CN115860687B - Big data-based wind power integrated management and control system and method - Google Patents
Big data-based wind power integrated management and control system and method Download PDFInfo
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- CN115860687B CN115860687B CN202211673121.3A CN202211673121A CN115860687B CN 115860687 B CN115860687 B CN 115860687B CN 202211673121 A CN202211673121 A CN 202211673121A CN 115860687 B CN115860687 B CN 115860687B
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- 238000007726 management method Methods 0.000 claims abstract description 64
- 238000004364 calculation method Methods 0.000 claims abstract description 12
- 230000008676 import Effects 0.000 claims abstract description 5
- 101150080778 INPP5D gene Proteins 0.000 claims description 627
- 230000006698 induction Effects 0.000 claims description 33
- 230000000295 complement effect Effects 0.000 claims description 31
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- 238000012216 screening Methods 0.000 claims description 7
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Abstract
The invention discloses a wind power integrated management and control system and method based on big data, comprising a construction work ship information input unit, a construction work ship data one-key import unit connected with the construction work ship information input unit, an edge calculation service center connected with the construction work ship data one-key import unit, a construction work ship input state query unit connected with the edge calculation service center, a construction work ship information query unit connected with the construction work ship input state query unit, a construction work ship navigation record query unit connected with the construction work ship information query unit, and a construction work ship statistics analysis unit connected with the construction work ship navigation record query unit, wherein the output end of the edge calculation service center is connected with a data storage unit. The invention provides a construction work ship navigation record export unit for exporting the information of the construction work ship which is managed in a summary way.
Description
Technical Field
The invention relates to the field of wind power integrated management and control of construction work boats, in particular to a wind power integrated management and control system and method based on big data.
Background
The management of the construction work ship is the management of the whole construction work ship and is an important component for the centralized management of the work ship. The integrated management and control system of the 10-16MW deep open sea offshore wind power high-efficiency safe construction operation ship is developed, and intelligent management and control, accurate and efficient operation of a power system, a positioning system, an anti-capsizing automatic load regulation system, a security system, ship support, crane integrated control and other systems of the construction ship are realized through the combined control of the integrated management and control system and the 360-degree continuous full-rotation 3000T crane.
In the use process of the existing construction work ship management system, the data importing efficiency is low, the inquiry of the construction work ship information and navigation records is affected, and the analysis of the construction work ship data is inconvenient.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a wind power integrated management and control system and method based on big data, which solve the problems that in the prior art, the existing construction work ship management system is low in data importing efficiency, the inquiry of construction work ship information and navigation records is influenced, and the analysis of the construction work ship data is inconvenient.
In order to achieve the above purpose, the invention is realized by the following technical scheme: the wind power integrated management and control system based on big data comprises a construction work ship information input unit, a construction work ship data one-key input unit connected with the construction work ship information input unit, an edge calculation service center connected with the construction work ship data one-key input unit, a construction work ship input state query unit connected with the edge calculation service center, a construction work ship information query unit connected with the construction work ship input state query unit, a construction work ship navigation record query unit connected with the construction work ship information query unit, and a construction work ship statistics analysis unit connected with the construction work ship navigation record query unit, wherein the output end of the edge calculation service center is connected with a data storage unit, and the output end of the data storage unit is connected with a data cloud storage end.
The data cloud storage end stores data by using a storage function, and the expression is as follows:
wherein,representing a database memory function, G representing a memory speed matrix of individual data, < >>Representing a data set of all acquired data, +.>Representing the number of tables in the database.
Optionally, the construction work ship information input unit comprises a construction work ship classification unit, a construction work ship data induction management unit, a construction work information ship inquiry unit, a construction work ship data updating unit, a construction work ship parameter error correction unit and a construction work ship data deleting unit;
the construction work ship classifying unit is used for classifying and processing the input construction work ship data information according to time and construction work ship head information;
the construction work ship data induction management unit is used for establishing the classified construction work ship data into the construction work ship of the same type for induction management;
the construction operation information ship inquiring unit is used for inquiring construction operation ship information according to the recorded construction operation ship number and displaying an inquiring result;
the construction work ship data updating unit is used for inputting construction work ship information, submitting and storing the construction work ship information, registering the construction work ship information in the uplink of the remote monitoring maintenance center after the preservation is completed, encrypting the construction work ship chain, storing corresponding data information of the backup construction work ship chain, and carrying out necessary filling constraint on newly-added construction work ship information;
the construction work ship parameter error correction unit is used for inputting the construction work ship number, retrieving the construction work ship information, modifying the construction work ship information, submitting and storing the construction work ship information, and logging in a remote monitoring maintenance center;
the construction work ship data deleting unit is used for selecting construction work ship information to be deleted, submitting the construction work ship information to be deleted, and marking the construction work ship on the chain with the required chain to be deleted.
