CN101056250A - Method and system for operation and management of real time information - Google Patents
Method and system for operation and management of real time information Download PDFInfo
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Abstract
The invention discloses a real information operation management method, including: collect various real time data information provided by the real time data source; store the real time data information into the central database; utilize the central database to provide the real time service for the user. The invention also discloses a real time information operation management system. After the real time data information provided by various real time data source are collected in the invention, the real time data information will be stored into the central database; the center database is utilized to provide the real time service for various users and all users can share one set of real time system, need not purchase the database and maintain the system, they can get the real time data information via paying the low expense, so it saves the device cost.
Description
Technical field
The present invention relates to the real time information technical field, more particularly, relate to real information operation management method and system.
Background technology
Real time data is meant the manufacturing parameter that is present in the production scene such as temperature, flow, pressure, thing (liquid) position etc. originally in the industry of flow process type, and these real time datas have been gathered and have been converted to digital quantity and are stored in local real time's database of DCS or SCADA system in modern production.According to the type branch of data, real time data can be divided into analog quantity, cumulative amount and switching value.Analog quantity can be temperature, pressure, instantaneous delivery, thing position, product tolerance, product quality etc., and the characteristics of analog quantity are only with constantly relevant; Cumulative amount can be integrated flow, product yield, consumption of raw materials amount, quantity in stock etc., and the characteristics of cumulative amount are not only with constantly relevant but also relevant with the initial and finish time of time period; Operating condition in online and standby, the production control of the position of switching value such as power switch, the switching of valve, equipment etc., the characteristics of switching value are two formula data.
Real-time data base is promptly stored the database of real time data, it can follow on-the-spot variation " in real time ", at present common real-time data base has the PI of the OSI company of external introduction, the Infoplus of Aspen company and the Uniformance (Phd) of Honeywell company, and domestic have the NSIS of two large companies and real-time data bases such as ESP-ISYS of SUPCON science and technology group.
Real time data is grasped the condition of production in real time for enterprise, correctly dispatches and command production, and the problem that occurs in the timely process for producing has crucial meaning.It is that the user buys the real-time data base product that present stage is adopted the real time information service manner, by oneself the investment server and the network hardware be deployed in oneself local area network (LAN) or private network in, by real-time data base in-house real time data is carried out integratedly, consume that collect and real time data storage by buying or oneself build application platform.
This scheme existing problems are: various users must buy real-time data base separately, systems soft ware, server and other hardware facilities, the ruuning situation that needs to understand in real time individual device in this factory of enterprise such as certain enterprise customer A, so he must purchase database and other hardware to make up a cover real-time system, the marketing personnel of another enterprise customer B need to understand in real time the inventory information of this enterprise, so that carrying out of marketing work, enterprise customer B same purchase database and other hardware to make up a cover real-time system, and, enterprise customer A and enterprise customer B must spend a large amount of time, the man power and material safeguards that to this real-time system the cost of cost is higher.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of system and method that provides of real time information cheaply, to solve that the user must make up real-time system separately and the high problem of cost that causes.
A kind of real information operation management method of the present invention comprises:
Gather the real time data information that various real time datas source provides;
With described real time data information stores in central database;
Utilize described central database to provide real-time service for the user.
Preferably, provide real-time service according to following steps for the user:
Receive the solicited message of user side;
According to the indication of the corresponding relation of solicited message that presets and real time data message identification, the real time data information that this sign is corresponding is sent to described user side by the service transmission channel.
Preferably, provide real-time service according to following steps for the user:
Receive the command information of user side, determine target real time data source;
According to the indication of the corresponding relation in command information that presets and real time data source, this command information is sent to described target real time data source by the service transmission channel;
Gather the information in the described target real time data of indication source;
With described feedback information to user side.
Preferably, provide real-time service according to following steps for the user:
Determine user side;
Choose the real time data information that belongs to preset kind;
Described real time data information is sent to described user side by the service transmission channel.
Preferably, described service transmission channel is wireless network or cable network.
