CN106777751A - Architecture information processing method and processing device - Google Patents
Architecture information processing method and processing device Download PDFInfo
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- CN106777751A CN106777751A CN201611249656.2A CN201611249656A CN106777751A CN 106777751 A CN106777751 A CN 106777751A CN 201611249656 A CN201611249656 A CN 201611249656A CN 106777751 A CN106777751 A CN 106777751A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/13—Architectural design, e.g. computer-aided architectural design [CAAD] related to design of buildings, bridges, landscapes, production plants or roads
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Abstract
The present invention relates to technical field of information processing, a kind of architecture information processing method and processing device is disclosed.The architecture information processing method includes：Create the database based on BIM models；Wherein, database includes the building element and the relevant information of Architectural Equipment of the building in whole building life cycle；Label information is extracted from database, and the label made according to label information is arranged on object corresponding with label information；When the label being arranged on object is detected, the label information of the label that acquisition is detected, and user's operational order；Database is inquired about according to label information, the user's operational order corresponding to label information is performed, to check or update the data the relevant information of building element and Architectural Equipment in storehouse.Using embodiment of the present invention can provide corresponding information support for the Activities in life cycle environment assessment, improve the convenience of the treatment of Activities, reduce its intractability.
Description
Technical field
The present invention relates to technical field of information processing, more particularly to a kind of architecture information processing method.
Background technology
Traditional construction process is, after unit in charge of construction takes design and construction blueprint, by the engineer couple of each construction specialty
Drawing is examined, thinner several special interest groups may be further divided into below each professional level to examine respective specialty
Module, then statement into question after examination replied by designing unit.During follow-up Specific construction, unit in charge of construction is past
Toward the engineer for needing to look for a construction experience very abundant, overlapped by the duplication of the two-dimentional drawing of CAD, built in thought
Three-dimensional scence, then carries out each professional comprehensive pipeline arrangement.
Realize it is of the invention during, inventor find prior art there is problems with：Traditional construction flow due to
The limitation of time restriction or means of communication, each expert engineer cannot be combined to the component in drawing and job site, institute
With in the problem for finding, differed etc. with leaking item, indefinite, identical entry teleological interpretation and explain that error or annotation miss control methodlogy are
It is main, and problem present in the design that be may be found that in work progress is have ignored, can not effectively be made up during examining drawing
Deficiency in design link.
Also, during practice of construction, many condition of construction need Solve on site, especially space problem.Such as：Respectively
Steric clashes between specialty and structure；Each specialty such as conflicts at the problem of Steric clashes with architectural discipline locus.In order to keep away
Exempt from this conflict, conventional unit in charge of construction generally requires the engineer for looking for a construction experience abundant, by the duplication of two-dimentional drawing
Overlap, three-dimensional scence is built in thought, then carry out the comprehensive pipeline arrangement of each specialty.Such conventional method is not only right
Being engaged in the professional skill of work process teacher has a requirement very high, and elapsed time is more long, inefficiency, there is certain mistake
The rate of mistake.
And work as after engineering construction finishes and be handed over to construction unit, construction unit often starts to consider the pipe of O＆M or property
Reason related work, generally handing-over sex work can be troublesome something.Again or owner using certain day during engineering, it is necessary to
Some equipment or accessory are inquired about or updated, again search correspondence blueprint and data be it is also troublesome, sometimes even
May search less than.
The content of the invention
The purpose of embodiment of the present invention is to provide a kind of architecture information processing method and processing device, and it can give birth to for building
Activities in the life cycle provide corresponding information support, improve the convenience of the treatment of Activities, reduce its treatment difficult
Degree.
In order to solve the above technical problems, embodiments of the present invention provide a kind of architecture information processing method, including：Wound
Build the database based on BIM models；Wherein, the database include whole building life cycle in building building element with
And the relevant information of Architectural Equipment；Extract label information from the database, and will be made according to the label information
Label is arranged on object corresponding with the label information；When the label being arranged on object is detected, acquisition is detected
Label label information, and user's operational order；The database is inquired about according to the label information, is performed and is corresponded to institute
User's operational order of label information is stated, to check or update the building element and Architectural Equipment in the database
Relevant information.
