CN204946075U - A kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram - Google Patents
A kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram Download PDFInfo
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- CN204946075U CN204946075U CN201520624280.3U CN201520624280U CN204946075U CN 204946075 U CN204946075 U CN 204946075U CN 201520624280 U CN201520624280 U CN 201520624280U CN 204946075 U CN204946075 U CN 204946075U
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Abstract
The utility model discloses a kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram, it comprises electrical network geographical wiring diagram (1), mobile terminal (3), wireless network (4), application server (5), data server (6), computer equipment (7), data platform (8), dispatching communication network server (9), Quick Response Code generates equipment (2), Quick Response Code generates equipment (2) according to transformer station, the picture and text of circuit, the network address that video information is stored on data server (6) generates Quick Response Code, Quick Response Code is printed on (1) on electrical network geographical wiring diagram, the Quick Response Code of the utility model by using mobile scanning terminal corresponding, the picture and text of detailed transformer station or circuit, video information can be consulted, even transmit operation instruction, increase information capacity and the range of application of electrical network geographical wiring diagram, realize resource sharing, make data query more convenient, substantially increase work efficiency, effectively reduce cost, improve the dirigibility of work.
Description
Technical field:
The utility model relates to a kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram, is applied to the realization of the making of power grid enterprises' electrical network geographical wiring diagram, power grid enterprises' database integration, equipment remote monitoring, operation.
Background technology:
At present, traditional electrical network geographical wiring diagram only shows the information such as transformer station position, line alignment, if obtain the information such as substation equipment model, the method for operation, electrical load, power grid enterprises employee has to consult a large amount of account information in use, or utilize corresponding system platform to obtain, waste time and energy.
Utility model content:
The purpose of this utility model is to overcome the deficiency of above-mentioned prior art and provides one to realize resource sharing, make data query more convenient, substantially increase work efficiency, effectively reduce cost, improve the dirigibility of work, expand the information capacity of electrical network geographical wiring diagram and the grid management systems based on Quick Response Code electrical network geographical wiring diagram of range of application.
The purpose of this utility model can be reached by following measure: a kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram, it comprises electrical network geographical wiring diagram, mobile terminal, it is characterized in that mobile terminal connects application server by wireless network, application server connection data server, data server connects computer equipment respectively, data platform, dispatching communication network server, Quick Response Code generates equipment, Quick Response Code generates equipment according to transformer station, the picture and text of circuit, the network address that video information is stored on data server generates Quick Response Code, Quick Response Code is printed on electrical network geographical wiring diagram,
Application server comprises radio receiving transmitting module, fire wall, operating system, central processing unit (CPU), storer, data-interface; Radio receiving transmitting module connects fire wall, fire wall connects application server operating system, application server operating system connects application server central processing unit (CPU), application server data-interface respectively, application server central processing unit (CPU) connected storage;
Data server comprises the first data server data interface, data server operating system, data server central processing unit, hard disk, the second data server data interface, the 3rd data server data interface that are connected with application server; Second data server data interface is connected with computer equipment, data platform, dispatching communication network server respectively, and the 3rd data server data interface and Quick Response Code generate equipment connection; Data server operating system connects the first data server data interface, data server central processing unit, hard disk, the second data server data interface respectively; Data server central processing unit connects hard disk;
Data platform comprises generalized information system, PMS system, EMS system, SG186 marketing service system, the planning and design plateform system that power grid enterprises use; Generalized information system, PMS system, EMS system, SG186 marketing service system, planning and design plateform system equal connection data platform data interface, data platform data-interface is connected with the data server data interface of data server.
The utility model can produce following good effect compared with the prior art: in order to excavate function and the usable range of electrical network geographical wiring diagram as far as possible, planar bar code technology is applied to electrical network geographical wiring diagram and makes by the utility model, by setting up application server, data server, integrate account information, Various types of data platform, data in dispatching communication network server are in a system, set up the database of grid management systems, each transformer station, the network address of the relevant information of circuit is all concentrated in corresponding Quick Response Code, and Quick Response Code is plotted on geographical wiring diagram, by the Quick Response Code using mobile scanning terminal corresponding, just data server is connected to by application server, detailed transformer station or the picture and text of circuit can be consulted, video information, even pass through dispatching communication network server to grid equipment, electrical equipment, monitoring camera transmit operation instruction, grid management systems based on Quick Response Code electrical network geographical wiring diagram has following advantage:
(1) incorporate the data message in account information, Various types of data platform, dispatching communication network server, realize resource sharing, make data query more convenient, substantially increase work efficiency.