Preferably, described central database is made up of a plurality of centers subdata base, and each center subdata base links to each other by network, provides real-time service according to following steps for the user:
Receive user's real time data solicited message;
The nearest center subdata base in utilization and user location provides and the corresponding real time data information of described request for the user.
The present invention also discloses a kind of real time information operation management system, comprise user side, be erected at real time data source in each network, be used to gather the collecting unit of the real time data that described real time data source provides, also comprise: central database, information acquisition unit and service provide the unit; Wherein,
Described central database is used to store described real time data;
Described information acquisition unit is used to obtain the request or the command information of user side;
Described service provides the unit to be used for described central database and the corresponding real time data of described request information are offered described user side.
Preferably, this system also comprises control unit, is used for according to user's command information the real time data source being controlled.
Preferably, described central database is made up of a plurality of centers subdata base, and described center subdata base links to each other by network.
Preferably, also comprise indicating member, be used for determining and the nearest center subdata base in described user side location, indicate described service to provide in the subdata base of the described center of unit by using and offer described user side with the corresponding real time data of described request information according to the solicited message of user side.
By technique scheme as can be known, compared with prior art, the present invention by the real time data information that will gather various real time datas source and provide after, described real time data information is being carried out being stored in central database after the preliminary treatment; And utilize described central database for the user provides real-time service, and utilizing the present invention, each user can a shared sets of data storehouse, and need not purchase database separately, can obtain real time data information, has saved equipment cost.
Description of drawings
Fig. 1 is the realization flow figure of a kind of real information operation management method of the present invention;
Fig. 2 is the flow chart of the embodiment one of a kind of real information operation management method of the present invention;
Fig. 3 is the flow chart of the embodiment two of a kind of real information operation management method of the present invention;
Fig. 4 is the structured flowchart of a kind of real time information operation management system of the present invention;
Fig. 5 is the structural representation of a kind of real time information operation management system of the present invention embodiment one;
Fig. 6 is the structural representation of the embodiment two of a kind of real time information operation management system of the present invention.
Embodiment
Basic thought of the present invention is: gather the real time data information that various real time datas source provides; With described real time data information stores in central database; Utilize described central database to provide real-time service for the user.
In order to make those skilled in the art better understand technical solution of the present invention, describe the present invention below in conjunction with drawings and Examples.
Please refer to Fig. 1, be the realization flow figure of a kind of real information operation management method of the present invention.
Specifically may further comprise the steps:
Step S101: gather the real time data information that various real time datas source provides.
Described real time data source can be device, equipment, the instrument in the various commercial Application, also can be civilian household electrical appliances such as water meter, gas meter, refrigerator, air-conditioning, also can be civilian vehicle electronic device, civilian GPS (navigation system), described equipment comprises production equipment and control appliance, as DCS (concentrating scattered control system), PLC (programmable logic controller (PLC)), Fieldbus Control device etc., described instrument can be conventional instrument, also can be fieldbus instrument, intelligence instrument etc.
Step S102: with described real time data information stores in central database.
All have unique identification corresponding with the real time data source in the described central database, also there be the unique identification corresponding with it in each real time data corresponding to described real time data source produces in the described central database.
Wherein, the sign in described real time data source can be used as the prefix or the suffix of the sign of the real time data that this real time data source produces.
For example certain real time data source be designated AE109.PV, then the real time data that produces of this real time data source is designated AE109.PV001 or 001AE109.PV.
Step S103: utilize described central database to provide real-time service for the user.
Described real-time service comprises: HMI (human machine interface, man-machine interface), generation tendency chart, form or data query, SMS alarm, expert data analysis, perhaps the real time data source is controlled etc.
Need to prove that described central database can be real-time data base, relational database, text database or OODB Object Oriented Data Base, can make a general reference the various medium that can store real time data.Described data transmission channel or service transmission channel are cordless communication network or wireline communication network.
Below by embodiment the present invention is further described in detail.
Please refer to Fig. 2, be the flow chart of the embodiment one of real information operation management method of the present invention.
