TWI648687B - Fee payment method and system thereof - Google Patents

Abstract

The present invention provides a method and system for paying a fee, which can be used for the payment of a vehicle while completing the payment, without paying to a payment machine or a manual charging station, reducing the waiting time for queuing, and actually reducing the time when the vehicle is waiting. Exhaust gas emitted.

Description

Fee payment method and system thereof

The present invention is a payment method and system, and more particularly to a method and system for confirming a vehicle via wireless sensing and making a payment via a specified manner.

At present, the way to charge the parking lot includes manual timing or requesting a timing chip. Before the vehicle exits, the corresponding reading and calculation operation is performed by a person or a machine. The disadvantages of this method are: (1) The personnel calculation is prone to loss or deliberately creating fake hours to obtain benefits from it. (2) Before the game is played, the action of inserting the proximity card into the corresponding device tends to cause the card to fall to the ground, causing inconvenience to the driver. (3) Queued payment is required.

In addition to the troubles of paying for the parking lot, in some merchants offering a drive-in service, although the owner can complete the purchase and take of the goods without getting off the bus, in the end, when paying, the car owner still needs to open the window to pay, no matter Whether it is to change the zero or swipe the card, it will cause the waiting queue of the rear waiting for the vehicle.

At present, a wireless toll collection system is installed on the national highway, which is used to read the sensor chip installed on the vehicle, and then perform corresponding fee payment according to the information of the government agency. However, the vehicle data stored in this wireless toll collection system is confidential. It is not available for use by other players.

To overcome the above problems, the present invention provides a method and system for quickly completing a payment process. The vehicle can complete the payment operation during the driving process, and the user can select the payment method, which not only overcomes the problems of the old technology, but also improves the diversity of the payment options and the simplification of the consumption steps, thereby driving the further economy. Upgrade.

In order to achieve the above object, the present invention provides a fee payment method for reading a representative data (for example, numbers, characters, symbols, etc. or a combination thereof) of a sensor wafer disposed on a vehicle via a wireless sensing antenna. And according to a database, the comparison search performs a payment collection operation on the payment method stored on the representative data, and is characterized in that the representative data of the wireless sensor chip is bound to an identification code set by the vehicle. So that the representative data and the identification code are stored in the database, and a corresponding link relationship is generated; and the user can perform the identification code via a webpage or an operation interface installed on the mobile device. The payment method is entered and stored in the database.

By the binding operation, the type of the sensor chip or the publisher is not limited, and the user can connect the representative data in the wireless sensor chip with the identification code of the vehicle, and then connect to the related information established by the user. To complete paid jobs.

Preferably, the representative data of the sensing chip is read by a sensing chip reading device and a code is formed according to the mobile device; the user scans the barcode through the mobile device to obtain the representative data and can be combined with the filled data. The binding is uploaded to the database.

Preferably, the vehicle can be driven on a designated channel, and a number identification system and a wireless sensing antenna are disposed on the designated channel. When the vehicle travels in the designated channel, the number identification system is used for the mobile traffic. The identification code set by the tool identifies and obtains the identification code, and the wireless sensing antenna reads the stored representative data of the sensing chip disposed on the mobile vehicle. In this way, the binding job can be completed quickly, so that the connection between the representative data and the identification code is established in the database, thereby achieving the connection of the data.

The invention also provides a fee payment system according to the above method, which is provided with a wireless sensing antenna on a designated channel for sensing the representative data stored in the wireless sensor chip on the vehicle, and then according to the manner contained in the database. Charged work. Among them, the identification code on the vehicle will complete the binding operation with the representative data first.

Through this system, the user can quickly complete the payment operation, which not only reduces the waiting time of the operation, but also increases the flexibility of the payment method.

Based on the above-mentioned advantages, and in order to enable the reviewing committee to further understand the present invention, a preferred embodiment is disclosed as follows. The constituent contents of the present invention and the effects achieved by the present invention will be described in detail below with reference to the drawings and drawings.

10‧‧‧Wireless antenna

20‧‧‧Wireless sensor chip

30‧‧‧Database

40‧‧‧Number Identification System

T‧‧‧Transportation

I‧‧‧ representative information

C‧‧‧ID

B‧‧‧ Identification card

R‧‧‧Inductive wafer reading device

Figure 1 is a flow chart of the fee payment method.

