CN108628232A - Coding controller, coding control system and coding method - Google Patents
Coding controller, coding control system and coding method Download PDFInfo
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- CN108628232A CN108628232A CN201810757679.7A CN201810757679A CN108628232A CN 108628232 A CN108628232 A CN 108628232A CN 201810757679 A CN201810757679 A CN 201810757679A CN 108628232 A CN108628232 A CN 108628232A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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Abstract
The invention discloses a coding controller, a coding control system and a coding method, relates to the technical field of solar energy, and aims to quickly and efficiently finish coding a large number of solar assemblies. The embodiment of the invention provides a coding controller, which is provided with a data output end and a control end; the data output end is used for connecting the coding controller and the solar component; the data output end is at least one group, and each group of data output end includes: at least one subdata output terminal for transmitting various control signals, and at least one subcode output terminal for transmitting codes; the control end is at least used for receiving a coding instruction sent by the main controller; and the coding controller is used for sending a coding control signal to the solar assembly through the subdata output end after receiving the coding instruction, and sending a code to the solar assembly through the subcode output end to complete coding of the solar assembly.
Description
Technical field
The present invention relates to technical field of solar, espespecially a kind of coding controller, code control system and coding method.
Background technology
Intelligent photovoltaic integrates the main flow direction that O＆M is increasingly becoming photovoltaic (or solar energy) industry development, wherein intelligent light
The contents such as component, remote control, data acquisition, on-line analysis are lied prostrate, becomes and realizes the work(such as remote data control and data acquisition
The important component of energy.In order to realize intelligent photovoltaic, before photovoltaic system comes into operation, needing will be in photovoltaic system
Each solar components is numbered one by one, is then successively read each solar energy group using polling mode according to number by host computer
The information of part, in order to the control to each solar components.
However, in current technology, since the solar components for including in photovoltaic system are very more, and to a solar energy
The coding work of component is manual operation, that is to say, that needs manually encode a large amount of solar components one by one, such as
This, causes coding engineering huge and time-consuming and laborious, is easy error.
Based on this, how quickly and efficiently to complete to encode a large amount of solar components, be those skilled in the art
Technical problem urgently to be resolved hurrily.
Invention content
An embodiment of the present invention provides a kind of coding controller, code control system and coding methods, to rapidly and efficiently
Ground completion encodes a large amount of solar components.
An embodiment of the present invention provides a kind of coding controller, the coding controller has data output end and control
End；
The data output end, for connecting the coding controller and solar components；
The data output end is at least one group, and data output end described in every group includes：It is at least one to be used for transmission respectively
The subdata output end of kind control signal and at least one son for sending coding encode output end；
The control terminal at least is used to receive the coded command of master controller transmission；
The coding controller, for after receiving the coded command, by the subdata output end to described
Solar components send coding control signal, are sent and are encoded to the solar components by the sub- coding output end, complete
The solar components are encoded.
It is thus possible to transmit various control signals by subdata output end, is transmitted and encoded by sub- coding output end, it can
To improve the precision of signal transmission, convenient for the acquisition and transmission to related data, the processing speed of data is improved；And to connection
Each solar components realize autocoding, not only save manpower and materials, but also improve the accuracy of coding, it is wrong to reduce coding
Appearance accidentally, substantially increases the efficiency of coding.
Optionally, data output end described in every group includes：Two subdata output ends and multiple sub- codings
Output end；
One of them described sub- coding output end, for the coding controller to first sun being correspondingly connected with
It can component transmission coding；
Remaining described sub- coding output end is used for the solar components to the coding controller feedback encoding.
It is thus possible to by way of difference subdata output end transmit signal, improve transmission signal accuracy and
Transmission range.Also, the multiple sub- coding output ends of setting, can improve the precision of signal transmission, convenient for being obtained to related data
It takes and sends, improve the processing speed of data.
Optionally, the control terminal includes：The structure of at least two control interfaces, each control interface is identical, wherein
One control interface is connected by connecting line with the master controller, and the coded command is received.
To which when coding controller is connect with master controller, arbitrary control interface can be selected, increase the flexible of operation
Property.Further, it is also possible to select any one control interface, the cascade of multiple coding controllers is realized, realize to more solar energy
The coding of component.
Optionally, the control terminal includes：Two control interfaces.
It is thus possible to while realizing that coding controller is connect with master controller, setting for control interface can also be reduced
Quantity is set, the cost of manufacture of coding controller is reduced.
Optionally, the control terminal further includes：Wireless receiver is sent out for receiving the master controller by wireless signal
The coded command penetrated.
To which when master controller cannot achieve with coding controller and be electrically connected, wireless receiver can be passed through
Coded command is received, to realize to the coding of solar components, improves the flexibility of operation, and also extend coding
The application range of controller.
Optionally the coding controller is the control unit in inverter or photovoltaic DC/DC controller.
It is thus possible to which cataloged procedure can be realized by existing equipment, the cost of manufacture of code control system is reduced.
Optionally, the coding controller also has communication ends, is controlled with the coding for completing the solar components
Communication between device processed.
It is thus possible to widen the application of coding controller.
Second aspect, the embodiment of the present invention additionally provide a kind of code control system of solar components, including：At least one
It is a as above-mentioned coding controller provided in an embodiment of the present invention, be connected with the coding controller multiple solar components, with
And master controller；
Each solar components are connected in parallel to the subdata output end of the coding controller；
The solar components include：Address wire；Described address line, for each of the subdata output end will to be connected in parallel to
The solar components are connected to the son coding output end with group data output end with the subdata output end, and are phase
The adjacent solar components send coding；
The master controller, for sending coded command to the coding controller, so that the coding controller is connecing
After receiving the coded command, by the subdata output end and the sub- coding output end, each institute being correspondingly connected with is completed
State the coding of solar components.
To, by the setting to the address wire in solar components, the transmission of coding can be realized by the address wire,
It realizes that coding controller encodes each solar components of connection, substantially increases the accuracy rate and efficiency of coding.
Optionally, the coding controller has multi-group data output end；
Each solar components are divided into multigroup；Each solar components string for including in every group of solar components
Connection is connected to the sub- coding output end, is connected in parallel to the subdata output end；Wherein, the sub- coding output end and institute
It states subdata output end and belongs to same group of data output end；
Solar components described in one group are correspondingly connected with data output end described in one group.
It is thus possible to which so that multiple solar components are connected to the data output end of coding controller, realization coding control
Cataloged procedure of the device processed to each solar components.
Optionally, the coding controller has multiple；
Each coding controller is cascaded by control terminal.
To realize the cascade of multiple coding controllers, and then realize the coding to more solar components.
Optionally, the control terminal of the coding controller includes two control interfaces；
For the cascade coding controller：Except coding-control described in coding controller described in the first order and afterbody
Except device, two control interfaces of remaining the every grade coding controller, respectively with coding controller described in upper level
One of them described control interface is connected with the control interface of one of coding controller described in next stage；
One of coding controller control interface described in the afterbody is encoded with described in penultimate stage
Another described control interface of controller is connected；
Two control interfaces of coding controller described in the first order, respectively with the master controller and the second level
Another described control interface of the coding controller is connected；Or, described in one of coding controller described in the first order
Control interface is connected with another described control interface of coding controller described in the second level.