Optionally, the input construction work ship information comprises a construction work ship number, a construction work ship state, a construction work ship type, a construction work ship positioning time, a date of each trip and a sailing distance.
Optionally, the construction work ship data one-key importing unit comprises a data format normalizing unit, a construction work ship data complement unit and a construction work ship batch data dynamic deleting unit;
the data format normalization unit is used for downloading the construction work ship lead-in template;
the construction work ship data complement unit is used for selecting a construction work ship information inquiry detail, preparing data according to the template, selecting the prepared data file for importing, submitting the data, and successfully storing the data and uploading the data to the remote monitoring maintenance center;
the construction work ship batch data dynamic deleting unit is used for selecting one piece of construction work ship information to delete and reserving the deleted data for standby.
Optionally, the construction work ship input state query unit comprises a construction work ship state query unit and a construction work ship query and complement unit;
the construction work ship state query unit is used for retrieving construction work ship information according to the date of each trip, the construction work ship number and the construction work ship state;
the construction work ship inquiring and complement unit is used for automatically detecting according to the searched missing information, prompting the missing information to a page, and carrying out complement searching on the missing information and carrying out induction management on the information of the construction work ship.
Optionally, the construction work ship information inquiry unit comprises a construction work ship state checking unit and a construction work ship inquiry feedback unit;
the construction work ship state checking unit is used for searching construction work ship information according to the construction work ship number and the construction work ship positioning time, and automatically checking the construction work ship information;
the construction work ship query feedback unit is used for feeding back the result of searching the construction work ship to the edge computing service center.
Optionally, the construction work ship navigation record inquiring unit comprises a construction work ship navigation record summarizing unit and a construction work ship navigation record exporting unit;
the construction work ship navigation record induction unit is used for searching construction work ship navigation record information according to the construction work ship number and the construction work ship positioning time and inducing the searched construction work ship information;
the construction work ship navigation record export unit is used for exporting the information of the construction work ship which is managed in a summary way.
Optionally, the construction work ship statistical analysis unit comprises a data statistical query unit, a construction work ship export unit, a construction work ship positioning and checking unit and a construction work ship navigation record retrieval unit.
Optionally, the data statistics query unit is used for screening according to any element of data type, data acquisition time or data action;
the construction work ship exporting unit is used for exporting the screened data according to any one of the data type, the data acquisition time or the data action;
the construction work ship positioning checking unit is used for selecting one piece of data to check the positioning basic information of the construction work ship;
the construction work ship navigation record retrieval unit is used for selecting one piece of data to view construction work ship navigation record information.
Optionally, the construction work ship management method based on the remote monitoring maintenance center technology comprises the following steps:
s1, a construction operation ship can be input into an edge computing service center through a construction operation ship information input unit, construction operation ship data are classified according to time and construction operation ship starting conditions through a construction operation ship classification unit, construction operation ship data are built into construction operation ships of the same type through a construction operation ship data induction management unit to be subjected to induction management, construction operation ship information can be inquired through a construction operation ship information inquiring unit according to the input construction operation ship number, an inquiring result is displayed, the corresponding construction operation ship is quickly inquired, construction operation ship information is input through a construction operation ship data updating unit, the construction operation ship information is submitted and stored, after the construction operation ship information is stored, the construction operation ship information is registered in a remote monitoring maintenance center, encryption is carried out for a construction operation ship chain, corresponding data information of a backup construction operation ship chain is stored, the newly-added construction operation ship information is subjected to filling constraint, the construction operation ship information is revised through a construction ship parameter error correction unit, the construction ship information is submitted and stored, the construction ship information is checked in a remote monitoring maintenance center, construction ship data deleting unit is used for selecting construction ship information to be deleted, and the construction ship information to be deleted on the construction ship chain is required to be deleted;
s2, the construction work ship data one-key importing unit can download the data into the construction work ship importing template through the data format normalizing unit, centralize the data into the template, rapidly log the data template into the template, prepare the data according to the template, select the prepared data file for importing, submit the data, successfully store the data and uplink in the remote monitoring maintenance center, select a construction work ship information inquiry detail through the construction work ship data complement unit, select a construction work ship information to delete according to the construction work ship batch data dynamic deleting unit, and reserve the deleted data;
s3, enabling the recorded construction work boats to pass through a standby data storage unit of an edge computing service center, and then establishing a data cloud storage end from a large number of construction work boat data sets;
s4, the construction work ship state query unit of the construction work ship input state query unit can perform construction work ship information retrieval according to the traveling date, the construction work ship number and the construction work ship state, and prompts missing information to a page by matching with the construction work ship query and complement unit for complement retrieval of the missing information, and induction management of the construction work ship information;
s5, the construction work ship state checking unit of the construction work ship information inquiry unit can search construction work ship information according to the construction work ship number and the construction work ship positioning time, automatically check the construction work ship information, and feed back the construction work ship searching result to the edge computing service center by matching with the construction work ship inquiry feedback unit, and perform data backup;
s6, the construction work ship navigation record inquiring unit searches construction work ship navigation record information according to the construction work ship number and the construction work ship positioning time, summarizes the searched construction work ship information, and exports the summarized construction work ship information by matching with the construction work ship navigation record exporting unit;
and S7, screening the construction work ship statistical analysis unit according to any element of data type, data acquisition time or data action, leading out screened data, and selecting one piece of data to check construction work ship positioning basic information or construction work ship navigation record information by matching with the construction work ship positioning checking unit and the construction work ship navigation record searching unit.
