CN101945005B - Wireless radio-frequency identification system implementation platform - Google Patents
Wireless radio-frequency identification system implementation platform Download PDFInfo
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- CN101945005B CN101945005B CN2010101805885A CN201010180588A CN101945005B CN 101945005 B CN101945005 B CN 101945005B CN 2010101805885 A CN2010101805885 A CN 2010101805885A CN 201010180588 A CN201010180588 A CN 201010180588A CN 101945005 B CN101945005 B CN 101945005B
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Abstract
The invention relates to a wireless radio-frequency identification system implementation platform (SIP for short). A user can transmit wireless radio-frequency identification data to a driver through a management center device, wherein the driver can be connected with wireless radio-frequency identification hardware units of different brands, and assemblies in the driver can start implementation setting at the early editing stage, monitor the wireless radio-frequency identification hardware units and transmit the processed wireless radio-frequency identification data to the receiving wireless radio-frequency identification hardware units. The wireless radio-frequency identification system implementation platform can be mainly used for the wireless radio-frequency identification hardware units of different brands without customized development, and the expansion and integration of the wireless radio-frequency identification system implementation platform can not influence the existing platform operation, thus the invention simplifies the framework and the flow of the integrated system, reduces the implementation cost and the development cost, and greatly increases willingness of enterprises to admit the implementation of the wireless radio-frequency identification implementation system.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to and a kind ofly can connect fast a plurality of radio frequency identification across different labels of front end (RFID) hardware device, and provide effective management to these RFID hardware devices, transmit screening real time information later to connected rear end enterprise servers, use and reduce the rfid system running integration platform that enterprise's rfid system builds time and cost.
Background technology
Build by general rfid system in the past, for the RFID computer hardware of different labels, must see through the connector of customized monitoring management, driver (Driver), screening washer (Filter) and back end application server etc.So, make in the past rfid system build cost and importing time comparatively slowly and somewhat expensive; Though there is at present the RFID dealer of part that the RFID management system platform of basic read data functions can be provided, but it still needs customized Components Development, and its system architecture is not only outside complexity, also difficulty comparatively in operation, with and the neither one component architecture that can change at any time and increase design.
Therefore, although many enterprises anticipate the application of RFID and the benefit produced thereof, can be based under the human and material resources and the indefinite situation of feasibility of the required flower of the system of building, still hesitate to move forward; If the solution of an integration can be arranged, the RFID nextport hardware component NextPort of the different labels of front end can be integrated in advance, cloth simulation modeling formula, and become the RFID data format of a standard to offer back-end system the RFID data transaction of collecting, and back-end system also can remove to monitor the RFID nextport hardware component NextPort of different labels through interface thus with same set of instruction; Therefore, except the cost that can reduce whole system exploitation and the time, also can significantly reduce because of the degree of difficulty that system cloth is built, can make RFID be easier to extend in different applications, and each enterprise also can more have a mind to RFID is imported.Therefore the invention is intended under the technical specification disunity, integrate different RFID hardware and provide the rfid system of easy use management to operate the integration platform, effectively assist the purpose of the convenient RFID of importing of enterprise.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of system management platform that can connect fast a plurality of multiple hardware devices of the RFID across different labels of front end, and the rfid system running integration platform of the management of RFID data screening and rear end enterprise application server connector can be provided.
The technical solution adopted for the present invention to solve the technical problems is: a kind of wireless radio-frequency identification system implementation platform (System Implementation Platform is called for short SIP) is provided, comprise interconnective administrative center and driver management center, it is characterized in that, described administrative center comprises management interface, builds keeper and monitoring management person, wherein, the described keeper of building is connected with described management interface respectively with monitoring management person; Described driver management center comprises connected successively driver management person, at least one driver intermediary, driver interface and at least one actuator assembly; Described management interface makes to build the setting that builds that the keeper edits the initial stage according to order, restarts monitoring management person the radio frequency identification hardware device is monitored and the radio frequency identification hardware device transmitted to the data of returning and processed and manage; Described driver management person starts at least one driver intermediary according to building to set, each driver intermediary sets the different Small Groups of actuator assembly composition of set according to building, each actuator assembly is corresponding with a radio frequency identification hardware device, transmits mutually data; The order of described administrative center is received by driver management person, driver management person transfers to corresponding driver intermediary by order and carries out, driver intermediary transfers to order its all actuator assembly co-treatment again, actuator assembly and coupled radio frequency identification hardware device are done interaction, wherein, the corresponding radio frequency identification hardware device of each actuator assembly; Each actuator assembly is from different radio frequency identification hardware devices obtains correct and the wireless radio frequency identification data that conforms to, message is reported to driver intermediary, by driver intermediary is unified, return to driver management person again, returned to administrative center by driver management person again, and be presented on the monitoring management person of administrative center.
