CN109711068A - Elevation of building intelligentized design system - Google Patents
Elevation of building intelligentized design system Download PDFInfo
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- CN109711068A CN109711068A CN201811633063.5A CN201811633063A CN109711068A CN 109711068 A CN109711068 A CN 109711068A CN 201811633063 A CN201811633063 A CN 201811633063A CN 109711068 A CN109711068 A CN 109711068A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A90/00—Technologies having an indirect contribution to adaptation to climate change
- Y02A90/10—Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation
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Abstract
The present invention provides a kind of elevation of building intelligentized design system, comprising: outer layer curtain wall is installed on the outside of building；Internal layer curtain wall is installed on the inside of building, hangs window by the glass of multiple turnable opening and closings and forms, and the inside of each steel frame is equipped with the driving motor that control glass hangs window overturning opening and closing；Climatic information sensor is automatically updated, is fixed on outer layer curtain wall, the various relevant climate information such as temperature collection, humidity, wind speed, wind direction, PM2.5, PM10 are used for；And artificial intelligence automatically updates information processing centre, pass through circuit connection with climatic information sensor is automatically updated, and various relevant climate information are received by the circuit, and each driving motor is sent to after generating real-time operation instruction, to drive each glass to hang window overturning, and the climatic information monitored after being implemented according to real-time operation instruction instructs continuous renewal and self-teaching to the real-time operation, and then self-renewing adapts to continually changing environment, obtains the indoor environment of a healthiness.
Description
Technical field
The invention belongs to technical field of buildings, and in particular to a kind of elevation of building intelligentized design system.
Background technique
Along with the progress of China's reform and opening-up cause, Curtain Wall for Buildings in China industry from scratch, is gradually developed,
30 years development courses of experience.Curtain wall engineering is from building height, the scale of construction, material type, curtain wall system, support system, guarantor
Warm energy-efficient performance etc. has significant progress, and curtain wall technology constantly brings forth new ideas and improves.With the continuous hair of city process
Exhibition, people are more more and more intense for the demand in space at any time, and application of the building curtain wall in building is also more and more extensive.Traditional
The structure type of curtain wall is more single and function is relatively limited and can consume a large amount of energy in the heating of building refrigeration and air
In exchange, it is unfavorable for sustainable development, does not meet the facade lighting of green energy conservation.
For increasingly harsh ecological environment, fast-developing artificial intelligence technology of Internet of things and the green being increasingly urgent to
Sustainable Building idea of development now needs building curtain wall to reach energy conservation, health, intelligentized feature.
Summary of the invention
The present invention is to carry out to solve the above-mentioned problems, and it is an object of the present invention to provide a kind of elevation of building intelligentized design system
System.
The present invention provides a kind of elevation of building intelligentized design systems, building surface are installed on, for acquiring weather
Information and the indoor climate for adjusting building, have the feature that, comprising: outer layer curtain wall is installed on the outside of building；It is interior
Layer curtain wall, is installed on the inside of building, hangs window by multiple glass with steel frame and turnable opening and closing and forms, Mei Gegang
The inside of frame is equipped with the driving motor that control glass hangs window overturning opening and closing；Steel column is set to outer layer curtain wall and internal layer curtain wall
Between, it is used to support outer layer curtain wall and internal layer curtain wall；Climatic information sensor is automatically updated, is fixed on outer layer curtain wall, is used for
Acquire climatic information；And artificial intelligence automatically updates information processing centre, passes through electricity with climatic information sensor is automatically updated
Road connection, obtains for receiving the climatic information for automatically updating climatic information sensor feedback and transmitting, and according to climatic information
The weather that interior should need further is instructed according to target weather, climatic information and initial operation logical as target weather
Cross setting operational order algorithm generate real-time operation instruction, obtain the real-time operation instruction after be sent to each glass hang window open
It is sent to each driving motor after closing corresponding operational order, so that each glass be driven to hang window overturning, window is hanged by glass
Opening degree exchanges the rate of air-flow to control, and then the indoor climate of building is adjusted.