The invention provides a wind power integrated management and control system and method based on big data, comprising the following steps of
The beneficial effects are that:
1. the wind power integrated management and control system and method based on big data are provided with a construction work ship information input unit, wherein the construction work ship classification unit is used for classifying and processing the input construction work ship data information according to time and construction work ship head information; the construction work ship data induction management unit is used for establishing the classified construction work ship data into the construction work ship of the same type for induction management; the construction operation information ship inquiring unit is used for inquiring construction operation ship information according to the recorded construction operation ship number and displaying an inquiring result; the construction work ship data updating unit is used for inputting construction work ship information, submitting and storing the construction work ship information, registering the construction work ship information in the uplink of the remote monitoring maintenance center after the preservation is completed, encrypting the construction work ship chain, storing corresponding data information of the backup construction work ship chain, and carrying out necessary filling constraint on newly-added construction work ship information; the construction work ship parameter error correction unit is used for inputting the construction work ship number, retrieving the construction work ship information, modifying the construction work ship information, submitting and storing the construction work ship information, and logging in a remote monitoring maintenance center; the construction work ship data deleting unit is used for selecting construction work ship information to be deleted, submitting the construction work ship information to be deleted, and marking the construction work ship on the chain with the required chain to be deleted.
2. The construction work ship management system and the method based on the remote monitoring maintenance center technology are provided with a construction work ship data one-key importing unit, and a data format normalizing unit is used for downloading a construction work ship importing template; the construction work ship data complement unit is used for selecting a construction work ship information inquiry detail, preparing data according to the template, selecting the prepared data file for importing, submitting the data, and successfully storing the data and uploading the data to the remote monitoring maintenance center; the construction work ship batch data dynamic deleting unit is used for selecting one piece of construction work ship information to delete and reserving the deleted data for standby.
3. The construction work ship management system and method based on the remote monitoring maintenance center technology are provided with a construction work ship input state query unit, wherein the construction work ship state query unit is used for carrying out construction work ship information retrieval according to the date of each trip, the construction work ship number and the construction work ship state; the construction work ship inquiring and complement unit is used for automatically detecting according to the searched missing information, prompting the missing information to a page, and carrying out complement searching on the missing information and carrying out induction management on the information of the construction work ship.
4. The construction work ship management system and the construction work ship management method based on the remote monitoring maintenance center technology are provided with a construction work ship information inquiry unit, wherein the construction work ship state checking unit is used for searching construction work ship information according to construction work ship numbers and construction work ship positioning time and automatically checking the searched construction work ship information; the construction work ship query feedback unit is used for feeding back the result of searching the construction work ship to the edge computing service center.
5. The construction work ship management system and the construction work ship management method based on the remote monitoring maintenance center technology are provided with a construction work ship navigation record inquiring unit, wherein the construction work ship navigation record summarizing unit is used for searching construction work ship navigation record information according to construction work ship numbers and construction work ship positioning time and summarizing the searched construction work ship information; the construction work ship navigation record export unit is used for exporting the information of the construction work ship which is managed in a summary way.
6. The construction work ship management system and method based on the remote monitoring maintenance center technology are provided with a construction work ship statistical analysis unit, wherein the data statistical query unit is used for screening according to any element of data type, data acquisition time or data action; the construction work ship exporting unit is used for exporting the screened data according to any one of the data type, the data acquisition time or the data action; the construction work ship positioning checking unit is used for selecting one piece of data to check the positioning basic information of the construction work ship; the construction work ship navigation record retrieval unit is used for selecting one piece of data to view construction work ship navigation record information.
