Bluetooth-low-energy (BLE) lane access-control identification consumption method

Abstract

The invention discloses a Bluetooth-low-energy (BLE) lane access-control identification consumption method. Relevant data of a holder are all stored in a consumption data cloud side, a consumed amountof money is directly paid through transmission of a mobile device and Bluetooth-low-energy equipment, running of an APP and utilization of a manner of third-party payment, deduction and offsetting ofa parking fee are calculated, program use is simple and easy, time of queueing up by the consumer for money payment is saved, and then consumption willingness of the consumer can be improved; and inaddition, a network and the intelligent device are utilized, employment of personnel can be reduced, thus personnel affair costs are reduced, artificial fault of access-control identification can be further reduced, queueing time of passing in and out access control is saved, reminding of a parking space position to the consumer can be further carried out, and the problem that a parking space is forgotten by a consumer and thus a position cannot be found is avoided.

Description

technical field [0001] The invention relates to a related field of the Internet of Things, in particular to a low-power bluetooth lane access control identification and consumption method. Background technique [0002] In the current era of cashless transactions, using IC cards such as financial cards, ATM cards, and credit cards to pay for transactions that are common in daily life, because there is no need for direct transactions in cash, it can avoid the trouble of carrying cash with you, so it brings consumers To provide convenient payment channels, it also improves the purchasing power of consumers and the transaction volume of merchants. However, consumers who use IC cards to swipe their cards for consumption, in addition to being responsible for safekeeping, need to worry about whether the card will be copied or swiped during the shopping transaction of the physical merchant, or whether the card will be copied or swiped during the virtual online shopping transaction. ...

AI Technical Summary

Problems solved by technology

[0008] In order to solve the above problems, an object of the present invention is to provide a low-power bluetooth driveway access control identification consumption method, the relevant data of the holder is stored in the cloud consumption data, through the transmission of mobile devices and low-power bluetooth devices and APP and use the third-party payment method to directly pay the consumption amount and calculate the deduction of the parking fee. Not only is the procedure simple to use, but it also saves the time spent by consumers waiting in line to pay the amount, which in turn can increase the consumption willingness of consumers; Furthermore, the use of the network and smart devices can reduce the employment of personnel, thereby reducing personnel costs, reducing manual errors in access control identification, saving queuing time for access control, and reminding consumers of the location of parking spaces to avoid Consumer customers forget the parking space and can't find the location

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