CN109800267A - A kind of hydrologic monitoring data-storage system - Google Patents
A kind of hydrologic monitoring data-storage system Download PDFInfo
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Abstract
The invention discloses a kind of hydrologic monitoring data-storage systems, including data reception module, controller, display screen, data categorization module, data processing module, data storage module, automated back-up module, data storage cloud, data scrubbing module, login module, retrieval module, data call module is called to communicate to connect with controller described in logging modle and data reception module is called, the display screen and controller communicate to connect, the data categorization module and controller communicate to connect, and the data processing module and data categorization module communicate to connect；The present invention preferably can be shown in classification to the data information received by the data categorization module of setting, the inaccurate caused miscellaneous situation for searching inconvenience of data storage of classification is avoided to occur, and the freedom degree of the system is higher, it can satisfy the different use demands of different users, while hydrographic data required for the lookup that also hydrologic monitoring personnel can be allowed more convenient oneself.
Description
Technical field
The invention belongs to storage system fields, are related to data storage utilization technology, and specifically a kind of hydrologic monitoring data are deposited
Storage system.
Background technique
Data storage object includes the temporary file that data flow generates in process or requires to look up in process
Information, data are recorded in a certain format on computer-internal or exterior storage medium, and data storage will be named, this name
Reflect that the composition meaning of information characteristics, data flow reflect the data flowed in system, shows the feature of dynamic data；Number
According to data static in storage reflection system, the feature of static data is shown, hydrologic monitoring content includes: water level, flow, stream
Speed, rainfall, evaporation, silt, ice slush, soil moisture content, water quality etc., the content of hydrologic monitoring are also required to part storage come when facilitating use next time
Called data is analyzed.
Existing hydrologic monitoring data storage west in use, more obscures the classification of dataware, makes score forever
The data that class goes out are not detailed enough, cause the data of storage to be easy confusion, the freedom degree of system is lower, is not able to satisfy user not
Same use demand, while when hydrologic monitoring personnel need called data part to check, the retrieving of called data is very troublesome,
And consuming time is long, brings certain influence to the use to system, in order to solve this defect, it is proposed that a kind of solution party
Case.
Summary of the invention
The purpose of the present invention is to provide a kind of hydrologic monitoring data-storage systems.
The technical problems to be solved by the invention are as follows:
(1) freedom degree of the system how is preferably improved；
(2) how preferably to classify to avoid the situation of data corruption from occurring；
(3) called data that hydrologic monitoring personnel can be more convenient how is allowed.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of hydrologic monitoring data-storage system, including data reception module, controller, display screen, data categorization module,
Data processing module, automated back-up module, data storage cloud, data scrubbing module, calls login mould at data storage module
Block, retrieval module, data call module and calling logging modle；
The controller and data reception module communicate to connect, and the display screen and controller communicate to connect, the data
Categorization module and controller communicate to connect, and the data processing module and data categorization module communicate to connect, the data storage
Module and data processing module communicate to connect, and the data scrubbing module and data storage module communicate to connect, the data tune
It is communicated to connect with module and data storage module, the retrieval module and data storage module communicate to connect, the data call
Module and retrieval communicate to connect, and the calling logging modle and data call module communicate to connect；
The data reception module is used for for receiving the hydrographic information that Hydrologic monitoring station monitors, the controller to whole
A system is controlled, and for showing the data that data reception module is connected to, the data categorization module is used for the display screen
Classify to the data that data reception module receives, detailed process is as follows for classification:
Step 1: data categorization module can extract the data that the unit received in data reception module is ml, should
Class data are classified as rainfall information, are JL by such information flag；
Step 2: data categorization module can extract the information that the unit received in data reception module is m, should
Class data are classified as water level information, are SW by such information flag；
Step 3: the unit received in data reception module can be m by data categorization module3Information extraction go out
Come, such data is classified as flow rate information, is LS by such information flag；
Step 4: the unit received in data reception module can be t/h, m by data categorization module3The letter of/h and L/h
Breath extracts, such data is classified as flow information, is LL by such information flag；
The data processing module is added for handling the letter that data categorization module has been classified, and by the information analyzed
The specific formulation process of time tag, time tag is as follows:
Step 1: the setting for 24 hours according to daytime and night is divided into the area D and N using 6 points of morning and 6 pm as separator bar
Area；
Step 2: by the area D according to the setting every one time zone of preset time, D is divided into D1 ... Dn, n=1 ...