In elevation of building intelligentized design system provided by the invention, such feature can have, further includes: its
In, historical climate database automatically updates information processing centre communication connection with artificial intelligence；And historical operation instruction database,
Information processing centre communication connection is automatically updated with artificial intelligence, wherein once artificial intelligence automatically updates information processing centre
Real-time operation instruction is generated, artificial intelligence automatically updates information processing centre and just instructs real-time operation instruction as historical operation
Climatic information when being sent to historical operation instruction database, while historical operation instruction will be sent as initial climatic information and
Climatic information is sent to historical climate database, history gas after climatic information after sending historical operation instruction is implemented as instruction
Wait database receive initial climatic information and instruction implement after climatic information and stored, the reception of historical operation instruction database is gone through
History operational order is simultaneously stored, once artificial intelligence, which automatically updates information processing centre, receives climatic information, artificial intelligence
Information processing centre is automatically updated just to go through historical climate information similar with climatic information in historical climate database is corresponding
Historical operation instruction in history operational order library is instructed as new initial operation, to realize that artificial intelligence automatically updates information
The self-renewing of processing center and constantly study.
It in elevation of building intelligentized design system provided by the invention, can also have the following features: wherein, setting
The algorithm of operational order is deep learning algorithm, which inputs the following steps are included: step 1 in the input layer of whole network
Training data without mark trains the network parameter of first hidden layer, activates output of the network parameter as first hidden layer；
Step 2, the input by the output of first hidden layer as second hidden layer, similarly trains the output of second hidden layer；Step
3, step 2 is repeated, the input of each hidden layer is trained, until training the output of all hidden layers；It step 4, will be last hidden
Input of the output of layer as output layer model, trains the network parameter of last hidden layer using there is the test data of mark, obtains
To the network parameter of output layer model；Step 5, the network parameter of the network parameter of all hidden layers and output layer model is carried out whole
It closes, obtains integration parameters；Step 6, it is initialized, is initialized using network parameter of the integration parameters to output layer model
Parameter；Step 7, solution is iterated to initiation parameter by Optimum Theory, obtains the cost function of whole network, then
Whole network parameters is finely adjusted, the Optimal Parameters of whole network are obtained, wherein is inputted to automatically update climatic information and passing
The collected outer layer curtain wall of sensor, the climatic information of internal layer curtain wall and building surface, training data be weather information statistics,
Conclude, reduced data concentrate one have typical intermediate data, the intermediate data can be used to be iterated calculating,
Network parameter be training input layer data set after the obtained Expressive Features parameter about data set, hidden layer is and human comfort
Relevant comfort level data are spent, the real-time operation instruction issued for artificial Intelligent Information Processing center is exported.
In elevation of building intelligentized design system provided by the invention, it can also have the following features: wherein, outer layer
It is connected between curtain wall and internal layer curtain wall by panel support.
In elevation of building intelligentized design system provided by the invention, it can also have the following features: wherein, panel
Supporting element connecting rod made of multiple steel forms.
In elevation of building intelligentized design system provided by the invention, it can also have the following features: wherein, internal layer
The steel frame that the glass of the two sides of curtain wall hangs the outside of window is fixed on the steel column of inside.
In elevation of building intelligentized design system provided by the invention, it can also have the following features: wherein, weather
Information includes temperature, humidity, wind speed, wind direction, PM2.5 and PM10.
In elevation of building intelligentized design system provided by the invention, it can also have the following features: wherein, manually
Intelligence automatically updates information processing centre and is made of the computer of intelligent algorithm.
