CN101790112A - Method, system and device for realizing intelligent subdistrict multinet fusion - Google Patents
Method, system and device for realizing intelligent subdistrict multinet fusion Download PDFInfo
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- CN101790112A CN101790112A CN200910244582A CN200910244582A CN101790112A CN 101790112 A CN101790112 A CN 101790112A CN 200910244582 A CN200910244582 A CN 200910244582A CN 200910244582 A CN200910244582 A CN 200910244582A CN 101790112 A CN101790112 A CN 101790112A
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Abstract
The embodiment of the invention discloses a method, a system and a device for realizing intelligent subdistrict multinet fusion. The embodiment of the invention provides the technical scheme that various business signals in an intelligent subdistrict can be merged through a business integration device on a down link, and the merged compounded signals can carry out uniform sending; various business signals sent by different user terminals can be merged and then carry out uniform sending and processing on an up link, so the repeated network construction of different kinds of business in the intelligent subdistrict is avoided, the network construction investment can be reduced, the operation cost is correspondingly reduced, and the later stage upgrading and capacity expansion can be convenient.
Description
Technical field
The present invention relates to communication technical field, more particularly, relate to a kind of method, system and device of realizing that intelligent subdistrict multinet merges.
Background technology
Along with the continuous development of the communication technology and the construction of intelligent community, the intelligent degree of residential quarters is also more and more higher.Wherein, intelligent residential areaization is meant by utilizing modern communication networks technology, computer technology, automatic control technology, integrated circuit (IC, integrated circuit) card technique, by effective transmission network, set up " Trinity " residential quarters service formed by residential quarters comprehensive property administrative center and safety-protection system, information service system, estate management system and home intelligence and management integrated system, make sub-district and each family can reach safe, comfortable and living environment easily.
Generally, the intelligent residential district mainly is made up of following subsystem: household intelligent control subsystem, Property Management of residence service subsystem, sub-district integrated information service subsystem and sub-district security monitoring subsystem etc.At present, in realizing the intelligent residential area process, mainly adopt network mode and bus mode to carry out, but, therefore in fairly large community application, have a lot of problems because there is the problem that antijamming capability is low, communication speed is slow in bus mode.Given this, network mode becomes main flow and the development trend that realizes intelligent residential areaization.
When utilizing network mode to realize intelligent residential area, adopt fixed-line telephone network, mobile telephone network, cable television network, the Internet and coaxial cable, category-5 cable to wait inner various transmission of Information such as the sub-district of realizing security monitoring, estate management at present.Information network provided but this construction scheme places one's entire reliance upon class of business and network technology system, form each relevant operator and estate management and must have separately network, thereby cause the repeated construction of network, increased the cost of network operation, and be not easy to the later stage upgrade expanding.
Summary of the invention
In view of this, the embodiment of the invention provides a kind of method, system and device of realizing that intelligent subdistrict multinet merges, with the intelligentized networking investment in effective minimizing sub-district, cuts operating costs, and is convenient to the later stage upgrade expanding.
The embodiment of the invention is achieved in that
The embodiment of the invention provides a kind of method that realizes that intelligent subdistrict multinet merges, and this method comprises:
The service set device merges conversion with received multiple downlink business signal, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
Described user traffic interfaces device is changed the professional light signal of received described downlink composite, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
Described user interface section is changed received multiple uplink service signal, generates the uplink service light signal, and described uplink service light signal is sent to described service set device;
Described service set device merges conversion to received uplink service light signal, generates the up composite services signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor.
Described service set device is sent to the user traffic interfaces device with described downlink composite service signal, comprising:
Described service set device is sent to corresponding transmitting device after carrying out the professional light signal of described downlink composite along separate routes;
Described transmitting device is sent to corresponding user traffic interfaces device with the professional light signal of described downlink composite after along separate routes.
Preferably, described transmitting device compensates amplification to the professional light signal of received downlink composite.
Described transmitting device compensates amplification to the professional light signal of received downlink composite, comprising:
Described transmitting device is converted to the professional signal of telecommunication of downlink composite with the professional light signal of received downlink composite, and the professional signal of telecommunication of described downlink composite is compensated amplification, and the professional signal of telecommunication of described downlink composite after compensation is amplified carries out the electric light conversion.