Can classify to the user for the user provides real-time service for more convenient, faster, for example be divided into as inquiry class user, control class user etc.; Described inquiry class user promptly is that the real time data that only the real time data source is provided is inquired about, and described control class user need control the real time data source.
Sign the service treaty with the user in advance, the unique sign of each real time data information setting for each real time data source generation, for inquiry class user, the corresponding relation of user request information and real time data information is set, for control class user, the corresponding relation of user request information and real time data information is set, and the corresponding relation in user command information and real time data source.
In user's solicited message or command information, can comprise user's characteristic information, this characteristic information can be user's a title, also can be user's phone number or the IP address of computer or the code name that the user sets etc.
Carry out the real time information operation management according to following steps:
Specifically may further comprise the steps:
Step S201: the real time data in timing acquiring real time data source.
Set collection period according to user's request or network condition, to gathering the real time data in real time data source.Described real time data source can refer to suppose the instrument and equipment in factory or user family, also can refer to each public web site (as weather online or stock online etc. website).
Step S202: real time data is sent to central database by the Internet, stores.
In central database, each real time data all has unique sign.
Step S203: the service request information that obtains the user.
Step S204: judge whether the user belongs to inquiry class user, if, enter step S205, otherwise, step S206 entered.
Step S205: with reference to the solicited message that presets and the corresponding relation of real time data information, for the user sends corresponding real time data.
Judge because this user belongs to inquiry class user according to user's characteristic information.
According to the characteristic information of preset user and the corresponding relation of real time data, with the corresponding real time data of this solicited message, and this real time data fed back to user side in the Query Database.
For example, the user who understands Weather information with needs in real time signs the service treaty, regularly obtains each regional Weather information from " weather is online ", and the Weather information of each department all has unique identification.According to user's requirement, with the format specification of solicited message be: user's characteristic information+regional title (as " 134******** Beijing ").After the solicited message of obtaining this user, judge according to user's characteristic information whether the user is the contracted user, when judging to the contracted user, real time data that will be corresponding with " Beijing " (Weather information) sends to this user.
And for example, sign the service treaty with the enterprise customer, this enterprise customer needs to understand in real time the information of each machine in the factory that is arranged on this enterprise, as comprising machine a, machine b, machine c on the production line in this enterprise customer's the factory, this enterprise customer needs to understand in real time the working condition of these machines, as the working temperature of machine a, the water-column of machine b, the video data of machine c.The form of setting this user's solicited message is a machine identification.
Working temperature, water-column and the video data of these machines of difference timing acquiring a, machine b, machine c, and be stored in the central database, the real time data of these machines and this machine all has unique identification, as machine a be designated sup a, its working temperature is designated supa01; Machine b is designated supb, and its water-column is designated supb01; Machine c is designated supc, its video data be designated supc01; When the request of obtaining this enterprise customer (supa), the corresponding data of supa01 that will be corresponding with supa send to the user, when the request of obtaining this enterprise customer (supb), the corresponding data of supb01 that will be corresponding with supb send to the user, when the request of obtaining this enterprise customer (supasupb), the data of supa01 and supb01 correspondence are sent to the user together.
Can described data be sent to the user with various forms (for example chart, numeral or literal) etc. according to user's requirement.
The instrument that the user sends request can be portable terminal (as a mobile phone), also can be certain computer in the Internet.
Step S206:, described real time data source is controlled with reference to the solicited message that presets and the corresponding relation in real time data source.
For the user of control class,, the control device in the real time data source of control user appointment is set, according to user's order, to this real time data source being controlled by this control device in advance with its signing service treaty.
Such as signing the service treaty with certain domestic consumer in advance, and video camera is set, and control device is set, controlled video camera (as close, open or the direction of rotation and the angle of control camera photography head) at user's assigned address.And the corresponding relation of setting solicited message and this video camera sign, set the corresponding relation of solicited message and control device operational order simultaneously, for example the form of certain user's solicited message is: real time data source sign+control command, the sx that is designated as video camera, control video camera turn left 30 the degree control commands be sx left30, control video camera turn right 30 the degree control commands be sxright30, when the solicited message of obtaining user's transmission is sx left30, to be sent to this control device with the corresponding machine instruction of described request information (described machine instruction refers to the instruction that this control device can be discerned), this control device is carried out this instruction, control video camera 30 degree of turning left, thus realize control to video camera.
