CN110443627A - Sample commission detection logistics and information management system and method based on block chain - Google Patents
Sample commission detection logistics and information management system and method based on block chain Download PDFInfo
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Abstract
The invention discloses a kind of sample commission detection logistics and information management system based on block chain, including the distributed block chain grid being made of at least one inspection platform, at least one detection platform and at least one supervising platform as node, each node is in communication with each other in distributed block chain grid；Inspection platform includes inspection node server, inspection writing module, inspection node communication module, inspection end sample mark module for reading and writing.The invention also discloses a kind of sample commission detection logistics and approaches to IM based on block chain.At least one inspection platform, at least one detection platform and at least one supervising platform are in communication with each other between any two in the present invention, realize shared information, be conducive to each verifying bench and cooperate raising working efficiency, the supervision of two dimensional code packaging and anti-fake traceability system based on block chain are improved and improve sample detection process and efficiency.
Description
Technical field
The invention belongs to logistics technology, and in particular to a kind of sample commission detection logistics and information based on block chain
Management system and method.
Background technique
Sample detection is to ensure one of the important leverage means of thermal power plant safe and stable operation, by providing accurately
Detection data judges whether product is qualified, searches reason abnormal in power generation process, seeks abnormal solution.Sample detection relates to
And sample type is various, mainly there is water, coal, oil, metal material, catalyst etc., the usually testing laboratory as belonging to power plant
The detection test job of the detection of our unit's routine, big light maintenance accident investigation, but some detection test items are carry, by being made
Expensive equipment, the detection frequency is low or does not have the reasons such as detection qu alification, needs to entrust relevant unit's detection test.
Commission detection is important link and critical control point in detection process, but due to being related to sample to be tested
Trans-regional circulation, detection detection cycle is long, intermediate link is more.Sample mix, primary sample is easily caused to be difficult to trace, multinomial inspection
It surveys that result is not easy to integrate, testing result inconvenience is checked, testing result tracking is passive, can not find the problem in time, as a result inconvenience chases after
The problems such as tracing back.
Block chain is a kind of a kind of chain type number for being sequentially in time combined into data block in such a way that sequence is connected
According to structure, and the distributed account book that can not be distorted He can not forge guaranteed in a manner of cryptography, broadly, block chain technology
Be verified using block linked data structure with storing data, using distributed node know together algorithm come generate and more new data,
Guaranteed in the way of cryptography data transmission and access safety, using the intelligent contract being made of automatized script code come
A kind of completely new the distributed basis framework and calculation of programming and operation data, the communication between block chain node is increasingly
Frequently, the effect of decentralization is realized.The subversiveness technology that block chain have swepts the globe as one has decentralization, goes
Trustization goes risk feature, can well solve network security risk is big, credit is low, Legal Regulation missing, communication lag
The problems such as.
Therefore it is badly in need of a kind of logistics and the realization of information monitoring system carried out in sample commission detection process by block chain
Intelligent supervision simplifies sample and entrusts process, and power-assisted is supervised comprehensively, evades hidden risk.
Summary of the invention
In view of the above-mentioned deficiencies in the prior art, the technical problem to be solved by the present invention is that providing a kind of based on block
The sample commission detection logistics and information management system and method for chain, simple structure and reasonable design, at least one inspection are flat
Platform, at least one detection platform and at least one supervising platform are in communication with each other between any two, are realized shared information, are conducive to each
Verifying bench cooperates raising working efficiency, and the supervision of two dimensional code packaging and anti-fake traceability system based on block chain are improved and mentioned
High sample detection process and efficiency, realize one yard of anti-fake retrospect of whole process of an object, make entire sample detection clear process as it can be seen that
It enables users to carry out effectively control to sample detection result.