Drawings
FIG. 1 is a schematic diagram of a system architecture of the present invention;
FIG. 2 is a schematic diagram of the construction work ship information input unit of the present invention;
FIG. 3 is a schematic view of a construction work ship data one-key importing unit according to the present invention;
FIG. 4 is a schematic structural view of a construction work ship input state query unit according to the present invention;
FIG. 5 is a schematic diagram of a construction work ship information query unit according to the present invention;
FIG. 6 is a schematic diagram of the construction work ship navigation record inquiring unit of the present invention;
FIG. 7 is a schematic structural view of a construction work ship statistical analysis unit according to the present invention;
fig. 8 is a flow chart of the method of the present invention.
In the figure: 1. the construction operation ship information input unit; 101. a construction work ship classification unit; 102. a construction work ship data induction management unit; 103. a construction operation information ship inquiring unit; 104. a construction work ship data updating unit; 105. a construction work ship parameter error correction unit; 106. a construction work ship data deleting unit; 2. a construction work ship data one-key importing unit; 201. a data format normalization unit; 202. the construction operation ship data complement unit; 203. a construction work ship batch data dynamic deleting unit; 3. an edge computing service center; 4. a data retention unit; 5. a data cloud storage end; 6. the construction operation ship inputs the state query unit; 601. a construction work ship state query unit; 602. inquiring and complement unit of the construction operation ship; 7. a construction work ship information inquiry unit; 701. a construction work ship state checking unit; 702. the construction operation ship inquires the feedback unit; 8. a construction work ship navigation record inquiring unit; 801. a navigation record summarizing unit of the construction operation ship; 802. a construction work ship navigation record export unit; 9. a construction work ship statistical analysis unit; 901. a data statistics query unit; 902. a construction work ship guiding-out unit; 903. a construction work ship positioning and checking unit; 904. and a navigation record retrieving unit of the construction work ship.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments.
In the description of the present invention, unless otherwise indicated, the meaning of "a plurality" is two or more; the terms "upper," "lower," "left," "right," "inner," "outer," "front," "rear," "head," "tail," and the like are used as an orientation or positional relationship based on that shown in the drawings, merely to facilitate description of the invention and to simplify the description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the invention. Furthermore, the terms "first," "second," "third," and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "connected," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
Description of the preferred embodiments
As shown in fig. 1, the present invention provides a technical solution: the wind power integrated management and control system based on big data comprises a construction work ship information input unit 1, a construction work ship data one-key input unit 2 connected with the construction work ship information input unit 1, an edge calculation service center 3 connected with the construction work ship data one-key input unit 2, a construction work ship input state query unit 6 connected with the edge calculation service center 3, a construction work ship information query unit 7 connected with the construction work ship input state query unit 6, a construction work ship navigation record query unit 8 connected with the construction work ship information query unit 7, and a construction work ship navigation record analysis unit 9 connected with the construction work ship navigation record query unit 8, wherein the output end of the edge calculation service center 3 is connected with a data storage unit 4, and the output end of the data storage unit 4 is connected with a data cloud storage end 5.
The data cloud storage end stores data by using a storage function, and the expression is as follows:
wherein,representing a database memory function, G representing a memory speed matrix of individual data, < >>Representing a data set of all acquired data, +.>Representing the number of tables in the database.
Example two
The scheme in the first embodiment is further described below in conjunction with a specific working manner, and the details are described below:
as shown in fig. 1 and 2, as a preferred embodiment, further, the construction work ship information input unit 1 includes a construction work ship classification unit 101, a construction work ship data induction management unit 102, a construction work information ship inquiry unit 103, a construction work ship data update unit 104, a construction work ship parameter error correction unit 105, and a construction work ship data deletion unit 106, on the basis of the above-described manner;
the construction work ship classifying unit 101 is used for classifying and processing the input construction work ship data information according to time and construction work ship head information;
the construction work ship data induction management unit 102 is used for establishing the classified construction work ship data into the construction work ship of the same type for induction management;
the construction operation information ship inquiring unit 103 is used for inquiring construction operation ship information according to the entered construction operation ship number and displaying an inquiring result;
the construction work ship data updating unit 104 is used for inputting construction work ship information, submitting and storing the construction work ship information, registering the construction work ship information in the uplink of the remote monitoring maintenance center after the preservation is completed, encrypting the construction work ship chain, storing corresponding data information of the backup construction work ship chain, and carrying out necessary filling constraint on newly-added construction work ship information;
the construction work ship parameter error correction unit 105 is used for inputting the construction work ship number, retrieving construction work ship information, modifying the construction work ship information, submitting and storing the construction work ship information, and logging in a remote monitoring maintenance center;
the construction work ship data deletion unit 106 is configured to select construction work ship information to be deleted, submit the deletion, and mark the construction work ship on the chain that is already in need of the chain for deletion.