Described user traffic interfaces device is changed the professional light signal of described downlink composite, generates the professional signal of telecommunication of downlink composite, and the described composite services signal of telecommunication is sent to the respective user terminal by the respective antenna device.
Described user interface section is sent to described service set device with described uplink service light signal, comprising:
Described user interface section is sent to corresponding transmitting device with described uplink service light signal;
Described transmitting device merges the downlink business light signal that received a plurality of user traffic interfaces devices are sent, and generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to described service set device.
Preferably, described transmitting device compensates amplification to described downlink business light signal.
Described transmitting device compensates amplification to described downlink business light signal, comprising:
Described transmitting device carries out the electric light conversion with received downlink business light signal, generates the downlink business signal of telecommunication, and the described downlink business signal of telecommunication is compensated amplification, and the described downlink business signal of telecommunication after compensation is amplified carries out the electric light conversion.
The embodiment of the invention provides a kind of system that realizes that intelligent subdistrict multinet merges, and this system comprises: service set device and user traffic interfaces device, wherein,
Described service set device is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
Receive the uplink service light signal that described user traffic interfaces device is sent, described uplink service light signal is changed, generate the uplink service signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor;
Described user traffic interfaces device, being used for the professional light signal of received described downlink composite changes, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
Received multiple uplink service signal is changed, generated the uplink service light signal, and described uplink service light signal is sent to described service set device.
The embodiment of the invention provides a kind of service set device, and this device comprises: the first descending receiving element, descending merging converting unit, the first descending transmitting element, the first up receiving element, up merging converting unit and the first up transmitting element, wherein,
The described first descending receiving element is used to receive multiple downlink business signal;
Described descending merging converting unit is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite;
The described first descending transmitting element is used for the professional light signal of described downlink composite is sent to the user traffic interfaces device;
The described first up receiving element is used to receive the multiple uplink service signal that user terminal sends;
Described up merging converting unit is used for received multiple uplink service light signal is merged conversion, generates the up composite services signal of telecommunication;
The described first up transmitting element is used for each uplink service of the described up composite services signal of telecommunication is sent to the corresponding service data processor.
The embodiment of the invention provides a kind of user traffic interfaces device, and this device comprises: the second descending receiving element, down conversion unit, the second descending transmitting element, the second up receiving element, up converting unit and the second up transmitting element, wherein,
The described second descending receiving element is used to receive the professional light signal of downlink composite that the service set unit is sent;
Described down conversion unit is used for the professional light signal of received described downlink composite is changed, and generates the professional signal of telecommunication of downlink composite;
The described second descending transmitting element is used for each downlink business of the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal;
The described second up receiving element is used to receive the multiple uplink service signal that user terminal sends;
Described up converting unit is changed received multiple uplink service signal, generates the uplink service light signal;
The described second up transmitting element is used for described uplink service light signal is sent to described service set device.
Compared with prior art, the technical scheme that the embodiment of the invention provides has the following advantages and characteristics: the technical scheme that the embodiment of the invention provided, at down link, can the multiple business signal in the intelligent residential district be merged by the service set device, and the composite signal after will merging is unified to send; And when up link, carry out unified transmission and processing after the multiple business that different user terminals sent can being merged, avoided the repetition networking of different business in the intelligent residential district, the corresponding operation cost that also reduces network.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is a kind of method flow diagram of realizing that intelligent subdistrict multinet merges for the embodiment of the invention provided;
Fig. 2 is a kind of system configuration schematic diagram of realizing that intelligent subdistrict multinet merges for the embodiment of the invention provided;
Fig. 3 is a kind of service set apparatus structure schematic diagram that the embodiment of the invention provided;
Fig. 4 is a kind of user traffic interfaces apparatus structure schematic diagram that the embodiment of the invention provided;
Fig. 5 is a kind of method down link flow process figure that realizes that intelligent subdistrict multinet merges for the embodiment of the invention provided;
Fig. 6 is a kind of method up link flow process figure that realizes that intelligent subdistrict multinet merges for the embodiment of the invention provided;
Fig. 7 is a kind of system configuration schematic diagram of realizing that intelligent subdistrict multinet merges for the embodiment of the invention provided.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
The embodiment of the invention provides a kind of method that realizes that intelligent subdistrict multinet merges, and this method idiographic flow comprises as shown in Figure 1:
Step 101: the service set device merges conversion with received multiple downlink business signal, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
In step 101, the service set device is when the user traffic interfaces device sends the downlink composite service signal, can send by transmitting device, be specially: the service set device is sent to corresponding transmitting device after carrying out the professional light signal of described downlink composite along separate routes; Transmitting device is sent to corresponding user traffic interfaces device with the professional light signal of described downlink composite after along separate routes.
