CN105046760A - Automatic road toll collection method - Google Patents

Automatic road toll collection method Download PDF

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Publication number
CN105046760A
CN105046760A CN 201510546688 CN201510546688A CN105046760A CN 105046760 A CN105046760 A CN 105046760A CN 201510546688 CN201510546688 CN 201510546688 CN 201510546688 A CN201510546688 A CN 201510546688A CN 105046760 A CN105046760 A CN 105046760A
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mobile terminal
station
toll
site
nfc
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CN 201510546688
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Chinese (zh)
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陈业军
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盛世铸成科技(天津)有限公司
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Abstract

The embodiment of the invention discloses an automatic road toll collection method. The method comprises the steps that communication is established between a mobile terminal and a card sender arranged at a first toll station based on an NFC protocol so that an entrance site is confirmed; communication is established between the mobile terminal and a card sender arranged at a second toll station based on the NFC protocol so that an exit site is confirmed; the mobile terminal receives a driving fee payment request obtained by a server interacting with the card senders according to calculation of the entrance site and the exit site; and the mobile terminal utilizes an NFC electronic payment function to realize payment. According to the automatic road toll collection method, problems of slow manual toll collection and inconvenient ETC trans-provincial toll collection in the prior art can be solved so that automatic road toll collection can be realized.

Description

一种自动公路收费方法 An automatic highway toll method

技术领域 FIELD

[0001] 本发明实施例涉及公路收费技术,尤其涉及一种自动公路收费方法。 Example relates to road toll art [0001] The present invention particularly relates to an automatic highway toll method.

背景技术 Background technique

[0002] NFC(Near Field Communicat1n,近场通信)技术是这几年飞速发展的一种新兴技术,由Sony,NXP (源自Philips半导体)和Nokia于2004年提出,它使得两个电子设备之间可以进行短程的通讯,工作在13.56M日z频段,工作距离几个厘米。 [0002] NFC (Near Field Communicat1n, Near Field Communication) technology is an emerging technology in recent years rapid development by Sony, NXP (semiconductors from Philips) and Nokia made in 2004, which allows two electronic devices short-range communications can be conducted between work 13.56M z band in Japan, working distance of a few centimeters. NFC技术目标是电子设备之间的近距离通讯,主要实现三类功能:非接触集成电路卡(Integrated CircuitCard,IC)模拟功能;点对点数据通讯功能;以及读卡机功能。 NFC technology is a close communication between the target electronic device, to achieve three main functions: the non-contact IC card (Integrated CircuitCard, IC) simulation function; point to point data communication; and card reader functions.

[0003]目前国内高速公路收费主要包括人工收费和电子不停车收费系统(ElectronicToll Collect1n, ETC),人工收费主要是解决下岗职工再就业同时保证大部分车主对传统高速缴费模式的依赖。 [0003] At present, turnpike including labor costs and electronic toll collection system (ElectronicToll Collect1n, ETC), mainly labor costs to solve the re-employment of laid-off workers while ensuring that most owners rely on the traditional high-speed mode of payment. ETC是指车辆在通过收费站时,通过车载设备实现车辆识别、信息写入(入口)并自动从预先绑定的IC卡或银行帐户上扣除相应资金(出口)。 ETC is a vehicle through a toll station at the time, the vehicle identified by the vehicle device achieved, information is written (inlet) and automatically deduct funds (outlet) from the IC card or bank account previously bound. 过往车辆通过道口时无须停车,即能够实现车辆身份自动识别、自动收费。 Passing through the crossing without stopping the vehicle, which enables automatic identification vehicle identification, automatic toll collection.

[0004] 传统人工收费缺点是,耗费时间长,一般一辆车通过大约在15秒-40秒之内。 [0004] The disadvantage is that conventional manual toll collection, time-consuming, typically by car within 15 seconds of about -40 seconds. 如果节假日期间,大量私家车出行,会造成大量的私家车拥堵在收费闸口,造成出行不便。 If during the holidays, a large number of private car travel, will cause a lot of private cars congestion at the toll gate, causing travel inconvenience. ETC缺点是目前只是区域化收费,跨部分省之后,只能转变成传统收费方式非常不方便。 ETC is the only drawback regionalization fees, after the provincial cross-section, can only be transformed into a traditional charging method is very inconvenient.

