CN103687082A - Intelligent building monitoring information processing method and system - Google Patents
Intelligent building monitoring information processing method and system Download PDFInfo
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- CN103687082A CN103687082A CN201310683577.2A CN201310683577A CN103687082A CN 103687082 A CN103687082 A CN 103687082A CN 201310683577 A CN201310683577 A CN 201310683577A CN 103687082 A CN103687082 A CN 103687082A
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Abstract
The invention discloses an intelligent building monitoring information processing method. The method comprises the steps that a server receives the service subscription information of a user, and analyzes first service information of a proxy server and/or second service information of second service nodes according to the service subscription information; the first service information is sent to the proxy server; second sub service information corresponding to the second service nodes is analyzed according to the second service information, and the second sub service information is sent all the second service nodes correspondingly; first service result information sent by the proxy server is received, and all corresponding second service result information sent by all the second service nodes are received; the first service result information and the second service result information are synthesized to form service subscription result information to be output. The invention further discloses an intelligent building monitoring information processing system. Through the adoption of the technical scheme, numerous first service nodes with various types can be managed effectively, and therefore maintenance cost of the system is lowered.
Description
Technical field
The present invention relates to intelligent building technology, relate in particular to a kind of intelligent building monitor message processing method and system based on wireless sense network.
Background technology
Intelligent building monitor message treatment system is acted on technology of Internet of things theory, take wireless sense network as basis, and being intended to provides a kind of intelligentized solution for modern large buildings management.Intelligent building monitor message treatment system is relied on and is deployed in the wireless sense network in building, not only can realize environmental parameter in building as temperature, humidity, intensity of illumination, air quality is as the monitoring of the indexs such as pollen, PM2.5, gas concentration lwevel, also can be by the Based Intelligent Control to energy control appliance in building, for building user provides comfortable life office environment, realize energy savings, reach the object of low-carbon environment-friendly.
Owing to there is a large amount of isomery sensing nodes in wireless sense network, the service ability of these nodes is different, according to the difference of service ability, node can be divided into strong service node and weak service node; Wherein, weak service node structure function is single and type is various, and strong service node can be considered an independent community with minimum feature set.Conventionally, weak service node deployment types in building is very many, as the node of monitor temperature, humidity, intensity of illumination, pollen, PM2.5 and gas concentration lwevel; And the quantity that the weak service node of same type is disposed is very many also, the quantity that for example temperature sensor is disposed in whole building is probably dozens or even hundreds of; Therefore, how effectively managing the weak service node of the different and One's name is legion of these types, is a problem of needing solution badly.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of intelligent building monitor message processing method and system for solving problems of the prior art, the weak service node of the different and One's name is legion of management type effectively, thus reduce the maintenance cost of system.
For achieving the above object, the technical scheme of the embodiment of the present invention is achieved in that
The embodiment of the present invention provides a kind of intelligent building monitor message processing method, be applied to intelligent building monitor message treatment system, described intelligent building monitor message treatment system comprises server, proxy server, more than one first service node and more than one second service node, more than one first service node described in described proxy server unified management; Described method comprises:
Described server receives user's service subscription information, according to described service subscription information analysis, goes out the second service information that first service information that proxy server will complete and/or second service node will complete;
When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server;
When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly;
Receive the first service object information that described proxy server sends, and receive each corresponding second service object information that second service node sends described in each;
By described first service object information and the comprehensive rear service subscription object information output that forms of second service object information described in each.
In such scheme, described method also comprises:
Described server receives user's service exhibition information, the first environment parameter information of the described proxy server transmission of comprehensive storage and the corresponding second environment parameter information that described in each, second service node sends, form service displaying response message and export to user.
In such scheme, described first service object information obtains in the following manner:
Described proxy server is resolved described first service information, and is converted into discernible command information corresponding to first service node described in each, and command information described in each is sent to first service node described in each accordingly;
Described in each, first service node completes after service according to its corresponding command information, and described in each, first service node sends to described proxy server by the first sub-services object information of its correspondence;
Described proxy server carries out each the first sub-services object information comprehensively, to obtain described first service object information.