Embodiments of the present invention additionally provide a kind of architecture information processing unit, including：Creation module, for creating base
In the database of BIM models；Wherein, the database includes the building element of the building in whole building life cycle and builds
Build the relevant information of equipment；Label information extraction module, for extracting label information from the database；Wherein, it is described
Label information is used to make label, and the label produced is arranged on object corresponding with the label information；Inspection
Module is surveyed, for when the label being arranged on object is detected, triggering acquisition module；The acquisition module, examines for obtaining
The label information of the label for measuring, and user's operational order；Performing module, for inquiring about the number according to the label information
According to storehouse, the user's operational order corresponding to the label information is performed, to check or update building in the database
Build the relevant information of component and Architectural Equipment.
Embodiment of the present invention in terms of existing technologies, is created that the database based on BIM models, and database includes
The building element and the relevant information of Architectural Equipment of the building in whole building life cycle.Because the database is included
The BIM models of building, so design examination ＆ verification and practice of construction stage in life cycle environment assessment etc., it is possible to use three-dimensional visible
The BIM models of change with each specialty from the formal intuition of " What You See Is What You Get " ground to related personnel's exhibition building, each structure
Spatial correlation, can not only improve the solution efficiency of space problem etc., and can avoid passing through subjective imagination structure three
Subjective errors caused by dimension scene, improve understanding and communication efficiency of the staff to engineering construction.And also can be from number
According to label information is extracted in storehouse, while the label made according to label information is arranged at into object corresponding with label information
On, when actually used, user can be detected by using terminal and obtain the label information in label, and be received by terminal
User's operational order, such that it is able to inquire about database according to label information, and execution refers to corresponding to user's operation of label information
Order, the building element and the relevant information of Architectural Equipment checked or update the data in storehouse so as to user.Because label can be with
Easily it is combined with live object (entity building element or Architectural Equipment) etc., so Field Force can be conveniently
Ground is by tag queries, operating database with quickly and easily using database information completion work in every.
In addition, the database of the establishment based on BIM models is specifically included：Obtain the BIM of the building element of the building
Model data；BIM model datas according to the building element for obtaining generate the BIM models of the building.Such that it is able to fast
The BIM models of the BIM model construction whole buildings of building element are based on fastly.
In addition, the database of the establishment based on BIM models also includes：Acquisition is arranged at the sensing on the building element
Device information；Wherein, the sensor is used to report the consumption information of the building element；The sensor information that will be obtained is protected
It is stored in the database；Wherein, the sensor information includes one below or its any combination：Power consumption information, temperature letter
Breath；It is described to extract label information from the database and specifically include：Extraction is provided with the letter of N number of building element of sensor
Breath；Wherein, the N is positive integer；Information according to N number of building element sets the label information；Described in the basis
Label information inquires about the database, and the user's operational order performed corresponding to the label information is specifically included：According to
The sensor information of N number of building element counts the energy consumption of N number of building element；What display statistics was obtained described N number of builds
Build the energy consumption of component.The database of present embodiment can count the biography in building in the operation management activity in building later stage
The consumption information of the building element that sensor is collected, and operation maintenance personnel can easily obtain the energy consumption letter of building by label
Breath.
In addition, before the extraction is provided with the information of N number of building element of sensor, also including：Judge described N number of build
Build component and meet default class condition；Wherein, the default class condition includes：N number of building element belongs to same room
Or same floor.One group is divided into by the building element that will belong to same room or same floor so that operation maintenance personnel
The consumption information of whole room or floor can be obtained by a label, it is very convenient.
In addition, user's operational order includes one below：Component positioning, component are followed the trail of.
