CN101739575A - Data processing method for multi-hardware equipment centralized management in radio frequency identification system - Google Patents
Data processing method for multi-hardware equipment centralized management in radio frequency identification system Download PDFInfo
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- CN101739575A CN101739575A CN200810203376A CN200810203376A CN101739575A CN 101739575 A CN101739575 A CN 101739575A CN 200810203376 A CN200810203376 A CN 200810203376A CN 200810203376 A CN200810203376 A CN 200810203376A CN 101739575 A CN101739575 A CN 101739575A
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Abstract
The invention relates to a data processing method for multi-hardware equipment centralized management in a radio frequency identification system. In the method, middleware collects data information of external hardwire and transmits the data information to a user, the middleware call the collected data information of the external hardware or/and data information provided by the user to perform corresponding processing and transmitting the processed data information to a designated user, and the user writes data into the external hardware equipment through the middleware. The data processing method for the multi-hardware equipment centralized management in the radio frequency identification system can perform centralized management and processing of data information of different communication protocols, is safe and powerful in function, conducts a double-channel data processing function and writes service data into the hardware equipment according to certain service requirements while supporting data collection from the hardware equipment.
Description
Technical field
The present invention relates to a kind of data processing method, particularly relate to the data processing method of multi-hardware equipment centralized management in a kind of radio frequency identification system.
Background technology
Radio RF recognition technology (RFID) has been widely used in fields such as finance, trade, logistics, medical treatment, transportation, retail.Obtain data message the different frequency range that user expectation is produced from different manufacturers, the wireless radio frequency identification reader-writer of different communications protocol, and can handle these data messages according to self needs.In the prior art shown in Figure 1, between a plurality of hardware devices 2 and a plurality of user 3, introduce middleware 1 ', realized from a plurality of hardware device image data and the data processing method of managing concentratedly, but the defective of this data processing method is, only support single, promptly can only handle, and can not in image data, write data toward hardware device from a plurality of hardware device image data.
Summary of the invention
The data processing method that the purpose of this invention is to provide multi-hardware equipment centralized management in a kind of radio frequency identification system, this data processing method can not only be gathered the data message that the wireless radio frequency identification reader-writer of the different frequency range of different manufacturers, different communications protocol obtains simultaneously, sign data analysis, handle according to different label protocol automatic benchmarkings, and can write data according to the requirement of different user.
In order to achieve the above object, technical scheme of the present invention is: the data processing method of multi-hardware equipment centralized management in a kind of radio frequency identification system may further comprise the steps:
Middleware is gathered the data message of external hardware, is transferred to the user;
Middleware calls the data message of the external hardware that collects or/and the data message that the user provides carries out respective handling, gives the user of appointment with the data information transfer after handling;
The user writes external hardware device by middleware with data.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described middleware is gathered the data message of external hardware, is transferred to the user, may further comprise the steps:
Step 1-1, external hardware device is to the middleware transmitting data information;
Step 1-2, the middleware data message that transmission comes to external hardware device is handled;
Step 1-3, the data message after middleware will be handled is sent to the user.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described step 1-1 is further comprising the steps of:
Step 1-1.1, middleware open the communication interface between middleware and the external hardware device, send data acquisition and instruct external hardware device;
Step 1-1.2, corresponding external hardware device receives data acquisition instruction, image data information;
Step 1-1.3, if image data success, corresponding external hardware device arrives the data information transfer that collects the hardware module of its corresponding middleware, if image data failure, external hardware device returns failure information, the failure information that administration module returns according to external hardware device in the hardware set of middleware is diagnosed out the source of hardware fault, and send relevant information to the user, so that the user makes corresponding maintenance, because information acquisition failure, middleware no longer carries out later flow chart of data processing, up to there being legal data acquisition to arrive, just can restart later flow chart of data processing.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described step 1-1 is further comprising the steps of:
Step 1-1.1, external hardware device is image data information initiatively;
Step 1-1.2, external hardware device arrive the data information transfer that collects the hardware module of its corresponding middleware.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described step 1-2 is further comprising the steps of:
Step 1-2.1, the data acquisition module of middleware to the data message that receives resolve, misarrangement, filtration treatment, the data message after the processing is sent to encrypting module;
