TW201810190A - Low-power-consumption Bluetooth lane access identification and consumption method directly paying a consumption sum in a third party payment way - Google Patents

Abstract

This invention discloses a low-power-consumption Bluetooth lane access identification and consumption method. Relevant data of an user are stored in a consumption data cloud, a consumption sum is directly paid in a third party payment way by virtue of the transmission of a mobile device and low-power-consumption Bluetooth equipment as well as the operation of an APP, and the deduction of a parking fee is calculated, so that an application program is simple, the user's waiting time in line for paying an amount is saved, and furthermore, the consumption willing of the consumption user can be increased; moreover, due to the use of a network and an intelligent device, employed personnel can be reduced to lower the human resource cost, the artificial faults of access identification, and the queuing time for entering or exiting an access. The position of a parking place can be further reminded to the consumption user, and the problem that the customer cannot find where he parks is avoided.

Description

Identification and consumption method of low power consumption Bluetooth lane access control

The present invention relates to a related field of the Internet of Things, and particularly to a method for identifying and consuming the access control of a Bluetooth lane with low power consumption.

In the current era of cashless transactions, the use of IC cards such as financial cards, debit cards, and credit cards is a common method of payment in daily life. Because direct cash transactions are not required, it is possible to avoid the trouble of carrying cash with them. To facilitate the payment channel, to this end, it also improves the purchasing power of consumers and the transaction volume of merchants. However, in the way of IC card swiping, for consumers, in addition to the responsibility of storage, consumers need to worry about whether the card will be copied or stolen during the physical merchant shopping transaction, or shopping on the virtual network. During the transaction, whether the card number will be intercepted or leaked; however, for merchants, in addition to purchasing related equipment such as credit card machines, they also need to worry about whether they will suffer due to inability to distinguish fake cards or signatures. Loss of transactions; and IC cards are not suitable for all occasions, such as vending machines, ticket machines, self-service washing machines, self-service rental venues, etc. At present, some merchants use prepaid cards to pay for transactions. However, prepaid cards can only be used by issuing merchants or cooperation centers, and cannot be fully accessible.

With the advancement of science and technology, wireless communication equipment has gradually become popular, such as mobile phones and personal digital assistants (PDAs), especially mobile phones are almost a man-machine, and mobile phone numbers are exclusive to a user, which is universal and easy to identify In view of various shortcomings derived from the above-mentioned conventional IC card transaction payment system, the application of mobile phones to business The transaction system or charge management system can overcome the above disadvantages, and related inventions have been born.

For example, the invention patent "Electronic Payment Method for Shopping" disclosed in the Republic of China Patent Gazette No. 513651 published on December 11, 2002, the implementation method is shown in the first figure: when a user selects a product in a store, the store clerk immediately You can enter the price of the product together with the user's mobile phone door number on the messaging device and send it to the telecommunications server. When the telecommunication server receives the phone door number entered by the user, it will send a confirmation message. Go to the user ’s mobile phone screen. After the user receives the text message and confirms that the content is correct, he returns a review message to the telecommunications server. When the telecommunications server receives the review message returned by the user, After that, a transaction completion message is returned to the store's messaging device, and the payment is listed in the mobile phone's telecommunications bill to complete the single transaction process.

Another example is the invention patent "Internet Payment Method and System" disclosed in the Republic of China Patent Gazette No. I309392 published on May 01, 2009. It is a further improvement of the above-mentioned invention patent "electronic payment method for shopping", and the telecommunication service end The step of returning a confirmation message to the screen of the user's mobile phone is changed to the step of returning the transaction authentication code through the Internet. It can be applied to the case where there is only a network device. The implementation method is as follows: To the phone information containing a phone number, a transaction authentication code is generated in time to return via the Internet, and a call is required to be made via the public telecommunication network; and when the authentication call is connected, the transaction authentication code is required to be entered To authenticate the transaction authentication code and the phone number to dial the authentication phone; and when the authentication is correct, the transaction is completed.

