CN115563111A - Method and system for configuring dynamic model of converter station system - Google Patents
Method and system for configuring dynamic model of converter station system Download PDFInfo
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Abstract
A method for configuring a dynamic model of a converter station system adds a required form by using a client and submits the form to a server. And the server receives the table and performs decoupling operation on the table to reduce the dimension of the table into one-dimensional data. And the server side carries out corresponding attribute identification on the one-dimensional data according to the attributes added when the client side designs the form to obtain the identified data. And performing a data base writing operation on the identified data. And writing a data base trigger signal, generating a data model adaptive to the mobile terminal for the newly added data of the database after the server side acquires the signal, and writing different plug-ins according to different attributes. And the server side updates the global data model to ensure that the mobile side can obtain a new data model when the application is started next time. And the mobile terminal automatically requests the global data model to compare after starting the application, if the global data model is consistent with the application, the check item is not updated, and if the global data model is inconsistent with the application, a new data model is generated as the check item.
Description
Technical Field
The invention belongs to the technical field of dynamic model configuration, and particularly relates to a dynamic model configuration method and a dynamic model configuration system for a converter station system.
Background
The high-voltage direct-current technology has obvious advantages in the aspects of long-distance large-capacity power transmission and power system networking and is applied more and more widely, ultra-high-voltage direct-current power transmission becomes an important way for relieving the contradiction between energy resources and economic layout in China, and the direct-current converter station equipment has high voltage level, complex technology, high operation and maintenance difficulty, very complex station-side equipment and square equipment information.
When a direct current system normally operates, various monitoring information is complex, a plurality of devices are involved, and the operation and inspection personnel need to perform monitoring in a main control room and perform various sensors and camera ranges outside the field primary device. And photographing and copying data. In addition to annual overhaul tasks, plant equipment is more meticulous to check, and the archiving demand of record is increasingly important, and a huge amount of forms need to be shot and filled in each overhaul. With the maturity of high voltage direct current technique, equipment is more and more, and the work load that the operation and inspection personnel patrolled and examined and filled the table increases day by day. Therefore, the realization method for generating the document at the server side by shooting and filling in through the mobile terminal is provided.
The factory stations have various check lists in daily operation, different check list formats are different, great trouble is brought to realization of corresponding check items on the mobile terminal, if one check page is designed for one form, reusability does not exist among different factory stations, and development workload is great. Therefore, a data structure is provided, which can be reused in nodes such as a database, a server, a client, a mobile terminal and the like. When an inspection list needs to be added, manual addition of the list is only needed through the client, the inspection item is uploaded to the server after being manufactured, the database is updated by the server, a new inspection item data structure is generated, and the inspection item data structure is pushed to the mobile terminal and the client. Single data entry is ensured while scalability of the check item is ensured.
The existing data modeling scheme is usually that the front end and the back end are separated and respectively maintained and updated, the scheme is simpler, but the efficiency is not high, and a large amount of workload is needed for large-scale data updating.
Fig. 1 is a schematic diagram of a data reading process in the form of a SGCIM in the prior art.
As shown in fig. 1, in the conventional SGCIM data read-write method, due to the existence of the real-time database, all uploaded monitoring data are stored in the real-time database in an independent manner. Data reading is carried out in an SGCIM mode, a model database needs to be read firstly, the model is read into a memory and then corresponding monitoring data is read from a real-time base according to information stored in the model for combination, and the model is read again and then combined after data pushing each time. Therefore, the existing method for adding table data is to modify the server and mobile terminal programs respectively, then retest the interfaces of the corresponding tables to request for data testing, and the modification of the programs is required each time the tables are added or changed.
Disclosure of Invention
In order to solve the defects in the prior art, the invention aims to provide a method for configuring a dynamic model of a converter station system.
The invention adopts the following technical scheme:
the invention provides a method for configuring a dynamic model of a converter station system on one hand, which comprises the following steps:
the client side obtains the form and submits the form to the server side;
the server side performs decoupling operation on the table to obtain one-dimensional data;
carrying out attribute identification on the one-dimensional data to obtain identified data;
the identified data is subjected to data writing operation, the server side generates a data model adaptive to the mobile side for the newly added data of the database after acquiring a data writing operation signal of the database, and different plug-ins are written in according to different attributes of the newly added data of the database;
the server side updates the database to ensure that the mobile side can obtain a new data model when starting the application next time;
and after the mobile terminal starts the application, automatically requesting the global data model to compare, if the global data model is consistent with the inspection item, updating the inspection item, and if the global data model is inconsistent with the inspection item, generating a new data model into the inspection item.
