CN112990886A - Aviation industry data management display system based on mobile phone terminal - Google Patents
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
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Abstract
The invention discloses an aviation industry data management display system based on a mobile phone terminal, relates to the technical field of data integration management, and solves the technical problems that an industrial APP used for the aviation industry in the existing scheme is imperfect and the process of the industrial APP is frequently changed; the system comprises a processor, a process query module, an aviation balance module, a purchased part management module, a project management module, a terminal pushing module and a data storage module; the invention sets a purchased part management module, which allows a plurality of user roles to use the system according to a user-defined process and sets different access rights for different roles; the project management module is arranged, and the arrangement integrates common functions, so that the applicability and the usability of the project management module are improved; the invention is provided with a process query module which can perform statistical analysis on production data recorded in a workshop, export and print production records and archive the production records by paper.
Description
Technical Field
The invention belongs to the field of data integration management, relates to an aviation industry data management technology, and particularly relates to an aviation industry data management display system based on a mobile phone terminal.
Background
Industrial data covers a data source layer, a data integration layer, a data management layer and a data display layer from collection to application, each layer is divided into different data management systems, each data management system collects, analyzes, processes and applies data, patch type development is adopted in the process that enterprise demand application is increased, what enterprise demand is increased, a stacking type structure is formed through an interface expansion function, when data flow in an enterprise is caused, the related systems are multiple, the interfaces are multiple, the structure is complex, multiple communication modes are distributed in all levels, link data among all levels are cross-referenced, and fault points and maintenance quantity are large.
The invention patent with publication number CN109522352A discloses an industrial data management system and method, which is designed in the field of industrial data management and used for collecting and managing industrial data, and the industrial data management system is provided with a first port, a second port and a third port, wherein the industrial data management system classifies data received by the first port into first data and stores the first data in a preset database, the industrial data management system classifies data received by the second port into second data and stores the second data in the preset database, and the industrial data management system classifies data received by the third port into third data and stores the third data in the preset database.
The scheme can avoid the mutual confusion of different types of industrial data and improve the reliability of industrial data classification; however, the above scheme still cannot meet the high requirements of data management in the aviation industry, and cannot quickly and simply complete data management in the aviation industry.
Disclosure of Invention
In order to solve the problems existing in the scheme, the invention provides an aviation industry data management display system based on a mobile phone terminal, which is used for solving the technical problems that an industrial APP used in the aviation industry in the existing scheme is imperfect and the process of the industrial APP is frequently changed.
The purpose of the invention can be realized by the following technical scheme: the aviation industry data management display system based on the mobile phone terminal comprises a processor, a process query module, an aviation balance module, a purchased part management module, a project management module, a terminal pushing module and a data storage module;
the process query module sends the production data to the intelligent terminal for display and analysis according to the process query request;
the aviation balance module obtains the optimized scheduling scheme and completes the optimized scheduling process of the energy sources, and the process comprises the following steps:
establishing a real-time database through an energy metering and detecting instrument and a DCS (distributed control system) automatic system, and acquiring production data and energy data from the real-time database; the production data includes production and time spent, and the energy data includes energy consumption and rate of consumption;
establishing an energy yield and consumption prediction model through an artificial intelligence model; the artificial intelligence model comprises an error reverse feedback neural network, an RBF neural network and a deep convolution neural network;
combining an energy production and consumption prediction model with an energy pipe network simulation technology, an energy multi-period dynamic optimization scheduling technology and a genetic algorithm to obtain an optimization scheduling scheme; the optimized scheduling scheme comprises a first line balancing scheme and a second line balancing scheme, wherein the first line balancing scheme minimizes the number of stations by limiting the production beat, and the second line balancing scheme minimizes the production beat according to the number of stations;
the outsourcing management module is used for carrying out flow management and control on the purchase of the outsourcing;
the project management module is used for realizing document management and statistical processing;
the intelligent terminal realizes the query and display of the data of the system module through the terminal pushing module; the system module comprises a process query module, an aviation balance module, a purchased part management module and a project management module.
