CN106296230A - Daily necessities quality safety monitoring system and method - Google Patents
Daily necessities quality safety monitoring system and method Download PDFInfo
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- CN106296230A CN106296230A CN201610677489.5A CN201610677489A CN106296230A CN 106296230 A CN106296230 A CN 106296230A CN 201610677489 A CN201610677489 A CN 201610677489A CN 106296230 A CN106296230 A CN 106296230A
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Abstract
The present invention provides a kind of daily necessities quality safety monitoring system and method, this system includes: business subject identity subsystem (110), product subsystem (140), sales subordinate system (150), quality supervision subsystem (160), every subsystem all has the communication module of oneself, realize decentration and connect and form communication network, and communicate in a broadcast manner.Each subsystem has synchronization module and the data base of oneself, and synchronization module, when there is database update, sends broadcast update content to other subsystem.It addition, each subsystem also has identification module, identifying the update content received, after identifying successfully, update content is to the data base of oneself.Business main body institute products produced and sold is realized efficiently, intelligently monitors by the present invention, is conducive to business main body to grasp the relevant information of Product quality and safety in real time, thus strengthens the management to product safety.
Description
Technical field
The present invention relates to a kind of daily necessities quality safety monitoring system and method.
Background technology
The Internet has been deep into every field, and a lot of fields are produced great impact.Such as, factory passes through the Internet
Purchase raw material, by internet sales product；The sale of each electricity business's platform accounts for the proportion of overall sales volume to be increased day by day；Producer with
Distributor day by day focus on Internet user to oneself product or the feedback of service；Government bodies the most gradually utilize Internet technology
Strengthening the function of self, the such as tax bureau gradually to enable and promote electronic invoice, carry out web-based registration, the Industry and Commerce Bureau gradually adopts
Traditional paper is used to prove by electronic enquiry system to reduce.
In Internet technology, apply under overall situation like a raging fire, how to realize product quality peace based on Internet technology
The monitoring of full blast danger, supervise, assess, early warning, become a great problem.Additionally, under the overall situation of clear definiton of powers, each political affairs
There is oneself clear and definite responsibility in mansion office, how to utilize Internet technology to realize organically under existing government bodies framework,
Efficient supervision, a great problem especially.
Summary of the invention
In order to overcome existing technical problem, an aspect of of the present present invention provides a kind of daily necessities quality safety to monitor system
System, described daily necessities quality safety monitoring system includes: business subject identity subsystem, main for storage and management business
The identification number of body and title；Product subsystem, for storing and manage the product information of each business main body；Sales subordinate system,
For storing and manage the sales information of product；Quality supervision subsystem, is used for storing and manage product quality supervision information；Described business is main
In body identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem, each subsystem has the communication mould of oneself
Block, for realizing the connection of decentration and forming communication network, each subsystem is carried out in described communication network in a broadcast manner
Communication；
In described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem, each subsystem
All having oneself synchronization module and data base, the synchronization module of each subsystem occurs more for the data base at this subsystem
Time new, in a broadcast manner the update content of this data base is sent in described communication network other subsystem；
In described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem, each subsystem
All having the identification module of oneself, the update content received is identified, and is being identified into by the identification module of each subsystem
After merit, described update content is stored the data base of oneself.
As a kind of preferred version, described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision
In system, the data base of each subsystem includes that some data blocks, described some data blocks are sequentially connected with, each data block
There is unique numbering；In described some data blocks, in addition to first data block, each data block stores before it
The numbering of one data block.
As a kind of preferred version, the update content of described data base refers to there occurs the data block of data variation.
As a kind of preferred version, the synchronization module of each subsystem is also by the identification result of the identification module of this subsystem
Broadcast in described communication network.
As a kind of preferred version, the synchronization module of each subsystem is receiving sending out at synchronization of same data block
During the afoul two parts of renewals given birth to, the identification result associated that updates with these two parts according to being received determines to accept and believe which part more
Newly.
As a kind of preferred version, described quality supervision subsystem also includes spot-check module, and described selective examination module is according to described product
The content of the data base of product subsystem and/or sales subordinate system provides the information of the product needing selective examination.