It is thus possible to realize the cascade of each coding controller.
Optionally, further include：The cable being arranged according to the string formation electric current of each solar components；
The cable, for connecting each solar components.
To realize the connection between each solar components.
The third aspect, the embodiment of the present invention additionally provide a kind of coding method, for such as provided in an embodiment of the present invention
State the coding controller in solar components code control system；The coding method includes：
Receive the coded command that master controller is sent；
The first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, so that logical
Crossing the sub- coding output end and the coding controller, there are the solar components of physical connection to be controlled according to first coding
After signal processed handles the coding, feedback signal is sent to the coding controller；
Determine receive feedback signal that current encoded solar components are sent when, by subdata output end to
Current encoded solar components send the second coding control signal, so that current encoded solar components are according to
Second coding control signal generates newly encoded, and passes through internal according to being pre-configured after agreement handles the coding of itself
Address wire is transmitted to the next solar components adjacent with current encoded solar components by newly encoded so that with it is current
The adjacent next solar components of encoded solar components control the newly encoded backward coding handle
Device processed sends feedback signal；
When determining the feedback signal for not receiving current encoded solar components transmission, the coding controller is true
Surely each solar components being correspondingly connected with complete coding；
Wherein, the current encoded solar components codings of itself is carried in second coding control signal.
To, by the design to coding method, it can rapidly and accurately realize the coding work to each solar components,
Improve the efficiency of coding.
Optionally, after receiving the coded command that master controller is sent, further include：
Determine the number for the coding controller for including in the code control system.
To when with multiple cascade coding controllers, be conducive to control of the master controller to each coding controller.
Optionally, a coding controller in code control system is connected by control terminal with the master controller
When, the coding controller being connected with the master controller is determined as first order coding controller；
The number for determining the coding controller for including in the code control system, specifically includes：
The first order coding controller determines whether control terminal is connected with other coding controllers；
When the first order coding controller determines that the control terminal is not connected with other coding controllers, the volume is determined
Include a coding controller in code control system；
When the first order coding controller determines that the control terminal is connected with other coding controllers, the first order
Coding controller is followed successively by cascade each coding controller since itself and is encoded, and determines in the code control system
Including coding controller number.
To when master controller is electrically connected with coding controller, can be realized to each by first order coding controller
The coding work of coding controller.
Optionally, the coding controller receives the master controller by wireless receiver and passes through wireless signal transmission
When coded command, determines the number for the coding controller for including in the code control system, specifically include：
The coding controller for receiving the coded command determines whether control terminal connects other coding-controls
Device；
Determine that control terminal is not connected with other coding-controls in the coding controller for receiving the coded command
When device, determine in the code control system to include a coding controller；
Determine that control terminal connects other coding controllers in the coding controller for receiving the coded command
When, after determining first order coding controller according to preset rules, the first order coding controller is followed successively by cascade each
The coding controller is encoded, and determines the number for the coding controller for including in the code control system.
To, in master controller with each coding controller without being electrically connected when, can be realized by first order coding controller
To the coding work of each coding controller.
Optionally, when the control terminal of the coding controller includes two control interfaces, the preset rules are specially：
If there are one of two coding controllers control interfaces to be not connected with other coding-controls
When device, then any one coding controller therein is determined as the first order coding controller.
To can determine that first order coding controller by simple method, improve code efficiency.
Optionally, one group of data output end of the coding controller includes：It is described when one sub- coding output end
Solar components to the coding controller send feedback signal method be specially：By in the data output end that is correspondingly connected with
The subdata output end sent to the coding controller and carry the feedback signal of coding；
Or, one group of data output end of the coding controller includes：When multiple sub- coding output ends, the sun
Can component to the coding controller send feedback signal method be specially：Pass through its in the data output end that is correspondingly connected with
In a sub- coding output end to the coding controller feedback encoding, pass through the institute in the data output end that is correspondingly connected with
It states subdata output end and sends feedback signal to the coding controller.
It is thus possible to improve the processing speed of the coding to feedback signal and feedback, and then improve the efficiency of coding.
Optionally, after receiving the feedback signal that current encoded solar components are sent, further include：
Determine the coding of current encoded solar components feedback；
According to agreement is pre-configured, it is determined that assigning the coding of current encoded solar components and the coding of feedback is
It is no identical；
If when identical, determining and completing coding to current encoded solar components.
It is thus possible to improve the accuracy of coding, the appearance of mistake is avoided.
Fourth aspect, the embodiment of the present invention additionally provide a kind of code device, including：
Receiving unit, the coded command for receiving master controller transmission；
Transmission unit is sent out for sending the first coding control signal by subdata output end by sub- coding output end
Coding is sent, so as to have the solar components of physical connection according to institute by the sub- coding output end and the coding controller
It states after the first coding control signal handles the coding, feedback signal is sent to the coding controller；In determination
When receiving the feedback signal that current encoded solar components are sent, by subdata output end to it is current encoded too
Positive energy component sends the second coding control signal, so that current encoded solar components are believed according to second coding-control
Number, according to be pre-configured after agreement handles the coding of itself generate it is newly encoded, and will be newly encoded by internal address wire
It is transmitted to the next solar components adjacent with current encoded solar components so that with current encoded solar energy
The adjacent next solar components of component to it is described it is newly encoded handle rear send feedback letter to the coding controller
Number；Wherein, the current encoded solar components codings of itself is carried in second coding control signal；
Determination unit is used to determine whether to receive the feedback signal that current encoded solar components are sent；True
When the fixed feedback signal for not receiving current encoded solar components transmission, each solar energy group being correspondingly connected with is determined
Part completes coding.
Optionally, after the coded command that coding controller receives that master controller is sent, the determination unit is additionally operable to
Determine the number for the coding controller for including in the code control system.
Optionally, after receiving the feedback signal that current encoded solar components are sent, the determination unit, also
Coding for determining current encoded solar components feedback；According to agreement is pre-configured, currently compiled it is determined that assigning
Whether the coding of the solar components of code is identical as the coding of feedback；If when identical, determining to current encoded solar energy group
Part completes coding.
5th aspect, the embodiment of the present invention additionally provide a kind of code device, including：
Memory, for storing program instruction；
Processor is executed for calling the program instruction stored in the memory according to the program of acquisition：
Receive the coded command that master controller is sent；
The first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, so that logical
Crossing the sub- coding output end and the coding controller, there are the solar components of physical connection to be controlled according to first coding
After signal processed handles the coding, feedback signal is sent to the coding controller；
Determine receive feedback signal that current encoded solar components are sent when, by subdata output end to
Current encoded solar components send the second coding control signal, so that current encoded solar components are according to
Second coding control signal generates newly encoded, and passes through internal according to being pre-configured after agreement handles the coding of itself
Address wire is transmitted to the next solar components adjacent with current encoded solar components by newly encoded so that with it is current
The adjacent next solar components of encoded solar components control the newly encoded backward coding handle
Device processed sends feedback signal；
When determination does not receive the feedback signal that current encoded solar components are sent, determination is correspondingly connected with each
The solar components complete coding；
Wherein, the current encoded solar components codings of itself is carried in second coding control signal.
