CN105825457A - RFID blood management system - Google Patents
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- 210000004369 blood Anatomy 0.000 title claims abstract description 243
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- 238000001514 detection method Methods 0.000 claims description 12
- 230000005540 biological transmission Effects 0.000 claims description 9
- 238000006243 chemical reaction Methods 0.000 claims description 9
- 238000004043 dyeing Methods 0.000 claims description 9
- 239000010408 film Substances 0.000 claims description 9
- 241000725303 Human immunodeficiency virus Species 0.000 claims description 6
- 230000006835 compression Effects 0.000 claims description 6
- 238000007906 compression Methods 0.000 claims description 6
- 238000012545 processing Methods 0.000 claims description 6
- 238000012360 testing method Methods 0.000 claims description 6
- 239000010409 thin film Substances 0.000 claims description 6
- 230000000694 effects Effects 0.000 claims description 4
- 241000700721 Hepatitis B virus Species 0.000 claims description 3
- 239000002253 acid Substances 0.000 claims description 3
- 230000000840 anti-viral effect Effects 0.000 claims description 3
- 238000003556 assay Methods 0.000 claims description 3
- 239000002131 composite material Substances 0.000 claims description 3
- 229910021419 crystalline silicon Inorganic materials 0.000 claims description 3
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- 238000010438 heat treatment Methods 0.000 claims description 3
- 238000004519 manufacturing process Methods 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 3
- 239000013081 microcrystal Substances 0.000 claims description 3
- 208000008128 pulmonary tuberculosis Diseases 0.000 claims description 3
- 229910052710 silicon Inorganic materials 0.000 claims description 3
- 239000010703 silicon Substances 0.000 claims description 3
- 208000006379 syphilis Diseases 0.000 claims description 3
- 230000001960 triggered effect Effects 0.000 claims description 3
- 230000036770 blood supply Effects 0.000 description 6
- 230000007613 environmental effect Effects 0.000 description 3
- 208000030507 AIDS Diseases 0.000 description 2
- 238000003776 cleavage reaction Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
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- 230000004048 modification Effects 0.000 description 2
- 230000007017 scission Effects 0.000 description 2
- 230000002159 abnormal effect Effects 0.000 description 1
- 239000010836 blood and blood product Substances 0.000 description 1
- 229940125691 blood product Drugs 0.000 description 1
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- 230000002452 interceptive effect Effects 0.000 description 1
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- 238000011160 research Methods 0.000 description 1
- 238000012552 review Methods 0.000 description 1
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- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
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Abstract
The invention discloses an RFID blood management system which comprises an RFID scanning module, a communication system, and a blood collection system, a blood-bank-in system, a blood-bank-out system, a blood use system, a reserve management system, a blood information tracking system, a blood station monitoring system and a query system connected with the communication system. Via RFID codes, bank-out information of blood and entire information of a blood user can be found, and blood information is tracked; RFID blood bags are prepared, each link in transport, storage and sue is loaded in an RFID chip, and blood source information can be uploaded to a blood center database via the GSM network; and thus, information in the whole blood transfusion and supply process is shared, the blood transfusion and supply process is controllable, and the safety and supervision performance of medical blood transfusion and supply are improved.
Description
Technical field
The invention belongs to technical field of RFID, particularly relate to a kind of RFID blood management system.
Background technology
At present in management, there are following problems in blood Blood Transfusion Services:
1, take a lot of work during review cost, it is impossible to blood stockpile quantity situation of making an inventory quickly, when staff relieves, need artificial one bag of bag to make an inventory, not only lose time, and mistake easily occurs；
2, during blood collecting and supplying, it is likely to be due to work mistake and causes blood products defective, being a kind of waste to valuable blood resource, because there is no Quality Traceability System, once going wrong, it is impossible to investigate related responsibility meanwhile；
3, current the most frequently used application bar codes technique carries out blood administration, and bar code existence can store the shortcomings such as information is few, recognition efficiency is the highest, easy breakage；
4, in recent years, also have be considered as the most popular low frequency, high-frequency radio frequency electronic tag carries out research and the use of blood administration, but these electronic tags are generally passive label, exist identify apart from short, can only low speed identification, the shortcoming such as amount of storage is little, environmental requirement is high, apply on blood administration, it is impossible to meet the requirements such as high-volume, quick, environmental suitability is strong.