Another example is the invention patent disclosed by the Republic of China Patent Gazette No. 503638, published on September 21, 2002, which is a "secure online payment method for mobile phones". The mobile phone dials to the transfer host that constructs the payment method. After the call is connected, use the mobile phone to enter the mobile phone number and password to complete the identification, and then use the transfer host to complete the instant transaction payment with the financial institution. The implementation method is as follows: The payment The method is built on a transfer host, and then uses a secure connection with banks and merchants to provide consumers with a secure payment channel, that is, the consumer's mobile phone number and payment password are used as the two authentication procedures to enable consumers to In this payment process, it is not necessary to provide a credit card number or a payment account number to securely complete the payment procedure with the financial institution, thereby achieving the purpose of transaction payment.

The three previous technologies mentioned above all use the input device (keyboard) to enter the mobile phone (mobile phone) number of the user or consumer. If the user or consumer enters the mobile phone number or garbled of another person maliciously, or presses the number or input incorrectly Wrong numbers can easily lead to transaction disputes; and no matter what technology, steps such as mobile phone dial-up or SMS confirmation must be used, so consumers or businesses must bear extra telecommunications related costs; in addition, in order to ensure that Consumers have correct information about their mobile phones and consumer transactions. They often have to establish multiple steps or password controls to confirm, making the entire process cumbersome, complicated, time-consuming and inefficient.

In order to solve the above problems, an object of the present invention is to provide a low power consumption Bluetooth access control identification and consumption method. The relevant data of the holder is stored in the cloud consumption data and transmitted through the mobile device and the low power consumption Bluetooth device. And the operation of the APP, and the use of third-party payment methods to directly pay the amount of consumption, and calculate the deduction of parking fees, not only the use of simple procedures, saving time for consumers to wait for the amount of payment, etc. Consumption willingness; Furthermore, the use of the Internet and smart devices can reduce the employment of personnel, thereby reducing personnel costs, reducing manual errors in access control identification, and saving queue time for access control. Charge customers for the location of the parking space to avoid the problem of consumer customers forgetting the parking space and not finding the location.

In order to achieve the above object, the present invention provides a low power consumption Bluetooth access control identification and consumption method, the steps of which include an access control step: a mobile device is provided with a low power consumption Bluetooth beacon receiving code, a commercial building A low power consumption Bluetooth BLE transmission node is set in an access control entrance. When the mobile device passes the access control, the low power consumption Bluetooth BLE transmission node identifies a mobile device through a beacon base station server to a cloud consumption data. A consumer information record of a holder, and a current location of the holder; a consumption step: according to the current location and simultaneously comparing a plurality of counters in the commercial building, each of the counters is provided with at least A consumer base station (with Bluetooth transmission function) corresponding to the store's merchandise. When the current location of the holder is close to one of the counters, an advertisement information corresponding to the counter is transmitted from the cloud consumption data to the action. A Bluetooth beacon built in the device is received and provided to the holder for reference and introduction. The holder can click to enter a product network of the advertisement information according to the advertisement information. Make online consumption payment, and you can withdraw a corresponding physical product from a corresponding physical storefront of the counter. After the consumption payment, a consumption amount is transmitted to the cloud consumption data through the mobile device to record and update the consumption. Information records; and an exit control step: at the holder's scheduled departure from the commercial building, confirm whether to leave; if so, the cloud consumption data starts to judge the holder's scheduled departure Field time, entry time and all consumption amount after entering the field, and provide a person car departure amount in a confirmation box on the confirmation page of a handheld device, the holder clicks the confirmation box and the cloud consumption data According to the Bluetooth beacon built into the handheld device held by the holder, after judging the owner's entry time of the car, the scheduled departure time, and the conversion discount after the entry amount, Give the person and car a charge after entering the field and you can leave the field.

In some embodiments, in the approach control step, the holder enters a parking space by driving and starts recording a parking time; in the approach control step, the predetermined departure location may be an departure elevator The exit or the parking space, and the departure confirmation webpage further includes a parking payment information column to provide the parking consumption deduction amount of all parking amounts deducted from a parking amount attached to the parking time, if the parking If the consumption deduction amount is zero, the holder can drive away directly; if the parking consumption deduction amount is greater than zero, a parking amount payment web page appears on the mobile device to provide the holder with a click to enter Online consumer payment.