The user also can be directly with machine instruction as control command, suppose that this machine instruction is turn left30, then the user also can directly send sx turn left 30, with control video camera 30 degree of turning left.
Step S207: give the user with the responsive feedback in real time data source.
Obtain the information (image or image information that state information or camera are taken) that control device received and carried out video camera after this machine instruction, and give the user this feedback information.
Need to prove, among the step S206, the user can send solicited message with common terminal or computer, also can adopt the computer of special-purpose terminal or device dedicated program to send, the user uses this special-purpose terminal, the user can directly send the machine instruction that described control device can be discerned, so need not to remember which obscure machine instruction can control the real time data source.For example, the button 1 expression video camera of this special-purpose terminal 30 degree of turning left, the button 2 expression video cameras of this special-purpose terminal 30 degree of turning right, then the user sends corresponding machine instruction to control device by button 1, this control device control video camera 30 degree of turning left, send corresponding machine instruction to control device by button 2, this control device control video camera 30 degree of turning right.In addition, the user also can adopt the computer that dedicated program is housed to send solicited message, this dedicated program is used for the mark of image or the conversion of literal and machine instruction, clicks " turn left 30 degree " or " turn right 30 spend " on the computer program interface as the user, can send corresponding machine instruction.
The embodiment of the invention can be adopted the application of centralized database and framework Network Based by service provider, thereby software and hardware investment, the maintenance cost of real time data information are concentrated by operator and born, the user then only needs by buying the special-purpose service fee that accesses terminal or pay low volume, just can be integrated into the real time data of device in the database of operator, equipment, instrument by the network use.
Certainly, can also pre-determine targeted customer's end (can also can be certain type user), described real time data is sent to described targeted customer's end in the mode of broadcasting for being in certain regional user.This mode can provide advertising service for certain businessman or enterprise.
For the promptness that guarantees the service of real time information network and enough real time information capacity are provided, can when disposing, offer regional operation centre respectively according to the urban area of real time data capacity in using the real time information services set, each operation centre has included and has preserved the real time data database of information, as the center subdata base of the central database of native system, for the user in this city or area provides real-time service.
In the sign of each real time data information, increase the center subdata base sign of each operation centre, China/Zhejiang/Hangzhou/AE109.PV for example, China/Zhejiang/Hangzhou/ wherein is the center subdata base sign of Hangzhou operation centre, and AE109.PV is the sign of original real time data.
For example, certain user respectively has a cover house in A, B area, the user need can understand air themperature in this two covers house in real time when going on business in the other places, so can temperature sensor a and b be set respectively at the assigned position in this user's the two cover houses, and gathered the temperature data that this temperature sensor a and b provide every 0.5 second, this temperature data is stored in by network in the operation data in the operation data center in A area and B area in the real-time data base in the heart, for temperature sensor a and b are provided with unique sign th1 and th2.
Can set in advance visit/response mode, as: when the solicited message that sends constantly at X as the user is Ath1+Bth2, the air themperature data that X in the air themperature data that X in the house in user A area is gathered constantly and the house in A area gathers constantly send to the user, when the solicited message that sends constantly at X as the user is Ath1, the air themperature data that X in the house in user A area is gathered constantly send to the user, when the solicited message that sends constantly at X as the user was Bth2, the air themperature data that the X in the house in user B area is gathered constantly sent to the user.
Please refer to Fig. 3, be the flow chart of the embodiment two of real information operation management method of the present invention.
Provide real-time service by following steps for this user:
Step S301: receive solicited message.
Certain regional operation centre (can be the operation centre in A area or B area, also can be other regional operation centres) receives the real time data request that the user sends that is in.
Be in the A area this hypothesis user, the transmission solicited message is Ath1+Bth2.
Step S302: judge that according to user's real time data sign whether the database corresponding identification of preserving this real time data is for this area operator centre database sign, if enter step S303; Otherwise, enter step S304.
