Commodity identification method and channel, control device, commodity settlement channel

Abstract

The invention discloses a commodity identification method, a channel, a control device, and a commodity settlement channel. The product identification method includes: when the user enters the product verification area of ​​the product identification channel, instructing the product verification area antenna to collect the first product identification data that can be identified; when the user enters the product settlement area of ​​the product identification channel, Instructing the product verification area antenna to collect identifiable product verification data; determining user product data according to the first product identification data and product verification data. The present invention can eliminate misread labels outside the channel by setting a product verification area, and reduce the probability of label misreading.

Description

technical field [0001] The invention relates to the field of commodity identification, in particular to a commodity identification method and channel, a control device, and a commodity settlement channel. Background technique [0002] Since the opening of the first unmanned supermarket, unmanned supermarkets have sprung up everywhere. [0003] The 24-hour operation mode of unmanned supermarkets, convenient and fast shopping experience, high-tech display and other advantages have indeed met the living needs of most people, especially the young people. [0004] At present, the unmanned convenience stores of related technologies basically have the following four technical forms. The first is relatively simple and traditional two-dimensional code scanning technology; the second is RFID (Radio Frequency Identification, radio frequency identification technology) label identification technology; the third is the visual recognition technology based on convolutional neural network; ...

AI Technical Summary

Problems solved by technology

[0004] At present, the unmanned convenience stores of related technologies basically have the following four technical forms. The first is relatively simple and traditional two-dimensional code scanning technology; the second is RFID (Radio Frequency Identification, radio frequency identification technology) label identification technology; the third is the visual recognition technology based on convolutional neural network; the fourth is the technology of adding video recognition and sensor mixing on the basis of visual recognition, which is relatively complicated and difficult to realize

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