Described wireless radio-frequency identification system implementation platform SIP also comprises screening washer administrative center, report generator administrative center and the terminating machine connector management center be connected with administrative center respectively; Described terminating machine connector management center is connected with Terminal server.
Described monitoring management person is for controlling display interface, for the state of monitoring the radio frequency identification hardware device and the transmission of managing radio frequency identification hardware device data, start administrative center's monitoring, read hardware state, logout, data list and close monitoring.
Described driver interface is used for initialization, startup, inspection reader state, reads wireless radio frequency identification mark, carries out instruction.
Beneficial effect
Owing to having adopted above-mentioned technical scheme, the present invention compared with prior art, have following advantage and good effect: the present invention be for can be connected fast the system management platform of a plurality of multiple hardware devices of the RFID across different labels of front end, and the rfid system running integration platform of the management of RFID data screening and rear end enterprise application server connector can be provided.The present invention has that the cost of building is low, the operation simple and fast, need not develop associated component, meets economic benefit, and can promote that RFID develops rapidly, helps the low-cost rfid system running integration platform that imports fast for enterprise, in order to obtain the investment repayment benefit.
The accompanying drawing explanation
Fig. 1 is the Organization Chart of rfid system running integration platform SIP of the present invention;
Fig. 2 is the signal flow graph of the administrative center of rfid system running integration platform SIP of the present invention;
Fig. 3 is the signal flow graph at the driver management center of rfid system running integration platform SIP of the present invention;
Fig. 4 is rfid system running integration platform SIP embodiment schematic diagram of the present invention.
Embodiment
Below in conjunction with specific embodiment, further set forth the present invention.Should be understood that these embodiment only are not used in and limit the scope of the invention for the present invention is described.Should be understood that in addition those skilled in the art can make various changes or modifications the present invention after the content of having read the present invention's instruction, these equivalent form of values fall within the application's appended claims limited range equally.
Consult shown in Fig. 1 to Fig. 3, rfid system running integration platform SIP provided by the present invention, at least comprise an administrative center (Control System) 10, this administrative center 10 is by a management interface (Control Interface) 101, builds keeper (Configuration Manager) 102 and 103 of monitoring management persons (Health Manager) form; The user sees through the management interface 101 of administrative center 10 and calls out the setting that builds that builds 102 editor's initial stages of keeper, after restarting monitoring management person 103, just can be monitored and the processing of RFID data management and transmitting the RFID nextport hardware component NextPort, and after building keeper 102 and monitoring management person 103 and finishing dealing with, can return message to management interface 101, and the RFID data are sent to driver 20 receptions; This monitoring management person 103 is a demonstration and controls display interface (GUI), uses monitoring RFID data; This monitoring management person 103 function includes startup (Start) administrative center and monitors, reads hardware state (Reader Status), logout (Event Log), transmission data list (Update Table), closes monitoring (Shutdown).
One driver management center (Driver) 20,204 of the actuator assemblies (Driver Implementation) that the driver intermediary (Driver Agent) 202 that this driver center (comprises) by a driver management person (Driver Manager) more than 201,, driver interface (Driver Interface) (comprise) more than 203, form; Driver management person sets the one or more driver of startup intermediary according to building, each driver intermediary sets the different Small Groups of actuator assembly composition of set according to building, each actuator assembly is corresponding with a RFID hardware device, transmits mutually data; Actuator assembly is done interactive transmission according to architecture design and the driver intermediary of driver interface, and driver intermediary does and exchanges mutually with driver management person again, and last driver management person does return with administrative center again.Such as, the RFID data that transmit at these 20 receiving management centers 10, driver management center, now, the RFID data can be sent to driver management person 201 and receive, this driver management person 201 can judge which driver intermediary 202 is these RFID data should transfer to and process, after device to be driven intermediary 202 finishes dealing with, by driver interface 203, selecting these RFID data of judgement to transfer to which actuator assembly 204 again processes, after actuator assembly 204 receives the RFID data, this driver 20 can practical operation and is connected with RFID hardware device 30, and after in driver management center 20, each assembly is all finished dealing with, can sequentially return message to management interface 101, and the RFID data are sent to RFID hardware device 30, the function of this driver interface 203 includes initialization (Initialize), starts (Start), checks reader state (Get Status), reads RFID label (Read Tag ID), carries out instruction (Execute Command).