5, the most conventional management system mutual is poor, it is impossible to point out for blood expired in storehouse in time, the life security of serious threat blood user, can not well be combined with simultaneously and close the work preventing and treating acquired immune deficiency syndrome (AIDS) department.
As can be seen here, above-mentioned existing blood administration equipment and system at composition and use, it is clear that still suffered from inconvenience and defect, and be urgently further improved.How to found that a kind of information storage is big, recognition efficiency is high, cracky, environmental suitability be not strong, interactive by force, and beneficially blood is made an inventory and the blood administration Intelligent door based on ultra-high frequency RFID technology of new structure of follow-up of quality and system thereof, it it is the current industry target of needing improvement badly.
Summary of the invention
It is an object of the invention to provide a kind of RFID blood management system, it is intended to solve existing blood administration equipment and system mutual problem poor, ineffective.
The present invention is achieved in that a kind of RFID blood management system includes that RFID scan module, communication system and the blood collecting system being connected with described communication system, blood Input System, blood ex-warehouse system, blood use system, inventory management system, blood information to follow the tracks of system, blood station monitoring system, inquiry system；
Described blood collecting system includes hemostix, be arranged on hemostix blood information electronic module tag, hemanalysis module, described hemostix and hemanalysis module are connected by wireless network；
Described hemostix includes:
Hemostix main body, this hemostix main body is elongated form and has the pointed tip being positioned at its front end；
Driving spring, described driving spring is sent to described hemostix main body for will approximately longitudinally move；
Housing, described housing receives described hemostix main body and has hole at its front end, and when hemostix is triggered, the pointed tip of hemostix main body is in use by described hole；
Described hemanalysis module include keeping sample information check system, automatic sample-leaving system, intelligent analysis system, automatic heating assembly system, keep sample amount detection systems；
The described information check system that keeps sample includes: blood bag RFID label tag scanning means, sample test tube RFID label tag scanning means；
Automatically sample-leaving system includes: blood bag captures and conveyer device, syringe needle grabbing device, sample test tube automatic conveying device；
Described intelligent analysis system includes: sample adding device, drives sample needle to gather blood successively from sample tube by driving means, droplet of blood is added on microscope slide；Pushing device, for becoming thin film by blood expression push-and-pull；Dyeing processing means, for will extruding push-and-pull after dyeing films, clean, air-dry；Image capturing system, the blood film image after gathering dyeing；Intelligent analysis system includes hepatitis B virus detection module, pulmonary tuberculosis anti-viral detection module, HIV (human immunodeficiency virus) detection module, Lues Assay module, Blood grouping module, blood film image Treatment Analysis module；
Described blood information electronic module tag includes:
First analyzes module, for being analyzed the radio frequency identification RFID being pre-configured with, determines that described RFID's uniquely identifies UID；
Composite module, for being combined by the parameter information of the described UID determined with the carrier of described RFID, generates anti-counterfeiting information；
Signature blocks, for signing described anti-counterfeiting information according to the private key being pre-configured with, generates anti-counterfeiting information signature；
Generation module, for described anti-counterfeiting information signature and described parameter information being write to described RFID, generates Anti-fake electronic label；
Described blood Input System backups for being stored in data base by blood information, records the position in the entry time of blood, stock and warehouse-in staff and by these information and the coupling binding of corresponding FRID label information simultaneously；
Described blood ex-warehouse system is used for recording blood outbound information, this outbound information includes that the use of Blood discarding, blood, blood are formulated to other blood bank, and the record address of blood outbound, outbound time and blood outbound staff are also by above-mentioned outbound information and the coupling binding of corresponding FRID label information；
Described blood uses system that information and the use time of blood user are stored in data base, does not the most record the outbound address of blood, shows that blood is used；
The blood leaving storehouse in is managed by described inventory management system, including stock-taking, inquiry blood position in storehouse, realizes expiring blood automatic alarm by read write line scanning RFID label tag；
Described blood information is followed the tracks of system and is read RFID coding from read write line, the address of root code parsing server data library inquiry registration it is encoded to according to RFID, then find, according to this registered address, the information that blood is stored in, sequence of addresses further according to outbound finds the information of other address, it is achieved thus follow the tracks of out the omnidistance flowing information of blood；
Blood station server in whole RFID blood management system is monitored by described blood station monitoring system, monitor each blood station server in real time the most normal online, without notifying that it restarts online, to make failure node recover rapidly, the information trace of blood will not be produced chain cleavage；
The blood of special blood group is inquired about in whole RFID blood management system by described inquiry system, and is shown the blood station at its place.