In such scheme, described first environment parameter information obtains in the following manner:
Described in each, first service node sends to described proxy server by the parameter information of its monitoring;
Described proxy server by each parameter information and the geographical location parameter information corresponding with described parameter information carry out comprehensive after, form first environment parameter information and also send to described proxy server, by described server, be saved in database.
In such scheme, described second environment parameter information obtains in the following manner:
Described in each, second service node, by after the parameter information of its monitoring and the Research on Geographical Information Generalization corresponding with described parameter information, forms second environment parameter information and also sends to described server, by described server, is saved in database.
In such scheme, described first service node and described second service node form wireless sense network, and described method also comprises:
When having first service node to access described wireless sense network, described new first service node sends the first login request message to described proxy server; When described proxy server determines that according to described the first login request message permitting described new first service node accesses, distribute to the described new unique resource identification of first service node;
When having first service node to remove from described wireless sense network, first service node sends the first de-registration request message to described proxy server; Described proxy server regains according to described the first de-registration request message the resource identification that distributes described first service node.
The embodiment of the present invention also provides a kind of intelligent building monitor message treatment system, described intelligent building monitor message treatment system comprises server, proxy server, more than one first service node and more than one second service node, more than one first service node described in described proxy server unified management; Wherein,
Described server, receives user's service subscription information for described server, according to described service subscription information analysis, go out the second service information that first service information that proxy server will complete and/or second service node will complete; When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server; When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly; The first service object information also sending for receiving described proxy server, and receive each corresponding second service object information that second service node sends described in each; By described first service object information and the comprehensive rear service subscription object information output that forms of second service object information described in each.
In such scheme, described server, also for receiving user's service exhibition information; After the first environment parameter information of the described proxy server transmission of comprehensive storage and the corresponding second environment parameter information that described in each, second service node sends, form service displaying corresponding information and export to user.
In such scheme, described proxy server, for described first service information is resolved, is converted into discernible command information corresponding to first service node described in each, and command information described in each is sent to first service node described in each accordingly; Each the first sub-services object information is carried out comprehensively, obtaining described first service object information; And described first service object information is sent to described server;
First service node described in each, for completing after service according to its corresponding command information, sends to described proxy server by the first sub-services object information of its correspondence.
In such scheme, first service node described in each, also for sending to described proxy server by the parameter information of its monitoring;
Described proxy server, also for by each parameter information and the geographical location parameter information corresponding with described parameter information comprehensive after, form first environment parameter information and also send to described proxy server, by described server, be saved in database.
A kind of intelligent building monitor message processing method and system that the embodiment of the present invention provides, described intelligent building monitor message treatment system comprises server, proxy server, more than one first service node and more than one second service node, more than one first service node described in described proxy server unified management; Server receives user's service subscription information, according to service subscription information analysis, goes out the first service information of proxy server and/or the second service information of second service node; First service information is sent to proxy server; According to second service information analysis, go out the second sub-services information that each second service node is corresponding, and the second sub-services information is sent to each second service node accordingly; The first service object information that Receiving Agent server sends, and receive each corresponding second service object information that each second service node sends; By first service object information and the comprehensive rear service subscription object information output that forms of each second service object information; So, the technical scheme that the embodiment of the present invention provides, can be by the proxy server weak service node of the different and One's name is legion of management type effectively, thereby reduces the maintenance cost of system.
Accompanying drawing explanation
Fig. 1 is the composition structural representation that the embodiment of the present invention one intelligent building monitor message is processed;
Fig. 2 is the composition structural representation of the embodiment of the present invention two servers;
Fig. 3 is the existence form schematic diagram of subscription service information in the embodiment of the present invention three;
Fig. 4 is the realization flow schematic diagram that in the embodiment of the present invention three, proxy server is coordinated temperature nodes;
Fig. 5 is the realization flow schematic diagram of the embodiment of the present invention four information processing methods.
Embodiment
Owing to there is a large amount of isomery sensing nodes in wireless sense network, the service ability of these nodes is different, according to the difference of service ability, node can be divided into strong service node and weak service node; Wherein, weak service node structure function is single and type is various, and strong service node can be considered an independent community with minimum feature set.