In order to solve the above technical problems, the technical solution adopted by the present invention is that: the sample based on block chain entrusts detectable substance
Stream and information management system, it is characterised in that: including by least one inspection platform, at least one detection platform and at least one
The distributed block chain grid that supervising platform is formed as node, each node are in communication with each other in distributed block chain grid；Institute
Stating inspection platform includes inspection node server, the inspection writing module to connect with the inspection node server, inspection node
Communication module and inspection end sample for reading and writing sample message identify module for reading and writing；The detection platform includes detection node
Server, the detection writing module to connect with the detection node server, the anti-fake module of tracing to the source for generating anti-counterfeiting mark,
For reading and writing test side sample identification module for reading and writing, data statistics module, examining report generation module and the inspection of sample message
Survey node communication module；The supervision that the supervising platform includes supervisory node server, is connected with the supervisory node server
Writing module, supervision report generation module, supervision end sample mark module for reading and writing, for according to inspection platform and detection platform
Nodal information determines the interval time determining module of the interval detection time of counter sample, for the interval detection time to sample
The sorting module and supervisory node communication module being ranked up.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the inspection
Node server is connected to USB module.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the detection
Node server is connected to key production module.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the supervision
Node server is further connected with detection delay cue module.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the supervision
Node server is further connected with priority assignation module.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the sample
Information includes sample basic information, sample commission inspection logistics information, sample hierarchical information, sample detection information and supervision letter
Breath.
The above-mentioned sample commission detection logistics and information management system based on block chain, it is characterised in that: the sample
It is identified as two dimensional code and/or NFC label.
The sample commission based on block chain that the invention also discloses a kind of detects logistics and approaches to IM, feature exist
In, comprising the following steps:
Step 1: inspection platform updates detection information:
Step 101 obtains sample basic information, and gives sample basic information transfer to inspection section by inspection writing module
Point server；
Step 102 obtains sample commission inspection logistics information, and wherein sample commission inspection logistics information includes sample inspection
Node time, and sample commission inspection logistics information is transferred to by inspection node server by inspection writing module；
Step 103 generates sample mark: inspection end sample identifies module for reading and writing and is entrusted according to sample basic information and sample
Inspection logistics information generates sample mark；
Step 2: detection platform updates detection information:
Step 201, detection node server are taken by examining end sample to identify the corresponding sample mark of module for reading and writing acquisition
The sample basic information and sample of band entrust inspection logistics information；
Step 202, sample detection:
Step 2021 obtains sample hierarchical information；
Step 2022, examine end sample mark module for reading and writing according to sample basic information, sample commission inspection logistics information,
The anti-counterfeiting information of sample hierarchical information and the counter sample of anti-fake module generation of tracing to the source generates sample mark；
Step 2023 obtains sample detection information, and wherein sample detection information includes sample reception node time and sample
Detect the deadline；
Step 2024, examine end sample mark module for reading and writing according to sample basic information, sample commission inspection logistics information,
The anti-counterfeiting information more new sample mark of the counter sample of sample hierarchical information, sample detection information and anti-fake module generation of tracing to the source；
Step 2025, judgement sample detect whether to complete, and enter step 203 if completing, otherwise return step 2023；
Step 203 obtains sample commission inspection return logistics information, and wherein sample commission inspection return logistics information includes
Node time is returned in sample inspection, and end sample mark module for reading and writing is examined to entrust inspection logistics according to sample basic information, sample
Information, sample hierarchical information, sample detection information, it is anti-fake trace to the source module generation counter sample anti-counterfeiting information and sample
Inspection is entrusted to return logistics information more new sample mark；
Step 204 generates examining report: examining report generation module calls examining report template, and according to sample basis
Logistics information is returned in information, sample commission inspection logistics information, sample hierarchical information, sample detection information and sample commission inspection
Generate examining report；
Step 3: supervising platform updates detection information:
Step 301, supervising platform according in step 2024 detection platform update sample mark obtain sample basic information,
Sample entrusts inspection logistics information, sample hierarchical information and sample detection information；
The supervision information that step 302, supervising platform pass through supervision writing module typing counter sample；
Step 303, supervision end sample mark module for reading and writing according to sample basic information, sample commission inspection logistics information,
Sample hierarchical information, sample detection information and supervision information update sample mark:
Step 304, supervision report generation module call supervision report template, and are entrusted according to sample basic information, sample
Inspection logistics information, sample hierarchical information, sample detection information and supervision information generate supervision report.