Further, described blood information electronic module tag generates the method for Anti-fake electronic label:
Step one, the radio frequency identification RFID being pre-configured with is analyzed, determines that described RFID's uniquely identifies UID；
Step 2, being combined by the parameter information of the described UID determined with the carrier of described RFID, generate anti-counterfeiting information, this parameter information includes the title of carrier, the regular model of carrier, the reference numeral of carrier, the date of manufacture of carrier, the effect duration of carrier；
Described anti-counterfeiting information is signed by the private key that step 3, basis are pre-configured with, and generates anti-counterfeiting information signature；
Step 4, by described anti-counterfeiting information signature with the write of described parameter information in described RFID, generate Anti-fake electronic label.
Further, the method that the blood station server in whole RFID blood management system is monitored by described blood station monitoring system is:
Step one, when certain blood station server performs operation, this blood station server will operate information reporting accordingly to affiliated RFID blood management system server；
Described operation information, after the server that reports described in judging to carry out belongs to server of its supervision, is converted into the information format that intelligent terminal can identify by step 2, described RFID blood management system server；
Step 3, when described RFID blood management system server judge described operation information belong to warning information time, judge whether alarm problem corresponding to described operation information belongs to self soluble problem, if, then perform corresponding process, described operation information after conversion is compressed, the described operation message identification after compression is sent to intelligent terminal for solving problem；Otherwise, after the described operation Information Compression after conversion, it is sent to intelligent terminal；
Step 4, when described RFID blood management system server judges that described operation information is not belonging to warning information, described operation information after storage conversion is also sent to intelligent terminal after compressing it；
Step 5, described intelligent terminal are to showing accordingly after described operation information decompression and/or corresponding voice message.
Further, described RFID scan module includes display module, operation module, control unit, radio-frequency antenna, identification module and demodulator；Wherein, display module includes display screen and display interface, is used for connecting control computer screen；Operation module includes push-button unit and the input interface being connected with computer；Control unit includes RFID scanning switch, data processing unit and data storage module；Described RFID scan module also includes that network interface, serial data interface or wifi receive the combination of one or more of sending module, for controlling computer transmission data；Described RFID scan module also includes power subsystem, described power subsystem includes accumulator, power supply adaptor, solar panel, transducer and inverter, wherein, described solar panel is thin-film solar cells, and its material is the one in non-crystalline silicon, CIGS and microcrystal silicon；Described accumulator is chargeable plumbic acid maintenance-free accumulator, and it is connected with solar panel by transducer, utilizes solar energy that it is charged operation via transducer.
Further, described communication system includes that multiple data transmitter, each conveyer are equipped with network interface, serial data interface and wifi and receive sending module, for receiving the data of RFID scan module；Described communication system also includes cache module, for the caching to received data；Described communication system also includes IP identification module, is used for identifying each RFID scan module, records the operation of each RFID scan module, make the data one_to_one corresponding of reception, transmission while carrying out the transmission of single or multiple RFID scan module data.
Further, described inquiry system includes data server, speech recognition system, terminal module, identification system and article calibration system；Wherein, described data server for carrying out the coupling search of condition of similarity to the effective information extracted at server, and the information searching out coupling is analyzed process and forms object information；Described speech recognition system includes phonetic entry identification and voice broadcast function；Described terminal module collectively constitutes for fixing Intelligent touch control panel and the mobile terminal that controls, and wherein the mobile terminal that controls includes mobile phone or PDA；Identification system is for carrying out authentication to inquiry, including the one in fingerprint recognition system or facial-recognition security systems or a combination of both；The blood sample inquired or stock can be carried out the display of storage place by described article calibration system, facilitate the user of service quick location to Query Result.
The RFID blood management system of the present invention is by making RFID blood bag, each link transport, preserve, used is documented in RFID chip, thus realize the information sharing of whole defeated blood supply process, ensure the controlled of flow process, improve the safety of medical defeated blood supply and supervisory, blood station server in whole RFID blood management system is monitored by blood station monitoring system, and interactivity is more preferable.