The action and effect of invention
Related elevation of building intelligentized design system according to the present invention, because having closed outer layer curtain wall,
It is able to maintain the clean and tidy complete alien invasion of building and resists harsh weather；Because with by it is multiple have steel frame and may be reversed
The glass of opening and closing hangs the internal layer curtain wall of window composition, thus can each glass hang window there is independence, can according to need and pass through
The each glass of driving of driving motor, which hangs window, opens different angles；Because having steel column, whole system can be enhanced
Globality and rigidity；Because having and automatically updating climatic information sensor, climatic information can be acquired；Due to have with
The artificial intelligence for automatically updating the communication connection of climatic information sensor automatically updates information processing centre, so weather can be received
Information and based on the climatic information obtain the weathers of indoor needs as target weather, further according to the target weather and
New manipulation instruction generates final manipulation instruction by the manipulation instruction algorithm set, and the final manipulation instruction is sent
To driving motor, so that each glass be driven to hang window overturning, the opening degree of window is hanged by glass to control the speed of exchange air-flow
Rate, and then realize and the indoor climate of building is adjusted.Therefore, the elevation of building intelligentized design system of the present embodiment,
With the increase of working time, artificial intelligence, which automatically updates information processing centre, can constantly carry out self-renewing and study, real
The extraction of existing global characteristics and distributed nature, to become more and more clever, so that the instruction issued is more and more efficiently and fast
Speed is capable of the more accurate and rapid exchange for realizing air, improves indoor air quality, provides a more healthiness
Indoor environment, and then improve environment locating for human body, it is more advantageous to the sustainable development of building.
Detailed description of the invention
Fig. 1 is the system information transmitting schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention；
Fig. 2 is the air-flow flow schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention；
Fig. 3 is that the glass in the embodiment of the present invention on the internal layer curtain wall of elevation of building intelligentized design system hangs window whole
The status diagram of closing；
Fig. 4 is that the glass in the embodiment of the present invention on the internal layer curtain wall of elevation of building intelligentized design system hangs window segment
The status diagram of unlatching；
Fig. 5 is that the thin portion structure of the panel support structure of elevation of building intelligentized design system in the embodiment of the present invention is shown
It is intended to；
Fig. 6 is that the artificial intelligence of elevation of building intelligentized design system in the embodiment of the present invention automatically updates in information processing
The operation principle schematic diagram of the heart；
Fig. 7 is the algorithm principle schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention.
Specific embodiment
In order to which the technological means for realizing the present invention is easy to understand with effect, with reference to embodiments and attached drawing is to this
Invention is specifically addressed.
Embodiment:
Fig. 1 is the system information transmitting schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention, and Fig. 2 is
The air-flow flow schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention.
As depicted in figs. 1 and 2, a kind of elevation of building intelligentized design system 100, is installed on 200 surface of building, is used for
Acquisition climatic information simultaneously adjusts the indoor climate of building 200, comprising: outer layer curtain wall 10, internal layer curtain wall 20, steel column 30, from
Dynamic update climatic information sensor 40, artificial intelligence automatically update information processing centre 50, historical climate database 60 and go through
History operational order library 70.
Outer layer curtain wall 10 is installed on the outside of building 200, and glass panel is fail to open, and formation is resisted severe
The closed protective layer of weather.
Internal layer curtain wall 20 is installed on the inside of building 200, by it is multiple with steel frame 201 and may be reversed opening and closing
Glass hangs window 202 and forms, and the inside of each steel frame 201 is equipped with control glass and hangs the driving motor of the overturning opening and closing of window 202 (in figure
It is not shown).
The steel frame 201 that the glass of the two sides of internal layer curtain wall 20 hangs the outside of window 202 is fixed on the steel column 80 of inside.
Glass hangs window 202 and is overturn around the horizontal axis with the steel frame above it.
Fig. 3 is that the glass in the embodiment of the present invention on the internal layer curtain wall of elevation of building intelligentized design system hangs window whole
The status diagram of closing.
As shown in figure 3, the air of the air duct between interior air and double-layer curtain wall does not exchange, state at this time with
Traditional double-layer curtain wall be it is the same, this is an extreme state, and the exchange rate of air is minimum in this state.
Fig. 4 is that the glass in the embodiment of the present invention on the internal layer curtain wall of elevation of building intelligentized design system hangs window segment
The status diagram of unlatching.