The construction work ship information is input, wherein the construction work ship information comprises a construction work ship number, a construction work ship state, a construction work ship type, a construction work ship positioning time, a date of each trip and a sailing distance.
As shown in fig. 1 and 3, as a preferred embodiment, further, the construction work ship data one-key import unit 2 includes a data format normalization unit 201, a construction work ship data complement unit 202, and a construction work ship lot data dynamic deletion unit 203, on the basis of the above-described manner;
the data format normalization unit 201 is used for downloading a construction work ship import template;
the construction work ship data complement unit 202 is used for selecting a construction work ship information inquiry detail, preparing data according to a template, selecting the prepared data file for importing, submitting the data, and linking the data successfully in a remote monitoring maintenance center;
the construction work ship lot data dynamic deleting unit 203 is used for selecting one piece of construction work ship information to delete, and spare the deleted data.
As shown in fig. 1 and 4, as a preferred embodiment, further, the construction work ship input state query unit 6 includes a construction work ship state query unit 601 and a construction work ship query complement unit 602;
the construction work ship state query unit 601 is used for retrieving construction work ship information according to the date of each trip, the construction work ship number and the construction work ship state;
the construction work ship inquiring and complement unit 602 is used for automatically detecting and prompting the missing information to a page according to the retrieval missing information, and is used for complement retrieval missing information and induction management of construction work ship information.
As shown in fig. 1 and 5, as a preferred embodiment, further, the construction work ship information inquiry unit 7 includes a construction work ship state check unit 701 and a construction work ship inquiry feedback unit 702, on the basis of the above-described manner;
the construction work ship state checking unit 701 is used for searching construction work ship information according to the construction work ship number and the construction work ship positioning time, and automatically checking the searched construction work ship information;
the construction work ship query feedback unit 702 is configured to feed back the retrieved construction work ship results to the edge calculation service center 3.
As shown in fig. 1 and 6, as a preferred embodiment, further, the construction work ship voyage record inquiry unit 8 includes a construction work ship voyage record induction unit 801 and a construction work ship voyage record derivation unit 802;
the construction work ship navigation record summarizing unit 801 is used for retrieving construction work ship navigation record information according to construction work ship numbers and construction work ship positioning time, and summarizing the retrieved construction work ship information;
the construction work ship navigation record deriving unit 802 is used for deriving the construction work ship information which is managed in a summary manner.
As shown in fig. 1 and 7, as a preferred embodiment, further, the construction work boat statistical analysis unit 9 includes a data statistical query unit 901, a construction work boat derivation unit 902, a construction work boat positioning viewing unit 903, and a construction work boat navigation record retrieval unit 904, on the basis of the above-described manner;
the data statistics query unit 901 is used for screening according to any element of data type, data acquisition time or data action;
the construction work ship export unit 902 is configured to export the screened data according to any element of data type, data acquisition time or data action;
the construction work ship positioning checking unit 903 is used for selecting a piece of data to check the positioning basic information of the construction work ship;
the construction work ship navigation record retrieving unit 904 is configured to select one piece of data to view construction work ship navigation record information.