发明内容 SUMMARY

[0005] 有鉴于此,本发明提供了一种自动公路收费方法,以解决现有技术中人工收费慢、ETC跨省收费不方便的问题。 [0005] Accordingly, the present invention provides a method for automatic road toll, labor costs in order to solve slow the prior art, the ETC provinces charges inconvenient.

[0006] 本发明实施例提供了一种自动公路收费方法,包括: [0006] Example embodiments provide an automatic road charging method of the present invention, comprising:

[0007] 移动终端基于NFC协议与第一收费站处设置的发卡器建立通信,确定入口站点; [0007] The mobile terminal establishes communication with the NFC protocol based on the card dispenser provided at a first toll, the portal site is determined;

[0008] 所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站占.V , [0008] The mobile terminal establishes communication with the NFC protocol based on the card dispenser provided at a second toll station, the station determines accounted .V outlet,

[0009] 所述移动终端接收与所述发卡器交互的服务器根据入口站点和出口站点计算得到的行车费用支付请求; [0009] The receiving mobile terminal interacting with the issuer server requests payment portal site according to the driving costs and calculated outlet site;

[0010] 所述移动终端利用NFC的电子支付功能实现支付。 [0010] The mobile electronic payment terminal the NFC function effect payment.

[0011] 进一步的,移动终端基于NFC协议与第一收费站处设置的发卡器建立通信,确定入口站点的确定方式包括:所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第一收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为入口站点上报服务器,其中车辆信息为车牌号和车型; Determining a manner [0011] Further, the mobile terminal establishes communication with the NFC protocol is based on the first issuing toll station set, determined portal site comprising: said mobile terminal based NFC protocol vehicle information sent to the first radio signal in the form of provided at a toll card dispenser; said card dispenser where the vehicle information and the reporting site as a portal site server, wherein the vehicle license plate number and vehicle information;

[0012] 相应的,所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站点方式包括:所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第二收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为出口站点上报服务器。 [0012] Accordingly, the mobile terminal establishes communication with the NFC protocol based on the card dispenser provided at a second toll station, an outlet station mode determination comprising: the mobile terminal based NFC protocol vehicle information sent to the first radio signal in the form of provided at two toll card dispenser; said card dispenser where the vehicle information and the reporting server site as a site outlet.

[0013] 进一步的,移动终端基于NFC协议与第一收费站处设置的发卡器建立通信,确定入口站点的确定方式还包括:移动终端基于NFC协议接收第一收费站处设置的发卡器广播发送的第一站点通知,从所述第一站点通知中获取入口站点并存储; Determining a manner [0013] Further, the mobile terminal establishes communication with the NFC protocol is based on the first issuing toll station set, determined portal site further comprising: a mobile terminal transmitting a first broadcast receiver issuing toll station based NFC protocol provided the first station notification, the portal site acquired notification from the first station and stored;

[0014] 进一步的,所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站点方式包括:所述移动终端基于NFC协议接收第二收费站处设置的发卡器广播发送的第二站点通知,从所述第二站点通知中获取出口站点并存储;所述移动终端将入口站点、出口站点和车辆信息通过发卡器发送给服务器,以请求服务器确定行车费用。 [0014] Further, the mobile terminal establishes communication with the NFC protocol is based on the second issuing toll station set, station mode determination outlet comprising: said mobile terminal issuing a broadcasting receiver provided at a second toll-based NFC protocol the second station notification, the notification acquired from the second station and the outlet station storing; said mobile terminal to the portal site, and an outlet station transmits vehicle information to the server through the card dispenser, to request the server to determine traffic costs.

[0015] 进一步的,在移动终端利用NFC的电子支付功能实现支付时,包括:所述移动终端将入口站点、出口站点和行车费用信息通过移动终端显示屏显示;入口站点包括:密钥信息、入□站号、入□车道、和驶入时间;所述出□站点包括:密钥信息、出□站号、出口车道和驶出时间。 [0015] Further, when the mobile terminal using the electronic payment functions implemented NFC payment, comprising: a mobile terminal to the portal site, and an outlet station traffic fee information through the mobile terminal display screen; portal site comprising: a key information, the station number □, □ the lane, and into the time; the site □ illustrating comprising: key information, an □ station, exit time and the exit lane.

