Goods distribution interaction system and method thereof

Abstract

Disclosed are a goods distribution interaction system and a method thereof. Goods distribution routes are planned by positioning electronic devices configured at goods distribution ends when goods are distributed to the goods distribution ends, current positions of the goods distribution ends and number of goods deliverers of the goods distributed are displayed via electronic maps when receiving ends inquire current positions of the goods via a goods management server, and the goods distribution routes are replanned by the positioning electronic devices of the goods distribution ends when the receiving ends transmit time change demands to the goods distribution ends via a receiving time changing and setting interface, so that technical effect in scheduling efficiency of both the distributing part and the receiving part of goods distribution can be improved.

Description

technical field [0001] The present invention relates to an interactive system and method for goods delivery, in particular to a delivery terminal that knows the buffer time of receiving goods through an electronic map, and the delivery terminal automatically re-plans the delivery route according to the time change request sent by the delivery terminal The goods distribution interactive system and method thereof. Background technique [0002] Based on the busy lifestyle of modern people, many different convenient services have emerged accordingly, and the delivery of goods is an example. The traditional delivery method of goods is generally delivered by a delivery unit such as a post office or a home delivery service company. After the sender delivers the goods to the delivery unit, the delivery unit will then deliver the goods according to the order of delivery. Due to the previous goods delivery method, after the goods are shipped, only the goods have been delivered by a s...

AI Technical Summary

Problems solved by technology

Due to the previous goods delivery method, after the goods are shipped, only the goods have been delivered by a special person. Although it can be used as a proof of whether the goods have been delivered, the consignee cannot know the location of the goods after delivery and the arrival of the deliveryman. How much buffer time still exists before the receiving location, thus causing inconvenience to the consignee in the receiving schedule

[0003] For example, when the consignee knows that the goods have been shipped before an urgent meeting, and may arrive during the meeting, in the past delivery situation, the delivery time cannot be canceled or delayed because the goods have been shipped , it may affect the schedule of the consignee

In addition, although for the consignee, although the delivery person can find another time to deliver the goods that cannot be signed for, the delivery person may delay the delivery of the next shipment because of this waste of time. Timing also has a negative impact

[0004] To sum up, it can be seen that in the prior art, there has been a problem of poor scheduling efficiency of the sender and sender of goods distribution for a long time, so it is necessary to propose improved technical means to solve this problem

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