Accompanying drawing explanation
Fig. 1 is the structural representation of the RFID blood management system that the embodiment of the present invention provides；
In figure: 1, RFID scan module；2, communication system；3, blood collecting system；3-1, hemostix；3-2, electronic module tag；3-3, hemanalysis module；4, blood Input System；5, blood ex-warehouse system；6, blood uses system；7, inventory management system；8, blood information follows the tracks of system；9, blood station monitoring system；9-1, RFID blood management system server；9-2, blood station server；10, inquiry system.
Detailed description of the invention
For the summary of the invention of the present invention, feature and effect can be further appreciated that, hereby enumerate following example, and it is as follows to coordinate accompanying drawing to describe in detail.
As shown in Figure 1, the present invention is achieved in that a kind of RFID blood management system includes that RFID scan module 1, communication system 2 and the blood collecting system 3 being connected with described communication system 2, blood Input System 4, blood ex-warehouse system 5, blood use system 6, inventory management system 7, blood information to follow the tracks of system 8, blood station monitoring system 9, inquiry system 10；
Described blood collecting system 3 includes hemostix 3-1, be arranged on hemostix 3-1 blood information electronic module tag 3-2, hemanalysis module 3-3, described hemostix 3-1 and hemanalysis module 3-3 are connected by wireless network；
Described hemostix 3-1 includes:
Hemostix main body, this hemostix main body is elongated form and has the pointed tip being positioned at its front end；
Driving spring, described driving spring is sent to described hemostix main body for will approximately longitudinally move；
Housing, described housing receives described hemostix main body and has hole at its front end, and when hemostix is triggered, the pointed tip of hemostix main body is in use by described hole；
Described hemanalysis module 3-3 include keeping sample information check system, automatic sample-leaving system, intelligent analysis system, automatic heating assembly system, keep sample amount detection systems；
The described information check system that keeps sample includes: blood bag RFID label tag scanning means, sample test tube RFID label tag scanning means；
Automatically sample-leaving system includes: blood bag captures and conveyer device, syringe needle grabbing device, sample test tube automatic conveying device；
Described intelligent analysis system includes: sample adding device, drives sample needle to gather blood successively from sample tube by driving means, droplet of blood is added on microscope slide；Pushing device, for becoming thin film by blood expression push-and-pull；Dyeing processing means, for will extruding push-and-pull after dyeing films, clean, air-dry；Image capturing system, the blood film image after gathering dyeing；Intelligent analysis system includes hepatitis B virus detection module, pulmonary tuberculosis anti-viral detection module, HIV (human immunodeficiency virus) detection module, Lues Assay module, Blood grouping module, blood film image Treatment Analysis module；
Described blood information electronic module tag 3-2 includes:
First analyzes module, for being analyzed the radio frequency identification RFID being pre-configured with, determines that described RFID's uniquely identifies UID；
Composite module, for being combined by the parameter information of the described UID determined with the carrier of described RFID, generates anti-counterfeiting information；
Signature blocks, for signing described anti-counterfeiting information according to the private key being pre-configured with, generates anti-counterfeiting information signature；
Generation module, for described anti-counterfeiting information signature and described parameter information being write to described RFID, generates Anti-fake electronic label；
Described blood Input System 4 backups for being stored in data base by blood information, records the position in the entry time of blood, stock and warehouse-in staff and by these information and the coupling binding of corresponding FRID label information simultaneously；
Described blood ex-warehouse system 5 is used for recording blood outbound information, this outbound information includes that the use of Blood discarding, blood, blood are formulated to other blood bank, and the record address of blood outbound, outbound time and blood outbound staff are also by above-mentioned outbound information and the coupling binding of corresponding FRID label information；
Described blood uses system 6 that information and the use time of blood user are stored in data base, does not the most record the outbound address of blood, shows that blood is used；
The blood leaving storehouse in is managed by described inventory management system 7, including stock-taking, inquiry blood position in storehouse, realizes expiring blood automatic alarm by read write line scanning RFID label tag；
Described blood information is followed the tracks of system 8 and is read RFID coding from read write line, the address of root code parsing server data library inquiry registration it is encoded to according to RFID, then find, according to this registered address, the information that blood is stored in, sequence of addresses further according to outbound finds the information of other address, it is achieved thus follow the tracks of out the omnidistance flowing information of blood；
Blood station server 9-2 in whole RFID blood management system is monitored by described blood station monitoring system 9, monitoring each blood station server 9-2 is the most normal online in real time, without notifying that it restarts online, to make failure node recover rapidly, the information trace of blood will not be produced chain cleavage；
The blood of special blood group is inquired about in whole RFID blood management system by described inquiry system 10, and is shown the blood station at its place.