Need to prove, transmitting device is in the transmission course of carrying out the professional light signal of downlink composite, can compensate amplification to the professional light signal of this downlink composite, for example: transmitting device is converted to the professional signal of telecommunication of downlink composite with the professional light signal of received downlink composite, and the professional signal of telecommunication of described downlink composite compensated amplification, the professional signal of telecommunication of described downlink composite after compensation is amplified carries out the electric light conversion.
Step 102: described user traffic interfaces device is changed the professional light signal of received described downlink composite, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
In step 102, the user traffic interfaces device can be at first be changed the professional light signal of downlink composite, generates the professional signal of telecommunication of downlink composite, and the antenna assembly of the professional signal of telecommunication of downlink composite by correspondence is sent to corresponding user terminal.
Step 103: described user's interface device is changed received multiple uplink service signal, generates the uplink service light signal, and described uplink service light signal is sent to described service set device;
In step 103, the user traffic interfaces device can send by transmission unit when the service set device sends the uplink service light signal, and be specially: the user traffic interfaces device is sent to corresponding transmitting device with described uplink service light signal; Transmitting device merges the downlink business light signal that received a plurality of user traffic interfaces devices are sent, and generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to described service set device.
Need to prove, transmitting device is in the transmission course of carrying out uplink optical signal, can compensate amplification to this uplink service light letter equally, for example: transmitting device carries out the electric light conversion with received downlink business light signal, generate the downlink business signal of telecommunication, and the described downlink business signal of telecommunication compensated amplification, the described downlink business signal of telecommunication after compensation is amplified carries out the electric light conversion.
Step 104: described service set device merges conversion to received uplink service light signal, generates the up composite services signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor.
A kind of method that realizes that intelligent subdistrict multinet merges that the embodiment of the invention provided at down link, can merge by the service set device multiple business signal in the intelligent residential district, and the composite signal after will merging is unified to send; And when up link, carry out unified transmission and processing after the multiple business that different user terminals sent can being merged, avoided the repetition networking of different business in the intelligent residential district, the corresponding operation cost that also reduces network.
Correspondingly, the embodiment of the invention also provides a kind of system that realizes that intelligent subdistrict multinet merges, and this system comprises structure as shown in Figure 2: service set device 201 and user traffic interfaces device 202, wherein:
Service set device 201 is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
Receive the uplink service light signal that described user traffic interfaces device is sent, described uplink service light signal is changed, generate the uplink service signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor.
User traffic interfaces device 202, being used for the professional light signal of received described downlink composite changes, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
Received multiple uplink service signal is changed, generated the uplink service light signal, and described uplink service light signal is sent to described service set device.
A kind of system that realizes that intelligent subdistrict multinet merges that the embodiment of the invention provided, the method that the realization intelligent subdistrict multinet that can be used to carry out the embodiment of the invention provides merges.The system that this realization intelligent subdistrict multinet merges carries out the process that intelligent subdistrict multinet merges, the method that can merge referring to the realization intelligent subdistrict multinet that the embodiment of the invention provides.
A kind of system that realizes that intelligent subdistrict multinet merges that the embodiment of the invention provided at down link, can merge by the service set device multiple business signal in the intelligent residential district, and the composite signal after will merging is unified to send; And when up link, carry out unified transmission and processing after the multiple business that different user terminals sent can being merged, avoided the repetition networking of different business in the intelligent residential district, the corresponding operation cost that also reduces network.