6th aspect, the embodiment of the present invention additionally provide a kind of computer storage media, and the computer storage media is deposited
Computer executable instructions are contained, the computer executable instructions are provided for making the computer execute the embodiment of the present invention
Above-mentioned coding method.
The present invention has the beneficial effect that：
A kind of coding controller, code control system and coding method provided in an embodiment of the present invention, by being controlled to coding
The setting of device and solar components processed can transmit various control signals by subdata output end, be exported by sub- coding
End transmission coding, can improve the precision of signal transmission, convenient for the acquisition and transmission to related data, improve the processing speed of data
Degree；And may be implemented to be connected to data output end each solar components carry out autocoding, save a large amount of manpowers and
Material resources substantially increase the efficiency of coding so that cataloged procedure is both simple and quick.
Description of the drawings
Fig. 1 and Fig. 2 is respectively the coding controller provided in the embodiment of the present invention；
Fig. 3 to Fig. 5 is respectively the code control system provided in the embodiment of the present invention；
Fig. 6 is the flow chart of the coding method provided in the embodiment of the present invention；
Fig. 7 is the method flow diagram of embodiment one；
Fig. 8 is the method flow diagram of embodiment two；
Fig. 9 and Figure 10 is respectively the structural schematic diagram of the code device provided in the embodiment of the present invention.
Specific implementation mode
Below in conjunction with attached drawing, to a kind of coding controller provided in an embodiment of the present invention, code control system and coding
The specific implementation mode of method is described in detail.It should be noted that described embodiment is only the present invention one
Divide embodiment, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not making
The every other embodiment obtained under the premise of creative work, shall fall within the protection scope of the present invention.
An embodiment of the present invention provides a kind of coding controllers, and as depicted in figs. 1 and 2, coding controller 10 has data
Output end 20 and control terminal 30；
Data output end 20, for connecting coding controller 10 and solar components；
Data output end 20 is at least one group, and every group of data output end 20 includes：It is at least one to be used for transmission various controls
The subdata output end 21 of signal processed and at least one son coding output end 22 for sending coding；
Control terminal 30 at least is used to receive the coded command of master controller transmission；
Coding controller 10, for after receiving coded command, being sent to solar components by subdata output end
Coding control signal is sent to solar components by sub- coding output end 22 and is encoded, and completion encodes solar components.
It is thus possible to transmit various control signals by subdata output end 21, is transmitted and compiled by sub- coding output end 22
Code, can improve the precision of signal transmission, convenient for the acquisition and transmission to related data, improve the processing speed of data；And
Autocoding is realized to each solar components of connection, manpower and materials is not only saved, but also improve the accuracy of coding, reduces
The appearance of code error substantially increases the efficiency of coding.
In the specific implementation, in embodiments of the present invention, the setting quantity of data output end 20 can be one group, such as Fig. 2
It is shown, while realization encodes each solar components, to reduce the cost of manufacture of coding controller 10；Certainly, number
May be arranged as according to the quantity of output end 20 it is multigroup, as shown in Figure 1, in order to which each solar components are respectively connected to each number
According to output end 20, the quantity of the solar components of the connection of each data output end 20 is reduced；At this point, in coding controller 10 to too
When positive energy component sends coding control signal, coding control signal can be sent simultaneously by each data output end 20, that is,
It says, the solar components being connect with each data output end 20 can be carried out at the same time coding, improve the efficiency of coding.
In addition, in embodiments of the present invention, for one group of data output end 20, including subdata output end 21 quantity
It can be one, and the son coding output end 22 for including or one, as shown in Figure 2；But in order to improve the accurate of signal
Property, the transmission range of signal and the processing speed to data, every group of data output end 20 may include：Two subdatas are defeated
Outlet 21 and multiple sub- coding output ends 22, as shown in Figure 1；One of son coding output end 22, is used for coding controller
10 to the first solar components transmission coding being correspondingly connected with, and the sub- coding output end 22 is exported with same group data are parallel to
Each solar components of the subdata output end 21 at end 20 are connected in series with, that is to say, that are directed to and are connected to one group of data output
Each solar components at end 20 are parallel to subdata output end 21, series connection and the sub- coding output end 22；The coding output of its minor
End 22, for solar components to 10 feedback encoding of coding controller, and its minor coding output end 22 can be with each solar energy
Component carries out serial or parallel connection, as shown in Fig. 3 to Fig. 5 in following the description, it is possible to flexibly be set according to actual needs
It sets, does not limit herein.
It is thus possible to transmit signal in subdata output end 21 by way of difference, the accuracy of transmission signal is improved
And transmission range.Also, the multiple sub- coding output ends 22 of setting, can improve the precision of signal transmission, convenient for related data
Acquisition and transmission, improve the processing speed of data.Further, it is also possible to which the solar components that ensure to be mutually related are in coding completion
Later, coding controller 10 can know the coding situation of each solar components, simplify the process of coding checkout, improve signal
Accuracy.
Certainly, the quantity for the subdata output end 21 that every group of data output end 20 includes can also be more than two, not give
Go out diagram, does not limit herein.
In the specific implementation, in embodiments of the present invention, when control terminal 30 is arranged, in order to be connect by control terminal 30
Incorporate code instruction into own forces, control terminal 30 may include：At least two control interfaces 31, as depicted in figs. 1 and 2；Also, each control interface
31 structure could be provided as identical, one of control interface 31, can be connected with master controller by connecting line a, receive
Coded command.For example, there are three control interfaces 31 for the tool of control terminal 30, as shown in Fig. 2, due to the structure phase of three control interfaces 31
Together, three control interfaces 31 are the relationships of equity, it is possible to any one control interface 31 be selected to be electrically connected with master controller.
To which when coding controller 10 is connect with master controller, arbitrary control interface 31 can be selected, increase the flexibility of operation.
In addition, in order to make coding controller 10 encode more solar components, it is also an option that arbitrarily
One control interface 31, realizes the cascade of multiple coding controllers 10, in order to which more solar components can be connected to respectively
Coding controller 10 realizes the coding to more solar components.
It should be pointed out that control protocol used by control interface 31 can be User Datagram Protocol (User
Datagram Protocol, UDP) or the agreements such as IP Modbus, as long as can ensure that the control protocol used can be real
The above-mentioned function of existing control interface 31, does not limit herein.
Optionally, in embodiments of the present invention, control terminal 30 may include：Two control interfaces 31, as shown in Figure 1.From
And the setting quantity of control interface 31 can also be reduced while realizing that coding controller 10 is connect with master controller,
Reduce the cost of manufacture of coding controller 10.
In actual application process, if the connection between master controller and coding controller 10 is broken down, coding
Controller 10 can not then receive coded command, and then can not be encoded to each solar components；For another example, because of certain feelings
Under condition, coding controller 10 apart from master controller farther out when, need to realize coding controller 10 by longer connecting line
Connection between master controller, so so that coding controller 10 and the position setting of master controller are subject to certain restrictions.
