CN103200706B - Based on the management system of composite ZigBee module, method and communication method - Google Patents
Based on the management system of composite ZigBee module, method and communication method Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- H—ELECTRICITY
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Abstract
The present invention discloses a kind of management system based on composite ZigBee module, comprises upper main frame, the ZigBee gateway being connected with upper main frame, at least one composite ZigBee module being connected with ZigBee gateway communication and at least one the parts node being connected with composite ZigBee module by TCP/IP network; Upper main frame comprises: distribution module, distributes parts node ID one to one for each the parts node for composite ZigBee module; Memory module, for storing a parts node ID chain table, parts node ID chain table records the corresponding relation of parts node ID and composite ZigBee module ID; Control module, for being sent to, according to parts node ID chain table, the parts node ID specified by steering order by corresponding composite ZigBee module; Parts node is for generation of Event trigger and generates the event generation message comprising parts node ID, and by corresponding composite ZigBee module, event generation message is sent to upper main frame.
Description
Technical field
The present invention relates to mobile communication technology, particularly relate to a kind of management system based on composite ZigBee module, method and communication method.
Background technology
ZigBee is the wireless communication technology of short range, low-power consumption, low rate, MANET. It may be used for constructing various automatization sensing control network, such as, it is possible to application ZigBee technology constructs the sensing control network of intelligence household, intelligent hotel, intelligent grid etc. As shown in Figure 1, Fig. 1 is ZigBee network conventional in prior art.
In ZigBee network, composite ZigBee module refers to that one with the ZigBee node of multiple sensor or performer, here sensor or performer we can be called parts node. Such as, obnoxious flavour sensing node is single ZigBee node module, but inside is but connected with three sensors such as smoke transducer, combustible gas sensor, carbon monoxide transducer. For another example, the electrnic house number plates in hotel is also be connected with three deixises such as bell button and a doorplate, Do not disturb, cleaning in single ZigBee module simultaneously. Similar node also has Multi-way contact switch, multichannel performer, humiture sensor node, has the intelligent socket of electric quantity acquisition function, etc.
Although composite ZigBee module is internally connected with multiple sensors or performer, but, in ZigBee network, it is not exist with multiple node, but exists with an independent node. This kind of multi-functional composite ZigBee module of parts node is managed, usually directly adopts the method to the control of independent parts node, in ZigBee module, namely open up an interface, composite ZigBee module is carried out single line connection and control.To realize the not congenerous of parts node, just need between composite ZigBee module and parts node, set up a physical interface again, this just needs the command interface for this parts node definition complexity, by specifically arranging, instruction is sent on the interface of ZigBee module upper control machine, parts node needs the order translating these command interfaces, it is achieved concrete function. For multi-way switch composite ZigBee module, it is necessary to for a definition command interface is opened on each road. Although this kind of method can realize corresponding function, but still there are following three shortcomings.
Shortcoming 1: be control command be sent in the interface order of composite ZigBee module due to upper main frame, so can realize simple control with interface command method, but the realization of the management function of complexity just has certain difficulty. Such as, after button of pressing that Do not disturb, it is necessary to forbid the bell button function on electrnic house number plates, the occasion of pilot lamp of simultaneously lighting that Do not disturb again above, the action describing this succession of is more difficult.
Shortcoming 2: when the built-in function of composite ZigBee module to be finely tuned, the software of the interface section of ZigBee module to be rewritten again, is pull one hair and move the whole body.
Shortcoming 3: in different node, when having identical function, this kind of method application bothers very much, because different node to be write different software.
Summary of the invention
The technical problem that the present invention mainly solves is to provide a kind of management system based on composite ZigBee module, method and communication method.
