CN206331475U - Electric power business payment site information analysis apparatus - Google Patents

Abstract

The utility model relates to the technical field of electric power informatization, and is an information analysis device for electric power business payment outlets, which includes a collection information logic operation unit, a data collection front-end unit, a data collection control unit and a main control unit, and the main control unit and the transmission unit are two-way electric connection, the transmission unit is electrically connected to the data acquisition control unit, the data acquisition control unit is electrically connected to the data acquisition front-end unit, the data acquisition front-end unit is electrically connected to the collection information logic operation unit, the collection information logic operation unit is electrically connected to the transmission unit, and the optical signal The interface unit communicates with the front-end acquisition unit. The utility model can effectively collect the information of electric power business payment outlets, process and analyze all collected information, obtain data and analysis results of different dimensions, effectively support the change, development and planning of electric power business payment outlets, and improve business payment outlets Improve work efficiency and increase customer satisfaction at business payment outlets.

Description

Information analysis device for electric power business payment outlets

technical field

The utility model relates to the technical field of electric power informatization, and relates to an information analysis device for electric power business payment outlets.

Background technique

Existing electricity bill payment channels include self-owned business halls, collection outlets of financial institutions, collection outlets of non-financial institutions, ATM, POS, online payment, mobile phone payment, etc. At present, the existing technology cannot effectively collect, process and analyze the service information of each electric power business payment network, and cannot process and visualize the information such as the geographical location, service capability, service content, and service scope of the electric power business payment network. The above information cannot be effectively optimized, and at the same time, the cumulative completed transactions, daily average transaction volume, daily maximum transaction volume, network utilization rate, number of covered users, main user types and proportions, main payment methods and Proportion, main payment method and proportion of users and other business handling conditions, so that it is impossible to realize basic information management of outlets (payment channels), map positioning and distribution display of outlets (terminals), distribution analysis of outlets (terminals), user distribution and electricity purchase Behavior habit analysis, business volume analysis of self-owned business halls, network cost and effectiveness analysis, intelligent planning of payment network (main network structure of self-owned network), therefore, a power business payment network information analysis device and method are needed to solve the above problems.

Contents of the invention

The utility model provides an information analysis device for electric power business payment outlets, which overcomes the above-mentioned deficiencies in the prior art, and can effectively solve the current inability to effectively collect information on electric power business payment outlets and comprehensively process the information of electric power business payment outlets Analyze the problems presented.

The utility model is achieved through the following measures:

An information analysis device for electric power business payment outlets, comprising an optical signal interface unit, an information collection logical operation unit, a data collection front-end unit, a data collection control unit, a transmission unit, a power supply unit, a main control unit and a display unit, the main control unit It is electrically connected to the display unit, the main control unit is electrically connected to the transmission unit in two directions, the transmission unit is electrically connected to the data acquisition control unit, the data acquisition control unit is electrically connected to the data acquisition front-end unit, and the data acquisition front-end unit is electrically connected to the information collection logic operation unit , the information collection logical operation unit is electrically connected to the transmission unit, the optical signal interface unit is connected to the front-end collection unit for communication, and the power supply unit is respectively connected to the collection information logic operation unit, the front-end collection unit, the data collection control unit, the transmission unit, the main control unit and the display The unit is electrically connected.

Below is the further optimization or/and improvement to above-mentioned utility model technical scheme:

The above transmission unit includes a first transmission module, a second transmission module, a third transmission module, a fourth transmission module and a fifth transmission module, and the main control unit communicates with the first transmission module, the second transmission module, the third transmission module, the The four transmission modules and the fifth transmission module are bidirectionally electrically connected, the output ends of the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively electrically connected to the data acquisition control unit, and the first The input terminals of the transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively electrically connected to the information collection logical operation unit.

The above-mentioned data acquisition control unit includes a GPS information acquisition controller, a mobile phone power payment information acquisition controller, an IC power purchase card ID acquisition controller, a power grid GIS information acquisition controller and a business hall video information acquisition controller, the first transmission module, the second The second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively connected with the GPS information acquisition controller, the mobile phone power payment information acquisition controller, the IC power purchase card ID acquisition controller, the power grid GIS information acquisition controller and The video information collection controller of the business hall is electrically connected, the GPS information collection controller, the mobile phone power payment information collection controller, the IC power purchase card ID collection controller, the power grid GIS information collection controller and the business hall video information collection controller are respectively connected with the data The acquisition front-end unit is electrically connected.