Preferably, the process query module is respectively combined with the code scanning gun and the intelligent terminal, the integration of a third-party system is rapidly realized through REST service and WebService, the rapid updating of data statistics and analysis rules is realized by utilizing a Mendix platform, and the third-party system comprises Microsoft Dynamics and an ERP system; the work flow of the process query module comprises the following steps:
a technician logs in an account through an intelligent terminal browser;
after the account is successfully logged in, a work sequence number is obtained through code scanning by a code scanning gun, data of the same work sequence number in the ERP system is inquired through the intelligent terminal and marked as target process data, and the target process data are sent to the intelligent terminal;
the intelligent terminal initiates inquiry to the Teamcenter to obtain a process card file in the BOP in combination with the work sequence number and the target process data; sending the process card file to an intelligent terminal; the process card file comprises drawings, videos and three-dimensional models.
Preferably, the outsourcing management module is controlled by an enterprise internal IT system, is open to external users, and realizes quick data reading and writing by utilizing a Teamcenter and an SAP interface; the outsourcing article management module comprises an outsourcing article purchase application unit and an outsourcing article management display unit; the work flow of the outsourcing purchase application unit comprises the following steps:
the applicant fills in an application form and submits an application, and the application is sent to a manager for auditing; wherein the management personnel comprise process engineers and executive personnel;
after the audit of the manager is passed, the application material is sent to a purchasing center; the purchasing center sends the application materials to the suppliers in a unified way;
the supplier processes and manufactures according to the application materials and sends the drawings and the materials to the applicant;
the applicant checks the drawings and materials, and performs warehousing check when the drawings and materials pass the check, and warehouses the outsourcing articles when the warehousing check passes;
the outsourcing spare management display unit is used for showing report contents, and comprises:
the report content is sent to a outsourcing management display unit according to the unified table form, content and time;
the outsourcing management display unit displays the report contents in a chart form; the chart comprises a column chart, a line chart and a pie chart, and the report content comprises the purchasing type, the purchasing current situation and the purchasing quantity of the outsourcing parts.
Preferably, the project management module comprises a project display unit, a project planning unit and a terminal interaction unit;
the item display unit displays item contents in a card form; the project content comprises project handlers, affiliated departments, creation time, assigners, assignment dates, assignment person work states, work arrangement issued by the project handlers to the assigners and project work progress.
Preferably, the project plan unit displays project plan contents in a form of a card; the project plan content includes a project name, a project plan summary, a project start date, a project expiration date, and a project execution schedule.
Preferably, the terminal interaction unit is in communication connection with the intelligent terminal; the terminal interaction unit provides a real-time function for the intelligent terminal; the real-time function comprises gross profit prediction, order inquiry and account management; the workflow of the gross profit prediction comprises:
the method comprises the steps that a user inputs the material consumption through an intelligent terminal, the gross profit prediction calculates the production cost of the material according to the material consumption, calculates the tax according to the tax rate, calculates the packaging fee according to the selected type of a packaging material, and combines the production cost, the tax and the packaging fee to obtain gross profit and the gross profit rate;
the gross profit prediction function can define the calculation of project cost, and materials, freight charges and taxes can be automatically calculated; the sale unit price can be formulated, and the gross profit rate can be automatically calculated; and the early warning can be carried out on the project with the low gross profit rate and the bill is forbidden.
Preferably, the data source is captured by the data subsystem; the data subsystem comprises PLM, MES, ERP and UI interfaces.
Preferably, the processor is respectively in communication and/or electrical connection with the process query module, the aviation balance module, the purchased parts management module, the project management module, the terminal pushing module and the data storage module; the terminal pushing module is in communication and/or electrical connection with the data storage module; the terminal pushing module is in communication connection with the intelligent terminal, and the intelligent terminal comprises an intelligent mobile phone, a tablet computer, a notebook computer and a desktop computer.