For solving the problem, a kind of technical scheme that the present invention adopts is: provides a kind of management system based on composite ZigBee module, comprises upper main frame, the ZigBee gateway being connected by TCP/IP network with upper main frame, at least one composite ZigBee module being connected with ZigBee gateway communication and at least one the parts node being connected with composite ZigBee module;
Described upper main frame comprises:
Distribution module for distributing composite ZigBee module ID one to one for composite ZigBee module, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one;
Memory module, for storing a parts node ID chain table, described parts node ID chain table records the corresponding relation of parts node ID and composite ZigBee module ID;
Control module, for being sent to, according to parts node ID chain table, the parts node ID specified by steering order by corresponding composite ZigBee module;
The virtual interface that described composite ZigBee module comprises with described parts node connects one to one, described virtual interface and ZigBee gateway communicate to connect one by one;
Described parts node is for generation of Event trigger and generates the event generation message comprising parts node ID, and by corresponding composite ZigBee module, event generation message is sent to upper main frame;
Upper main frame also comprises event logging module, for recording event generation message corresponding to parts node ID.
Wherein, at least one parts node described is also for when coupled composite ZigBee module networks, transmitting into net information to upper main frame by the virtual interface being connected with described parts node in this composite ZigBee module;
Described upper main frame also comprises ID chain table more new module, for when receiving described networking information, for corresponding composite ZigBee module, parts node distribute composite ZigBee module ID, parts node ID respectively and parts node ID and corresponding composite ZigBee module ID writes ID chain table more new module accordingly.
For solving the problem, another kind of technical scheme that the present invention adopts is: provide a kind of management process based on composite ZigBee module, comprise: upper main frame is that composite ZigBee module distributes composite ZigBee module ID one to one, and it is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one;
Described parts node produce Event trigger and to the event generation message of the composite ZigBee module transmit block node ID belonging to described parts node;
Described composite ZigBee module receives described event generation message, and by ZigBee gateway, described event generation message is sent to described upper main frame;
The event generation message that described upper host record parts node ID is corresponding.
Wherein, management process based on composite ZigBee module also comprises:
New parts node transmits into net information by this composite ZigBee module to described upper main frame when coupled composite ZigBee module adds network;
Described upper main frame receives described networking information, for corresponding composite ZigBee module, parts node distribute ZigBee module ID, parts node ID respectively, and upgrade the corresponding relation of parts node ID and corresponding composite ZigBee module ID.
For solving the problem, another kind of technical scheme that the present invention adopts is: a kind of communication method providing management system based on composite ZigBee module, comprising:
Upper main frame is based on setting up the passage that communicates between specified parts node ID and specified parts node;
Described upper main frame by described communication passage to specified parts node sending controling instruction;
Described specified parts node receives and performs described steering order.
The invention has the beneficial effects as follows: for the problem of the poor universality that prior art adopts interface order to realize composite ZigBee module control and exist, by the technical program, the technique effect that can reach is as follows:
1, utilize composite ZigBee module, reduce hardware cost. By arranging virtual interface in composite ZigBee module, a ZigBee node module need not be set for each sensor or performer, save hardware cost.
2, utilize method provided by the invention simultaneously, reduce the complexity of upper main frame software, from upper perspective, parts node is the same with common ZigBee node, as shown in Figure 2, ZED1 is then parts node S1, S2 and S3 in the angle of upper main frame, this makes it possible to realize upper main frame and directly controls each parts node, can very directly and simply realizing various function, versatility is good and efficiency height. This only exists as a node from composite ZigBee module in prior art ZigBee network is different.
Accompanying drawing explanation
Fig. 1 is the network architecture diagram of ZigBee network in prior art;
Fig. 2 is the network architecture diagram of an embodiment of the present invention based on the management system of composite ZigBee module;
Fig. 3 is the construction module figure that Fig. 2 implements mode;
Fig. 4 is the network architecture diagram of another enforcement mode of the present invention based on the management system of composite ZigBee module;
Fig. 5 is the schema of the present invention based on the management process of composite ZigBee module;
Fig. 6 is the schema of the present invention based on the communication method of the management system of composite ZigBee module.
Embodiment
By technology contents, the structural attitude of the present invention being described in detail, is realized object and effect, below in conjunction with enforcement mode and coordinate accompanying drawing to be explained in detail.