Example III
The following describes the schemes in the first and second embodiments in further detail with reference to specific working modes, and the construction work ship management method based on the remote monitoring maintenance center technology is shown in fig. 8, and includes the following steps:
s1, a construction operation ship information input unit 1 can be used for inputting construction operation ships into an edge computing service center 3, a construction operation ship classification unit 101 is used for carrying out classification processing on construction operation ship data according to time and construction operation ship starting conditions, a construction operation ship data induction management unit 102 is used for establishing construction operation ships of the same type for induction management, a construction operation ship information inquiry unit 103 can be used for inquiring construction operation ship information according to the input construction operation ship number, an inquiry result is displayed, the construction operation ship information is quickly inquired to a corresponding construction operation ship, a construction operation ship data update unit 104 is used for inputting the construction operation ship information, the construction operation ship information is submitted and stored, after the construction operation ship information is stored, the construction operation ship information is recorded in a remote monitoring maintenance center, encryption is carried out for the construction operation ship chain, corresponding data information of a backup construction operation ship chain is stored, the newly-added construction operation ship information is subjected to filling constraint, the construction ship information is revised by a construction ship parameter error correction unit 105, the construction ship information is saved, the construction ship information is checked in a remote monitoring maintenance center, and the construction ship information to be deleted is selected by a construction ship data deletion unit 106, and the construction ship to be deleted is required to be marked on the chain;
s2, a construction work ship data one-key importing unit 2 can download the data into a construction work ship importing template through a data format normalizing unit 201, centralize the data into the template, rapidly log in the data template, prepare the data according to the template, select the prepared data file for importing, submit the data, successfully store the data in a remote monitoring maintenance center, select a construction work ship information inquiry detail through a construction work ship data complement unit 202, select a construction work ship information for deletion by matching with a construction work ship lot data dynamic deleting unit 203, and reserve the deleted data;
s3, the recorded construction work boats pass through a standby data retention unit 4 of an edge computing service center 3, and a data cloud storage end 5 is built by centralizing a large number of construction work boat data;
s4, a construction work ship state query unit 601 of the construction work ship input state query unit 6 can search construction work ship information according to the traveling date, the construction work ship number and the construction work ship state, and prompt missing information to a page by matching with a construction work ship query complement unit 602 for complement search of the missing information, and induction management of the construction work ship information;
s5, a construction work ship state checking unit 701 of the construction work ship information inquiry unit 7 can search construction work ship information according to the construction work ship number and the construction work ship positioning time, automatically check the construction work ship information, and feed back the construction work ship searching result to the edge computing service center 3 by matching with the construction work ship inquiry feedback unit 702, and perform data backup;
s6, a construction work ship navigation record inquiring unit 8 searches construction work ship navigation record information according to the construction work ship number and the construction work ship positioning time, and summarizes the searched construction work ship information, and then exports the summarized construction work ship information by matching with a construction work ship navigation record exporting unit 802;
and S7, screening according to any element of data type, data acquisition time or data action by the construction work ship statistical analysis unit 9, and then exporting the screened data, and selecting one piece of data to check construction work ship positioning basic information or construction work ship navigation record information by matching with the construction work ship positioning checking unit 903 and the construction work ship navigation record searching unit 904.
In summary, when the construction work ship management system and method based on the remote monitoring maintenance center technology are used, firstly, the construction work ship information input unit 1 can be used for inputting construction work ship information into the edge computing service center 3, the construction work ship classification unit 101 is matched for classifying construction work ship data according to time and construction work ship head conditions, the construction work ship data are built into construction work ships of the same type through the construction work ship data induction management unit 102 for induction management, the construction work ship information can be matched with the construction work ship information input unit 103 for inquiring construction work ship information according to the input construction work ship number, the inquiry result can be displayed, the construction work ship information can be quickly inquired to the corresponding construction work ship, the construction work ship information can be input through the construction work ship data update unit 104, the construction work ship information can be submitted and saved, after the construction work ship information is stored, the construction work ship information is input into the remote monitoring maintenance center, the construction work ship chain is encrypted, the corresponding data information of the construction work ship chain is stored, the new construction work ship information is additionally arranged, the construction work ship information is required to be filled and the construction work ship information is corrected through the construction ship parameter error correction unit 105, the construction ship information is matched with the construction ship information is required to be corrected, the construction ship information is input through the construction ship template is deleted, the construction ship information is required to be deleted according to the input form of the data input template, the data is prepared for being deleted through the data input template, and the data is prepared for being deleted through the data input by the data input template of the data input unit for the data update unit 106, submitting data, successfully storing the data in a remote monitoring maintenance center, selecting a piece of construction work ship information inquiry details through a construction work ship data complement unit 202, selecting a piece of construction work ship information to delete by matching with a construction work ship batch data dynamic deleting unit 203, reserving the deleted data, reserving the data by using an edge computing service center 3 by using a data reserving unit 4, and establishing a data cloud storage end 5 from a large number of construction work ship data sets;
then, the construction work ship state query unit 601 of the construction work ship input state query unit 6 can search construction work ship information according to the date of each trip, the construction work ship number and the construction work ship state, prompt the missing information to a page by matching with the construction work ship query and complement unit 602, search the missing information by matching with the construction work ship information induction management, search the construction work ship information by the construction work ship state check unit 701 of the construction work ship information query unit 7, check the construction work ship information by itself according to the construction work ship number and the construction work ship positioning time, feed back the search construction work ship result to the edge computing service center 3 by matching with the construction work ship query feedback unit 702, backup data, search the construction work ship record information by matching with the construction work ship navigation record query unit 8 according to the construction work ship number and the construction work ship positioning time, induction manage the construction work ship information by matching with the construction work ship navigation record derivation unit 802, derive the induction management construction work ship information by matching with the construction work ship information analysis unit 9, and search the construction ship information by matching with the construction ship navigation record information analysis unit 903, and the basic operation ship information can be checked by matching with the data of the construction ship information.
