CN104867243A - Point-to-point power supply self-service system based on broadcast television network - Google Patents
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Abstract
本发明涉及供电服务技术领域，具体地说是一种基于广电网络的点对点供电互助系统，其特征在于设有用于核对处理缴费信息的电力管控单元、用于将用户缴费数据与外部银联系统相接的缴费单元、用于完成用户缴费过程的互动终端、用于采用广电网络实现的远程有线抄表的抄表终端，其中抄表终端与电力管控单元相连接，电力管控单元、缴费单元分别与互动终端相连接，本发明与现有技术相比，克服了现有缴费手段普及率低、可靠性差的问题，通过点对点的光纤网络，不仅能够完成用电数据的有线采集和传输，还能高效、稳定的完成电费催缴、电费远程缴纳等多项服务，具有结构合理、成本低、效率高、工作稳定、可靠性高等显著的优点。
The present invention relates to the technical field of power supply services, in particular to a point-to-point power supply mutual assistance system based on radio and television networks, which is characterized in that it is equipped with a power management and control unit for checking and processing payment information, and is used for connecting user payment data with an external UnionPay system payment unit, an interactive terminal for completing the user payment process, and a meter reading terminal for remote wired meter reading using the radio and television network. The meter reading terminal is connected to the power control unit, and the power control unit and the payment unit interact with each other Terminals are connected. Compared with the prior art, the present invention overcomes the problems of low popularity rate and poor reliability of the existing payment methods. Through the point-to-point optical fiber network, not only can complete the wired collection and transmission of electricity consumption data, but also can efficiently, Stable completion of many services such as electricity bill payment, electricity bill remote payment, etc., has significant advantages such as reasonable structure, low cost, high efficiency, stable work, and high reliability.
Description
技术领域 technical field
本发明涉及供电服务技术领域，具体地说是一种能够有效节省成本，降低服务流程复杂度，提高服务效率的基于广电网络的点对点供电互助系统。 The present invention relates to the technical field of power supply services, and specifically relates to a point-to-point power supply mutual assistance system based on a radio and television network that can effectively save costs, reduce service process complexity, and improve service efficiency.
背景技术 Background technique
众所周知，现阶段供电企业已具备24小时自助收费、银行批扣、网银交费、社会化代收等多种收费方式，用户通过网络、手机短信或现金均可以实现电费缴纳，给用户带来了方便。但由于现阶段我国网银普及率并不高，在农村或偏远地区不具备网络使用条件、用户手机号码无法与房屋户主信息唯一绑定，导致供电企业采用的纸质缴费单或手机短信等费用催缴方式存在漏洞，为了解决这一问题，只能通过在农村地区设立电费代收点，人工催缴、收取电费。 As we all know, at this stage, power supply companies already have 24-hour self-service charging, bank approval deduction, online banking payment, socialized collection and other charging methods. Users can pay electricity bills through the Internet, mobile phone text messages or cash, which brings users convenient. However, due to the fact that the penetration rate of online banking in my country is not high at this stage, there are no conditions for using the Internet in rural or remote areas, and the mobile phone number of the user cannot be uniquely bound to the information of the owner of the house, resulting in the use of paper bills or SMS by power supply companies. There are loopholes in the payment method. In order to solve this problem, we can only set up electricity fee collection points in rural areas to manually urge payment and collect electricity fees.
目前国内数字电视的发展进入了高潮期，各地传统的模拟有线电视都在改造建设为数字电视。数字电视采用了双向数据传输技术，改变了传统电视“我播你看”的模式，给电视增加了交互能力，使人们可以通过电视开展很多新式的服务，比如视频点播、网上购物、远程教学等，使得电视机成为名副其实的信息家电。 At present, the development of domestic digital TV has entered a climax period, and the traditional analog cable TV in various places is being transformed into digital TV. Digital TV adopts two-way data transmission technology, which changes the traditional TV mode of "I broadcast and you watch", adds interactive capabilities to TV, and enables people to carry out many new services through TV, such as video on demand, online shopping, distance learning, etc. , making the TV a veritable information appliance.
发明内容 Contents of the invention
本发明针对现有技术中存在的缺点和不足，提出了一种能够有效节省成本，降低服务流程复杂度，提高服务效率的基于广电网络的点对点供电互助系统。 Aiming at the shortcomings and deficiencies in the prior art, the present invention proposes a point-to-point power supply mutual assistance system based on broadcasting and television networks that can effectively save costs, reduce service process complexity, and improve service efficiency.