In addition, when user's operational order is positioned for component, it is described that the data are inquired about according to the label information
Storehouse, the user's operational order performed corresponding to the label information is specifically included：Show the BIM models of the building；Root
The attribute information for obtaining the corresponding building element of the label information is inquired about from the database according to the label information；Aobvious
The corresponding building element of the attribute information is found in the BIM models of the building shown；In the BIM models of the building
The building element found described in mark.Present embodiment can position what is obtained in the three-dimensional visualization BIM models of building
The corresponding building element of label information, so as to be conducive to the operating efficiency of raising personnel.
In addition, after the building element found described in mark in the BIM models of the building, also including：In display
While the BIM models of the building, the Show Me animation for corresponding to the building element for finding is played.Realizing building structure
While part is positioned, additionally it is possible to play the related Show Me animation of building element, the information of more horn of plenty is provided for related personnel,
Related personnel is conducive to quickly to grasp construction method etc..
Brief description of the drawings
Fig. 1 is the flow chart according to first embodiment of the invention architecture information processing method；
Fig. 2 is the flow chart according to second embodiment of the invention architecture information processing method；
Fig. 3 is the structural representation according to third embodiment of the invention architecture information processing unit；
Fig. 4 is the structural representation according to creation module in third embodiment of the invention 301；
Fig. 5 is the structural representation according to performing module in third embodiment of the invention 305；
Fig. 6 is the structural representation according to creation module in four embodiment of the invention 301；
Fig. 7 is the structural representation according to label information extraction modules 302 in four embodiment of the invention；
Fig. 8 is the structural representation according to performing module in four embodiment of the invention 305.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to each reality of the invention
The mode of applying is explained in detail.However, it will be understood by those skilled in the art that in each implementation method of the invention,
In order that reader more fully understands the application and proposes many ins and outs.But, even if without these ins and outs and base
Many variations and modification in following implementation method, it is also possible to realize the application technical scheme required for protection.
First embodiment of the invention is related to a kind of architecture information processing method, and its flow is as shown in Figure 1.The reality of Fig. 1
Apply example and can apply to the user terminal with certain graph and image processing ability, the user terminal for example can be intelligent hand
Machine, panel computer, PDA (Personal Digital Assistant, personal digital assistant) etc..In addition, the user terminal can
So that with the ability for accessing network, such as internet can be accessed by means of the mode such as 3G, 4G, WIFI (Wireless Fidelity), bluetooth.With
BIM (Building Information Modeling, BIM) related software, example can also be installed in the terminal of family
Such as BIM management softwares.
As shown in figure 1, the architecture information processing method of present embodiment includes：
Step 101：Create the database based on BIM models.Wherein, database includes building in whole building life cycle
The building element and the relevant information of Architectural Equipment built.
Step 102：Label information is extracted from database, and the label made according to label information is arranged at and mark
On the corresponding object of label information.
Step 103：When the label being arranged on object is detected, the label information of the label that acquisition is detected, and
User's operational order.
Step 104：Database is inquired about according to label information, the user's operational order corresponding to label information is performed, to look into
See or update the data the relevant information of the building element and Architectural Equipment in storehouse.
Step 101 includes：
Sub-step 1011：Obtain the BIM model datas of the building element of building.
Sub-step 1012：The BIM models of the BIM model datas generation building according to the building element for obtaining.
In sub-step 1011, it is possible to use the BIM illustratons of model of each specialty are drawn by mapping software.For example, according to two-dimentional drawing,
The BIM illustratons of model of each building element are drawn using the modeling software of Revit etc..
In sub-step 1012, the BIM models of the BIM model datas generation building according to the building element for obtaining, i.e. basis
The BIM models of the BIM model buildings whole buildings of each building element for obtaining, obtain the three-dimensional visualization of whole building
BIM models.
The database that step 101 is created, not only whole building structures of the building in the life cycle including whole building
Part, but also can including the Architectural Equipment etc. of the design of the correlated activation in whole building life cycle, therefore, the building sets
Meter personnel, workmen, operation maintenance personnel or end user (owner) etc. can obtain its letter for needing by the database
Breath.