The present invention is not limited to the above-mentioned embodiments, and any person skilled in the art, based on the technical solution of the present invention and the inventive concept thereof, can be replaced or changed within the scope of the present invention.
Claims (7)
1. The wind power integrated management and control system based on big data is characterized in that: the system comprises a construction work ship information input unit (1), a construction work ship data one-key input unit (2) connected with the construction work ship information input unit (1), an edge calculation service center (3) connected with the construction work ship data one-key input unit (2), a construction work ship input state query unit (6) connected with the edge calculation service center (3), a construction work ship information query unit (7) connected with the construction work ship input state query unit (6), a construction work ship navigation record query unit (8) connected with the construction work ship information query unit (7) and a construction work ship statistical analysis unit (9) connected with the construction work ship navigation record query unit (8);
the output end of the edge computing service center (3) is connected with a data retention unit (4), and the output end of the data retention unit (4) is connected with a data cloud storage end (5);
the data cloud storage end stores data by using a storage function, and the expression is as follows:
wherein,representing a database memory function, G representing a memory speed matrix of individual data, < >>Representing a data set of all acquired data, +.>Representing the number of scales in the database;
the construction work ship data one-key importing unit (2) comprises a data format normalizing unit (201), a construction work ship data complement unit (202) and a construction work ship batch data dynamic deleting unit (203);
the data format normalization unit (201) is used for downloading the construction work ship import template;
the construction work ship data complement unit (202) is used for selecting a construction work ship information inquiry detail, preparing data according to a template, selecting the prepared data file for importing, submitting the data, and linking the data successfully stored in the remote monitoring maintenance center;
the construction work ship batch data dynamic deleting unit (203) is used for selecting one piece of construction work ship information to delete and reserving the deleted data for standby;
the construction work ship input state query unit (6) comprises a construction work ship state query unit (601) and a construction work ship query and complement unit (602);
the construction work ship state query unit (601) is used for carrying out construction work ship information retrieval according to the date of each trip, the construction work ship number and the construction work ship state;
the construction work ship inquiring and complement unit (602) is used for automatically detecting according to the searched missing information, prompting the missing information to a page, and carrying out complement searching on the missing information and carrying out induction management on the information of the construction work ship;
the construction work ship information query unit (7) comprises a construction work ship state checking unit (701) and a construction work ship query feedback unit (702);
the construction work ship state checking unit (701) is used for searching construction work ship information according to the construction work ship number and the construction work ship positioning time, and automatically checking the searched construction work ship information; the construction work ship query feedback unit (702) is used for feeding back the construction work ship retrieval result to the edge computing service center (3).
2. The big data based wind power integrated management and control system according to claim 1, wherein: the construction work ship information input unit (1) comprises a construction work ship classifying unit (101), a construction work ship data induction management unit (102), a construction work information ship inquiring unit (103), a construction work ship data updating unit (104), a construction work ship parameter error correcting unit (105) and a construction work ship data deleting unit (106);
the construction work ship classifying unit (101) is used for classifying and processing the input construction work ship data information according to time and construction work ship head information;
the construction work ship data induction management unit (102) is used for establishing the classified construction work ship data into the construction work ship of the same type for induction management;
the construction operation information ship inquiring unit (103) is used for inquiring construction operation ship information according to the recorded construction operation ship number and displaying an inquiring result;
the construction work ship data updating unit (104) is used for inputting construction work ship information, submitting and storing the construction work ship information, registering the construction work ship information in the uplink of the remote monitoring maintenance center after the preservation is completed, encrypting the construction work ship chain, storing corresponding data information of the backup construction work ship chain, and carrying out necessary filling constraint on newly-added construction work ship information;
the construction work ship parameter error correction unit (105) is used for inputting the construction work ship number, retrieving the construction work ship information, modifying the construction work ship information, submitting and storing the construction work ship information, and logging in a remote monitoring maintenance center;
a construction work ship data deletion unit (106) for selecting construction work ship information to be deleted, submitting deletion, and marking the chain required by the construction work ship on the chain to be deleted.