(2) grid equipment, element operation in the past, video monitoring can only realize in scheduling hall, uses mobile terminal to effectively reduce cost, improves the dirigibility of work.
(3) information capacity and the range of application of electrical network geographical wiring diagram is expanded.For personnel service such as planning, scheduling, operation, maintenance, marketing, realize the powerful service function of " figure, at hand, works carefree ".
Accompanying drawing illustrates:
Fig. 1 is structured flowchart of the present utility model;
Fig. 2 is the structured flowchart of electrical network geographical wiring diagram of the present utility model;
Fig. 3 is the structured flowchart of application server of the present utility model;
Fig. 4 is the structured flowchart of data server of the present utility model;
Fig. 5 is the structured flowchart of data platform of the present utility model;
Embodiment:
Be described further the utility model below in conjunction with accompanying drawing and example, embodiment of the present utility model includes but not limited to the following example.
Embodiment 1: a kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram (see Fig. 1 ~ Fig. 5), it comprises electrical network geographical wiring diagram 1, mobile terminal 3, mobile terminal 3 connects application server 5 by wireless network 4, application server 5 connection data server 6, data server 6 connects computer equipment 7 respectively, data platform 8, dispatching communication network server 9, Quick Response Code generates equipment 2, Quick Response Code generates equipment 2 according to transformer station, the picture and text of circuit, the network address that video information is stored on data server 6 generates Quick Response Code, Quick Response Code to be printed on electrical network geographical wiring diagram 1.
Electrical network geographical wiring diagram 1, the geographical wiring of electrical network in certain area of painted on top, accurately transformer station 10, circuit 11 position and corresponding title.
Quick Response Code generates equipment 2, for transformer station, circuit generate unique Quick Response Code.
Mobile terminal 3, for scanning recognition Quick Response Code, sends the picture and text, video information title and the operational order that need to application server 5 by wireless network 4, and the picture and text of display application server feedback, video information and operating result.
Wireless network 4, preferred 3G, 4G network or WiFi network.
Application server 5 is connected with mobile terminal 3 by wireless network 4, accept mobile terminal 3 sent by wireless network 4 required for picture and text, video information title and operational order; Be connected with data server 6 and transfer its picture and text storing or forward, video information and operating result; Picture and text, video information and operating result is sent to mobile terminal 3 by wireless network 4.
Application server 5 comprises radio receiving transmitting module 5-1, fire wall 5-2, operating system 5-3, central processing unit (CPU) 5-4, storer 5-5, data-interface 5-6.Radio receiving transmitting module 5-1 connects fire wall 5-2, fire wall 5-2 connects application server operating system 5-3, application server operating system 5-3 connects application server central processing unit (CPU) 5-4, application server data-interface 5-6 respectively, application server central processing unit (CPU) 5-4 connected storage 5-5.
Radio receiving transmitting module 5-1 needs picture and text, video information title and operational order for what receive that wireless terminal 3 sent by wireless network 4, and sends picture and text, video information and operating result for being fed back to wireless terminal 3 by wireless network 4; Fire wall 5-2 reveals for preventing picture and text in application server 5, video information, intercepts the intrusion native system of disabled user; Picture and text, video information title and operational order required for wireless terminal 3 is sent by wireless network 4 by application server operating system 5-3 are transferred to central processing unit (CPU) 5-4 and identify, process, to application server operating system 5-3 send can by application server data-interface 5-6 to data server 6 send need transformer station, the picture and text of circuit, video information title and operational order, storer 5-5 is used for depositing the machine instruction that central processing unit (CPU) 5-4 is processing; Application server data-interface 5-6 is the interface sending picture and text, video information and operating result that picture and text, video information title and the operational order, the reception that need need with data server 6, data platform 8, dispatching communication network server 9.As shown in Figure 3.
Data server 6, for storage data, forwards the picture and text, video information title and the operational order that need, sends the picture and text, video information and the operating result that need to application server 5.
Computer equipment 7 for inputting account information on data server 6, and electrical network account information comprises the model of substation equipment and circuit, date of putting into operation, the method for operation, machine operation, power failure plan, photo, site agreement, line route agreement, land certificate graph text information.