Conventionally, weak service node deployment types in building is very many, and also very many of the weak service node of the same type quantity of disposing, if the weak service node of these types are different and One's name is legion adopts the mode of directly access to access intelligent building monitor message treatment system, certainly will need intelligent building monitor message treatment system to there is strong coupling, and can increase the maintenance cost of system.
Based on the above-mentioned fact, the basic thought of the embodiment of the present invention is: for weak service node, adopt the mode of agency's access to access wireless sense network, by proxy server, all weak service node in wireless sense network is carried out to unified management, to facilitate access intelligent building monitor message treatment system; For strong service node, because strong service node self can provide service independently, if also adopt the mode of agency's access to access intelligent building monitor message treatment system by proxy server, under the prerequisite existing at a large amount of weak service nodes, will certainly increase the operating load of proxy server, cause whole system to become too fat to move, therefore, can by strong service node directly and server join, convenient and swift.
Below in conjunction with the drawings and specific embodiments, the technical solution of the present invention is further elaborated.
Embodiment mono-
The embodiment of the present invention provides a kind of intelligent building monitor message treatment system, Fig. 1 is the composition structural representation of embodiment of the present invention intelligent building monitor message treatment system, as shown in Figure 1, described system comprises server 11, proxy server 12 and wireless sense network, and described wireless sense network comprises more than one first service node 13 and more than one second service node 14;
Wherein, described server 11, can receive the service request information that user sends, and described service request information comprises service subscription information and service exhibition information.
Described first service node 13, for the weak service node that structure function is single and type is various, as the node of the environmental parameters such as monitor temperature, humidity, intensity of illumination, pollen, PM2.5 and gas concentration lwevel, the node of monitoring of environmental parameter can be various transducers, for example: the node of monitor temperature can be temperature sensor, the node of monitoring humidity can be humidity sensor etc.;
Described second service node 14, can be considered a strong service node with the independent community of minimum feature set.
Described server 11, when the service request information self receiving is service subscription information, goes out the first service information of proxy server 12 and/or the second service information of second service node 14 according to described service subscription information analysis; When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server 12; When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information of second service node 14 correspondences described in each, and the second sub-services information is sent to second service node 14 described in each accordingly; Receive the first service object information that described proxy server 12 sends, receive each corresponding second service object information that second service node 14 sends described in each; By described first service object information and the comprehensive rear service subscription object information output that forms of second service object information described in each.
Here, it is a kind of by the mode of described first service object information and the comprehensive rear formation service subscription object information of second service object information output described in each that the embodiment of the present invention provides, particularly,
No matter which kind of service subscription information user subscribes to, what the content of the service subscription information of also no matter subscribing to is, in the process of implementing, only consider the entry-into-force time of subscribing to, that is: the principle that forms described service subscription object information is exactly the time that described service subscription information comes into force.When user need to check the service subscription object information of certain subscription, server 11 is resolved this service subscription information, extract the entry-into-force time of this service subscription information, and parse this service subscription information and relate to nodal information, comprise strong service node and weak service node, now strong, weak service node reports and is stored in database by data separately and working condition; Then according to entry-into-force time and nodal information, calling data in database generates service subscription object information.For example: the service subscription information that user subscribes to is " 8 o'clock to 11 o'clock every morning, when temperature is higher than 20 degree, open curtain ", in this example, relate to two nodes, weak service node is that temperature nodes and strong service node are that curtain is controlled node, the entry-into-force time of service subscription information is 8 o'clock to 11 o'clock every day, when user will check the service subscription object information of this service subscription information: server 11 can read out this temperature nodes and the curtain control node data of 8 to 11 every day, generate service subscription object information and show user, display form comprises: curve chart, icons etc. wherein, the abscissa of curve chart is time shaft, ordinate is for controlling point value.
Described server 11, when the service request information self receiving is service exhibition information, after the first environment parameter information of described proxy server 12 transmissions of comprehensive storage and the corresponding second environment parameter information that described in each, second service node 14 sends, form service displaying corresponding information and export to user.
Here, described service subscription information is for representing the service request information that user subscribes to, and described service exhibition information requires for representing user the service request information of showing.