The data acquisition front-end unit includes GPS information acquisition front-end module, mobile phone electricity payment information acquisition front-end module, IC electricity purchase card ID acquisition front-end module, power grid GIS information acquisition front-end module and business hall video information acquisition front-end module, GPS information acquisition controller, Mobile phone power payment information acquisition controller, IC power purchase card ID acquisition controller, power grid GIS information acquisition controller and business hall video information acquisition controller are respectively connected with GPS information acquisition front-end module, mobile phone power payment information acquisition front-end module, IC power purchase Card ID acquisition front-end module, power grid GIS information acquisition front-end module and business hall video information acquisition front-end module are electrically connected, GPS information acquisition front-end module, mobile phone power payment information acquisition front-end module, IC power purchase card ID acquisition front-end module, power grid GIS information acquisition The front-end module and the video information collection front-end module of the business hall are respectively electrically connected to the collection information logical operation unit.

The above information collection logic operation unit includes GPS logic operation module, mobile phone power payment information logic operation module, IC power purchase card ID collection logic operation module, power grid GIS information collection logic operation module and business hall video information collection logic operation module, GPS information collection The front-end module, mobile phone power payment information collection front-end module, IC power purchase card ID collection front-end module, grid GIS information collection front-end module and business hall video information collection front-end module are respectively connected with the GPS logic operation module, mobile phone power payment information logic operation module, IC Power purchase card ID acquisition logic operation module, grid GIS information acquisition logic operation module and business hall video information acquisition logic operation module are electrically connected, GPS logic operation module, mobile phone power payment information logic operation module, IC power purchase card ID acquisition logic operation module , the power grid GIS information collection logical operation module and the business hall video information collection logical operation module are respectively electrically connected to the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module.

The power supply unit includes a first power supply module, a second power supply module, a third power supply module, a fourth power supply module and a fifth power supply module. The module is electrically connected to the first transmission module, the second power supply module is electrically connected to the mobile phone power payment information collection controller, the mobile phone power payment information collection front-end module, the mobile phone power payment information logical operation module and the second transmission module, and the third power supply module It is respectively electrically connected with the IC power purchase card ID acquisition controller, the IC power purchase card ID acquisition front-end module, the IC power purchase card ID acquisition logic operation module and the third transmission module, and the fourth power supply module is respectively connected with the grid GIS information acquisition controller, The power grid GIS information collection front-end module, the power grid GIS information collection logic operation module and the fourth transmission module are electrically connected, and the fifth power supply module is respectively connected to the business hall video information collection controller, the business hall video information collection front-end module, and the business hall video information collection logic The computing module is electrically connected to the fifth transmission module, and the sixth power module is electrically connected to the main control unit and the display unit respectively.

The above-mentioned optical signal interface unit includes a first optical signal interface module, a second optical signal interface module and a third optical signal interface module, the first optical signal interface module is respectively connected with the GPS information collection front-end module, the mobile phone power payment information collection front-end module and the IC The power purchase card ID acquisition front-end module is connected in communication, the second optical signal interface module is in communication connection with the power grid GIS information acquisition front-end module, and the third optical signal interface module is in communication connection with the video information acquisition front-end module in the business hall.

The above display unit includes an RJ45 interface module and a dot matrix display module, the main control unit is electrically connected to the RJ45 interface module, and the RJ45 interface module is electrically connected to the dot matrix display module.

The main control unit of the utility model sends control instructions to the data acquisition control unit through the transmission unit, and the data acquisition control unit starts the data acquisition front-end unit to collect data after receiving the instruction, and the data acquisition front-end unit sends the collected data to the logic operation of the collection information The unit carries out encoding processing, and after the collected information is processed by the logical operation unit, the data is sent to the main control unit for processing and analysis through the transmission unit, and the display data is generated, and the display data is sent to the display unit through charts, numbers, images, videos, etc. to show. Therefore, the utility model can effectively collect the information of electric power business payment outlets, process and analyze all collected information, obtain data and analysis results of different dimensions, effectively support the change, development and planning of electric power business payment outlets, and improve Improve the work efficiency of business payment outlets and increase customer satisfaction at business payment outlets.

Description of drawings

Accompanying drawing 1 is the circuit structure diagram of the utility model.

Accompanying drawing 2 is the work flowchart of the utility model.

detailed description

The utility model is not limited by the following examples, and the specific implementation manner can be determined according to the technical scheme of the utility model and actual conditions.

