect by transport layer with terminal, and cloud management system includes the cloud Core server connected by transport layer and cloud data center；Scene engine module is equipped in the Core server of cloud, Scene engine module is connect with terminal and cloud data center respectively by transport layer；Finite state thermomechanical components, the application scenarios engine based on finite state machine, Scene engine editing machine, the application scenarios model based on finite state machine are equipped in Scene engine module.Scene engine module of the invention, reusable, it is not necessary to develop again, similar demand efficiency of research and development raising 80%, base application and the dual realization of upgrade application.
Description
Technical field
The invention belongs to technical field of intelligence, it is related to the intelligence control skill to intelligent facility, smart machine and intelligence system
Art and its management-control method.
Background technique
Internet of Things is the combination of all technologies and computer internet technology instantly, it can faster, more quasi-ly receive information
Collection, transmitting are handled and are executed.Internet of Things is able to achieve the connection of all items and network, facilitates identification, manages and controls, and can be people
Life bring more conveniences, realize long-range control.
Intellectual product, such as smart machine, intelligent facility and intelligence system have a variety of working conditions, pass through changing for condition
Change can switch to different states.Based on finite state machine technology, the switching between various states may be implemented.
Currently, most of intelligence control technology cannot sufficiently, efficiently meet smart machine, intelligent facility and intelligence system
Linkage, Collaborative Control between system, especially integrated control and big data operation level fail integration application.There are following one
A little problems:
1, intellectualizing system is done things in his own way, and is not interconnected, complex management；
2, intellectualizing system is complicated for operation, and human-computer interaction is few, unfriendly, and the training time is long；
3, Space Value is not runed sufficiently, only in individual system management layer, lacks big data operation value；
4, response lag is unable to advanced warning.
Summary of the invention
In order to which the operation and management for improving intellectualizing system is horizontal, the present invention provides a kind of intelligent control technology, i.e. physics
The cloud space intelligent of space and intelligent facilities and equipment, intelligence system manages technology, facilities and equipment and service to physical space etc.
Careful analysis, decision and control are carried out, makes intelligence control simpler and more scientific.
Technical scheme is as follows:
A kind of intelligence control technology, including cloud management system, terminal and transport layer, cloud management system pass through transport layer and end
End connection, cloud management system include the cloud Core server connected by transport layer and cloud data center.
Be equipped with Scene engine module in the Core server of cloud, Scene engine module by transport layer respectively with terminal and cloud
The connection of end data center.
Finite state thermomechanical components, the application scenarios engine based on finite state machine, scene is equipped in Scene engine module to draw
Hold up editing machine, the application scenarios model based on finite state machine.
Finite state thermomechanical components include: state, event, variable, condition, movement and state conversion.
Application scenarios engine includes: essential information, condition managing, incident management, variable management, condition management, action pipe
Reason and state management conversion.
Application scenarios model includes: Scene case management, acts plug-in management, event, variable, action pipe built in system
Reason, event handling management and running act management and running, scene state searching and managing.
Cloud Core server includes cloud monitoring center and cloud configuration center, and Scene engine module is located at cloud configuration
In center.
Cloud data center includes data acquisition module and data custom block.
The interface that cloud management system is connected with terminal is api interface.
The management-control method of Scene engine module includes:
(1) application scenarios being made of things system are predefined；
(2) input data；
(3) Scene engine module executes work.
Scene engine module execute work process include:
(1) data are received；
(2) data are responded；
(3) event handling；
(4) action invocation；
(5) output scheduling controls.
The practical process that Scene engine module executes work has three ways, such as follows:
Mode one:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- no --- end to event queue.
Mode two:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- no --- for action invocation queue
Terminate.
Mode three:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- being --- for action invocation queue
Acting out team, --- inspection parameter validity --- executing action invocation --- saves call result；
(5) output scheduling controls: output scene engine modules execute working result.
