Infrared induction-based unattended self-service shopping and delivery system and method

Abstract

The invention discloses an infrared induction-based unattended self-service shopping and delivery system and method. The method comprises: carrying out mutual authentication on an identity verification unit disposed on a controllable access control device and a user handheld mobile terminal, after a user enters a box, recording the user behavior through an audio and video interaction device, providing a corresponding notification and / or prompt for a user, carrying out real-time scanning on the goods stored in the shelf through an infrared induction device on the shelf, when the detected goodsare taken away, automatically carrying out check-out through an infrared induction automatic check-out device and the user mobile terminal, controlling an access control module, a monitoring module and a shopping module, transmitting the interactive information to a remote server through a remote transmitting device and storing the interactive information. The system and method realize a low cost,have a high automation degree, are subjected to little external interference, can prevent counterfeit, are not easily disturbed by reading cross and passive reading and save human and material resources.

Description

technical field [0001] The invention relates to an infrared induction-based unattended self-service shopping and delivery system and method, belonging to the field of computer Internet of Things. Background technique [0002] Due to rising labor costs, unmanned sales is the general trend. It is flexible in location selection, which can improve sales efficiency and increase business hours. [0003] At present, unattended vending boxes generally use RFID tags attached to commodities as scanning identification. [0004] However, there are several disadvantages in sticking RFID: the cost of using RFID is extremely high, and the sticking of RFID on goods requires manual processing. At the same time, to support RFID tag identification, RFID transmitters, special readers, encoders, RFID antennas and other settings are required, plus RFID tags It also requires cost; it cannot be anti-counterfeiting, and it is susceptible to passive read interference by serial reading; it cannot be ...

AI Technical Summary

Problems solved by technology

[0004] However, there are several disadvantages in sticking RFID: the cost of using RFID is extremely high, and the sticking of RFID on goods requires manual processing. At the same time, to support RFID tag identification, RFID transmitters, special readers, encoders, RFID antennas and other settings are required, plus RFID tags It also requires cost; it cannot be anti-counterfeiting, and it is susceptible to passive reading interference by serial reading; it cannot be used for metal and moisture-containing casings

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