CN109871325A - A kind of KNX remote debugging method and system - Google Patents
A kind of KNX remote debugging method and system Download PDFInfo
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- CN109871325A CN109871325A CN201910103180.9A CN201910103180A CN109871325A CN 109871325 A CN109871325 A CN 109871325A CN 201910103180 A CN201910103180 A CN 201910103180A CN 109871325 A CN109871325 A CN 109871325A
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Abstract
The invention discloses a kind of KNX remote debugging method and system, which includes that KNX bus system and ETS are debugged terminal by internet and establish data connection by KNX bus system, transfer server and ETS debugging terminal, transfer server；KNX bus system includes KNX equipment and KNXnetIP ancillary equipment, and KNX equipment is connect with KNXnetIP ancillary equipment；It includes virtual interface module and ETS debugging software that ETS, which debugs terminal, the virtual interface module and ETS debugging software communicate to connect, the virtual interface module is for constructing virtual IP device model, so that ETS debugging software carries out remote debugging to KNX equipment by virtual IP device model.The present invention is by installing KNXnetIP ancillary equipment additional in engineering site and virtual interface module being added in debugging terminal, realize the communication of KNX bus system Yu remote debugging terminal, to breach the constraint that existing KNX bus system need be debugged locally, and then substantially increases the ease for maintenance of KNX bus system and reduce the O&M cost of KNX bus system.
Description
Technical field
The present invention relates to information technology fields, more particularly, to a kind of KNX remote debugging method and system.
Background technique
KNX is the abbreviation of Konnex.In May, 1999, Europe three is big bus protocol EIB, BatiBus and EHSA to merge establishment
Konnex association, proposes KNX agreement.The agreement has taken into account the physical layer specification of BatiBus and EHSA based on EIB,
And the advantages that absorbing configuration mode in BatiBus and EHSA, the total solution of family, building automatic is provided,
It has a wide range of applications in public building and residential houses.
ETS software is that KNX international association is supplied to KNX hardware manufacturer for carrying out parameter setting and journey to KNX product
The tool of sequence programming, this software can debug KNX bus, diagnose, configures.
Currently, when being debugged to the intelligent building control system for using KNX bus, can only by local area network or
It is the commissioning device with USB interface to be debugged to field device, because the configuration software ETS that KNX association provides only is mentioned
For local debugging interface.In adjustment examination stage or monitoring maintenance phase after the completion of engineering at the beginning of engineering, all can not remotely into
The debugging and monitoring of row system, and due to general KNX system operation maintenance personnel multiple KNX bus systems good at managing, these systems can
It can will be installed in the whole nation or even all over the world, modification demand for any Party A or need diagnostic analysis, require technology
Personnel debug to scene, therefore current KNX bus system maintenance difficulties are larger and the maintenance cost of system is higher.
Summary of the invention
The embodiment of the invention provides a kind of KNX remote debugging method and systems, can only to solve existing KNX bus system
The technical issues of engineering site is debugged, to improve KNX debugging system to meet the needs of remote debugging, and then reduce
The O&M cost of KNX bus system.
In order to solve the above-mentioned technical problem, the embodiment of the invention provides a kind of KNX remote debugging system, including KNX are total
Linear system system, transfer server and ETS debug terminal, and the transfer server passes through internet for the KNX bus system and institute
It states ETS debugging terminal and establishes data connection；
The KNX bus system includes KNX equipment and KNXnetIP ancillary equipment, the KNX equipment with it is described
The connection of KNXnetIP ancillary equipment, the KNXnetIP ancillary equipment are used to the bus data of the KNX equipment being forwarded to institute
ETS debugging terminal is stated, and/or the tune-up data for sending ETS debugging terminal is forwarded to the KNX equipment；
ETS debugging terminal includes virtual interface module and ETS debugging software, the virtual interface module with it is described
The communication connection of ETS debugging software, the virtual interface module is for constructing virtual IP device model, so that ETS debugging is soft
Part carries out remote debugging to the KNX equipment by the virtual IP device model.
Further, the KNXnetIP ancillary equipment includes unique identifier, ETS debugging terminal according to only
One identification code is established with corresponding KNXnetIP ancillary equipment and is communicated to connect.
In order to solve identical technical problem, the present invention also provides a kind of KNX remote debugging methods, comprising:
KNXnetIP ancillary equipment acquires the bus data of KNX equipment, and the bus data is passed through transfer server
It is sent to ETS debugging terminal；
The ETS debugging terminal is established by virtual IP device model and the KNXnetIP ancillary equipment to be communicated to connect,
To carry out remote debugging to the KNX equipment according to the bus data；Wherein, the virtual IP device model is by the ETS
Debug the virtual interface module building in terminal.