The invention has the benefit that
1, Scene engine module, reusable, it is not necessary to develop again, similar demand efficiency of research and development improves 80%；
2, base application and the dual realization of upgrade application: (1) base application, single or centralized control facilities and equipment,
(2) customized, editor's scene task, while intelligent statistics, analysis and optimization can be carried out, multisystem linkage and collaboration
Effect.
Detailed description of the invention
Fig. 1 is the application scenarios model based on finite state machine；
Fig. 2 is that event receives flow chart；
Fig. 3 is event handling course diagram；
Fig. 4 is action invocation flow chart；
Fig. 5 is embodiment parking stall early warning analysis figure；
Fig. 6 is embodiment fire-fighting early warning analysis；
Fig. 7 is embodiment parking lot jamming analysis；
Fig. 8 is embodiment elevator malfunction early warning analysis；
Fig. 9 is the analysis of embodiment unoccupied tenement.
Specific embodiment
Combined with specific embodiments below, further understanding in detail is made to the technology of the present invention.
Embodiment 1
Intelligence control technology, applied in the intelligent managing and control system of an industrial zone.Core element has: cloud management system, end
Scene engine module in end, transport layer and cloud management system.
Cloud management system is connect by transport layer with terminal, and cloud management system includes the cloud connected by transport layer
Core server and cloud data center；Scene engine module is equipped in the Core server of cloud, Scene engine module passes through biography
Defeated layer is connect with terminal and cloud data center respectively.Cloud data center includes data acquisition module and data self mould
Block.Collected data are converged at this by data acquisition module, data self module for manager is customized, editor and it is defeated
Enter data.
Terminal, including intelligent facilities and equipment and third-party platform, third-party platform include third-party intelligence system and intelligence
Energy subsystem etc..Terminal is specifically just like intelligent electric meter, access control equipment, warning device, PLC control system, LED screen, video monitoring
System, energy consumption monitoring system, traffic system, lift management system, garden cruising inspection system, broadcast, voice system, security against fire system
System and parking lot managing and control system etc..
The transmission mode of transport layer includes: wired, wireless, network and serial ports transmission etc..
The present embodiment has further related to client and sensing layer.Client includes APP client and pc client.Sensing layer packet
Include sensory perceptual system, terminal, terminal database and terminal server.
Sensory perceptual system, including the Intelligent hardwares such as various sensors and chip, such as temperature sensor, humidity sensor, smog
The perception terminals such as sensor, infrared inductor, gas concentration lwevel sensor and camera, perceive and acquire the ginseng of industrial zone
Number information and operating status.
Sensory perceptual system transfers data to cloud management system by perceiving the parameter state and operating status of industrial zone
The cloud data center of system, the storage or data cached and cloud Core server can be transmitted to of cloud data center, cloud core
The data of perception are become cognizable information by the Data Analysis Services technology such as server by utilizing data mining, machine learning.Visitor
There are display client modules on the end of family, these information can focus on client, so that showing in display client modules, be convenient for
User and/or manager scan global situation and know global data, understand the operation and operating condition of project, and discovery facility is set
The inherent causality or relevance of standby and service etc..
Cloud Core server includes cloud monitoring center and cloud configuration center, and Scene engine module is configured set on cloud
In center.Finite state thermomechanical components, application scenarios engine, Scene engine based on finite state machine are equipped in Scene engine module
Editing machine, the application scenarios model based on finite state machine.Scene engine module is connect with api interface or dynamic base.Scene is drawn
It holds up after module responds different data, predefined external interface or dynamic base can be transferred, to realize to terminal
Scheduling controlling.
Scene engine editing machine has the function of predefined scene and editor's scene.
Application scenarios model includes: Scene case management, acts plug-in management, event, variable, action pipe built in system
Reason, event handling management and running act management and running, scene state searching and managing.Application scenarios model is connect by input interface
It receives data and sends data to finite state thermomechanical components after above-mentioned certain management, after the processing of finite state thermomechanical components,
Final realization movement management and running and output action scheduling.