Above-mentioned method, it is characterised in that: data statistics module is to sample basic information, sample commission inspection logistics letter
Breath, sample hierarchical information and sample detection information carry out data statistics.
Above-mentioned method, it is characterised in that: the corresponding detection of the different samples of interval time determining module calculating is spaced duration,
Sorting module detection interval duration corresponding to different samples is ranked up.
Compared with the prior art, the present invention has the following advantages:
1, simple structure and reasonable design of the invention is realized and easy to use and operate.
2, the present invention at least one inspection platform, at least one detection platform and at least one supervising platform between any two
It is in communication with each other, realizes shared information, be conducive to each verifying bench and cooperate raising working efficiency, reduce job costs；Have
Progress and final test results are examined conducive to supervising platform real time inspection.
3, the present invention realizes the acquisition of whole process data, mark and shares, and meets more copies, reliable record, can not usurp
Change, multi-party transparent characteristic, realize one yard of anti-fake retrospect of whole process of an object, makes entire sample detection clear process as it can be seen that using
Family can carry out effectively control to sample detection result.
4, it is improved the present invention is based on the supervision of the two dimensional code of block chain packaging and anti-fake traceability system and improves sample detection
Sample detection process and detection data and the abundant content of anti-counterfeiting mark are passed through the two dimension in scanning packaging by process and efficiency
Code can picture and text acoustic image and cyclopentadienyl quickly show, the new model of this sample supervision, when saving a large amount of for sample detection work
Between and energy.
5, data statistics module believes sample basic information, sample commission inspection logistics information, sample level in the present invention
Breath and sample detection information carry out data statistics, be conducive to the process of the multidisciplinary cooperation of sample cross-region by the accumulation of data
Innovation lays the foundation to advanced optimize resource for the digitlization operation of sample detection.
In conclusion the configuration of the present invention is simple, design rationally, at least one inspection platform, at least one detection platform and
At least one supervising platform is in communication with each other between any two, is realized shared information, is conducive to each verifying bench and cooperates raising
Working efficiency, the supervision of two dimensional code packaging and anti-fake traceability system based on block chain are improved and improve sample detection process and effect
Rate realizes one yard of anti-fake retrospect of whole process of an object, makes entire sample detection clear process as it can be seen that enabling users to sample detection knot
Fruit carries out effectively control.
Below by drawings and examples, technical scheme of the present invention will be described in further detail.
Detailed description of the invention
Fig. 1 is schematic block circuit diagram of the invention.
Fig. 2 is the schematic block circuit diagram of inspection platform of the present invention.
Fig. 3 is the schematic block circuit diagram of detection platform of the present invention.
Fig. 4 is the schematic block circuit diagram of supervising platform of the present invention.
Fig. 5 is flow chart of the method for the present invention.
Description of symbols:
1-inspection node server；11-inspection writing modules；
12-inspection end samples identify module for reading and writing；13-USB modules；
14-inspection node communication modules；2-detection node servers；
21-detection writing modules；22-anti-fake modules of tracing to the source；
23-test side sample identification module for reading and writing；24-data statistics modules；
25-examining report generation modules；26-detection node communication modules；
27-key production modules；3-supervisory node servers；
31-supervision writing modules；32-supervision report generation modules；
33-supervision end samples identify module for reading and writing；34-interval time determining modules；
35-sorting modules；36-detection delay cue modules；
37-supervisory node communication modules；38-priority assignation modules.
Specific embodiment
With reference to the accompanying drawing and the embodiment of the present invention is described in further detail method of the invention.
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The present invention will be described in detail below with reference to the accompanying drawings and embodiments.
