CN112132704A - Power marketing business expansion mobile operation system and method - Google Patents
Power marketing business expansion mobile operation system and method Download PDFInfo
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Abstract
A power marketing business expansion mobile operation system and a method thereof bring related services of power marketing to the site for processing through a safe remote communication technical means, simultaneously support real-time interaction between an operation site and a management background, provide strong technical and business support for the operation site, realize paperless operation in the field expansion operation, electronically record all information, and contribute to follow-up material searching and information archiving. The operator inputs the survey (acceptance) information on site, and the survey (acceptance) information is directly synchronized to the marketing system, so that the information does not need to be input again in the marketing system, and the work of the operator is reduced. In the business expansion, the digital map is used for integrating the power grid equipment information through the mobile operation terminal, and field operators can inquire and position nearby equipment at the first time and check specific information of related equipment, so that the working efficiency of the field operators and the customer service quality are improved.
Description
Technical Field
The invention relates to the field of power marketing, in particular to a power marketing expansion mobile operation system and method.
Background
The business expansion related functions are part of an electric power marketing system, the existing field operation business can only be input at a web end, and a special electric power network is required due to network limitation, so that an operator can only record business information offline when a client performs business on the field, and the information is input in a papered mode. And returning to the office to enter relevant information into the marketing system. The existing process operation operators can find the condition that the recorded information is incomplete when inputting the system information, and the operators need to return to an office to input the system after recording on site, so that repeated work exists, and the work of the site operators is increased.
Disclosure of Invention
The invention aims to solve the problems in the prior art and provides a power marketing business expansion mobile operation system and a power marketing business expansion mobile operation method.
The invention adopts the technical scheme for solving the technical problems that: the utility model provides an electric power marketing business expands removes operation system, includes electric power marketing system, removes operation platform and removes operation terminal, remove operation terminal includes following module:
the access system scheme submodule is used for accessing power grid GIS system data, positioning a point where an operator is located in a map, displaying a nearby low-voltage metering box, and providing capacity-loadable information states including a capacity-loadable running state, a capacity-loadable reserved state and a capacity-loadable plan state;
the user access point sub-module is used for displaying access scheme information from the power receiving point to the three nearest access points on a map, calculating the distance between the power receiving point and the access points, all distances of underground pipelines and all distances of paths, and facilitating a user to accurately and quickly select a power supply scheme;
the power supply and material preparation scheme submodule is used for establishing a power supply capacity analysis model through power supply capacity, path planning and engineering cost information, and generating a power supply scheme on the mobile operation terminal by combining the path planning and industry expansion application form of the GIS topology;
the electronic signature submodule is used for accessing an electronic signature system to realize on-line signature of a power supply scheme user and can also generate a work order two-dimensional code for a client and a worker to obtain and download various work orders;
the camera submodule is used for taking pictures and obtaining evidence on site, supports picture editing and can upload picture attachments;
the infrared meter reading sub-module is used for performing infrared meter reading on the intelligent electric meter and uploading user electricity consumption data information;
the wireless Bluetooth printing sub-module is used for connecting the mobile operation terminal with the printer through Bluetooth and sending printing information to the printer so as to realize the on-site printing of files such as survey reply sheets and the like needing to be delivered to customers;
the mobile operation terminal is also provided with a Spring framework module and an Apache MINA framework communication module, the Spring framework module is used for developing Java application software, and the Apache MINA framework communication module is used for supporting the development of a TCP/UDP application program and a serial port communication program based on Java NIO technology and ensuring the synchronous communication of information between the mobile operation terminal and the mobile operation platform;
the mobile operation platform is provided with a Spring framework module, an Apache MINA framework communication module, a WebService remote calling module, an external http request support module and a worksheet summarizing and displaying module;
the electric power marketing system comprises a work order module, an Apache MINA framework communication module, a GIS topological path planning module, a database module and an electronic signature work order filing module, wherein the work order module is used for generating, issuing and integrating work orders; the Apache MINA framework communication module is used for communicating with a mobile operation platform and interacting system data of a third-party partner, and the GIS topological path planning module is used for collecting power grid GIS system data and generating a power supply scheme path by combining a digital map.