A area operation centre obtains user's solicited message, according to this solicited message, determines that the residing area of user, user send the moment of request.
Step S303: the real time data of correspondence is fed back to user side.
A area operation centre is according to user's solicited message, and the real time data of judging the th1 in this user's the request is kept in this central database, and then the real time data with the th1 correspondence feeds back to user side.
Step S304: call other regional databases, the real time data of correspondence is fed back to user side.
A area operation centre is according to user's solicited message, the real time data of judging the th2 in this user's the request is kept in the database of B area operation centre, then, will feed back to user side with the real time data of th2 by calling the database of B area operation centre.
In order to guarantee the promptness of real time information network service, after the solicited message of obtaining the user, judge user's location, utilize the real-time data base of this on-site regional operation centre of user to provide real-time service, or the real-time data base of the nearest regional operation centre in utilization and user location provide real-time service for the user for the user.For example, the user who is in Shijiazhuang wants to inquire about Weather information, then when the user sends query requests, the location that obtains the user is Shijiazhuang, then utilizes the database at operation data center, Shijiazhuang or the area nearest apart from Shijiazhuang (as Beijing) database to provide the weather real time data for this user.
The embodiment of the invention discloses a kind of real time information operation management system simultaneously, as shown in Figure 4, structured flowchart for real time information operation management system of the present invention, native system comprises user side 100, is erected at the real time data source 200 in each network, in addition, also comprise: collecting unit 301, central database 302, information acquisition unit 303 and service provide unit 304; Wherein, described collecting unit 301 is suitable with the technical protocol that real time data source 200 is supported, be used to gather the real time data in described real time data source 200, and this real time data being sent to central database 302 storage by data transmission channel 400, described central database 302 is used to store described real time data; Described information acquisition unit 303 is used to obtain the request or the command information of user side 100; Described service provides unit 304 to be used for described central database 302 and described request or the corresponding real time data of command information are offered described user side 200 by service transmission channel 500.
The operation principle of native system is: collecting unit 301 is periodically gathered the real time data in the real time data source 200 in each network that is erected at, and by data transmission channel 400 described real time data is sent to central database 302 and stores, user's request or command information that described service provides unit 304 to obtain according to information acquisition unit 303 will offer described user side 200 with described request or the corresponding real time data of command information in the described central database 302.
Described collecting unit 301 links to each other with described central database 302 by data transmission channel 400, and described user side 200 links to each other with described central database 302 by service transmission channel 500.
Described data transmission channel 400 or service transmission channel 500 are cordless communication network or wireline communication network.
The agreement that agreement that described collecting unit 301 is supported and described real time data source 200 are supported is suitable, and the agreement of supporting such as the real time data source is the ModBus agreement, and then collecting unit must be supported the ModBus agreement.
Described central database 302 can be real-time data base, relational database, text database or OODB Object Oriented Data Base, can make a general reference the various medium that can store real time data.
Described real time data source 200 can be the device in the various commercial Application, equipment, instrument, also can be civilian household electrical appliances such as water meter, gas meter, refrigerator, air-conditioning, also can be civilian vehicle electronic device, civilian GPS (navigation system), described equipment comprises production equipment and control appliance, as DCS (concentrating scattered control system), PLC (programmable logic controller (PLC)), Fieldbus Control device etc., described instrument can be conventional instrument, also can be fieldbus instrument, intelligence instrument etc.
The real time data source can be divided into common data source and private data source etc.
All have unique identification corresponding with real time data source 200 in the described central database 302, also there be the unique identification corresponding with it in each real time data corresponding to described real time data source 200 produces in the described central database 302.
Wherein, the sign in described real time data source 200 can be used as the prefix or the suffix of the sign of the real time data that this real time data source 200 produces.For example certain real time data source be designated AE109.PV, then the real time data that produces of this real time data source is designated AE109.PV001 or 001AE109.PV.