6；
Step 3: by the area N according to the setting every one time zone of preset time, D is divided into N1 ... Nn, n=1 ...
6；
Step 4: the date information of data is formatted as the xxxx/xx days/xx month；
Step 5: the specific format of time tag be xxxx/xx month/xx days, Dn and be xxxx/xx life/xx,
Nn；
The data storage module, which is used to store, store by classifying and being added time tag, it is described automatically
Backup module is used to carry out self-timing backup to the data stored in data storage module, described one each from backup module
The area D and every an area N i.e. will do it an automated back-up, specific backup procedure is as follows:
Step 1: being labeled as T1 for the initial data in storage module, will be input into raw data module label for
Ti, i=2 ... n；
Step 2: pass through the available final total data T of formula T1+Ti=T；
Step 3: being Tb, Tb≤T by the data markers in the automated back-up module backuped to；
Step 4: pass through the difference B of formula T-Tb=B available former Backup Data and available data；
Step 5: when the numerical value of B is more than preset value, automated back-up module carries out that T general can be directly entered when file backup
Tb overrides；
Step 6: when the numerical value of B is not above preset value, automated back-up module will create when file backup new
T individually is guaranteed to get up by file；
Step 7: after T is kept separately, when automatically saving next time, the numerical value of B is more than preset value, automated back-up
Module is replaced all T values automatically saved in module are pre-stored in；
The data scrubbing module is for clearing up the stale data in data storage module, the data scrubbing mould
Block can clean up the non-peak data stored before the default date in data storage module automatically；
It is described that login module is called to log in storage system calling data, the data tune for the staff at hydrometric station
With module for calling the data stored in data storage module, the retrieval module is for retrieving hydrologic monitoring personnel in data
The retrieval information inputted in calling module, specific retrieving are as follows:
Step 1: when user input retrieval people's content be xxxx/xx month/xx days, the rainfall of Dn；User is only
Need to input xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/
The xx month/xx days, the Dn period was marked as the information of JL, i.e. rainfall information；
Step 2: when user input retrieval people's content be xxxx/xx month/xx days, the water level of Dn；User only needs
It to be inputted in data call module xxxx/xx month/xx days, Dn, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of SW, i.e. water level information；
Step 3: when user input retrieval people's content be xxxx/xx month/xx days, the flow velocity of Dn；User only needs
It to be inputted in data call module xxxx/xx month/xx days, Dn, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of LS, i.e. flow rate information；
Step 4: when user input retrieval people's content be xxxx/xx month/xx days, the stream rainfall of Dn；User is only
Need to input xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/
The xx month/xx days, the Dn period was marked as the information of LL, i.e. flow information；
It is described that logging modle is called to will record the data that lower hydrology monitoring personnel calls, and hydrologic monitoring personnel are called
Number extracts and adds record label, and the particular content for recording label is as follows:
S1: when logging modle being called to extract the data for the data that hydrologic monitoring personnel call, use can first be recorded
The time of person's gathering information；
S2: while logging modle being called to will record account information when lower hydrology monitoring personnel logs in；
S3: data class information when logging modle being called also to will record lower hydrology monitoring personnel called data.
Further, the data that the data storage cloud stores in Backup Data storage module again, the display screen
The information received for showing data reception module.
Further, the data that the data scrubbing module cleans up can be stored in preset time in recycle bin, be more than pre-
If the content of time can be recovered, station is automatic to be removed.
Further, hydrologic monitoring personnel need when logging in the system using the calling login module in the tune
Name, worker's certificate number and the ID card No. of input oneself are logged in login module.