Below in conjunction with embodiment and accompanying drawing, the utility model is further described:

As shown in Figure 1, the information analysis device for electric power business payment outlets includes an optical signal interface unit, an information collection logical operation unit, a data collection front-end unit, a data collection control unit, a transmission unit, a power supply unit, a main control unit and a display unit , the main control unit is electrically connected to the display unit, the main control unit is electrically connected to the transmission unit in two directions, the transmission unit is electrically connected to the data acquisition control unit, the data acquisition control unit is electrically connected to the data acquisition front-end unit, and the data acquisition front-end unit is connected to the acquisition The information logic operation unit is electrically connected, the information collection logic operation unit is electrically connected to the transmission unit, the optical signal interface unit is connected to the front-end acquisition unit for communication, and the power supply unit is respectively connected to the collection information logic operation unit, the front-end acquisition unit, the data acquisition control unit, and the transmission unit , the main control unit and the display unit are electrically connected.

As shown in Figure 1, the main control unit is used to send instructions and process data; the transmission unit is used to transmit instructions and data; the data acquisition control unit is used to send instructions to start the data acquisition front-end unit, and control the data acquisition front-end unit and the optical signal interface Communication links are established between units; the data acquisition front-end unit collects relevant data through the optical signal interface unit; the logic operation unit for collecting information is used to perform A/D coding processing on the collected data; the optical signal interface unit is the information system of the power grid ; The power supply unit is used to supply power to the utility model; the display unit is used to display the data processed by the main control unit.

When in use, the main control unit sends control instructions to the data acquisition control unit through the transmission unit, and the data acquisition control unit controls and starts the data acquisition front-end unit for data acquisition after receiving the instructions, and the data acquisition front-end unit sends the collected data to the logic operation of the collection information The unit carries out encoding processing, and after the collected information is processed by the logical operation unit, the data is sent to the main control unit for processing and analysis through the transmission unit, and the display data is generated, and the display data is sent to the display unit through charts, numbers, images, videos, etc. to show. Therefore, the utility model can effectively collect the information of electric power business payment outlets, process and analyze all collected information, obtain data and analysis results of different dimensions, effectively support the change, development and planning of electric power business payment outlets, and improve Improve the work efficiency of business payment outlets and increase customer satisfaction at business payment outlets.

According to actual needs, the above-mentioned power business payment network information analysis device can be further optimized or/and improved:

As shown in Figure 1, the transmission unit includes a first transmission module, a second transmission module, a third transmission module, a fourth transmission module and a fifth transmission module, and the main control unit communicates with the first transmission module, the second transmission module, the The third transmission module, the fourth transmission module and the fifth transmission module are bidirectionally electrically connected, and the output ends of the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively connected to the data acquisition control The units are electrically connected, and the input terminals of the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively electrically connected with the information collection logical operation unit.

Here, the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are known technologies, and are respectively USB3.0 transmission modules.

As shown in Figure 1, the data acquisition control unit includes a GPS information acquisition controller, a mobile phone power payment information acquisition controller, an IC power purchase card ID acquisition controller, a power grid GIS information acquisition controller, and a business hall video information acquisition controller. The first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module are respectively connected with the GPS information acquisition controller, the mobile phone power payment information acquisition controller, the IC power purchase card ID acquisition controller, and the power grid. The GIS information collection controller is electrically connected to the video information collection controller of the business hall, the GPS information collection controller, the mobile phone power payment information collection controller, the IC power purchase card ID collection controller, the grid GIS information collection controller and the business hall video information The acquisition controllers are respectively electrically connected to the data acquisition front-end units.

Here, the GPS information collection controller, mobile phone power payment information collection controller, IC power purchase card ID collection controller, power grid GIS information collection controller and business hall video information collection controller respectively receive instructions from the main control unit and send data to the The acquisition front-end unit sends an initialization command, starts the data acquisition front-end unit, and controls the establishment of a communication link between the data acquisition front-end unit and the optical signal interface unit.