In step 102, storage, the interrelational form of the information in the database created based on step 101, in inquiry or more
Be the data for inquiring during data in new database, or the data being updated set mark, you can with by the mark from
Data base querying is to corresponding data or data to be updated etc..These marks are extracted as label information, and will
Label information is printed as two-dimension code label, and the two-dimension code label that will be printed is arranged on the corresponding object of label information.For example,
When label information corresponds to a building element (such as during water pipe), the label for corresponding to the water pipe is arranged on water pipe.This
In implementation method, it both can be a building element, or the building element of certain species that label information is corresponding, or
Database information for otherwise being divided etc..Present embodiment specific data message corresponding for label information is not
It is limited.
In step 103, for the related personnel of construction activity, such as workmen, built when it requires to look up certain
When building the mount message of component, it is possible to use be mounted with the terminal of the database that step 101 is created, at the construction field (site), scanning
Quick Response Code on building element, and operation to be performed is selected, such as building element information inspection etc., at step 104, you can
Database is inquired about according to label information, the corresponding data of output label information, when user is according to checking the information that obtains and existing
When the information that field understands needs to update the data the data in storehouse, it is also possible to update corresponding information.
In step 103, user's operational order can be the arbitrary operational order that database is supported.For example, user operates
Instruction can be component positioning, component tracking etc..When user's operational order is positioned for component, step 104 is specifically included：
Sub-step 1041：Show the BIM models of building.
Sub-step 1042：The attribute for obtaining the corresponding building element of label information is inquired about from database according to label information
Information.
Sub-step 1043：The corresponding building element of attribute information is found in the BIM models of the building of display.
Sub-step 1044：The building element for finding is marked in the BIM models of building.
Sub-step 1045：While the BIM models of display building, the demonstration for corresponding to the building element for finding is played
Animation.
In sub-step 1041, the three-dimensional visualization BIM models of whole building are shown in the user terminal.Sub-step 1042
In, the attribute information for obtaining corresponding building element is inquired about in database according to the label information for obtaining, in sub-step 1043,
Corresponding building structure is found according to the attribute information of building element in the three-dimensional visualization BIM models of the whole building of display
The threedimensional model of part, in sub-step 1044, the threedimensional model of the building element to finding is marked, for example, to finding
Building element beat asterisk, at the same time it can also set significant color to prompt the user with building to the construction component for finding
The position of component, local scale is carried out at the same time it can also the three-dimensional visualization model to whole building, with building that amplification finds
The image of member region is built, is easy to user to check.In sub-step 1045, the building for corresponding to and finding when being stored with database
During the Show Me animation of component, Show Me animation can also be simultaneously played, user can be familiar with building element by watching Show Me animation
Construction method etc..
In actual applications, the letter of material absolute altitude, axis, the coordinate of building element etc. can also be write in Quick Response Code
Breath.So as to just can know that use and the position of these materials by user terminal scanning after material is sent to scene, be both easy to and
When allocate and install, also allow for temporarily storage and the later stage call.Subpackage personnel scan Quick Response Code, can carry out total bag outbound work
Make.Labor service personnel scan Quick Response Code using scanning devices such as mobile phones, can check the Specific construction information of construction material, and structure
A series of important attribute information such as the installation instructions of part, requirement according to information carries out further installation flow.
In practical application, by scanning label, can also realize creating list, deliver the operation of topic etc..
Present embodiment is directly perceived by creating the database based on BIM models, the mode such that it is able to " What You See Is What You Get "
Visually to the construction of user's exhibition building so that auditor, workmen of architectural design etc. can conveniently and efficiently manage
Each specialty of building is solved, while some mistakes for designing can be avoided.Also, present embodiment connects scene using Quick Response Code
Material and database in information so that user by scanning Quick Response Code by information easily in operating database, reach
To the purpose of the data message quickly and easily used in database, because database is each in whole building life cycle
Item activity provides comprehensive information support, it is possible to be greatly enhanced operating efficiency.
