Research on Comprehensive Mechanized Efficient Construction Technology of Large Section Shaft in Hecaogou Mine

Jie Kong; Qing Shu Liu; Yi Qi Zhu; Peng Chen; Hang An

doi:10.4028/www.scientific.net/AMR.753-755.853

Paper Titles

The Research of Fully Mechanized Tunneling Efficient Construction Organization Design of the Inclined Shaft in Hecaogou Mine
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Test of Anchored Shear about Fractured Rock and Numerical Simulation Analysis of the Slope Rock Mass
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Surface Free Energy of Boron-Compounds Modified Poplar Veneer
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Study on the Effect of Impregnation Process on Physical and Mechanical Properties of Chinese Fir LVL
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Research on Comprehensive Mechanized Efficient Construction Technology of Large Section Shaft in Hecaogou Mine
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Flexural Wave Propagation Characteristics of Lattice Sandwich Plates
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Design of a Compact 3-DOF In-Plane Motion Stage
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Research on Motion Simulation Analysis of Rotary Parts Based on Solidworks
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The Simulation Analysis on the Heat Transfer Model of Bloom
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 753-755Research on Comprehensive Mechanized Efficient...

Research on Comprehensive Mechanized Efficient Construction Technology of Large Section Shaft in Hecaogou Mine

Abstract:

With the mine shafts section and length increasing constantly, artificial shaft driving speed does not meet the need of modern large coal mines production and construction, using a set of comprehensive mechanized equipment to drive shaft is imperative. The length of bedrock section of auxiliary inclined shaft in Hecaogou mine is 1533.7m. The area of driving section is 21.6m², belongs to large section super-long shaft. Hecaogou mine took the advantage of shafts comprehensive mechanized equipment, using high power EBZ318H fully-mechanized coal winning machine to drive, with scientific management method, realized safe and high-speed driving of inclined shaft, achieved good results that the highest speed was 227m per month, the effect was obviously. It has an actively practical meaning for other large section super-long shaft.

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Periodical:

Advanced Materials Research (Volumes 753-755)

Pages:

853-856

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.753-755.853

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Online since:

August 2013

Authors:

Jie Kong, Qing Shu Liu, Yi Qi Zhu, Peng Chen, Hang An

Keywords:

Comprehensive Mechanized, Large Section Super-Long Shaft, Safe and Efficient

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