Preferably, the acquisition form is a multi-level form including after designing a prefabricated form, manually filling in a blank form, or adding a merged cell.
Preferably, the decoupling operation is to split the table according to a multi-level table header, wherein a plurality of second-level table headers are arranged below the first-level table header, one cell in the original table represents two attributes, and two cells corresponding to the two attributes are obtained after splitting, so that the one-dimensional data in one-to-one relationship with the attributes is obtained.
Preferably, the data base writing operation adopts a message pushing mechanism realized by a self-research framework, when the data base writing operation is performed, a successful identifier is obtained after the data base writing operation is successful, a data base writing success signal is pushed to the server side, and the data base writing success signal is pushed again after the data base writing operation is received by the server side.
Preferably, the data model for generating the adaptive mobile terminal comprises a key-value structure containing front-end page attributes, and the automatic generation of the front-end component is performed by defining a key and traversing the key.
Preferably, the different plug-ins are written in the form of updating according to the corresponding input requirements generated after the form is entered, and the different plug-ins comprise a text input type writing text component and a picture type writing picture component.
Preferably, the server updates the database, that is, the server generates a data model after obtaining an operation signal of the write database, and adds new data to the end of the original data model and performs re-sequencing by traversing all the data from the beginning according to the modified sequence.
Preferably, the mobile terminal adopts a B/S structure.
Preferably, the mobile application is in the h5 form, and the client and the mobile share the h5 form for presentation.
The invention provides a dynamic model configuration system of a converter station system on the other hand, which comprises the following modules:
the data processing module is used for the client side to obtain the multiple forms and submit the multiple forms to the server side;
the decoupling operation module is used for decoupling the preprocessed sample data by the service end to obtain one-dimensional data;
the attribute identification module is used for carrying out attribute identification on the one-dimensional data to obtain identified data;
the plug-in write-in module is used for performing database writing operation on the identified data, generating a data model adaptive to the mobile terminal for the newly added data of the database after the server side acquires a database writing operation signal, and writing different plug-ins according to different attributes of the newly added data of the database;
the database updating module is used for updating the database by the server side to ensure that the mobile side can obtain a new data model when starting the application next time;
and the data comparison module automatically requests the global data model to compare after the mobile terminal starts the application, and if the check items are consistent and not updated, the new data model is generated as the check item.
Preferably, the acquisition form is a multi-level form including after designing a prefabricated form, manually filling in a blank form, or adding a merged cell.
Preferably, the decoupling operation is to split the table according to a multi-level table header, wherein a plurality of second-level table headers are arranged below the first-level table header, one cell in the original table represents two attributes, and the split table obtains two cells corresponding to the two attributes, so that the one-dimensional data has a one-to-one relationship with the attributes.
Preferentially, the data writing database operation adopts a message pushing mechanism realized by a self-research framework, when the data writing database operation is carried out, a successful identifier is obtained after the data writing database operation is successful, meanwhile, a data writing database success signal is pushed to the server side, and the data writing database operation is pushed again after the data writing database operation is received by the server side.
Preferably, the data model for generating the adaptive mobile terminal comprises a key-value structure containing front-end page attributes, and the automatic generation of the front-end component is performed by defining a key and traversing the key.
Preferably, the different plug-ins are written in the form of updating according to the corresponding input requirements generated after the form is entered, and the different plug-ins comprise a text input type writing text component and a picture type writing picture component.
Preferably, the server side updates the database, namely the server side generates a data model after obtaining the operation signal of the write database, and meanwhile, new data is added to the tail of the original data model and all data are traversed from head to head according to the modified sequence for re-sequencing.
Preferably, the mobile terminal adopts a B/S structure.
Preferably, the mobile application is in the h5 form, and the client and the mobile share the h5 form for presentation.
Compared with the prior art, the method for configuring the dynamic model of the converter station system has the advantages that the data acquisition is carried out by utilizing the mobile terminal, and the data is submitted to the system for automatically generating the report form at the server, so that the inspection efficiency of the station is improved, the time for manually arranging the data is reduced, and the system is ensured to carry out less updating and maintaining operations; meanwhile, all maintenance entries are in the client side, and the stability of service is guaranteed.
Drawings
FIG. 1 is a schematic diagram of a prior art data read process in the form of an SGCIM;
FIG. 2 is a flow chart diagram of a method for configuring a dynamic model of a converter station system;
fig. 3 is a schematic diagram of a configuration system of a dynamic model of a converter station system.
Detailed Description
The present application is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present application is not limited thereby.
