CN110210818A - A kind of intelligent building full life cycle management method and system - Google Patents
A kind of intelligent building full life cycle management method and system Download PDFInfo
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Abstract
The invention discloses a kind of intelligent building full life cycle management method, include the following steps: that monitoring terminal by movable building is monitored the electromechanical equipment in fabric structure and building, and generate monitoring report；Mobility information Report Request Message is sent from building Life cycle monitoring center to movable building monitoring terminal；In response to receiving mobility information Report Request Message, the current movement speed of movable building monitoring terminal is obtained by movable building monitoring terminal；Terminal is monitored to the current movement speed of building Life cycle monitoring center report movable building monitoring terminal from movable building；Judge whether the current movement speed of movable building monitoring terminal is greater than speed threshold value by building Life cycle monitoring center；If it is determined that being greater than speed threshold value, then pause is sent to movable building monitoring terminal from building Life cycle monitoring center and send information order.
Description
Technical field
The present invention relates to building lifecycle management technical fields, especially with regard to a kind of full Life Cycle of intelligent building
Period management method and system.
Background technique
Building lifecycle management, that is, BLM (full name Building Lifecycle Management) is to build engineering
If it is each in the process as a whole including planning, design, bidding, construction, final acceptance of construction and estate management etc., to form linking
The comprehensive management platform of a link is created, managed and shared same complete engineering information by corresponding information platform, subtracted
Information between few each stage linking of engineering construction and each participant is lost, and the construction efficiency of engineering is improved.Construction-engineering project
Have the characteristics that with high content of technology, long construction period, risk are high, be related to that unit is numerous, therefore the division of full life cycle environment assessment
What is just shown is particularly significant.Generally full life cycle environment assessment is divided into four-stage by us, i.e., the planning stage, the design phase, apply
Work stage, operation stage.
Prior art CN108763714A discloses a kind of Life cycle architecture information management system and method.It is described
System includes component base, model library, the library 9D, the library MGD and intelligence mounting engine；The intelligence mounting engine can be according to the structure
Part ID is built the geometric data information of the BIM component and the hard-cover standardized data of the number using relevance algorithms
Vertical connection relationship, by engineering project, the engineering information of each different phase, process and resource are articulated to BIM in life cycle management
In model, the 9D data of building Life cycle are directly generated by the BIM component and carry out hardware and software platform displaying, so as to side
Being used by each participant of engineering just, provides the construction guidance of fining for each stage in life cycle environment assessment,
Prior art CN108694190A eliminates observed object preposition shelter when disclosing a kind of browsing BIM model
Operating method, comprising the following steps: 1) click specified observation component of thing；2) packet of the selected specified observation component of thing is obtained
Enclose box；3) bounding box of position according to the observation and the selected specified observation component of thing constructs a virtual camera,
A view frustums are established between virtual camera and the bounding box of the specified observation component of thing, the bottom surface of the view frustums is
Virtual camera is along the remote cutting face that bounding box outer rim is formed, in view frustums internal searching the blocking by view frustums gland
Object, judges whether the shelter collides with the view frustums, collects the shelter to collide；4) it is blocked what is be collected into
The processing of object crop physically weakization.
Prior art CN106126789A is related to the integrated system that the monitoring data based on Revit and Matlab are updated with handled
System and method, integrated system include monitoring data update module, Matlab data analysis module, monitoring data visualization model,
Method part of the invention proposes to be that Revit, SQL, Sever database and Matlab are analyzed and provided overlap joint between software three
Method, read the method for Windows file and file including Revit, method, the data of data write-in database exist
The method calling data with the method for processing and Revit and showing is analyzed in Matlab.The present invention is that exploitation is flat with Revit
Platform integrates Windows file operating system and Matlab analyzes software, wherein SQLSever makees based on the open API of Revit
For background database manager system,
The information disclosed in the background technology section is intended only to increase the understanding to general background of the invention, without answering
When being considered as recognizing or imply that the information constitutes the prior art already known to those of ordinary skill in the art in any form.
Summary of the invention
The purpose of the present invention is to provide a kind of intelligent building full life cycle management method and system, can overcome existing
There is the shortcomings that technology.