Figure 2 is a system block diagram of the fee payment method.

Figure 3 is a flow chart of the binding means.

Figure 4 is a system block diagram of another binding means.

Please refer to the fee payment method shown in Figure 1 and the system block diagram shown in Figure 2. Through the present embodiment, the wireless sensing chip that has been installed on the vehicle can be directly used to perform data binding operations, so that the payment can be quickly completed. In order to make the embodiments more clearly expressed, the method of system cooperation is used for elaboration, which is first described.

Please refer to the payment method of this embodiment shown in FIG. 1 and the payment system of FIG. The fee payment system provided in this embodiment includes: a wireless sensing antenna 10, a wireless sensing chip 20, and a database 30.

The wireless sensing antenna 10 is disposed in a designated channel for sensing the wireless sensing chip 20 disposed on each of the vehicles T. wherein the wireless sensing chip 20 on each of the vehicles T stores the representative data I and other wireless sensing chips. 20 is different, that is, each wireless sensor chip 20 has an independent representative data I, and the representative data I can be composed of an identification code, a text, a pattern or a sound. The vehicle T described in this embodiment may be a vehicle, a motorcycle or an electric motorcycle. And other tools for carrying the user. In addition, the designated channels include, but are not limited to, tunnels or roads.

Moreover, an identification code C is disposed on the vehicle T, and the identification code C can be directly drawn on the vehicle T, or can be drawn on an identification card B, and then combined with the vehicle T, such identification The code C also corresponds to a vehicle T, and there is no registration of repeated numbers. These identification codes C are equivalent to the license plate numbers currently prepared by the supervision station for various modes of transportation.

The identification code C and the representative data I are stored in a database 30 via a binding operation means corresponding link. The representative data I and the identification code C can be linked in the database 30 through the binding operation. The user can input and store the identification code C and the payment method in the database 20 via a webpage or an operation interface installed on the mobile device, so that the representative data I, the identification code C and the payment method can be made. A chain is created within the library 20. Therefore, when the vehicle T travels in the designated channel, the wireless sensor antenna 10 reads the representative data I, and then connects to the database 20 via the network, and compares the data to find the corresponding payment method. The corresponding fee payment operation. Since the above operation does not require the user to pay extra to the payment machine to queue, a considerable amount of time is saved. In addition, when setting the payment method, the user can set a plurality of credit card, account deduction or third-party payment, and can also specify the payment method used in the corresponding occasion or the type of consumption, or the bonus point. Various ways, such as deduction, make the content of the payment operation through the vehicle I more diversified.

For example, at gas stations, parking lots, drive-through or beauty, etc. Stores that are free of charge-off services can use this method and system to complete faster and easier charging methods. For the store, the waiting time can be reduced, and for the consumer, the convenience and security of consumption can be increased.

In addition, when the deduction is made, the operation interface on the designated or preset mobile device can be used to remind the amount of the action to reduce the dispute of the wrong amount of consumption.

In addition, there are several implementation manners of the foregoing binding means. In the present specification, two examples are given to explain how to obtain the representative data I and the identification code C, and various equivalent manners for completing the binding are as described in the present invention. The binding means is not limited to the two methods, which are described first.

Referring to FIG. 3, in the first method, the representative data I of the wireless sensor chip 20 can be read via an inductive wafer reading device R and a code formed thereon, and the user scans the barcode through the mobile device held by the user. To obtain the representative data I, and input the identification code C by the mobile device, and then upload it to the database 30 to achieve the purpose of completing the link between the representative data I and the identification code C. The barcode includes a two-dimensional barcode or a three-dimensional barcode. The sensing chip reading device R can also transmit the read representative data I to the mobile device held by the user through wireless transmission technology (eg, wifi, Bluetooth, nfc). Or, the mobile device held by the user has built-in reading device R, and can directly read and store without scanning through bar code or wired transmission or wireless transmission.