Beneficial effects of the present invention:
(1) the hydrologic monitoring data received are divided by the present invention by the data categorization module of setting according to its unit
The data classified are stored by the way of unit classification, can effectively avoid counting by tetra- major class of JL, SW, LS and LL
Occur according to the situation of classification error, ensure that the accuracy of data；
(2) present invention is added to time tag to the data classified by the data processing module of setting, and will for 24 hours
It is divided into the area D and the area N using 6 points of morning and 6 pm as separator bar according to the setting at daytime and night, hydrologic monitoring personnel can
The setting of corresponding time zone number n, Dn and Nn are freely set between the area D and the area N with the frequency according to hydrologic monitoring, allow this
The time tag of system can be edited freely, can satisfy the different use demands of different users；
(3) present invention allows hydrologic monitoring personnel, is needing to transfer hydrology number by the classification information and time tag of setting
When according to being analyzed, can by information and time tag come the storage content for finding needs of more fast accurate, and
And user can be deployed into corresponding information by directly inputting type and time tag, facilitate hydrologic monitoring personnel
Data search is carried out, while transferring logging modle and will record the personal information lowered and take hydrographic information, can be let out in hydrographic information
Inspection personnel is facilitated to find the people of leakage hydrographic information when dew.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is system block diagram of the invention.
Specific embodiment
As shown in Figure 1, a kind of hydrologic monitoring data-storage system, including data reception module, controller, display screen, number
According to categorization module, data processing module, data storage module, automated back-up module, data storage cloud, data scrubbing module,
It calls login module, retrieval module, data call module and calls logging modle；
The controller and data reception module communicate to connect, and the display screen and controller communicate to connect, the data
Categorization module and controller communicate to connect, and the data processing module and data categorization module communicate to connect, the data storage
Module and data processing module communicate to connect, and the data scrubbing module and data storage module communicate to connect, the data tune
It is communicated to connect with module and data storage module, the retrieval module and data storage module communicate to connect, the data call
Module and retrieval communicate to connect, and the calling logging modle and data call module communicate to connect；
The data reception module is used for for receiving the hydrographic information that Hydrologic monitoring station monitors, the controller to whole
A system is controlled, and for showing the data that data reception module is connected to, the data categorization module is used for the display screen
Classify to the data that data reception module receives, detailed process is as follows for classification:
Step 1: data categorization module can extract the data that the unit received in data reception module is ml, should
Class data are classified as rainfall information, are JL by such information flag；
Step 2: data categorization module can extract the information that the unit received in data reception module is m, should
Class data are classified as water level information, are SW by such information flag；
Step 3: the unit received in data reception module can be m by data categorization module3Information extraction go out
Come, such data is classified as flow rate information, is LS by such information flag；
Step 4: the unit received in data reception module can be t/h, m by data categorization module3The letter of/h and L/h
Breath extracts, such data is classified as flow information, is LL by such information flag；
The data processing module is added for handling the letter that data categorization module has been classified, and by the information analyzed
The specific formulation process of time tag, time tag is as follows:
Step 1: the setting for 24 hours according to daytime and night is divided into the area D and N using 6 points of morning and 6 pm as separator bar
Area；
Step 2: by the area D according to the setting every one time zone of preset time, D is divided into D1 ... Dn, n=1 ...
6；
Step 3: by the area N according to the setting every one time zone of preset time, D is divided into N1 ... Nn, n=1 ...
6；
Step 4: the date information of data is formatted as the xxxx/xx days/xx month；
Step 5: the specific format of time tag be xxxx/xx month/xx days, Dn and be xxxx/xx life/xx,
Nn；
The data storage module, which is used to store, store by classifying and being added time tag, it is described automatically
Backup module is used to carry out self-timing backup to the data stored in data storage module, described one each from backup module
The area D and every an area N i.e. will do it an automated back-up, specific backup procedure is as follows:
Step 1: being labeled as T1 for the initial data in storage module, will be input into raw data module label for
Ti, i=2 ... n；
Step 2: pass through the available final total data T of formula T1+Ti=T；
Step 3: being Tb, Tb≤T by the data markers in the automated back-up module backuped to；
Step 4: pass through the difference B of formula T-Tb=B available former Backup Data and available data；
Step 5: when the numerical value of B is more than preset value, automated back-up module carries out that T general can be directly entered when file backup
Tb overrides；
Step 6: when the numerical value of B is not above preset value, automated back-up module will create when file backup new
T individually is guaranteed to get up by file；
Step 7: after T is kept separately, when automatically saving next time, the numerical value of B is more than preset value, automated back-up
Module is replaced all T values automatically saved in module are pre-stored in；
The data scrubbing module clears up stale data for clearing up the stale data in data storage module
The EMS memory occupation that system can be reduced is set, makes the system more smooth when using, the data scrubbing module can be automatically clear