To achieve the above object, the present invention provides a kind of intelligent building full life cycle management method, the intelligent buildings
Full life cycle management method includes the following steps:
The electromechanical equipment in fabric structure and building is monitored by movable building monitoring terminal, and raw
At monitoring report；
Mobility information report is sent to movable building monitoring terminal from building Life cycle monitoring center to ask
Seek message；
In response to receiving mobility information Report Request Message, movable type is obtained by movable building monitoring terminal and is built
Build the current movement speed of object monitoring terminal；
Terminal is monitored to the report movable building monitoring of building Life cycle monitoring center from movable building
The current movement speed of terminal；
By building Life cycle monitoring center judge movable building monitoring terminal current movement speed whether
Greater than speed threshold value；
If it is determined that the current movement speed of movable building monitoring terminal is greater than speed threshold value, then it is complete by building
Life cycle monitoring center sends pause to movable building monitoring terminal and sends information order, wherein pause sends message
It include speed threshold value in order；
Information order is sent in response to receiving pause, is stopped from movable building monitoring terminal to the full life of building
Cycle monitoring center sends message, until the half that the movement speed of movable building monitoring terminal is less than speed threshold value is
Only；
If it is determined that the current movement speed of movable building monitoring terminal is less than speed threshold value, then it is complete by building
Life cycle monitoring center sends to movable building monitoring terminal to be permitted sending information order；
Permit sending information order or in response to the movement speed of movable building monitoring terminal in response to receiving
Less than the half of speed threshold value, monitoring report is sent to building Life cycle prison by movable building monitoring terminal
Measured center；And
Intelligent algorithm is based on by Life cycle monitoring center, assessment building whether there is security risk.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps:
To building Life cycle monitoring center send monitoring report before, from movable building monitor terminal to
Building Life cycle monitoring center sends dual intensity and consumes level capability information；
In response to receiving dual intensity consumption level capability information, being judged whether by building Life cycle monitoring center can
Dual intensity is activated to consume level capability；
If it is determined that dual intensity can be activated to consume level capability, then built from building Life cycle monitoring center to movable type
It builds object monitoring terminal and sends dual intensity consumption level capability activate message；
It send dual intensity to consume level capability activate message in response to receiving, movable type is based on by movable building monitoring terminal
Building monitor terminal remaining battery power, to building Life cycle monitoring center send high energy consumption level indicator or
Person's low energy consumption level indicator, wherein high energy consumption level indicator is used to indicate movable building monitoring terminal will be with high energy
Consumption rank works, and low energy consumption level indicator is used to indicate movable building monitoring terminal and to be carried out with low energy consumption rank
Work；
After receiving the energy consumption rank confirmation message sent by building Life cycle monitoring center, by movable type
Building monitoring terminal enters high energy consumption rank or low energy consumption rank.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps:
If movable building monitoring terminal enters high energy consumption rank, by movable building monitoring terminal with first
Monitor to cycle the electromechanical equipment in fabric structure and building；
If movable building monitoring terminal enters low energy consumption rank, by movable building monitoring terminal with second
Monitor to cycle the electromechanical equipment in fabric structure and building；
Wherein, the length of period 1 is more shorter than the length of second round.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps:
If the energy consumption rank negative acknowledgement message sent by building Life cycle monitoring center is received, by moving
Dynamic formula building monitors terminal and sends high energy consumption level indicator or low energy to building Life cycle monitoring center again
Consume level indicator.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps:
After sending high energy consumption level indicator to building Life cycle monitoring center, if movable building
High energy consumption level indicator will be sent to building Life cycle monitoring center again by monitoring terminal, then forbidden moves formula is built
Object monitoring terminal sends high energy consumption level indicator again；
After sending low energy consumption level indicator to building Life cycle monitoring center, if movable building
Low energy consumption level indicator will be sent to building Life cycle monitoring center again by monitoring terminal, then forbidden moves formula is built
Object monitoring terminal sends low energy consumption level indicator again；
After sending high energy consumption level indicator to building Life cycle monitoring center, start timer, if
Movable building, which monitors terminal, to send low energy consumption level indicator to building Life cycle monitoring center, then by moving
Formula building monitors terminal when judging whether the timer expires or not；
If timer expiry, low energy consumption level indicator is sent to building Life cycle monitoring center；
After sending low energy consumption level indicator to building Life cycle monitoring center, start timer, if
Movable building, which monitors terminal, to send high energy consumption level indicator to building Life cycle monitoring center, then by moving
Formula building monitors terminal when judging whether the timer expires or not；
If timer expiry, high energy consumption level indicator is sent to building Life cycle monitoring center.
The present invention also provides a kind of intelligent building lifecycle management system, the intelligent building lifecycle managements
System includes:
For being monitored by movable building monitoring terminal to the electromechanical equipment in fabric structure and building,
And generate the unit of monitoring report；
For sending mobility information report from building Life cycle monitoring center to movable building monitoring terminal
Accuse the unit of request message；
For obtaining movement by movable building monitoring terminal in response to receiving mobility information Report Request Message
Formula building monitors the unit of the current movement speed of terminal；
Movable building is reported to building Life cycle monitoring center for monitoring terminal from movable building
Monitor the unit of the current movement speed of terminal；
For judging the current movement speed of movable building monitoring terminal by building Life cycle monitoring center
Whether the unit of speed threshold value is greater than；
For if it is determined that the current movement speed of movable building monitoring terminal is greater than speed threshold value, then by building
Object Life cycle monitoring center sends the unit that pause sends information order to movable building monitoring terminal, wherein temporarily
It stops paying out and send in information order including speed threshold value；
For sending information order in response to receiving pause, stopped from movable building monitoring terminal complete to building
Life cycle monitoring center sends message, until the movement speed of movable building monitoring terminal is less than the one of speed threshold value
Unit until half；
For if it is determined that the current movement speed of movable building monitoring terminal is less than speed threshold value, then by building
Object Life cycle monitoring center sends the unit for permitting sending information order to movable building monitoring terminal；
For permitting sending information order or in response to the movement of movable building monitoring terminal in response to receiving
Speed is less than the half of speed threshold value, and monitoring report is sent to the full Life Cycle of building by movable building monitoring terminal
The unit of phase monitoring center；And
For being based on intelligent algorithm by Life cycle monitoring center, assessment building is with the presence or absence of security risk
Unit.