Second embodiment of the present invention is related to a kind of architecture information processing method.Second embodiment and the first embodiment party
Formula is roughly the same, and main distinction part is：In the first embodiment, by taking component positioning as an example to user's operational order and its
Execution method is illustrated.And in second embodiment of the invention, be used to manage in the O＆M stage for database
The effect for being capable of aspect of Architectural Equipment is made that further restriction, and never ipsilateral illustrates that database and label are combined
Effect.
As shown in Fig. 2 the architecture information processing method of present embodiment includes：
Step 201：Create the database based on BIM models.Wherein, database includes building in whole building life cycle
The building element and the relevant information of Architectural Equipment built.
Step 202：Label information is extracted from database, and the label made according to label information is arranged at and mark
On the corresponding object of label information.
Step 203：When the label being arranged on object is detected, the label information of the label that acquisition is detected, and
User's operational order.
Step 204：The database is inquired about according to label information, the user's operational order corresponding to label information is performed,
To check or update the data the relevant information of building element and Architectural Equipment in storehouse.
Wherein, step 201 includes：
Sub-step 2011：Obtain the BIM model datas of the building element of building.
Sub-step 2012：The BIM models of the BIM model datas generation building according to the building element for obtaining.
Sub-step 2013：Acquisition is arranged at the sensor information on building element.Wherein, sensor is used to report building structure
The consumption information of part.
For example, in some intelligent domestic systems, in the electrical equipment of air-conditioning, lighting apparatus in whole building etc.
Sensor is respectively arranged with, these sensors periodically can report its consumption information to server.Server can be connecing
The consumption information for receiving is issued to each user terminal.
Sub-step 2014：The sensor information of acquisition is saved into database.Wherein, sensor information includes one below
Or its any combination：Power consumption information, temperature information.
Wherein, the sensor information that server is issued is preserved in each user terminal.Sensor information in user terminal
Can regularly update.
Step 202 includes following sub-step：
Sub-step 2021：Judge that N number of building element meets default class condition.Wherein, default class condition includes：It is N number of
Building element belongs to same room or same floor.Wherein, N is positive integer.
Sub-step 2022：Extraction is provided with the information of N number of building element of sensor.
Sub-step 2023：Information according to N number of building element sets label information.
Operated for the ease of operation maintenance personnel, can will belong to same room or the building element of same floor is divided into one
Group, and be its corresponding label information of distribution.In sub-step 2021, judge to belong to the multiple of same room or same floor
Building element.In sub-step 2022, the information of the plurality of building element is extracted.In sub-step 2023, can be by same room
Or the room information or floor information of floor are set to label information.
Step 204 includes following sub-step：
Sub-step 2041：Sensor information according to N number of building element counts the energy consumption of N number of building element.
Sub-step 2042：The energy consumption of N number of building element that display statistics is obtained.
So as to same room or floor can make a label, scan the label, you can obtain the room or building
The consumption information of layer, is easy to operation maintenance personnel to carry out corresponding attended operation.
Further, it is also possible to pass through BIM models giveed training to operation maintenance personnel, BIM models are directly perceived, accurate, building it is various
Electromechanical equipment, pipeline, air channel, architectural composition are very clear, while can also be run by multidate information, the stream of people, wagon flow, equipment
Parameter etc., deduces with animation mode, so that for training O＆M skilled worker, Security Personnel and all kinds of attendants preferably
Material.
In actual applications, each Architectural Equipment in during Quick Response Code is also can correspond to build, it is possible in database
The fault message and processing method of these Architectural Equipments are bound with Quick Response Code.When certain Architectural Equipment breaks down, pass through
Scan the Quick Response Code of the equipment, you can in the method for quick obtaining handling failure so as to be processed in time.
Embodiment of the present invention is coupled together by the scene that Quick Response Code will be built with database so that user can be existing
Field is checked in being easily linked to database, fresh information, is conducive to improving the operating efficiency of user.
Above the step of various methods divide, be intended merely to description it is clear, can be merged into when realizing a step or
Some steps are split, multiple steps are decomposed into, as long as comprising identical logical relation, all in the protection domain of this patent
It is interior；To adding inessential modification in algorithm or in flow or introducing inessential design, but its algorithm is not changed
With the core design of flow all in the protection domain of the patent.