As shown in Figure 1, the data acquisition front-end unit includes a GPS information acquisition front-end module, a mobile phone power payment information acquisition front-end module, an IC power purchase card ID acquisition front-end module, a power grid GIS information acquisition front-end module and a business hall video information acquisition front-end module, GPS information collection controller, mobile phone power payment information collection controller, IC power purchase card ID collection controller, power grid GIS information collection controller and business hall video information collection controller are respectively connected with GPS information collection front-end module and mobile phone power payment information collection Front-end module, IC power purchase card ID collection front-end module, grid GIS information collection front-end module and business hall video information collection front-end module are electrically connected, GPS information collection front-end module, mobile phone power payment information collection front-end module, IC power purchase card ID collection front-end The module, the power grid GIS information collection front-end module and the business hall video information collection front-end module are respectively electrically connected to the collection information logical operation unit.

Here, GPS information acquisition front-end module, mobile phone power payment information acquisition front-end module, IC power purchase card ID acquisition front-end module, power grid GIS information acquisition front-end module and business hall video information acquisition front-end module respectively receive GPS information acquisition controller, mobile phone electricity payment The information acquisition controller, IC power purchase card ID acquisition controller, grid GIS information acquisition controller and business hall video information acquisition controller send initialization commands to perform self-inspection and initialization; GPS information acquisition front-end module acquisition area GPS Location information; mobile phone power payment information collection front-end module collects mobile phone payment information; IC power purchase card ID collection front-end module collects ID information of IC power purchase card for electricity purchase; grid GIS information collection front-end module collects street user distribution data, spatial geography Information drawing data, user density and business hall distribution density data; business hall video information collection front-end module collects business hall video surveillance information; at the same time, GPS information collection front-end module, mobile phone electricity payment information collection front-end module, IC power purchase card ID collection front-end module 1. The power grid GIS information collection front-end module and the business hall video information collection front-end module encrypt and process the collected data and send them to the collection information logic operation unit.

As shown in Figure 1, the logical operation unit for collecting information includes a GPS logical operation module, a mobile phone power payment information logical operation module, an IC power purchase card ID collection logical operation module, a power grid GIS information collection logical operation module, and a business hall video information collection logic Operation module, GPS information collection front-end module, mobile phone power payment information collection front-end module, IC power purchase card ID collection front-end module, power grid GIS information collection front-end module and business hall video information collection front-end module are respectively connected with GPS logic operation module, mobile phone power payment Information logic operation module, IC power purchase card ID acquisition logic operation module, grid GIS information acquisition logic operation module and business hall video information acquisition logic operation module are electrically connected, GPS logic operation module, mobile phone power payment information logic operation module, IC electricity purchase The card ID acquisition logic operation module, the power grid GIS information acquisition logic operation module and the business hall video information acquisition logic operation module are respectively connected with the first transmission module, the second transmission module, the third transmission module, the fourth transmission module and the fifth transmission module connect.

Here, the GPS logical operation module, the mobile phone power payment information logical operation module, the IC power purchase card ID collection logical operation module, the power grid GIS information collection logical operation module and the business hall video information collection logical operation module are all composed of encoders, decoders, Data distributor, selector, data comparator, algorithm operator and other different digital logic circuits, each logic operation module receives GPS information acquisition front-end module, mobile phone power payment information acquisition front-end module, IC power purchase card ID acquisition front-end module , Power grid GIS information acquisition front-end module and the data collected by the business hall video information acquisition front-end module, and perform A/D encoding on various data, and transmit the encoded data to the main control unit through the transmission unit.

As shown in Figure 1, the power supply unit includes a first power supply module, a second power supply module, a third power supply module, a fourth power supply module and a fifth power supply module. The front-end module, the GPS logical operation module and the first transmission module are electrically connected, and the second power supply module is respectively connected to the mobile phone power payment information collection controller, the mobile phone power payment information collection front-end module, the mobile phone power payment information logical operation module and the second transmission module. connection, the third power supply module is electrically connected to the IC power purchase card ID acquisition controller, the IC power purchase card ID acquisition front-end module, the IC power purchase card ID acquisition logic operation module and the third transmission module, and the fourth power supply module is respectively connected to the grid The GIS information acquisition controller, the power grid GIS information acquisition front-end module, the power grid GIS information acquisition logic operation module, and the fourth transmission module are electrically connected, and the fifth power supply module is respectively connected to the business hall video information acquisition controller, the business hall video information acquisition front-end module, The video information collection logic operation module of the business hall is electrically connected to the fifth transmission module, and the sixth power supply module is electrically connected to the main control unit and the display unit respectively.

Here, the first power supply module, the second power supply module, the third power supply module, the fourth power supply module and the fifth power supply module are existing known technologies, and are respectively AC/DC power supply modules, which supply power for the utility model.