Another aspect of the present invention, it is provided that a kind of daily necessities quality safety monitoring method, comprises the following steps:
Structure business subject identity subsystem, for storing and manage identification number and the title of business main body；
Structure product subsystem, for storing and manage the product information of each business main body；
Structure sales subordinate system, for storing and manage the sales information of product；
Structure quality supervision subsystem, is used for storing and manage product quality supervision information；
Each subsystem in described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem
System increases communication module, each subsystem is realized the connection of decentration and forms communication network, making each subsystem in described communication
Communicate in a broadcast manner in net；
Each subsystem in described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem
Increase synchronization module and data base；When the data base of each subsystem occurs to update, by the synchronization module of this subsystem in institute
State communication network and in a broadcast manner the update content of this data base is sent to other subsystem；
Each subsystem in described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem
System increases identification module, during the update content that each subsystem receives, by the identification module of this subsystem to being received more
New content is identified, and described update content stores after identifying successfully the data base of oneself.
As a kind of preferred version, described daily necessities quality safety monitoring method also includes:
By each subsystem in described business subject identity subsystem, product subsystem, sales subordinate system and quality supervision subsystem
Data base store in the way of some data blocks, described some data blocks are sequentially connected with, and each data block has only
The numbering of one；In described some data blocks, in addition to first data block, each data block stores one before it
The numbering of data block；The update content of described data base refers to there occurs the data block of data variation.
As a kind of preferred version, described daily necessities quality safety monitoring method also includes:
The identification result of the identification module of this subsystem is broadcasted by the synchronization module of each subsystem in described communication network；
The synchronization module of each subsystem is receiving afoul two parts taken place at the same instant of same data block
During renewal, the identification result associated that updates with these two parts according to being received determines that accepting and believing which part updates.
As a kind of preferred version, described daily necessities quality safety monitoring method also includes:
Increasing selective examination module to described quality supervision subsystem, described selective examination module is according to described product subsystem and/or sale
The content of the data base of subsystem provides the information of the product needing selective examination.
Business main body institute products produced and sold is realized efficiently, intelligently monitors by the present invention, is conducive to the master that does business
Body grasps the relevant information of Product quality and safety in real time, thus strengthens the management to product safety.
Accompanying drawing explanation
Below with reference to accompanying drawing and combine example be specifically described the present invention, advantages of the present invention and implementation will
More significantly and detailed, wherein content shown in accompanying drawing is only used for explanation of the present invention, and does not constitute the present invention any
Restriction in meaning, in the accompanying drawings:
Fig. 1 is the block schematic illustration of the multi-functional supervision cooperative system that first embodiment of the invention provides；
Fig. 2 is the block schematic illustration of the daily necessities quality safety monitoring system that second embodiment of the invention provides；
Fig. 3 is the block schematic illustration of the product safety risk monitoring and control system that third embodiment of the invention provides；
Fig. 4 is the block schematic illustration of the product quality Warning System that fourth embodiment of the invention provides；
Fig. 5 is in one embodiment of the invention, and the data base of certain subsystem realizes block schematic illustration；
Fig. 6 is in one embodiment of the invention, the block schematic illustration of quality supervision subsystem；
Fig. 7 is the flow chart of database synchronization in communication network；
Fig. 8 is the process chart updated that conflicts data base.
Detailed description of the invention
It is an object of the present invention to provide a kind of multi-functional supervision cooperative system, this system comprises multiple subsystem, often
Individual subsystem itself can go for corresponding entity with independent operation.And communicate to connect for decentration between each subsystem,
Need not a Centroid with dominance, consequently facilitating perform and promote.
With reference to Fig. 1, the multi-functional supervision cooperative system 100 that one embodiment of the invention provides includes subject identity of doing business
System 110, business main information subsystem 120, tax subsystem 130, product subsystem 140, sales subordinate system 150, quality supervision
Subsystem 160, product evaluation subsystem 170, public opinion Monitor And Control Subsystem 180.Each height of this multi-functional supervision cooperative system 100
System can be concentrated use in by a department, it is, however, preferable that used by multiple departments respectively.