Further, the KNXnetIP ancillary equipment includes unique identifier, ETS debugging terminal according to only
One identification code is established with corresponding KNXnetIP ancillary equipment and is communicated to connect.
The present invention provides a kind of KNX remote debugging method and systems, and solving existing KNX bus system can only be in engineering
The problem of scene is debugged；The present invention is by installing the forwarding of KNXnetIP ancillary equipment progress data additional in engineering site and setting
Standby management, and virtual interface module is added in debugging terminal and provides service for ETS debugging software, to set up KNX system
It to breach the constraint that existing KNX bus system need be debugged locally is KNX O&M people with the communication of remote debugging terminal
Member provides the platform of remote centralized management, and then substantially increases the ease for maintenance of KNX bus system and reduce KNX bus
The O&M cost of system.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the KNX remote debugging system that the embodiment of the present invention one provides；
Fig. 2 is the application schematic diagram for the KNX remote debugging system that the embodiment of the present invention one provides.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Whole description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Figure 1, the embodiment of the invention provides a kind of KNX remote debugging systems, including KNX bus system, transfer
Server and ETS debug terminal, and the transfer server is debugged the KNX bus system and the ETS eventually by internet
Data connection is established at end；
The KNX bus system includes KNX equipment and KNXnetIP ancillary equipment, the KNX equipment with it is described
The connection of KNXnetIP ancillary equipment, the KNXnetIP ancillary equipment are used to the bus data of the KNX equipment being forwarded to institute
ETS debugging terminal is stated, and/or the tune-up data for sending ETS debugging terminal is forwarded to the KNX equipment；
ETS debugging terminal includes virtual interface module and ETS debugging software, the virtual interface module with it is described
The communication connection of ETS debugging software, the virtual interface module is for constructing virtual IP device model, so that ETS debugging is soft
Part carries out remote debugging to the KNX equipment by the virtual IP device model.
It should be noted that in the prior art, being debugged to the intelligent building control system for using KNX bus
When, either the commissioning device of USB interface can only be had by local area network to debug to field device, because of KNX association
The configuration software ETS of offer only provides local debugging interface.Monitoring dimension after the completion of adjustment examination stage at the beginning of engineering or engineering
It the shield stage, all can not be in the debugging and monitoring for remotely carrying out system, and since general KNX system operation maintenance personnel is good at managing multiple
KNX bus system, these systems may be mounted on the whole nation or even all over the world, modification demand for any Party A or need
Diagnostic analysis is wanted, technical staff is required and is debugged to scene, therefore current KNX bus system maintenance difficulties are larger and are
The maintenance cost of system is higher.
It should be noted that KNXnetIP is a part of KNX bus protocol, define how using UDP/TCP
Carry out the transmission of KNX bus message.General using this agreement is made of client and server.ETS software can pass through
KNXnetIP is communicated with KNX bus system.KNXnetIP can stablize transmission in local area network in the prior art, if it is desired to
Internet uses these agreements, requires network environment high and not unstable enough.
It is understood that the system that KNX bus is independently of manufacturer and application field, all bus apparatus connections
Onto KNX medium, these media include twisted pair, radio frequency, power line or IP/Ethernet, they can carry out information exchange.
Bus apparatus can be sensor and be also possible to actuator, for controlling building management device such as: illumination, energy management, signal
With monitoring system, service interface and building control system, long-range control, metering etc..
Since existing agreement can only carry out reliable transmission in a local network, lead to following problems occurred: first is that for
Any Party A's demand has to be debugged and configured again to scene；Second is that having no idea to accomplish for the demand of Party A
Quickly response, needs to increase human cost；Third is that the engineering implemented for each company has no idea to accomplish to manage concentratedly
And monitoring.
Fig. 2 is referred to, KNX remote debugging system provided by the invention, solving existing KNX bus system can only be in engineering
The problem of scene is debugged and is managed；The present invention carries out turning for data by installing KNXnetIP ancillary equipment additional in engineering site
The management of hair and equipment, and virtual interface module is added in debugging terminal and provides service for ETS debugging software, to set up
The communication of KNX system and remote debugging terminal is KNX to breach the constraint that existing KNX bus system need be debugged locally
Operation maintenance personnel provides the platform of remote centralized management, and then substantially increases the ease for maintenance of KNX bus system and reduce
The O&M cost of KNX bus system.