As shown in Figure 1, the optical signal interface unit includes a first optical signal interface module, a second optical signal interface module and a third optical signal interface module, and the first optical signal interface module is connected with the GPS information collection front-end module and the mobile phone power payment respectively. The information collection front-end module communicates with the IC power purchase card ID collection front-end module, the second optical signal interface module communicates with the grid GIS information collection front-end module, and the third optical signal interface module communicates with the business hall video information collection front-end module.

Here, the first optical signal interface module is the communication interface of the power marketing business application system. GPS location information, mobile phone power payment information collection front-end module collects mobile phone payment information, IC power purchase card ID information for electricity purchase; the second optical signal interface module is the communication interface of the grid GIS information system, and the grid GIS information collection front-end module passes through the power grid The GIS information system collects street user distribution data, spatial geographic information drawing data, user density and business hall distribution density data; the third optical signal interface module is the unified video system communication interface, and the front-end module of business hall video information collection passes through the unified video system The communication interface collects the video monitoring information of the business hall.

As shown in Figure 1, the display unit includes an RJ45 interface module and a dot matrix display module, the main control unit is electrically connected to the RJ45 interface module, and the RJ45 interface module is electrically connected to the dot matrix display module.

Here, the data and instructions processed by the main control unit are received through the RJ45 interface module, and the dot matrix module displays them in charts, numbers, images, videos, etc.

Below is the using method of the present utility model, as shown in accompanying drawing 1,2, it comprises the following steps:

The first step is to start the device, the main control unit is initialized, and enter the second step;

In the second step, the main control unit sends control signals to the GPS information collection controller, mobile phone power payment information collection controller, IC power purchase card ID collection controller, power grid GIS information collection controller, and business hall video information collection controller through the transmission unit. command, and at the same time detect whether the command is sent successfully, if the command is sent successfully, enter the third step, if the command is not sent successfully, continue to the second step, and resend the command;

In the third step, the GPS information acquisition controller, the mobile phone electricity payment information acquisition controller, the IC power purchase card ID acquisition controller, the power grid GIS information acquisition controller and the business hall video information acquisition controller respectively receive control instructions, and the GPS information acquisition control device, mobile phone power payment information collection controller, IC power purchase card ID collection controller, power grid GIS information collection controller and business hall video information collection controller respectively provide GPS information collection front-end module, mobile phone power payment information The ID collection front-end module of the power purchase card, the front-end module of the power grid GIS information collection and the video information collection front-end module of the business hall send initialization instructions, and enter the fourth step;

In the fourth step, the front-end module of GPS information collection, the front-end module of mobile phone electricity payment information collection, the front-end module of IC power purchase card ID collection, the front-end module of power grid GIS information collection and the front-end module of video information collection of the business hall respectively receive instructions to perform self-inspection and initialization, If the initialization is successful, go to the fifth step; if the initialization is not successful, go to the third step;

In the fifth step, the GPS information collection front-end module, the mobile phone electricity payment information collection front-end module, the IC power purchase card ID collection front-end module, the power grid GIS information collection front-end module and the business hall video information collection front-end module respectively carry out data collection, and collect Send the data to the GPS logical operation module, the mobile phone power payment information logical operation module, the IC power purchase card ID collection logical operation module, the grid GIS information collection logical operation module and the business hall video information collection logical operation module, and proceed to the sixth step;

In the sixth step, the GPS logic operation module, the mobile phone power payment information logic operation module, the IC power purchase card ID collection logic operation module, the power grid GIS information collection logic operation module and the business hall video information collection logic operation module respectively carry out the received data Coding processing, and sending the processed data to the main control unit through the transmission unit, and enter the seventh step;

In the seventh step, the main control unit receives the data, analyzes and compares the data according to the set corresponding threshold, algorithm, and data model, generates display data, and sends the display data to the display unit, and enters the eighth step;

In the eighth step, the display unit receives the display data and displays them in the form of charts, curves, and videos.

The above technical features constitute the best embodiment of the utility model, which has strong adaptability and implementation effect, and non-essential technical features can be increased or decreased according to actual needs to meet the needs of different situations.