Further perfecting, the electric power marketing system also comprises a web end input module, wherein the web end input module is used for manually modifying and inputting the work order information; the mobile operation terminal comprises a database module, an electronic signature work order filing module, a low-voltage investigation reply sub-module, a low-voltage investigation tabulation sub-module, a user information display sub-module, a power supply scheme sub-module, a metering scheme sub-module and a charging scheme sub-module, wherein the database module is used for storing power supply scheme information, the electronic signature work order filing module is used for storing a work order, a scene shot picture and user equipment information, and the low-voltage investigation reply sub-module is used for receiving a low-voltage investigation work order of the power marketing system and replying a power supply scheme; the low-voltage survey meter-installing sub-module is used for signing a power supply and utilization contract with a client, installing a meter and connecting the meter; the user information display sub-module is used for generating a user information form and displaying the general situation of the power utilization application; the power supply scheme submodule is used for receiving a power supply scheme issued by the electric power marketing system, the metering scheme submodule is used for displaying standard data information of metering and completion acceptance of a project, and the charging scheme submodule is used for calculating the price of electricity used by a user.
A power marketing business expansion mobile operation method comprises the following steps:
1) the method comprises the steps that real-time communication is carried out between a mobile operation platform and a mobile operation terminal through a Mina network communication framework, the mobile operation platform takes Spring as a container framework, a WebService remote calling technology is applied, a multi-party partner system is connected, data interaction is carried out, and the mobile operation platform supports a request for external http;
2) the electric power marketing system carries out work scheme planning according to the business expansion application form in the database, generates a work sheet, then sends work sheet information to the mobile operation platform, the mobile operation platform receives the work sheet information sent by the electric power marketing system and the work sheet information recorded by each sub-module on the mobile operation terminal, displays the basic information of the work sheet after summarizing the work sheet information, and field operation personnel download the work sheet displayed on the mobile operation platform to the mobile operation terminal through the mobile operation terminal according to actual needs;
3) the field operating personnel access the data of the power grid GIS system through an access system scheme submodule on the mobile operating terminal, locate the position of the operating personnel in a digital map, display the information of nearby electric equipment and provide access scheme information so as to carry out electric power marketing work, wherein the electric power marketing work comprises a low-voltage survey reply, a low-voltage survey mounting table, a high-voltage field survey and a high-voltage completion check;
4) the field operating personnel automatically generate a power supply scheme through a power supply and material preparation scheme submodule on the mobile operation terminal by combining user information on the power marketing system and information input by field operation;
5) a user accesses the electronic signature system on the mobile operation terminal through the electronic signature submodule, the electronic signature submodule can generate a work order two-dimensional code, so that a client and a worker can receive a work order to perform electronic signature, and then the work order is uploaded to the mobile operation platform, and after signature, the mobile operation terminal obtains the latest work order condition and displays the latest work order condition according to the list sequence;
6) the field of a worker is connected with a printer through a wireless Bluetooth printing sub-module on a mobile operation terminal, a printing business document is submitted to a client, and for an inspection device or an inspection item which is found to be out of compliance with a regulation on the field, the worker collects evidence on the field through a camera sub-module and an infrared meter reading sub-module of the terminal, collects data information of a user ammeter and checks the data in time;
7) after the field work is finished, the operator selects an online mode according to the urgency degree of the work order to upload the data of the work order to the mobile work platform, and the content of the finished condition is updated and displayed; the pictures shot on site and the automatically generated digital forms are uploaded and filed in a database of the electric power marketing system through a mobile operation platform, and the synchronization of the information data of the site operation and the information data of the electric power marketing system is realized.