Can classify to the user for the user provides real-time service for more convenient, faster, for example be divided into as inquiry class user, control class user etc.; Described inquiry class user promptly is that the real time data that only the real time data source is provided is inquired about, and described control class user need control the real time data source.
Sign the service treaty with the user in advance, the unique sign of each real time data information setting for each real time data source generation, for inquiry class user, the corresponding relation of user request information and real time data information is set, for control class user, the corresponding relation of user request information and real time data information is set, and the corresponding relation in user command information and real time data source.
In user's solicited message or command information, can comprise user's characteristic information, this characteristic information can be user's a title, also can be user's phone number or the IP address of computer or the code name that the user sets etc.
For example, the user who understands Weather information with needs in real time signs the service treaty, regularly obtains each regional Weather information from " weather is online ", and the Weather information of each department all has unique identification.According to user's requirement, with the format specification of solicited message be: user's characteristic information+regional title (as " 134******** Beijing ").Obtain this user's solicited message when information acquisition unit 303 after, service provides the unit to judge according to user's characteristic information whether the user is the contracted user, when judging to the contracted user, real time data that will be corresponding with " Beijing " (Weather information) sends to this user.
And for example, sign the service treaty with the enterprise customer, this enterprise customer needs to understand in real time the information of each machine in the factory that is arranged on this enterprise, as comprising machine a, machine b, machine c on the production line in this enterprise customer's the factory, this enterprise customer needs to understand in real time the working condition of these machines, as the working temperature of machine a, the water-column of machine b, the video data of machine c.The form of setting this user's solicited message is a machine identification.
Collecting unit 301 is working temperature, water-column and the video data of these machines of timing acquiring a, machine b, machine c respectively, and be stored in the central database 302, the real time data of these machines and this machine all has unique identification, as machine a be designated sup a, its working temperature is designated supa01; Machine b is designated supb, and its water-column is designated supb01; Machine c is designated supc, its video data be designated supc01; When information acquisition unit 303 is obtained this enterprise customer's request (supa), service provides the corresponding data of supa01 that unit 304 will be corresponding with supa to send to the user, when information acquisition unit 303 is obtained this enterprise customer's request (supb), service provides the corresponding data of supb01 that unit 304 will be corresponding with supb to send to the user, when information acquisition unit 303 was obtained this enterprise customer's request (supa supb), service provided unit 304 that the data of supa01 and supb01 correspondence are sent to the user together.
Can described data be sent to the user with various forms (for example chart, numeral or literal) etc. according to user's requirement.
The instrument that the user sends request can be portable terminal (as a mobile phone), also can be certain computer in the Internet.
Native system can also comprise control unit 305, as shown in Figure 5, is the structural representation of real time information operation management system embodiment one of the present invention, and described control unit 305 is used for according to user's command information the real time data source being controlled.
Collecting unit 301 is periodically gathered the real time data that real time data source 200 provides, and with this real-time data memory in central database 302.
Such as signing the service treaty with certain domestic consumer in advance, and video camera is set, and control device is set, controlled video camera (as close, open or the direction of rotation and the angle of control camera photography head) at user's assigned address.And the corresponding relation of setting solicited message and this video camera sign, set the corresponding relation of solicited message and control device operational order simultaneously, for example the form of certain user's solicited message is: real time data source sign+control command, the sx that is designated as video camera, control video camera turn left 30 the degree control commands be sx left30, control video camera turn right 30 the degree control commands be sxright30, when information acquisition unit 303 is obtained solicited message that the user sends and is sx left30, control unit 305 will be sent to this control device with the corresponding machine instruction of described request information (described machine instruction refers to the instruction that this control device can be discerned), this control device is carried out this instruction, control video camera 30 degree of turning left, thus realize control to video camera.
The user also can be directly with machine instruction as control command, suppose that this machine instruction is turn left30, then the user also can directly send sx turn left 30, with control video camera 30 degree of turning left.