In some embodiments, the online consumer payment is a third party payment.

In some embodiments, before the entry control step, an offline business mode consumption can be performed, and then after the entry control mode and before or after the consumption step, the offline business mode consumption is performed, and the All the consumption amounts described in the exit control step include the amounts consumed by the offline business model.

In some embodiments, the mobile device is a smartphone or a tablet.

In some embodiments, each of the counters is further provided with a pin terminal, and the cloud consumption data is transmitted to the advertising information through the pin terminal or the consumer base station (with Bluetooth transmission function). Holder of the mobile device.

S0 ~ S3‧‧‧‧ Method steps of the present invention

FIG. 1 is a schematic flow chart showing a method for identifying and consuming a Bluetooth access control in a low power consumption lane of the present invention.

Please refer to FIG. 1 as well. As shown in FIG. 1, the method for identifying and consuming a low-power consumption Bluetooth access control in the present invention includes an approach control step S1 (thin solid line in the figure). Frame), a consumption step S2 (the dotted line frame in the figure), and an exit control step S3 (the dotted line frame in the figure).

In the approach control step S1 (thin solid line frame in the figure), a mobile device (such as a smart phone or tablet) is set with a Bluetooth Low Energy (BLE) beacon receiving code. A low power consumption Bluetooth BLE transmission node (BLE Broadcast) is set at the entrance of a commercial building (such as a department store); and when the mobile device passes the access entrance, the low power Bluetooth BLE The transmitting node can use a beacon server to identify a consumption information record of one of the holders of the mobile device (ie, the consumer) to a cloud consumption data, and record the held information. A current location of the user (for example, a record of a parking space, etc.).

In the consumption step S2 (the dashed box in the figure), according to the foregoing current position and simultaneously comparing a plurality of cabinets in a commercial building, each cabinet is provided with at least one Bluetooth transceiver base station corresponding to the goods in the store. When the current location of the holder is close to one of the counters, an advertisement information corresponding to the counter is transmitted from the aforementioned cloud consumption data to a built-in Bluetooth beacon received by the mobile device of the holder, and provided to Holder's reference and introduction; the holder can click to enter a product webpage of the advertising information to make online consumption payment (such as online remittance or third-party payment) according to the received advertising information, and can be paid at the counter The corresponding physical storefront extracts the corresponding physical product, and after the consumption payment is completed, a consumption amount is transmitted to the cloud consumption data via the mobile device of the holder to record and update the holder's consumption information record. .

Wherein, each counter can be provided with a Point of Sales (POS) machine, and the cloud consumption data is described through The pin terminal or the consumer base station (with Bluetooth transmission function) transmits corresponding advertisement information to the mobile device of the holder.

In the departure control step S3 (the dashed box in the figure), the holder confirms that at a predetermined departure place (such as an exit elevator or a parking lot exit) where the holder can leave a commercial building (such as a department store). Whether the holder has left the market; if so, the cloud consumption data starts to judge the holder's scheduled departure time, entry time and all consumption amounts after entering the market, and provides a departure amount confirmation webpage A confirmation check box of the said, after the holder clicks the confirmation check box, the cloud consumer data is used to judge the entry time of the owner ’s car according to the Bluetooth beacon built into the handheld device held by the holder, After the scheduled departure time and the discount after conversion of the consumption amount after entering the venue are calculated, the person and car will be charged after entering the venue and can leave the venue.

In addition, in the entry control step S1 (the thin solid line frame in the figure), the holder enters a parking space for driving and starts to record a parking time; in the exit control step S3, the scheduled departure The venue can be an exit elevator exit or the parking space described, and the departure confirmation webpage can further include a parking payment information column to provide all consumption amounts to deduct the parking time attached to the parking time One of the parking amount is a parking consumption deduction amount. If the parking consumption deduction amount is zero, the holder can directly drive away from the venue; if the parking consumption deduction amount is greater than zero, the holding amount is held. A parking amount payment webpage appears on someone ’s mobile device to provide the holder with a click to enter for online consumption payment.