The invention has the beneficial effects that: according to the invention, related services of electric power marketing are brought to the site for processing by a safe remote communication technical means, real-time interaction between the operation site and a management background is supported, and expansion work order information display, work order information field entry, power grid equipment information, user basic information acquisition, user electronic signature, reply work order field printing and the like are supported, so that powerful technical and service support is provided for the operation site, paperless operation is realized in expansion site operation, all information is recorded electronically, and follow-up material searching and information archiving are facilitated. The operator inputs the survey (acceptance) information on site, and the survey (acceptance) information is directly synchronized to the marketing system, so that the information does not need to be input again in the marketing system, and the work of the operator is reduced. In the business expansion, the digital map is used for integrating the power grid equipment information through the mobile operation terminal, and field operators can inquire and position nearby equipment at the first time and check specific information of related equipment, so that the working efficiency of the field operators and the customer service quality are improved. And the marketing system issues a work order to the mobile operation system, and the subsequent business is processed in the mobile operation. The invention selects Mina as a network communication frame, Spring as a container frame, uses WebService as a remote calling technology of cross-programming language and cross-operating system platform, and the system also supports the request of external http, thereby realizing the real-time information communication between the mobile operation platform and the mobile operation terminal, timely returning the information to the client after the server receives the information, and simultaneously meeting the requirements of multiple partners.
Drawings
FIG. 1 is a schematic diagram of a mobile operating system according to an embodiment;
FIG. 2 is a schematic flow diagram of the low pressure survey reply or low pressure survey tabulation operation of FIG. 1;
FIG. 3 is a schematic flow diagram of the high-pressure on-site survey of FIG. 1;
fig. 4 is a flow structure diagram of high-pressure completion acceptance in fig. 1;
FIG. 5 is a schematic flow chart diagram illustrating a moving operation method according to the present embodiment;
Detailed Description
The invention will be further described with reference to the accompanying drawings in which:
with reference to the accompanying drawings: the electric power marketing business expansion mobile operation system comprises an electric power marketing system, a mobile operation platform and a mobile operation terminal, wherein the mobile operation terminal comprises the following modules:
the low-voltage survey reply submodule is used for receiving a low-voltage survey work order of the power marketing system and replying a power supply scheme;
the low-voltage survey meter-installing sub-module is used for signing a power supply and utilization contract with a client and installing a meter for power connection;
the user information display submodule is used for generating a user information form and displaying the general situation of the power utilization application;
a power scheme sub-module for receiving a power scheme;
the charging scheme submodule is used for calculating the price of the electricity used by the user;
the access system scheme submodule is used for accessing power grid GIS system data, positioning a point where an operator is located in a map, displaying a nearby low-voltage metering box, and providing capacity-loadable information states including a capacity-loadable running state, a capacity-loadable reserved state and a capacity-loadable plan state;
the user access point sub-module is used for displaying access scheme information from the power receiving point to the three nearest access points on a map, calculating the distance between the power receiving point and the access points, all distances of underground pipelines and all distances of paths, and facilitating a user to accurately and quickly select a power supply scheme;
the power supply and material preparation scheme submodule is used for establishing a power supply capacity analysis model through power supply capacity, path planning and engineering cost information, and generating a power supply scheme on the mobile operation terminal by combining the path planning and industry expansion application form of the GIS topology;
the electronic signature submodule is used for accessing an electronic signature system to realize on-line signature of a power supply scheme user and can also generate a work order two-dimensional code for a client and a worker to obtain and download various work orders; the measurement scheme submodule is used for displaying standard data information of measurement and completion acceptance of the project; and the user accesses the electronic signature system with legal authentication in the mobile operation program to sign on the mobile terminal.
The camera submodule is used for taking pictures and obtaining evidence on site, supports picture editing and can upload picture attachments;
the infrared meter reading sub-module is used for performing infrared meter reading on the intelligent electric meter and uploading user electricity consumption data information;
and the wireless Bluetooth printing sub-module is used for connecting the mobile operation terminal with the printer through Bluetooth and sending the printing information to the printer so as to realize the on-site printing of files such as survey reply lists and the like needing to be delivered to customers.
The mobile operation terminal is further provided with a Spring framework module and an Apache MINA framework communication module, the Spring framework module is used for developing Java application software, and the Apache MINA framework communication module is used for supporting development of a TCP/UDP application program and a serial port communication program based on a Java NIO technology, so that synchronous communication of information between the mobile operation terminal and the mobile operation platform is guaranteed.