Business subject identity subsystem 110 is for storing and manage identification number and the title of business main body, such as, business
Main body can Shi Ge company and/or public institution etc., its identification number can be the unified credit of organization mechanism code or society
Code.Each business main body should possess unique identification number.
Business main information subsystem 120 is for registering other information of business main body, and such as, this system can give industry and commerce pipe
Reason department uses, registration business shareholder's information of main body, legal representative, registered capital, information announcing etc..
Tax subsystem 130 is for storing and manage the taxation situation of each business main body, and this subsystem is available for the tax authority
Use.
Product subsystem 140 is for storing and manage the product information of each business main body, and this subsystem is available for main body of doing business
Use.In patent specification and claims, product is that one refers to, and including various tangible products, also includes invisible
Product such as service, software etc..
Sales subordinate system 150 is for storing and manage the sales information of product.Such as, based on big data technique from each electricity business
Platform collects the sales situation of each product, such as sales date, sales volume, consumption sum, sales region etc..
Quality supervision subsystem 160 is used for storing and manage product quality supervision information, and this subsystem can use to quality supervision department.
Product evaluation subsystem 170 is for storing and manage the evaluation of product, and this subsystem is available for the buyer of product and uses.
Alternatively, it is also possible to collect relevant comment from each electricity business's platform.
Public opinion Monitor And Control Subsystem 180 is for storing and manage the public opinion of product, and this subsystem can give stability maintenance department or risk
Early warning department uses.
It is to be appreciated that as required, this multi-functional supervision cooperative system can set up the subsystem of other functions.
Communicate to connect in the way of decentration between above-mentioned subsystems, constitute a communication network.Because going to center
Change, so need not construct an authoritative center, thus convenient enforcement, popularization.How to communicate between subsystems, assist
Make, hereinafter can be described in detail.
With reference to Fig. 2, business subject identity subsystem 110, product subsystem 140, sales subordinate system 150 and quality supervision subsystem
160 may be constructed a product quality monitoring system 102, and this system 102 can be used as daily necessities quality safety monitoring system
102, correspondingly, the product quality monitoring method of its correspondence is a kind of daily necessities quality safety monitoring method.Product quality
Monitoring system 102 can be according to the information of the acquisition of information product of product subsystem 140 and/or sales subordinate system 150, thus to phase
The product answered carries out quality monitoring.This product quality monitoring system 102 can be used as daily necessities quality safety monitoring system, phase
The product quality monitoring method answered can monitor method as daily necessities quality safety.
With reference to Fig. 3, do business subject identity subsystem 110, product subsystem 140, sales subordinate system 150, quality supervision subsystem
160 and public opinion Monitor And Control Subsystem 180 may be constructed a product safety risk monitoring and control system 104.Product safety risk monitoring and control system
Corresponding product according to the security risk information of the acquisition of information product of public opinion Monitor And Control Subsystem 180, thus can be carried out by system 104
Security risk monitors.
With reference to Fig. 4, do business subject identity subsystem 110, product subsystem 140, sales subordinate system 150, quality supervision subsystem
160 and product evaluation subsystem 170 may be constructed a product quality Warning System 106.Product quality Risk-warning system
Corresponding product according to the acquisition of information buyer of product evaluation subsystem 170 evaluation information to product, thus can be entered by system 106
Row quality risk early warning.
Above-mentioned subsystems all has the data base of oneself.With reference to Fig. 5, the data base 200 of each subsystem includes
Some data blocks, such as data block 1, data block 2 ..., data block n-1, data block n.These some data blocks are sequentially connected with, often
One data block has unique numbering.In these some data blocks, in addition to first data block such as data block 210, often
Individual data block all stores the numbering of a data block before it.It is to be appreciated that along with the increase of data volume, can be formed more
Carry out the most data blocks.Further, owing to follow-up data block all stores the numbering of previous data block, therefore, have found
Later data block just can be according to all data blocks numbered before tracing back to.