As shown in figure 4, it is all independent work that the glass on internal layer curtain wall 20, which hangs window 202, it is all unaffected to each other, often
One glass hangs window 202 and is directly automatically updated the control of information processing centre 50 by artificial intelligence, it is possible to as desired by
Artificial intelligence automatically updates information processing centre 50 to control the outstanding window 202 of each glass and open different angles, so as to adjust difference
The air flow rate in region, and then change the interior climate of indoor different zones, reach subregion regulation, the mesh intelligently adjusted
's.
Fig. 5 is the thin portion structure of the panel branch supporting structure of elevation of building intelligentized design system in the embodiment of the present invention
Schematic diagram.
As shown in figure 5, being connected between outer layer curtain wall 10 and internal layer curtain wall 20 by panel support 90.
The connecting rod made of multiple steel of panel support 90 forms, can be according to the glass panel of outer layer curtain wall 10
Size be reasonably laid out.
Steel column 30 is set between outer layer curtain wall 10 and internal layer curtain wall 20, is used to support outer layer curtain wall 10 and internal layer curtain
Wall 20.
Climatic information sensor 40 is automatically updated, is fixed on outer layer curtain wall 10, for acquiring climatic information.
Climatic information includes temperature, humidity, wind speed, wind direction, PM2.5 and PM10.
Fig. 6 is that the artificial intelligence of elevation of building intelligentized design system in the embodiment of the present invention automatically updates in information processing
The operation principle schematic diagram of the heart.
It is made of as shown in fig. 6, artificial intelligence automatically updates information processing centre 50 computer of intelligent algorithm, is
Maincenter information processing part, can be installed in the computer room of building or the artificial intelligence of multiple buildings automatically updates information
Processing center 50 carries out integrated running.
Artificial intelligence, which automatically updates information processing centre 50 and automatically updates climatic information sensor 40, passes through circuit connection,
For receiving the climatic information for automatically updating climatic information sensor 40 feedback and transmitting, and show that interior is answered according to climatic information
When the weather of needs is as target weather, setting is further passed through according to target weather, climatic information and initial operation instruction
Operational order algorithm generate real-time operation instruction, obtain the real-time operation instruction after be sent to each glass hang window 202 be opened and closed
It is sent to each driving motor after corresponding operational order, is overturn so that each glass be driven to hang window 202, window is hanged by glass
202 opening degree exchanges the rate of air-flow to control, and then the indoor climate of building 200 is adjusted.
Historical climate database 60 automatically updates information processing centre 50 with artificial intelligence and communicates to connect, can be cloud
Database or local data base.
Historical operation instruction database 70 automatically updates information processing centre 50 with artificial intelligence and communicates to connect.
Once artificial intelligence automatically updates information processing centre 50 and generates real-time operation instruction, artificial intelligence automatically updates letter
Real-time operation instruction is just sent to historical operation instruction database 70 as historical operation instruction by breath processing center 50, while will be sent
The climatic information when historical operation instructs is made as initial climatic information and the climatic information sent after historical operation instruction
Climatic information is sent to historical climate database 60 after implementing for instruction,
Historical climate database 60 receives initial climatic information and instruction implement after climatic information and stored, history
Operational order library 70 receives historical operation and instructs and stored,
Once artificial intelligence automatically updates information processing centre 50 and receives climatic information, artificial intelligence automatically updates information
Processing center 50 just instructs the corresponding historical operation of historical climate information similar with climatic information in historical climate database
Historical operation instruction in library is instructed as new initial operation, to realize that artificial intelligence automatically updates information processing centre
Self-renewing and constantly study.
The algorithm of setting operation instruction is deep learning algorithm, which is specially bottom-up process, including following
Step:
Step 1, the training data without mark is inputted in the input layer of whole network, trains the network ginseng of first hidden layer
Number activates output of the network parameter as first hidden layer；
Step 2, the input by the output of first hidden layer as second hidden layer, similarly trains the defeated of second hidden layer
Out；
Step 3, step 2 is repeated, the input of each hidden layer is trained, until training the output of all hidden layers；
Step 4, the input by the output of last hidden layer as output layer model, is trained using there is the test data of mark
The network parameter of last hidden layer, obtains the network parameter of output layer model；
Step 5, the network parameter of the network parameter of all hidden layers and output layer model is integrated, obtains integration ginseng
Number；
Step 6, it is initialized using network parameter of the integration parameters to output layer model, obtains initiation parameter；
Step 7, solution is iterated to initiation parameter by Optimum Theory, obtains the cost function of whole network,
Then whole network parameters is finely adjusted, obtains the Optimal Parameters of whole network.