By above-mentioned mode, can connect fast a plurality of hardware devices of the RFID across different labels 30 of front end, and provide effective management to these RFID hardware devices 30, transmit screening real time information later to connected rear end enterprise servers, use reduction enterprise rfid system and build time and cost of investment; Wherein, this administrative center 10 is except can be with a driver management center 20 is connected, also can increase at any time new assembly as (as shown in figure tetra-) such as: screening washer administrative center (Filter) 40, report generator administrative center (Report Generator) 50 or terminating machine connector management centers (Back-end Dispatcher) 60, use and increase the attached function of RFID hardware device 30, and can not affect existing platform operation, also can reach being connected of administrative center 10 and RFID hardware device 30.
Administrative center sets according to building a screening washer keeper who starts screening washer administrative center, directly issue an order, organize one or more screening washer intermediary by the screening washer keeper according to building to set, do interaction in the design of the screening washer interface architecture by identical with one or more screening washer assemblies, end product is returned its result to administrative center by the screening washer keeper.
Administrative center is according to building a report generator keeper who starts report generator administrative center, directly issue an order, organize one or more report generator intermediary by report generator keeper according to building to set, do interaction in the design of the report generator interface architecture by identical with one or more screening washer assemblies, finally by report generator keeper, directly can offer its result of administrative center.
Administrative center is according to building a terminating machine connector management person who starts terminating machine connector management center, directly issue an order, organize one or more terminating machine connector intermediary by terminating machine connector management person according to building to set, do interaction in the terminating machine attachment unit interface architecture design by identical and one or more screening washer assembly, terminating machine connector management person is according to building setting, report can be offered to other third party's Terminal server, complete the whole system flow process, finally directly can offer its result of administrative center.
Architecture design like this, the keeper can increase and decrease at any time, with administrative center, separates fully, so set with the division of labor, entirely can change at any time according to building setting; Administrative center can allocate one or more keepers at any time, and only driver management person is a necessary combination at rfid system running integration platform SIP.Each keeper designs according to same architecture, can set up different assemblies according to each interface, and the intermediary then seen through separately by the keeper shares out the work to different assemblies, reaches the diversification combination of the division of labor and different task.Reach by this purpose of its invention: need not develop under the condition of customized assembly, help the low-cost rfid system that imports fast for enterprise, a kind of system management platform that can connect fast a plurality of multiple hardware devices of the RFID across different labels of front end is provided, and the rfid system running integration platform of the management of RFID data screening and rear end enterprise application server connector can be provided.Job step of the present invention is as follows:
Step 1: the user provides one of user of operation to control display interface by administrative center call monitoring keeper, and the user can select call setup to put the keeper to edit and build setting.
Step 2: after the user starts to start RFID running integration platform SIP by monitoring management person; Administrative center just can start to start basic driver management person according to building to set, and other keeper (as screening washer keeper, report generator keeper and/or terminator terminating junctor keeper).
Step 3: according to building setting, driver management person can form to build and sets set driver intermediary and start each actuator assembly that each driver intermediary agency is responsible for contact.Each keeper will start the assembly of being responsible for according to above-mentioned same allocated, i.e. screening washer keeper (or report generator keeper or terminator terminating junctor keeper) meeting forms to build to set set screening washer intermediary (or report generator intermediary or terminator terminating junctor intermediary) and start intermediary agency separately is responsible for each screening washer assembly (or report generator assembly or terminal connector component) contacted.
