CN113177621A - Material informatization management system based on radio frequency identification technology - Google Patents
Material informatization management system based on radio frequency identification technology Download PDFInfo
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- G—PHYSICS
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- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—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
- 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
- G06K17/0029—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 the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers
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Abstract
The invention relates to a material informatization management system based on a radio frequency identification technology, which comprises a sample receiving database, a registration module, a submission module, an identification module, a rechecking module, a warehousing module and a monitoring module, wherein the sample receiving database is used for storing sample receiving information; the registration module is used for registering material related information and importing the information into a sample receiving database; the submission module accepts the instruction of the registration module and is used for completing submission and sample receiving record of the material; the identification module accepts the instruction of the submission module and is used for finishing taking and recording the material; the rechecking module is used for accepting the instruction from the identification module and completing the rechecking related record of the material; the warehousing module accepts the instruction from the rechecking module and is used for finishing warehousing related records of the materials; and the monitoring module accepts the instruction from the warehousing module and is used for finishing the monitoring management of all the records of the materials. The material informatization management system based on the radio frequency identification technology is convenient to use.
Description
Technical Field
The invention relates to the field of judicial appraisal, in particular to a material informatization management system based on a radio frequency identification technology.
Background
The informatization and management informatization of equipment in the judicial identification field is one of the development directions of the judicial industry.
Among them, the related materials in the judicial identification process, especially the identified materials (hereinafter referred to as test materials), are an important part affecting the judicial identification result. According to the requirements of relevant standards and industrial regulations such as CNAS-CL08 'judicial appraisal/court scientific institution competence approval criteria', ISO _ IEC _17025 'detection and calibration laboratory competence approval criteria', the judicial appraisal quality control system is divided into five specific categories of 'human, machine, material, law and ring', wherein 'material', namely material, especially the process flows of acceptance, reception, warehousing, sample issuing, sample receiving, use, return, extraction, destruction and the like of the detected material are a serious and important ring in the judicial appraisal quality control system.
At present, the material detection program flow of the domestic judicial identification organization is basically manual circulation and paper-pen recording, which brings risks in various aspects such as material detection damage, loss, error leakage and incomplete recording, and even the relevant programs of individual organizations are not standard and incomplete, thereby greatly influencing the judicial identification quality.
The method is based on the radio frequency identification technology, the material is identified and normalized through the unique UID code of the radio frequency identification tag or the chip, and the full life cycle information management of the material from the entrance to the exit is fully covered through the design of rich information fields in the sample receiving database; the invention is provided with a registration module, a submission module, an identification module, a rechecking module and a warehousing module which are activated by a radio frequency identification label or a chip to forcibly complete the circulation cycle recording and control of materials; the invention is also provided with a monitoring module for stopping, reminding, warning, early warning and recording the operation which is not carried out according to the flow and the specification, and can fully realize the management and the control of the material circulation program.
Disclosure of Invention
The invention provides a material informatization management system based on a radio frequency identification technology, which plays roles of standardizing the management of material circulation programs in the judicial appraisal industry, perfecting the record of the material circulation and the like.
The invention provides a material informatization management system based on radio frequency identification technology, which comprises the following steps: the sample receiving database is used for storing sample receiving information; the registration module is connected with the sample receiving database and is used for registering material related information, importing the registered material related information into the sample receiving database and transmitting an instruction to the submission module; the submission module is connected with the registration module, accepts an instruction from the registration module, is used for completing submission and sample receiving records of the material, and transmits the instruction to the identification module; the identification module is connected with the submission module, accepts an instruction from the submission module, is used for finishing taking and recording the material and transmits the instruction to the rechecking module; the rechecking module is connected with the identification module, accepts the instruction from the identification module, is used for completing the rechecking related record of the material and transmits the instruction to the warehousing module; the warehousing module is connected with the rechecking module, accepts the instruction from the rechecking module, is used for finishing warehousing related records of the materials and transmits the instruction to the monitoring module; and the monitoring module is connected with the warehousing module, accepts the instruction from the warehousing module and is used for finishing the monitoring management of all records of the materials.