Wherein, described proxy server 12, has the function of node registration, endpoint unregistration, command analysis and service result analysis etc., so that unified management first service node 13.Concrete:
1) node registering functional, proxy server 12 can provide node registering functional for first service node 13; When having new first service node 13 to access described wireless sense network, described new first service node 13 sends the first login request message to described proxy server 12; When described proxy server 12 determines that according to described the first login request message permitting described new first service node 13 accesses, distribute to the described new unique resource identification of first service node 13, described resource identification can be mac address; Wherein said the first login request message comprises the information such as node type information.
2) endpoint unregistration function, contrary with node registering functional, when having first service node 13 to remove from described wireless sense network, first service node 13 sends the first de-registration request message to described proxy server 12; Described proxy server 12 regains according to described the first de-registration request message the resource identification that it distributes this first service node 13; The information such as the resource identification that wherein, described the first de-registration request message comprises this node, node type information.
3) command analysis function, because first service node 13 service ability are limited, therefore need to be by the collaborative a plurality of first service points 13 of proxy server 12, to complete the first service information under server 11; Concrete, the described first service information that 12 pairs of servers of described proxy server 11 send is resolved, be converted into the discernible command information of first service node 13 correspondences described in each, and command information described in each is sent to first service node 13 described in each accordingly;
Here, described first service information can be for regular form be as the information on services of XML command format, and described discernible command information can be the information on services of binary command format.
4) service result analytic function, described in each, first service node 13 completes after service according to its corresponding command information, and described in each, first service node 13 sends to described proxy server 12 by the first sub-services object information of its correspondence; Now, described proxy server 12 carries out each the first sub-services object information comprehensively, to obtain described first service object information, and described first service object information is sent to described server 11.And first service node 13 sends to described proxy server 12 by the parameter information of monitoring separately described in each; Now, described proxy server 12 by each parameter information and the geographical location parameter information corresponding with this parameter information comprehensive after, form first environment parameter information and send to described proxy server 12, by described server 11, be saved in database, to call at any time first environment parameter information described in each.
Wherein, second service node 14 described in each, completes after corresponding service for the second sub-services information sending according to described server 11, and the second sub-services object information is sent to described server 11;
Embodiment bis-
In embodiment shown in Fig. 1 of the present invention, described server can also be the shared building parameter information of third party by Rest interface, and described building parameter information comprises geographical location information, real time environment data etc. in building.Fig. 2 is the composition structural representation of embodiment of the present invention server, and as shown in Figure 2, described server comprises open platform module 21, service display module 22 and service subscribing module 23, wherein:
Described open platform module 21, by external interface request receiving user's service request information, resolves to service subscription information and/or service exhibition information by described service request information; When the result of the described service request information of parsing comprises described service subscription information, described open platform module 21 sends to described service subscription module 23 by described service subscription information; When the result of the described service request information of parsing comprises described service exhibition information, described open platform module 21 sends to described service display module 22 by described service exhibition information;
Described service display module 22, receive after described service exhibition information, after the first environment parameter information that the described proxy server of comprehensive storage sends and the corresponding second environment parameter information that described in each, second service node sends, form service and show response message; And described service exhibition information is sent to described open platform module 21; Accordingly, described open platform module 21 sends to third party by external interface;
Described service subscription module 23, receives after described service subscription information, according to described service subscription information analysis, goes out the first service information of proxy server and/or the second service information of second service node; When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server; When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly;
Accordingly, at described proxy server, according to described first service information, complete after service, service display module 22 receives the first service object information that described proxy server sends; Described in each, second service node completes after service according to the second sub-services information of its correspondence, and service display module 22 receives each corresponding second service object information that second service node sends described in each.
In embodiment shown in Fig. 2 of the present invention, utilize modular development idea, described server is divided into open platform module 21, service display module 22 and service subscribing module 23, like this, when user needs subscription service or checks service result, open platform module 21 can directly be called corresponding device and go corresponding function; Meanwhile, when after server module, open platform module 21 can be called and be provided service to third party by internal unity, is easy to safeguard.
