Cargo bucket and vending machine

Abstract

The invention provides a cargo bucket and a vending machine, and belongs to the field of vending machines. The cargo bucket comprises a bucket body, a power component and a driving component, and thebucket body is used for accommodating cargoes; the power component is used for detachably cooperating with a power input component of a cargo passage of the vending machine; and the driving componentis connected with the power component for driving the power component to reciprocate along the lateral direction. The vending machine comprises the above cargo bucket and a plurality of cargo passages, the bucket body is opposite to any one of the plurality of cargo passages, the driving component is used for driving the power component to reciprocate along the lateral direction, so that the powercomponent to detachably cooperate with the power input component of the cargo passage opposite to the bucket body, so as to provide cargo outputting power for the power input component. By means of the above design, a plurality of cargo passages can be arranged in a back space of the cargo bucket, the power can be provided for the plurality of cargo passages by moving the power component, so thatthe cargoes in the plurality of cargo passages can be taken out. Therefore, the internal space of the vending machine is fully utilized in the design to improve the space utilization rate, thereby achieving the purpose of increasing the capacity of the vending machine at last.

Description

technical field [0001] The invention relates to the field of vending machines, in particular to a cargo bucket and an automatic vending machine. Background technique [0002] A vending machine (Vending Machine, VEM) is a machine that can automatically pay according to the money put in. It is a common equipment for commercial automation. It is not limited by time and place, and can save manpower and facilitate transactions. [0003] The automatic vending machine includes a cargo bucket and a plurality of cargo lanes, and each cargo lane extends along the front and rear directions for storing goods. Moreover, a plurality of cargo lanes are arranged horizontally and vertically along the width and height directions of the vending machine. Each cargo lane is provided with a power input part for sending the goods in the cargo lane out of the cargo lane. The cargo bucket can move in the vending machine and dock with the preset cargo lane, which is used to provide power to the mov...

AI Technical Summary

Problems solved by technology

[0004] The internal space utilization rate of existing vending machines is relatively low, resulting in low cargo storage capacity

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