[0016] 本发明通过移动终端的NFC电子支付功能,解决现有技术中人工收费慢、ETC跨省收费不方便的问题,实现公路自动收费。 [0016] The present invention is a mobile terminal via an NFC electronic payment function to solve labor costs slow, inconvenient problem of the prior art ETC toll provinces, to achieve automatic highway toll.

附图说明 BRIEF DESCRIPTION

[0017]图1是本发明实施例中的一种自动公路收费方法的流程示意图; [0017] FIG. 1 is a schematic flow of an automatic road charging method embodiment of the present invention;

[0018]图2是本发明实施例中的一种自动公路收费方法所适用系统的结构示意图。 [0018] FIG. 2 is a schematic view of an automatic road charging method in the embodiment of the present invention is applicable to the system.

具体实施方式 detailed description

[0019] 下面结合附图和实施例对本发明作进一步的详细说明。 Drawings and embodiments of the present invention will be further described in detail [0019] below in conjunction. 可以理解的是,此处所描述的具体实施例仅仅用于解释本发明,而非对本发明的限定。 It will be appreciated that the specific embodiments described herein are merely to illustrate the invention, not limitation of the invention. 另外还需要说明的是,为了便于描述,附图中仅示出了与本发明相关的部分而非全部结构。 Also to be noted also that, for convenience of description, the accompanying drawings illustrate only some, but not all of the structure associated with the present invention.

[0020] 实施例一 [0020] Example a

[0021]图1为本发明实施例一提供的一种自动公路收费方法的流程图,本实施例可适用于公路收费站对车辆进行收费的情况,该方法可以由图2所示的系统来实现,该系统包括服务器11、发卡器12和移动终端13,本实施例的方法具体由移动终端13来执行,具体包括如下步骤: [0021] FIG. 1 is a flowchart of an automatic road charging method according to a first embodiment of the present invention is applicable to cases where the vehicle road toll charges present embodiment, the method may be by the system shown in FIG. implemented, the system includes a server 11, card 12 and the mobile terminal 13, the method according to the present embodiment is specifically performed by a mobile terminal 13, includes the following steps:

[0022] S110、移动终端13基于NFC协议与第一收费站处设置的发卡器12建立通信,确定入口站点; [0022] S110, the mobile terminal 13 based on an agreement with the first NFC device issuing toll station 12 is provided to establish a communication, the portal site is determined;

[0023] 其中,移动终端是指在用户手中的随车辆移动的终端,可以是车载终端,优选是用户的手机,方便用户手持移动终端与发卡器实现近场通信。 [0023] wherein, the mobile terminal refers to a mobile user's hand with the vehicle terminal, the terminal may be a vehicle, preferably a user's mobile phone, handheld mobile user terminal and the card issuer to realize a near field communication. 第一收费站是指入口收费站;一般司机手持移动终端,与第一收费站处设置的发卡器建立通信,通信的目的是确定入口站点。 First means toll entry toll gate; handheld mobile terminal driver ships, the purpose of establishing a communication, communication with the first card dispenser is provided at the toll is determined portal site. 通信方式可以是以确定入口站点为目的的所有通信方式,优选是:车辆行驶至入口收费站时,移动终端基于NFC协议接收第一收费站处设置的发卡器广播发送的第一站点通知,即入口站点通知,从所述第一站点通知中获取入口站点并存储,使得移动终端即时获取入口站点,方便移动终端利用入口站点对车辆的定位或导航等操作。 Communication system can be determined based on all the portal site for the purpose of communication, it is preferable that: when the vehicle travels to the inlet toll station, the mobile terminal receives the first notification station transmits a first broadcast issuing toll station based NFC protocol set, i.e., notify the portal site, the portal site acquired from the first station and stored notification, the mobile terminal immediate access portal site, the mobile terminal easy to use portal site and the like of the vehicle positioning or navigation operation. 入口站点可以包括任何与入口站点相关的信息,优选的包括:密钥信息、入口站号、入口车道、和驶入时间,使得移动终端在实现自动公路行车费用缴纳的同时尽量节省内存容量。 Sites may include any information related to the portal site, preferably comprises: key information, access station number, the entrance lane, and into the time so that the mobile terminals try to save memory capacity while achieving the automatic road traffic fees paid.