In embodiments of the present invention, the ETS debugging terminal can be the computer of a deployment in any place, described
Virtual interface module is a ETS Bridge software for being mounted on debugging terminal, and the ETS debugging software is mounted on debugging
The ETS software of terminal；It should be noted that the ETS Bridge can establish the communication of ETS and transfer server；It is described
KNXnetIP ancillary equipment is mounted in the KNX bus apparatus of engineering site, it is the equipment of an integrated KNX protocol stack, energy
Enough establish the communication of KNX bus and transfer server；The transfer server is the data relay service being deployed on internet
Device communicates local terminal of debugging with the foundation of the KNX bus system of distal end.It should be noted that institute in embodiments of the present invention
Stating KNXnetIP ancillary equipment is Tritium Cloud KNXnetIP equipment.
In embodiments of the present invention, it should be noted that the IP device of traditional KNX debugging, i.e. offer KNXnetIP clothes
The equipment of business, debugging software ETS manage and configure KNX bus by linking the equipment.KNXnetIP is in office in the prior art
Domain net can stablize transmission, and in general KNXnetIP agreement is transmitted based on local area network.In order to enable debugging message
A PC management software ETS Bridge software and a kind of engineering site that is mounted on can be developed in wide area network transmission
Tritium Cloud KNXnetIP equipment, the Tritium Cloud KNXnetIP equipment are used to carry out KNX bus
Management, while the bus data of KNX system is sent to data relay server.
In embodiments of the present invention, it should be noted that there are three functions for the ETS Bridge software:
(1) when the end PC for supporting debugging software ETS is run, the IP device of the virtual KNX debugging of the software
(KNXnetIP equipment), ETS debugging software does not reconnect actual equipment, but links the virtual equipment, ensure that ETS tune
Try the reliable communication of software and ETS Bridge software.
(2) ETS Bridge software and data relay server communication, and then to long-range Tritium Cloud
The transmitting-receiving of KNXnetIP equipment progress data.
(3) relationship between management equipment and user guarantees that user can only be linked to the equipment authorized.
In embodiments of the present invention, further, the KNXnetIP ancillary equipment includes unique identifier, the ETS
It debugs terminal and communication connection is established with corresponding KNXnetIP ancillary equipment according to the unique identifier.
In embodiments of the present invention, it should be noted that the virtual KNXnetIP clothes in ETS Bridge software
Business device, realizes that the virtual KNXnetIP server is communicated with ETS debugging software, while ETS Bridge and Tritium
Cloud KNXnetIP equipment is communicated, thereby realize long-range KNX bus data and local ETS debugging software into
The purpose of row data interaction.The unique identifier for cooperating Tritium Cloud KNXnetIP equipment simultaneously, that is, can reach difference
The purpose of user management difference Tritium Cloud KNXnetIP equipment.
In order to solve identical technical problem, the present invention also provides a kind of KNX remote debugging methods, comprising:
KNXnetIP ancillary equipment acquires the bus data of KNX equipment, and the bus data is passed through transfer server
It is sent to ETS debugging terminal；
The ETS debugging terminal is established by virtual IP device model and the KNXnetIP ancillary equipment to be communicated to connect,
To carry out remote debugging to the KNX equipment according to the bus data；Wherein, the virtual IP device model is by the ETS
Debug the virtual interface module building in terminal.
In embodiments of the present invention, the ETS debugging terminal can be the computer of a deployment in any place, described
Virtual interface module is a ETS Bridge software for being mounted on debugging terminal, and the ETS debugging software is mounted on debugging
The ETS software of terminal；It should be noted that the ETS Bridge can establish the communication of ETS and transfer server；It is described
KNXnetIP ancillary equipment is mounted in the Tritium Cloud KNXnetIP equipment of engineering site, is an integrated KNX association
The equipment for discussing stack, can establish the communication of KNX bus and transfer server；The transfer server is to be deployed on internet
Data relay server communicates local terminal of debugging with the foundation of the KNX bus system of distal end.
In embodiments of the present invention, it should be noted that the Tritium Cloud KNXnetIP equipment is responsible for and KNX
Bus system communicate and communicated with transfer server.ETS Bridge software is responsible for being led to transfer server
Letter and a virtual KNXnetIP equipment, to provide service to ETS debugging software.Transfer server is disposed on the internet,
To establish data connection to Tritium Cloud KNXnetIP equipment and ETS Bridge software.