In the present embodiment, input to automatically update the collected outer layer curtain wall of climatic information sensor, internal layer curtain wall with
And the climatic information of building surface.
Training data is that weather information is counted, concluded, reduced data is concentrated one has typical intermediate data,
The intermediate data can be used to be iterated calculating.
Network parameter be training input layer data set after the obtained Expressive Features parameter about data set.
Hidden layer is comfort level data relevant to human comfort, such as human comfort etc., these data are not
It is directly related to system, but have highly important effect for the working performance for evaluating whole system.
Output is the real-time operation instruction that artificial Intelligent Information Processing center issues, and real-time operation instruction includes each glass
Outstanding window 202 opens different angles.
Integration parameters are the intersection to the network parameter of the network parameter and output layer of hidden layer, convenient for importing historical climate number
According to being stored in library 60.
Initiation parameter is to carry out an iteration, and after having been calculated, obtained data are imported in relevant database,
And the input layer of original calculation is zeroed and is reset.
Optimal Parameters are can be in system after a wheel study, and according to the number of obtained result and input layer
According to being compared, and then the training data of itself is adjusted, so that next round is accurately calculated and rapidly, to make system intelligence
Energyization, the ability with self-teaching.
Fig. 7 is the algorithm principle schematic diagram of elevation of building intelligentized design system in the embodiment of the present invention.
The principle of specific computational algorithm is related to Bayesian formula: different from other statistical methods, bayes method is built
It stands on the basis of subjective judgement, can first estimate a value, then constantly be corrected according to objective fact:
P (A ∩ B)=P (B | A) × P (A)
The formula indicates the conditional probability that A event occurs under conditions of B event occurs, and is equal to B under A event occurrence condition
Event occur conditional probability multiplied by A event probability, then divided by B event occur probability.In formula, P (A) is also referred to as priori
Probability, and P (B | A) it is called posterior probability, schematic illustration is as shown in Figure 6.
In the present embodiment, the motion flow of the indoor climate of the adjusting building of elevation of building intelligentized design system 100
It comprises the following steps:
Step 1 automatically updates climatic information sensor 40 and acquires climatic information, and the climatic information is sent to manually
Intelligence automatically updates information processing centre 50.
Step 2, artificial intelligence are automatically updated information processing centre 50 and receive climatic information and obtained based on the climatic information
In historical climate database 60 and the similar historical climate information of the climatic information and will historical climate information is corresponding goes through with this
Historical operation instruction in history operational order library 70 is instructed as current initial operation.
Step 3, artificial intelligence automatically update information processing centre 50 and show that the weather of indoor needs is made based on climatic information
For target weather, the operation that setting is further passed through according to the target weather, indoor corresponding climatic information initial operation instruction
It instructs algorithm to generate real-time operation instruction, and opening degree control instruction is sent to corresponding driving motor, driving motor drives
It moves each glass and hangs window 202 and be flipped open different angles.
Step 4, artificial intelligence automatically update information processing centre 50 for real-time operation instruction as historical operation instruction hair
It send to historical operation instruction database 70, and using climatic information when sending historical operation instruction as initial weather breath and transmission
Climatic information is sent to historical climate database 60 after climatic information after historical operation instruction is implemented as instruction.
Step 5, historical operation instruction database 70 receive and correspond to storing to historical operation instruction, historical climate data
Climatic information receive and correspond to storing after initial weather breath and instruction are implemented in library 60, weather after then implementing instruction
Information is compared with target weather, if there is deviation between the two, return step three, until glass hangs window 202 and presents most
Ideal opening angle provides most suitable air flow rate and air exchange frequency for interior, thus reach target weather,
If entering end state without deviation between the two.