The beneficial effects of the utility model include the following aspects:

(1) Integrate GPS information, mobile phone electricity payment information, IC power purchase card ID information, power grid GIS information and business hall video information, and through the processing and analysis of these information, various payment habits, user density, and business halls in different dimensions can be obtained Network distribution density and on-site service information, so as to make effective and feasible decisions on business hall planning, service optimization, and payment channel design, and solve problems that cannot be effectively solved by current power user service density analysis and channel analysis;

(2) According to the collected ID information of the IC power purchase card, the GIS information of the power grid and the video information of the business hall, the calculated business volume, daily average business volume, per capita business volume, time-based business volume, Multi-dimensional statistics and analysis of business volume information, such as the maximum per capita daily business volume, single business processing time, busy business hours, and busy days, provide early warning support for the peak business hours and peak dates of the outlets, and ensure the stability of the outlets. Provide data support for the effectiveness analysis and overall planning of business halls, grasp the load rate and utilization rate of business halls, provide scientific data basis for the merger, split, and cancellation of business halls, and provide supporting suggestions for surrounding payment outlets;

(3) According to the collected mobile phone power payment information, IC power purchase card ID information, power grid GIS information and business hall video information, based on big data, analyze user distribution and user power purchase behavior habits, and establish a reasonable outlet under big data Based on the characteristics identification model, model of outlet construction type identification and outlet construction cost identification model, the main network architecture model of self-owned outlets is established in combination with the operating results of existing payment outlets, outlet coverage radius and blind spots, and self-owned outlet construction and supporting facilities are carried out for planned outlets Analyze the rationality of outlets, automatically generate planning plans for the addition, cancellation, splitting, merging, and relocation of outlets, and manage the planning plans and construction process;

(4) According to the collected GPS information, mobile phone power payment information, IC power purchase card ID information and grid GIS information, analyze the overall payment path of some groups of customers (such as a community), and understand the payment path through the analysis of the payment path. The payment time cost and distance cost of this part of customers, so as to improve the charging service ability and customer satisfaction in a more targeted manner;

(5) According to the collected GPS information, mobile phone power payment information, IC power purchase card ID information and grid GIS information, the alarm display of abnormal outlets, including abnormal information of ATM, mobile POS, automatic card writing terminal and other equipment, and the first The risk alarms of the third-party collection points, the overload and low utilization rate alarms of the self-owned business halls, etc., are displayed on the map with different levels of warning signs by using the GIS information of the power grid.

Claims (9)

