Intelligent digging and transporting monitoring statistical system and method

Abstract

The invention provides an intelligent digging and transporting monitoring statistical system and method. The intelligent digging and transporting monitoring statistical system comprises an excavator terminal which is arranged at an excavator and is used for collecting the loading state information of the excavator, a slag conveying car terminal which is arranged on a slag conveying car and used for collecting the transportation state information of the slag conveying car, and a matching unit which is respectively connected with the excavator terminal and the slag conveying car terminal and isused for matching the excavator and the slag conveying car according to the positions and the working states of the slag conveying car and the excavator so as to generate excavation and transportationmatching state information. The intelligent digging and transporting monitoring statistical system can accurately collect and count data of all links such as earthwork engineering construction and mine mining excavation and transportation, performs clear and quantitative statistics on the workloads of an excavator and a slag conveying car, can comprehensively and effectively monitor the efficiency of the excavation and transportation process, can avoid management vulnerabilities of a manual mode, and can save the management cost.

Description

technical field [0001] The invention relates to the field of construction and the Internet of Things, in particular to an intelligent excavation monitoring and statistics system and method. Background technique [0002] An excavator is an earth-moving machine that uses a bucket to excavate materials higher or lower than the bearing surface, and loads them into a transport vehicle or unloads them to a stockyard. An excavator is a fixed asset with a large economic investment, and its working efficiency has an impact on economic benefits. great. Factors affecting the working efficiency of excavators include subjective factors and objective factors. In terms of objective factors, in recent years, electronic control technology has been widely used in hydraulic excavator energy-saving technology, which makes the power output of the engine more reasonable and reduces the hydraulic excavator. However, in terms of subjective factors, due to the uneven level of operators and project ...

AI Technical Summary

Problems solved by technology

Factors affecting the working efficiency of excavators include subjective factors and objective factors. In terms of objective factors, in recent years, electronic control technology has been widely used in hydraulic excavator energy-saving technology, which makes the power output of the engine more reasonable and reduces the hydraulic excavator. However, in terms of subjective factors, due to the uneven level of operators and project management levels, there are great differences in the excavation process, which seriously restricts the efficiency of excavation and cannot realize the operation of excavators. Effective supervision of personnel's business level and work performance

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