The feature of the multi-functional supervision cooperative system 100 shown in Fig. 1 is, the data of the data base of each subsystem occur
During change, can be other subsystems in the content synchronization of change to communication network.Under the framework described in Fig. 5, it is only necessary to
Step there occurs the data block of data variation.
It is to be appreciated that in the data base of the data base of each subsystem subsystems that eventually stores communication network
Hold, i.e. the content of the data base of each subsystem is finally identical.Therefore, each subsystem can operate independently,
Also can cooperate with wherein one or more subsystems of communication network.
Because each subsystem of communication network has essentially identical configuration, therefore, hereafter as a example by quality supervision subsystem 160
Illustrate.
With reference to Fig. 6, quality supervision subsystem 160 has communication module 161, synchronization module 163, identification module 165 and data
Storehouse 200, it is preferable that also comprise selective examination module 167, provides selective examination information according to the content of data base.
Wherein, communication module 161 is used for being connected to communication network, and in a broadcast manner in communication network with other subsystems
Communicate.
Synchronization module 163 is for when the data base 200 of quality supervision subsystem 160 occurs to update, in communication network with broadcast
The update content of this data base is sent to other subsystem by mode.Preferably, only broadcast data content there occurs change
Data block.It is to be appreciated that synchronization module 163 can also receive other subsystems broadcasts the database update come.
Alternatively, it is possible to received, by identification module 165, the database update that the broadcast of other subsystems comes.But identification module
The major function of 165 is to identify the update content received, and directly or indirectly (by synchronizing mould after identifying successfully
Block 163) update content stored oneself data base.It is to be appreciated that synchronization module 163 can collect with identification module 165
Become a functional module.Preferably, the identification result of identification module 165 is also broadcasted by synchronization module 163 in communication network, with side
Help the discriminating that corresponding data block is updated by other subsystems.
It is to be appreciated that the data base 200 of quality supervision subsystem 160 eventually includes the data base of all subsystems of communication network
Content, such as business the data-base content 119 of subject identity subsystem, the data-base content 149 of product subsystem, quality supervision son
Data-base content 169 of system etc..
Fig. 7 is the flow chart of database synchronization in communication network.
With reference to Fig. 7, in step S801, certain data block (such as data block of subsystem A (such as product subsystem 140)
N), when data there occurs change, this data block is broadcast to communication network by the synchronization module of subsystem A.This data block n includes
The moment that data change, it is preferable that be accurate to 0.0001 second, such as 2016 on August 12,18: 02: 15.0042.
So that each subsystem can update corresponding data block successively according to the sequencing in moment.The precision in moment is the highest, and data are more
New collision chance is the least.
In step S803, subsystem B (such as quality supervision subsystem 160) receives this data base n from communication network.
In step S805, the identification module of subsystem B carries out effectiveness discriminating to this data block n.Such as authentication data block
Current number, the numbering of previous data block, data change moment, the broadcast initially by which subsystem carried out,
Other subsystems identification result situation etc. to this data block.
As data block n fails, by differentiating, to be identified as invalid data block and update, thus lost in step S806
Abandon.Preferably, it is also possible to broadcast this discriminating situation, for other subsystem references.
As data block n has been passed through to differentiate, just data block n is updated the data base of oneself in step S807.Preferably,
Also broadcast this discriminating situation, carry out reference for other subsystems.
Having already mentioned above, the renewable time precision of data base is the highest, is more avoided that update inconsistency (that is, the phase of data base
Two or more is descended to update in the same time).But, because each subsystem stores the data base of all subsystems of communication network
Content, so, in the case of the rarest, the most likely cause an identical data block to have two in the same moment
Plant different content updates.For this reason, it may be necessary to carry out prediction scheme process for this kind of situation.
Fig. 8 is the process chart updated that conflicts data base.
With reference to Fig. 8, in step S901, subsystem A receives two parts of data block n in identical time or time successively
Updating, these the two parts renewable time updated are identical.It is to be appreciated that a subsystem can not be in the identical moment to same
Data block makes two parts of different renewals of content, and therefore, these two parts update is initially to be broadcast out by different subsystems certainly
's.
