Motor-pumped well irrigation measurement monitoring and controlling system

Abstract

The invention discloses a motor-pumped well irrigation measurement monitoring and controlling system comprising user cards, a first platform and a second platform; identification cards are adopted as the user cards and one card number is corresponding to one ID number; a cloud real-time monitor platform is adopted as the first platform as special use for real-time communication with users, wherein user information and water usage information are uploaded to the first platform and short period data is saved; the second platform comprises a computer and a client side, wherein the computer and the client side are provided by traditional server software; water usage records of each user, including ID number, card number, balance, power-on time series and power-off time series, are recorded in the form of journal account by the first platform. The system real-time performance is increased; management departments of all levels are facilitated to receive system service; the management efficiency of water usage and water saving is increased; actual water usage situation in irrigation area can be better fed back; user water usage is guaranteed; if the user card is lost, the balance in the former card can be kept after new card is applied.

Description

technical field [0001] The invention relates to the field of metering and monitoring for irrigation of motor-driven wells, in particular to a metering, monitoring and control system for irrigation of motor-driven wells. Background technique [0002] my country is a country with serious shortage of water resources and uneven distribution. Agricultural water consumption accounts for about 70% of the total water consumption, and the contradiction between the increase in agricultural water demand and supply is becoming increasingly severe. Therefore, strengthening agricultural water management, actively promoting agricultural water measurement and control, and rationally allocating farmland water consumption are important means to improve water resource utilization efficiency. [0003] The existing machine-driven well irrigation metering monitoring and control system replaces the traditional person-in-charge management method by swiping water with an IC card; it realizes the au...

AI Technical Summary

Problems solved by technology

[0004] 1. At present, the security performance of the user card is low, and it is easy to crack. After cracking, the water will be used at will, which will destroy the groundwater balance to a certain extent;

[0005] 2. The user's personal property is not guaranteed. If the user card is lost, the balance of the old card cannot be retained when the card is replaced again, causing troubles to the user and the operator;

[0006] 3. After the user card is cracked, the copied card and the counterfeit card will wantonly use water without supervision;

[0007] 4. If the management personnel who own the POS machine sell the card privately, they will not be effectively supervised, which makes it difficult for the manufacturer of the metering control cabinet to establish a local after-sales service point

Since the system server program manages thousands of users at the same time, and also needs to run huge data calculation, data query, client user support, etc., according to the conventional server architecture, even if the top server is used to meet the user's real-time Swipe card operation is difficult to achieve

Images