The mobile operation platform is provided with a Spring framework module, an Apache MINA framework communication module, a WebService remote calling module, an external http request support module and a worksheet summarizing and displaying module. The mobile operation platform is provided with a Spring framework module, an Apache MINA framework communication module, a WebService remote calling module and an external http request support module. The electric power marketing system comprises a work order module, an Apache MINA framework communication module, a GIS topological path planning module, a web end input module, a database module and an electronic signature work order filing module, wherein the work order module is used for generating, issuing and integrating work orders; the Apache MINA framework communication module is used for communicating with a mobile operation platform and interacting system data of a third-party partner, and the GIS topological path planning module is used for collecting power grid GIS system data and generating a power supply scheme path by combining a digital map; the web end input module is used for manually modifying and inputting the information of the worksheet; the database module is used for storing power supply scheme information, and the electronic signature work order filing module is used for storing a work order, a picture shot on site and user equipment information. The electric power marketing system issues a work order to the mobile operation platform, subsequent services are processed in mobile operations, the mobile operation platform and the mobile operation terminal can communicate information in real time, the server receives the information and timely returns the information to the requirements of the client, meanwhile, multiple cooperators need to be connected, Mina is selected as a network communication frame, Spring is selected as a container frame, WebService is used as a remote calling technology of cross-programming language and cross-operating system platforms, and the system also supports the request of external http.
Apache MINA (multiple information for Network Applications) is a relatively new project of Apache organization, and provides a very convenient framework for developing Network application programs with high performance and high availability. And TCP/UDP application program development and serial port communication programs based on Java NIO technology are supported.
The Mina framework is used for information communication between the mobile operation platform and the mobile operation terminal, a user only needs to call the Mina, and a developer does not need to specifically realize how network communication is realized on the bottom layer. In order to solve the complexity of application development, Spring is adopted to develop the sub-modules of the mobile operation terminal.
The mobile operation platform and the mobile operation terminal have business expansion functions, low-voltage survey responses, low-voltage survey form setting, high-voltage field survey and high-voltage completion acceptance functions are realized by butting with the electric power marketing system, the electronic signature system, the power grid GIS system and the digital map of a partner, the work order information of the functions is issued by the marketing system, and the mobile operation platform displays basic information and information input by sub-modules of the mobile operation terminal.
A power marketing business expansion mobile operation method comprises the following steps:
1) the mobile operation platform and the mobile operation terminal are communicated in real time through a Mina network communication framework, the mobile operation platform takes Spring as a container framework, a WebService remote calling module is applied to the mobile operation platform, the mobile operation platform is connected with a multi-party partner system for data interaction, and the mobile operation platform supports a request for external http;
2) the electric power marketing system issues the work order information of related services to the mobile operation platform, the mobile operation platform receives the information issued by the electric power marketing system and the information input by each submodule on the mobile operation terminal, displays the basic information of the work order, and field operation personnel download the work order on the mobile operation platform to the mobile operation terminal through the mobile operation terminal;
3) the field operating personnel access the data of the power grid GIS system through an access system scheme submodule on the mobile operating terminal, locate the position of the operating personnel in a map, display the information of nearby electric equipment and provide access scheme information so as to carry out electric power marketing work, wherein the electric power marketing work comprises a low-voltage survey reply, a low-voltage survey mounting table, a high-voltage field survey and a high-voltage completion check;
4) the field operating personnel automatically generate a power supply scheme through a power supply and material preparation scheme submodule on the mobile operation terminal by combining user information on the power marketing system and information input by field operation;
5) a user accesses the electronic signature system on the mobile operation terminal through the electronic signature submodule, the electronic signature submodule can produce a work order two-dimensional code, so that a client and a worker can receive a work order to carry out electronic signature and then upload the work order to the mobile operation platform, and the mobile operation terminal obtains the latest work order condition after signature and displays the latest work order condition according to the sequence of a list;
6) the field of a worker is connected with a printer through a wireless Bluetooth printing sub-module on a mobile operation terminal, a printing business document is submitted to a client, and for an inspection device or an inspection item which is found to be out of compliance with a regulation on the field, the worker collects evidence on the field through a camera sub-module and an infrared meter reading sub-module of the terminal, collects data information of a user ammeter and checks the data in time;
6) after the field work is finished, the operator selects an online mode according to the urgency degree of the work order to upload the data of the work order to the mobile work platform, and the content of the finished condition is updated and displayed; and the pictures shot on site and the automatically generated digital forms are uploaded to the electric power marketing system through the mobile operation platform, so that the information data of the site operation and the information data of the electric power marketing system are synchronized.