It should be noted that term used herein above is merely to describe specific embodiment, and be not intended to restricted root
According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singular
Also it is intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " packet
Include " when, indicate existing characteristics, step, operation, device, component and/or their combination.
It should be noted that the description and claims of this application and term " first " in above-mentioned attached drawing, "
Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should be understood that using in this way
Data be interchangeable under appropriate circumstances, so that presently filed embodiment described herein for example can be in addition to herein
Sequence other than those of diagram or description is implemented.In addition, term " includes " and " having " and their any deformation, it is intended that
Be to cover it is non-exclusive include, for example, containing the process, method, system, product or equipment of a series of steps or units not
Those of be necessarily limited to be clearly listed step or unit, but may include be not clearly listed or for these processes, side
The intrinsic other step or units of method, product or equipment.
For ease of description, spatially relative term can be used herein, as " ... on ", " ... top ",
" ... upper surface ", " above " etc., for describing such as a device shown in the figure or feature and other devices or spy
The spatial relation of sign.It should be understood that spatially relative term is intended to comprising the orientation in addition to device described in figure
Except different direction in use or operation.For example, being described as if the device in attached drawing is squeezed " in other devices
It will be positioned as " under other devices or construction after part or construction top " or the device of " on other devices or construction "
Side " or " under other devices or construction ".Thus, exemplary term " ... top " may include " ... top " and
" in ... lower section " two kinds of orientation.The device can also be positioned with other different modes and (is rotated by 90 ° or in other orientation), and
And respective explanations are made to the opposite description in space used herein above.
As shown in Figures 1 to 5, the present invention includes by least one inspection platform, at least one detection platform and at least one
The distributed block chain grid that a supervising platform is formed as node, each node are in communication with each other in distributed block chain grid.
In actual use, at least one inspection platform, at least one detection platform and at least one supervising platform two-by-two it
Intercommunication realizes the data sharing between the acquisition of whole process data, multinode, meets more copies, reliably records, no
Can distort, multi-party transparent characteristic, realize one yard of anti-fake retrospect of whole process of an object, make entire sample detection clear process as it can be seen that
It enables users to carry out effectively control to sample detection result.
The inspection platform includes inspection node server 1, the inspection to connect with the inspection node server 1 write-in mould
Block 11, USB module 13, inspection node communication module 14 and for reading and writing sample basic information, sample hierarchical information and sample
The inspection end sample of detection information identifies module for reading and writing 12.
In actual use, sample basic information is written by inspection writing module 11 and sample entrusts inspection logistics information.
Inspection end sample identifies module for reading and writing 12 and generates sample mark according to sample basic information and sample commission inspection logistics information, send
Inspection node communication module 14 with inspection platform, detection platform and supervising platform for communicating, inspection platform, detection platform and supervision
Platform can obtain sample mark in real time, and USB module 13 is identified for downloading data and sample.
When it is implemented, sample mark is located at sample appearance, while 14 communications of inspection node communication module can be passed through.
Wherein sample basic information include the name of an article of sample, model, quantity, establishing criteria, the date of manufacture, manufacturer,
Sampling point description, photo, sampling people and/or sampling method.
It includes sample inspection node time, consigner, trustee, logistics information and fortune that sample, which entrusts inspection logistics information,
Defeated mode etc..
Sample commission inspection is usually completed by logistics company, and logistics information only includes main transport progress msg.
It is possible that being transmitted by inspection side using own means of transport, logistics information not only includes main transport progress msg at this time, also
Status information including sample during transportation.
The detection platform includes detection node server 2, the detection to connect with the detection node server 2 write-in mould
Block 21, the anti-fake module 22 of tracing to the source for generating anti-counterfeiting mark, for reading and writing sample basic information, sample hierarchical information and sample
Test side sample identification module for reading and writing 23, data statistics module 24, examining report generation module 25 and the detection of detection information
Node communication module 26.