Compared with the prior art, the invention has the beneficial effects that:
1. the invention is provided with a purchased part management module, wherein the purchased part management module is used for managing and controlling the purchase of purchased parts; the outsourcing article management module comprises an outsourcing article purchase application unit and an outsourcing article management display unit; the outsourcing management module allows a plurality of user roles to use the system according to a user-defined process, and sets different access rights for different roles; the report content is filled in an online mode, the application materials passing the verification can be issued to an external supplier, and the external supplier maintains the processing state and the product information while processing.
2. The invention sets up the project management module, the project management module of this setting is used for realizing the file management and statistical processing; the project management module comprises a project display unit, a project planning unit and a terminal interaction unit; the project display unit can be used for health card punching and summarizing, project task overview, project establishment management and project task allocation, project progress flow management, daily task report and result announcement; the project planning unit can summarize information, make reports and evaluate performance through EXCEL; the method comprises the following steps of finishing cooperative office work, message notification, project file submission and updating through a cloud platform; the terminal interaction unit provides a real-time function for the intelligent terminal; the project management module can provide various functions including statistical calculation, document management, gross profit calculation and the like, integrates common functions, and is favorable for improving the applicability and the usability of the invention.
3. The invention is provided with a process query module which sends production data to an intelligent terminal for display and analysis according to a process query request; a technician logs in an account through an intelligent terminal browser; after the account is successfully logged in, a work sequence number is obtained through code scanning by a code scanning gun, data of the same work sequence number in the ERP system is inquired through the intelligent terminal and marked as target process data, and the target process data are sent to the intelligent terminal; the intelligent terminal initiates inquiry to the Teamcenter to obtain a process card file in the BOP in combination with the work sequence number and the target process data; sending the process card file to an intelligent terminal; the process query module can display the operation instruction book and the drawing on the intelligent terminal in real time; the authority management of workers is realized, and the workers can only check the operation instruction book of the current process and input the production data of the current process; the serial number of the current process in the Teamcenter can be quickly positioned, the Item attribute and all accessories are read in real time and displayed on the intelligent terminal; the production data recorded in the workshop can be subjected to statistical analysis, the production records are exported and printed, and the production records are filed on paper.
4. The invention is provided with an aviation balance module, and the aviation balance module is used for acquiring an optimized balance scheme; establishing a real-time database through an energy metering and detecting instrument and a DCS (distributed control system) automatic system, and acquiring production data and energy data from the real-time database; establishing an energy yield and consumption prediction model through an artificial intelligence model; combining an energy production and consumption prediction model with an energy pipe network simulation technology, an energy multi-period dynamic optimization scheduling technology and a genetic algorithm to obtain an optimization scheduling scheme; the energy optimization scheduling is realized according to the optimization scheduling scheme, the aviation balance module automatically acquires the optimization scheduling and distribution scheme of the energy medium through the combination of a genetic algorithm and various technologies, the optimization scheduling and the operation of a main energy system of an industrial enterprise are realized, and the comprehensive utilization efficiency and the energy management level of the energy of the enterprise are improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic diagram of a first embodiment of the present invention;
FIG. 2 is a flowchart of the operation of a query module according to a second embodiment of the present invention;
FIG. 3 is a schematic diagram of a framework of a three-aviation balancing module according to an embodiment of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The first embodiment is as follows:
referring to fig. 1, the present invention provides an aviation industry data management display system based on a mobile phone terminal, including a processor, a process query module, an aviation balance module, an outsourcing management module, a project management module, a terminal push module, and a data storage module;
the process query module sends the production data to the intelligent terminal for display and analysis according to the process query request;
the aviation balance module completes fitness calculation through a data source and a genetic algorithm and obtains an optimized scheduling scheme;
the outsourcing management module is used for carrying out flow management and control on the purchase of the outsourcing;
the project management module is used for realizing document management and statistical processing;
the intelligent terminal queries and displays the data of the system module through the terminal pushing module; the system module comprises a process query module, an aviation balance module, a purchased part management module and a project management module.