Third embodiment of the invention is related to a kind of architecture information processing unit, as shown in Figure 3.The embodiment of Fig. 3 can be with
The user terminal with certain graph and image processing ability is applied to, the user terminal for example can be smart mobile phone, flat board
Computer, PDA (Personal Digital Assistant, personal digital assistant) etc..In addition, the user terminal can have visiting
The ability of network is asked, for example, can access internet by means of the mode such as 3G, 4G, WIFI (Wireless Fidelity), bluetooth.In user terminal
BIM (Building Information Modeling, BIM) related software, such as BIM management can also be installed
Software etc..
As shown in figure 3, the architecture information processing unit 30 of present embodiment includes：
Creation module 301, for creating the database based on BIM models.Wherein, database includes whole building Life Cycle
The building element of the building in the phase and the relevant information of Architectural Equipment.
Label information extraction module 302, for extracting label information from database.Wherein, label information is used to make
Make label, and the label produced is arranged on object corresponding with label information.
Detection module 303, for when the label being arranged on object is detected, triggering acquisition module 304；
Acquisition module 304, the label information for obtaining the label for detecting, and user's operational order.
Performing module 305, for inquiring about database according to label information, the user's operation performed corresponding to label information refers to
Order, to check or update the data the relevant information of building element and Architectural Equipment in storehouse.
As shown in figure 4, creation module 301 includes：
Model acquisition submodule 3011, the BIM model datas of the building element for obtaining building.
Model generates submodule 3012, for the BIM moulds of the BIM model datas generation building according to the building element for obtaining
Type.
As shown in figure 5, performing module 305 includes：
Model display sub-module 3051, the BIM models for showing building.
Attribute query submodule 3052, obtains that label information is corresponding to be built for being inquired about from database according to label information
Build the attribute information of component.
Component searches submodule 3053, and for being found in the BIM models of the building of display, attribute information is corresponding to be built
Build component.
Mark submodule 3054, for marking the building element for finding in the BIM models of building.
Animation plays submodule 3055, for while the BIM models of building are shown, playing corresponding to building for finding
Build the Show Me animation of component.
Present embodiment is directly perceived by creating the database based on BIM models, the mode such that it is able to " What You See Is What You Get "
Visually to the construction of user's exhibition building so that auditor, workmen of architectural design etc. can conveniently and efficiently manage
Each specialty of building is solved, while some mistakes for designing can be avoided.Also, present embodiment connects scene using Quick Response Code
Material and database in information so that user by scanning Quick Response Code by information easily in operating database, reach
To the purpose of the data message quickly and easily used in database, because database is each in whole building life cycle
Item activity provides comprehensive information support, it is possible to be greatly enhanced operating efficiency.
It is seen that, present embodiment is the system embodiment corresponding with first embodiment, and present embodiment can be with
First embodiment is worked in coordination implementation.The relevant technical details mentioned in first embodiment still have in the present embodiment
Effect, in order to reduce repetition, repeats no more here.Correspondingly, the relevant technical details mentioned in present embodiment are also applicable in
In first embodiment.
It is noted that each module involved in present embodiment is logic module, in actual applications, one
Individual logic unit can be a part for a physical location, or a physical location, can also be with multiple physics lists
The combination of unit is realized.Additionally, in order to protrude innovative part of the invention, will not be with solution institute of the present invention in present embodiment
The unit that the technical problem relation of proposition is less close is introduced, but this is not intended that in present embodiment do not exist other lists
Unit.
Four embodiment of the invention is related to a kind of architecture information processing unit.4th implementation method and the 3rd implementation method
Roughly the same, main distinction part is：In the third embodiment, to user's operational order and its held by taking component positioning as an example
Row module is illustrated.And in four embodiment of the invention, built for management in the O＆M stage for database
The effect for being capable of aspect for building equipment is made that further restriction, and never ipsilateral illustrates what database and label were combined
Effect.