[0024] S120、所述移动终端13基于NFC协议与第二收费站处设置的发卡器12建立通信,确定出口站点; [0024] S120, the mobile terminal 13 based on an agreement with a second NFC device issuing toll station 12 is provided to establish a communication, determines the outlet station;

[0025] 其中,第二收费站点是指出口收费站;所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,通信的目的是确定出口站点。 [0025] wherein the second charge means exit toll station; said mobile terminal based on the card dispenser NFC protocol and the second set at the toll purpose of establishing a communication, the communication is to determine the exit site. 通信方式可以是以确定出口站点为目的的所有通信方式,优选是:车辆行驶至出口收费站时,所述移动终端基于NFC协议接收第二收费站处设置的发卡器广播发送的第二站点通知,即出口收费站点通知,从所述第二站点通知中获取出口站点并存储,使得移动终端即时获取出口站点。 Communication system can be determined based on the site for the purpose of export all communication, preferably: when the vehicle travels to the exit toll station, the mobile terminal receives a second broadcast station issuing a second notification toll station transmission provided based NFC protocol , i.e. export notification toll stations, acquired from the exit site and the second site stored notification, the mobile terminal acquires immediate exit site. 出口站点可以包括任何与出口站点相关的信息,优选的包括:密钥信息、出口站号、出口车道、和驶出时间,使得移动终端在实现自动公路行车费用缴纳的同时尽量节省内存容量。 Outlet site can include any site information associated with the outlet, preferably comprising: a key information Station exit, the exit lane, and exit time, so try to save the memory capacity of the mobile terminal while the automatic road traffic fees paid.

[0026] S130、所述移动终端13接收与所述发卡器12交互的服务器11根据入口站点和出口站点计算得到的行车费用支付请求; [0026] S130, the mobile terminal 12 to interact with the card issuer 13 receives the payment request server 11 according to the driving costs inlet and outlet sites sites calculated;

[0027] 其中,移动终端可以首先把入口站点和出口站点通过出口收费站发卡器发送给与所述发卡器相连的服务器;服务器可以根据入口站点和出口站点信息计算行车费用•'最后,服务器可以将行车费用支付请求通过出口收费站发卡器发送给移动终端。 [0027] wherein, the mobile terminal may first inlet and outlet station site is sent to a server connected to the card issuer through the exit toll card issuer; server • The calculation of vehicle fees and outlet station information portal site 'Finally, the server may the fee payment request traffic to the mobile terminal through the exit toll card issuer.

[0028] S140、所述移动终端13利用NFC的电子支付功能实现支付; [0028] S140, the mobile terminal 13 using the NFC function effect payment of electronic payment;

[0029] 其中,NFC电子支付功能可以是由移动终端内部NFC模块实现的,也可以是由与移动终端相连的外部设备中的NFC模块实现的。 [0029] wherein, NFC electronic payment function may be implemented by a mobile terminal inside the NFC module, may be implemented by an external device connected with the mobile terminal in the NFC module.

[0030] 下面结合实施例对自动公路收费方法的工作过程解释如下: [0030] Next, operation of this embodiment in conjunction with the automatic road charging method is explained as follows:

[0031]当车辆驶至入口收费站时,移动终端13基于NFC协议接收第一收费站处设置的发卡器12广播发送的第一站点通知,从所述第一站点通知中获取入口站点并存储;当车辆驶至出口收费站时,所述移动终端13基于NFC协议接收第二收费站处设置的发卡器12广播发送的第二站点通知,从所述第二站点通知中获取出口站点并存储;所述移动终端13将入口站点、出口站点和车辆信息通过发卡器12发送给服务器11,以请求服务器11确定行车费用;所述服务器11利用接收到的入口站点和出口站点计算得到行车费用,并通过所述发卡器12将支付请求发送给移动终端13 ;最后,所述移动终端13利用NFC的电子支付功能实现支付。 [0031] When the vehicle reaching the entrance tollgate, the mobile terminal 13, acquires the portal site from the first station a first notification station receives the first notification NFC protocol toll card dispenser provided at 12 and stores the broadcast transmission based on ; when the vehicle reaching exit toll, the second mobile station 12 based on the notification received second broadcast NFC protocol toll card dispenser provided at terminal 13 transmits, from the second site acquires outlet notification and storing site ; portal site 13, an outlet station and the vehicle information transmitted by the mobile terminal 12 to the issuer server 11, the server 11 determines to request traffic costs; the server 11 using the received site inlet and outlet site traffic fees calculated, 13 and transmitted to the mobile terminal 12 by the card issuer payment request; Finally, the mobile terminal 13 of the electronic payment function of the NFC effect payment.