Preferably, the registration module, the submission module, the identification module, the review module and the warehousing module are respectively provided with a recognizer; when the reader receives a signal transmitted by a radio frequency tag or a radio frequency chip, the registration module, the submission module, the identification module, the review module or the warehousing module corresponding to the reader starts to work.
It should be noted that the registration module, which is internally provided with a memory database, can memorize the entered information, and can directly pop up the memory content when the same information needs to be entered for the second time, thereby improving the operation efficiency.
Furthermore, the registration module can be used for inputting information in various modes such as a webpage, a small program at a mobile phone end, other database interfaces and the like, so that the applicability is greatly expanded.
Preferably, the sample receiving information comprises material directly-related information and material-related information; the material direct genus information comprises: material name, material quantity, material package, whether double or multiple copies exist; the material-related information includes: namely material number, material source mark, material source name, material source contact, material acceptance time and material circulation time.
Preferably, when the submission module works, the submission module allows UIDs of the RFID tag, the non-contact IC card chip and the ID card chip to be bound to corresponding materials, and unique identification is carried out on the materials, so that the applicability is greatly expanded.
Preferably, when the identification module works, whether the material is in compliance is judged according to the selection information received from the submission module; allowing use of the material when the material meets specifications, the authentication module recording the time of use, the person using and the use of the material; and when the material is not in accordance with the standard, the identification module displays warning information and sends the warning information to the monitoring module.
It should be noted that the identification module provides a function of judging the usable state of the material through the regular expression, and reasonable, compliant and planned use and circulation of the material can be realized.
Preferably, the rechecking module has an auditing and feedback mechanism during working, and can record auditing and feedback process time points, users/auditors and feedback information.
Furthermore, the rechecking module provides a self-defined multi-stage auditing mechanism, can be suitable for approval mechanisms or processes of mechanisms with different scales, and greatly expands the applicability.
Preferably, the warehousing module records and stores warehousing time, warehousing people, warehousing and storage places, transfer time, transfer people, transfer receivers, destruction time and destruction people; the warehousing module also has the functions of expiration reminding and residual quantity reminding.
Preferably, the monitoring module has the functions of monitoring, warning whether the whole system operates normally, warning whether the material circulation process is in compliance, and the like when the monitoring module works.
Preferably, the materials informatization management system may be adapted to a variety of radio frequency identification readers.
Preferably, the material informatization management system provides a self-defining function through a subordinate module, and can adapt to the management requirements of different materials.
Compared with the prior art, the invention focuses on utilizing the existing open radio frequency identification technology, and forms a set of informatization management system which has strong manageability, wide adaptability and can be directly used by industry through the process specification which accords with the management requirement of the judicial appraisal industry.
Drawings
FIG. 1 is a block diagram of a material informatization management system based on radio frequency identification technology;
FIG. 2 is a flowchart illustrating an exemplary application of an RFID-based material information management system according to an embodiment of the present invention;
FIG. 3 is a flowchart illustrating an exemplary application of a material informatization management system based on RFID technology;
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention discloses a material informatization management system based on radio frequency identification technology, as shown in figure 1, comprising: a sample receiving database 115 for storing sample receiving information; the registration module 110 is connected with the sample receiving database 115 and is used for registering the material related information, importing the registered material related information into the sample receiving database 115 and transmitting an instruction to the submission module 111; the submission module 111 is connected with the registration module 110, accepts the instruction from the registration module 110, completes submission sample receiving record of the material, and transmits the instruction to the identification module 112; the identification module 112 is connected with the submission module 111, accepts the instruction from the submission module 111, is used for finishing taking and recording the material, and transmits the instruction to the rechecking module 113; the review module 113 is connected with the identification module 112, accepts the instruction from the identification module 112, is used for finishing review related records of the materials, and transmits the instruction to the warehousing module 114; the warehousing module 114 is connected with the rechecking module 113, accepts the instruction from the rechecking module 113, is used for finishing warehousing related records of the materials, and transmits the instruction to the monitoring module 116; the monitoring module 116 is connected to the warehousing module 114, receives an instruction from the warehousing module 114, and performs monitoring management of all records of the material.