As shown in figure 3, the architecture information processing unit of present embodiment includes：
Creation module 301, for creating the database based on BIM models.Wherein, database includes whole building Life Cycle
The building element of the building in the phase and the relevant information of Architectural Equipment.
Label information extraction module 302, for extracting label information from database.Wherein, label information is used to make
Make label, and the label produced is arranged on object corresponding with label information.
Detection module 303, for when the label being arranged on object is detected, triggering acquisition module 304；
Acquisition module 304, the label information for obtaining the label for detecting, and user's operational order.
Performing module 305, for inquiring about database according to label information, the user's operation performed corresponding to label information refers to
Order, to check or update the data the relevant information of building element and Architectural Equipment in storehouse.
As shown in fig. 6, creation module 301 includes：
Model acquisition submodule 3011, the BIM model datas of the building element for obtaining building.
Model generates submodule 3012, for the BIM moulds of the BIM model datas generation building according to the building element for obtaining
Type.
Sensor information acquisition submodule 3013, for obtaining the sensor information being arranged on building element.Wherein, pass
Sensor is used to report the consumption information of building element.
For example, in some intelligent domestic systems, in the electrical equipment of air-conditioning, lighting apparatus in whole building etc.
Sensor is respectively arranged with, these sensors periodically can report its consumption information to server.Server can be connecing
The consumption information for receiving is issued to each user terminal.
Submodule is preserved, for the sensor information of acquisition to be saved into database.Wherein, sensor information includes following
One of or its any combination：Power consumption information, temperature information.
Wherein, the sensor information that server is issued is preserved in each user terminal.Sensor information in user terminal
Can regularly update.
As shown in fig. 7, label information extraction module 302 includes：
Judging submodule 3021, for judging that N number of building element meets default class condition.Wherein, class condition is preset
Including：N number of building element belongs to same room or same floor.Wherein, N is positive integer.
Extracting sub-module 3022, the information for extracting the N number of building element for being provided with sensor.
Submodule 3023 is set, for setting label information according to the information of N number of building element.
As shown in figure 8, performing module 305 includes：
Statistic submodule 3051, the energy consumption for counting N number of building element according to the sensor information of N number of building element.
Energy consumption display sub-module 3052, the energy consumption for showing N number of building element that statistics is obtained.
So as to same room or floor can make a label, scan the label, you can obtain the room or building
The consumption information of layer, is easy to operation maintenance personnel to carry out corresponding attended operation.
Embodiment of the present invention is coupled together by the scene that Quick Response Code will be built with database so that user can be existing
Field is checked in being easily linked to database, fresh information, is conducive to improving the operating efficiency of user.
Because second embodiment is mutually corresponding with present embodiment, therefore present embodiment can be mutual with second embodiment
It is engaged implementation.The relevant technical details mentioned in second embodiment are still effective in the present embodiment, implement second
The technique effect to be reached in mode in the present embodiment similarly it is achieved that in order to reduce repetition, no longer go to live in the household of one's in-laws on getting married here
State.Correspondingly, the relevant technical details mentioned in present embodiment are also applicable in second embodiment.
It will be appreciated by those skilled in the art that all or part of step in realizing above-described embodiment method can be by
Program is completed to instruct the hardware of correlation, and the program storage is in a storage medium, including some instructions are used to so that one
Individual equipment (can be single-chip microcomputer, chip etc.) or processor (processor) perform the application each embodiment methods described
All or part of step.And foregoing storage medium includes：USB flash disk, mobile hard disk, read-only storage (ROM, Read-Only
Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. are various can store journey
The medium of sequence code.
It will be understood by those skilled in the art that the respective embodiments described above are to realize specific embodiment of the invention,
And in actual applications, can to it, various changes can be made in the form and details, without departing from the spirit and scope of the present invention.
Claims (10)
1. a kind of architecture information processing method, it is characterised in that including：
Create the database based on BIM models；Wherein, the database includes the building of the building in whole building life cycle
The relevant information of component and Architectural Equipment；
Label information is extracted from the database, and the label made according to the label information is arranged at and the mark
On the corresponding object of label information；
When the label being arranged on object is detected, the label information of the label that acquisition is detected, and user's operational order；
The database is inquired about according to the label information, the user's operational order corresponding to the label information is performed,
To check or update the relevant information of building element and Architectural Equipment in the database.