The embodiment of the invention provides a kind of service set device, this device comprises structure as shown in Figure 3: the first descending receiving element 301, descending merging converting unit 302, first descending transmitting element 303, the first up receiving element 304, up merging converting unit 305 and the first up transmitting element 306, wherein:
The first descending receiving element 301 is used to receive multiple downlink business signal;
Descending merging converting unit 302 is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite;
The first descending transmitting element 303 is used for the professional light signal of described downlink composite is sent to the user traffic interfaces device;
The first up receiving element 304 is used to receive the multiple uplink service signal that user terminal sends;
Up merging converting unit 305 is used for received multiple uplink service light signal is merged conversion, generates the up composite services signal of telecommunication;
The first up transmitting element 306 is used for each uplink service of the described up composite services signal of telecommunication is sent to the corresponding service data processor.
A kind of service set device that the embodiment of the invention provided, the method that the realization intelligent subdistrict multinet that can be used to carry out the embodiment of the invention provides merges.This service set device carries out the process that intelligent subdistrict multinet merges, the method that can merge referring to the realization intelligent subdistrict multinet that the embodiment of the invention provides.
At last, the embodiment of the invention also provides a kind of user traffic interfaces device, this device comprises structure as shown in Figure 4: the second descending receiving element 401, down conversion unit 402, second descending transmitting element 403, the second up receiving element 404, up converting unit 405 and the second up transmitting element 406, wherein
The second descending receiving element 401 is used to receive the professional light signal of downlink composite that the service set unit is sent;
Down conversion unit 402 is used for the professional light signal of received described downlink composite is changed, and generates the professional signal of telecommunication of downlink composite;
The second descending transmitting element 403 is used for each downlink business of the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal;
The second up receiving element 404 is used to receive the multiple uplink service signal that user terminal sends;
Up converting unit 405 is changed received multiple uplink service signal, generates the uplink service light signal;
The second up transmitting element 406 is used for described uplink service light signal is sent to described service set device.
A kind of user traffic interfaces device that the embodiment of the invention provided, the method that the realization intelligent subdistrict multinet that can be used to carry out the embodiment of the invention provides merges.This user traffic interfaces device carries out the process that intelligent subdistrict multinet merges, the method that can merge referring to the realization intelligent subdistrict multinet that the embodiment of the invention provides.
In conjunction with said method, system, device and concrete application scenarios, the technical scheme that invention is provided to this law is described further.In the present embodiment, be that example describes with certain intelligent residential district, in this sub-district, there is family intelligent control system, this system can realize multiple functions such as burglar alarm, fire and gas leakage warning, three table data acquisitions and transmission; Property Management of residence service system, this system can be used to implement multiple functions such as electric power system supervision, public domain illumination control, supply and drain water system monitoring, elevator operation monitoring and resident family's information management; The sub-district integrated information service system, this system can provide services such as community's amusement and recreation information, market shopping information, community's bulletin board and distance medical diagnosis for resident family; And the sub-district safety monitoring system can provide security services such as electronic patrol for resident family.This shows,, just need to build a plurality of network systems, not only increased network construction cost, also increased the cost that subsequent network is safeguarded if adopt traditional mode to realize the sub-district intellectuality.In the present embodiment, adopt multiple network is merged, constitute the method for a UNE, to realize that multi-service focuses on.Need to prove, in access network, because transmission of Information can be divided into uplink and downlink, be example with the down link, and idiographic flow comprises as shown in Figure 5:
Step 501: the service set device receives multiple downstream signal, is sent to transmitting device after downstream signal is handled;
In step 501, the service set device can receive the downstream signal from the different pieces of information processor, for example receive from certain processor and send to the data of water meter information gathering request message of formulating the user, perhaps certain processor is to the control command of the illuminated device in sub-district etc.If communicate by wireless mode between data processor and the service set device, then data processor can be sent to the service set device by antenna with the form of radiofrequency signal with the downstream signal that will send, wherein, the frequency of radiofrequency signal can be chosen in 500kHz～3GHz, the service set device is after receiving these signals, this signal is merged, become compound electric signal.Need to prove herein, communication mode between data processor and the service set device has more than and is limited to communication, when adopting other communication modes to carry out the transmission of downstream signal, the service set device need at first be modulated to the signal that receives the frequency of adaptation, afterwards, still can adopt said method to carry out the merging of multiple signal.After this,, then the compound electric signal that is generated can be carried out the electric light conversion, generate composite optical signal in view of high bandwidth in the fiber-optic communications traffic process and low-loss.Because in a sub-district, usually have a plurality of customer service receiving elements, therefore, the service set device is before sending light signal, can at first light signal be divided into multipath light signal, and the light signal along separate routes is sent to corresponding downlink transfer device respectively by optical branching device.