In a preferred embodiment, intelligent building lifecycle management system includes:
For being monitored eventually by movable building before sending monitoring report to building Life cycle monitoring center
Hold the unit that dual intensity consumption level capability information is sent to building Life cycle monitoring center；
For in response to receiving dual intensity consumption level capability information, by building Life cycle, monitoring center to judge whether
The unit of dual intensity consumption level capability can be activated；
For if it is determined that dual intensity can be activated to consume level capability, then from building Life cycle monitoring center to movement
Formula building monitors the unit that terminal sends dual intensity consumption level capability activate message；
For sending dual intensity to consume level capability activate message in response to receiving, it is based on moving by movable building monitoring terminal
Dynamic formula building monitors the remaining battery power of terminal, sends the instruction of high energy consumption rank to building Life cycle monitoring center
The unit of symbol or low energy consumption level indicator, wherein high energy consumption level indicator is used to indicate movable building monitoring eventually
End will be worked with high energy consumption rank, and low energy consumption level indicator is used to indicate movable building monitoring terminal will be with low energy
Consumption rank works；
For receive by building Life cycle monitoring center send energy consumption rank confirmation message after, by moving
Dynamic formula building monitoring terminal enters the unit of high energy consumption rank or low energy consumption rank.
In a preferred embodiment, intelligent building lifecycle management system includes:
If for movable building monitoring terminal enter high energy consumption rank, by movable building monitor terminal with
Period 1 periodically monitors the unit of the electromechanical equipment in fabric structure and building；
If for movable building monitoring terminal enter low energy consumption rank, by movable building monitor terminal with
Second round periodically monitors the unit of the electromechanical equipment in fabric structure and building；
Wherein, the length of period 1 is more shorter than the length of second round.
In a preferred embodiment, intelligent building lifecycle management system includes:
If for receiving the energy consumption rank negative acknowledgement message sent by building Life cycle monitoring center,
From movable building monitoring terminal again to building Life cycle monitoring center send high energy consumption level indicator or
The unit of low energy consumption level indicator.
In a preferred embodiment, intelligent building lifecycle management system includes:
For to building Life cycle monitoring center send high energy consumption level indicator after, if movable type is built
High energy consumption level indicator will be sent to building Life cycle monitoring center again by building object monitoring terminal, then forbidden moves formula
Building monitoring terminal sends the unit of high energy consumption level indicator again；
For to building Life cycle monitoring center send low energy consumption level indicator after, if movable type is built
Low energy consumption level indicator will be sent to building Life cycle monitoring center again by building object monitoring terminal, then forbidden moves formula
Building monitoring terminal sends the unit of low energy consumption level indicator again；
For starting timer after sending high energy consumption level indicator to building Life cycle monitoring center,
If movable building, which monitors terminal, to send low energy consumption level indicator to building Life cycle monitoring center, by
Movable building monitors the unit of terminal when judging whether the timer expires or not；
If sending low energy consumption level indicator to building Life cycle monitoring center for timer expiry
Unit；
For starting timer after sending low energy consumption level indicator to building Life cycle monitoring center,
If movable building, which monitors terminal, to send high energy consumption level indicator to building Life cycle monitoring center, by
Movable building monitors the unit of terminal when judging whether the timer expires or not；
If sending high energy consumption level indicator to building Life cycle monitoring center for timer expiry
Unit.
Compared with prior art, the present invention has the advantage that the present invention provides a kind of intelligent building Life cycle
Management method and system.A series of system by being then based on Internet of Things, so the present invention is matched to propose that suitable Internet of Things are answered
With the transmitting step of scene.The present invention, which devises, " judges that movable building monitors by building Life cycle monitoring center
Whether the current movement speed of terminal is greater than speed threshold value " and its associated steps, the design of above-mentioned multiple steps is so that originally
The mobile terminal of invention can not be sent when speed is excessive, and be sent when speed is lower, to reduce mobile whole
End energy consumption (when speed is big, mobile terminal causes transmission to fail by will extend over the communication coverage of specific monitoring center,
Retransmitting message at this time is also absolutely not meaning, because mobile terminal may have exceeded the coverage area at center already).This hair
Bright devise " permits sending information order or in response to the movement speed of movable building monitoring terminal in response to receiving
Less than the half of speed threshold value, monitoring report is sent to building Life cycle prison by movable building monitoring terminal
Measured center " and its associated steps, design through the above steps, so that mobile terminal of the invention is with faster, cleverer
Recovery living sends mechanism, if being designed to send until permitting transmission information order, is not receiving this
In some cases, the transmission of mobile terminal is just delayed by message.The present invention devises " to be monitored to building Life cycle
Before center sends monitoring report, terminal is monitored from movable building and sends dual intensity to building Life cycle monitoring center
Consume level capability information；In response to receiving dual intensity consumption level capability information, judged by building Life cycle monitoring center
Dual intensity whether can be activated to consume level capability；If it is determined that dual intensity can be activated to consume level capability, then by the full Life Cycle of building
Phase monitoring center sends dual intensity to movable building monitoring terminal and consumes level capability activate message " and its associated steps, this
Invention has reached following effect: the present invention claims mobile terminals to report oneself whether supporting dual intensity consumes under grade to operate first, this
Sample is avoided when mobile terminal does not support the function, and the transmission of center blindness message related with dual intensity consumption grade reduces
Overhead；It devises and is judged whether to can reduce power consumption by center, and make decision, this has the decision for reducing power consumption
Bigger global sense (such as in the case where emergency occurs under construction, it is clear that should not just reduce power consumption of terminal).Design
" then when judging whether the timer expires or not by movable building monitoring terminal " and its associated step, it is therefore prevented that terminal is frequent
The case where sending message to center, reduces the information overhead of system.