FIG. 2 is a flow chart of a method for configuring a dynamic model of a converter station system
As shown in fig. 2, embodiment 1 provides a method for configuring a dynamic model of a converter station system. The method specifically comprises the following steps:
step 1, after the client adds the needed form, the client submits the form to the server.
The form is a multi-level form including after designing a pre-form, manually filling in a blank form, or adding a merged cell.
And 2, the server side performs decoupling operation on the table, and the table is reduced to be one-dimensional data.
TABLE 1
As shown in table 1, the table is a table having a multi-level header. The decoupling operation is to split the table according to multiple levels of table headers, wherein a plurality of secondary table headers are arranged below the primary table header, one cell in the original table represents two attributes, and two cells corresponding to the two attributes are obtained after splitting, so that one-dimensional data in one-to-one relationship with the attributes is obtained. Splitting into one-dimensional data in the program: x {1: { a: data, b: data },2: { a: data, b: data \8230 }, x {1: { a: photograph, b: photograph },2: { a: photograph, b: photograph } \8230; }.
And 3, the server side carries out corresponding attribute identification on the one-dimensional data according to the attributes added when the client side designs the form. And the client acquires the form and submits the form to the server.
And 4, performing database writing operation on the identified data, generating a data model adaptive to the mobile terminal for the newly added data of the database after the server side acquires a database writing operation signal, and writing different plug-ins according to different attributes of the newly added data of the database.
And the data base writing operation adopts a message pushing mechanism realized by a self-research framework, when the data base writing operation is carried out, a successful identifier is obtained after the data base writing operation is successful, a data base writing success signal is pushed to the server side, and the data base writing success signal is pushed again after the data base writing operation is received by the server side.
And generating a data model adaptive to the mobile terminal, wherein the data model comprises a key-value structure containing front-end page attributes, and the front-end component is automatically generated by defining keys and traversing the keys.
And different plug-ins are written in according to corresponding input requirements generated after the form is input, and the corresponding input requirements comprise a text input type writing text component and a picture type writing picture component.
And 5, updating the database by the server side to ensure that the mobile side can obtain a new data model when the application is started next time.
The server side updates the database, namely the server side generates a data model after obtaining the operation signal of the data writing database, and meanwhile, new data are added to the tail of the original data model and all data are traversed from head to head according to the modified sequence for re-sequencing.
And 6, automatically requesting the global data model for comparison after the mobile terminal starts the application, and if the check items are consistent and not updated, generating a new data model as the check item.
The mobile terminal adopts a B/S (browser/server mode) structure. The mobile terminal application adopts an h5 form, the client and the mobile terminal share an h5 (5-generation Html) form for display, the function is adapted to the h5, the h5 can also be a data model of a single data source, but the h5 wastes performance greatly.
Fig. 3 is a schematic diagram of a configuration system of a dynamic model of a converter station system.
As shown in fig. 3, this embodiment further provides a converter station system dynamic model configuration system, which includes a data processing module, a decoupling operation module, an attribute identification module, a plug-in write module, a database update module, and a data comparison module, and the system can execute the processes of steps 1 to 5 through the corresponding modules to suppress lithium deposition from the battery during the charging process.
Compared with the prior art, the method has the advantages that the data are collected by the mobile terminal and submitted to the system for automatically generating the report form at the server, the inspection efficiency of the station is improved, the time for manually arranging the data is reduced, and the system is ensured to perform less updating and maintaining operations; meanwhile, all maintenance entries are in the client side, and the stability of service is guaranteed.
The present applicant has described and illustrated embodiments of the present invention in detail with reference to the accompanying drawings, but it should be understood by those skilled in the art that the above embodiments are merely preferred embodiments of the present invention, and the detailed description is only for the purpose of helping the reader to better understand the spirit of the present invention, and not for limiting the scope of the present invention, and on the contrary, any improvement or modification made based on the spirit of the present invention should fall within the scope of the present invention.
Claims (18)
1. A configuration method of a converter station system dynamic model is characterized in that:
the method comprises the following steps:
the client side obtains the form and submits the form to the server side;
the server performs decoupling operation on the table to obtain one-dimensional data;
performing attribute identification on the one-dimensional data to obtain identified data;
the identified data is subjected to database writing operation, a server side generates a data model adaptive to a mobile side for newly added data of the database after acquiring a database writing operation signal, and writes different plug-ins according to different attributes of the newly added data of the database;
the server side updates the database to ensure that the mobile side can obtain a new data model when starting the application next time;
and the mobile terminal automatically requests the global data model to compare after starting the application, if the global data model is consistent with the application, the check item is not updated, and if the global data model is inconsistent with the application, a new data model is generated as the check item.
