Barreled water distribution method and device based on big data

Abstract

The invention provides a barreled water distribution method and device based on big data. The amount of barreled water distributed for a user can be accurately determined by combining a water delivery plan, so that improvement of the working quality and the working efficiency of water delivery of a water delivery company is promoted. A method for determining barreled water delivery amount comprises the steps that a server obtains data of initial standby barrel number of the user and number data of barrels, used by the user, in initial standby barrels; the server determines the current standby barrel number of the user according to the difference between the initial standby barrel number of the user and the number of the barrels, used by the user, in the initial standby barrels; if the server judges the current standby barrel number of the user is smaller than a set minimum standby barrel number, and the number of the barrels to be delivered is determined according to the current standby barrel number of the user and the set maximum standby barrel number; the data of the number of the barrels to be delivered is output.

Description

technical field [0001] The invention relates to the technical field of computer network and computer software, in particular to a method and device for distributing bottled water based on big data. Background technique [0002] With the development of society, people's living standards have been greatly improved. At the same time, the rapid development of industrialization has brought about increasingly serious environmental pollution, especially the pollution of water quality. People's pursuit of a healthy life has formed a sharp contradiction with the deteriorating quality of drinking water. The drinking water used by many people is not ordinary tap water, but bottled pure water or mineral water. [0003] Bottled pure water or mineral water are usually used in conjunction with a water dispenser. The bucket is placed upside down on the water dispenser, and the water in the bucket enters the water dispenser from the water dispenser water inlet. The user can call the water ...

AI Technical Summary

Problems solved by technology

On the one hand, for users, they often wait until the bottled water is used up or almost used up before calling for water. At this time, the water delivery company is often delayed due to some special circumstances, resulting in untimely delivery of water, which affects the normal water consumption of customers and reduces water delivery. The quality of the company's work; on the other hand, at the bottled water distribution end, since the water station does not know which customers need to deliver water within a certain period of time, it is temporarily arranged to deliver water after receiving the customer's call for water, which often results in the same period of time. Repeatedly send water to the same building multiple times in the country, the work efficiency of water delivery is low, the operating cost of the water delivery company increases, and the profit decreases

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