Step 502: the downlink transfer device is sent to the user traffic interfaces device after this light signal handled after receiving the light signal that the service set device sent.
In step 502, the downlink transfer device is after receiving the light signal that the service set device sent, because this light signal can produce certain loss in transmission course, therefore need carry out corresponding compensation to it, wherein, can adopt following method to carry out the compensation of light signal: the downlink transfer device at first is converted to the signal of telecommunication with received light signal, and after the signal of telecommunication was compensated, the electrical signal conversion after will compensating once more was a light signal.
Need to prove, because the scale difference of sub-district, also there is very big difference in the quantity of set user traffic interfaces device in the sub-district, and since the downlink transfer device in carrying out the shunt process of light signal, one road light signal can only be divided into a limited number of several roads, and (the previous service set device of order has only 8 optical ports, each transmitting device user side also has only 8 optical ports to side) light signal, generally, one road light signal can only be divided into eight road light signals at most, in this case, larger when the sub-district, set user traffic interfaces device more just need be provided with multistage transmitting device, structure as shown in Figure 7, can learn that from figure one road light signal can be undertaken by set multistage downlink transfer device repeatedly along separate routes, finally satisfies the requirement of set user traffic interfaces device.
Step 503: the user traffic interfaces device after this downstream signal handled, is sent to user terminal after receiving the downstream signal that transmitting device sends.
In step 503, after the user traffic interfaces device receives the downstream signal that transmitting device sends, because user terminal generally can only be handled the signal of telecommunication, needs user interface section that received downlink optical signal is carried out opto-electronic conversion, becomes the signal of telecommunication.In addition, because downstream signal may produce loss and be interfered in transmission course, therefore, user interface section also can carry out corresponding filtering and compensation to the signal of telecommunication after the conversion.If between user traffic interfaces device and the user terminal be the transmission of carrying out signal by wireless mode, then this user interface section can be sent to treated downstream signal on the corresponding antenna, by the different user terminal of antenna transmission.In addition, can communicate by other modes between user traffic interfaces device and the user terminal, present embodiment is not done particular restriction to this yet.
Step 504: user terminal is resolved the signal that receives, and carries out corresponding operating or obtains wherein entrained information.
Step 501 to the transmission of step 504 pair down link signal illustrates, below, respective description is done in the transmission of signal in the up link, idiographic flow comprises as shown in Figure 6:
Step 601: the user traffic interfaces device obtains upward signal from user terminal, and this upward signal is carried out respective handling;
In step 601, when the user need obtain certain service by the Intelligent Fusion network, for example report ammeter data information, when guarantee to keep in good repair etc. at the property center, if employing Wireless transmission mode, user terminal can at first be sent to antenna with the information that will send, by the radiofrequency signal that user traffic interfaces device reception antenna is sent, finish obtaining to the user terminal upward signal.Need to prove which kind of mode the user traffic interfaces device adopts obtain upward signal from user terminal, present embodiment is not done particular restriction.
Because the signal that the user traffic interfaces device obtains from user terminal generally is the signal of telecommunication, but have advantages such as bandwidth is big, loss is low in view of optical fiber communication, the user traffic interfaces device can be converted to light signal with the upward signal that is obtained.In addition, because in the transmission course of upward signal, can produce to a certain degree loss and interference, user interface section can at first compensate before this upward signal being carried out the electric light conversion and amplify and Filtering Processing, so that received upward signal is amplified and filtering interference signals.