Moreover, before the entry control step S1 (thin solid line box in the figure), an offline business mode consumption (Online to Online (O2O) S0 (thick solid line box in the figure) can be performed, and then the entry control The offline business mode consumption S0 described after step S1 and before or after the consumption step S2, All the consumption amounts described in the departure control step S3 include the amounts consumed in the offline business mode.

For example, download the department store APP (mobile device application, including name, mobile phone number, including code identification), and place an O2O movie theater order to get an order QR code (Quick Response Code). APP (cloud storage data storage name, mobile phone number, consumption information, etc.) The user (ie, the mobile phone holder) 's mobile phone is approaching the department store lane entrance. At this time, the low-power Bluetooth BLE transmission node set at the lane entrance senses the handset. The low-power Bluetooth transmission and reception code in the APP is issued by a department store to facilitate identification of any transaction consumption by consumer customers. In the cloud consumption data record, the low-power Bluetooth at the entrance of the driveway is identified as described above. Mobile phone, immediately obtain the consumption information of the mobile phone holder (consumer customer) from the cloud consumption data. At this time, the location of the driveway entrance is used to reduce the power consumption of the Bluetooth. The Bluetooth location code (that is, the low-power Bluetooth at the entrance of the driveway) displays a functional web page to the mobile phone, with "enter" and "cancel" checkboxes. After the "enter" box driveway entrance fence turned on and the phone simultaneously record data, including name, phone number, purchase information, date, time, and so on.

Among them, the information when the APP is downloaded has been bound to the beacon base station server of the department store, and the beacon base station server has completed the location and functions of the beacon deployed by the department store.

Furthermore, after the mobile phone enters the parking lot with the holder, the O2O order is consumed, and the mobile phone consumes 2,500 yuan to the sports goods counter located on the fourth floor of the department store; Consumer base station; at this time, the advertisement of the counter will appear on the mobile phone, and the POS or consumer base station (with With Bluetooth transmission function) it will display the basic information of the holder's mobile phone (such as the holder's name and mobile phone number, etc.); if the holder (consumer customer) wants to buy 2,500 yuan of sports shoes, the staff at the counter Confirm the last name and last four digits of the mobile phone number through the POS machine or consumer base station and the receiver. After confirmation, the counter staff will input the consumption amount of 2500 yuan to the consumer base station and push it to the holder. Mobile phone, request payment of 2,500 yuan for shopping consumption, the holder ’s mobile phone displays the request webpage and after selecting a third party payment, click the “Agree” checkbox to pay the amount and take or leave the counter; therefore, at this time, the holder ’s The APP in the mobile phone records two purchases, one is the consumer data cloud O2O cinema amount of 1,500 yuan, and the other is the counter (physical store department store fourth floor sports goods) sports shoes consumption of 2,500 yuan, the holder's total consumption For two, the total amount is 4,000 yuan.

Finally, the holder carried his mobile phone to the elevator on the second floor of the underground to get the vehicle parked in parking lot 52 and broadcast it to the holder on the low-power Bluetooth device passing the elevator exit on the second floor of the underground. After the mobile phone, immediately confirm and identify through the cloud consumption data, and provide a functional web page of the mobile phone of the holder when the parking space is located, click the "Confirm" or "Cancel" checkbox to leave the department store, and The mobile phone holder confirms that he / she wants to leave the department store after clicking the “Confirm” check box; then immediately judges from the cloud consumption data that the total consumption amount of the mobile phone of the holder in the department store and calculates the holder (consumption (Customer) Calculate the amount of court meal payment before departure. If parking fee payable (consumption amount deductible for parking fee), then use a third-party payment method to confirm on the mobile phone; confirmation After that, the cloud consumption data will be provided to the holder's mobile phone with a QR code (checkout); when the holder's vehicle is driven to the debut exit at this time, the low-power Bluetooth device set at the exit of the lane will send a " Welcome "Visit Now" and "Confirm Exit" functional pages, at this time the lane exit fence can be opened to leave field.