Need to prove, the user can send solicited message with common terminal or computer, also can adopt the computer of special-purpose terminal or device dedicated program to send, the user uses this special-purpose terminal, can directly send the machine instruction that described control device can be discerned, so the user need not to remember which obscure machine instruction can control the real time data source.For example, the button 1 expression video camera of this special-purpose terminal 30 degree of turning left, the button 2 expression video cameras of this special-purpose terminal 30 degree of turning right, then the user sends corresponding machine instruction to control device by button 1, this control device control video camera 30 degree of turning left, send corresponding machine instruction to control device by button 2, this control device control video camera 30 degree of turning right.In addition, the user also can adopt the computer that dedicated program is housed to send solicited message, this dedicated program is used for the mark of image or the conversion of literal and machine instruction, clicks " turn left 30 degree " or " turn right 30 spend " on the computer program interface as the user, can send corresponding machine instruction.
For the promptness that guarantees the service of real time information network and enough real time data information capacities are provided, can when disposing, offer regional operation centre 10 respectively according to the urban area of real time data capacity in using the real time information services set, each operation centre is as a subsystem of this real time information operation management system, each operation centre has included and has preserved the real time data database of information, center subdata base as the central database of native system, be this city or area (city A, city B or city C) the user real-time service is provided, as shown in Figure 6, be the structural representation of the embodiment two of real time information operation management system of the present invention.
Native system also comprises indicating member, be used for determining and the nearest operation centre in user side location, offer described user side with described request or the corresponding real time data of command information in the center subdata base of indicating described service to provide unit 304 to utilize described operation centre according to the request or the command information of user side.
Utilize native system to describe in detail in the embodiment of above-mentioned real information operation management method two parts, do not repeat them here for the user provides the process of real-time service.
The embodiment of the invention by the real time data information that will gather various real time datas source and provide after, with described real time data information stores in central database; And utilize this central database by real-time service is provided for the user, utilize the present invention, various users (comprising domestic consumer, enterprise customer etc.) can be shared a cover real-time system, and need not purchase database and application software separately, be responsible for software and hardware, database, application service are safeguarded and upgrade that the user need not own structure real time data system, also need not it is safeguarded by the operator of service, directly use the real time information service and only need pay low volume expense, provide cost savings.
More than disclosed only be preferred implementation of the present invention; but the present invention is not limited thereto; any those skilled in the art can think do not have a creationary variation, and, all should drop in protection scope of the present invention not breaking away from some improvements and modifications of being done under the principle of the invention prerequisite.
Claims (10)
1, a kind of real information operation management method is characterized in that, comprising:
Gather the real time data information that various real time datas source provides;
With described real time data information stores in central database;
Utilize described central database to provide real-time service for the user.
2, real information operation management method as claimed in claim 1 is characterized in that, provides real-time service according to following steps for the user:
Receive the solicited message of user side;
According to the indication of the corresponding relation of solicited message that presets and real time data message identification, the real time data information that this sign is corresponding is sent to described user side by the service transmission channel.
3, real information operation management method as claimed in claim 1 is characterized in that, provides real-time service according to following steps for the user:
Receive the command information of user side, determine target real time data source;
According to the indication of the corresponding relation in command information that presets and real time data source, this command information is sent to described target real time data source by the service transmission channel;
Gather the information in the described target real time data of indication source;
With described feedback information to user side.
4, real information operation management method as claimed in claim 1 is characterized in that, provides real-time service according to following steps for the user:
Determine user side;
Choose the real time data information that belongs to preset kind;
Described real time data information is sent to described user side by the service transmission channel.
As claim 1,2,3 or 4 described real information operation management method, it is characterized in that 5, described service transmission channel is wireless network or cable network.
6, real information operation management method as claimed in claim 1 is characterized in that, described central database is made up of a plurality of centers subdata base, and each center subdata base links to each other by network, provides real-time service according to following steps for the user:
Receive user's real time data solicited message;
The nearest center subdata base in utilization and user location provides and the corresponding real time data information of described request for the user.
7, a kind of real time information operation management system, comprise user side, be erected at real time data source in each network, be used to gather the collecting unit of the real time data that described real time data source provides, it is characterized in that, also comprise: central database, information acquisition unit and service provide the unit; Wherein,
Described central database is used to store described real time data;
Described information acquisition unit is used to obtain the request or the command information of user side;
Described service provides the unit to be used for described central database and the corresponding real time data of described request information are offered described user side.