Low pressure survey reply and low pressure survey tabulation: the method is realized by a low-voltage survey reply, a low-voltage survey loading table, user information display, a power supply scheme, a charging scheme, a user access point and a power supply and preparation scheme submodule in a mobile terminal, wherein basic information of the modules is issued by a marketing system, part of information needs to be input by field operators, the access system scheme submodule accesses power grid GIS system data, positions the point where the operator is located in a map, displays a nearby low-voltage metering box and provides a capacity-allowable information state comprising a capacity-allowable operation state, a capacity-allowable reserved state and a capacity-allowable plan state, the power supply and preparation scheme submodule is used for establishing a power supply capacity analysis model through power supply capacity, path planning and engineering cost information, and the mobile operation terminal generates a power supply scheme by combining a GIS topological path planning and a business expansion request form and then accesses an electronic signature system through the electronic signature submodule, and realizing the online signature of the power supply scheme user.
High-pressure exploration work: acquiring basic information issued by a power marketing system, wherein the information comprises the following components: the power supply scheme, the power utilization application overview, the access system scheme, the metering scheme, the charging scheme, the power receiving system scheme and the like are adopted, the sub-modules of the power supply and preparation scheme comprise basic information input and GIS map display, the map acquires the site position of an operator, and displays information of a power distribution cabinet, a tower and the like nearby, the information comprises basic information of equipment, information of a feeder line of the equipment, residual capacity of the equipment, the maximum load of the equipment and the distance between the equipment and a power receiving point, the map displays the access scheme information from the power receiving point to the three nearest access points, the power marketing system calculates the distance between the power receiving point and the access points, all the distances of underground pipelines and all the distances of paths, and the user can accurately and quickly provide the power supply scheme by combining the information provided by the system and then accesses the electronic signature system to.
And (3) high-voltage completion acceptance work: the high-voltage completion acceptance worksheet is issued by the electric power marketing system, an acceptance responsible person of the mobile operation platform receives the worksheet, the electronic signature system is accessed, signatures of different files such as ' clean self-discipline ', a defect inspection confirmation sheet ', an rectification notice sheet ' and an acceptance qualification sheet ' are provided, the mobile operation terminal provides worksheet two-dimensional codes for all acceptance experts to scan and receive the worksheets, and after the experts sign for acceptance, the platform obtains the latest worksheet condition and displays the latest worksheet condition according to the sequence of lists. The mobile operation terminal provides an attachment uploading function such as pictures and the like and supports picture editing. The responsible person can check the acceptance condition of the expert at any time and check an unqualified list.
The invention realizes paperless operation in expansion field operation, and all information is recorded electronically, which is beneficial to follow-up material search and information filing. The operator inputs the survey (acceptance) information on site, and the survey (acceptance) information is directly synchronized to the marketing system, so that the information does not need to be input again in the marketing system, and the work of the operator is reduced. In the business expansion, the digital map is used for integrating the power grid equipment information through the mobile operation terminal, and field operators can inquire and position nearby equipment at the first time and check specific information of related equipment, so that the working efficiency of the field operators and the customer service quality are improved.
While the invention has been shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the scope of the appended claims.