Embodiment tri-
In embodiments of the present invention, described service request information comprises that service subscription information and service exhibition information can exist with regular form, can adopt XML form in the concrete process of implementing.As shown in Figure 3,2013 09 month 05 to 2013 year 09 month 26 days during this period of time in (the 3rd row), 7 o'clock to 11 o'clock every morning, after the temperature value of the node that node ID (eighth row) is E1 37 3,B01 00 4,B12 00 is greater than 30, just open curtain, the described control command of opening curtain is 1, and corresponding sensing node ID is FF FF FF FF FF FF6602(the 20th row).
It should be noted that, in concrete implementation process, user is probably only limited to the floor room information of recognizing building, and the very possible ID that does not understand concrete service node, therefore, the floor room information of user's appointment need to be converted into concrete service node, wherein, service node comprises first service node and second service node.Those skilled in the art is converted into concrete service node by floor room information and can realizes by the mode of look-up table, also can realize by other prior art, repeats no more here.
In embodiments of the present invention, described open platform module 21, by external interface request receiving user service request information as shown in Figure 3, resolves to this service request information the service subscription information of XML form; The result of the described service request information that 21 judgements of open platform module are resolved comprises described service subscription information, therefore, described service subscription information is sent to described service subscription module 23;
Described service subscription module 23, receives after service subscription information, according to service subscription information analysis, goes out the first service information of proxy server and the second service information of second service node; Described first service information is sent to described proxy server; According to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly;
Concrete, service subscription module 23 is isolated the related service node of service subscription information and control command corresponding to related service node, wherein, related service node comprises temperature nodes and curtain control node, wherein temperature nodes is first service node (node ID is E1 37 3,B01 00 4,B12 00), and it is second service node (node ID is FF FF FF FF FF FF 66 02) that curtain is controlled node; The control command that related service node is corresponding can be arranged in instruction database, and by searching in instruction database, the instruction of for example opening curtain is 1, to corresponding order, sends to corresponding service node, to complete service subscription information.
Different according to service ability, for first service node, its corresponding first service information is handed to proxy server; For second service node, directly the second sub-services information of its correspondence is sent to corresponding second service node.In the present embodiment, temperature nodes is first service node, and it is second service node that curtain is controlled node, and service subscription module 23 sends to proxy server by the first service information of measuring Current Temperatures; When judgement temperature is spent higher than 30, the second sub-services information of service subscription module 23 being opened to curtain sends to curtain to control node.
Proxy server receives first service information, is responsible for coordinating temperature nodes completes service according to first service information; Fig. 4 is the realization flow schematic diagram that in the embodiment of the present invention three, proxy server is coordinated temperature nodes, and as shown in Figure 4, the flow process that proxy server is coordinated temperature nodes comprises:
Service subscription module 23 is received after first service object information, when judgement Current Temperatures is spent higher than 30, to curtain, controls node and sends the second sub-services information, and described the second sub-services information is for opening curtain;
Curtain is controlled node and is received after the second sub-services information, and directly query statement storehouse, is converted into command sequence by service request, thereby realizes service; Be that curtain in this example is opened, curtain is controlled node and is sent second service object information to service display module 22, and wherein second service object information comprises the information that curtain is opened;
Service display module 22 is exported the second result information on services.
Embodiment tetra-
The embodiment of the present invention provides a kind of information processing method, be applied to intelligent building monitor message treatment system, described intelligent building monitor message treatment system comprises server, proxy server and wireless sense network, described wireless sense network comprises more than one first service node and more than one second service node, Fig. 5 is the realization flow schematic diagram of the embodiment of the present invention four information processing methods, as shown in Figure 5, described method comprises:
Here, described service subscription information is for representing the service request information that user subscribes to;
In the present embodiment four, described method also comprises steps A: described server receives after user's service exhibition information, after the first environment parameter information of the described proxy server transmission of comprehensive storage and the corresponding second environment parameter information that described in each, second service node sends, form service displaying response message and export to user.
Here, described service exhibition information requires for representing user the service request information of showing.
Here, described first environment parameter information obtains by following steps:
Steps A 11, described in each, first service node sends to described proxy server by the parameter information of its monitoring;
Steps A 12, described proxy server by each parameter information and the geographical location parameter information corresponding with this parameter information carry out comprehensive after, form first environment parameter information and send to described proxy server, by described server, be saved in database, to call at any time first environment parameter information described in each.