nullThe present invention obtains RFID by the scanning of RFID scan module and encodes，Local coder resolution server is found initially in root code parsing server，In the IP address searching registration in local coder resolution server，Find IP address and obtain the relevant blood information deposited in this address，The information of other addresses is found again by the sequence of addresses of the blood outbound of record in blood bank，The rest may be inferred，Until the address found does not records blood outbound address，Now explanation blood has been used or reports damage，Find the full detail of blood user the most again，Follow the tracks of to this blood information，Blood administration is by making RFID blood bag，Transport、Preserve、Each link used is documented in RFID chip，Blood source information uploads to Blood Center data base also by GSM network，Thus realize the information sharing of whole defeated blood supply process、Ensure the controlled of flow process，Improve the safety of medical defeated blood supply and supervisory.
Further, described blood information electronic module tag generates the method for Anti-fake electronic label:
Step one, the radio frequency identification RFID being pre-configured with is analyzed, determines that described RFID's uniquely identifies UID；
Step 2, being combined by the parameter information of the described UID determined with the carrier of described RFID, generate anti-counterfeiting information, this parameter information includes the title of carrier, the regular model of carrier, the reference numeral of carrier, the date of manufacture of carrier, the effect duration of carrier；
Described anti-counterfeiting information is signed by the private key that step 3, basis are pre-configured with, and generates anti-counterfeiting information signature；
Step 4, by described anti-counterfeiting information signature with the write of described parameter information in described RFID, generate Anti-fake electronic label.
Further, the method that the blood station server in whole RFID blood management system is monitored by described blood station monitoring system is:
Step one, when certain blood station server performs operation, this blood station server will operate information reporting accordingly to affiliated RFID blood management system server；
Described operation information, after the server that reports described in judging to carry out belongs to server of its supervision, is converted into the information format that intelligent terminal can identify by step 2, described RFID blood management system server；
Step 3, when described RFID blood management system server judge described operation information belong to warning information time, judge whether alarm problem corresponding to described operation information belongs to self soluble problem, if, then perform corresponding process, described operation information after conversion is compressed, the described operation message identification after compression is sent to intelligent terminal for solving problem；Otherwise, after the described operation Information Compression after conversion, it is sent to intelligent terminal；
Step 4, when described RFID blood management system server judges that described operation information is not belonging to warning information, described operation information after storage conversion is also sent to intelligent terminal after compressing it；
Step 5, described intelligent terminal are to showing accordingly after described operation information decompression and/or corresponding voice message.
Described RFID scan module 1 includes display module, operation module, control unit, radio-frequency antenna, identification module and demodulator；Wherein, display module includes display screen and display interface, is used for connecting control computer screen；Operation module includes push-button unit and the input interface being connected with computer；Control unit includes RFID scanning switch, data processing unit and data storage module；Described RFID scan module also includes that network interface, serial data interface or wifi receive the combination of one or more of sending module, for controlling computer transmission data；Described RFID scan module also includes power subsystem, described power subsystem includes accumulator, power supply adaptor, solar panel, transducer and inverter, wherein, described solar panel is thin-film solar cells, and its material is the one in non-crystalline silicon, CIGS and microcrystal silicon；Described accumulator is chargeable plumbic acid maintenance-free accumulator, and it is connected with solar panel by transducer, utilizes solar energy that it is charged operation via transducer.
Described communication system 2 includes that multiple data transmitter, each conveyer are equipped with network interface, serial data interface and wifi and receive sending module, for receiving the data of RFID scan module；Described communication system also includes cache module, for the caching to received data；Described communication system also includes IP identification module, is used for identifying each RFID scan module, records the operation of each RFID scan module, make the data one_to_one corresponding of reception, transmission while carrying out the transmission of single or multiple RFID scan module data.