In step S903, subsystem A also receives other subsystems to these the two parts identification results updated.It is to be appreciated that
As subsystem A received these two parts renewals before other subsystems, then, currently, other subsystems do not have these two parts renewals
Identification result.
In step S905, these two parts of renewals are differentiated by subsystem A.The Consideration differentiated can include following factor:
The authority priority difference of these the two parts amendment sides updated；
Two subsystems that initially broadcast these two parts the updates priority difference to data block；
These two parts update to be differentiated to be effective or invalid quantity by other subsystems.
It is to be appreciated that more conflict can be set up according to concrete specification to differentiate specification.
Step S905 judges have that of higher effectiveness is a update after, abandoned in step s 907
That a renewal that effect property is poor, accepts that a renewal that effectiveness is stronger, and broadcasts this identification result, help other subsystems
System differentiates.
It is to be appreciated that for data base n in two parts of renewals in same moment, such as update a, update b, such as a part
Subsystem such as subsystem A receives renewal a, but when the effectiveness of final communication network identification renewal b is higher, subsystem A should
Use and update b replacement renewal a, so that it is guaranteed that the subsystems of communication network has the data-base content that content is consistent.
It is to be appreciated that because the quantity of the subsystem of communication network is the most limited, with current communication network spread speed
With disposal ability, the concordance of this kind of data-base content is easily achieved.
Further, the data base of each subsystem can enable caching function.For read operation (such as data base querying
Operation), first judge there is corresponding content inside caching, if any, the most directly from caching, read corresponding content and return；As slow
Deposit the inside and there is no corresponding content, just inquire about inside data base, and return result, and the content inquired is stored slow
Deposit the inside, so, just can directly return from caching when running into identical read operation next time.
After the content of data base changes (such as data base's write operation), in we use first more new database
Hold, then update the mode of caching.This operation is different from traditional mode first deleting caching the most more new database.Traditional side
In case, as read operation, write operation exist simultaneously, it is likely that after deleting caching, before write operation more new database content,
Read operation is out laid equal stress on old digital independent and is newly stored in caching, in the data base after causing the content inside caching and updating
Appearance is not inconsistent.
Illustrating the preferred embodiments of the present invention above by reference to accompanying drawing, those skilled in the art are without departing from the scope of the present invention
And essence, multiple flexible program can be had to realize the present invention.For example, as the shown partially of an embodiment or describe
Feature can be used for another embodiment to obtain another embodiment.These are only the embodiment that the present invention is the most feasible, not
Therefore the interest field of the present invention is limited to, the equivalence change that all utilization description of the invention and accompanying drawing content are made, it is both contained in
Within the interest field of the present invention.
Claims (10)
1. a daily necessities quality safety monitoring system, it is characterised in that including:
Business subject identity subsystem (110), for storing and manage identification number and the title of business main body；
Product subsystem (140), for storing and manage the product information of each business main body；
Sales subordinate system (150), for storing and manage the sales information of product；
Quality supervision subsystem (160), is used for storing and manage product quality supervision information；
Described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) in, each subsystem has the communication module of oneself, for realizing the connection of decentration and form communication network, respectively
Subsystem communicates in described communication network in a broadcast manner；
Described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) in, each subsystem has synchronization module and the data base of oneself, and the synchronization module of each subsystem is at this son
When the data base of system occurs to update, in a broadcast manner the update content of this data base is sent to other in described communication network
Subsystem；
Described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) in, each subsystem has the identification module of oneself, and the update content received is entered by the identification module of each subsystem
Row is identified, and described update content stores after identifying successfully the data base of oneself.
Daily necessities quality safety monitoring system the most according to claim 1, it is characterised in that described business main body body
In one's share of expenses for a joint undertaking system (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem (160), each subsystem
Data base includes that some data blocks, described some data blocks are sequentially connected with, and each data block has unique numbering；If it is described
In dry data block, in addition to first data block, each data block stores the numbering of a data block before it.