Reason falls the non-peak data stored in data storage module before the default date, and peak-data refers in preset value numerical value in single class data
Maximum data；
It is described that login module is called to log in storage system calling data, the data tune for the staff at hydrometric station
With module for calling the data stored in data storage module, the retrieval module is for retrieving hydrologic monitoring personnel in data
The retrieval information inputted in calling module, specific retrieving are as follows:
Step 1: when user input retrieval people's content be xxxx/xx month/xx days, the rainfall of Dn；User is only
Need to input xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/
The xx month/xx days, the Dn period was marked as the information of JL, i.e. rainfall information；
Step 2: when user input retrieval people's content be xxxx/xx month/xx days, the water level of Dn；User only needs
It to be inputted in data call module xxxx/xx month/xx days, Dn, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of SW, i.e. water level information；
Step 3: when user input retrieval people's content be xxxx/xx month/xx days, the flow velocity of Dn；User only needs
It to be inputted in data call module xxxx/xx month/xx days, Dn, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of LS, i.e. flow rate information；
Step 4: when user input retrieval people's content be xxxx/xx month/xx days, the stream rainfall of Dn；User is only
Need to input xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/
The xx month/xx days, the Dn period was marked as the information of LL, i.e. flow information；
It is described that logging modle is called to will record the data that lower hydrology monitoring personnel calls, and hydrologic monitoring personnel are called
Number extracts and adds record label, and the particular content for recording label is as follows:
S1: when logging modle being called to extract the data for the data that hydrologic monitoring personnel call, use can first be recorded
The time of person's gathering information；
S2: while logging modle being called to will record account information when lower hydrology monitoring personnel logs in；
S3: data class information when logging modle being called also to will record lower hydrology monitoring personnel called data.
The data that the data storage cloud stores in Backup Data storage module again, the display screen is for showing number
The information received according to receiving module；The data that the data scrubbing module cleans up can be stored in preset time in recycle bin,
The automatic removing in station can be recovered more than the content of preset time；Hydrologic monitoring personnel are somebody's turn to do using calling login module login
When system, need to log in name, worker's certificate number and the ID card No. of input oneself in the calling login module
A kind of hydrologic monitoring data-storage system, at work, data reception module can receive the inspection of hydrologic monitoring system
The hydrographic information measured, received hydrology letter can first show that supply staff carries out preview, after preview on a display screen
Data can be sent to data categorization module intermediate data classification, data categorization module can be to the data received according to its list
Position is classified, and the data received can be divided into tetra- major class of JL, SW, LS and LL, and the good data of classification can be sent to data
In processing module, data processing module can stamp time tag to the information of classification number, and the data for being labeled with time tag can quilt
It is sent in data storage module and stores, the number stored in the Backup Data storage module of automated back-up module meeting timing
According to the data stored in data storage module can also backup in data storage cloud, and data scrubbing module is used to clear up data
Information in storage module and automated back-up module needs to pass through when there is hydrologic monitoring person that called data process is needed to check
It calls login module to log on to the system, after hydrologic monitoring person logs on to the system, can be inputted by data call module
The file type and time tag for needing to transfer, such as input on 2 5th, 2018, when D1, LL, retrieval module i.e. can called data
What is stored in storage module enters the flow information of 2 month 5 D1 period in 2018, and that calls logging modle transfers record to save,
Investigator can be facilitated to search hydrographic information leakage person in hydrographic information leaking data.
Beneficial effects of the present invention are as follows:
(1) the hydrologic monitoring data received are divided by the present invention by the data categorization module of setting according to its unit
The data classified are stored by the way of unit classification, can effectively avoid counting by tetra- major class of JL, SW, LS and LL
Occur according to the situation of classification error, ensure that the accuracy of data；
(2) present invention is added to time tag to the data classified by the data processing module of setting, and will for 24 hours
It is divided into the area D and the area N using 6 points of morning and 6 pm as separator bar according to the setting at daytime and night, hydrologic monitoring personnel can
The setting of corresponding time zone number n, Dn and Nn are freely set between the area D and the area N with the frequency according to hydrologic monitoring, allow this
The time tag of system can be edited freely, can satisfy the different use demands of different users；
(3) present invention allows hydrologic monitoring personnel, is needing to transfer hydrology number by the classification information and time tag of setting
When according to being analyzed, can by information and time tag come the storage content for finding needs of more fast accurate, and
And user can be deployed into corresponding information by directly inputting type and time tag, facilitate hydrologic monitoring personnel
Data search is carried out, while transferring logging modle and will record the personal information lowered and take hydrographic information, can be let out in hydrographic information
Inspection personnel is facilitated to find the people of leakage hydrographic information when dew.