Described inquiry system 10 includes data server, speech recognition system, terminal module, identification system and article calibration system；Wherein, described data server for carrying out the coupling search of condition of similarity to the effective information extracted at server, and the information searching out coupling is analyzed process and forms object information；Described speech recognition system includes phonetic entry identification and voice broadcast function；Described terminal module collectively constitutes for fixing Intelligent touch control panel and the mobile terminal that controls, and wherein the mobile terminal that controls includes mobile phone or PDA；Identification system is for carrying out authentication to inquiry, including the one in fingerprint recognition system or facial-recognition security systems or a combination of both；The blood sample inquired or stock can be carried out the display of storage place by described article calibration system, facilitate the user of service quick location to Query Result.
Blood station server 9-2 in whole RFID blood management system is monitored by blood station monitoring system 9, based on intelligent terminal and RFID blood management system server, the real-time monitoring to blood station server zone can be realized, such that it is able to guarantee to know in real time, quickly and easily the operation conditions of blood station server zone, the abnormal problem especially alerted, interactivity is good.
The RFID blood management system of the present invention is by making RFID blood bag, each link transport, preserve, used is documented in RFID chip, thus realize the information sharing of whole defeated blood supply process, ensure the controlled of flow process, improve the safety of medical defeated blood supply and supervisory, blood station server in whole RFID blood management system is monitored by blood station monitoring system, and interactivity is more preferable.
The above is only to presently preferred embodiments of the present invention, not the present invention is made any pro forma restriction, every technical spirit according to the present invention, to any simple modification made for any of the above embodiments, equivalent variations and modification, belongs in the range of technical solution of the present invention.
Claims (3)
1. a RFID blood management system, it is characterized in that, described RFID blood management system includes that RFID scan module, communication system and the blood collecting system being connected with described communication system, blood Input System, blood ex-warehouse system, blood use system, inventory management system, blood information to follow the tracks of system, blood station monitoring system, inquiry system；
Described blood collecting system includes hemostix, be arranged on hemostix blood information electronic module tag, hemanalysis module, described hemostix and hemanalysis module are connected by wireless network；
Described hemostix includes:
Hemostix main body, this hemostix main body is elongated form and has the pointed tip being positioned at its front end；
Driving spring, described driving spring is sent to described hemostix main body for will approximately longitudinally move；
Housing, described housing receives described hemostix main body and has hole at its front end, and when hemostix is triggered, the pointed tip of hemostix main body is in use by described hole；
Described hemanalysis module include keeping sample information check system, automatic sample-leaving system, intelligent analysis system, automatic heating assembly system, keep sample amount detection systems；
The described information check system that keeps sample includes: blood bag RFID label tag scanning means, sample test tube RFID label tag scanning means；
Automatically sample-leaving system includes: blood bag captures and conveyer device, syringe needle grabbing device, sample test tube automatic conveying device；
Described intelligent analysis system includes: sample adding device, drives sample needle to gather blood successively from sample tube by driving means, droplet of blood is added on microscope slide；Pushing device, for becoming thin film by blood expression push-and-pull；Dyeing processing means, for will extruding push-and-pull after dyeing films, clean, air-dry；Image capturing system, the blood film image after gathering dyeing；Intelligent analysis system includes hepatitis B virus detection module, pulmonary tuberculosis anti-viral detection module, HIV (human immunodeficiency virus) detection module, Lues Assay module, Blood grouping module, blood film image Treatment Analysis module；
Described blood information electronic module tag includes:
First analyzes module, for being analyzed the radio frequency identification RFID being pre-configured with, determines that described RFID's uniquely identifies UID；
Composite module, for being combined by the parameter information of the described UID determined with the carrier of described RFID, generates anti-counterfeiting information；
Signature blocks, for signing described anti-counterfeiting information according to the private key being pre-configured with, generates anti-counterfeiting information signature；
Generation module, for described anti-counterfeiting information signature and described parameter information being write to described RFID, generates Anti-fake electronic label；
Described blood Input System backups for being stored in data base by blood information, records the position in the entry time of blood, stock and warehouse-in staff and by these information and the coupling binding of corresponding FRID label information simultaneously；
Described blood ex-warehouse system is used for recording blood outbound information, this outbound information includes that the use of Blood discarding, blood, blood are formulated to other blood bank, and the record address of blood outbound, outbound time and blood outbound staff are also by above-mentioned outbound information and the coupling binding of corresponding FRID label information；
Described blood uses system that information and the use time of blood user are stored in data base；
The blood leaving storehouse in is managed by described inventory management system, including stock-taking, inquiry blood position in storehouse, realizes expiring blood automatic alarm by read write line scanning RFID label tag；