Step 1-2.2, whether judgment data information correctly is sent to encrypting module, if, execution in step 1-2.4, if not, execution in step 1-2.3 then;
Step 1-2.3, data information memory waits for that the suitable time sends encrypting module again in storer;
Step 1-2.4, encrypting module is encrypted the data message that receives;
Step 1-2.5, encrypting module with the data encrypted information transmission to the deciphering decoder module, the deciphering decoder module to ciphered data information be decrypted, decoding processing, and the result after will handling is sent to data resolution module;
Step 1-2.6, data resolution module is resolved corresponding data information according to the type selecting of the data message that receives by product electronic code parsing module, tagging user data field data resolution module or bar code parsing module.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described step 1-2.4 is further comprising the steps of:
Step 1-2.4.1, encrypting module use cryptographic algorithm that the data message that receives is encrypted;
Step 1-2.4.2, encrypting module carries out data signature to the data message that step 1-2.4.1 obtains;
Step 1-2.4.3, encrypting module use the SSL security protocol that the data message that step 1-2.4.2 obtains is encrypted.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described step 1-3 is that the data message after the data resolution module of middleware will be resolved is sent to the user.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described middleware calls the data message of the external hardware that collects or/and the data message that the user provides carries out respective handling, give the user of appointment with the data information transfer after handling, may further comprise the steps:
Step 2-1, user are provided with the function of each functional module of the external interface module of middleware according to demand;
Step 2-2, (send the startup functional module instructs to the external interface module user;
Step 2-3, the external interface module starts corresponding functional modules according to the requirement that starts the functional module instruction;
Step 2-4, corresponding functional modules is called the data message of the external hardware that collects or/and the data message that the user provides carries out respective handling according to the function that the user sets;
Step 2-5, the data information transfer after corresponding functional modules will be handled is given the user of appointment.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described startup functional module instruction is for starting the instruction of a certain functional module, perhaps for starting the instruction of binomial or multinomial functional module simultaneously.
The data processing method of multi-hardware equipment centralized management in the above-mentioned radio frequency identification system, wherein, described user writes external hardware device by middleware with data, may further comprise the steps:
Step 3-1, user send write operation and instruct to the data module that writes of middleware, and notice writes data module and will and write what data to which hardware device write data;
Step 3-2 writes data module and starts specific link, and administration module starts the respective external hardware device in the notice hardware set, waits for write operation;
Step 3-3, administration module starts the respective external hardware device in the hardware set, writes data module and writes data by administration module in the hardware set to the respective external hardware device;
Step 3-4, administration module is by writing data module return result in the hardware set.
The present invention makes it compared with prior art owing to adopt technique scheme, has the following advantages and good effect:
1, the data processing method of multi-hardware equipment centralized management can be managed concentratedly, focus on the data message of different communications protocol in the radio frequency identification system of the present invention.
2, the data processing method deal with data of multi-hardware equipment centralized management is safer, with better function in the radio frequency identification system of the present invention.
3, the data processing method of multi-hardware equipment centralized management provides the binary channels data processing function in the radio frequency identification system of the present invention, promptly supporting from hardware device, in the image data, also can in hardware device, to write business datum according to certain service needed.
Description of drawings
Fig. 1 is the synoptic diagram of single channel data processing mode between external hardware device in the prior art, middleware and the user.
Fig. 2 is the synoptic diagram of binary channels data processing mode between external hardware device among the present invention, middleware and the user.
Fig. 3 is the structural representation of middleware among the present invention.
Fig. 4 is the data acquisition of middleware among the present invention, the structural representation of processing module.
Fig. 5 is the structural representation of the data resolution module of middleware among the present invention.
Fig. 6 is the structural representation of the external interface module of middleware among the present invention.
Fig. 7 is the process flow diagram of step 1-1 embodiment one in the data processing method that multi-hardware equipment is managed concentratedly in the radio frequency identification system of the present invention.
Fig. 8 is the process flow diagram of step 1-1 embodiment two in the data processing method that multi-hardware equipment is managed concentratedly in the radio frequency identification system of the present invention.
Fig. 9 is the process flow diagram of step 1-2 in the data processing method that multi-hardware equipment is managed concentratedly in the radio frequency identification system of the present invention.
