Submit an Article
Become a reviewer
Vol 65 Iss. 1
Pages:
10-15
Download volume:
RUS
Article

Methodology of determination of the mechanical characteristic of the mining machine feed drive on the test bench

Authors:
M. D. Kolomiitsov
V. V. Gabov
A. F. Lorenzo
Date submitted:
1972-07-06
Date accepted:
1972-09-24
Date published:
1973-01-01

Abstract

Productivity of mining harvesters largely depends on the efficiency of the feed drive, providing the machine movement during operation and maneuvering operations. The complexity of the design, high class of manufacturing accuracy and the need for high reliability, especially when working in mechanized complexes, require a thorough inspection of the feed drive assembly before the machine is lowered into the mine. Such a check can be carried out on test benches. Thus, at the ore-repair plant named after V. I. Lenin. V. I. Lenin ore-repair plant combine “Tulaugol” very carefully tested repaired feed drives G-404.

Область исследования:
(Archived) Without section
Go to volume 65

References

  1. Golovko V. Ya. et al. Hydraulic feed mechanism “Gorlovka-404” for coal mining combines. M., Nedra, 1970.
  2. Hydraulic feed mechanism G-404. Instruction. PH Gorlovskiy Mashzavod, 1970.
  3. Kolomiitsov M. D. Experience of application of 1K-Y1 combine harvester at the shale mine. Mining Machines and Automation, 1971, No. 1.
  4. Ovsyannikov P. A. et al. The Ural-33 cutting machine. M., Nedra, 1968.

Similar articles

Analysis of braking capabilities of a mine train at emergency combined braking
1973 R. P. Afanasiev
Calculation of optimum parameters of the ejector
1973 A. P. Erokhin
Pneumatic actuating tracking mechanism on the USEPPA elements
1973 O. V. Kabanov, V. G. Pavlov
Thermal calculation and methodology of selection according to the temperature criterion of vapor plate calorifiers for heating of mine ventilation air
1973 K. A. Dolgov
Dependence of shearer's productivity on formation capacity
1973 M. D. Kolomiytsov, V. E. Sun-Yu-Po
Calculation of inlet angles in the hydrodynamic scheme elements of a two stage active hydraulic turbine
1973 B. S. Makhovikov