2. architecture information processing method according to claim 1, it is characterised in that the establishment is based on the number of BIM models
Specifically included according to storehouse：
Obtain the BIM model datas of the building element of the building；
BIM model datas according to the building element for obtaining generate the BIM models of the building.
3. architecture information processing method according to claim 2, it is characterised in that the establishment is based on the number of BIM models
Also include according to storehouse：
Acquisition is arranged at the sensor information on the building element；Wherein, the sensor is used to report the building element
Consumption information；
The sensor information for obtaining is saved into the database；Wherein, the sensor information include one below or
Its any combination：Power consumption information, temperature information；
It is described to extract label information from the database and specifically include：
Extraction is provided with the information of N number of building element of sensor；Wherein, the N is positive integer；
Information according to N number of building element sets the label information；
Described to inquire about the database according to the label information, the user operation performed corresponding to the label information refers to
Order is specifically included：
Sensor information according to N number of building element counts the energy consumption of N number of building element；
The energy consumption of described N number of building element that display statistics is obtained.
4. architecture information processing method according to claim 3, it is characterised in that the extraction is provided with the N of sensor
Before the information of individual building element, also include：
Judge that N number of building element meets default class condition；Wherein, the default class condition includes：N number of building
Component belongs to same room or same floor.
5. architecture information processing method according to claim 1, it is characterised in that user's operational order includes following
One of：Component positioning, component are followed the trail of.
6. architecture information processing method according to claim 5, it is characterised in that when user's operational order is component
During positioning,
Described to inquire about the database according to the label information, the user operation performed corresponding to the label information refers to
Order is specifically included：
Show the BIM models of the building；
The attribute letter for obtaining the corresponding building element of the label information is inquired about from the database according to the label information
Breath；
The corresponding building element of the attribute information is found in the BIM models of the building of display；
The building element found described in being marked in the BIM models of the building.
7. architecture information processing method according to claim 6, it is characterised in that got the bid in the BIM models of the building
After the building element found described in note, also include：
While the BIM models of the building are shown, the Show Me animation for corresponding to the building element for finding is played.
8. a kind of architecture information processing unit, it is characterised in that including：
Creation module, for creating the database based on BIM models；Wherein, the database includes whole building life cycle
The building element of interior building and the relevant information of Architectural Equipment；
Label information extraction module, for extracting label information from the database；Wherein, the label information is used to make
Make label, and the label produced is arranged on object corresponding with the label information；
Detection module, for when the label being arranged on object is detected, triggering acquisition module；
The acquisition module, the label information for obtaining the label for detecting, and user's operational order；
Performing module, for inquiring about the database according to the label information, performs corresponding to the described of the label information
User's operational order, to check or update the relevant information of building element and Architectural Equipment in the database.
9. architecture information processing unit according to claim 8, it is characterised in that the creation module includes：
Model acquisition submodule, the BIM model datas of the building element for obtaining the building；
Model generates submodule, and the BIM moulds of the building are generated for the BIM model datas according to the building element for obtaining
Type.
10. architecture information processing unit according to claim 9, it is characterised in that the creation module also includes：
Sensor information acquisition submodule, for obtaining the sensor information being arranged on the building element；Wherein, the biography
Sensor is used to report the consumption information of the building element；
Submodule is preserved, for the sensor information for obtaining to be saved into the database；Wherein, the sensor information
Including one below or its any combination：Power consumption information, temperature information；
The label information extraction module includes：
Building element information extraction submodule, the information for extracting the N number of building element for being provided with sensor；Wherein, the N
It is positive integer；
Label sets submodule, for setting the label information according to the information of N number of building element；
The performing module includes：
Statistic submodule, the energy consumption for counting N number of building element according to the sensor information of N number of building element；
Display sub-module, the energy consumption for showing described N number of building element that statistics is obtained.
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