Finite state thermomechanical components include: state, event, variable, condition, movement and state conversion.State machine element foundation
Predefined scene handles the data received, including converts and carry out to state, event, variable, condition, movement and state
Processing.
Application scenarios engine includes: essential information, condition managing, incident management, variable management, condition management, action pipe
Reason and state management conversion.Application scenarios engine can check the essential information and management finite state unit of Scene engine module
Part.
The management-control method of intelligence control technology are as follows:
(1) application scenarios being made of things system are predefined；
(2) input data；
(3) Scene engine module executes work.
Scene engine module execute work theoretical process include:
(1) data are received；
(2) data are responded；
(3) event handling；
(4) action invocation；
(5) output scheduling controls.
The practical process that Scene engine module executes work has three ways, such as follows:
Mode one:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- no --- end to event queue.
Mode two:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- no --- for action invocation queue
Terminate.
Mode three
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- being --- for action invocation queue
Acting out team, --- inspection parameter validity --- executing action invocation --- saves call result；
(5) output scheduling control: output scene engine modules execute working result, i.e., realization facilities and equipment and third-party platform it
Between intelligence, linkage and cooperating.
The applicating example of Scene engine module is as follows:
1, application scenarios 1 --- parking stall early warning analysis
It is predefined in Scene engine editing machine:
State S --- normal/yellow/red；
Event E --- it updates with parking stall number；
Condition C 1 --- parking stall occupies < 1850；
Condition C 2 --- 2250 parking stalls > occupy >=1850；
Condition C 3 --- parking stall occupies >=2250；
Scene engine module output scheduling control --- 1. when normal range (NR), it is on duty that instruction reduces post personnel；2. pre- in yellow
When alert state, video, push, casting and instruction vacant parking stall position are captured and had access to push warning information, display alert status
It sets, quantity and direction；3. when red early warning, video is captured and had access to push warning information, display alert status, intellectual analysis,
Selective opening temporary parking position, casting and guidance vehicle parking.
2, application scenarios 2 --- parking lot jamming analysis
It is predefined in Scene engine editing machine:
State S --- normal/yellow/red；
Event E --- update banister vehicle flowrate and banister vehicle number；
Condition C 1 --- vehicle flowrate >=12 vehicle number≤3 & &；
Condition C 2 --- vehicle flowrate≤3 vehicle number >=5 & &；
Condition C 3 --- vehicle flowrate≤1 vehicle number >=10 & &；
Condition C 4 --- 1≤vehicle flowrate≤3 5≤vehicle number≤10 & &.
Scene engine module output scheduling control --- 1. when normal range (NR), it is on duty that instruction reduces post personnel；2. in Huang
When color alert status, push warning information, display alert status are captured and are had access to video, push optimization process method；3. red
When early warning, push warning information, display alert status are captured and are had access to video, check vehicular circulation situation, and manpower is sent in instruction
Fixed point need to be dredged surely, dredge vehicular circulation.
3, application scenarios 3 --- fire-fighting early warning analysis
It is predefined in Scene engine editing machine:
State S --- normal/yellow/red；
Event E --- update smokescope value；
Condition C 1 --- smokescope < 200；
Condition C 2 --- 200≤smokescope < 500；
Condition C 3 --- smokescope >=500；
Respond A --- client message push/worksheet.
Output scheduling control ---
(1) when normal condition, daily procedure task is executed: 1. the feedback self-test of facilities and equipment and information feedback；2. according to existing
There is property personnel's procedure job placement, corresponding task is dealt into specified employee, employee's investigation, input checking knot automatically
Fruit, or even clap figure and upload；3. fire-fighting emergent goods equipment management prepares, lays in and replaces；
(2) when yellow alert status, warning information is pushed, monitor video is transferred, has access to particularly relevant information, perform investigation fire
Calamity, fire preventing and floor manager work；
(3) when red early warning state, early warning information pushes to client, opens all vehicle pass-throughs of parking lot gate allowance and withdraws
Scene, mobile early warning broadcast notify staff to carry out scene evacuation work.