Described blood information is followed the tracks of system and is read RFID coding from read write line, the address of root code parsing server data library inquiry registration it is encoded to according to RFID, then find, according to this registered address, the information that blood is stored in, sequence of addresses further according to outbound finds the information of other address, follows the tracks of out the omnidistance flowing information of blood；
Blood station server in whole RFID blood management system is monitored by described blood station monitoring system, monitors each blood station server in real time the most online, restarts without notification line blood station；
The blood of special blood group is inquired about in whole RFID blood management system by described inquiry system, and is shown the blood station at its place；
Described RFID scan module includes display module, operation module, control unit, radio-frequency antenna, identification module and demodulator；Wherein, display module includes display screen and display interface, is used for connecting control computer screen；Operation module includes push-button unit and the input interface being connected with computer；Control unit includes RFID scanning switch, data processing unit and data storage module；Described RFID scan module also includes that network interface, serial data interface or wifi receive the combination of one or more of sending module, for controlling computer transmission data；Described RFID scan module also includes power subsystem, described power subsystem includes accumulator, power supply adaptor, solar panel, transducer and inverter, wherein, described solar panel is thin-film solar cells, and its material is the one in non-crystalline silicon, CIGS and microcrystal silicon；Described accumulator is chargeable plumbic acid maintenance-free accumulator, and this accumulator is connected with solar panel by transducer, utilizes solar energy that it is charged operation via transducer；
Described communication system includes that multiple data transmitter, each data transmitter are equipped with network interface, serial data interface and wifi and receive sending module, for receiving the data of RFID scan module；Described communication system also includes cache module, for the caching to received data；Described communication system also includes IP identification module, is used for identifying each RFID scan module, records the operation of each RFID scan module, make the data one_to_one corresponding of reception, transmission while carrying out the transmission of single or multiple RFID scan module data；
Described inquiry system includes data server, speech recognition system, terminal module, identification system and article calibration system；Wherein, described data server for carrying out the coupling search of condition of similarity to the effective information extracted at server, and the information searching out coupling is analyzed process and forms object information；Described speech recognition system includes phonetic entry identification and voice broadcast function；Described terminal module collectively constitutes for fixing Intelligent touch control panel and the mobile terminal that controls, and the mobile terminal that controls includes mobile phone or PDA；Identification system is for carrying out authentication to inquiry, including the one in fingerprint recognition system or facial-recognition security systems or a combination of both；Described article calibration system shows the blood sample inquired or stock's storage place.
2. RFID blood management system as claimed in claim 1, it is characterised in that described blood information electronic module tag generates the method for Anti-fake electronic label and is:
Step one, the radio frequency identification RFID being pre-configured with is analyzed, determines that described RFID's uniquely identifies UID；
Step 2, being combined by the parameter information of the described UID determined with the carrier of described RFID, generate anti-counterfeiting information, this parameter information includes the title of carrier, the regular model of carrier, the reference numeral of carrier, the date of manufacture of carrier, the effect duration of carrier；
Described anti-counterfeiting information is signed by the private key that step 3, basis are pre-configured with, and generates anti-counterfeiting information signature；
Step 4, by described anti-counterfeiting information signature with the write of described parameter information in described RFID, generate Anti-fake electronic label.
3. RFID blood management system as claimed in claim 1, it is characterised in that the method that the blood station server in whole RFID blood management system is monitored by described blood station monitoring system is:
Step one, when certain blood station server performs operation, this blood station server will operate information reporting accordingly to affiliated RFID blood management system server；
Described operation information, after the server that reports described in judging to carry out belongs to server of its supervision, is converted into the information format that intelligent terminal can identify by step 2, described RFID blood management system server；
Step 3, when described RFID blood management system server judge described operation information belong to warning information time, judge whether alarm problem corresponding to described operation information belongs to self soluble problem, if, then perform corresponding process, described operation information after conversion is compressed, the described operation message identification after compression is sent to intelligent terminal for solving problem；Otherwise, after the described operation Information Compression after conversion, it is sent to intelligent terminal；
Step 4, when described RFID blood management system server judges that described operation information is not belonging to warning information, described operation information after storage conversion is also sent to intelligent terminal after compressing it；
Step 5, described intelligent terminal are to showing accordingly after described operation information decompression and/or corresponding voice message.
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