Sample reception is completed by testing agency, is needed to receive from logistics company and be sent sample, and whether confirmatory sample is intact.So
Detection platform needs to carry out sample to re-start registration, storage, processing segmentation, detection, again mark etc. afterwards.Again after identifying
Sample as testing agency's internal circulation and inspection side inquiry progress when information transmit carrier.
Sample detection is completed by detection structure, completes the detection of sample with program as desired.For there is multiple detections
When project, sample is typically divided into more parts, and detects respectively.
Wherein, sample level information includes level is divided and divided to sample whether.
Sample detection information includes detection unit, detection content, detecting step, detecting step node time, detection responsibility
Whether people completes to detect, and detects auditor and detection time.
Sample commission inspection return is completed by testing agency, according to the demand or needs of the side of sending, selection returns, discard or
Long-term storage.It includes that sample inspection returns node time, returns consigner, returns and entrusted that logistics information is returned in sample commission inspection
Support side, logistics information and means of transportation etc..
Sample identifies and obtains sample mark entrained sample base test side sample identification module for reading and writing 23 for identification
Plinth information and sample entrust inspection logistics information, detection 21 typing sample hierarchical information of writing module, sample detection information and sample
Product entrust inspection to return logistics information, and end sample mark module for reading and writing 23 is examined to entrust inspection according to sample basic information, sample
The anti-counterfeiting information life of logistics information, sample hierarchical information, sample detection information and the counter sample of the anti-fake generation of module 22 of tracing to the source
The sample of Cheng Xin identifies.
The supervision of two dimensional code packaging and anti-fake traceability system based on block chain are improved and improve sample detection process and effect
Rate can scheme sample detection process and detection data and the abundant content of anti-counterfeiting mark by the two dimensional code in scanning packaging
Literary acoustic image and cyclopentadienyl quickly displaying, the new model of this sample supervision save a large amount of time and efforts for sample detection work.
Detection node communication module 26 is communicated with inspection platform, detection platform and supervising platform, inspection platform, detection platform
Sample mark and information of tracing to the source can be obtained in real time with supervising platform, and know that sample hierarchical information and sample are examined by sample mark
Measurement information.
Shared information is realized by detection node communication module 26, is conducive to each verifying bench and is cooperated raising work
Efficiency reduces job costs；Be conducive to supervising platform real time inspection and examine progress and final test results.
It after each sorting project, needs to identify the result of sorting again, more new sample mark is simultaneously timely
Form examining report.After all detection projects, total examining report is formed.
Examining report generation module 25 calls examining report template, and sample basic information, sample are entrusted inspection logistics
Information, sample hierarchical information, sample detection information and sample commission inspection return logistics information and insert examining report template, generate
Examining report.Inspection platform, detection platform and supervising platform can obtain examining report in real time.
The supervising platform includes supervisory node server 3, the supervision to connect with the supervisory node server 3 write-in mould
Block 31, supervision report generation module 32, supervision end sample mark module for reading and writing 33, for according to inspection platform and detection platform
Nodal information determines the interval time determining module of the interval detection time of counter sample, for the interval detection time to sample
The sorting module 35 and supervisory node communication module 37 being ranked up.
Sample identifies and obtains sample mark entrained sample base supervision end sample mark module for reading and writing 33 for identification
Logistics letter is returned in plinth information, sample commission inspection logistics information, sample hierarchical information, sample detection information and sample commission inspection
Breath, while the anti-counterfeiting information of the counter sample of the anti-fake generation of module 22 of tracing to the source can be obtained, and sample source is obtained according to anti-counterfeiting information
Information is supervised in head, supervision 31 typing of writing module, and supervision end sample mark module for reading and writing 33 is entrusted according to sample basic information, sample
Delivery examines logistics information, sample hierarchical information, sample detection information and supervision information update sample mark, supervisory node and communicates mould
Block 37 is communicated with inspection platform, detection platform and supervising platform, and inspection platform, detection platform and supervising platform can obtain sample in real time
Product mark, and know that the sample basic information of sample, sample entrust inspection logistics information, sample level to believe by sample mark
Breath, sample detection information and supervision information.