4, application scenarios 4 --- elevator malfunction early warning analysis
It is predefined in Scene engine editing machine:
State S --- it is normal/oppressive；
Event E --- update elevator event type；
Condition C 1 --- event type=recovery is normal；
Condition C 2 --- event type=oppressive alarm；
Respond A --- client message push；It captures at scene；Work order confirmation；Worksheet goes to handle before appointing maintenance assistant director
Elevator malfunction event.
5, application scenarios 5 --- unoccupied tenement analysis
It is predefined in Scene engine editing machine:
State S --- it is normal/vacant；
Event E --- update room work daily power consumption/water consumption；
Condition C 1 --- work daily power consumption >=system thresholds ‖ work daily water consumption >=system thresholds；
Condition C 2 --- work daily power consumption≤system thresholds ‖ work daily water consumption≤system thresholds；
Respond A --- client message push/work order confirmation/worksheet.
Claims (10)
1. a kind of intelligence control technology, which is characterized in that including cloud management system, terminal and transport layer, cloud management system
It is connect by transport layer with terminal, cloud management system includes the cloud Core server connected by transport layer and cloud data
Center；
Be equipped with Scene engine module in the Core server of cloud, Scene engine module by transport layer respectively with terminal and cloud number
It is connected according to center；
Finite state thermomechanical components, the application scenarios engine based on finite state machine, Scene engine is equipped in Scene engine module to compile
Collect device, the application scenarios model based on finite state machine.
2. a kind of intelligence control technology according to claim 1, which is characterized in that
Finite state thermomechanical components include: state, event, variable, condition, movement and state conversion；
Application scenarios engine include: essential information, condition managing, incident management, variable management, condition management, action management and
State management conversion；
Application scenarios model includes: Scene case management, acts plug-in management, event, variable, action management, thing built in system
Part handles management and running, acts management and running, scene state searching and managing.
3. a kind of intelligence control technology according to claim 1, which is characterized in that cloud Core server includes cloud prison
Control center and cloud configuration center, Scene engine module are located in the configuration center of cloud.
4. a kind of intelligence control technology according to claim 3, which is characterized in that cloud data center includes data acquisition
Module and data custom block.
5. a kind of intelligence control technology according to claim 4, which is characterized in that cloud management system was connected with terminal
Interface is api interface.
6. a kind of management-control method of intelligence control technology, which is characterized in that the management-control method includes:
(1) application scenarios being made of things system are predefined；
(2) input data；
(3) Scene engine module executes work.
7. a kind of management-control method of intelligence control technology according to claim 6, which is characterized in that the Scene engine mould
Block execute work process include:
(1) data are received；
(2) data are responded；
(3) event handling；
(4) action invocation；
(5) output scheduling controls.
8. a kind of management-control method of intelligence control technology according to claim 7, which is characterized in that
The process of Scene engine module execution work are as follows:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- no --- end to event queue.
9. a kind of management-control method of intelligence control technology according to claim 7, which is characterized in that
The process of Scene engine module execution work are as follows:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- no --- for action invocation queue
Terminate.
10. a kind of management-control method of intelligence control technology according to claim 7, which is characterized in that
The process of Scene engine module execution work are as follows:
(1) receive data: start --- Data Input Interface be called --- event enters queue --- data receiver at
Function --- terminate；
(2) data are responded: client message push/work order confirmation/worksheet；
(3) process of event handling are as follows: start --- checks that --- event queue is not empty --- being --- event to event queue
Team --- load application scenarios model out, loading scenario example operation data --- call finite state thermomechanical components to handle thing
Part --- scene variable update, condition judgement are executed, execution movement is fallen in lines, and state conversion --- updates Scene case data ---
Check event queue；
(4) process of action invocation are as follows: start --- checks that --- movement queue is not empty --- being --- for action invocation queue
Acting out team, --- inspection parameter validity --- executing action invocation --- saves call result；
(5) output scheduling controls: output scene engine modules execute working result.
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Application publication date: 20190419 |