3. The big data based wind power integrated management and control system according to claim 2, wherein: the input construction work ship information comprises a construction work ship number, a construction work ship state, a construction work ship type, a construction work ship positioning time, a date of each trip and a sailing distance.
4. The big data based wind power integrated management and control system according to claim 1, wherein: the construction work ship navigation record inquiring unit (8) comprises a construction work ship navigation record summarizing unit (801) and a construction work ship navigation record exporting unit (802);
the construction work ship navigation record summarizing unit (801) is used for searching construction work ship navigation record information according to construction work ship numbers and construction work ship positioning time, and summarizing the searched construction work ship information;
a construction work ship navigation record deriving unit (802) derives construction work ship information which is managed in a summary manner.
5. The big data based wind power integrated management and control system according to claim 1, wherein: the construction work ship statistical analysis unit (9) comprises a data statistical query unit (901), a construction work ship export unit (902), a construction work ship positioning and checking unit (903) and a construction work ship navigation record retrieval unit (904).
6. The big data based wind power integrated management and control system according to claim 5, wherein: the data statistics query unit (901) is used for screening according to any element of data type, data acquisition time or data action;
the construction work ship exporting unit (902) is used for exporting the screened data according to any one of the data type, the data acquisition time or the data action;
the construction work ship positioning checking unit (903) is used for selecting one piece of data to check the positioning basic information of the construction work ship;
a construction work ship navigation record retrieval unit (904) is configured to select one piece of data to view construction work ship navigation record information.
7. The wind power integrated management and control method based on big data is characterized by comprising the following steps of:
s1, inputting a construction operation ship into an edge computing service center (3) through a construction operation ship information inputting unit (1), classifying and processing construction operation ship data according to time and construction operation ship start conditions through a construction operation ship classifying unit (101), building the construction operation ship with the same type of construction operation ship through a construction operation ship data induction management unit (102), carrying out induction management, inquiring the construction operation ship information according to the input construction operation ship number through a construction operation ship information inquiring unit (103), displaying an inquiring result, quickly inquiring the corresponding construction operation ship, inputting the construction operation ship information through a construction operation ship data updating unit (104), submitting and storing the construction operation ship information, after the construction operation ship is stored, encrypting the construction operation ship chain according to the remote monitoring maintenance chain, storing the corresponding data information of a backup construction operation ship chain, carrying out necessary constraint on newly-added construction operation ship information, modifying the construction ship information through a construction ship parameter error correcting unit (105), storing, uploading the construction ship information to the corresponding construction ship information on the remote monitoring maintenance center, deleting the construction ship, and deleting the construction ship information required to be deleted through the construction ship parameter error correcting unit (106);
s2, a construction work ship data one-key importing unit (2) downloads data into a construction work ship importing template through a data format normalizing unit (201), the data is intensively imported into the template, the data template is rapidly imported, the data is prepared according to the template, the prepared data file is selected for importing, the data is submitted, the data is successfully stored and is linked up in a remote monitoring maintenance center, a construction work ship information inquiry detail is selected through a construction work ship data complement unit (202), and a construction work ship information is selected for deletion by matching with a construction work ship batch data dynamic deleting unit (203), and the deleted data is reserved;
s3, the recorded construction work boats pass through a standby data retention unit (4) of an edge computing service center (3), and a data cloud storage end (5) is built by centralizing a large number of construction work boat data;
s4, a construction work ship state query unit (601) of a construction work ship input state query unit (6) performs construction work ship information retrieval according to the date of each trip, the number of the construction work ship and the state of the construction work ship, and prompts missing information to a page by matching with a construction work ship query complement unit (602) for complement retrieval of the missing information, and induction management of the construction work ship information;
s5, a construction work ship state checking unit (701) of a construction work ship information inquiry unit (7) searches construction work ship information according to the construction work ship number and the construction work ship positioning time, automatically checks the construction work ship information, and feeds back a construction work ship searching result to an edge computing service center (3) by matching with a construction work ship inquiry feedback unit (702) so as to carry out data backup;
s6, a construction work ship navigation record inquiring unit (8) searches construction work ship navigation record information according to the construction work ship number and the construction work ship positioning time, and summarizes the construction work ship information after searching, and then exports the construction work ship information subjected to induction management by matching with a construction work ship navigation record exporting unit (802);
and S7, screening by a construction work ship statistical analysis unit (9) according to any element of data type, data acquisition time or data action, leading out screened data, and selecting one piece of data to check construction work ship positioning basic information or construction work ship navigation record information by matching with a construction work ship positioning checking unit (903) and a construction work ship navigation record searching unit (904).
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