Imaging system of drilling internal fracture space attitude

Abstract

The invention discloses an imaging system of drilling internal fracture space attitude, belongs to the technical field of physical parameter measurement of a rock mass and aims at overcoming the shortcomings of complicated process, low degree of mechanization and low precision of measurement result of existing drilling imager adopting data line transmission and image blur or dark lines and the like caused by artificial push of a drill rod. The imaging system comprises a drilling imager host and a drilling imager probe in wireless connection with the drilling imager host, wherein the drilling imager probe is arranged in the middle of a centering device; the tail of the centering device is connected with one end of the push rod; the push rod is also connected with a probe push device; under the effect of the probe push device, the drilling imager probe is pushed through the push rod; a depth counter is also arranged in the probe push device, is in wireless connection with the drilling imager host and sends a depth signal measured by the depth counter to the drilling imager host; and the imaging system also comprises a computer connected with the drilling imager host. The imaging system disclosed by the invention is suitable for the mining, construction and tunnel construction processes.

Description

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AI Technical Summary

Benefits of technology

This technology simplifies its design while maintains good performance over longer periods of use without requiring manual labor. It allows for precise measurements with minimal interference from external factors such as wire connections. Additionally it has fuzziness detection capabilities and uses advanced technologies like radar imagers to help identify specific areas within rocks being drilled accurately during excavation operations. Overall this innovative technology makes exploration more efficient and accurate than previous methods.

Problems solved by technology

Technological Problem addressed in this patents relates to improving the safety and reliance (SE) of drilling operations in China due to its complicated environments where various technical problem areas exist including environmental issues like air pollution caused by overexposure to oxygen levels, acidic rain impact from heavy precipitation, explosion hazards associated with coal deposits, and accident incidences involving buried holes called caving spaces. Existing methods involve wire connections, making it difficult to monitor these locations accurately while maintaining efficient laboratory practice. Additionally, existing systems require frequent maintenance and may be prone to failure when subjected to external forces causing cracks or deformation.

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