In a preferred embodiment, the registration module 110, the submission module 111, the identification module 112, the review module 113 and the warehousing module 114 are respectively provided with a reader; when the reader receives a signal transmitted by the rf tag or the rf chip, the registration module 110, the submission module 111, the identification module 112, the review module 113, or the warehousing module 114 corresponding to the reader starts to operate.
It should be noted that the registration module 110, which is internally provided with a memory database, can memorize the entered information, and can directly pop up the memory content when the same information needs to be entered for the second time, thereby improving the operation efficiency.
Furthermore, the registration module 110 can perform information entry in various ways including a webpage, a small program at a mobile phone end, other database interfaces and the like, so that the applicability is greatly expanded.
In a preferred embodiment, the sample receiving information comprises material direct attribute information and material related information; the material direct genus information includes: material name, material quantity, material package, whether double or multiple copies exist; the material-related information includes: namely material number, material source mark, material source name, material source contact, material acceptance time and material circulation time.
In a preferred embodiment, when the submission module 111 works, the submission module allows the UID of the RFID tag, the non-contact IC card chip, and the ID card chip to be bound to a corresponding material, and uniquely identifies the material, thereby greatly expanding the applicability.
In a preferred embodiment, the evaluation module 112 is operative to determine whether the material is in compliance based on the selection information received from the review module; when the material meets the specification, the material is allowed to be used, and the use time, the user and the use condition of the material are recorded by the identification module; when the material is not within specification, the qualification module 112 displays an alert message and sends the alert message to the monitoring module 116.
It should be noted that the qualification module 112 provides a function of judging the usable state of the material through the regular expression, so that reasonable, compliant, planned use and material circulation can be realized.
In a preferred embodiment, the rechecking module 113 has an auditing and feedback mechanism when operating, and can record the flow time points of auditing and feedback, the user/auditor, and the feedback information.
Further, the rechecking module 113 provides a customized multi-level auditing mechanism, and can be applied to the approval mechanisms or processes of mechanisms with different scales, thereby greatly expanding the applicability.
In a preferred embodiment, the warehousing module records and stores warehousing time, warehousing people, warehousing and storage places, transfer time, transfer people, transfer receivers, destruction time and destruction people; the warehousing module also has the functions of expiration reminding and residual quantity reminding.
In a preferred embodiment, the monitoring module 116 has functions of monitoring, warning whether the whole system is operating normally, and warning whether the material circulation process is in compliance.
In a preferred embodiment, the materials informatization management system may be adapted to a variety of radio frequency identification readers.
In a preferred embodiment, the material informatization management system, which governs the registration module 110, the submission module 111, the identification module 112, and the review module 113, provides a custom function, and can adapt to the management requirements of different materials.
In a preferred embodiment, referring to fig. 1 and 3, the principal first pre-registers part of the information with the registration module 110, and then the staff member supplements the registration information with the registration module 110.
In the next step, the staff uses the submission module 111 integrated in the console of the peripheral hardware to complete information checking, photographing or importing photos, binding the rfid tag or chip and pasting the rfid tag or chip to the material to be checked. And then the staff activates the submission module 111 by using the bound RFID tag or chip to complete the distribution of the inspected materials.
In a preferred embodiment, the submission module provides UID binding channel for various non-contact radio frequency identification tags or chips such as radio frequency identification electronic tags, non-contact IC card chips, ID card chips and the like,
in the next step, the staff activates the review module 113 with the bound rfid tag or chip, and when the review module 113 identifies that the material to be tested is a test sample (in a compliant state), the material to be tested is identified by the material distribution department.