[0032] 本实施例,通过移动终端13的NFC电子支付功能,解决现有技术中人工收费慢、ETC跨省收费不方便的问题,实现公路自动收费。 [0032] The embodiment of the present embodiment, the mobile terminal 13 of the electronic payment NFC function to solve labor costs slow the prior art, the ETC toll provinces inconvenient problems and achieve automatic highway toll.

[0033] 在上述技术方案的基础上,在移动终端利用NFC的电子支付功能实现支付时,所述移动终端还可以将入口站点、出口站点和行车费用信息通过移动终端显示屏显示,使得移动终端实时显示行车费用信息,增加了公路收费的透明度。 [0033] Based on the foregoing technical solution, when the mobile terminal by using the electronic payment functions implemented NFC payment, the mobile terminal may further portal site, and driving costs outlet station by the mobile terminal the information display screen, so that the mobile terminal real time traffic information costs, increase the transparency of toll roads.

[0034] 实施例二 [0034] Second Embodiment

[0035] 本实施例在前述实施例基础上,将SllO中移动终端13基于NFC协议与第一收费站处设置的发卡器12建立通信的通信方式,优选为车辆行驶至第一收费站时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第一收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为入口站点上报服务器,其中车辆信息为车牌号和车型。 When [0035] In the embodiment according to the present embodiment based on the foregoing embodiments, the mobile terminal 13 based SllO issuing an NFC protocol provided with the first station 12 establishes a communication toll means of communication, preferably the vehicle travels to a first toll station, the said mobile terminal based NFC protocol vehicle information transmitted in the form of a radio signal to the card dispenser provided at a first toll; the issuer is located, and the vehicle information reporting site as a portal site server, wherein the vehicle information is the license plate number and models.

[0036] 相对应的,S120中所述移动终端13基于NFC协议与第二收费站处设置的发卡器12建立通信的通信方式,优选为车辆行驶至第二收费站时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第二收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为出口站点上报服务器。 [0036] corresponding, S120 in the mobile terminal to establish communication 13:12 NFC communication protocol of the second set at the toll card dispenser, preferably the vehicle travels to a second toll station based on the mobile terminal based on NFC protocol vehicle information to the card issuer is provided at a second toll in the form of a radio signal; the card dispenser where the vehicle information and the reporting server site as a site outlet.

[0037] 本实施例的方案具体包括: Scheme [0037] embodiment of the present embodiment comprises:

[0038] S110、车辆行驶至第一收费站时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第一收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为入口站点上报服务器,其中车辆信息为车牌号和车型。 [0038] S110, when the vehicle travels to the first toll station, the mobile terminal transmits the vehicle information in the form of a radio signal to the card dispenser provided at a first toll based NFC protocol; the vehicle information the card issuer and where the site as a portal site reporting server, in which the vehicle license plate number and vehicle information.

[0039] 其中,第一收费站是指入口收费站;上报服务器,即基于NFC协议将信息以无线信号的形式发送服务器;移动终端和入口站点同实施例一描述一致; [0039] wherein the first means toll entry toll gate; reporting server, i.e. the server sending information based on the form of wireless NFC protocol signal; mobile terminal and the portal site is consistent with the first embodiment described;

[0040] S120、车辆行驶至第二收费站时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第二收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为出口站点上报服务器。 [0040] S120, when the vehicle travels to a second toll station, the mobile terminal transmits the vehicle information in the form of a radio signal to the card dispenser provided at a second toll-based NFC protocol; the vehicle information the card issuer and the site where the site as an export report server.