8, real time information operation management system as claimed in claim 7 is characterized in that, also comprises control unit, is used for according to user's command information the real time data source being controlled.
9, real time information operation management system as claimed in claim 7 is characterized in that, described central database is made up of a plurality of centers subdata base, and described center subdata base links to each other by network.
10, real time information operation management system as claimed in claim 9, it is characterized in that, also comprise indicating member, be used for determining and the nearest center subdata base in described user side location, indicate described service to provide in the subdata base of the described center of unit by using and offer described user side with the corresponding real time data of described request information according to the solicited message of user side.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007100904877A CN101056250A (en) | 2007-04-12 | 2007-04-12 | Method and system for operation and management of real time information |
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007100904877A CN101056250A (en) | 2007-04-12 | 2007-04-12 | Method and system for operation and management of real time information |
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| CN101056250A true CN101056250A (en) | 2007-10-17 |
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| CNA2007100904877A Pending CN101056250A (en) | 2007-04-12 | 2007-04-12 | Method and system for operation and management of real time information |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101924846A (en) * | 2010-08-31 | 2010-12-22 | 北京云快线软件服务有限公司 | Real-time charging method |
| CN103024019A (en) * | 2012-12-05 | 2013-04-03 | 四川长虹电器股份有限公司 | Environmental information service method and system based on intelligent air conditioner information collection |
| CN105657017A (en) * | 2016-01-04 | 2016-06-08 | 北京百度网讯科技有限公司 | Data transmission method, device and system |
| CN106897842A (en) * | 2017-03-13 | 2017-06-27 | 国网江苏省电力公司电力科学研究院 | A kind of data processing method based on demand response resource, apparatus and system |
| CN107608792A (en) * | 2017-09-12 | 2018-01-19 | 中国联合网络通信集团有限公司 | Resource regulating method and device |
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| CN110098994A (en) * | 2019-05-08 | 2019-08-06 | 江苏泰源环保科技股份有限公司 | A kind of long-distance communicating method for data dispatch |
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- 2007-04-12 CN CNA2007100904877A patent/CN101056250A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101924846A (en) * | 2010-08-31 | 2010-12-22 | 北京云快线软件服务有限公司 | Real-time charging method |
| CN103024019A (en) * | 2012-12-05 | 2013-04-03 | 四川长虹电器股份有限公司 | Environmental information service method and system based on intelligent air conditioner information collection |
| CN105657017A (en) * | 2016-01-04 | 2016-06-08 | 北京百度网讯科技有限公司 | Data transmission method, device and system |
| CN106897842A (en) * | 2017-03-13 | 2017-06-27 | 国网江苏省电力公司电力科学研究院 | A kind of data processing method based on demand response resource, apparatus and system |
| CN107608792A (en) * | 2017-09-12 | 2018-01-19 | 中国联合网络通信集团有限公司 | Resource regulating method and device |
| CN107608792B (en) * | 2017-09-12 | 2020-09-01 | 中国联合网络通信集团有限公司 | Resource scheduling method and device |
| CN108847979A (en) * | 2018-06-21 | 2018-11-20 | 北京和利时智能技术有限公司 | A kind of adaptive configuration system and method based on SCADA |
| CN108847979B (en) * | 2018-06-21 | 2021-10-01 | 宁波和利时智能科技有限公司 | Self-adaptive configuration system and method based on SCADA |
| CN110098994A (en) * | 2019-05-08 | 2019-08-06 | 江苏泰源环保科技股份有限公司 | A kind of long-distance communicating method for data dispatch |
| CN111563713A (en) * | 2020-05-14 | 2020-08-21 | 国家电网有限公司信息通信分公司 | Distributed intelligent spare part management system and working method thereof |
| CN111563713B (en) * | 2020-05-14 | 2023-11-24 | 国家电网有限公司信息通信分公司 | Distributed intelligent spare part management system and working method thereof |
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