Detailed description of the invention
Fig. 1 is intelligent building full life cycle management method flow chart according to an embodiment of the present invention.
Specific embodiment
With reference to the accompanying drawing, specific embodiments of the present invention will be described in detail, it is to be understood that guarantor of the invention
Shield range is not limited by the specific implementation.
Unless otherwise explicitly stated, otherwise in entire disclosure and claims, term " includes " or its change
Changing such as "comprising" or " including " etc. will be understood to comprise stated element or component, and not exclude other members
Part or other component parts.
Fig. 1 is intelligent building full life cycle management method flow chart according to an embodiment of the present invention.As shown,
Intelligent building full life cycle management method of the invention includes the following steps:
Step 101: (such as being mentioned in certain Qualcomm's patents inexpensive, low by movable building monitoring terminal
Complexity mobile terminal (such as surrounding aircraft, the installations similar to sweeping robot), by this mobile terminal and prison
Measurement equipment, which is integrated together, can become monitoring terminal) electromechanical equipment in fabric structure and building is monitored,
And generate monitoring report；
Step 102: by building Life cycle monitoring center (such as the center calculation with WiFi signal receive capabilities
Machine) to movable building monitoring terminal send mobility information Report Request Message；
Step 103: in response to receiving mobility information Report Request Message, being obtained by movable building monitoring terminal
The current movement speed of movable building monitoring terminal；
Step 104: terminal being monitored from movable building and is built to building Life cycle monitoring center report movable type
Build the current movement speed of object monitoring terminal；
Step 105: the current movement of movable building monitoring terminal is judged by building Life cycle monitoring center
Whether speed is greater than speed threshold value；
Step 106: if it is determined that movable building monitoring terminal current movement speed be greater than speed threshold value, then by
Building Life cycle monitoring center sends pause to movable building monitoring terminal and sends information order, wherein pause
Sending includes speed threshold value in information order；
Step 107: sending information order in response to receiving pause, stopped from movable building monitoring terminal to building
Object Life cycle monitoring center sends message, until the movement speed of movable building monitoring terminal is less than speed threshold value
Half until；
Step 108: if it is determined that movable building monitoring terminal current movement speed be less than speed threshold value, then by
Building Life cycle monitoring center sends to movable building monitoring terminal to be permitted sending information order；
Step 109: permitting sending information order or in response to movable building monitoring terminal in response to receiving
Movement speed is less than the half of speed threshold value, and monitoring report is sent to building by movable building monitoring terminal and is given birth to entirely
Order cycle monitoring center；And
Step 110: intelligent algorithm being based on by Life cycle monitoring center, assessment building is hidden with the presence or absence of safety
Suffer from.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps: in Xiang Jianzhu
Before object Life cycle monitoring center sends monitoring report, terminal is monitored to building Life cycle from movable building
Monitoring center sends dual intensity and consumes level capability information；In response to receiving dual intensity consumption level capability information, by the full life of building
Cycle monitoring center judges whether that dual intensity can be activated to consume level capability；If it is determined that dual intensity can be activated to consume level capability, then
Dual intensity, which is sent, to movable building monitoring terminal from building Life cycle monitoring center consumes level capability activate message；It rings
Ying Yu, which is received, send dual intensity to consume level capability activate message, is monitored by movable building monitoring terminal based on movable building
The remaining battery power of terminal sends high energy consumption level indicator or low energy consumption grade to building Life cycle monitoring center
Other indicator, wherein high energy consumption level indicator is used to indicate movable building monitoring terminal and to be carried out with high energy consumption rank
Work, low energy consumption level indicator are used to indicate movable building monitoring terminal and to be worked with low energy consumption rank；It is connecing
After receiving the energy consumption rank confirmation message sent by building Life cycle monitoring center, monitored eventually by movable building
End enters high energy consumption rank or low energy consumption rank.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps: if mobile
Formula building monitoring terminal enters high energy consumption rank, then is periodically monitored by movable building monitoring terminal with the period 1
Electromechanical equipment in fabric structure and building；If movable building monitoring terminal enters low energy consumption rank, by
Movable building monitoring terminal periodically monitors the electromechanical equipment in fabric structure and building with second round；Its
In, the length of period 1 is more shorter than the length of second round.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps: if received
To the energy consumption rank negative acknowledgement message sent by building Life cycle monitoring center, then monitored eventually by movable building
End sends high energy consumption level indicator or low energy consumption level indicator to building Life cycle monitoring center again.