Above content is only to structure of the invention example and explanation, affiliated those skilled in the art couple
Described specific embodiment does various modifications or additions or is substituted in a similar manner, without departing from invention
Structure or beyond the scope defined by this claim, is within the scope of protection of the invention.
Claims (4)
1. a kind of hydrologic monitoring data-storage system, which is characterized in that including data reception module, controller, display screen, data
Categorization module, data storage module, automated back-up module, data storage cloud, data scrubbing module, is adjusted data processing module
With login module, retrieval module, data call module and call logging modle；
The controller and data reception module communicate to connect, and the display screen and controller communicate to connect, the data classification
Module and controller communicate to connect, and the data processing module and data categorization module communicate to connect, the data storage module
It is communicated to connect with data processing module, the data scrubbing module and data storage module communicate to connect, the data call mould
Block and data storage module communicate to connect, and the retrieval module and data storage module communicate to connect, the data call module
It is communicated to connect with retrieval, the calling logging modle and data call module communicate to connect；
The data reception module is used for for receiving the hydrographic information that Hydrologic monitoring station monitors, the controller to entire system
System is controlled, and for the display screen for showing the data that data reception module is connected to, the data categorization module is used for logarithm
Classify according to the data that receiving module receives, detailed process is as follows for classification:
Step 1: data categorization module can extract the data that the unit received in data reception module is ml, such number
It is JL by such information flag according to rainfall information is classified as；
Step 2: data categorization module can extract the information that the unit received in data reception module is m, such number
It is SW by such information flag according to water level information is classified as；
Step 3: the unit received in data reception module can be m by data categorization module3Information extract, such
Data are classified as flow rate information, are LS by such information flag；
Step 4: the unit received in data reception module can be t/h, m by data categorization module3The information extraction of/h and L/h
Out, such data is classified as flow information, is LL by such information flag；
The data processing module adds the upper time for handling the letter that data categorization module has been classified, and by the information analyzed
The specific formulation process of label, time tag is as follows:
Step 1: the setting for 24 hours according to daytime and night is divided into the area D and the area N using 6 points of morning and 6 pm as separator bar；
Step 2: by the area D according to the setting every one time zone of preset time, Dn, the n=1 ... 6 that D divided into D1 ...；
Step 3: by the area N according to the setting every one time zone of preset time, Nn, the n=1 ... 6 that D divided into N1 ...；
Step 4: the date information of data is formatted as the xxxx/xx days/xx month；
Step 5: the specific format of time tag be xxxx/xx month/xx days, Dn and be xxxx/xx life/xx, Nn；
The data storage module is used to store by classification and has been added time tag and store, the automated back-up
Module is used to carry out self-timing backup to the data stored in data storage module, described from each area D of backup module
It will do it an automated back-up with every an area N, specific backup procedure is as follows:
Step 1: being labeled as T1 for the initial data in storage module, and will be input into label in raw data module is i
=2 ... n；
Step 2: pass through the available final total data T of formula T1+Ti=T；
Step 3: being Tb, Tb≤T by the data markers in the automated back-up module backuped to；
Step 4: pass through the difference B of formula T-Tb=B available former Backup Data and available data；
Step 5: when the numerical value of B is more than preset value, automated back-up module can directly enter T when file backup and cover Tb
Lid falls；
Step 6: when the numerical value of B is not above preset value, automated back-up module carries out will create new file when file backup
T individually is guaranteed to get up；
Step 7: after T is kept separately, when automatically saving next time, the numerical value of B is more than preset value, automated back-up module
All T values automatically saved in module will be pre-stored in replace；
The data scrubbing module is for clearing up the stale data in data storage module, the data scrubbing module meeting