Embodiment
Below specify better embodiment of the present invention referring to accompanying drawing:
See also Fig. 2, the data processing method of multi-hardware equipment centralized management in the radio frequency identification system of the present invention, between a plurality of external hardware devices 2 and a plurality of user 3, establish a middleware 1, set up the binary channels data processing method between external hardware device 2, middleware 1 and the user 3.
Referring to Fig. 3, described middleware 1 comprises administration module 12, external interface module 13 and writing module 14 in data acquisition, processing module 11, the hardware set;
The input end of described data acquisition, processing module 11 is connected with external hardware device 2, and the data message of the various communications protocol of collection external hardware device 2 is also handled, and its output terminal is connected with user 3, external interface module 13 respectively;
Administration module is used for managing concentratedly hardware device in the described hardware set, avoids Single Point of Faliure function and diagnosis hardware fault ability; All can create a new thread during each hardware device communication, if certain hardware device runs into fault, the thread block that only can cause this hardware device, and the thread that does not influence other hardware normally moves, promptly do not influence other hardware effort, when hardware breaks down owing to a variety of causes, the reason that the administration module diagnosis is out of order and is taken place in the described hardware set, and show the user, the solution reference scheme is provided;
The input end of described external interface module 13 is connected with data acquisition, processing module 11, user 3 respectively, its output terminal is connected with the user, can call the data message among data acquisition, processing module 11 and the user 3, and carry out respective handling, the result after the processing can be transported to the place of appointment;
The input end of said write module 14 is connected with user 3, receives the command information that user's 3 transmission come, and its output terminal is connected with administration module 12 in the hardware set.
Referring to Fig. 4, described data acquisition, processing module 11 comprise data acquisition module 111, storer 112, encrypting module 113, deciphering decoder module 114 and data resolution module 115;
The input end of described data acquisition module 111 is connected with external hardware device 2, and its output terminal is connected with storer 112, encrypting module 113 respectively;
Described storer 112, encrypting module 113, deciphering decoder module 114 and data resolution module 115 are connected successively, the input end of described storer 112 is connected with data acquisition module 111, and the output terminal of described data resolution module 115 is connected with user 3, external interface module 13 respectively;
When the data of data collecting module collected in time do not send owing to network problem, data are lost possibly, the data information memory that middleware among the present invention will can correctly not send, wait for that suitable chance sends again, promptly the mode that adopts storage to transmit sends information, can prevent that data message from losing, guarantee the complete of data; Logarithm it is believed that encryption for information, can guarantee the safety of data information transfer;
Described data acquisition module 111 comprises a plurality of hardware modules 1111, and the input end of each hardware module 1111 is connected with outside hardware device 2, and its output terminal is connected with storer 112, encrypting module 113 respectively.
Described external hardware device can be that wireless radio frequency identification reader-writer, radio frequency identification printer, bar-code scanner or other can obtain the equipment of data message, different external hardware devices adopts different communications protocol, middleware among the present invention utilizes different hardware modules to collect the data message that different external hardware device transmission come, promptly support dissimilar hardware devices, to reach the purpose that multiple hardwares equipment is managed concentratedly by integrated various types of hardware module.
Because the integrated various types of hardware module of middleware among the present invention is supported dissimilar hardware devices, so the middleware among the present invention can compatible various external hardware devices, support the communications protocol and the connected mode of various hardware devices.
Referring to Fig. 5, described data resolution module 115 comprises product electronic code parsing module 1151, tagging user data field data resolution module 1152, bar code parsing module 1153;
The input end of the input end of described product electronic code parsing module 1151, tagging user data field data resolution module 1152 is connected with deciphering decoder module 114 respectively with the input end of bar code parsing module 1153, resolve the data message that 114 transmission of deciphering decoder module come, the output terminal of the output terminal of described product electronic code parsing module 1151, tagging user data field data resolution module 1152 is connected with external interface module 14 with user 3 respectively with the output terminal of bar code parsing module 1153, the data message after user 3 and the 14 conveying parsings of external interface module.
Described product electronic code parsing module 1151 is integrated GIAI64, GIAI96, GID96, GRAI64, GRAI96, SGLN64, SGLN96, SGTIN64, SGTIN96, SSCC64, SSCC96EPC standard, the product electronic code data that all follow above agreement can be resolved, the product electronic code data of the product electronic code standard of User Defined oneself can be resolved simultaneously.