In a preferred embodiment, intelligent building full life cycle management method includes the following steps: in Xiang Jianzhu
Object Life cycle monitoring center send high energy consumption level indicator after, if movable building monitoring terminal will again to
Building Life cycle monitoring center sends high energy consumption level indicator, then forbidden moves formula building monitoring terminal is sent out again
Send high energy consumption level indicator；After sending low energy consumption level indicator to building Life cycle monitoring center, if
Movable building, which monitors terminal, to send low energy consumption level indicator to building Life cycle monitoring center again, then prohibits
Only movable building monitoring terminal sends low energy consumption level indicator again；It is sent out to building Life cycle monitoring center
After sending high energy consumption level indicator, start timer, if movable building monitoring terminal will be to the full Life Cycle of building
Phase monitoring center sends low energy consumption level indicator, then when judging whether the timer expires or not by movable building monitoring terminal；Such as
Fruit timer expiry then sends low energy consumption level indicator to building Life cycle monitoring center；It is being given birth to entirely to building
After ordering cycle monitoring center transmission low energy consumption level indicator, start timer, if movable building monitoring terminal is wanted
Send high energy consumption level indicator to building Life cycle monitoring center, then it is fixed by movable building monitoring terminal judgement
When device it is whether overtime；If timer expiry, high energy consumption level indicator is sent to building Life cycle monitoring center.
The present invention also provides a kind of intelligent building lifecycle management systems, comprising: for by movable building
Monitoring terminal is monitored the electromechanical equipment in fabric structure and building, and generates the unit of monitoring report；For
Mobility information Report Request Message is sent from building Life cycle monitoring center to movable building monitoring terminal
Unit；For being obtained by movable building monitoring terminal mobile in response to receiving mobility information Report Request Message
Building monitors the unit of the current movement speed of terminal；For monitoring terminal to the full Life Cycle of building from movable building
The unit of the current movement speed of movable building monitoring terminal is reported by phase monitoring center；For by building Life cycle
Monitoring center judges whether the current movement speed of movable building monitoring terminal is greater than the unit of speed threshold value；For such as
Fruit judges that the current movement speed of movable building monitoring terminal is greater than speed threshold value, then is supervised by building Life cycle
Measured center sends the unit that pause sends information order to movable building monitoring terminal, wherein pause sends information order
In include speed threshold value；For sending information order in response to receiving pause, stopped by movable building monitoring terminal
Message is sent to building Life cycle monitoring center, until the movement speed of movable building monitoring terminal is less than speed
Unit until the half of threshold value；For if it is determined that the current movement speed of movable building monitoring terminal is less than speed
Threshold value then sends from building Life cycle monitoring center to movable building monitoring terminal and permits sending information order
Unit；For permitting sending information order or in response to the mobile speed of movable building monitoring terminal in response to receiving
Degree is less than the half of speed threshold value, and monitoring report is sent to building Life cycle by movable building monitoring terminal
The unit of monitoring center；And for being based on intelligent algorithm by Life cycle monitoring center, whether assessment building is deposited
In the unit of security risk.
In a preferred embodiment, intelligent building lifecycle management system includes: for complete to building
Before life cycle monitoring center sends monitoring report, terminal is monitored from movable building and is monitored to building Life cycle
Center sends the unit of dual intensity consumption level capability information；For consuming level capability information in response to receiving dual intensity, by building
Life cycle monitoring center judges whether that the unit of dual intensity consumption level capability can be activated；For if it is determined that can activate double
Energy consumption level capability then sends dual intensity to movable building monitoring terminal from building Life cycle monitoring center and consumes rank
The unit of capability activation message；For sending dual intensity to consume level capability activate message in response to receiving, supervised by movable building
Remaining battery power of the terminal based on movable building monitoring terminal is surveyed, is sent to building Life cycle monitoring center high
The unit of energy consumption level indicator or low energy consumption level indicator, wherein high energy consumption level indicator is used to indicate movable type
Building monitoring terminal will be worked with high energy consumption rank, and low energy consumption level indicator is used to indicate movable building monitoring
Terminal will be worked with low energy consumption rank；For receiving the energy consumption grade sent by building Life cycle monitoring center
After other confirmation message, the unit of high energy consumption rank or low energy consumption rank is entered by movable building monitoring terminal.
In a preferred embodiment, if intelligent building lifecycle management system includes: to build for movable type
It builds object monitoring terminal and enters high energy consumption rank, then periodically monitor building with the period 1 by movable building monitoring terminal
The unit of electromechanical equipment in object structure and building；If entering low energy consumption grade for movable building monitoring terminal
Not, then the electromechanics in fabric structure and building is periodically monitored with second round by movable building monitoring terminal
The unit of equipment；Wherein, the length of period 1 is more shorter than the length of second round.
In a preferred embodiment, if intelligent building lifecycle management system include: for receive by
The energy consumption rank negative acknowledgement message that building Life cycle monitoring center sends then monitors terminal weight by movable building
The unit of high energy consumption level indicator or low energy consumption level indicator is newly sent to building Life cycle monitoring center.