Furthermore, the outsourcing management module is controlled by an internal IT system of the enterprise and is opened to an external user, and the rapid reading and writing of data are realized by utilizing a Teamcenter and an SAP interface; the outsourcing management module comprises an outsourcing purchase application unit and an outsourcing purchase management display unit; the work flow of the outsourcing purchase application unit comprises the following steps:
the applicant fills in an application form and submits an application, and the application is sent to a manager for auditing; wherein the management personnel comprise process engineers and executive personnel;
after the audit of the manager is passed, the application material is sent to a purchasing center; the purchasing center sends the application materials to the suppliers in a unified way;
the supplier processes and manufactures according to the application materials and sends the drawings and the materials to the applicant;
the applicant checks the drawings and materials, and performs warehousing check when the drawings and materials pass the check, and warehouses the outsourcing articles when the warehousing check passes;
the outsourcing management display unit is used for displaying report contents and comprises:
the report content is sent to a outsourcing management display unit according to the unified table form, content and time;
the outsourcing management display unit displays the report content in a chart form; the chart comprises a column chart, a line chart and a pie chart, and the report content comprises the purchase type, the purchase current situation and the purchase quantity of the outsourcing parts;
the embodiment allows multiple user roles to use the system according to the user-defined process, and different access rights are set for different roles; the report content is filled in an online mode, the application materials passing the verification can be issued to an external supplier, and the external supplier maintains the processing state and the product information while processing.
Further, the project management module comprises a project display unit, a project planning unit and a terminal interaction unit;
the item display unit displays item contents in a card form; the project content comprises project handlers, affiliated departments, creation time, assigners, assignment dates, assignment person working states, work arrangement issued by the project handlers to the assigners and project work progress;
the project display unit can be used for health card punching and summarizing, project task overview, project establishment management and project task allocation, project progress flow management, daily task report and result announcement;
the project planning unit displays project planning content in a card form; the project plan content comprises a project name, a project plan summary, a project start date, a project deadline date and a project execution progress;
the project planning unit can summarize information, make reports and evaluate performance through EXCEL; the method comprises the following steps of finishing cooperative office work, message notification, project file submission and updating through a cloud platform;
the terminal interaction unit is in communication connection with the intelligent terminal; the terminal interaction unit provides a real-time function for the intelligent terminal; the real-time function comprises gross profit prediction, order inquiry and account management; the workflow of the gross profit prediction comprises the following steps:
the method comprises the steps that a user inputs the material consumption through an intelligent terminal, the gross profit prediction calculates the production cost of the material according to the material consumption, calculates the tax according to the tax rate, calculates the packaging fee according to the selected type of a packaging material, and combines the production cost, the tax and the packaging fee to obtain gross profit and the gross profit rate;
the gross profit prediction function can define the calculation of project cost, and materials, freight charges and taxes can be automatically calculated; the sale unit price can be formulated, and the gross profit rate can be automatically calculated; and the early warning can be carried out on the project with the low gross profit rate and the bill is forbidden.
Further, the data source is captured by the data subsystem; the data subsystem comprises PLM, MES, ERP and UI interface.
Further, the processor is respectively in communication and/or electrical connection with the process query module, the aviation balance module, the purchased parts management module, the project management module, the terminal pushing module and the data storage module; the terminal pushing module is in communication and/or electrical connection with the data storage module; the terminal pushing module is in communication connection with the intelligent terminal, and the intelligent terminal comprises an intelligent mobile phone, a tablet computer, a notebook computer and a desktop computer.