1. The site information analysis apparatus 1. a kind of electric power business is paid the fees, it is characterised in that including optical signal interface unit, collection information ALU, data acquisition front unit, data collection control unit, transmission unit, power subsystem, main control unit and aobvious Show unit, the main control unit is electrically connected with display unit, main control unit and the two-way electrical connection of transmission unit, transmission unit and number Electrically connected according to acquisition control unit, data collection control unit is electrically connected with data acquisition front unit, data acquisition front list Member is electrically connected with collection infologic arithmetic element, and collection infologic arithmetic element is electrically connected with transmission unit, and optical signal connects Mouthful unit is connected with front-end collection unit communication, power subsystem respectively with gather infologic arithmetic element, front-end collection unit, Data collection control unit, transmission unit, main control unit and display unit electrical connection.
2. The site information analysis apparatus 2. electric power business according to claim 1 is paid the fees, it is characterised in that：The transmission unit Including the first transport module, the second transport module, the 3rd transport module, the 4th transport module and the 5th transport module, master control list Member is two-way with the first transport module, the second transport module, the 3rd transport module, the 4th transport module and the 5th transport module respectively Electrical connection, the first transport module, the second transport module, the 3rd transport module, the 4th transport module and the 5th transport module it is defeated Go out end to electrically connect with data collection control unit respectively, the first transport module, the second transport module, the 3rd transport module, the 4th The input of transport module and the 5th transport module is electrically connected with collection infologic arithmetic element respectively.
3. The site information analysis apparatus 3. electric power business according to claim 2 is paid the fees, it is characterised in that：The data acquisition Control unit includes GPS information acquisition controller, mobile phone electric power payment information gathering controller, IC power purchase card ID acquisition controls Device, power grid GIS information gathering controller and business hall video information acquisition controller, the first transport module, the second transport module, 3rd transport module, the 4th transport module and the 5th transport module are believed with GPS information acquisition controller, mobile phone electric power payment respectively Cease acquisition controller, IC power purchase card ID acquisition controllers, power grid GIS information gathering controller and the collection control of business hall video information Device processed electrical connection, GPS information acquisition controller, mobile phone electric power payment information gathering controller, IC power purchase card ID acquisition controllers, Power grid GIS information gathering controller and business hall video information acquisition controller are electrically connected with data acquisition front unit respectively.
4. The site information analysis apparatus 4. electric power business according to claim 3 is paid the fees, it is characterised in that：The data acquisition Front end unit is included before GPS information collection front-end module, mobile phone electric power payment information collection front module, IC power purchase cards ID collections End module, power grid GIS information collection front module and business hall video information collection front-end module, GPS information acquisition controller, Mobile phone electric power payment information gathering controller, IC power purchase card ID acquisition controllers, power grid GIS information gathering controller and business hall Video information acquisition controller is purchased with GPS information collection front-end module, mobile phone electric power payment information collection front module, IC respectively Electric card ID collections front-end module, power grid GIS information collection front module and the collection front-end module electrical connection of business hall video information, GPS information collection front-end module, mobile phone electric power payment information collection front module, IC power purchase cards ID collections front-end module, power network GIS information collection fronts module and business hall video information collection front-end module are electrically connected with collection infologic arithmetic element respectively Connect.
5. The site information analysis apparatus 5. electric power business according to claim 4 is paid the fees, it is characterised in that：The collection information ALU is patrolled including GPS logical operation modules, mobile phone electric power payment infologic computing module, IC power purchase cards ID collections Collect computing module, power grid GIS information gathering logical operation module and business hall video information acquisition logic computing module, GPS letters Breath collection front-end module, mobile phone electric power payment information collection front module, IC power purchase cards ID collections front-end module, power grid GIS letter Breath collection front-end module and business hall video information collection front-end module respectively with GPS logical operation modules, mobile phone electric power payment Infologic computing module, IC power purchase card ID acquisition logics computing module, power grid GIS information gathering logical operation module and business Room video information acquisition logic computing module electrical connection, GPS logical operation modules, mobile phone electric power payment infologic computing mould Block, IC power purchase card ID acquisition logics computing module, power grid GIS information gathering logical operation module and the collection of business hall video information Logical operation module is passed with the first transport module, the second transport module, the 3rd transport module, the 4th transport module and the 5th respectively Defeated module electrical connection.
6. The site information analysis apparatus 6. electric power business according to claim 5 is paid the fees, it is characterised in that：The power subsystem Including the first power module, second source module, the 3rd power module, the 4th power module and the 5th power module, the first electricity Source module transmits mould with GPS information acquisition controller, GPS information collection front-end module, GPS logical operation modules and first respectively Block electrically connect, second source module respectively with before mobile phone electric power payment information gathering controller, mobile phone electric power payment information gathering End module, mobile phone electric power payment infologic computing module and the second transport module electrical connection, the 3rd power module respectively with IC Power purchase card ID acquisition controllers, IC power purchase cards ID collections front-end module, IC power purchase card ID acquisition logics computing modules and the 3rd are passed The electrical connection of defeated module, the 4th power module respectively with power grid GIS information gathering controller, power grid GIS information collection front module, Power grid GIS information gathering logical operation module and the 4th transport module electrical connection, the 5th power module respectively with business hall video Information gathering controller, business hall video information collection front-end module, business hall video information acquisition logic computing module and the Five transport modules are electrically connected, and the 6th power module is electrically connected with main control unit and display unit respectively.
7. 7. the electric power business payment site information analysis apparatus according to claim 4 or 5 or 6, it is characterised in that：The light Signal interface unit includes the first optical signal interface module, the second optical signal interface module and the 3rd optical signal interface module, the One optical signal interface module is purchased with GPS information collection front-end module, mobile phone electric power payment information collection front module and IC respectively Electric card ID collection front-end module communication connections, the second optical signal interface module and power grid GIS information collection front module communication link Connect, the 3rd optical signal interface module and the collection front-end module communication connection of business hall video information.
8. 8. the electric power business payment site information analysis apparatus according to claim 1 or 2 or 3 or 4 or 5 or 6, its feature exists In：The display unit includes RJ45 interface modules and lattice display module, and main control unit is electrically connected with RJ45 interface modules, RJ45 interface modules are electrically connected with lattice display module.
9. The site information analysis apparatus 9. electric power business according to claim 7 is paid the fees, it is characterised in that：The display unit Including RJ45 interface modules and lattice display module, main control unit is electrically connected with RJ45 interface modules, RJ45 interface modules and point Battle array display module electrical connection.