Daily necessities quality safety monitoring system the most according to claim 2, it is characterised in that described data base is more
New content refers to there occurs the data block of data variation.
Daily necessities quality safety monitoring system the most according to claim 3, it is characterised in that each subsystem same
The identification result of the identification module of this subsystem is also broadcasted by step module in described communication network.
Daily necessities quality safety monitoring system the most according to claim 4, it is characterised in that each subsystem same
Step module receive same data block take place at the same instant afoul two parts update time, according to received with this
Two parts of identification results updating association determine that accepting and believing which part updates.
Daily necessities quality safety monitoring system the most as claimed in any of claims 1 to 5, it is characterised in that
Described quality supervision subsystem (160) also includes spot-check module, and described selective examination module is according to described product subsystem (140) and/or pin
The content of the data base selling subsystem (150) provides the information of the product needing selective examination.
7. a daily necessities quality safety monitoring method, comprises the following steps:
Structure business subject identity subsystem (110), for storing and manage identification number and the title of business main body；
Structure product subsystem (140), for storing and manage the product information of each business main body；
Structure sales subordinate system (150), for storing and manage the sales information of product；
Structure quality supervision subsystem (160), is used for storing and manage product quality supervision information；
To described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) each subsystem in increases communication module, each subsystem is realized the connection of decentration and forms communication network, making each son
System communicates in described communication network in a broadcast manner；
To described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) in, each subsystem increases synchronization module and data base；When the data base of each subsystem occurs to update, by this subsystem
Synchronization module in a broadcast manner the update content of this data base is sent to other subsystem in described communication network；
To described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) each subsystem in increases identification module, during the update content that each subsystem receives, by the discriminating mould of this subsystem
The update content received is identified by block, and described update content stores after identifying successfully the data base of oneself.
Daily necessities quality safety the most according to claim 7 monitoring method, it is characterised in that also include:
By described business subject identity subsystem (110), product subsystem (140), sales subordinate system (150) and quality supervision subsystem
(160) in, the data base of each subsystem stores in the way of some data blocks, and described some data blocks are sequentially connected with, each
Individual data block has unique numbering；In described some data blocks, in addition to first data block, each data block stores
There is the numbering of a data block before it；The update content of described data base refers to there occurs the data block of data variation.
Daily necessities quality safety the most according to claim 8 monitoring method, it is characterised in that also include:
The identification result of the identification module of this subsystem is broadcasted by the synchronization module of each subsystem in described communication network；
The synchronization module of each subsystem is receiving the afoul two parts of renewals taken place at the same instant of same data block
Time, the identification result associated that updates with these two parts according to being received determines that accepting and believing which part updates.
10. monitor method according to the daily necessities quality safety described in any one in claim 7 to 9, it is characterised in that
Also include:
To described quality supervision subsystem (160) increase selective examination module, described selective examination module according to described product subsystem (140) and/
Or the content of the data base of sales subordinate system (150) provides the information of the product needing selective examination.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610677489.5A CN106296230A (en) | 2016-08-16 | 2016-08-16 | Daily necessities quality safety monitoring system and method |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101390094A (en) * | 2006-02-22 | 2009-03-18 | 微软公司 | Distributed conflict resolution for replicated databases |
| CN102088489A (en) * | 2010-12-31 | 2011-06-08 | 北京理工大学 | Distributed data synchronizing system and method |
| CN103793779A (en) * | 2013-12-30 | 2014-05-14 | 苏州亚安智能科技有限公司 | Method to realize food safety service platform |
-
2016
- 2016-08-16 CN CN201610677489.5A patent/CN106296230A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101390094A (en) * | 2006-02-22 | 2009-03-18 | 微软公司 | Distributed conflict resolution for replicated databases |
| CN102088489A (en) * | 2010-12-31 | 2011-06-08 | 北京理工大学 | Distributed data synchronizing system and method |
| CN103793779A (en) * | 2013-12-30 | 2014-05-14 | 苏州亚安智能科技有限公司 | Method to realize food safety service platform |
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Application publication date: 20170104 |