It supervises report generation module 32 and calls supervision report template, and sample basic information, sample are entrusted into inspection logistics
Information, sample hierarchical information, sample detection information and supervision information filling supervision report template, generate supervision report, inspection is flat
Platform, detection platform and supervising platform can obtain supervision report in real time.
Wherein, supervision information includes sample treatment opinion, sample evaluation content, sample evaluation star, detection platform evaluation
Content, detection platform evaluation star etc..
In the present embodiment, the detection node server 2 is connected to key production module 27.
In actual use, detection node server 2 carries out sample information by the private key that key production module 27 generates
Encryption, other detection platforms, inspection platform and supervising platform are decrypted using system public key.Sample information is encrypted, sample is made
This information has the characteristic that can not be distorted, and using effect is good.
In the present embodiment, the supervisory node server 3 is further connected with detection delay cue module 36.
In actual use, the corresponding detection duration of different detecting steps is written by supervising writing module 31.Interval time
Determining module 34 calculates the corresponding detection interval duration of different samples, and when the sample detection deadline is empty, interval time is true
Cover half block 34 calculates the interval time of sample reception node time and current time, when the sample detection deadline is not sky,
The interval time of interval time determining module 34 calculating sample reception node time and sample detection deadline.Supervisory node clothes
The detection interval duration that the detection duration and interval time determining module 34 that 3 pairs of device supervision writing modules 31 of business are written are calculated
It is compared, when the detection interval duration that interval time determining module 34 is calculated is greater than the inspection that supervision writing module 31 is written
Duration is surveyed, detection delay cue module 36 issues prompt information, and supervisor is reminded to take measures.
In the present embodiment, the supervisory node server 3 is further connected with priority assignation module 38.
In actual use, priority assignation module 38 is Password Input module.Supervisory node server 3 is set for comparing permission
Whether the key and operator set in module 38 are consistent by supervising the key that writing module 31 inputs, if unanimously, passing through power
Limit setting.
In the present embodiment, the sample is identified as two dimensional code and/or NFC label.
In actual use, inspection end sample mark module for reading and writing 12, test side sample identification module for reading and writing 23 and supervision end
Sample identification module for reading and writing 33 is two dimensional code reader or NFC label reader.
A kind of sample commission detection logistics and approaches to IM based on block chain of the invention, comprising the following steps:
Step 1: inspection platform updates detection information:
Step 101 obtains sample basic information, and passes through inspection writing module 11 for sample basic information transfer to inspection
Node server 1；
Step 102 obtains sample commission inspection logistics information, and wherein sample commission inspection logistics information includes sample inspection
Node time, and sample commission inspection logistics information is transferred to by inspection node server 1 by inspection writing module 11；
Step 103 generates sample mark: inspection end sample identifies module for reading and writing 12 and is entrusted according to sample basic information and sample
Delivery examines logistics information and generates sample mark.
Step 2: detection platform updates detection information:
Step 201, detection node server 2 obtain corresponding sample mark by examining end sample to identify module for reading and writing 23
The sample basic information and sample of carrying entrust inspection logistics information；
Step 202, sample detection:
Step 2021 obtains sample hierarchical information；
Step 2022 examines end sample mark module for reading and writing 23 according to sample basic information, sample commission inspection logistics letter
The anti-counterfeiting information of the counter sample of breath, sample hierarchical information and the anti-fake generation of module 22 of tracing to the source generates sample mark；
Step 2023 obtains sample detection information, and wherein sample detection information includes sample reception node time and sample
Detect the deadline；
Step 2024 examines end sample mark module for reading and writing 23 according to sample basic information, sample commission inspection logistics letter
The anti-counterfeiting information more new sample of the counter sample of breath, sample hierarchical information, sample detection information and the anti-fake generation of module 22 of tracing to the source
Mark；
Step 2025, judgement sample detect whether to complete, and enter step 203 if completing, otherwise return step 2023.