Claims (3)
1. The utility model provides an electric power marketing business expands removes operating system, includes electric power marketing system, removes operation platform and removes the operation terminal, characterized by: the mobile operation terminal comprises the following modules:
the access system scheme submodule is used for accessing power grid GIS system data, positioning a point where an operator is located in a map, displaying a nearby low-voltage metering box, and providing capacity-loadable information states including a capacity-loadable running state, a capacity-loadable reserved state and a capacity-loadable plan state;
the user access point sub-module is used for displaying access scheme information from the power receiving point to the three nearest access points on a map, calculating the distance between the power receiving point and the access points, all distances of underground pipelines and all distances of paths, and facilitating a user to accurately and quickly select a power supply scheme;
the power supply and material preparation scheme submodule is used for establishing a power supply capacity analysis model through power supply capacity, path planning and engineering cost information, and generating a power supply scheme on the mobile operation terminal by combining the path planning and industry expansion application form of the GIS topology;
the electronic signature submodule is used for accessing an electronic signature system to realize on-line signature of a power supply scheme user and can also generate a work order two-dimensional code for a client and a worker to obtain and download various work orders;
the camera submodule is used for taking pictures and obtaining evidence on site, supports picture editing and can upload picture attachments;
the infrared meter reading sub-module is used for performing infrared meter reading on the intelligent electric meter and uploading user electricity consumption data information;
the wireless Bluetooth printing sub-module is used for connecting the mobile operation terminal with the printer through Bluetooth and sending printing information to the printer so as to realize the on-site printing of files such as survey reply sheets and the like needing to be delivered to customers;
the mobile operation terminal is also provided with a Spring framework module and an Apache MINA framework communication module, the Spring framework module is used for developing Java application software, and the Apache MINA framework communication module is used for supporting the development of a TCP/UDP application program and a serial port communication program based on Java NIO technology and ensuring the synchronous communication of information between the mobile operation terminal and the mobile operation platform;
the mobile operation platform is provided with a Spring framework module, an Apache MINA framework communication module, a WebService remote calling module, an external http request support module and a worksheet summarizing and displaying module;
the electric power marketing system comprises a work order module, an Apache MINA framework communication module, a GIS topological path planning module, a database module and an electronic signature work order filing module, wherein the work order module is used for generating, issuing and integrating work orders; the Apache MINA framework communication module is used for communicating with a mobile operation platform and interacting system data of a third-party partner, and the GIS topological path planning module is used for collecting power grid GIS system data and generating a power supply scheme path by combining a digital map.
2. The electric marketing business expansion mobile operation system according to claim 2, wherein: the power marketing system also comprises a web terminal input module, wherein the web terminal input module is used for manually modifying and inputting the work order information; the mobile operation terminal comprises a database module, an electronic signature work order filing module, a low-voltage investigation reply sub-module, a low-voltage investigation tabulation sub-module, a user information display sub-module, a power supply scheme sub-module, a metering scheme sub-module and a charging scheme sub-module, wherein the database module is used for storing power supply scheme information, the electronic signature work order filing module is used for storing a work order, a scene shot picture and user equipment information, and the low-voltage investigation reply sub-module is used for receiving a low-voltage investigation work order of the power marketing system and replying a power supply scheme; the low-voltage survey meter-installing sub-module is used for signing a power supply and utilization contract with a client, installing a meter and connecting the meter; the user information display sub-module is used for generating a user information form and displaying the general situation of the power utilization application; the power supply scheme submodule is used for receiving a power supply scheme issued by the electric power marketing system, the metering scheme submodule is used for displaying standard data information of metering and completion acceptance of a project, and the charging scheme submodule is used for calculating the price of electricity used by a user.