本发明可以通过以下措施达到： The present invention can reach through the following measures:
一种基于广电网络的点对点供电互助系统，其特征在于设有用于核对处理缴费信息的电力管控单元、 A point-to-point power supply mutual assistance system based on the radio and television network, characterized in that it is equipped with a power control unit for checking and processing payment information,
用于将用户缴费数据与外部银联系统相接的缴费单元、 A payment unit for connecting user payment data with the external UnionPay system,
用于完成用户缴费过程的互动终端、 An interactive terminal used to complete the user payment process,
用于采用广电网络实现的远程有线抄表的抄表终端， A meter reading terminal for remote wired meter reading using radio and television networks,
其中抄表终端与电力管控单元相连接，电力管控单元、缴费单元分别与互动终端相连接。 The meter reading terminal is connected with the power management and control unit, and the power management and control unit and the payment unit are respectively connected with the interactive terminal.
本发明所述互动终端设有接口服务器以及与接口服务器相连接的两个以上的数字机顶盒，接口服务器中设有用于获取用户机顶盒号及客户号的ID获取单元、用于将用户机顶盒号与客户号绑定的ID绑定单元、用于查询网络数据库中用户用电信息的用电查询单元、用于缴费单元相连接的支付接口单元、用于对当日缴费记录进行对账对账单元，对账单元分别与缴费单元、电力管控单元相连接，其中ID获取单元获取的客户号为供电企业对用户分发的标记号码。 The interactive terminal of the present invention is provided with an interface server and more than two digital set-top boxes connected with the interface server, and the interface server is provided with an ID acquisition unit for obtaining the user's set-top box number and the customer number, and is used to link the user's set-top box number with the customer number. The ID binding unit for binding the account number, the power consumption query unit for querying the user’s power consumption information in the network database, the payment interface unit for connecting the payment unit, and the account reconciliation unit for the current day’s payment record. The account unit is respectively connected with the payment unit and the power management and control unit, wherein the customer number acquired by the ID acquisition unit is the identification number distributed by the power supply enterprise to the user.
本发明所述抄表终端设有电能表、电表数据上传电路、点对点光纤网络，其中电能表所采集的用户数据经电表数据上传电路上传至点对点光纤网络，进一步送入电力管控单元。 The meter reading terminal of the present invention is equipped with an electric energy meter, an electric meter data uploading circuit, and a point-to-point optical fiber network, wherein the user data collected by the electric energy meter is uploaded to the point-to-point optical fiber network through the electric meter data uploading circuit, and further sent to the power control unit.
本发明所述电力管控单元设有用于接收抄表终端上传数据并对接收的数据进行核对进而判断是否与系统内用户数据相对应的数据预处理单元、用于将预处理数据进行换算处理的电费计算单元、用于存储预处理信息以及电费计算结果的存储单元、用于将电费计算结果数据下发至互动终端的下发单元。 The power management and control unit of the present invention is provided with a data preprocessing unit for receiving the data uploaded by the meter reading terminal and checking the received data to determine whether it corresponds to the user data in the system, and for converting the preprocessed data into electricity charges A calculation unit, a storage unit for storing preprocessing information and electricity cost calculation results, and a sending unit for sending the data of the electricity cost calculation results to the interactive terminal.
本发明在使用时，使用者通过互动终端中的支付接口查询电力客户号的用电信息、历史交费信息以及交纳电费信息，并通过与银行银联系统相连接的支付接口进行电费支付，在每日用户电费支付完成后，互动终端完成与电力管控单元、银联对账系统的对账工作，完成电费从银联向电费账户的支付工作；用户在电视上交电费操作很简单，点击“交纳电费”按钮，进入交费界面，“输入电力客户号”，系统会显示用户的姓名、用电地址等相关信息，确认无误后输入交费金额，介时您将会获取手机验证码,输入验证码后，用户绑定的银行卡会自动进行扣款；用户还可以在电视上查询用电信息，在输入电力客户号以后，系统会自动显示您最近三个月用电量情况、电能表示数情况以及当月实际交纳电费情况。 When the present invention is in use, the user queries the electricity consumption information, historical payment information and electricity fee payment information of the electric customer number through the payment interface in the interactive terminal, and pays the electricity fee through the payment interface connected to the bank UnionPay system. After the daily user electricity bill payment is completed, the interactive terminal completes the reconciliation work with the power control unit and the UnionPay reconciliation system, and completes the payment of electricity bills from UnionPay to the electricity bill account; the user pays the electricity bill on the TV. The operation is very simple, click "Pay Electricity Bill" button to enter the payment interface, "Enter the electricity customer number", the system will display the user's name, electricity address and other relevant information, after confirming that it is correct, enter the payment amount, and you will get a verification code on your mobile phone during the referral, after entering the verification code , the bank card bound by the user will automatically deduct the money; the user can also check the electricity consumption information on the TV. After entering the electricity customer number, the system will automatically display your electricity consumption in the last three months, the number of electricity indications and The actual payment of electricity bills in the current month.