In embodiments of the present invention, it should be noted that the Tritium Cloud KNXnetIP equipment is generally pacified
Mounted in long-range KNX system engineering scene, generally with maintenance personnel not in the same local area network.ETS Bridge software installation exists
Maintenance personnel carries out on the computer of debugging configuration.It is understood that using the virtual KNXnetIP equipment of ETS Birdge,
The cost of a whole set of debugging system is effectively reduced, if not in such a way that software is virtual, the KNX of local debugging system and distal end
Bus system requires installation hardware device as support.
In embodiments of the present invention, further, the KNXnetIP ancillary equipment includes unique identifier, the ETS
It debugs terminal and communication connection is established with corresponding KNXnetIP ancillary equipment according to the unique identifier.
In embodiments of the present invention, it should be noted that remote equipment is managed using unique identifier.Safeguard people
Member can be managed any long-range KNX bus system according to the unique identifier, so that reducing needs changes point pair
Required cost when point communication (local switching remote management apparatus).
To sum up, the embodiment of the invention provides a kind of KNX remote debugging method and systems, solve the total linear system of existing KNX
System can only be the problem of engineering site be debugged；The present invention is counted by installing KNXnetIP ancillary equipment additional in engineering site
According to forwarding and equipment management, and virtual interface module is added in debugging terminal and for ETS debugging software provides service, to build
The communication of KNX system and remote debugging terminal is erected, so that the constraint that existing KNX bus system need be debugged locally is breached,
The platform of remote centralized management is provided for KNX operation maintenance personnel, and then substantially increases the ease for maintenance of KNX bus system and subtracts
The O&M cost of KNX bus system is lacked.
The above is a preferred embodiment of the present invention, it is noted that for those skilled in the art
For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (4)
1. a kind of KNX remote debugging system, which is characterized in that terminal is debugged including KNX bus system, transfer server and ETS,
The KNX bus system and the ETS are debugged terminal by internet and establish data connection by the transfer server；
The KNX bus system includes KNX equipment and KNXnetIP ancillary equipment, and the KNX equipment and the KNXnetIP are auxiliary
Equipment is helped to connect, the KNXnetIP ancillary equipment is used to for the bus data of the KNX equipment to be forwarded to the ETS and debug eventually
End, and/or for the tune-up data of ETS debugging terminal transmission to be forwarded to the KNX equipment；
ETS debugging terminal includes virtual interface module and ETS debugging software, the virtual interface module and the ETS tune
Software communication connection is tried, the virtual interface module is for constructing virtual IP device model, so that the ETS debugging software passes through
The virtual IP device model carries out remote debugging to the KNX equipment.
2. KNX remote debugging system according to claim 1, which is characterized in that the KNXnetIP ancillary equipment includes
Unique identifier, the ETS debugging terminal, which is established according to the unique identifier with corresponding KNXnetIP ancillary equipment, to be communicated
Connection.
3. a kind of KNX remote debugging method characterized by comprising
KNXnetIP ancillary equipment acquires the bus data of KNX equipment, and the bus data is sent by transfer server
Terminal is debugged to ETS；
The ETS debugging terminal is established by virtual IP device model and the KNXnetIP ancillary equipment to be communicated to connect, with root
Remote debugging is carried out to the KNX equipment according to the bus data；Wherein, the virtual IP device model is debugged by the ETS
Virtual interface module building in terminal.
4. KNX remote debugging method according to claim 3, which is characterized in that the KNXnetIP ancillary equipment includes
Unique identifier, the ETS debugging terminal, which is established according to the unique identifier with corresponding KNXnetIP ancillary equipment, to be communicated
Connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910103180.9A CN109871325B (en) | 2019-01-31 | 2019-01-31 | KNX remote debugging method and system |
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| CN201910103180.9A CN109871325B (en) | 2019-01-31 | 2019-01-31 | KNX remote debugging method and system |
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| CN109871325A true CN109871325A (en) | 2019-06-11 |
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Cited By (2)
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| CN111786837A (en) * | 2020-07-13 | 2020-10-16 | 浙江源创建筑智能科技有限公司 | System and method for wirelessly modifying configuration parameters of KNX (Konnex) equipment |
| CN115348199A (en) * | 2022-07-07 | 2022-11-15 | 株洲中车时代电气股份有限公司 | Vehicle-mounted network debugging system and method based on MVB bus |
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| Publication number | Publication date |
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| CN109871325B (en) | 2022-11-04 |
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