The staff activates the rechecking module 113 by using the bound radio frequency identification electronic tag or chip, and when the rechecking module 113 identifies that the material to be checked is a rechecked sample (in a non-compliant state), the material to be checked is left in the sample chamber.
In the next step, the staff again activates the authentication module 112 with the bound rfid tag or chip and completes the usage flow and logging on the authentication module 112.
In the next step, the staff activates the warehousing module 114 placed in the warehouse by using the radio frequency identification electronic tag or chip bound by the inspected material, and the inspected material storage is completed.
In the next step, the monitoring module 116 will complete the expiration reminding, destruction or application extraction, and handover operations according to the regular expression.
The whole process is that the radio frequency signals are used for identifying the material to be detected, and relevant data is acquired, fed back, recorded and managed, so that the state, the flow and the position of the material to be detected are automatically captured and judged, the artificial risk is avoided, and the real-time performance and the objectivity of recording and monitoring are improved. The system can completely realize the full life cycle management of the identification materials, and can realize the full flow use early warning, management and control of 1, entrusting, 2, accepting/receiving, 3, distributing, 4, using, 5, returning, 6, warehousing and 7 destroying.
Based on the flow, the specific effect advantage of each step is as follows:
1. entrusting: through the system, the functions of database, memory and intelligent pushing are realized, various information required by the delegation is automatically supplemented, the delegation efficiency is optimized, the labor consumption is reduced, and meanwhile, errors caused by manual input are reduced.
The client goes to the service hall, and fills the related information in the service hall in advance, and the information guides the client to register through intelligent management software installed on a foreground computer in a guide interface. The information includes: the principal (i.e., the entity, such as the name of the principal, the identity card, the employee id card, etc., optionally from the xx police station xx, province), the name of the principal, the identity of the principal (e.g., police, employee id, identity card, etc.), the contact address of the principal (e.g., telephone), the name of the authenticated person, the identity of the authenticated person (e.g., identity card, passport number), and whether "yes/no" is chosen for re-authentication.
The system has the following convenient functions: the public security information is quickly input; the batch registration function of a plurality of authenticated persons on the same consignor. The filled information is updated to the server through the local area network, an internal serial number (queuing number) is formed, and meanwhile, a judicial appraiser or a foreground reception person is informed/reminded of the requirement of newly added entrusts.
2. Accepting/sampling: the electronic warehousing is realized, the occurrence of human errors such as errors, omission, heavy errors and the like is effectively reduced, and the management level is improved.
After the judicial appraiser finishes the acceptance and contract evaluation work of the judicial appraisal, the entrustor carries the examination materials and the filled judicial appraisal entrustment book to the sample room. The sample manager logs in a personal account, searches for information items filled in a service hall by a sample delivery offeror in the previous step, checks information with the offeror, takes a picture to record the original state of a material to be detected, takes a picture quickly by a high-speed camera or is introduced by other ways, clicks 'sample receiving', records the name of the material to be detected, the package of the material to be detected, the number of the material to be detected, whether a rechecked sample exists or not, if the rechecked sample exists, the number of the detection sample and the number of the rechecked sample are respectively large, the number of the rechecked samples is input, the number of the rechecked samples is the total amount-the detection sample, meanwhile, whether the rechecked samples are larger than or equal to the detection sample is checked or not is checked, a new case is formed, a case number is generated, the first number of the serial case numbers is automatically controlled by a system, the information is uploaded to a server to be stored after the operation is completed, and a label is printed in time. The sample manager and the sample delivery client finish pasting together and mutually confirm all information, after confirming that the information is correct, the sample delivery client signs on the electronic signature board, and the electronic signature is uploaded to the server along with case records. And (4) storing the rechecked sample, and placing the detection sample on a sample tray for the next step.