In a preferred embodiment, intelligent building lifecycle management system includes: for complete to building
After life cycle monitoring center sends high energy consumption level indicator, if movable building monitoring terminal will be again to building
Object Life cycle monitoring center sends high energy consumption level indicator, then forbidden moves formula building monitoring terminal sends height again
The unit of energy consumption level indicator；For to building Life cycle monitoring center send low energy consumption level indicator it
Afterwards, if movable building monitoring terminal will send the instruction of low energy consumption rank to building Life cycle monitoring center again
Symbol, then forbidden moves formula building monitoring terminal sends the unit of low energy consumption level indicator again；For complete to building
After life cycle monitoring center sends high energy consumption level indicator, start timer, if movable building monitors terminal
Low energy consumption level indicator is sent to building Life cycle monitoring center, then by movable building monitoring terminal judgement
Timer whether Chao Shi unit；If sending low energy to building Life cycle monitoring center for timer expiry
Consume the unit of level indicator；For to building Life cycle monitoring center send low energy consumption level indicator after,
Start timer, if movable building monitoring terminal will send high energy consumption rank to building Life cycle monitoring center
Indicator then monitors the unit of terminal when judging whether the timer expires or not by movable building；If for timer expiry,
The unit of high energy consumption level indicator is sent to building Life cycle monitoring center.
It should be noted that the method in the embodiment of the present invention can be realized by the device with processor, in the device
It further include being stored with the instruction (software) programmed according to the method for the present invention, when executing the software by processor, the device energy
Enough realize method of the invention.Programmed method is method well known in the art, and how to program not is in emphasis of the invention
Hold, in order to enable specification is succinct, the present invention does not introduce programming details.Processor may be a kind of IC chip, have
The processing capacity of signal.During realization, each step of the above method can pass through the integration logic of the hardware in processor
The instruction of circuit or software form is completed.These instructions can cooperate realization and control by processor therein, be used for
Execute the method that the embodiment of the present invention discloses.Above-mentioned processor can also be general processor, digital signal processor
(Digital Signal Processing, DSP), specific integrated circuit (application specific integrated
Circuit), ready-made programmable gate array (FieldProgrammable Gate Array, FPGA) or other programmable patrol
Collect device, discrete gate or transistor logic, discrete hardware components.
Wherein, above-mentioned general processor can be microprocessor or the processor is also possible to any conventional processing
Device, decoder etc..The step of method in conjunction with disclosed in the embodiment of the present invention, can be embodied directly in hardware processor and execute
At, or in processor hardware and software module combination execute completion.Software module can be located at random access memory, dodge
It deposits, read-only memory, this fields such as programmable read only memory or electrically erasable programmable memory, register are mature to deposit
In storage media.
In addition, it is necessary to explanation, bus system may also include power bus, control other than including data/address bus
Bus and status signal bus in addition.
As seen through the above description of the embodiments, those skilled in the art can be understood that above-mentioned implementation
All or part of the steps in example method can add the mode of general hardware platform to realize by software.Based on this understanding,
Substantially the part that contributes to existing technology can embody technical solution of the present invention in the form of software products in other words
Out, which can store in storage medium, such as ROM/RAM, magnetic disk, CD, including some instructions
With so that a computer equipment (can be the network communications such as personal computer, server, or Media Gateway to set
It is standby) execute method described in certain parts of each embodiment of the present invention or embodiment.
It should be noted that all the embodiments in this specification are described in a progressive manner, each embodiment it
Between same and similar part may refer to each other, each embodiment focuses on the differences from other embodiments.
For embodiment of the method and apparatus embodiments, since it is substantially similar to system embodiment, so describing to compare
Simply, related place illustrates referring to the part of system embodiment.Equipment and system embodiment described above is only
Schematically, wherein module may or may not be physically separated as illustrated by the separation member, as module
The component of display may or may not be physical module, it can and it is in one place, or may be distributed over more
In a network unit.Some or all of the modules therein can be selected to realize this embodiment scheme according to the actual needs
Purpose.Those of ordinary skill in the art can understand and implement without creative efforts.
The above is only a preferred embodiment of the present invention, it is not intended to limit the scope of the present invention.It should refer to
Out, for those skilled in the art, without departing from the principle of the present invention, can also make several
Improvements and modifications, these modifications and embellishments should also be considered as the scope of protection of the present invention.
The aforementioned description to specific exemplary embodiment of the invention is in order to illustrate and illustration purpose.These descriptions
It is not wishing to limit the invention to disclosed precise forms, and it will be apparent that according to the above instruction, can much be changed
And variation.The purpose of selecting and describing the exemplary embodiment is that explaining specific principle of the invention and its actually answering
With so that those skilled in the art can be realized and utilize a variety of different exemplary implementation schemes of the invention and
Various chooses and changes.The scope of the present invention is intended to be limited by claims and its equivalents.