Example two:
referring to fig. 2, the present invention provides an aviation industry data management display system based on a mobile phone terminal, including a processor, a process query module, an aviation balance module, an outsourcing management module, a project management module, a terminal push module, and a data storage module;
the process query module is respectively combined with the code scanning gun and the intelligent terminal, the integration of a third-party system is rapidly realized through REST service and WebService, the rapid updating of data statistics and analysis rules is realized by utilizing a Mendix platform, and the third-party system comprises a Microsoft Dynamics system and an ERP system; the work flow of the process query module comprises the following steps:
a technician logs in an account through an intelligent terminal browser;
after the account is successfully logged in, a work sequence number is obtained through code scanning by a code scanning gun, data of the same work sequence number in the ERP system is inquired through the intelligent terminal and marked as target process data, and the target process data are sent to the intelligent terminal;
the intelligent terminal initiates inquiry to the Teamcenter to obtain a process card file in the BOP in combination with the work sequence number and the target process data; sending the process card file to an intelligent terminal; the process card file comprises an attached drawing, a video and a three-dimensional model;
according to the embodiment, the operation instruction book and the drawing can be displayed on the intelligent terminal in real time; the authority management of workers is realized, and the workers can only check the operation instruction book of the current process and input the production data of the current process; the serial number of the current process in the Teamcenter can be quickly positioned, the Item attribute and all accessories are read in real time and displayed on the intelligent terminal; the production data recorded in the workshop can be subjected to statistical analysis, the production records are exported and printed, and the production records are filed on paper.
Example three:
referring to fig. 3, the present invention provides an aviation industry data management display system based on a mobile phone terminal, including a processor, a process query module, an aviation balance module, an outsourcing management module, a project management module, a terminal push module, and a data storage module;
the aviation balance module obtains an optimized scheduling scheme, and comprises the following steps:
establishing a real-time database through an energy metering and detecting instrument and a DCS (distributed control system) automatic system, and acquiring production data and energy data from the real-time database; the production data includes production and time spent, and the energy data includes energy consumption and consumption rate;
establishing an energy yield and consumption prediction model through an artificial intelligence model; the artificial intelligence model comprises an error reverse feedback neural network, an RBF neural network and a deep convolution neural network;
combining an energy production and consumption prediction model with an energy pipe network simulation technology, an energy multi-period dynamic optimization scheduling technology and a genetic algorithm to obtain an optimization scheduling scheme; the optimized scheduling scheme comprises a first line balancing scheme and a second line balancing scheme, wherein the first line balancing scheme minimizes the number of stations by limiting the production beat, and the second line balancing scheme minimizes the production beat according to the number of stations;
according to the embodiment, the optimal scheduling and distribution scheme of the energy medium is automatically obtained through the combination of the genetic algorithm and various technologies, the optimal scheduling and operation of the main energy system of the industrial enterprise are realized, and the comprehensive utilization efficiency and the energy management level of the energy of the enterprise are improved.
The working principle of the invention is as follows:
establishing a real-time database through an energy metering and detecting instrument and a DCS (distributed control system) automatic system, and acquiring production data and energy data from the real-time database; establishing an energy yield and consumption prediction model through an artificial intelligence model; combining an energy production and consumption prediction model with an energy pipe network simulation technology, an energy multi-period dynamic optimization scheduling technology and a genetic algorithm to obtain an optimization scheduling scheme; completing the optimized scheduling and operation of energy sources according to the optimized scheduling scheme;
a technician logs in an account through an intelligent terminal browser; after the account is successfully logged in, a work sequence number is obtained through code scanning by a code scanning gun, data of the same work sequence number in the ERP system is inquired through the intelligent terminal and marked as target process data, and the target process data are sent to the intelligent terminal; the intelligent terminal initiates inquiry to the Teamcenter to obtain a process card file in the BOP in combination with the work sequence number and the target process data; sending the process card file to an intelligent terminal;
the applicant fills in an application form and submits an application, and the application is sent to a manager for auditing; after the audit of the manager is passed, the application material is sent to a purchasing center; the purchasing center sends the application materials to the suppliers in a unified way; the supplier processes and manufactures according to the application materials and sends the drawings and the materials to the applicant; the applicant checks the drawings and materials, and performs warehousing check when the drawings and materials pass the check, and warehouses the outsourcing articles when the warehousing check passes;
the report content is sent to a outsourcing management display unit according to the unified table form, content and time; the outsourcing management display unit displays the report contents in a chart form.