Refer to Fig. 2 and Fig. 3, present embodiment provides a kind of management system based on composite ZigBee module, comprise the ZigBeeGateway in ZigBee gateway 20(Fig. 2 that upper main frame 10 and upper main frame 10 be connected by TCP/IP network) and composite ZigBee module 30(Fig. 2 communicating to connect of ZigBee gateway 20 in ZigBeeModule, i.e. ZED1) and three parts nodes (respectively: S1, S2 and S3) of being connected with composite ZigBee module 30. Described upper main frame 10 is connected by TCP/IP network with ZigBee gateway 30, and described ZigBee gateway 30 is connected by ZigBee network with composite ZigBee module 30.
In other implementations, composite ZigBee module 30 is at least one. As will be appreciated by those of skill in the art, parts node ID definition mode also has multiple, if parts node ID also parts node one_to_one corresponding.
Wherein upper main frame comprises: distribution module 101, memory module 102 and control module 103.
Distribution module 101 for distributing composite ZigBee module ID one to one for composite ZigBee module, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one.
Memory module 102, for storing a parts node ID chain table, described parts node ID chain table records the corresponding relation of parts node ID and composite ZigBee module ID.
Control module 103, for being sent to, according to parts node ID chain table, the parts node ID specified by steering order by corresponding composite ZigBee module.
After system building is good, the distribution module 101 of upper main frame 10 is first for each parts node S1-S3 in composite ZigBee module ZED1 distributes parts node ID one to one, wherein, the corresponding relation of parts node ID and composite ZigBee module ID is stored in the parts node ID chain table of the memory module 102 of upper main frame 10. The virtual interface A1-A3 that composite ZigBee module 30 comprises with described parts node S1-S3 connects one to one, described virtual interface A1-A3 and ZigBee gateway communicate to connect one by one. In the present embodiment, it is assumed that the parts node ID of parts node S1, S2 and S3 is respectively ZED1_S1, ZED1_S2 and ZED1_S3. We are not difficult to find out to consult Fig. 2, owing to being all assigned with parts node ID one to one for each the parts node in composite ZigBee module, so from upper perspective, each parts node in composite ZigBee module is all as an existence, and it is not the existence of a composite ZigBee module, such as: from upper perspective, ZED1 is then parts node S1, S2 and S3 in the angle of upper main frame, and is not only the existence of a ZED1. Just can set up a void like this between upper main frame with parts node to link when carrying out data transmission, complete a message channel, it is achieved point-to-point transfer and control between upper main frame and particular elements node. When certain parts node needs to carry out function change, also can not being impacted by other parts nodes, work is simple and workload is few.
When event occurs for the parts node S1 being connected with composite ZigBee module ZED1, parts node S1 can produce Event trigger and generate the event generation message comprising parts node ID, and then S1 sends directly to upper main frame and comprises the identification id that parts node ID(is also exactly S1) event generation message.Here, parts node ID is ZED1_S1.
After upper host interface receives described information, parse the parts node ID in described information, analyze related compound ZigBee module ZED1 and associated components node S1 that event occurs, and record the event of generation and corresponding composite ZigBee module ID(ZED1) and parts node ID(S1).
In the present system, the parts node S2 sending controling instruction that upper main frame also can be specified in composite ZigBee module, can based on specified parts node ID(ZED1_S2 before sending controling instruction) and specified parts node S2 between set up the passage that communicates, and by described communication passage to specified parts node S2 sending controling instruction.
Referring to Fig. 4, when the network having new parts node S4, S5 and the new composite ZigBee module ZED2 that is connected with them to add native system, new parts node S4, S5 can transmit into net information to upper main frame immediately by virtual interface. Upper main frame is receiving after this transmits into net information, for each parts node S4, the S5 in the new composite ZigBee module ZED2 adding network distributes parts node ID:ZED2_S4, ZED2_S5 one to one, also it is that new composite ZigBee module ZED2 distributes corresponding composite ZigBee module ID:ZED2 simultaneously, while distribution ID, parts node ID and corresponding composite ZigBee module ID also can be write ID chain table more new module accordingly. The mode of connection of S4, S5 and ZED2 is the same with the mode of connection of front literary composition S1-S3 and ZED1, no longer illustrates at this.