Claims (10)
1. a kind of intelligent building full life cycle management method, it is characterised in that: the intelligent building lifecycle management side
Method includes the following steps:
The electromechanical equipment in fabric structure and building is monitored by movable building monitoring terminal, and generates prison
Observe and predict announcement；
Mobility information report is sent to movable building monitoring terminal from building Life cycle monitoring center to ask
Seek message；
In response to receiving the mobility information Report Request Message, as described in movable building monitoring terminal acquisition
The current movement speed of movable building monitoring terminal；
Terminal is monitored from the movable building and reports that the movable type is built to building Life cycle monitoring center
Build the current movement speed of object monitoring terminal；
The current movement speed of the movable building monitoring terminal is judged by building Life cycle monitoring center
Whether speed threshold value is greater than；
If it is determined that the current movement speed of the movable building monitoring terminal is greater than speed threshold value, then by the building
Object Life cycle monitoring center sends pause to movable building monitoring terminal and sends information order, wherein described
It includes the speed threshold value in information order that pause, which is sent,；
Information order is sent in response to receiving the pause, is stopped from movable building monitoring terminal to the building
Object Life cycle monitoring center sends message, until the movement speed of movable building monitoring terminal is less than the speed
Until the half for spending threshold value；
If it is determined that the current movement speed of the movable building monitoring terminal is less than speed threshold value, then by the building
Object Life cycle monitoring center sends to movable building monitoring terminal to be permitted sending information order；
In response to receiving the movement for permitting sending information order or monitoring terminal in response to the movable building
Speed is less than the half of the speed threshold value, and the monitoring report is sent to institute by movable building monitoring terminal
State building Life cycle monitoring center；And
Intelligent algorithm is based on by the Life cycle monitoring center, assessment building whether there is security risk.
2. intelligent building full life cycle management method as described in claim 1, it is characterised in that: the intelligent building is given birth to entirely
Life cycle management method includes the following steps:
Before sending the monitoring report to building Life cycle monitoring center, supervised by the movable building
It surveys terminal and sends dual intensity consumption level capability information to building Life cycle monitoring center；
In response to receiving dual intensity consumption level capability information, being judged whether by building Life cycle monitoring center can
Dual intensity is activated to consume level capability；
If it is determined that dual intensity can be activated to consume level capability, then from building Life cycle monitoring center to the movement
Formula building monitors terminal and sends dual intensity consumption level capability activate message；
In response to receive it is described send dual intensity to consume level capability activate message, institute is based on by movable building monitoring terminal
The remaining battery power of movable building monitoring terminal is stated, Xiang Suoshu building Life cycle monitoring center sends high energy consumption
Level indicator or low energy consumption level indicator, wherein the high energy consumption level indicator is used to indicate the movable type and builds
Building object monitoring terminal will be worked with high energy consumption rank, and the low energy consumption level indicator is used to indicate the movable building
Object monitoring terminal will be worked with low energy consumption rank；
After receiving the energy consumption rank confirmation message sent by building Life cycle monitoring center, by the shifting
Dynamic formula building monitoring terminal enters high energy consumption rank or low energy consumption rank.
3. intelligent building full life cycle management method as claimed in claim 2, it is characterised in that: the intelligent building is given birth to entirely
Life cycle management method includes the following steps:
If movable building monitoring terminal enters high energy consumption rank, by the movable building monitor terminal with
Period 1 periodically monitors the electromechanical equipment in fabric structure and building；
If movable building monitoring terminal enters low energy consumption rank, by the movable building monitor terminal with
Second round periodically monitors the electromechanical equipment in fabric structure and building；
Wherein, the length of the period 1 is more shorter than the length of the second round.
4. intelligent building full life cycle management method as claimed in claim 3, it is characterised in that: the intelligent building is given birth to entirely
Life cycle management method includes the following steps:
If the energy consumption rank negative acknowledgement message sent by building Life cycle monitoring center is received, by institute
It states movable building monitoring terminal and sends high energy consumption level indicator to building Life cycle monitoring center again
Or low energy consumption level indicator.
5. intelligent building full life cycle management method as claimed in claim 4, it is characterised in that: the intelligent building is given birth to entirely
Life cycle management method includes the following steps:
After sending high energy consumption level indicator to building Life cycle monitoring center, if the movable type is built
High energy consumption level indicator will be sent to building Life cycle monitoring center again by building object monitoring terminal, then forbids institute
It states movable building monitoring terminal and sends the high energy consumption level indicator again；
After sending low energy consumption level indicator to building Life cycle monitoring center, if the movable type is built
Low energy consumption level indicator will be sent to building Life cycle monitoring center again by building object monitoring terminal, then forbids institute
It states movable building monitoring terminal and sends the low energy consumption level indicator again；
After sending high energy consumption level indicator to building Life cycle monitoring center, start timer, if
The movable building monitoring terminal will send low energy consumption level indicator to building Life cycle monitoring center,
Then judge whether the timer is overtime by movable building monitoring terminal；
If the timer expiry, low energy consumption level indicator is sent to building Life cycle monitoring center；
After sending low energy consumption level indicator to building Life cycle monitoring center, start timer, if
The movable building monitoring terminal will send high energy consumption level indicator to building Life cycle monitoring center,
Then judge whether the timer is overtime by movable building monitoring terminal；
If the timer expiry, high energy consumption level indicator is sent to building Life cycle monitoring center.