In the description herein, references to the description of "one embodiment," "an example," "a specific example" or the like are intended to mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (6)
1. The aviation industry data management display system based on the mobile phone terminal is characterized by comprising a processor, a process query module, an aviation balance module, a purchased part management module, a project management module, a terminal pushing module and a data storage module;
the process query module sends the production data to the intelligent terminal for display and analysis according to the process query request;
the aviation balance module obtains the optimized scheduling scheme and completes the optimized scheduling process of the energy sources, and the process comprises the following steps:
establishing a real-time database through an energy metering and detecting instrument and a DCS (distributed control system) automatic system, and acquiring production data and energy data from the real-time database; establishing an energy yield and consumption prediction model through an artificial intelligence model; combining an energy production and consumption prediction model with an energy pipe network simulation technology, an energy multi-period dynamic optimization scheduling technology and a genetic algorithm to obtain an optimization scheduling scheme; completing the optimized scheduling of the energy according to the optimized scheduling scheme;
the outsourcing management module is used for carrying out flow management and control on the purchase of the outsourcing; the project management module is used for realizing document management and statistical processing; the intelligent terminal queries and displays the data of the system module through the terminal pushing module.
2. The aviation industry data management display system based on the mobile phone terminal as claimed in claim 1, wherein the process query module is respectively combined with a code scanning gun and an intelligent terminal, the integration of a third party system is rapidly realized through REST service and WebService, the rapid update of data statistics and analysis rules is realized by using a Mendix platform, and the third party system comprises Microsoft Dynamics and ERP systems; the work flow of the process query module comprises the following steps:
a technician logs in an account through an intelligent terminal browser;
after the account is successfully logged in, a work sequence number is obtained through code scanning by a code scanning gun, data of the same work sequence number in the ERP system is inquired through an intelligent terminal and marked as target process data;
and the intelligent terminal initiates inquiry to the Teamcenter to acquire a process card file in the BOP in combination with the work sequence number and the target process data.
3. The aviation industry data management display system based on the mobile phone terminal as claimed in claim 1, wherein the outsourcing management module is controlled by an enterprise internal IT system, is open to external users, and utilizes a Teamcenter and SAP interface to realize rapid data reading and writing; the outsourcing article management module comprises an outsourcing article purchase application unit and an outsourcing article management display unit; the outsourcing purchase application unit is used for completing purchase of outsourcing purchase, and the outsourcing purchase management display unit is used for displaying report contents.
4. The aviation industry data management display system based on the mobile phone terminal as claimed in claim 1, wherein the project management module comprises a project display unit, a project planning unit and a terminal interaction unit;
the item display unit displays item contents in a card form; the project content comprises project handlers, affiliated departments, creation time, assigners, assignment dates, assignment person work states, work arrangement issued by the project handlers to the assigners and project work progress.
5. The mobile phone terminal-based aviation industry data management display system of claim 4, wherein the project plan unit displays project plan contents in the form of a card; the project plan content includes a project name, a project plan summary, a project start date, a project expiration date, and a project execution schedule.
6. The aviation industry data management display system based on the mobile phone terminal as claimed in claim 4, wherein the terminal interaction unit provides real-time functions for the intelligent terminal; the real-time functions include gross profit prediction, order inquiry and account management.
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| CN113657730A (en) * | 2021-07-30 | 2021-11-16 | 中国航空工业集团公司济南特种结构研究所 | Digital manufacturing integrated execution platform |
| CN114997840A (en) * | 2022-07-18 | 2022-09-02 | 南京华娱数字科技有限公司 | CGI project process data storage management system based on WebGL |
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| CN113657730B (en) * | 2021-07-30 | 2024-02-20 | 中国航空工业集团公司济南特种结构研究所 | Integrated execution platform for digital manufacturing |
| CN114997840A (en) * | 2022-07-18 | 2022-09-02 | 南京华娱数字科技有限公司 | CGI project process data storage management system based on WebGL |
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