To solve the above-mentioned problems, in embodiments of the present invention, control terminal 30 can also include：Wireless receiver 32, such as
Shown in Fig. 1 and Fig. 2；At this point, there is master controller wireless transmitting function, master controller can will be compiled by wireless transmitting function
Code instruction is launched；For coding controller 10, then coded command, i.e. wireless receiving can be received by wireless receiver 32
Device 32, for receiving coded command of the master controller by wireless signal transmission, to realize the coding to solar components,
While improving the flexibility of operation, the application range of coding controller 10 is also extended.
In the specific implementation, coding controller 10 can be the control unit in inverter or photovoltaic DC/DC controller
Part, that is to say, that by inverter, alternatively, photovoltaic DC or DC controller realize autocoding function, it is thus possible to logical
It crosses existing equipment and cataloged procedure can be realized, reduce the cost of manufacture of code control system.
Also, coding controller 10 can also have communication ends, not provide diagram；Wherein, communication ends, for completing the sun
Communication between energy component and coding controller 10 assigns the more function of coding controller 10, and is not only used for encoding.From
And the application of coding controller 10 can be widened.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of code control system of solar components, such as
Shown in Fig. 3 to Fig. 5, may include：At least one such as above-mentioned coding controller 10 provided in an embodiment of the present invention and coding-control
The connected multiple solar components 40 of device 10 and master controller 50；
Each solar components 40 are connected in parallel to the subdata output end 21 of coding controller 10；
Solar components 40 may include：Address wire 41；Address wire 41, for each of subdata output end 21 will to be connected in parallel to
Solar components 40 are connected to the son coding output end 22 with group data output end 20 with subdata output end 21, and are phase
Adjacent solar components 40 send coding；
Master controller 50, for sending coded command to coding controller 10, so that coding controller 10 is receiving volume
After code instruction, by subdata output end 21 and son coding output end 22, the volume of each solar components 40 being correspondingly connected with is completed
Code.
In the specific implementation, it is together in series by address wire 41 between each solar components 40, is then connected to coding-control
The son coding output end 22 of device 10, as shown in Figures 3 to 5.To which by the setting to address wire 41, the address can be passed through
Line 41 realizes the transmission of coding, realizes that coding controller 10 encodes each solar components 40 of connection, substantially increases
The accuracy rate and efficiency of coding.It should be noted that the specific implementation mode of coding controller 10 can be found in a kind of aforementioned coding
Embodiment in controller 10, overlaps will not be repeated.
In the specific implementation, in embodiments of the present invention, coding controller 10 can have multi-group data output end 20；This
When, each solar components 40 can be divided into multigroup；The series connection of each solar components 40 for including in every group of solar components connects
It is connected to sub- coding output end 22, is connected in parallel to subdata output end 21；Wherein, sub- coding output end 22 and subdata output end
21 belong to same group of data output end 20；Also, one group of solar components is correspondingly connected with one group of data output end 20.To,
Multiple solar components 40 can be made to be connected to the data output end 20 of coding controller 10, realize that coding controller 10 is right
The cataloged procedure of each solar components 40, and improve code efficiency.
In the specific implementation, the quantity for the coding controller 10 that code control system includes can be one, such as Fig. 3 institutes
Show, in this way, each solar components 40 can be connected to the data output end 20 of the coding controller 10, in order to main control
Device is directly controlled to coding controller 10.
Certainly, in embodiments of the present invention, coding controller 10 can have multiple, as shown in Figure 4 and Figure 5；Wherein, respectively
It is cascaded by control terminal 30 between coding controller 10.To realize the cascade of multiple coding controllers 10, and then realize to more
The coding of more solar components 40.
Specifically, in embodiments of the present invention, the control terminal 30 of coding controller 10 may include two control interfaces 31；
At this point, as shown in Figure 4 and Figure 5, for cascade coding controller 10：Except first order coding controller and afterbody coding control
Except device processed, two control interfaces 31 of remaining every grade coding controller, respectively one of with upper level coding controller
Control interface 31 is connected with one of next stage coding controller control interface 31；Afterbody coding controller is wherein
One control interface 31 is connected with another control interface 31 of penultimate stage coding controller；First order coding controller
Two control interfaces 31 are connected respectively with another control interface 31 of master controller and second level coding controller, such as Fig. 4 institutes
Show；Or, another 31 phase of control interface of a control interface 31 of first order coding controller and second level coding controller
Even, as shown in Figure 5.It is thus possible to realize the cascade of each coding controller, encoded for more solar components 40.
For example, as shown in figure 4, code control system includes multiple cascade coding controllers, it is denoted as coding control respectively
Device 1, coding controller 2, coding controller n-1 and coding controller n processed；In addition to coding controller 1 and coding controller n
Except, for coding controller 2 to coding controller n-1, one of each coding controller control interface 31 and upper one
One of grade coding controller control interface 31 is connected, another control interface 31 and next stage coding controller are wherein
One control interface 31 is connected；For coding controller 1, a control of one of control interface 31 and coding controller 2
Interface 31 is connected；For coding controller n, a control interface 31 of one of control interface 31 and coding controller n-1
It is connected.
In the specific implementation, in embodiments of the present invention, code control system can also include：According to each solar components
40 string formation electric current and the cable being arranged, do not provide diagram；Cable, for connecting each solar components 40.To realize each
Connection between solar components 40.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of coding method of solar components, for such as
Coding controller in above-mentioned solar components code control system provided in an embodiment of the present invention；As shown in fig. 6, coding method
Including：
S601, the coded command that master controller is sent is received；
Wherein, master controller can also pass through coding controller by wireless transmission when sending coded command
Control terminal to coding controller send, do not limit herein, as long as coding controller can receive coded command.And
And master controller can not be limited herein with computer, mobile terminal (such as mobile phone) or other equipment with control function.
S602, the first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, with
Make have the solar components of physical connection according to the first coding control signal pair by sub- coding output end and coding controller
After coding is handled, feedback signal is sent to coding controller；
Wherein, the first coding control signal can be understood as initializing signal so that each solar components are in be encoded
State, also, be also possible that in link between coding controller and each solar components, only coding controller allowed to send out
The signal transmission sent, in order to which coding controller encodes each solar components.In addition, being sent by sub- coding output end
Coding can be understood as：Coding controller should be the solar components for having physical connection with it and (is denoted as first solar energy
Component) coding that assigns, so that first solar components by after the code storage to memory, is sent anti-to coding controller
Feedback signal；Also, when first solar components sends feedback signal to coding controller, if in one group of data output end only
There are one son coding output ends, then send feedback signal by subdata output end, and the coding is carried in feedback signal；
If have multiple sub- coding output ends in one group of data output end, one of son coding output end is sent out for coding controller
Coding is sent, one of son coding output end is used for solar components feedback encoding, and feedback letter is sent by subdata output end
Number, the coding can be carried in feedback signal at this time, the coding can not also be carried, do not limited herein.