6. a kind of intelligent building lifecycle management system, it is characterised in that: intelligent building lifecycle management system
System includes:
For being monitored by movable building monitoring terminal to the electromechanical equipment in fabric structure and building, and it is raw
At the unit of monitoring report；
For sending mobility information report from building Life cycle monitoring center to movable building monitoring terminal
Accuse the unit of request message；
For being obtained by movable building monitoring terminal in response to receiving the mobility information Report Request Message
The unit of the current movement speed of the movable building monitoring terminal；
The movement is reported to building Life cycle monitoring center for monitoring terminal from the movable building
Formula building monitors the unit of the current movement speed of terminal；
For judging the current movement of the movable building monitoring terminal by building Life cycle monitoring center
Whether speed is greater than the unit of speed threshold value；
For if it is determined that the current movement speed of movable building monitoring terminal is greater than speed threshold value, then by described
Building Life cycle monitoring center sends the unit that pause sends information order to movable building monitoring terminal,
Wherein, it includes the speed threshold value in information order that the pause, which is sent,；
For sending information order in response to receiving the pause, stopped from movable building monitoring terminal to described
Building Life cycle monitoring center sends message, until the movement speed of movable building monitoring terminal is less than institute
State the unit until the half of speed threshold value；
For if it is determined that the current movement speed of movable building monitoring terminal is less than speed threshold value, then by described
Building Life cycle monitoring center sends the unit for permitting sending information order to movable building monitoring terminal；
For sending information order or in response to movable building monitoring terminal in response to receiving the allowance
Movement speed is less than the half of the speed threshold value, is sent the monitoring report by movable building monitoring terminal
To the unit of building Life cycle monitoring center；And
For being based on intelligent algorithm by the Life cycle monitoring center, assessment building is with the presence or absence of security risk
Unit.
7. intelligent building lifecycle management system as claimed in claim 6, it is characterised in that: the intelligent building is given birth to entirely
Ordering cycle management system includes:
For before sending the monitoring report to building Life cycle monitoring center, by the movable building
Object monitors the unit that terminal sends dual intensity consumption level capability information to building Life cycle monitoring center；
For in response to receiving dual intensity consumption level capability information, by the building Life cycle, monitoring center to judge whether
The unit of dual intensity consumption level capability can be activated；
For if it is determined that dual intensity can be activated to consume level capability, then from building Life cycle monitoring center to described
Movable building monitors the unit that terminal sends dual intensity consumption level capability activate message；
For in response to receive it is described send dual intensity to consume level capability activate message, terminal base is monitored by the movable building
In the remaining battery power of movable building monitoring terminal, Xiang Suoshu building Life cycle monitoring center sends high
The unit of energy consumption level indicator or low energy consumption level indicator, wherein the high energy consumption level indicator is used to indicate institute
Stating movable building monitoring terminal will be worked with high energy consumption rank, and the low energy consumption level indicator is used to indicate described
Movable building monitoring terminal will be worked with low energy consumption rank；
For receive by building Life cycle monitoring center send energy consumption rank confirmation message after, by institute
State the unit that movable building monitoring terminal enters high energy consumption rank or low energy consumption rank.
8. intelligent building lifecycle management system as claimed in claim 7, it is characterised in that: the intelligent building is given birth to entirely
Ordering cycle management system includes:
If entering high energy consumption rank for movable building monitoring terminal, monitored eventually by the movable building
End periodically monitors the unit of the electromechanical equipment in fabric structure and building with the period 1；
If entering low energy consumption rank for movable building monitoring terminal, monitored eventually by the movable building
End periodically monitors the unit of the electromechanical equipment in fabric structure and building with second round；
Wherein, the length of the period 1 is more shorter than the length of the second round.
9. intelligent building lifecycle management system as claimed in claim 8, it is characterised in that: the intelligent building is given birth to entirely
Ordering cycle management system includes:
If for receiving the energy consumption rank negative acknowledgement message sent by building Life cycle monitoring center,
High energy consumption rank is sent to building Life cycle monitoring center again from movable building monitoring terminal to refer to
Show the unit of symbol or low energy consumption level indicator.
10. intelligent building lifecycle management system as claimed in claim 9, it is characterised in that: the intelligent building is complete
Life cycle management system includes:
For to building Life cycle monitoring center send high energy consumption level indicator after, if the movement
Formula building, which monitors terminal, to send high energy consumption level indicator to building Life cycle monitoring center again, then prohibits
Only the movable building monitoring terminal sends the unit of the high energy consumption level indicator again；
For to building Life cycle monitoring center send low energy consumption level indicator after, if the movement
Formula building, which monitors terminal, to send low energy consumption level indicator to building Life cycle monitoring center again, then prohibits
Only the movable building monitoring terminal sends the unit of the low energy consumption level indicator again；
For starting timer after sending high energy consumption level indicator to building Life cycle monitoring center,
If the movable building monitoring terminal will send low energy consumption rank to building Life cycle monitoring center and refer to
Show symbol, then by the movable building monitoring terminal judge the timer whether Chao Shi unit；
If sending the instruction of low energy consumption rank to building Life cycle monitoring center for the timer expiry
The unit of symbol；
For starting timer after sending low energy consumption level indicator to building Life cycle monitoring center,
If the movable building monitoring terminal will send high energy consumption rank to building Life cycle monitoring center and refer to
Show symbol, then by the movable building monitoring terminal judge the timer whether Chao Shi unit；
If sending the instruction of high energy consumption rank to building Life cycle monitoring center for the timer expiry
The unit of symbol.
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