[0041] 其中,第二收费站是指出口收费站。 [0041] wherein the second means toll exit toll.

[0042] S130、所述移动终端接收与第二收费站处设置的发卡器交互的服务器根据入口站点和出口站点计算得到的行车费用支付请求; [0042] S130, the mobile terminal receives a second set of issuing toll station server payment request to interact with a traveling portal site costs and calculated outlet site;

[0043] S140、所述移动终端利用NFC的电子支付功能实现支付; [0043] S140, the mobile electronic payment terminal the NFC function for effecting payments;

[0044] 下面结合本实施例对自动公路收费方法的工作过程解释如下: [0044] The following embodiments in conjunction with the present embodiment of the working process of automatic road charging method is explained as follows:

[0045] 车辆驶入高速公路时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第一收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为入口站点上报服务器,其中车辆信息为车牌号和车型; [0045] When the vehicle entering the highway, the vehicle information is transmitted to the mobile terminal in the form of a radio signal to the card dispenser provided at a first toll based NFC protocol; the card issuer and the information of the site where a vehicle reporting portal site server, wherein the vehicle license plate number and vehicle information;

[0046] 车辆驶出高速公路时,所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第二收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为出口站点上报服务器;所述服务器利用接收到的入口站点和出口站点计算得到行车费用,并通过所述发卡器将支付请求发送给移动终端;最后,所述移动终端利用NFC的电子支付功能实现支付。 When the [0046] exit the highway vehicle, the mobile terminal transmits the vehicle information in the form of a radio signal to the card dispenser provided at a second toll-based NFC protocol; the card issuer and the information of the site where a vehicle outlet reporting server site; the server site using the inlet and outlet site computing been received traffic fee and payment by the card issuer will send a request to the mobile terminal; Finally, the mobile electronic payment terminal the NFC function effect payment .

[0047] 本实施例,通过直接将入口站点和出口站点即时上报服务器的通行方式,使得服务器接收正确的站点信息,从而避免了因串改站点信息而造成的偷税漏税现象。 [0047] Examples of the present embodiment, the portal site directly by the site instantly and outlet passage way reporting server so that the server receives the correct site information, thereby avoiding due to the falsification of tax evasion site information caused.

[0048] 在实施例二的基础上,在移动终端利用NFC的电子支付功能实现支付时,移动终端可以不显示任何信息,优选所述移动终端将入口站点、出口站点和行车费用信息通过移动终端显示屏显示,使得移动终端实时显示行车费用信息,增加了公路收费的透明度。 [0048] On the basis of the second embodiment, when the mobile electronic payment terminal the NFC payment function implemented, the mobile terminal may not display any information, the mobile terminal preferably the portal site, and an outlet station traffic fee information through the mobile terminal the display shows, the mobile terminal display real-time traffic information costs, increase the transparency of toll roads.

[0049] 注意,上述仅为本发明的较佳实施例及所运用技术原理。 [0049] Note that, examples, and techniques using the principles described above is only the preferred embodiment of the present invention. 本领域技术人员会理解,本发明不限于这里所述的特定实施例,对本领域技术人员来说能够进行各种明显的变化、重新调整和替代而不会脱离本发明的保护范围。 Those skilled in the art will appreciate, the present invention is not limited to the particular embodiments described herein, the skilled person that various obvious changes, and substitutions without readjustment departing from the scope of the present invention. 因此,虽然通过以上实施例对本发明进行了较为详细的说明,但是本发明不仅仅限于以上实施例,在不脱离本发明构思的情况下,还可以包括更多其他等效实施例,而本发明的范围由所附的权利要求范围决定。 Thus, while the above embodiments of the present invention has been described in detail, but the present invention is not limited to the above embodiments, without departing from the spirit of the present invention may further comprise additional other equally effective embodiments, the present invention by the scope of the appended claims range determination.