Step 602: the upward signal that the user traffic interfaces device will be after treatment is sent to the uplink device, and is sent to the service set device after by the uplink device it being handled;
In step 602, the user traffic interfaces device is converted to received upward signal after the light signal, need this light signal be sent to the service set device by transmission node, to carry out Signal Processing.Need to prove, because the user traffic interfaces device of enormous amount may be set in the sub-district, for realizing of the concentrated reception of service set device to upward signal, transmitting device can merge the multichannel upward signal that receives, generation meets light signal, wherein, because upward signal can produce certain loss in transmission course, the uplink device also can adopt following method to carry out the compensation of upward signal: carry out generating multi-channel electric signal after the opto-electronic conversion at the multipath light signal that will receive, and this multi-channel electric signal merged generate one tunnel compound electric signal, after this compound electric signal carried out uncompensation, carry out the electric light conversion once more, become the photoreactivation signal.
Need to prove that described in step 602, the uplink device also can carry out the classification setting according to the actual scale of sub-district herein, perhaps, uplink device and downlink transfer device are arranged within the physical entity, do not limit at this.
Step 603: be sent to corresponding data processor after the service set device is handled received upward signal;
In step 603, because generally speaking, data processing unit can only be handled the signal of telecommunication, the service set device at first carries out opto-electronic conversion with the received upward signal that a plurality of transmitting device sent, become the signal of telecommunication, and this multi-channel electric signal merged generate one road signal of telecommunication, owing to comprise the multiple business signal in this signal of telecommunication, for realizing that the corresponding service signal can send on the corresponding data processor, then need this upward signal is carried out shunt according to the difference of the shared frequency band of different business, and the upward signal along separate routes is sent to corresponding data processor.
Step 604: data processor is resolved this upward signal after receiving corresponding upward signal, obtains wherein entrained information, and carries out subsequent operation.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM (Read-Only Memory, read-only storage memory body), RAM (RandomAccess Memory stores memory body at random), magnetic disc or CD.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined herein General Principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (11)
1. a method that realizes that intelligent subdistrict multinet merges is characterized in that, comprising:
The service set device merges conversion with received multiple downlink business signal, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
Described user traffic interfaces device is changed the professional light signal of received described downlink composite, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
Described user traffic interfaces device is changed received multiple uplink service signal, generates the uplink service light signal, and described uplink service light signal is sent to described service set device;
Described service set device merges conversion to received uplink service light signal, generates the up composite services signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor.
2. method according to claim 1 is characterized in that, described service set device is sent to the user traffic interfaces device with described downlink composite service signal, comprising:
Described service set device is sent to corresponding transmitting device after carrying out the professional light signal of described downlink composite along separate routes;
Described transmitting device is sent to corresponding user traffic interfaces device with the professional light signal of described downlink composite after along separate routes.
3. method according to claim 2 is characterized in that, also comprises: described transmitting device compensates amplification to the professional light signal of received downlink composite.
4. method according to claim 3 is characterized in that, described transmitting device compensates amplification to the professional light signal of received downlink composite, comprising:
Described transmitting device is converted to the professional signal of telecommunication of downlink composite with the professional light signal of received downlink composite, and the professional signal of telecommunication of described downlink composite is compensated amplification, and the professional signal of telecommunication of described downlink composite after compensation is amplified carries out the electric light conversion.
5. method according to claim 1, it is characterized in that, described user traffic interfaces device is changed the professional light signal of described downlink composite, generates the professional signal of telecommunication of downlink composite, and the described composite services signal of telecommunication is sent to the respective user terminal by the respective antenna device.
6. method according to claim 1 is characterized in that, described user traffic interfaces device is sent to described service set device with described uplink service light signal, comprising:
Described user traffic interfaces device is sent to corresponding transmitting device with described uplink service light signal;
Described transmitting device merges the downlink business light signal that received a plurality of user traffic interfaces devices are sent, and generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to described service set device.
7. method according to claim 6 is characterized in that, also comprises: described transmitting device compensates amplification to described downlink business light signal.
8. method according to claim 7 is characterized in that, described transmitting device compensates amplification to described downlink business light signal, comprising:
Described transmitting device carries out the electric light conversion with received downlink business light signal, generates the downlink business signal of telecommunication, and the described downlink business signal of telecommunication is compensated amplification, and the described downlink business signal of telecommunication after compensation is amplified carries out the electric light conversion.