Data server 6 comprises the first data server data interface 6-1, the data server operating system 6-2, data server central processing unit 6-3, hard disk 6-4 and the second data server data interface 6-5 be connected with computer equipment 7, data platform 8, dispatching communication network server 9 respectively that are connected with application server 5 and generates with Quick Response Code the 3rd data server data interface 6-6 that equipment 2 is connected.Data server operating system 6-2 connects the first data server data interface 6-1, data server central processing unit 6-3, hard disk 6-4, the second data server data interface 6-5, data server central processing unit 6-3 connection hard disk 6-4 respectively.
First data server data interface 6-1 is used for application server 5 and sends the picture and text, video information title and the operational order that need to data server, and sends the picture and text, video information and the operating result that need to application server 5.The picture and text of the needs that application server 5 sends by operating system 6-2, video information title and operational order be transferred to identify for data server central processing unit (CPU) 6-3, process.Data server central processing unit (CPU) 6-3 is used for the picture and text of the needs that send of identification application server 5, video information title and operational order, and search in hard disk 6-4 and determine Data Source equipment equipment (Data Source equipment equipment is computer equipment 7, data platform 8, dispatching communication network server 9), the picture and text, video information title or the operational order that need then is sent to Data Source equipment.Hard disk 6-4, for storing account information, records the storage address of picture and text, video information.Second data server data interface 6-5 is used for sending to Data Source equipment equipment the picture and text, video information title or the operational order that need, and sends the picture and text, video information and the operating result that need to data server for Data Source equipment equipment.3rd data server data interface 6-6 is used for generating to Quick Response Code the information that equipment 2 provides transformer station, circuit picture and text, video information address at the highest level, and it is Quick Response Code by this address convert information that Quick Response Code generates equipment 2.
Data platform 8 comprise power grid enterprises use generalized information system 8-2, PMS system 8-3, EMS system 8-4, SG186 marketing service system 8-5, planning and design plateform system 8-6.Generalized information system 8-2, PMS system 8-3, EMS system 8-4, SG186 marketing service system 8-5, planning and design plateform system 8-6 equal connection data platform data interface 8-1, data platform data-interface 8-1 is connected with the data server data interface 6-5 of data server 6, as shown in Figure 4.Above system is the system that power grid enterprises' present situation uses, and is not repeated here.
Server apparatus in the dispatching communication network that dispatching communication network server 9 Zhi Xian power grid enterprises use, is not repeated here.
Quick Response Code generates equipment 2 and generates unique Quick Response Code, is printed on by the Quick Response Code of generation by the transformer station on electrical network geographical wiring diagram 1, circuit, Quick Response Code and transformer station, circuit one_to_one corresponding.Mobile terminal 3 is printed on the Quick Response Code of on electric network wiring scheme 1 by scanning, is connected to application server 5 by wireless network 4.Application server 5 is connected with data server 6.Mobile terminal 3 sends the picture and text needed to application server 5, video information title and operational order, the picture and text that application server 5 needs through process, video information title and operational order send data server 6 to, data server 6 differentiates the source needing data, if the information needed is the model of substation equipment and circuit, put into operation the date, the method of operation, machine operation, have a power failure plan, photo, site agreement, line route agreement, land certificate graph text information, just application server 5 is directly sent to by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and show with the form of picture and text on mobile terminal 3, if the information needed is relevant transformer station, the geographical position coordinates of shaft tower, line alignment, map vector containing administrative division and traffic and business information, the satellite photo of different resolution shows landform and level line topographical view with being used for, then sent the graph text information of needs to data platform 8 by data server 6, the graph text information return data server 6 finally will needed by the generalized information system 8-2 of data platform 8 li, application server 5 is sent to again by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and show with the form of picture and text on mobile terminal 3, if the information needed is transformer model, capacity, wiring group, electrical main connecting wire, electric pressure sequence, each electric pressure interval feeder number, outlet direction, the model of circuit, length, the model of shaft tower, tower, then sent the graph text information of needs to data platform 8 by data server 6, the graph text information return data server 6 finally will needed by the PMS system 8-3 of data platform 8 li, be sent to application server 5 by data server 6 again, application server 5 is sent on mobile terminal 3 by wireless network 4, if the information needed is information, load curve, the electric network current diagram such as load, electricity of transformer station, region, each electric pressure, then sent the graph text information of needs to data