Step 4: driver management person shares out the work to each driver intermediary according to building the setting judgement, and each driver intermediary transfers to following actuator assembly by the work of being responsible for and processes; From connected RFID hardware device termination is received the RFID data, can return message to driver intermediary when each actuator assembly by identical driver interface, data are returned to driver management person after collecting by driver intermediary is unified.The assembly that each keeper will be responsible for according to above-mentioned same allocated work and collect its result, that is to say, screening washer keeper (or report generator keeper or terminator terminating junctor keeper) shares out the work to each screening washer intermediary (or report generator intermediary or terminator terminating junctor intermediary) according to building the setting judgement, and intermediary separately transfers to following screening washer assembly (or report generator assembly or terminal connector component) by the work of being responsible for and processes.
Step 5: driver management person returns its working result to administrative center, and shows its working result by monitoring management person's the display interface of controlling, and gives the operation user as the RFID data and sees.Each keeper will show its result according to above-mentioned same procedure, be that screening washer keeper (or report generator keeper or terminator terminating junctor keeper) returns its working result to administrative center, and show its working result by monitoring management person's the display interface of controlling.
Claims (4)
1. a wireless radio-frequency identification system implementation platform SIP, comprise interconnective administrative center and driver management center, it is characterized in that, described administrative center comprises management interface, builds keeper and monitoring management person, wherein, the described keeper of building is connected with described management interface respectively with monitoring management person; Described driver management center comprises connected successively driver management person, at least one driver intermediary, driver interface and at least one actuator assembly; Described management interface makes to build the setting that builds that the keeper edits the initial stage according to order, restarts monitoring management person the radio frequency identification hardware device is monitored and the radio frequency identification hardware device transmitted to the data of returning and processed and manage; Described driver management person starts at least one driver intermediary according to building to set, each driver intermediary sets the different Small Groups of actuator assembly composition of set according to building, each actuator assembly is corresponding with a radio frequency identification hardware device, transmits mutually data; Administrative center's order is received by driver management person, driver management person transfers to corresponding driver intermediary by order and carries out, driver intermediary transfers to order its all actuator assembly co-treatment again, actuator assembly and coupled radio frequency identification hardware device are done interaction, wherein, the corresponding radio frequency identification hardware device of each actuator assembly; Each actuator assembly is from different radio frequency identification hardware devices obtains correct and the wireless radio frequency identification data that conforms to, by data return to driver intermediary, by driver intermediary is unified, return to driver management person again, returned to administrative center by driver management person again, and be presented on the monitoring management person of administrative center.
2. wireless radio-frequency identification system implementation platform SIP according to claim 1, it is characterized in that, described wireless radio-frequency identification system implementation platform also comprises screening washer administrative center, report generator administrative center and the terminating machine connector management center be connected with administrative center respectively; Described terminating machine connector management center is connected with Terminal server.
3. wireless radio-frequency identification system implementation platform SIP according to claim 1, it is characterized in that, described monitoring management person is for controlling display interface, for the state of monitoring the radio frequency identification hardware device and the transmission of managing radio frequency identification hardware device data, start administrative center's monitoring, read hardware state, logout, data list and close monitoring.
4. wireless radio-frequency identification system implementation platform SIP according to claim 1, is characterized in that, described driver interface is used for initialization, startup, inspection reader state, reads wireless radio frequency identification mark, carries out instruction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101805885A CN101945005B (en) | 2010-05-19 | 2010-05-19 | Wireless radio-frequency identification system implementation platform |
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| CN2010101805885A CN101945005B (en) | 2010-05-19 | 2010-05-19 | Wireless radio-frequency identification system implementation platform |
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| CN101945005A CN101945005A (en) | 2011-01-12 |
| CN101945005B true CN101945005B (en) | 2013-12-04 |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1411456A2 (en) * | 2002-10-16 | 2004-04-21 | Xerox Corporation | Method and apparatus for enabling distributed subscription services |
| CN201294003Y (en) * | 2008-11-25 | 2009-08-19 | 东南大学 | Middleware for wireless radio frequency recognition system |
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- 2010-05-19 CN CN2010101805885A patent/CN101945005B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1411456A2 (en) * | 2002-10-16 | 2004-04-21 | Xerox Corporation | Method and apparatus for enabling distributed subscription services |
| CN201294003Y (en) * | 2008-11-25 | 2009-08-19 | 东南大学 | Middleware for wireless radio frequency recognition system |
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| CN101945005A (en) | 2011-01-12 |
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Granted publication date: 20131204 Termination date: 20170519 |