S603, determine whether to receive the feedback signal that current encoded solar components are sent；If so, executing step
Rapid S604；If it is not, thening follow the steps S605；
S604, the second coding control signal is sent to current encoded solar components by subdata output end, with
Make current encoded solar components according to the second coding control signal, according to be pre-configured agreement to the coding of itself at
Generated after reason it is newly encoded, and by internal address wire by it is newly encoded be transmitted to it is adjacent with current encoded solar components
Next solar components so that the next solar components adjacent with current encoded solar components to it is newly encoded into
The rear of row processing sends feedback signal to coding controller；Continue back at step S603；
Wherein, the current encoded solar components codings of itself is carried in the second coding control signal, so as to work as
Preceding encoded the second coding control signal of solar components pair responds, and then for other uncoded solar components
Second coding control signal will not be responded, to avoid code error；For positioned at current encoded solar components
With each solar components between sub- coding output end, since these solar components have been completed to encode, so will not be right
Second coding control signal is responded, to avoid code error.That is, only solar components are encoded to the second volume
When the coding carried in code control signal, which can just respond the second coding control signal, in order to this
Solar components encode coupled next solar components.
Also, it can be just configured before master controller sends coded command to coding controller to be pre-configured agreement
The agreement of completion, and the agreement is configured in master controller, coding controller and each solar components, in order to realize
To the coding of each solar components.
In addition, the agreement being pre-configured can be configured according to actual needs, do not limit herein.
S605, determine that each solar components being correspondingly connected with complete coding.
It should be noted that the coding between each solar components is different, for distinguishing each solar components,
Can be the group by any one of number, letter, spcial character or two or three and for the setting of coding
At not limiting herein.
It is that son is passed through by coding controller for the coding of first solar components in addition, in above-mentioned cataloged procedure
Encode what output end was sent, and for remaining solar components, coding is to pass through home address by previous solar components
What line was sent.For example, one group of data output end of coding controller is connected by three solar components, and three solar components
It is parallel to subdata output end, is series at sub- coding output end；It is coding controller for the coding of first solar components
It is sent to first solar components by sub- coding output end；It it is first for the coding of second solar components
Solar components generate newly encoded according to being pre-configured after agreement handles the coding of its own, and are sent out by home address line
It send to second solar components；It is second solar components also according to pre- for the coding of third solar components
Configuration protocol generates newly encoded after handling the coding of its own, and be sent to third solar energy by home address line
Component.In this way, reducing the operand of coding controller, power consumption is reduced.It, can be with also, by the design to coding method
It rapidly and accurately realizes the coding work to each solar components, improves the efficiency of coding.
In the specific implementation, the quantity for the coding controller for including due to code control system is at least one, so
Step S601 in embodiments of the present invention can also be wrapped after the coded command that coding controller receives that master controller is sent
It includes：
Coding controller determines the number for the coding controller for including in code control system.
To when with multiple cascade coding controllers, be conducive to control of the master controller to each coding controller.
In the specific implementation, a coding controller in code control system is connected by control terminal with master controller
When, in embodiments of the present invention, the coding controller being connected with master controller can be determined as first order coding controller；
Also, it in embodiments of the present invention, determines the number for the coding controller for including in code control system, can have
Body includes：
First order coding controller determines whether control terminal is connected with other coding controllers；
When first order coding controller determines that control terminal is not connected with other coding controllers, determine in code control system
Including a coding controller；
When first order coding controller determines that control terminal is connected with other coding controllers, first order coding controller from
Itself start to be followed successively by cascade each coding controller and be encoded, and determines the coding controller for including in code control system
Number.
To when master controller is electrically connected with coding controller, can be realized to each by first order coding controller
The coding work of coding controller.
In the specific implementation, coding controller receives volume of the master controller by wireless signal transmission by wireless receiver
When code instruction, in embodiments of the present invention, determines the number for the coding controller for including in code control system, can specifically wrap
It includes：
The coding controller for receiving coded command determines whether control terminal connects other coding controllers；
When the coding controller for receiving coded command determines that control terminal is not connected with other coding controllers, coding is determined
It include a coding controller in control system；
When the coding controller for receiving coded command determines that control terminal connects other coding controllers, according to default rule
After then determining first order coding controller, first order coding controller is followed successively by cascade each coding controller and is compiled
Code, and determine the number for the coding controller for including in code control system.
To, in master controller with each coding controller without being electrically connected when, can be realized by first order coding controller
To the coding work of each coding controller.
Specifically, in embodiments of the present invention, when the control terminal of coding controller includes two control interfaces, rule are preset
Can be specially then：
It, will wherein if be not connected with other coding controllers there are one of two coding controllers control interface
Any one coding controller be determined as first order coding controller.
To can determine that first order coding controller by simple method, improve code efficiency.
For example, when there are cascade three coding controllers, it is denoted as coding controller 1, coding controller 2 respectively and compiles
Code controller 3；Master controller has wireless transmitting function, at this time after master controller emits coded command, coding controller 1-3
Coded command can be received, for three coding controllers, can determine whether be connected with other volumes at its control interface respectively
Code controller.Wherein, for coding controller 2, it is found that two control interface is respectively connected with other coding controllers, institute
With coding controller 2 is not determined to first order coding controller；For coding controller 1, it is found that only there are one controls to connect
Mouthful other coding controllers are connected with, meanwhile, coding controller 3 there are one control interface it is again seen that be only connected with other volumes
Code controller, then at this point it is possible to any one in coding controller 1 and coding controller 3 is determined as first order coding
Controller.If coding controller 1 is determined as first order coding controller, coding controller 1 can be each coding-control
Device assigns a coding, such as 1,2 and 3, or letter A, B and C, or is the combination of number and letter, or is it
His character, does not limit herein, and in order to distinguish each coding controller, each coding is controlled convenient for master controller or remote system
Each solar components of device connection processed carry out control and data analysis.
It should be noted that in embodiments of the present invention, if there are when cascade multiple coding controllers, each coding-control
When being encoded to each solar components connected to it, which is independent from each other device, can't interfere with each other；
That is, when there are cascade two coding controllers, it is denoted as coding controller 1 and coding controller 2, coding control respectively
Device 1 and coding controller 2 processed respectively encode the solar components that it is connected, and coding controller 1 and coding controller 2
Cataloged procedure will not interfere with each other, be independent from each other, so as to greatly improve the efficiency of coding.
In the specific implementation, in embodiments of the present invention, one group of data output end of coding controller includes：One son is compiled
When code output end, solar components send feedback signal to coding controller, specifically include：Solar components are by being correspondingly connected with
Data output end in subdata output end sent to coding controller and carry the feedback signal of coding；
Or, one group of data output end of coding controller includes：When multiple sub- coding output ends, solar components are to coding
Controller sends feedback signal, can specifically include：Solar components pass through wherein one in the data output end that is correspondingly connected with
Height encodes output end to coding controller feedback encoding, by the subdata output end in the data output end that is correspondingly connected with to
Coding controller sends feedback signal.
It is thus possible to improve the processing speed of the coding to feedback signal and feedback, and then improve the efficiency of coding.
Specifically, in order to improve the accuracy of coding, current encoded solar components are received in coding controller
After the feedback signal of transmission, it is also necessary to be verified to coding, therefore, in embodiments of the present invention, further include：
Coding controller determines the coding of current encoded solar components feedback；
Coding controller according to being pre-configured agreement, it is determined that assign the codings of current encoded solar components with it is anti-
Whether the coding of feedback is identical；
If when identical, coding controller is determined completes coding to current encoded solar components.