Automatically the non-peak data stored before the default date in data storage module are cleaned up；
It is described that login module is called to log in storage system calling data, the data call mould for the staff at hydrometric station
Block is for calling the data stored in data storage module, and the retrieval module is for retrieving hydrologic monitoring personnel in data call
The retrieval information inputted in module, specific retrieving are as follows:
Step 1: when user input retrieval people's content be xxxx/xx month/xx days, the rainfall of Dn；User only needs
It is inputted xxxx/xx month/xx days, Dn in data call module, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of JL, i.e. rainfall information；
Step 2: when user input retrieval people's content be xxxx/xx month/xx days, the water level of Dn；User only needs
Inputted xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/xx month/
Xx days, the Dn period was marked as the information of SW, i.e. water level information；
Step 3: when user input retrieval people's content be xxxx/xx month/xx days, the flow velocity of Dn；User only needs
Inputted xxxx/xx month/xx days, Dn in data call module, retrieval module i.e. can transfer out be marked as xxxx/xx month/
Xx days, the Dn period was marked as the information of LS, i.e. flow rate information；
Step 4: when user input retrieval people's content be xxxx/xx month/xx days, the stream rainfall of Dn；User only needs
It is inputted xxxx/xx month/xx days, Dn in data call module, retrieval module can be transferred out and be marked as xxxx/xx
The moon/xx days, the Dn period was marked as the information of LL, i.e. flow information；
It is described that logging modle is called to will record the data that lower hydrology monitoring personnel calls, and the number that hydrologic monitoring personnel call is mentioned
Record label is taken out and adds, the particular content for recording label is as follows:
S1: when logging modle being called to extract the data for the data that hydrologic monitoring personnel call, user's tune can first be recorded
It wins the confidence time of breath；
S2: while logging modle being called to will record account information when lower hydrology monitoring personnel logs in；
S3: data class information when logging modle being called also to will record lower hydrology monitoring personnel called data.
2. a kind of hydrologic monitoring data-storage system according to claim 1, which is characterized in that the data storage cloud
The data stored in Backup Data storage module again, the display screen is for showing the information that data reception module receives.
3. a kind of hydrologic monitoring data-storage system according to claim 1, which is characterized in that the data scrubbing module
The data cleaned up can be stored in preset time in recycle bin, can be recovered the automatic removing in station more than the content of preset time.
4. a kind of hydrologic monitoring data-storage system according to claim 1, which is characterized in that hydrologic monitoring personnel make
When logging in the system with the calling login module, need to log in the name of input oneself, worker in the calling login module
Certificate number and ID card No..
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101576382A (en) * | 2009-02-27 | 2009-11-11 | 泰瑞数创科技(北京)有限公司 | Water conservancy monitoring method based on three-dimensional display platform |
| CN108319725A (en) * | 2018-02-28 | 2018-07-24 | 武汉珞珈弘禹工程技术有限公司 | A kind of method and system of hydrologic monitoring data storage |
| CN108595511A (en) * | 2018-03-23 | 2018-09-28 | 中国人民解放军91977部队 | A kind of diversification meteorological model data classification storage processing method and system |
| CN108731737A (en) * | 2018-06-05 | 2018-11-02 | 许寅 | A kind of the integrated information display systems and method of many reference amounts environmental monitoring system |
-
2019
- 2019-01-24 CN CN201910069959.3A patent/CN109800267A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101576382A (en) * | 2009-02-27 | 2009-11-11 | 泰瑞数创科技(北京)有限公司 | Water conservancy monitoring method based on three-dimensional display platform |
| CN108319725A (en) * | 2018-02-28 | 2018-07-24 | 武汉珞珈弘禹工程技术有限公司 | A kind of method and system of hydrologic monitoring data storage |
| CN108595511A (en) * | 2018-03-23 | 2018-09-28 | 中国人民解放军91977部队 | A kind of diversification meteorological model data classification storage processing method and system |
| CN108731737A (en) * | 2018-06-05 | 2018-11-02 | 许寅 | A kind of the integrated information display systems and method of many reference amounts environmental monitoring system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114598505A (en) * | 2022-02-22 | 2022-06-07 | 深圳海域网络科技有限公司 | Method and device for global distribution of data |
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