本发明与现有技术相比，具有以下优点：通过集成的广电有线系统，克服了现有缴费手段普及率低、可靠性差的问题，通过点对点的光纤网络，不仅能够完成用电数据的有线采集和传输，还能高效、稳定的完成电费催缴、电费远程缴纳等多项服务，具有结构合理、成本低、效率高、工作稳定、可靠性高等显著的优点。 Compared with the prior art, the present invention has the following advantages: through the integrated radio and television cable system, the problems of low popularity and poor reliability of the existing payment methods are overcome, and through the point-to-point optical fiber network, not only the wired collection of electricity consumption data can be completed It can also efficiently and stably complete many services such as electricity bill payment, electricity bill remote payment, etc., and has obvious advantages such as reasonable structure, low cost, high efficiency, stable work, and high reliability.
附图说明：Description of drawings:
附图1是本发明的结构框图。 Accompanying drawing 1 is a structural block diagram of the present invention.
附图2是本发明中互动终端的结构框图。 Accompanying drawing 2 is the structural block diagram of the interactive terminal in the present invention.
附图3是本发明中抄表终端的结构框图。 Accompanying drawing 3 is the structural block diagram of meter reading terminal among the present invention.
附图4是本发明中电力管控单元的结构框图。 Accompanying drawing 4 is the structural block diagram of the power control unit in the present invention.
附图标记：电力管控单元1、缴费单元2、互动终端3、抄表终端4、接口服务器5、数字机顶盒6、ID获取单元7、ID绑定单元8、用电查询单元9、支付接口单元10、对账单元11、电能表12、电表数据上传电路13、点对点光纤网络14、数据预处理单元15、电费计算单元16、存储单元17、下发单元18。 Reference signs: power control unit 1, payment unit 2, interactive terminal 3, meter reading terminal 4, interface server 5, digital set-top box 6, ID acquisition unit 7, ID binding unit 8, power consumption query unit 9, payment interface unit 10. Account reconciliation unit 11, electric energy meter 12, electric meter data upload circuit 13, point-to-point optical fiber network 14, data preprocessing unit 15, electricity charge calculation unit 16, storage unit 17, delivery unit 18.
具体实施方式:Detailed ways:
下面结合附图对本发明做进一步的说明。 The present invention will be further described below in conjunction with the accompanying drawings.
如附图所示，本发明提出了一种基于广电网络的点对点供电互助系统，其特征在于设有用于核对处理缴费信息的电力管控单元1、 As shown in the accompanying drawings, the present invention proposes a peer-to-peer power supply mutual assistance system based on the radio and television network, which is characterized in that it is provided with a power management and control unit 1 for checking and processing payment information,
用于将用户缴费数据与外部银联系统相接的缴费单元2、 Payment unit 2 for connecting user payment data with the external UnionPay system,
用于完成用户缴费过程的互动终端3、 An interactive terminal for completing the user payment process 3,
用于采用广电网络实现的远程有线抄表的抄表终端4， A meter reading terminal 4 for remote wired meter reading using a radio and television network,
其中抄表终端4与电力管控单元1相连接，电力管控单元1、缴费单元2分别与互动终端3相连接。 The meter reading terminal 4 is connected to the power control unit 1 , and the power control unit 1 and the payment unit 2 are connected to the interactive terminal 3 respectively.
如附图2所示，本发明所述互动终端3设有接口服务器5以及与接口服务器5相连接的两个以上的数字机顶盒6，接口服务器5中设有用于获取用户机顶盒号及客户号的ID获取单元7、用于将用户机顶盒号与客户号绑定的ID绑定单元8、用于查询网络数据库中用户用电信息的用电查询单元9、用于缴费单元相连接的支付接口单元10、用于对当日缴费记录进行对账对账单元11，对账单元11分别与缴费单元、电力管控单元相连接，其中ID获取单元获取的客户号为供电企业对用户分发的标记号码。 As shown in accompanying drawing 2, interactive terminal 3 of the present invention is provided with interface server 5 and more than two digital set-top boxes 6 that are connected with interface server 5, is provided with in the interface server 5 and is used for obtaining user's set-top box number and customer number. ID acquisition unit 7, ID binding unit 8 for binding the user set-top box number and customer number, power consumption query unit 9 for querying user power consumption information in the network database, payment interface unit connected to the payment unit 10. The reconciliation unit 11 is used to reconcile the payment records of the day. The reconciliation unit 11 is connected to the payment unit and the power control unit respectively, wherein the customer number obtained by the ID acquisition unit is the identification number distributed by the power supply company to the user.