3. Distributing: electronic distribution is realized, and accurate distribution and distribution of the identification material to people are realized; key information required by management of people, time, places and the like in the circulation process of the identification material is effectively recorded, the circulation process of the identification material is faithfully reflected, and the possibility that the recording material is artificially tampered is blocked.
The detection sample placed on the sample tray of the sample chamber is received by the personnel with receiving authority of the identification department. When the inspection material is distributed, a receiver uses the certificate to open the receiving authority, the detection sample in the sample tray can be taken away within 10 minutes after the card is swiped, if abnormal conditions such as no card swiping/overtime/receiving rechecking sample and the like exist, an alarm is given immediately, the detection sample in the sample tray can be taken away at the moment, the high-frequency RFID reader can automatically identify the reduction condition of the RFID label in the sample tray, if the conditions are consistent with logic, the system automatically generates receiving records, the record distributor, namely a currently logged sample manager, a work certificate number, a department, the distribution time, a receiver (a card swiped person), the work certificate number, the department, the receiving time, the receiving detail and the like.
4. Use of: similar distribution, accurate use of the authentication material,
Recording to a person; key information required by management of people, time, places and the like in the circulation and use processes of the identification materials is effectively recorded, so that the circulation and use processes of the identification materials are faithfully reflected, and the possibility that the recording materials are artificially tampered is blocked.
The use of detection appearance is based on handheld RFID reader, and the detection appearance gets into the use record flow after being received to specific identification department gate. The user is equipped with hand-held type RFID reader, scans the RFID label before using, requires higher precision, should scan specific certain detection sample in a pile of detection samples, and the mistake rate of sweeping is 0 in less spatial dimension. After the scanning and reading are successful, the external printing information of the label is checked with the screen display content of the handheld RFID reader, if the external printing information is correct, the usage amount is input, and the operator, the employee's card number, the department, the sampling time, the sampling amount and the automatically calculated allowance are automatically recorded.
5. Returning: the same distribution realizes the accurate return of the identification materials and the return to the people; key information required by management of people, time, places and the like in the circulation process of the identification material is effectively recorded, the circulation process of the identification material is faithfully reflected, and the possibility that the recording material is artificially tampered is blocked.
After the identifier completes use of the test sample, the remaining sample is returned to the sample chamber. And a sample manager logs in a personal account, transfers a page to 'sample return', a sample returning person or an identifier starts a sample returning authority by using a certificate, and can place a detection sample into the sample tray within 30 minutes after card swiping, and immediately alarm if abnormal conditions such as interface non 'sample return'/non card swiping/overtime/placing of a rechecking sample exist. The high-frequency RFID reader can automatically identify the increase condition of the RFID label in the sample tray, and can place a detection sample in the sample tray at the moment, if the increase condition accords with logic, the authority is opened, the added label is the detection sample which is received, the system automatically generates a sample return record, records the return person (card swiping person), the employee's card number, the department, the return time, the receiver (the current logged sample manager), the employee's card number, the department, the receiving time, the receiving details and the like.
6. Warehousing and ex-warehouse: the electronic library management of the identification material is realized, the management requirements of residual sample recording, expiration reminding and the like are effectively met, the labor is greatly saved, and the phenomena of omission, mistake, forgetting and the like are prevented.
And (4) rechecking the samples or returned detection samples, warehousing the rechecked samples or returned detection samples, entering a warehouse, recording storage places, positions of shelves/refrigerators by a sample administrator by using a prepared RFID reader, manually adjusting storage dates, checking whether the samples are stored for a long time or not, expiration time, custodians, storage environments including low temperature or normal temperature, remarks and the like.
After the identifier completes use of the test sample, the remaining sample is returned to the sample chamber. And (4) logging in the personal account by a sample manager, calling the page to 'sample return', and opening a sample return authority by a sample return person or an authenticator by using the certificate. The high-frequency RFID reader can automatically identify the increase condition of the RFID label in the sample tray, at the moment, a detection sample can be placed in the sample tray, the system automatically generates a sample returning record,
7. destroying: accurate record of destruction is realized, and the effects of easy examination and approval, recorded records, incapability of tampering and the like are achieved. Early warning of expiration of destruction, warning of illegal operation of material detection and warning of error of material detection circulation program.