As shown in FIG. 4, another method is to drive the vehicle T to a designated channel, and a number identification system 40 and a wireless sensing antenna 10 are disposed on the designated channel. When the vehicle T travels on the designated channel, Number identification system The identification code C set by the mobile vehicle T is identified and the identification code C is obtained, and the wireless sensing antenna 10 reads the stored information of the wireless sensing chip 20 disposed on the mobile vehicle T. Representative information I. After the identification code C and the representative data I are obtained, the data is uploaded to the database 30, and the convenience of the binding process can be improved through such an automated process. Moreover, in order to avoid the identification code C being incorrect in the identification process, the number of times of traveling on the channel or the number of times the number identification system 40 samples can be set to improve the accuracy of the identification.

The invention overcomes the problems in the prior art, and can combine the diversity and flexible arrangement of payment types, does not need to queue for payment, can accelerate the time required for completing the consumption, thereby reducing the waiting time for the vehicle to wait for payment, and can reduce The generation of waste gas has an environmentally friendly effect. Furthermore, the present invention does not restrict the user from paying only for the vehicle owned by the user, but the user decides to pay for the vehicle by one card or one card for multiple cards, which is convenient for the user to perform the payment. Purpose record.

In addition, when the user establishes an account through the operation interface of the webpage or the handheld device, the user may further specify that the contact mobile phone number is required to be completed, and after the completion of the account completion, the SMS verification mechanism is performed. By combining the SMS verification mechanisms, user information can be confirmed to reduce errors or misappropriation. In addition, this consumption can be combined with various types of bonus points accumulation system to increase the number of cross-industry alliances and create more consumption opportunities.

In summary, it is only an embodiment of the present invention, which can be derived from a wide range of applications, and the multiplication of production efficiency can also take into account the production cost, and has industrial utilization value. Any simple conversion or equivalent conversion that is the same as the technical idea of the present invention is within the scope of the patent of the present invention.

Claims (6)

A method for paying a fee, after reading a representative data of a sensor chip disposed on a vehicle via a wireless sensing antenna, and then performing a comparison search according to a database to determine the payment method stored on the representative data. The operation, wherein: the representative data of the wireless sensor chip is bound to an identification code set by the vehicle, so that the representative data and the identification code are stored in the database, and a corresponding chain is generated. In addition, the user can input the identification code and the payment method via a webpage or an operation interface installed on the mobile device, and then store the data in the database. The method of claim 1, further comprising: reading a representative data of the sensing chip via a sensing wafer reading device and forming a code; the user scanning the barcode through the mobile device to obtain the Representative information. The method of claim 1, wherein the method further comprises: driving the vehicle to a designated channel, and setting a number identification system and a wireless sensing antenna on the designated channel, when the vehicle is traveling on the designated channel; And identifying, by the number identification system, the identification code set by the mobile vehicle and obtaining the identification code, the wireless sensing antenna reading the stored representative data of the sensing chip disposed on the mobile vehicle. A fee payment system includes: a wireless sensing antenna disposed on a designated channel for sensing a setting on each vehicle a wireless sensor chip, wherein the representative data stored in the wireless sensor chip on each vehicle is different from other wireless sensor chips; each of the vehicles is provided with an identification card, and the identification card is marked with an identification code; The representative data is stored in a database via a binding operation corresponding link; the user inputs the identification code and the payment method via a webpage or an operation interface installed on the mobile device, and then stores the The database; after the vehicle passes through the designated channel, the wireless sensing antenna will read the representative data stored therein, and then enter the database with the representative data to perform an inquiry, and perform the payment method corresponding to the representative data. Corresponding paid jobs. The payment system of claim 4, wherein the binding operation means reads the representative data of the sensing chip via a sensing wafer reading device and forms a code according to the scanning device; the user scans the barcode through the mobile device to The representative information is obtained and transmitted to the database via an operation interface installed on the mobile device. The payment system of claim 4, wherein the binding operation means driving the vehicle to a designated channel, and setting a number identification system and a wireless sensing antenna on the designated channel, when the vehicle is traveling at the designated In the channel, the identification card identifies the identification card set by the mobile vehicle and obtains the identification code, and the wireless sensing antenna reads the stored representative data of the sensing chip disposed on the mobile vehicle. .