Here, described second environment parameter information obtains by following steps: described in each, second service node is by after the parameter information of its monitoring and the Research on Geographical Information Generalization corresponding with this parameter information, form second environment parameter information and send to described server, by described server, be saved in database, to call at any time comprehensive environmental parameter information described in each.
In the present embodiment four, described first service object information obtains by following steps:
Step B1, described proxy server is resolved described first service information, and is converted into discernible command information corresponding to first service node described in each, and command information described in each is sent to first service node described in each accordingly;
Step B2, described in each, first service node completes after service according to its corresponding command information, and described in each, first service node sends to described proxy server by the first sub-services object information of its correspondence;
Step B3, described proxy server carries out each the first sub-services object information comprehensively, to obtain described first service object information; And described first service object information is sent to described server.
In the present embodiment four, described method also comprises step C1 and C2, wherein:
Step C1, when having new first service node to access described wireless sense network, described new first service node sends the first login request message to described proxy server; When described proxy server determines that according to described the first login request message permitting described new first service node accesses, distribute to the described new unique resource identification of first service node;
Step C2, when having first service node to remove from described wireless sense network, first service node sends the first de-registration request message to described proxy server; Described proxy server regains according to described the first de-registration request message the resource identification that it distributes this first service node.
In the concrete process of implementing, open platform module 21 can be the web program being deployed on server 11, open interface is externally provided, application programming interface (API such as Rest style, Application Programming Interface), third party's application is carried out interaction data by text transfer protocol (HTTP, Hypertext Transfer Protocol) request with server 11; Service display module 22 can be the browser of pc machine, can be also the browser of mobile device, can be also mobile client etc.Service subscription module can be also the interface that operates in a web program on server 11, or mobile client.
The foregoing is only the preferred embodiments of the present invention; not thereby limit scope of patent protection of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes specification of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. an intelligent building monitor message processing method, it is characterized in that, be applied to intelligent building monitor message treatment system, described intelligent building monitor message treatment system comprises server, proxy server, more than one first service node and more than one second service node, more than one first service node described in described proxy server unified management; Described method comprises:
Described server receives user's service subscription information, according to described service subscription information analysis, goes out the second service information that first service information that proxy server will complete and/or second service node will complete;
When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server;
When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly;
Receive the first service object information that described proxy server sends, and receive each corresponding second service object information that second service node sends described in each;
By described first service object information and the comprehensive rear service subscription object information output that forms of second service object information described in each.
2. method according to claim 1, is characterized in that, described method also comprises:
Described server receives user's service exhibition information, the first environment parameter information of the described proxy server transmission of comprehensive storage and the corresponding second environment parameter information that described in each, second service node sends, form service displaying response message and export to user.
3. method according to claim 1, is characterized in that, described first service object information obtains in the following manner:
Described proxy server is resolved described first service information, and is converted into discernible command information corresponding to first service node described in each, and command information described in each is sent to first service node described in each accordingly;
Described in each, first service node completes after service according to its corresponding command information, and described in each, first service node sends to described proxy server by the first sub-services object information of its correspondence;
Described proxy server carries out each the first sub-services object information comprehensively, to obtain described first service object information.
4. method according to claim 2, is characterized in that, described first environment parameter information obtains in the following manner:
Described in each, first service node sends to described proxy server by the parameter information of its monitoring;
Described proxy server by each parameter information and the geographical location parameter information corresponding with described parameter information carry out comprehensive after, form first environment parameter information and also send to described proxy server, by described server, be saved in database.
5. method according to claim 2, is characterized in that, described second environment parameter information obtains in the following manner:
Described in each, second service node, by after the parameter information of its monitoring and the Research on Geographical Information Generalization corresponding with described parameter information, forms second environment parameter information and also sends to described server, by described server, is saved in database.
6. according to the method described in claim 1 to 5 any one, it is characterized in that, described first service node and described second service node form wireless sense network, and described method also comprises:
When having first service node to access described wireless sense network, described new first service node sends the first login request message to described proxy server; When described proxy server determines that according to described the first login request message permitting described new first service node accesses, distribute to the described new unique resource identification of first service node;
When having first service node to remove from described wireless sense network, first service node sends the first de-registration request message to described proxy server; Described proxy server regains according to described the first de-registration request message the resource identification that distributes described first service node.