8. And (3) query statistics: checking the material state, rechecking the sample, checking the sample, completing the identification, storing the position, destroying, transferring, counting, generating a report and circulating records.
The management authority of the system comprises a system administrator, a sample administrator, a judicial appraiser and a principal, wherein the system administrator has the functions of adding or deleting users and the like, role authority management, log inquiry (abnormity, alarm and record), material checking data management (all information checking management), data backup and recovery, data dictionary addition and edition, process setting and management, module edition and management, and the sample administrator has the functions of printing material checking labels, copying and storing data, and the like,
The system comprises a material checking room management, material checking handover and distribution, material checking statistics and report forms, data export and printing, label printing, new material checking data establishment and material checking data printing, a judicial appraiser has the functions of material checking handover, material checking use, material checking statistics and report forms and data export and printing, and a principal has the function of partial information input.
Data maintenance: click the homepage 'data maintenance' function module, go
And entering a report data interface, wherein ten data report forms are provided, and personnel with corresponding authority can edit the data report forms. The sample type can fill in default data or units in advance, and when a detected sample is to be input, the sample system of the same type can automatically jump out the default data without inputting for many times.
And (3) approval management: the user can submit the application according to the operation requirement, and the audit state can be checked from my application; the examination and approval personnel can enter the examination and approval module for examination and approval from the waiting for me; the administrator can assign the authority to the corresponding personnel.
And (3) version updating: after entering the homepage, clicking the 'version management' function module, and after entering, clicking the 'update' button, so as to try to update the system; under the condition that the connection enters the Internet, the client can automatically access the server to search for the updated software version, and if the updated software version exists, the client can automatically download the upgrade file to upgrade the system.
Referring to fig. 1 and 3, in another embodiment of the present invention, in a material informatization management system based on rfid technology, a principal (public security) may use a network office system owned by the public security to perform information pre-registration, and the pre-registered information is transmitted to the registration module 110 through a proprietary information interface. After the worker logs in the check, the sample collection and the completion of the information are started according to the existing data in the registration module 110.
In the next step, the consignor carries the inspection material for inspection, and the consignor and the sample receiver use the inspection module 111 to complete the printing and binding of the RFID label and the recording of the residual information.
In a next step, the information sorted by the review module 113 is passed to the authentication module 112. The authentication module 112 notifies the authenticator of the sampling through the reserved communication channel. Upon activation of the bound RFID tag, the authenticator samples using the authentication module 112.
In the next step, the authenticator activates the authentication module 112 using the bound RFID tag, developing and completing the authentication.
In the next step, the authenticator activates the authentication module 112 using the bound RFID tag, completing the margin return.
In another step, the information sorted by the review module 113 is transferred to the review module 113. And the sample receiver uses the bound RFID tag to activate the rechecking module 113, and rechecking sample storage is completed.
In the next step, the principal applies for the extraction of the test material using the monitoring module 116. After the examination and approval is completed by using the monitoring module 116, the sample receiver activates the monitoring module 116 by using the bound RFID tag, and the material inspection and handover are completed.
In another step, the sample taker activates the warehousing module 114 using the bound RFID tag to complete the qualification margin handover and warehousing.
In the next step, the monitoring module 116 automatically implements a check material storage expiration reminder. After the examination and approval is completed by using the monitoring module 116, the sample receiver activates the monitoring module 116 by using the bound RFID tag, and the material examination and destruction are completed.
Compared with the prior art, the material informatization management system based on the radio frequency identification technology emphatically utilizes the existing open radio frequency identification technology, and forms a set of informatization management system which can be directly used in the industry through repeated practice tests on the basis of massive investigation and development by the process specification which meets the management requirements of the judicial appraisal industry.
