Self-service type unattended container system based on intelligent lock

Abstract

The invention discloses a self-service type unattended container system based on an intelligent lock, and relates to the technical field of unattended container systems. The self-service type unattended container system based on the intelligent lock comprises a microprocessor and the intelligent lock, wherein the microprocessor is connected with the intelligent lock, and transmits data through a communication module and APP; the APP is connected with terminal equipment through the communication module; the microprocessor is separately connected with a display, a voice module and a two-dimensional code scanning module; the microprocessor is connected with a data acquiring module through a data transmitting module; and the data acquiring module is connected with a camera, and is separately connected with a limiting switch module, a valuation module A, a valuation module B, a weight sensor A and a weight sensor B. By effects of the microprocessor, the valuation modules and the weight sensors, the self-service type unattended container system based on the intelligent lock has the advantage that the shopping experience of a user is similar to the shopping experience when the user purchases commodities in a shopping mall. The problems that people only can select commodities according to experiences and color difference when people buy the commodities through an unattended container are solved.

Description

technical field [0001] The invention belongs to the technical field of unmanned vending cabinet systems, in particular to a self-service unmanned vending cabinet system based on an intelligent lock. Background technique [0002] The unmanned vending cabinet is a machine that is not limited by time and place, can save energy and facilitate transactions, and has the advantage of saving human resources. [0003] Each unmanned vending container can be regarded as an independent cargo storage warehouse. The unmanned vending cabinet can sell corresponding goods according to user instructions. In the process of selling goods in unmanned vending cabinets, it is necessary to record the sold goods so that these data can be provided to back-end applications, such as statistics on goods sales, whether they match the inventory, and whether the goods sold are correct. Whether the unmanned vending cabinet can run well, etc. [0004] When the existing unmanned vending cabinets are in use...

AI Technical Summary

Problems solved by technology

[0004] When the existing unmanned vending cabinets are in use, such as fruit unmanned vending cabinets, people cannot know the hardness and smoothness of the fruit, and distinguish the smell of the fruit by touching the fruit

As a result, unmanned vending cabinets cannot be effectively promoted in the application of fruits, vegetables and other commodities

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