如附图3所示，本发明所述抄表终端4设有电能表12、电表数据上传电路13、点对点光纤网络14，其中电能表12所采集的用户数据经电表数据上传电路13上传至点对点光纤网络14，进一步送入电力管控单元1。 As shown in accompanying drawing 3, meter reading terminal 4 of the present invention is provided with electric energy meter 12, electric meter data uploading circuit 13, point-to-point optical fiber network 14, wherein the user data collected by electric energy meter 12 is uploaded to point-to-point through electric meter data uploading circuit 13 The optical fiber network 14 is further sent to the power management and control unit 1 .
如附图4所示，本发明所述电力管控单元1设有用于接收抄表终端4上传数据并对接收的数据进行核对进而判断是否与系统内用户数据相对应的数据预处理单元15、用于将预处理数据进行换算处理的电费计算单元16、用于存储预处理信息以及电费计算结果的存储单元17、用于将电费计算结果数据下发至互动终端的下发单元18。 As shown in Figure 4, the power control unit 1 of the present invention is provided with a data preprocessing unit 15 for receiving data uploaded by the meter reading terminal 4 and checking the received data to determine whether it corresponds to user data in the system. The electricity charge calculation unit 16 for converting the pre-processed data, the storage unit 17 for storing the pre-processing information and the electricity charge calculation result, and the sending unit 18 for sending the electricity charge calculation result data to the interactive terminal.
本发明在使用时，使用者通过互动终端中的支付接口查询电力客户号的用电信息、历史交费信息以及交纳电费信息，并通过与银行银联系统相连接的支付接口进行电费支付，在每日用户电费支付完成后，互动终端完成与电力管控单元、银联对账系统的对账工作，完成电费从银联向电费账户的支付工作；用户在电视上交电费操作很简单，点击“交纳电费”按钮，进入交费界面，“输入电力客户号”，系统会显示用户的姓名、用电地址等相关信息，确认无误后输入交费金额，介时您将会获取手机验证码,输入验证码后，用户绑定的银行卡会自动进行扣款；用户还可以在电视上查询用电信息，在输入电力客户号以后，系统会自动显示您最近三个月用电量情况、电能表示数情况以及当月实际交纳电费情况。 When the present invention is in use, the user queries the electricity consumption information, historical payment information and electricity fee payment information of the electric customer number through the payment interface in the interactive terminal, and pays the electricity fee through the payment interface connected to the bank UnionPay system. After the daily user electricity bill payment is completed, the interactive terminal completes the reconciliation work with the power control unit and the UnionPay reconciliation system, and completes the payment of electricity bills from UnionPay to the electricity bill account; the user pays the electricity bill on the TV. The operation is very simple, click "Pay Electricity Bill" button to enter the payment interface, "Enter the electricity customer number", the system will display the user's name, electricity address and other relevant information, after confirming that it is correct, enter the payment amount, and you will get a verification code on your mobile phone during the referral, after entering the verification code , the bank card bound by the user will automatically deduct the money; the user can also check the electricity consumption information on the TV. After entering the electricity customer number, the system will automatically display your electricity consumption in the last three months, the number of electricity indications and The actual payment of electricity bills in the current month.
本发明与现有技术相比，具有以下优点：通过集成的广电有线系统，克服了现有缴费手段普及率低、可靠性差的问题，通过点对点的光纤网络，不仅能够完成用电数据的有线采集和传输，还能高效、稳定的完成电费催缴、电费远程缴纳等多项服务，具有结构合理、成本低、效率高、工作稳定、可靠性高等显著的优点。 Compared with the prior art, the present invention has the following advantages: through the integrated radio and television cable system, it overcomes the problems of low popularity and poor reliability of the existing payment methods, and through the point-to-point optical fiber network, not only the wired collection of electricity consumption data can be completed It can also efficiently and stably complete multiple services such as electricity bill payment and remote payment of electricity bills. It has significant advantages such as reasonable structure, low cost, high efficiency, stable work, and high reliability.
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| CN106097150A (en) * | 2016-06-23 | 2016-11-09 | 国网浙江新昌县供电公司 | Electricity consumption enquiry machine |
| CN106790121A (en) * | 2016-12-27 | 2017-05-31 | 逯帅 | Power system service network |
| CN110161291A (en) * | 2019-05-24 | 2019-08-23 | 国网河北省电力有限公司沧州供电分公司 | Power supply management method, power supply management device, terminal and control master station |
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