The application has the following effects:
the informatization of the judicial identification and material detection management process is realized, and the full life cycle informatization of related information input, material detection registration, material detection storage management, material detection handover management, material detection use management and material detection destruction management is realized by constructing a judicial identification and material detection management system. The real-time performance and the objectivity of material detection management in the judicial identification process are improved, technologies such as radio frequency identification and intelligent terminals are comprehensively utilized, timely information tracking, electronic recording and effective source tracing of the detected materials in the mechanism are achieved, personnel operation is reduced, the efficiency is improved, and the real-time performance and the objectivity of contents such as recording are improved.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit of the present invention are intended to be included within the scope of the present invention.
Claims (8)
1. A material informatization management system based on radio frequency identification technology is characterized by comprising the following components:
the sample receiving database is used for storing sample receiving information;
the registration module is connected with the sample receiving database and is used for registering material related information, importing the registered material related information into the sample receiving database and transmitting an instruction to the submission module;
the submission module is connected with the registration module, accepts an instruction from the registration module, is used for completing submission and sample receiving records of the material, and transmits the instruction to the identification module;
the identification module is connected with the submission module, accepts an instruction from the submission module, is used for finishing taking and recording the material and transmits the instruction to the rechecking module;
the rechecking module is connected with the identification module, accepts the instruction from the identification module, is used for completing the rechecking related record of the material and transmits the instruction to the warehousing module;
the warehousing module is connected with the rechecking module, accepts the instruction from the rechecking module, is used for finishing warehousing related records of the materials and transmits the instruction to the monitoring module;
and the monitoring module is connected with the warehousing module, accepts the instruction from the warehousing module and is used for finishing the monitoring management of all records of the materials.
2. The system for informationized management of materials based on radio frequency identification technology according to claim 1, wherein:
the registration module, the submission module, the identification module, the rechecking module and the warehousing module are respectively provided with a recognizer;
when the reader receives a signal transmitted by a radio frequency tag or a radio frequency chip, the registration module, the submission module, the identification module, the review module or the warehousing module corresponding to the reader starts to work.
3. The system for informationized management of materials based on radio frequency identification technology according to claim 2, wherein:
the sample receiving information comprises material direct information and material related information;
the material direct genus information comprises: material name, material quantity, material package, whether double or multiple copies exist;
the material-related information includes: namely material number, material source mark, material source name, material source contact, material acceptance time and material circulation time.
4. The system for informationized management of materials based on radio frequency identification technology according to claim 3, wherein: when the submission module works, the submission module allows the UID of the RFID label, the non-contact IC card chip and the ID card chip to be bound to a corresponding material, and the material is uniquely identified.
5. The system for informationized management of materials based on radio frequency identification technology according to claim 4, wherein:
when the identification module works, judging whether the material is in compliance according to the selection information received from the submission module;
allowing use of the material when the material meets specifications, the authentication module recording the time of use, the person using and the use of the material;
and when the material is not in accordance with the standard, the identification module displays warning information and sends the warning information to the monitoring module.
6. The system for informationized management of materials based on radio frequency identification technology according to claim 5, wherein: when the rechecking module works, the rechecking module has an auditing and feedback mechanism, and can record auditing and feedback process time points, users/auditors and feedback information.
7. The system for informationized management of materials based on radio frequency identification technology according to claim 6, wherein:
the warehousing module records and stores warehousing time, warehousing people, warehousing and storage places, transfer time, transfer people, transfer receivers, destruction time and destruction people;
the warehousing module also has the functions of expiration reminding and residual quantity reminding.
8. The system for informationized management of materials based on radio frequency identification technology according to claim 7, wherein: the monitoring module has the functions of monitoring and warning whether the whole system normally operates or not, whether the material circulation process is in compliance or not and the like when working.
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| CN202110457187.8A CN113177621A (en) | 2021-04-26 | 2021-04-26 | Material informatization management system based on radio frequency identification technology |
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