platform 8 by data server 6, the graph text information return data server 6 finally will needed by the EMS system 8-4 of data platform 8 li, application server 5 is sent to again by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and shows with the form of picture and text on mobile terminal 3, if the information needed is user's Assets, Customs Assigned Number, information about power, electricity charge state, then sent the graph text information of needs to data platform 8 by data server 6, the graph text information return data server 6 finally will needed by the SG186 marketing service system 8-5 of data platform 8 li, application server 5 is sent to again by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and shows with the form of picture and text on mobile terminal 3, if the information needed is planning power network wiring situation, planning transformer station position and capacity, line length, planning capacity-load ratio, with the contact situation of periphery electrical network in project period, the trend distribution of planning electrical network, then sent the graph text information of needs to data platform 8 by data server 6, the graph text information return data server 6 finally will needed by the planning and design plateform system 8-6 of data platform 8 li, application server 5 is sent to again by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and show with the form of picture and text on mobile terminal 3.If it is desirable that to the operation of generating plant, transformer station's electrical equipment and switching, the adjustment of the various parameters of electrical equipment, electrical equipment video monitoring, then send the operational order that application server 5 sends to dispatching communication network server 9 by data server 6, send corresponding folding, conversion instruction by dispatching communication network server 9 to grid equipment, electrical equipment, monitoring camera.After grid equipment, electrical equipment complete operation, operating result is fed back to data server 6 by dispatching communication network server 9, after monitoring camera is connected, video information is fed back to data server 6 by dispatching communication network server 9, operating result or video information are sent to application server 5 by data server 6, application server 5 is sent on mobile terminal 3 by wireless network 4, and shows on mobile terminal 3.
Claims (1)
1. the grid management systems based on Quick Response Code electrical network geographical wiring diagram, it comprises electrical network geographical wiring diagram (1), mobile terminal (3), it is characterized in that mobile terminal (3) connects application server (5) by wireless network (4), application server (5) connection data server (6), data server (6) connects computer equipment (7) respectively, data platform (8), dispatching communication network server (9), Quick Response Code generates equipment (2), electrical network geographical wiring diagram (1) is provided with Quick Response Code and generates equipment (2) according to transformer station, the picture and text of circuit, video information is stored in the Quick Response Code that the network address on data server (6) generates,
Application server (5) comprises radio receiving transmitting module (5-1), fire wall (5-2), operating system (5-3), central processing unit (CPU) (5-4), storer (5-5), data-interface (5-6); Radio receiving transmitting module (5-1) connects fire wall (5-2), fire wall (5-2) connects application server operating system (5-3), application server operating system (5-3) connects application server central processing unit (CPU) (5-4), application server data-interface (5-6) respectively, application server central processing unit (CPU) (5-4) connected storage (5-5);
Data server (6) comprises the first data server data interface (6-1), data server operating system (6-2), data server central processing unit (6-3), hard disk (6-4) and the second data server data interface (6-5) be connected with computer equipment (7), data platform (8), dispatching communication network server (9) respectively that are connected with application server (5) and generates with Quick Response Code the 3rd data server data interface (6-6) that equipment (2) is connected; Data server operating system (6-2) connects the first data server data interface (6-1), data server central processing unit (6-3), hard disk (6-4), the second data server data interface (6-5) respectively, and data server central processing unit (6-3) connects hard disk (6-4);
Data platform (8) comprises generalized information system (8-2), PMS system (8-3), EMS system (8-4), SG186 marketing service system (8-5), the planning and design plateform system (8-6) that power grid enterprises use; Generalized information system (8-2), PMS system (8-3), EMS system (8-4), SG186 marketing service system (8-5), planning and design plateform system (8-6) be connection data platform data interface (8-1) all, and data platform data-interface (8-1) is connected with the data server data interface (6-5) of data server (6).
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| CN201520624280.3U CN204946075U (en) | 2015-08-19 | 2015-08-19 | A kind of grid management systems based on Quick Response Code electrical network geographical wiring diagram |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748902A (en) * | 2017-09-09 | 2018-03-02 | 国网浙江省电力公司杭州供电公司 | A kind of method for matching somebody with somebody insertion data acquisition based on scene battalion |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107748902A (en) * | 2017-09-09 | 2018-03-02 | 国网浙江省电力公司杭州供电公司 | A kind of method for matching somebody with somebody insertion data acquisition based on scene battalion |
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Granted publication date: 20160106 Termination date: 20170819 |
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| CF01 | Termination of patent right due to non-payment of annual fee |