An intelligent monitoring and protection system for mine headframe

Abstract

An intelligent monitoring and protection system for a mine derrick comprises a derrick cement floor, a mine shaft is arranged in the derrick cement floor, four groups of evenly distributed bottom support columns are fixedly installed on the derrick cement floor, and a bottom support column is fixedly installed on the bottom support column. A worktable, a leakage baffle is fixedly installed between the worktable and the cement floor of the derrick, a work well hole is arranged in the worktable, and four groups of uniformly distributed groups are fixedly installed on the worktable The supporting column is fixed with a top cover; the safety detection device set in the system can timely and intelligently detect the inclination of the mine derrick, and make corrections in time to prevent the inclination from becoming more and more serious and causing accidents. There is a protection warehouse, and the staff can quickly hide in the protection warehouse when the earthquake collapses, reducing casualties, greatly improving the survival rate of staff in disasters, and reducing losses.

Description

technical field [0001] The invention relates to the technical field of mine headframes, in particular to an intelligent monitoring and protection system for mine headframes. Background technique [0002] Mine headframe is one of the most important equipment in mine production. It is responsible for the important task of lifting ore and transporting production personnel. Its safety and reliability have always been the focus of attention. [0003] Because of its importance, mine derrick safety monitoring is very important. At present, the geometric observation method of regular inspection is mostly used at home and abroad, but this method, on the one hand, is difficult to select and establish the measurement reference point of geometric observation; On the other hand, regular measurements cannot reflect the problems of the derrick in a timely manner; in addition, once a collapse occurs, the staff have nowhere to escape, and the survival rate is extremely low. Contents of the...

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Problems solved by technology

[0003] Because of its importance, mine derrick safety monitoring is very important. At present, the geometric observation method of regular inspection is mostly used at home and abroad, but this method, on the one hand, is difficult to select and establish the measurement reference point of geometric observation; On the other hand, regular measurements cannot reflect the problems of the derrick in a timely manner; in addition, once a collapse occurs, the staff have nowhere to escape, and the survival rate is extremely low

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