Claims (6)

  1. 1.一种自动公路收费方法,其特征在于,包括: 移动终端基于近场通信NFC协议与第一收费站处设置的发卡器建立通信,确定入口站占.V , 所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站点;所述移动终端接收与所述发卡器交互的服务器根据入口站点和出口站点计算得到的行车费用支付请求; 所述移动终端利用NFC的电子支付功能实现支付。 An automatic road charging method, comprising: issuing the mobile terminal based on near field communication (NFC) protocol with the first set at the toll station to establish communications, to determine access station .V account, the mobile terminal based NFC protocol provided with a second tollbooth issuer establishes a communication, determines the outlet station; said mobile terminal receives the interacting issuing server according to the driving payment request inlet and outlet sites sites calculated; the mobile terminal using NFC electronic payment functions to achieve pay.
  2. 2.根据权利要求1所述的一种自动公路收费方法,其特征在于: 移动终端基于近场通信NFC协议与第一收费站处设置的发卡器建立通信,确定入口站点包括: 所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第一收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为入口站点上报服务器,其中车辆信息为车牌号和车型; 相应的,所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站点包括: 所述移动终端基于NFC协议将车辆信息以无线信号的形式发送给第二收费站处设置的发卡器;所述发卡器将所述车辆信息和所在站点作为出口站点上报服务器。 A method of automatic road toll according to claim 1, wherein: the mobile terminal based on near field communication (NFC) issuing protocol with the first set at the toll station to establish communications, to determine the portal site comprising: said mobile terminal based on the vehicle information transmitted in the form of a wireless NFC protocol signal to the card dispenser provided at a first toll; the issuer is located, and the vehicle information reporting site as a portal site server, wherein the vehicle license plate number and vehicle information; Accordingly, the mobile terminal establishes communication with the NFC-based protocol at a second set of toll card dispenser, determines the outlet station comprising: a mobile terminal based on the NFC protocol vehicle information in the form of a radio signal transmitted to the second tollbooth card dispenser provided; the issuer is located, and the vehicle information reporting server site as a site outlet.
  3. 3.根据权利要求1所述的一种自动公路收费方法,其特征在于,移动终端基于近场通信NFC协议与第一收费站处设置的发卡器建立通信,确定入口站点包括: 移动终端基于NFC协议接收第一收费站处设置的发卡器广播发送的第一站点通知,从所述第一站点通知中获取入口站点并存储。 3. An automatic road charging method according to claim 1, wherein the mobile terminal based on near field communication (NFC) issuing protocol with the first set at the toll station to establish communications, to determine the portal site comprising: a mobile terminal based NFC the first station receives a first protocol disposed issuing toll station transmits broadcast notification, the portal site acquires notification from the first station and stored.
  4. 4.根据权利要求3所述的一种自动公路收费方法,其特征在于,所述移动终端基于NFC协议与第二收费站处设置的发卡器建立通信,确定出口站点包括: 所述移动终端基于NFC协议接收第二收费站处设置的发卡器广播发送的第二站点通知,从所述第二站点通知中获取出口站点并存储; 所述移动终端将入口站点、出口站点和车辆信息通过发卡器发送给服务器,以请求服务器确定行车费用。 A method of automatic road toll according to claim 3, wherein the mobile terminal establishes communication with the NFC protocol based on the card dispenser provided at a second toll station, determining the outlet station comprising: a mobile terminal based on the the second site receives the second notification NFC protocol toll card dispenser provided at a broadcast transmission, acquired from the outlet of the second site station and storing notification; the mobile terminal, the portal site, and the vehicle information through the outlet station card dispenser sent to the server, requesting the server to determine the driving cost.
  5. 5.根据权利要求1-4中任一项所述的一种自动公路收费方法,其特征在于,在移动终端利用NFC的电子支付功能实现支付时,还包括: 所述移动终端将入口站点、出口站点和行车费用信息通过移动终端显示屏显示。 An automatic road charging method as claimed in any one of the preceding claims, characterized in that the mobile terminal uses an electronic payment function of the NFC payment realization, further comprising: a portal site to the mobile terminal, exit site and traffic information display shows the cost of a mobile terminal.
  6. 6.根据权利要求1-4中任一项所述的一种自动公路收费方法,其特征在于,所述入口站点包括:密钥信息、入口站号、入口车道、和驶入时间;所述出口站点包括:密钥信息、出口站号、出口车道和驶出时间。 6. An automatic road charging method according to any of claims 1-4, characterized in that the inlet station comprises: a key information, access station number, the entrance lane, and into the time; the export sites include: key information, export station, exit lane and exit time.
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