By the technical program, the technique effect that can reach is as follows:
1, utilize composite ZigBee module, reduce hardware cost. By arranging virtual interface in composite ZigBee module, a ZigBee node module need not be set for each sensor or performer, save hardware cost.
2, utilize method provided by the invention simultaneously, reduce the complexity of upper main frame software, from upper perspective, parts node is the same with common ZigBee node, as shown in Figure 2, ZED1 is then parts node S1, S2 and S3 in the angle of upper main frame, this makes it possible to realize upper main frame and directly controls each parts node, can very directly and simply realizing various function, versatility is good and efficiency height. This only exists as a node from composite ZigBee module in prior art ZigBee network is different.
Refer to Fig. 5, the present invention provides a kind of management process based on composite ZigBee module, first, after system building is good, upper main frame is that composite ZigBee module distributes composite ZigBee module ID one to one, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one. Concrete management process mainly comprises:
Described parts node produce Event trigger and to the event generation message of the composite ZigBee module transmit block node ID belonging to described parts node;
Described composite ZigBee module receives described event generation message, and by ZigBee gateway, described event generation message is sent to described upper main frame;
The event generation message that described upper host record parts node ID is corresponding.
In the method, following management step is also comprised:
New parts node transmits into net information by this composite ZigBee module to described upper main frame when coupled composite ZigBee module adds network;
Described upper main frame receives described networking information, for corresponding composite ZigBee module, parts node distribute ZigBee module ID, parts node ID respectively, and upgrade the corresponding relation of parts node ID and corresponding composite ZigBee module ID. As those skilled in the art can understand, the order of this management process in whole management process is not only shown in Fig. 4, and it can appear at before front civilian described management process or certain step of centre.
Above-mentioned management process, by distributing a parts node ID one to one for the parts node of composite ZigBee module, can realize point-to-point transfer and control between upper main frame and particular elements node like this. When certain parts node needs to carry out function change, also can not being impacted by other parts nodes, work is simple and workload is few, it is possible to solve many deficiencies that background technology is mentioned.
Referring to Fig. 5, the present invention provides a kind of communication method of management system based on composite ZigBee module, comprising:
Upper main frame is based on setting up the passage that communicates between specified parts node ID and specified parts node;
Described upper main frame by described communication passage to specified parts node sending controling instruction;
Described specified parts node receives and performs described steering order.
Above-mentioned communication method can be set up a void between upper main frame with parts node and link when carrying out data transmission, and completes a message channel, it is achieved point-to-point transfer and control between upper main frame and particular elements node. When certain parts node needs to carry out function change, also can not being impacted by other parts nodes, work is simple and workload is few.
The foregoing is only embodiments of the invention; not thereby the patent scope of the present invention is limited; every utilize specification sheets of the present invention and accompanying drawing content to do equivalent structure or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all it is included in the scope of patent protection of the present invention with reason.
Claims (5)
1. the management system based on composite ZigBee module, it is characterised in that: comprise upper main frame, the ZigBee gateway being connected with upper main frame, at least one composite ZigBee module being connected with ZigBee gateway communication and at least one the parts node being connected with composite ZigBee module by TCP/IP network; Described composite ZigBee module refers to that one with the ZigBee node of multiple sensor or performer;
Described upper main frame comprises:
Distribution module for distributing composite ZigBee module ID one to one for composite ZigBee module, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one;
Memory module, for storing a parts node ID chain table, described parts node ID chain table records the corresponding relation of parts node ID and composite ZigBee module ID;
Control module, for being sent to, according to parts node ID chain table, the parts node ID specified by steering order by corresponding composite ZigBee module;
The virtual interface that described composite ZigBee module comprises with described parts node connects one to one, described virtual interface and ZigBee gateway communicate to connect one by one;
Described parts node is for generation of Event trigger and generates the event generation message comprising parts node ID, and by corresponding composite ZigBee module, event generation message is sent to upper main frame;
Upper main frame also comprises event logging module, for recording event generation message corresponding to parts node ID.