Described bar code parsing module user 3 and external interface module 143 are integrated EAN bar code standards, 39 bar code standards or the like, the bar code data that all follow above agreement can be resolved, the bar code data of the bar code standard of User Defined oneself can be resolved simultaneously.
Referring to Fig. 6, described external interface module 13 comprises database interface module 1301, web service interface module 1302, file interface module 1303, Socket service interface module 1304, note cat interface module 1305, screen output interface module 1306, encryption interface module 1307, short message interface module 1308, long-range servo interface module 1309, email interface module 1310 and Beanshell interface module 1311.
The input end of each module in the described external interface module is connected with data resolution module, user respectively, and reception data resolution module, user are transmitted next data message, and the output terminal of each module is connected with the user.
Each module of described external interface module has difference in functionality, as, the user can define a workflow that writes database in database interface module 1301, write the SQL script and write data to target database, and the user can obtain data by operating database; The user can define a web service workflow of calling in web service interface module 1302, can call web service to user's transmitting data information.
According to user's needs, described external interface module can also increase other functional modules.Each functional module of described external interface module can be called the data message among data resolution module, the user, the data parsing module is carried out respective handling or/and the user is transmitted the data message that comes, and the result after will handling is delivered to the user of appointment.
The data processing method of multi-hardware equipment centralized management in a kind of radio frequency identification system may further comprise the steps:
Described middleware 1 is gathered the data message of external hardware 2, is transferred to user 3, may further comprise the steps:
Referring to Fig. 7, step 1-1, external hardware device 2 is to middleware 1 transmitting data information;
Step 1-1.1, middleware 1 is opened the communication interface between middleware 1 and the external hardware device 2, sending data acquisition instructs external hardware device 2 (for example, middleware is expected a wireless radio frequency identification reader-writer read data information, just open the communication interface between itself and this wireless radio frequency identification reader-writer, send data acquisition and instruct this wireless radio frequency identification reader-writer);
Step 1-1.2, corresponding external hardware device 2 receives data acquisition instruction, image data information;
Step 1-1.3, if image data success, corresponding external hardware device 2 with the data information transfer that collects to the hardware module 1111 of its corresponding middleware 1 (for example, after wireless radio frequency identification reader-writer reads data message in the electronic tag, with the data information transfer that reads to being exclusively used in the hardware module of supporting this wireless radio frequency identification reader-writer), if image data failure, external hardware device 2 returns failure information, the failure information that administration module 12 returns according to external hardware device 2 in the hardware set of middleware 1 is diagnosed out the source of hardware fault, and to user's 3 transmission relevant informations, so that user 3 makes corresponding maintenance, because information acquisition failure, middleware no longer carries out later flow chart of data processing, up to there being legal data acquisition to arrive, just can restart later flow chart of data processing;
Referring to Fig. 8, perhaps described step 1-1 may further comprise the steps:
Step 1-1.1, external hardware device 2 is image data information initiatively;
Step 1-1.2, external hardware device 2 arrive the data information transfer that collects the hardware module 1111 of its corresponding middleware 1;
The data message of external hardware device 2 transmission comprises wireless radio frequency identification reader-writer data acquiring frequency cycle, baud rate, data acquisition success or not, data collection service environment, data acquisition position, printer capability parameter, PLC (programmable logic controller (PLC)) parameter, LED display performance parameter, movable sensor performance parameter, pilot lamp performance parameter;
Referring to Fig. 9, step 1-2, the data message that 2 transmission of 1 pair of external hardware device of middleware come is handled;
Step 1-2.1, the data message of 111 pairs of receptions of data acquisition module of middleware 1 is resolved, misarrangement, filtration treatment, and the data message after the processing is sent to encrypting module 113;
Step 1-2.2, whether judgment data information correctly is sent to encrypting module 113, if, execution in step 1-2.4, if not, execution in step 1-2.3 then;
Step 1-2.3, data information memory waits for that to storer 112 the suitable time sends encrypting module 113 again;
Step 1-2.4, the data message of 113 pairs of receptions of encrypting module is encrypted;
Step 1-2.4.1, encrypting module 113 use cryptographic algorithm (as, AES) data message that receives is encrypted;
Step 1-2.4.2, the data message that 113 couples of step 1-2.4.1 of encrypting module obtain carries out data signature;
Step 1-2.4.3, encrypting module 113 uses the SSL security protocol that the data message that step 1-2.4.2 obtains is encrypted;
To deciphering decoder module 114,114 pairs of ciphered data information of deciphering decoder module are decrypted with the data encrypted information transmission for step 1-2.5, encrypting module 113, decoding processing, and the result after will handling is sent to data resolution module 115;
Step 1-2.6, data resolution module 115 is resolved corresponding data information according to the type selecting of the data message that receives by product electronic code parsing module 1151, tagging user data field data resolution module 1152 or bar code parsing module 1153;
Step 1-3, the data message after the data resolution module 115 of middleware 1 will be resolved is sent to user 3.
