Internet of Things intelligent weighing integrated management platform and management method

Abstract

The invention discloses an Internet of Things intelligent weighing integrated management platform and management method, and relates to the field of weighing management. The integrated management platform comprises a large screen splicing system, a video monitoring system, a weight house control system and an application management system. The method comprises the following steps: firstly, drivinga to-be-detected vehicle into a wagon balance of a weight house, and starting a video monitoring system and a weight house control system; in response to the fact that the to-be-detected vehicle is completely driven onto the wagon balance, starting a weight house control system; secondly, classifying the weighing data into overload data and non-overload data through a data processing module, andsending the overload data and the non-overload data to the large-screen monitoring system; and finally, printing the weighing data and the vehicle information by a printer driven by an application manager. Operation efficiency is effectively improved, the error rate is reduced, workers do not need to be on site, dangers are avoided, and the anti-cheating effect is achieved through whole-process monitoring.

Description

technical field [0001] The invention relates to the field of weighing management, in particular to an integrated management platform and management method for intelligent weighing of the Internet of Things. Background technique [0002] Weighing scales are widely used in the field of weighing. Logistics companies, coal plants, power plants, mines, etc. have a large number of trucks in and out of the transport every day. There are two main methods of weighing on existing scales. One is traditional weighing, which requires the staff to personally Carry out every step of the operation, including commanding and dispatching vehicles, weighing registration, selecting goods, printing receipts, etc. For places that require 24-hour weighing, such as coal and ash transportation in power plants, there must be 3 shifts of weighers 24 hours a day Shifts, low operating efficiency, high error rate, and on-site scheduling of staff are dangerous, and there may be cheating in personnel exchan...

AI Technical Summary

Problems solved by technology

[0002] Weighing scales are widely used in the field of weighing. Logistics companies, coal plants, power plants, mines, etc. have a large number of trucks in and out of the transport every day. There are two main methods of weighing on existing scales. One is traditional weighing, which requires the staff to personally Carry out every step of the operation, including commanding and dispatching vehicles, weighing registration, selecting goods, printing receipts, etc. For places that require 24-hour weighing, such as coal and ash transportation in power plants, there must be 3 shifts of weighers 24 hours a day Shifts, low operating efficiency, high error rate, and on-site scheduling of staff is dangerous, and there may be cheating in personnel exchanges

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