The action and effect of embodiment
The elevation of building intelligentized design system according to involved in the present embodiment, because having closed outer layer curtain wall, institute
To be able to maintain the clean and tidy complete alien invasion of building and resist harsh weather；Because with by it is multiple have steel frame and can turn over
Turn on the internal layer curtain wall that the glass that closes hangs window composition, thus can each glass hang window there is independence, can according to need logical
The each glass of driving of motor of overdriving hangs window and opens different angles；Because having steel column, entire system can be enhanced
The globality and rigidity of system；Because having and automatically updating climatic information sensor, climatic information can be acquired；Due to having
Information processing centre is automatically updated by the artificial intelligence of circuit connection with climatic information sensor is automatically updated, so can connect
It receives climatic information and the weathers of indoor needs is obtained as target weather, further according to the target gas based on the climatic information
It waits and new operational order generates real-time operation by the operational order algorithm of setting and instructs, and the real-time operation is instructed
It is sent to driving motor, so that each glass be driven to hang window overturning, the opening degree of window is hanged by glass to control exchange air-flow
Rate, and then realize the indoor climate of building is adjusted.
The elevation of building intelligentized design system according to involved in the present embodiment automatically updates because having with artificial intelligence
The historical climate database and historical operation instruction database of information processing centre communication connection, so historical climate information can be stored
It is instructed with historical operation, so as to call directly history corresponding to historical climate information similar with climatic information at once
Operational order, and then the running that driving motor driving glass hangs window is quickly controlled, achieve the purpose that quick, intelligent.
The elevation of building intelligentized design system according to involved in the present embodiment connects made of multiple steel because having
The panel support of extension bar part composition, so strong support can be provided for outer layer curtain wall.
The elevation of building intelligentized design system according to involved in the present embodiment, because of the glass of the two sides of internal layer curtain wall
The steel frame in the outside of outstanding window is fixed on the steel column of inside, so can increase the fastness of system.
Therefore, the elevation of building intelligentized design system of the present embodiment, with the increase of working time, artificial intelligence is automatic
Self-teaching can constantly be carried out by updating information processing centre, the extraction of global characteristics and distributed nature be realized, to become
It is more and more clever, so that the instruction issued is more and more efficiently and rapid, it is capable of the more accurate and rapid exchange for realizing air,
Indoor air quality is improved, provides the indoor environment of a more healthiness, and then improve environment locating for human body, more favorably
In the sustainable development of building.
Above embodiment is preferred case of the invention, the protection scope being not intended to limit the invention.
Claims (8)
1. a kind of elevation of building intelligentized design system, is installed on building surface, for acquiring described in climatic information and adjusting
The indoor climate of building characterized by comprising
Outer layer curtain wall is installed on the outside of the building；
Internal layer curtain wall is installed on the inside of the building, hangs window by multiple glass with steel frame and turnable opening and closing
Composition, the inside of each steel frame, which is equipped with, controls the driving motor that the glass hangs window overturning opening and closing；
Steel column is set between the outer layer curtain wall and the internal layer curtain wall, is used to support the outer layer curtain wall and described interior
Layer curtain wall；
Climatic information sensor is automatically updated, is fixed on the outer layer curtain wall, for acquiring the climatic information；And
Artificial intelligence automatically updates information processing centre, with the climatic information sensor that automatically updates by circuit connection, uses
The climatic information of climatic information sensor feedback and transmitting is automatically updated described in the reception, and is obtained according to the climatic information
The weather that the interior should need out as target weather, further according to the target weather, the climatic information and
Initial operation instruction generates real-time operation instruction by the operational order algorithm of setting, is sent to after obtaining real-time operation instruction
Each glass, which hangs after window is opened and closed corresponding operational order, is sent to each driving motor, to drive each glass
Glass hangs window overturning, hangs the opening degree of window by the glass to control the rate of exchange air-flow, and then to the building
Indoor climate is adjusted.