Step 203 obtains sample commission inspection return logistics information, and wherein sample commission inspection return logistics information includes
Node time is returned in sample inspection, and end sample mark module for reading and writing 23 is examined to entrust inspection object according to sample basic information, sample
Stream information, sample hierarchical information, sample detection information, it is anti-fake trace to the source module 22 generation counter sample anti-counterfeiting information and
Sample entrusts inspection to return logistics information more new sample mark；
Step 204 generates examining report: examining report generation module 25 calls examining report template, and according to sample base
Logistics letter is returned in plinth information, sample commission inspection logistics information, sample hierarchical information, sample detection information and sample commission inspection
Breath generates examining report.
Step 3: supervising platform updates detection information:
Step 301, supervising platform according in step 2024 detection platform update sample mark obtain sample basic information,
Sample entrusts inspection logistics information, sample hierarchical information and sample detection information；
The supervision information that step 302, supervising platform pass through supervision 31 typing counter sample of writing module；
Step 303, supervision end sample mark module for reading and writing 33 are according to sample basic information, sample commission inspection logistics letter
Breath, sample hierarchical information, sample detection information and supervision information update sample mark:
Step 304, supervision report generation module 32 call supervision report template, and according to according to sample basic information, sample
Product entrust inspection logistics information, sample hierarchical information, sample detection information and supervision information to generate supervision report.
In the present embodiment, interval time determining module 34 is spaced duration, sequence according to the corresponding detection of the different samples of calculating
The corresponding detection interval duration of 35 pairs of difference samples of module is ranked up.
In the present embodiment, data statistics module 24 entrusts inspection logistics information, sample level to sample basic information, sample
Information and sample detection information carry out data statistics.
In actual use, data statistics module 24 entrusts inspection logistics to sample basic information, sample according to index information
Information, sample hierarchical information and sample detection information are compared, and count.Be conducive to sample cross-region by the accumulation of data
The process of multidisciplinary cooperation is innovated, and to advanced optimize resource, is laid the foundation for the digitlization operation of sample detection.
When the sample detection deadline is empty, interval time determining module 34 calculates sample reception node time and current
The detection interval duration of time, when the sample detection deadline is not sky, interval time determining module 34 calculates sample reception
The detection interval duration of node time and sample detection deadline.
The detection interval duration of 35 pairs of sorting module different samples carries out sequence from big to small or from small to large, facilitates prison
Pipe personnel carry out the efficiency sequence of detection platform.
The above is only the embodiment of the present invention, is not intended to limit the invention in any way, all technologies according to the present invention
Essence any simple modification to the above embodiments, change and equivalent structural changes, still fall within the technology of the present invention side
In the protection scope of case.
Claims (10)
1. sample commission detection logistics and information management system based on block chain, it is characterised in that: including being sent by least one
The distributed block chain grid that inspection platform, at least one detection platform and at least one supervising platform are formed as node, it is each to save
Point is in communication with each other in distributed block chain grid；
The inspection platform includes inspection node server (1), the inspection to connect with the inspection node server (1) write-in mould
Block (11), inspection node communication module (14) and the inspection end sample for reading and writing sample message identify module for reading and writing (12)；
The detection platform includes detection node server (2), the detection to connect with the detection node server (2) write-in mould
Block (21), the anti-fake module of tracing to the source (22) for generating anti-counterfeiting mark, the test side sample identification for reading and writing sample message are read
Writing module (23), data statistics module (24), examining report generation module (25) and detection node communication module (26)；
The supervising platform includes supervisory node server (3), the supervision to connect with the supervisory node server (3) write-in mould
Block (31), supervision end sample mark module for reading and writing (33), is used for according to inspection platform and detection supervision report generation module (32)
The nodal information of platform determines the interval time determining module (34) of the interval detection time of counter sample, between sample
Every the sorting module (35) and supervisory node communication module (37) that detection time is ranked up.
2. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the inspection node server (1) is connected to USB module (13).
3. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the detection node server (2) is connected to key production module (27).
4. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the supervisory node server (3) is further connected with detection delay cue module (36).
5. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the supervisory node server (3) is further connected with priority assignation module (38).
6. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the sample message includes sample basic information, sample commission inspection logistics information, sample hierarchical information, sample detection letter
Breath and supervision information.
7. the sample commission detection logistics and information management system, feature described in accordance with the claim 1 based on block chain exists
In: the sample is identified as two dimensional code and/or NFC label.
8. the sample commission detection logistics and information management system described in accordance with the claim 1 based on block chain carries out sample committee
Support detection logistics and the method for information management, which comprises the following steps:
Step 1: inspection platform updates detection information:
Step 101 obtains sample basic information, and gives sample basic information transfer to inspection section by inspection writing module (11)
Point server (1)；
Step 102 obtains sample commission inspection logistics information, and wherein sample commission inspection logistics information includes sample inspection node
Time, and sample commission inspection logistics information is transferred to by inspection node server (1) by inspection writing module (11)；
Step 103 generates sample mark: inspection end sample identifies module for reading and writing (12) and is entrusted according to sample basic information and sample
Inspection logistics information generates sample mark；
Step 2: detection platform updates detection information:
Step 201, detection node server (2) are by examining end sample mark module for reading and writing (23) to obtain corresponding sample mark
The sample basic information and sample of carrying entrust inspection logistics information；
Step 202, sample detection:
Step 2021 obtains sample hierarchical information；
Step 2022, examine end sample mark module for reading and writing (23) according to sample basic information, sample commission inspection logistics information,
The anti-counterfeiting information for the counter sample that sample hierarchical information and anti-fake module of tracing to the source (22) generate generates sample mark；
Step 2023 obtains sample detection information, and wherein sample detection information includes sample reception node time and sample detection
Deadline；
Step 2024, examine end sample mark module for reading and writing (23) according to sample basic information, sample commission inspection logistics information,
The anti-counterfeiting information more new sample mark for the counter sample that sample hierarchical information, sample detection information and anti-fake module of tracing to the source (22) generate
Know；
Step 2025, judgement sample detect whether to complete, and enter step 203 if completing, otherwise return step 2023；
Step 203 obtains sample commission inspection return logistics information, and it includes sample that wherein logistics information is returned in sample commission inspection
Node time is returned in inspection, and end sample mark module for reading and writing (23) is examined to entrust inspection logistics according to sample basic information, sample
Information, sample hierarchical information, sample detection information, anti-fake module of tracing to the source (22) generate counter sample anti-counterfeiting information and
Sample entrusts inspection to return logistics information more new sample mark；
Step 204 generates examining report: examining report generation module (25) calls examining report template, and according to sample basis
Logistics information is returned in information, sample commission inspection logistics information, sample hierarchical information, sample detection information and sample commission inspection
Generate examining report；
Step 3: supervising platform updates detection information:
The sample mark that step 301, supervising platform are updated according to detection platform in step 2024 obtains sample basic information, sample
Entrust inspection logistics information, sample hierarchical information and sample detection information；
The supervision information that step 302, supervising platform pass through supervision writing module (31) typing counter sample；
Step 303, supervision end sample mark module for reading and writing (33) according to sample basic information, sample commission inspection logistics information,
Sample hierarchical information, sample detection information and supervision information update sample mark:
Step 304, supervision report generation module (32) call supervision report template, and are entrusted according to sample basic information, sample
Inspection logistics information, sample hierarchical information, sample detection information and supervision information generate supervision report.
9. according to the method for claim 8, it is characterised in that: data statistics module (24) is to sample basic information, sample
Inspection logistics information, sample hierarchical information and sample detection information is entrusted to carry out data statistics.
10. according to the method for claim 8, it is characterised in that: interval time determining module (34) calculates different samples pair
The detection interval duration answered, sorting module (35) detection interval duration corresponding to different samples are ranked up.
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