With the above method, the relevant data of the holders are stored in the cloud consumption data. Through the transmission of mobile devices and low-power Bluetooth devices and the operation of the APP, and using the third-party payment method, the consumption amount is directly paid, and Calculating the deduction of parking fees, not only is the use of simple procedures, saving time for consumers to wait in line, etc., which can increase consumer spending willingness; in addition, the use of the Internet and smart devices can reduce personnel Hiring can reduce personnel costs, reduce manual errors in access control identification, and save queue time for access control. It can also remind consumers of the parking space and avoid the problem that customers forget the parking space and cannot find it.

When the foregoing is directed to the embodiments of the present invention, other or further embodiments of the present invention can be designed without violating its basic scope, and its basic scope is defined by the following patent application scope. Although the present invention is explained in terms of related preferred embodiments, this does not constitute a limitation on the present invention. It should be noted that those skilled in the art can construct many other similar embodiments based on the idea of the present invention, and these are all within the protection scope of the present invention.

S0 ~ S3‧‧‧‧ Method steps of the present invention

Claims (7)

A low power consumption Bluetooth access control identification and consumption method includes the following steps: an approach control step: a low power consumption Bluetooth beacon receiving code is set in a mobile device, and a low power consumption is set at an entrance of a commercial building. A Bluetooth BLE transmission node. When the mobile device passes the entrance, the low-power Bluetooth BLE transmission node identifies a consumption information of a holder of the mobile device through a beacon base station server to a consumer data cloud. Record and record a current position of the holder; a consumption step: according to the current position and simultaneously comparing a plurality of counters in the commercial building, each of the counters is provided with at least a Bluetooth A consumer base station with a transmission function, when the current location of the holder is adjacent to one of the counters, an advertisement information corresponding to the counter is transmitted from the cloud consumption data to a built-in Bluetooth message on the mobile device Received, provided to the holder for reference and introduction, the holder can click to enter a product webpage of the advertisement information for online consumption payment according to the advertisement information, and A corresponding physical store in the counter picks up a corresponding physical product, and after consumption payment, a consumption amount is transmitted to the cloud consumption data via the mobile device for recording and updating the consumption information record; and an exit control step : At the place where the holder can leave the commercial building, confirm whether to leave; if so, the cloud consumption data will begin to judge the holder's scheduled departure time, entrance time, and entrance. All the consumption amount after the market, and provide a person car departure amount in a confirmation box on the confirmation page of a handheld device. After the holder clicks the confirmation box, the cloud consumption data is based on the information held by the holder. The Bluetooth beacon built into the hand-held device After reading the owner-car entry time, the scheduled departure time, and the discount after conversion for the amount of consumption after the entry, the person and the car will be charged after entering the field and can be deducted. According to the low power consumption Bluetooth lane access control identification consumption method described in item 1 of the scope of the patent application, in the entry control step, the holder enters a parking space for driving and starts to record a parking time; the leaving In the field control step, the predetermined departure place may be an exit elevator exit or the parking space, and the departure confirmation webpage further includes a parking payment information column to provide all the spending amount to deduct the parking time. With one parking amount, one of the parking consumption deduction amount, if the parking consumption deduction amount is zero, the holder can drive away directly; if the parking consumption deduction amount is greater than zero, the mobile device A parking amount payment web page appears to provide the holder with a click to enter for online consumption payment. According to the low power consumption Bluetooth lane access recognition consumption method described in item 1 of the scope of patent application, the online consumption payment is a third-party payment. According to the low power consumption Bluetooth lane access control identification consumption method described in item 2 of the patent application scope, the online consumption payment is a third party payment. According to the low power consumption Bluetooth lane access control identification consumption method described in item 1 of the scope of the patent application, before the entry control step, an offline business mode consumption can be performed first, and then after the entry control mode, The offline business mode consumption is performed before or after the consumption step, and all the consumption amounts described in the departure control step include the amount of the offline business mode consumption. According to the low-power consumption Bluetooth access control identification and consumption method described in item 1 of the scope of the patent application, the mobile device is a smart phone or a tablet computer. According to the low power consumption Bluetooth lane access recognition consumption method described in item 1 of the patent application scope, each of the counters is further provided with a pin terminal, and the cloud consumption data is The corresponding advertisement information is transmitted to the mobile device of the holder through the pin terminal or the consumer base station.