Logistic box

Abstract

The embodiment of the invention provides a logistic box comprising a box which is used for placing articles, and a processor, a storage device, a payment unit and at least one load bearing platform which are arranged in the box. A weighing sensor is arranged between the box and any one load bearing platform. The storage device is used for storing the initial mass and unit price of the articles. The weighing sensors are used for acquiring the sum of the current mass of the load bearing platforms and the articles on the weighing sensors. The payment unit is used for responding to an instruction to perform a payment function. The processor is used for calculating the current mass of the articles according to the mass of the weighing platforms and the sum of the current mass, calculating the changed mass of the articles according to the current mass and the initial mass, calculating the refund amount of the articles according to the changed mass and the unit price of the articles and controlling the payment unit to perform refund operation to merchants. Therefore, the burden of clearing return of the articles and calculating the refund amount can be reduced for the merchants and the manufactures, the return efficiency can be enhanced, and unnecessary economic loss of the merchants or the manufactures caused by miscalculation can also be avoided.

Description

technical field [0001] The invention relates to the technical field of logistics, in particular to a logistics box. Background technique [0002] At present, due to the convenience of online shopping, not only more and more people are shopping online, but also many merchants are choosing online shopping as a purchase channel. Specifically, the merchant places an order online, and the manufacturer packs and prepares the items ordered by the merchant after receiving the order information from the merchant, and notifies the logistics company to pick up the package for transportation, so as to deliver the items to the merchant. [0003] Usually, merchants order a large number of items at one time, and the damage to the items during transportation makes the quality of the items delivered to the merchant unable to guarantee, especially when the ordered items are perishable commodities such as fruits and vegetables, which will bring economic losses to the merchant. Existing logist...

AI Technical Summary

Problems solved by technology

[0003] Usually, merchants order many items at one time, and the damage to the items during transportation makes the quality of the items sent to the merchants unable to guarantee, especially when the ordered items are perishable commodities such as fruits and vegetables, which will bring economic losses to the merchants

Existing logistics boxes usually do not support partial return. If the merchant chooses to return part of the goods, they can only manually clean up the items that need to be returned and calculate the refund amount, which increases the return burden of the merchant and / or manufacturer, and is prone to calculation errors. Bring unnecessary losses to merchants or manufacturers

In addition, when the merchant orders multiple items at one time, if the merchant only chooses to return a certain part of some types of items, the burden of returning the goods and calculating the refund amount will be more onerous.

Finally, after the calculation of the refund amount is completed, the user often needs to scan the code to pay, or enter the account number to pay, etc. The process is cumbersome and the user experience is not good

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