2. The method of claim 1, wherein the method further comprises:
the acquisition form is a multi-level form including after designing a prefabricated form, manually filling in a blank form, or adding a merged cell.
3. The method of claim 1, wherein the method further comprises:
the decoupling operation is to split the table according to a multi-level table header, wherein a plurality of second-level table headers are arranged below the first-level table header, one cell in the original table represents two attributes, and the split table obtains two cells corresponding to the two attributes, so that the one-dimensional data is in one-to-one relationship with the attributes.
4. The method of claim 1, wherein the method further comprises:
and the data base writing operation adopts a message pushing mechanism realized by a self-research framework, when the data base writing operation is carried out, a successful identifier is obtained after the data base writing operation is successful, a data base writing success signal is pushed to the server side, and the data base writing success signal is pushed again after the data base writing operation is received by the server side.
5. The method of claim 1, wherein the method further comprises:
and generating a data model adaptive to the mobile terminal, wherein the data model comprises a key-value structure containing front-end page attributes, and the front-end component is automatically generated by defining keys and traversing the keys.
6. The method of claim 1, wherein the method further comprises:
and different plug-ins are written in according to corresponding input requirements generated after the form is input, and the different plug-ins comprise a text input type writing text component and a picture type writing picture component.
7. The method of claim 1, wherein the method further comprises:
the server side updates the database, namely the server side generates a data model after obtaining the operation signal of the write data database, and meanwhile, new data are added at the tail of the original data model and all data are traversed from the beginning to be sorted again according to the modified sequence.
8. The method of claim 1, wherein the method further comprises:
the mobile terminal adopts a B/S structure.
9. The method according to claim 1 or 2, wherein the method comprises the following steps:
the mobile terminal application adopts an h5 form, and the client and the mobile terminal share the h5 form for display.
10. A converter station system dynamic model configuration system using the converter station system dynamic model configuration method of any one of claims 1 to 9, characterized in that:
the system comprises the following modules:
the data processing module is used for the client to obtain the multiple forms and submit the multiple forms to the server;
the decoupling operation module is used for decoupling the preprocessed sample data by the service end to obtain one-dimensional data;
the attribute identification module is used for carrying out attribute identification on the one-dimensional data to obtain identified data;
the plug-in write-in module is used for performing database writing operation on the identified data, generating a data model adaptive to the mobile terminal for the newly added data of the database after the server side acquires a database writing operation signal, and writing different plug-ins according to different attributes of the newly added data of the database;
the database updating module is used for updating the database by the server side to ensure that the mobile side can obtain a new data model when starting the application next time;
and the data comparison module automatically requests the global data model to compare after the mobile terminal starts the application, and if the check items are consistent and not updated, the new data model is generated as the check item.
11. The method of claim 10, wherein the method further comprises:
the acquisition form is a multi-level form including design pre-forms, manual filling of blank forms, or addition of merge cells.
12. The method of claim 10, wherein the method further comprises:
the decoupling operation is to split the table according to multiple levels of table headers, wherein a plurality of secondary table headers are arranged below the primary table header, one cell in the original table represents two attributes, and two cells corresponding to the two attributes are obtained after splitting, so that one-dimensional data in one-to-one relationship with the attributes is obtained.
13. The method of claim 10, wherein the method further comprises:
and the data base writing operation adopts a message pushing mechanism realized by a self-research framework, when the data base writing operation is carried out, a successful identifier is obtained after the data base writing operation is successful, a data base writing success signal is pushed to the server side, and the data base writing success signal is pushed again after the data base writing operation is received by the server side.
14. The method of claim 10, wherein the method further comprises:
and generating a data model adaptive to the mobile terminal, wherein the data model comprises a key-value structure containing front-end page attributes, and the front-end component is automatically generated by defining keys and traversing the keys.
15. The method of claim 10, wherein the method further comprises:
and different plug-ins are written in according to corresponding input requirements generated after the form is input, and the different plug-ins comprise a text input type writing text component and a picture type writing picture component.
16. The method of claim 10, wherein the method further comprises:
the server side updates the database, namely the server side generates a data model after obtaining the operation signal of the data writing database, and meanwhile, new data are added to the tail of the original data model and all data are traversed from head to head according to the modified sequence for re-sequencing.
17. The method of claim 10, wherein the method further comprises:
the mobile terminal adopts a B/S structure.
18. The method according to claim 10 or 12, wherein the method further comprises:
the mobile terminal application adopts an h5 form, and the client and the mobile terminal share the h5 form for display.
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