2. a kind of management system based on composite ZigBee module according to claim 1, it is characterized in that, at least one parts node described is also for when coupled composite ZigBee module networks, transmitting into net information to upper main frame by the virtual interface being connected with described parts node in this composite ZigBee module;
Described upper main frame also comprises ID chain table more new module, for when receiving described networking information, for corresponding composite ZigBee module, parts node distribute composite ZigBee module ID, parts node ID respectively and parts node ID and corresponding composite ZigBee module ID writes ID chain table more new module accordingly.
3. the management process based on composite ZigBee module, it is characterised in that, comprising:
Upper main frame is that composite ZigBee module distributes composite ZigBee module ID one to one, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one; The virtual interface that described composite ZigBee module comprises with described parts node connects one to one, described virtual interface and ZigBee gateway communicate to connect one by one, described ZigBee gateway and the communication connection of upper main frame; Described composite ZigBee module refers to that one with the ZigBee node of multiple sensor or performer;
Described parts node produce Event trigger and to the event generation message of the composite ZigBee module transmit block node ID belonging to described parts node;
Described composite ZigBee module receives described event generation message, and by ZigBee gateway, described event generation message is sent to described upper main frame;
The event generation message that described upper host record parts node ID is corresponding.
4. the management process based on composite ZigBee module according to claim 3, it is characterised in that, also comprise:
New parts node transmits into net information by this composite ZigBee module to described upper main frame when coupled composite ZigBee module adds network;
Described upper main frame receives described networking information, for corresponding composite ZigBee module, parts node distribute ZigBee module ID, parts node ID respectively, and upgrade the corresponding relation of parts node ID and corresponding composite ZigBee module ID.
5. the communication method based on the management system of composite ZigBee module, it is characterised in that, comprising:
Upper main frame is that composite ZigBee module distributes composite ZigBee module ID one to one, and is that each the parts node being connected with described composite ZigBee module distributes parts node ID one to one; The virtual interface that described composite ZigBee module comprises with described parts node connects one to one, described virtual interface and ZigBee gateway communicate to connect one by one, described ZigBee gateway and the communication connection of upper main frame; Described upper main frame stores a parts node ID chain table, and described parts node ID chain table records the corresponding relation of parts node ID and composite ZigBee module ID; Based on setting up between specified parts node ID and specified parts node, a void links upper main frame, completes a communication passage; Described composite ZigBee module refers to that one with the ZigBee node of multiple sensor or performer;
Described upper main frame by described communication passage to specified parts node sending controling instruction;
Described specified parts node receives and performs described steering order.
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| CN201610395413.3A CN106131105B (en) | 2013-03-05 | 2013-03-05 | The communication means of management system based on composite ZigBee module |
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| CN102523272A (en) * | 2011-12-08 | 2012-06-27 | 北京航空航天大学 | Electric energy measuring, controlling and protecting system |
| CN102880156A (en) * | 2012-10-19 | 2013-01-16 | 上海海洋大学 | Intelligent monitoring method and system for fish tank |
| CN203057531U (en) * | 2012-09-05 | 2013-07-10 | 江南大学 | Multiple gateway transmission system based on ZigBee network |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102523272A (en) * | 2011-12-08 | 2012-06-27 | 北京航空航天大学 | Electric energy measuring, controlling and protecting system |
| CN203057531U (en) * | 2012-09-05 | 2013-07-10 | 江南大学 | Multiple gateway transmission system based on ZigBee network |
| CN102880156A (en) * | 2012-10-19 | 2013-01-16 | 上海海洋大学 | Intelligent monitoring method and system for fish tank |
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