Unmanned on-duty intelligent settlement channel

Abstract

The invention relates to an unmanned on-duty intelligent settlement channel. The unmanned on-duty intelligent settlement channel includes channels, a front release swing gate, a back release swing gate, face identification cameras, an RFID reader-writer, a card reader, a display screen and an entrance guard device, wherein the face identification cameras include a front face identification cameraand a back face identification camera; the channel bodies of the channels include a front channel body, an intermediate channel body and a back channel body; the RFID reader-writer is arranged on theinner wall of one side plate of the intermediate channel body; the card reader and the display screen are arranged on the upper part of the inner wall of the back channel body in an opposite manner; and the entrance guard device is arranged at the lower part of the inner wall of the side plate at the same side of the card reader. The unmanned on-duty intelligent settlement channel has the advantages of being high in the settlement efficiency, being low in the labor cost, being short in the time for queuing for payment, being high in the payment speed, being good in the shopping experience, guaranteeing that no signal interference exists, greatly reducing the information reading error and repetition of information reading, and being able to realize comprehensive automatic authentication andautomatic settlement and payment.

Description

Technical field [0001] The invention relates to the technical field of automatic shopping, specifically, it is an unattended intelligent settlement channel. Background technique [0002] In the prior art, general restaurants, canteens, supermarkets, and shops are equipped with relevant shopping guides, cashiers, select products for customers and complete checkouts. During holidays or weekends, the cash register is overcrowded and the waiting queue is long. There are problems of high labor costs and low settlement efficiency, and queuing to check out wastes consumers' shopping time, which affects consumers' shopping experience. [0003] The above-mentioned problems are mainly caused by two factors. One is the inefficiency of generating shopping lists, and the other is the inefficiency of payment methods. Settlement and payment are usually distributed, which affects the speed of user checkout and leads to long queues. . [0004] The smart supermarket settlement system based on RFID i...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, general restaurants, cafeterias, supermarkets, and stores are equipped with relevant shopping guides and cashiers to select products for customers and complete checkouts. During holidays or weekend passenger flow peaks, the cashiers are overcrowded and the waiting queue is long. There are problems of high labor costs and low settlement efficiency, and queuing up to checkout wastes consumers' shopping time and affects consumers' shopping experience

[0003] The above problems are mainly caused by two factors. On the one hand, the generation of the shopping list is inefficient;

[0004] The RFID-based smart supermarket settlement system in the prior art requires the user to select the confirmation list and amount on the touch screen of the smart shopping cart. After exiting the smart settlement channel, the corresponding payment list and amount will be pushed to the mobile payment terminal. For online payment, there are still problems such as complex payment methods and low payment efficiency, and due to the interference of radio frequency signals, it is easy to cause user information reading errors and repetitions when consumers queue up and follow.

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