7. an intelligent building monitor message treatment system, it is characterized in that, described intelligent building monitor message treatment system comprises server, proxy server, more than one first service node and more than one second service node, more than one first service node described in described proxy server unified management; Wherein,
Described server, receives user's service subscription information for described server, according to described service subscription information analysis, go out the second service information that first service information that proxy server will complete and/or second service node will complete; When definite result of resolving described service subscription information comprises described first service information, described first service information is sent to described proxy server; When definite result of resolving described service subscription information comprises described second service information, according to described second service information analysis, go out the second sub-services information corresponding to second service node described in each, and the second sub-services information is sent to second service node described in each accordingly; The first service object information also sending for receiving described proxy server, and receive each corresponding second service object information that second service node sends described in each; By described first service object information and the comprehensive rear service subscription object information output that forms of second service object information described in each.
8. system according to claim 7, is characterized in that, described server, also for receiving user's service exhibition information; After the first environment parameter information of the described proxy server transmission of comprehensive storage and the corresponding second environment parameter information that described in each, second service node sends, form service displaying corresponding information and export to user.
9. according to the system described in claim 7 or 8, it is characterized in that, described proxy server, for described first service information is resolved, be converted into discernible command information corresponding to first service node described in each, and command information described in each is sent to first service node described in each accordingly; Each the first sub-services object information is carried out comprehensively, obtaining described first service object information; And described first service object information is sent to described server;
First service node described in each, for completing after service according to its corresponding command information, sends to described proxy server by the first sub-services object information of its correspondence.
10. system according to claim 9, is characterized in that, first service node described in each, also for sending to described proxy server by the parameter information of its monitoring;
Described proxy server, also for by each parameter information and the geographical location parameter information corresponding with described parameter information comprehensive after, form first environment parameter information and also send to described proxy server, by described server, be saved in database.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108093020A (en) * | 2016-11-23 | 2018-05-29 | 阿里巴巴集团控股有限公司 | Data processing method and device |
| CN109581951A (en) * | 2018-12-21 | 2019-04-05 | 好空气科技发展有限公司 | A kind of system for the interior monitoring of tools in building |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080075063A1 (en) * | 2005-03-23 | 2008-03-27 | Kyung-Lim Ha | Integrated system and method routing optimized communication path of multimedia data under user's configuration of communication |
| CN102053610A (en) * | 2010-12-24 | 2011-05-11 | 深圳市天维尔通讯技术有限公司 | Intelligent operation and maintenance method and system aiming at automatic monitoring systems |
| CN201986073U (en) * | 2011-03-29 | 2011-09-21 | 浙江商业职业技术学院 | Remote monitoring system for vehicles of logistics enterprises |
-
2013
- 2013-12-12 CN CN201310683577.2A patent/CN103687082B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080075063A1 (en) * | 2005-03-23 | 2008-03-27 | Kyung-Lim Ha | Integrated system and method routing optimized communication path of multimedia data under user's configuration of communication |
| CN102053610A (en) * | 2010-12-24 | 2011-05-11 | 深圳市天维尔通讯技术有限公司 | Intelligent operation and maintenance method and system aiming at automatic monitoring systems |
| CN201986073U (en) * | 2011-03-29 | 2011-09-21 | 浙江商业职业技术学院 | Remote monitoring system for vehicles of logistics enterprises |
Non-Patent Citations (1)
| Title |
|---|
| 兰宏钟，罗红: "基于ZigBee的无线传感器网络管理系统的研究与设计", 《软件》 * |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108093020A (en) * | 2016-11-23 | 2018-05-29 | 阿里巴巴集团控股有限公司 | Data processing method and device |
| CN108093020B (en) * | 2016-11-23 | 2020-12-18 | 阿里巴巴集团控股有限公司 | Data processing method and device |
| CN109581951A (en) * | 2018-12-21 | 2019-04-05 | 好空气科技发展有限公司 | A kind of system for the interior monitoring of tools in building |
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