3. A power marketing business expansion mobile operation method is characterized by comprising the following steps:
1) the method comprises the steps that real-time communication is carried out between a mobile operation platform and a mobile operation terminal through a Mina network communication framework, the mobile operation platform takes Spring as a container framework, a WebService remote calling technology is applied, a multi-party partner system is connected, data interaction is carried out, and the mobile operation platform supports a request for external http;
2) the electric power marketing system carries out work scheme planning according to the business expansion application form in the database, generates a work sheet, then sends work sheet information to the mobile operation platform, the mobile operation platform receives the work sheet information sent by the electric power marketing system and the work sheet information recorded by each sub-module on the mobile operation terminal, displays the basic information of the work sheet after summarizing the work sheet information, and field operation personnel download the work sheet displayed on the mobile operation platform to the mobile operation terminal through the mobile operation terminal according to actual needs;
3) the field operating personnel access the data of the power grid GIS system through an access system scheme submodule on the mobile operating terminal, locate the position of the operating personnel in a digital map, display the information of nearby electric equipment and provide access scheme information so as to carry out electric power marketing work, wherein the electric power marketing work comprises a low-voltage survey reply, a low-voltage survey mounting table, a high-voltage field survey and a high-voltage completion check;
4) the field operating personnel automatically generate a power supply scheme through a power supply and material preparation scheme submodule on the mobile operation terminal by combining user information on the power marketing system and information input by field operation;
5) a user accesses the electronic signature system on the mobile operation terminal through the electronic signature submodule, the electronic signature submodule can generate a work order two-dimensional code, so that a client and a worker can receive a work order to perform electronic signature, and then the work order is uploaded to the mobile operation platform, and after signature, the mobile operation terminal obtains the latest work order condition and displays the latest work order condition according to the list sequence;
6) the field of a worker is connected with a printer through a wireless Bluetooth printing sub-module on a mobile operation terminal, a printing business document is submitted to a client, and for an inspection device or an inspection item which is found to be out of compliance with a regulation on the field, the worker collects evidence on the field through a camera sub-module and an infrared meter reading sub-module of the terminal, collects data information of a user ammeter and checks the data in time;
7) after the field work is finished, the operator selects an online mode according to the urgency degree of the work order to upload the data of the work order to the mobile work platform, and the content of the finished condition is updated and displayed; the pictures shot on site and the automatically generated digital forms are uploaded and filed in a database of the electric power marketing system through a mobile operation platform, and the synchronization of the information data of the site operation and the information data of the electric power marketing system is realized.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114070832A (en) * | 2021-11-17 | 2022-02-18 | 广州辰创科技发展有限公司 | Integrated terminal for team |
| CN114331384A (en) * | 2021-12-31 | 2022-04-12 | 国网湖南省电力有限公司 | Power grid topology data acquisition method and device, computer equipment and storage medium |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104966245A (en) * | 2015-06-30 | 2015-10-07 | 国网天津市电力公司 | Visualized power supply scheme auxiliary compilation method based on power grid GIS (Gas Insulated Switchgear) |
| CN105243602A (en) * | 2015-09-29 | 2016-01-13 | 国网浙江省电力公司温州供电公司 | Power marketing fitted sheet electrical connection system and working method therefor |
| CN105243603A (en) * | 2015-09-29 | 2016-01-13 | 国网浙江省电力公司温州供电公司 | Power supply scheme assistant establishment system and working method therefor |
| CN105844418A (en) * | 2016-03-28 | 2016-08-10 | 国家电网公司 | Business expansion intelligent mobile terminal |
| KR20200059010A (en) * | 2018-11-20 | 2020-05-28 | 엔아이티주식회사 | Integrated Marketing Service System Using POS System and CBS message Based on Lacation Information, And Service Method thereof |
-
2020
- 2020-09-22 CN CN202011004341.8A patent/CN112132704A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104966245A (en) * | 2015-06-30 | 2015-10-07 | 国网天津市电力公司 | Visualized power supply scheme auxiliary compilation method based on power grid GIS (Gas Insulated Switchgear) |
| CN105243602A (en) * | 2015-09-29 | 2016-01-13 | 国网浙江省电力公司温州供电公司 | Power marketing fitted sheet electrical connection system and working method therefor |
| CN105243603A (en) * | 2015-09-29 | 2016-01-13 | 国网浙江省电力公司温州供电公司 | Power supply scheme assistant establishment system and working method therefor |
| CN105844418A (en) * | 2016-03-28 | 2016-08-10 | 国家电网公司 | Business expansion intelligent mobile terminal |
| KR20200059010A (en) * | 2018-11-20 | 2020-05-28 | 엔아이티주식회사 | Integrated Marketing Service System Using POS System and CBS message Based on Lacation Information, And Service Method thereof |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114070832A (en) * | 2021-11-17 | 2022-02-18 | 广州辰创科技发展有限公司 | Integrated terminal for team |
| CN114331384A (en) * | 2021-12-31 | 2022-04-12 | 国网湖南省电力有限公司 | Power grid topology data acquisition method and device, computer equipment and storage medium |
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