Drilling-machine remote monitoring system

Abstract

The invention discloses a drilling-machine remote monitoring system. The drilling-machine remote monitoring system comprises a vehicle-mounted collecting facility, a data transmission module and a center server. The vehicle-mounted collecting facility comprises multiple sensors installed on a drilling machine, a data processor installed on the drilling machine and used for real-time collecting, processing and saving and a display device; the data transmission module adopts 4G network communication to achieve data transmission through the Internet, or a mobile phone APP obtains data in a Blue Tooth mode, and then data is uploaded through the mobile phone APP; the center server comprises an upper computer data analysis processing unit, and is connected with the vehicle-mounted collecting facility through the data transmission module, data information collected and saved in the data processor by the sensors through the vehicle-mounted collecting facility is received, analyzed and processed, automatic collection, digitization saving and remote transmission of working state parameters of the drilling machine are achieved, and automatic monitoring and convenient management are achieved.

Description

technical field [0001] The invention relates to the technical field of geological drilling rigs, in particular to a remote monitoring system for drilling rigs. Background technique [0002] Under the new normal environment of the new economy, the global mining economy has been greatly affected. As the difficulty of finding ore becomes more and more difficult, mechanical dials such as weight gauges, standpipe pressure gauges, and torque gauges that are equipped with traditional geological drilling rigs cannot efficiently realize digitalization, nor can they complete data recording, let alone realize remote transmission of data to smart devices. control, which brings great inconvenience to the traceability of drilling data, and increases the difficulty of verifying the accuracy of drilling rig engineering quantities, resulting in low efficiency and quality of field survey work, increased labor costs for field engineering supervision, and cost of survey engineering quantities. ...

AI Technical Summary

Problems solved by technology

As the difficulty of finding ore becomes more and more difficult, mechanical dials such as weight gauges, standpipe pressure gauges, and torque gauges that are equipped with traditional geological drilling rigs cannot efficiently realize digitalization, nor can they complete data recording, let alone realize remote transmission of data to smart devices. control, which brings great inconvenience to the traceability of drilling data, and increases the difficulty of verifying the accuracy of drilling rig engineering quantities, resulting in low efficiency and quality of field survey work, increased labor costs for field engineering supervision, and cost of survey engineering quantities. Difficult to control, low safety assurance of engineering supervision

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