2. elevation of building intelligentized design system according to claim 1, which is characterized in that further include:
Historical climate database automatically updates information processing centre communication connection with the artificial intelligence；And
Historical operation instruction database automatically updates information processing centre communication connection with the artificial intelligence,
Wherein, once the artificial intelligence, which automatically updates information processing centre, generates the real-time operation instruction, the artificial intelligence
Information processing centre can be automatically updated, real-time operation instruction is just sent to the historical operation as historical operation instruction
Instruction database, while being gone through using climatic information when sending historical operation instruction as described in initial climatic information and transmission
Climatic information is sent to the historical climate database after climatic information after history operational order is implemented as instruction,
The historical climate database receives the initial climatic information and instruction implement after climatic information and stored, institute
The historical operation instruction database reception historical operation is stated to instruct and stored,
Once the artificial intelligence automatically updates information processing centre and receives the climatic information, the artificial intelligence is automatically more
New information processing center is just corresponding by historical climate information similar with the climatic information in the historical climate database
Historical operation instruction in the historical operation instruction database is instructed as new initial operation, to realize the artificial intelligence
The self-renewing and constantly study of information processing centre can be automatically updated.
3. elevation of building intelligentized design system according to claim 2, it is characterised in that:
Wherein, set the algorithm of the operational order as deep learning algorithm, the algorithm the following steps are included:
Step 1, the training data without mark is inputted in the input layer of whole network, trains the network parameter of first hidden layer,
Activate the network parameter as the output of first hidden layer；
Step 2, the input by the output of first hidden layer as second hidden layer, similarly trains second hidden layer
Output；
Step 3, repeating said steps 2 are trained the input of each hidden layer, until training the output of all hidden layers；
Step 4, the input by the output of last hidden layer as output layer model is trained described using there is the test data of mark
The network parameter of last hidden layer obtains the network parameter of the output layer model；
Step 5, the network parameter of the network parameter to all hidden layers and the output layer model is integrated, and is integrated
Parameter；
Step 6, it is initialized using network parameter of the integration parameters to the output layer model, obtains initialization ginseng
Number；
Step 7, solution is iterated to the initiation parameter by Optimum Theory, obtains the cost letter of the whole network
Number is then finely adjusted whole network parameters, obtains the Optimal Parameters of the whole network,
Wherein, the input is automatically updates the collected outer layer curtain wall of climatic information sensor, the internal layer curtain wall with
And the climatic information of the building surface,
The training data is that count, conclude, arranging in the data set obtained after the weather information one has typically
Intermediate data,
The network parameter be the training input layer the data set after obtained Expressive Features about the data set
Parameter,
The hidden layer is comfort level data relevant to human comfort,
The output is the real-time operation instruction that the artificial intelligence information processing centre issues.
4. elevation of building intelligentized design system according to claim 1, it is characterised in that:
Wherein, it is connected between the outer layer curtain wall and the internal layer curtain wall by panel support.
5. elevation of building intelligentized design system according to claim 4, it is characterised in that:
Wherein, panel support connecting rod made of multiple steel forms.
6. elevation of building intelligentized design system according to claim 1, it is characterised in that:
Wherein, the steel frame that the glass of the two sides of the internal layer curtain wall hangs the outside of window is fixed on the steel column of inside.
7. elevation of building intelligentized design system according to claim 1, it is characterised in that:
Wherein, the climatic information includes temperature, humidity, wind speed, wind direction, PM2.5 and PM10.
8. elevation of building intelligentized design system according to claim 1, it is characterised in that:
Wherein, the artificial intelligence automatically updates information processing centre and is made of the computer of intelligent algorithm.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114016864A (en) * | 2021-10-29 | 2022-02-08 | 珠海华发人居生活研究院有限公司 | Intelligent window capable of achieving automatic control based on environment monitoring |
| CN114880943A (en) * | 2022-05-24 | 2022-08-09 | 安及义实业（上海）有限公司 | Bioreactor design method and system based on database |
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| CN114880943B (en) * | 2022-05-24 | 2023-02-03 | 安及义实业（上海）有限公司 | Bioreactor design method and system based on database |
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| CN109711068B (en) | 2022-09-16 |
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