9. a system that realizes that intelligent subdistrict multinet merges is characterized in that, comprising: service set device and user traffic interfaces device, wherein,
Described service set device is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite, and the professional light signal of described downlink composite is sent to the user traffic interfaces device;
Receive the uplink service light signal that described user traffic interfaces device is sent, described uplink service light signal is changed, generate the uplink service signal of telecommunication, and each uplink service in the described up composite services signal of telecommunication is sent to the corresponding service data processor;
Described user traffic interfaces device, being used for the professional light signal of received described downlink composite changes, generate the professional signal of telecommunication of downlink composite, and each downlink business in the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal, by described user terminal received corresponding downlink business is handled, and returned the uplink service signal to described user traffic interfaces device;
Received multiple uplink service signal is changed, generated the uplink service light signal, and described uplink service light signal is sent to described service set device.
10. a service set device is characterized in that, comprising: the first descending receiving element, descending merging converting unit, the first descending transmitting element, the first up receiving element, up merging converting unit and the first up transmitting element, wherein,
The described first descending receiving element is used to receive multiple downlink business signal;
Described descending merging converting unit is used for received multiple downlink business signal is merged conversion, generates the professional light signal of downlink composite;
The described first descending transmitting element is used for the professional light signal of described downlink composite is sent to the user traffic interfaces device;
The described first up receiving element is used to receive the multiple uplink service signal that user terminal sends;
Described up merging converting unit is used for received multiple uplink service light signal is merged conversion, generates the up composite services signal of telecommunication;
The described first up transmitting element is used for each uplink service of the described up composite services signal of telecommunication is sent to the corresponding service data processor.
11. a user traffic interfaces device is characterized in that, comprising: the second descending receiving element, down conversion unit, the second descending transmitting element, the second up receiving element, up converting unit and the second up transmitting element, wherein,
The described second descending receiving element is used to receive the professional light signal of downlink composite that the service set unit is sent;
Described down conversion unit is used for the professional light signal of received described downlink composite is changed, and generates the professional signal of telecommunication of downlink composite;
The described second descending transmitting element is used for each downlink business of the professional signal of telecommunication of described downlink composite is sent to corresponding user terminal;
The described second up receiving element is used to receive the multiple uplink service signal that user terminal sends;
Described up converting unit is changed received multiple uplink service signal, generates the uplink service light signal;
The described second up transmitting element is used for described uplink service light signal is sent to described service set device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910244582A CN101790112A (en) | 2009-12-31 | 2009-12-31 | Method, system and device for realizing intelligent subdistrict multinet fusion |
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| CN200910244582A CN101790112A (en) | 2009-12-31 | 2009-12-31 | Method, system and device for realizing intelligent subdistrict multinet fusion |
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| CN101790112A true CN101790112A (en) | 2010-07-28 |
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| CN200910244582A Pending CN101790112A (en) | 2009-12-31 | 2009-12-31 | Method, system and device for realizing intelligent subdistrict multinet fusion |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101917068A (en) * | 2010-08-27 | 2010-12-15 | 北京华鑫志和科技有限公司 | Side management terminal needed by multi-network integrated intelligent grid |
| CN102196459A (en) * | 2010-10-29 | 2011-09-21 | 北京汉铭通信有限公司 | Multiple play uplink system for wireless communication |
| CN103647730A (en) * | 2013-12-31 | 2014-03-19 | 李建新 | Electricity consumption information communication system |
-
2009
- 2009-12-31 CN CN200910244582A patent/CN101790112A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101917068A (en) * | 2010-08-27 | 2010-12-15 | 北京华鑫志和科技有限公司 | Side management terminal needed by multi-network integrated intelligent grid |
| CN102196459A (en) * | 2010-10-29 | 2011-09-21 | 北京汉铭通信有限公司 | Multiple play uplink system for wireless communication |
| CN102196459B (en) * | 2010-10-29 | 2013-11-06 | 北京裕源大通科技有限公司 | Multiple play uplink system for wireless communication |
| CN103647730A (en) * | 2013-12-31 | 2014-03-19 | 李建新 | Electricity consumption information communication system |
| CN103647730B (en) * | 2013-12-31 | 2016-06-22 | 李建新 | A kind of power information communication system |
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