Specifically, if current encoded solar components are first solar components, in coding controller according to pre-
Configuration protocol, it is determined that assign current encoded solar components coding with feedback coding whether phase simultaneously as
Coding controller directly sends coding by sub- coding output end to first solar components, so checking procedure at this time
It is：Coding controller directly the coding of feedback and will pass through sub- coding after the coding for determining first solar components feedback
The coding that output end is sent is compared, if identical, coding is correct, if it is different, then code error, needs again to first
Solar components are encoded.
It should be noted that current encoded solar components, which can be understood as current solar components, receives coding
And by code storage.But in a practical situation, it is possible that the coding of storage encodes inconsistent feelings with what is received
Condition can so lead to code error, be reduced so as to cause coding accuracy.
In order to avoid the appearance of this problem, need to carry out data check to encoded solar components, that is to say, that
Coding controller carries out the coding stored in solar components with the coding that should assign current encoded solar components
Comparison, if the two is identical, coding is correct, completes coding, if the two is different, code error needs to re-start above-mentioned
The step of S604, until coding is correct, until completing coding.Therefore, the solar components of coding are completed, it can be understood as coding
Controller completes checking procedure, determines that the coding of current encoded solar components storage is correct.In this way, substantially increasing coding
Accuracy, avoid mistake appearance.
In addition, coding controller completes the coding of each solar components according to the agreement configured between master controller, with
Keep the coding between each solar components different, so as to position the position of each solar components, and to each solar components
Working condition be monitored, in order to the maintenance to each solar components.
Certainly, in order to realize more functions, the coding of each solar components can also be handled.For example, in order to
The destruction of outer bound pair code control system is avoided, coding can also be done at encryption when being encoded to each solar components
Reason；In another example in order to the clearly information such as manufacturer of each solar components, manufacturer can also will be increased in coding
Mark (such as vendor name, code name information).Certainly, it is merely illustrative, is not limited in practical situations above-mentioned herein
Two examples.
Below just in conjunction with specific embodiments when, embodiment that the present invention will be described in detail provide above-mentioned coding method.
Embodiment one：There are one coding controllers, coding controller, and there are one group of data to export for tool in code control system
End, and this group of data output end includes that a son encodes output end and two sub- data output ends, it is in parallel with subdata output end
There are three solar components for connection.In conjunction with method flow diagram shown in Fig. 7.
S701, master controller send coded command；
S702, coding controller receive coded command；
S703, coding controller send the first coding control signal by subdata output end to each solar components, lead to
It crosses son coding output end and sends the first coding；
S704, with coding controller there are first solar components of physical connection to receive the first coding control signal
Later, the first code storage that will be received；
S705, first solar components, which are sent by subdata output end to coding controller, carries the anti-of the first coding
Present message；
S706, coding controller determine the carried in feedback message first coding and pass through after receiving feedback message
Whether the first coding that son coding output end is sent is identical；If so, executing step S707；If it is not, then returning to step S703；
S707, coding controller, which are sent by subdata output end to first solar components, carries the of the first coding
Two coding control signals；
After S708, first solar components receive the second coding control signal, it will be stored according to agreement is pre-configured
First coding carry out processing generate second coding after, by home address line by second coding be sent to second solar energy group
Part；
S709, second solar components are by the second code storage；
S710, second solar components, which are sent by subdata output end to coding controller, carries the anti-of the second coding
Present message；
S711, coding controller are after receiving feedback message, according to agreement is pre-configured, determines and are carried in feedback message
Whether the second coding and the coding that should assign second solar components are identical；If so, thening follow the steps S712；If it is not, then
Return to step S707；
S712, coding controller, which are sent by subdata output end to second solar components, carries the of the second coding
Three coding control signals；
After S713, second solar components receive third coding control signal, it will be stored according to agreement is pre-configured
Second coding carry out processing generate third coding after, by home address line by third coding be sent to third solar energy group
Part；
S714, third solar components are by third code storage；
S715, third solar components, which are sent by subdata output end to coding controller, carries the anti-of third coding
Present message；
S716, coding controller are after receiving feedback message, according to agreement is pre-configured, determines and are carried in feedback message
Whether third coding and the coding that should assign third solar components are identical；If so, thening follow the steps S717；If it is not, then
Return to step S712；
S717, coding controller determine that each solar components of connection complete coding.
Embodiment two：There are two concatenated coding controllers for tool in code control system, are denoted as coding controller 1 respectively and compile
Code controller 2, and coding controller 1 be electrically connected with master controller or master controller have wireless transmitting function when, determine coding
Controller 1 is first order coding controller；Each coding controller all has two groups of data output ends, and every group of data output end
Including two sub- data output ends and two son coding output ends；Two son coding output ends are denoted as sub- coding output end 1 respectively
With sub- coding output end 2, wherein sub- coding output end 1 is encoded for sending, and sub- coding output end 2 is used for feedback encoding；Every group
In data output end, two solar components are parallel to subdata output end, and are series at two son coding output ends.In conjunction with figure
Method flow diagram shown in 8.
S801, master controller send coded command；
S802, coding controller 1/2 receive coded command；
S803, coding controller 1 determine the number and number of cascade coding controller；
S804, coding controller 1/2 send the first coding control signal by subdata output end to each solar components,
The first coding is sent by sub- coding output end 1；
S805, with coding controller 1/2 there are each first solar components of physical connection to receive the first coding control
After signal processed, by the first code storage；
S806, each first solar components are sent by subdata output end to the coding controller being correspondingly connected with anti-
Feedforward information passes through the first coding of sub- coding output end 2 feedback；
S807, coding controller 1/2 upon reception of the feedback information, determine and encode the first of the feedback of output end 2 by son
Whether coding and the first coding sent by sub- coding output end 1 are identical；If so, executing step S808；If it is not, then returning to step
Rapid S804；
S808, coding controller 1/2 are sent to two first solar components by subdata output end carry respectively
Second coding control signal of the first coding；
After S809, first solar components receive the second coding control signal, according to pre-configuration agreement to storage
The first coding after processing generates the second coding, send second to second solar components by home address line and compile
Code；
S810, each second solar components are by the second code storage；
S811, each second solar components are sent by sub- coding output end 2 to the coding controller being correspondingly connected with
Feedback information passes through the second coding of sub- coding output end 2 feedback；
S812, coding controller 1/2 upon reception of the feedback information, according to agreement is pre-configured, determine defeated by son coding
Whether the second coding that outlet 2 is fed back and the coding that should assign second solar components are identical；If so, thening follow the steps
S813；If it is not, then returning to step S808；
S813, coding controller 1/2 determine that each solar components of connection complete coding.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of code device of solar components, is applied to
Coding controller in code control system, since the operation principle of the code device and a kind of aforementioned work of coding method are former
Manage similar, the specific implementation mode of code device can be found in the embodiment of aforementioned encoding methods, and overlaps will not be repeated.