Described middleware 1 calls the data message of the external hardware 2 that collects or/and the data message that user 3 provides carries out respective handling, gives the user 3 of appointment with the data information transfer after handling, and may further comprise the steps:
Step 2-1, user 3 are provided with the function of each functional module of the external interface module 13 of middleware 1 according to demand;
As, user 3 defines a workflow of calling the note cat in note cat interface module 1305, the address (user who promptly specifies short breath to send) of specifying short breath to send;
Step 2-2, user 3 sends the startup functional module and instructs to external interface module 13;
Step 2-3, external interface module 13 starts corresponding functional modules according to the requirement that starts the functional module instruction;
As, after external interface module 13 is received the instruction that starts note cat interface module 1305, start note cat interface module 1305;
Step 2-4, corresponding functional modules is called the data message of the external hardware 2 that collects or/and the data message that user 3 provides carries out respective handling according to the function that user 3 sets;
Step 2-5, the data information transfer after corresponding functional modules will be handled is given the user 3 of appointment.
Described startup functional module instruction can be the instruction that starts a certain functional module, also can be the instruction that starts binomial or multinomial functional module simultaneously.
Described user 3 writes external hardware device 2 by middleware 1 with data, may further comprise the steps:
Step 3-1, user 3 send write operations instruct to middleware 1 write data module 14, notice writes data module 14 and will and write what data to which hardware device write data;
Step 3-2 writes data module 14 and starts specific link, and administration module 12 starts the respective external hardware device in the notice hardware set, waits for write operation;
Step 3-3, administration module 12 starts the respective external hardware device in the hardware set, writes data module 14 and writes data by administration module in the hardware set 12 to the respective external hardware device;
Step 3-4, administration module 12 is by writing data module 14 return results in the hardware set.
The data processing method of multi-hardware equipment centralized management provides the binary channels data processing function in the radio frequency identification system of the present invention, promptly supporting from hardware device, in the image data, also can in hardware device, to write business datum according to certain service needed.
Claims (10)
1. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system is characterized in that, may further comprise the steps:
Middleware (1) is gathered the data message of external hardware (2), is transferred to user (3);
Middleware (1) calls the data message of the external hardware (2) that collects or/and the data message that user (3) provides carries out respective handling, gives the user (3) of appointment with the data information transfer after handling;
User (3) writes external hardware device (2) by middleware (1) with data.
2. the data processing method of multi-hardware equipment centralized management is characterized in that in the radio frequency identification system as claimed in claim 1, and described middleware (1) is gathered the data message of external hardware (2), is transferred to user (3), may further comprise the steps:
Step 1-1, external hardware device (2) is to middleware (1) transmitting data information;
Step 1-2, middleware (1) data message that transmission comes to external hardware device (2) is handled;
Step 1-3, the data message after middleware (1) will be handled is sent to user (3).
3. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 2 is characterized in that described step 1-1 is further comprising the steps of:
Step 1-1.1, middleware (1) open the communication interface between middleware (1) and the external hardware device (2), send data acquisition and instruct external hardware device (2);
Step 1-1.2, corresponding external hardware device (2) receives data acquisition instruction, image data information;
Step 1-1.3, if image data success, corresponding external hardware device (2) arrives the data information transfer that collects the hardware module (1111) of its corresponding middleware (1), if image data failure, external hardware device (2) returns failure information, the failure information that administration module (12) returns according to external hardware device (2) in the hardware set of middleware (1) is diagnosed out the source of hardware fault, and to user (3) transmission relevant information, so that user (3) makes corresponding maintenance, because information acquisition failure, middleware no longer carries out later flow chart of data processing, up to there being legal data acquisition to arrive, just can restart later flow chart of data processing.
4. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 2 is characterized in that described step 1-1 is further comprising the steps of:
Step 1-1.1, external hardware device (2) is image data information initiatively;
Step 1-1.2, external hardware device (2) arrive the data information transfer that collects the hardware module (1111) of its corresponding middleware (1).
5. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 2 is characterized in that described step 1-2 is further comprising the steps of:
Step 1-2.1, the data acquisition module (111) of middleware (1) to the data message that receives resolve, misarrangement, filtration treatment, the data message after the processing is sent to encrypting module (113);
Step 1-2.2, whether judgment data information correctly is sent to encrypting module (113), if, execution in step 1-2.4, if not, execution in step 1-2.3 then;
Step 1-2.3, data information memory waits for that the suitable time sends encrypting module (113) again in storer (112);
Step 1-2.4, encrypting module (113) is encrypted the data message that receives;
Step 1-2.5, encrypting module (113) arrives deciphering decoder module (114) with the data encrypted information transmission, deciphering decoder module (114) to ciphered data information be decrypted, decoding processing, and the result after will handling is sent to data resolution module (115);
Step 1-2.6, data resolution module (115) is resolved corresponding data information according to the type selecting of the data message that receives by product electronic code parsing module (1151), tagging user data field data resolution module (1152) or bar code parsing module (1153).
6. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 5 is characterized in that described step 1-2.4 is further comprising the steps of:
Step 1-2.4.1, encrypting module (113) use cryptographic algorithm that the data message that receives is encrypted;
Step 1-2.4.2, encrypting module (113) carries out data signature to the data message that step 1-2.4.1 obtains;
Step 1-2.4.3, encrypting module (113) use the SSL security protocol that the data message that step 1-2.4.2 obtains is encrypted.
7. the data processing method of multi-hardware equipment centralized management is characterized in that described step 1-3 is that the data message after the data resolution module (115) of middleware (1) will be resolved is sent to user (3) in the radio frequency identification system as claimed in claim 2.
8. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 1, it is characterized in that, described middleware (1) calls the data message of the external hardware (2) that collects or/and the data message that user (3) provides carries out respective handling, give the user (3) of appointment with the data information transfer after handling, may further comprise the steps:
Step 2-1, user (3) are provided with the function of each functional module of the external interface module (13) of middleware (1) according to demand;
Step 2-2, user (3) send the startup functional module and instruct to external interface module (13);
Step 2-3, external interface module (13) starts corresponding functional modules according to the requirement that starts the functional module instruction;
Step 2-4, corresponding functional modules is called the data message of the external hardware (2) that collects or/and the data message that user (3) provides carries out respective handling according to the function that user (3) sets;
Step 2-5, the data information transfer after corresponding functional modules will be handled is given the user (3) of appointment.
9. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 8, it is characterized in that, described startup functional module instruction is for starting the instruction of a certain functional module, perhaps for starting the instruction of binomial or multinomial functional module simultaneously.
10. the data processing method of multi-hardware equipment centralized management in the radio frequency identification system as claimed in claim 1 is characterized in that described user (3) writes external hardware device (2) by middleware (1) with data, may further comprise the steps:
Step 3-1, user (3) send write operation instruct to middleware (1) write data module (14), notice writes data module (14) and will and write what data to which hardware device write data;
Step 3-2 writes data module (14) and starts specific link, and administration module (12) starts the respective external hardware device in the notice hardware set, waits for write operation;
Step 3-3, administration module in the hardware set (12) starts the respective external hardware device, writes data module (14) and writes data by administration module in the hardware set (12) to the respective external hardware device;
Step 3-4, administration module in the hardware set (12) is by writing data module (14) return result.
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| CN102486838A (en) * | 2010-12-03 | 2012-06-06 | 中国科学院沈阳自动化研究所 | Multi-criteria radio frequency identification (RFID) tag data integration and conversion method |
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