Specifically, code device provided in an embodiment of the present invention, as shown in figure 9, may include：
Receiving unit 901, the coded command for receiving master controller transmission；
Transmission unit 902 passes through sub- coding output end for sending the first coding control signal by subdata output end
Coding is sent, so as to have the solar components of physical connection according to the first coding by sub- coding output end and coding controller
After control signal handles coding, feedback signal is sent to coding controller；It is received in determination current encoded
When the feedback signal that solar components are sent, second is sent to current encoded solar components by subdata output end and compiled
Code control signal so that current encoded solar components are according to the second coding control signal, according to be pre-configured agreement to from
The coding of body generated after being handled it is newly encoded, and by internal address wire by it is newly encoded be transmitted to it is current encoded too
The adjacent next solar components of positive energy component so that the next solar energy adjacent with current encoded solar components
Component to it is newly encoded handle rear send feedback signal to coding controller；Wherein, it is carried in the second coding control signal
There is the current encoded solar components coding of itself；
Determination unit 903 is used to determine whether to receive the feedback signal that current encoded solar components are sent；
When determining the feedback signal for not receiving current encoded solar components transmission, each solar components being correspondingly connected with are determined
Complete coding.
Optionally, in embodiments of the present invention, after the coded command that coding controller receives that master controller is sent, really
Order member 903 is additionally operable to determine the number for the coding controller for including in code control system.
Optionally, in embodiments of the present invention, receive feedback signal that current encoded solar components are sent it
Afterwards, determination unit 903 are additionally operable to determine the coding of current encoded solar components feedback；According to agreement is pre-configured, determine
Whether the coding that current encoded solar components should be assigned is identical as the coding of feedback；If when identical, determining to current
Encoded solar components complete coding.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of code device of solar components, is applied to
Coding controller in code control system, since the operation principle of the code device and a kind of aforementioned work of coding method are former
Manage similar, the specific implementation mode of code device can be found in the embodiment of aforementioned encoding methods, and overlaps will not be repeated.
Specifically, above-mentioned code device provided in an embodiment of the present invention may include as shown in Figure 10：
Memory 1001, for storing program instruction；
Processor 1002 is executed for calling the program instruction stored in memory according to the program of acquisition：
Receive the coded command that master controller is sent；
The first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, so that logical
The solar components of son coding output end and coding controller with physical connection are crossed according to the first coding control signal to coding
After being handled, feedback signal is sent to coding controller；
Determine receive feedback signal that current encoded solar components are sent when, by subdata output end to
Current encoded solar components send the second coding control signal, so that current encoded solar components are according to second
Coding control signal generates address that is newly encoded, and passing through inside according to being pre-configured after agreement handles the coding of itself
Line is transmitted to the next solar components adjacent with current encoded solar components by newly encoded so that with currently compiled
Next solar components that the solar components of code are adjacent feed back newly encoded rear sent to coding controller handle
Signal；
When determination does not receive the feedback signal that current encoded solar components are sent, determination is correspondingly connected with each
Solar components complete coding；
Wherein, the current encoded solar components codings of itself is carried in the second coding control signal.
Can be that centre buries device (CPU), specially it should be pointed out that the processor 1002 referred in the embodiment of the present invention
With integrated circuit (Application Specific Integrated Circuit, ASIC), field programmable gate array
(Field-Programmable Gate Array, FPGA) or Complex Programmable Logic Devices (Complex
Programmable Logic Device, CPLD).
Also, the memory 1001 referred in the embodiment of the present invention may include read-only memory (ROM) and arbitrary access
Memory (RAM), and provide the program instruction stored in memory and data to processor.In embodiments of the present invention, it stores
Device can be used for storing the program of either method provided in an embodiment of the present invention.
Processor is by the program instruction for calling memory to store, and processor according to the program instruction of acquisition for executing sheet
The either method that inventive embodiments provide.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of computer storage media, and computer storage is situated between
Matter is stored with computer executable instructions, and computer executable instructions are provided in an embodiment of the present invention for making computer execute
State coding method.
Computer storage media can be any usable medium or data storage device that computer can access, including but
Be not limited to magnetic storage (such as floppy disk, hard disk, tape, magneto-optic disk (MO) etc.), optical memory (such as CD, DVD, BD,
HVD etc.) and semiconductor memory (such as ROM, EPROM, EEPROM, nonvolatile memory (NAND FLASH), solid-state
Hard disk (SSD)) etc..
It should be understood by those skilled in the art that, the embodiment of the present invention can be provided as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention
Apply the form of example.Moreover, the present invention can be used in one or more wherein include computer usable program code computer
The shape for the computer program product implemented in usable storage medium (including but not limited to magnetic disk storage and optical memory etc.)
Formula.
The present invention be with reference to according to the method for the embodiment of the present invention, the flow of equipment (system) and computer program product
Figure and/or block diagram describe.It should be understood that can be realized by computer program instructions every first-class in flowchart and/or the block diagram
The combination of flow and/or box in journey and/or box and flowchart and/or the block diagram.These computer programs can be provided
Instruct the processor of all-purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce
A raw machine so that the instruction executed by computer or the processor of other programmable data processing devices is generated for real
The device for the function of being specified in present one flow of flow chart or one box of multiple flows and/or block diagram or multiple boxes.
These computer program instructions, which may also be stored in, can guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works so that instruction generation stored in the computer readable memory includes referring to
Enable the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one box of block diagram or
The function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device so that count
Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, in computer or
The instruction executed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in a box or multiple boxes.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
An embodiment of the present invention provides a kind of coding controller, code control system and coding methods, by being controlled to coding
The setting of device and solar components processed can transmit various control signals by subdata output end, be exported by sub- coding
End transmission coding, can improve the precision of signal transmission, convenient for the acquisition and transmission to related data, improve the processing speed of data
Degree；And may be implemented to be connected to data output end each solar components carry out autocoding, save a large amount of manpowers and
Material resources substantially increase the efficiency of coding so that cataloged procedure is both simple and quick.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
God and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (18)
1. a kind of coding controller, which is characterized in that the coding controller has data output end and control terminal；
The data output end, for connecting the coding controller and solar components；
The data output end is at least one group, and data output end described in every group includes：It is at least one to be used for transmission various controls
The subdata output end of signal processed and at least one son coding output end for sending coding；
The control terminal at least is used to receive the coded command of master controller transmission；
The coding controller, for after receiving the coded command, by the subdata output end to the sun
Energy component sends coding control signal, is sent and is encoded to the solar components by the sub- coding output end, completes to institute
Solar components are stated to be encoded.
2. coding controller as described in claim 1, which is characterized in that the control terminal further includes：Wireless receiver is used for
Receive coded command of the master controller by wireless signal transmission.
3. a kind of code control system of solar components, which is characterized in that including：It is at least one as claimed in claim 1 or 2
Coding controller, the multiple solar components and master controller that are connected with the coding controller；
Each solar components are connected in parallel to the subdata output end of the coding controller；
The solar components include：Address wire；Described address line, for each described of the subdata output end will to be connected in parallel to
Solar components are connected to the son coding output end with group data output end with the subdata output end, and are adjacent
The solar components send coding；
The master controller, for sending coded command to the coding controller, so that the coding controller is receiving
After the coded command, by the subdata output end and the sub- coding output end, complete to be correspondingly connected with it is each it is described too
The coding of positive energy component.
4. code control system as claimed in claim 3, which is characterized in that the coding controller is exported with multi-group data
End；
Each solar components are divided into multigroup；Each solar components series connection for including in every group of solar components connects
It is connected to the sub- coding output end, is connected in parallel to the subdata output end；Wherein, the sub- coding output end and the son
Data output end belongs to same group of data output end；
Solar components described in one group are correspondingly connected with data output end described in one group.
5. code control system as claimed in claim 3, which is characterized in that the coding controller has multiple；
Each coding controller is cascaded by control terminal.
6. a kind of coding method, which is characterized in that for such as claim 3-5 any one of them solar components coding-controls
Coding controller in system；The coding method includes：
Receive the coded command that master controller is sent；
The first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, so as to pass through institute
Stating sub- coding output end and the coding controller, there are the solar components of physical connection to be believed according to first coding-control
After number handling the coding, feedback signal is sent to the coding controller；
Determine receive feedback signal that current encoded solar components are sent when, by subdata output end to current
Encoded solar components send the second coding control signal, so that current encoded solar components are according to described second
Coding control signal generates address that is newly encoded, and passing through inside according to being pre-configured after agreement handles the coding of itself
Line is transmitted to the next solar components adjacent with current encoded solar components by newly encoded so that with currently compiled
The adjacent next solar components of solar components of code are to the newly encoded backward coding controller handle
Send feedback signal；
When determination does not receive the feedback signal that current encoded solar components are sent, determination is correspondingly connected with each described
Solar components complete coding；
Wherein, the current encoded solar components codings of itself is carried in second coding control signal.
7. coding method as claimed in claim 6, which is characterized in that receive the coding that master controller is sent in coding controller
After instruction, further include：
Determine the number for the coding controller for including in the code control system.
8. coding method as claimed in claim 7, which is characterized in that a coding controller in code control system
When being connected with the master controller by control terminal, the coding controller being connected with the master controller is determined as first
Grade coding controller；
The number for determining the coding controller for including in the code control system, specifically includes：
The first order coding controller determines whether control terminal is connected with other coding controllers；
When the first order coding controller determines that the control terminal is not connected with other coding controllers, the coding control is determined
It include a coding controller in system processed；
When the first order coding controller determines that the control terminal is connected with other coding controllers, the first order coding
Controller is followed successively by cascade each coding controller since itself and is encoded, and determines in the code control system and include
Coding controller number.
9. coding method as claimed in claim 7, which is characterized in that the coding controller receives institute by wireless receiver
When stating coded command of the master controller by wireless signal transmission, the coding controller for including in the code control system is determined
Number, specifically include：
The coding controller for receiving the coded command determines whether control terminal connects other coding controllers；
When the coding controller for receiving the coded command determines that control terminal is not connected with other described coding controllers,
Determine in the code control system to include a coding controller；
When the coding controller for receiving the coded command determines that control terminal connects other described coding controllers, press
After determining first order coding controller according to preset rules, the first order coding controller is followed successively by cascade each volume
Code controller is encoded, and determines the number for the coding controller for including in the code control system.
10. coding method as claimed in claim 9, which is characterized in that the control terminal of the coding controller includes two controls
When interface processed, the preset rules are specially：
If be not connected with other described coding controllers there are one of two coding controllers control interface,
Any one coding controller therein is then determined as the first order coding controller.
11. coding method as claimed in claim 6, which is characterized in that one group of data output end packet of the coding controller
It includes：When one sub- coding output end, the solar components send the method tool of feedback signal to the coding controller
Body is：
By the subdata output end in the data output end that is correspondingly connected with volume is carried to coding controller transmission
The feedback signal of code.
12. coding method as claimed in claim 6, which is characterized in that one group of data output end packet of the coding controller
It includes：When multiple sub- coding output ends, the solar components send the method tool of feedback signal to the coding controller
Body is：
It is fed back to the coding controller by the sub- coding output end one of in the data output end that is correspondingly connected with
Coding sends feedback letter by the subdata output end in the data output end that is correspondingly connected with to the coding controller
Number.
13. such as claim 6-12 any one of them coding methods, which is characterized in that receive current encoded solar energy
After the feedback signal that component is sent, further include：
Determine the coding of current encoded solar components feedback；
According to be pre-configured agreement, it is determined that assign current encoded solar components coding with feed back coding whether phase
Together；
If when identical, determining and completing coding to current encoded solar components.
14. a kind of code device, which is characterized in that including：
Receiving unit, the coded command for receiving master controller transmission；
Transmission unit is sent by sub- coding output end and is compiled for sending the first coding control signal by subdata output end
Code, so as to have the solar components of physical connection according to described the by the sub- coding output end and the coding controller
After one coding control signal handles the coding, feedback signal is sent to the coding controller；It is received determining
When the feedback signal sent to current encoded solar components, by subdata output end to current encoded solar energy
Component sends the second coding control signal, so that current encoded solar components are according to second coding control signal,
According to be pre-configured after agreement handles the coding of itself generate it is newly encoded, and by internal address wire by newly encoded transmission
To the next solar components adjacent with current encoded solar components so that with current encoded solar components
Adjacent next solar components to it is described it is newly encoded handle rear send feedback signal to the coding controller；Its
In, the current encoded solar components codings of itself is carried in second coding control signal；
Determination unit is used to determine whether to receive the feedback signal that current encoded solar components are sent；It is determining not
When receiving the feedback signal that current encoded solar components are sent, determine that each solar components being correspondingly connected with are complete
At coding.
15. code device as claimed in claim 14, which is characterized in that receive the volume that master controller is sent in coding controller
After code instruction, the determination unit is additionally operable to determine the number for the coding controller for including in the code control system.
16. code device as claimed in claim 14, which is characterized in that receive current encoded solar components and send
Feedback signal after, the determination unit is additionally operable to determine the coding of current encoded solar components feedback；According to pre-
Configuration protocol, it is determined that whether the coding for assigning current encoded solar components is identical as the coding of feedback；If identical
When, it determines and coding is completed to current encoded solar components.
17. a kind of code device, which is characterized in that including：
Memory, for storing program instruction；
Processor is executed for calling the program instruction stored in the memory according to the program of acquisition：
Receive the coded command that master controller is sent；
The first coding control signal is sent by subdata output end, is sent and is encoded by sub- coding output end, so as to pass through institute
Stating sub- coding output end and the coding controller, there are the solar components of physical connection to be believed according to first coding-control
After number handling the coding, feedback signal is sent to the coding controller；
Determine receive feedback signal that current encoded solar components are sent when, by subdata output end to current
Encoded solar components send the second coding control signal, so that current encoded solar components are according to described second
Coding control signal generates address that is newly encoded, and passing through inside according to being pre-configured after agreement handles the coding of itself
Line is transmitted to the next solar components adjacent with current encoded solar components by newly encoded so that with currently compiled
The adjacent next solar components of solar components of code are to the newly encoded backward coding controller handle
Send feedback signal；
When determination does not receive the feedback signal that current encoded solar components are sent, determination is correspondingly connected with each described
Solar components complete coding；
Wherein, the current encoded solar components codings of itself is carried in second coding control signal.
18. a kind of computer storage media, which is characterized in that the computer storage media is stored with the executable finger of computer
It enables, the computer executable instructions are for making the computer perform claim require 6 to 13 any one of them coding methods.
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