Submit an Article
Become a reviewer
Vol 33 Iss. 1
Pages:
76-86
Download volume:
RUS
Article

About the principles of work of loading machine actuators

Authors:
V. S. Bersenev
Date submitted:
1955-07-17
Date accepted:
1955-09-16
Date published:
1956-01-01

Abstract

The development of mechanization of coal and rock loading processes in preparatory excavations requires further improvement of loading machines and increasing the efficiency of their work. For this purpose, it is necessary to consider the validity of the principles of machine operation, to establish the expediency of the design of the executive body and to outline the direction of their further development. As a criterion for comparing the principles of operation of the executive body of loading machines we take the trajectory of its movement and the direction of movement at the time of introduction into the pile of blasted material. The existing loading machines therefore can be subdivided into three groups: 1) the trajectory of movement of the executive body coincides with the vertical plane, the introduction into the heap of material occurs from below; 2) the trajectory of movement is in a plane close to the horizontal plane; the moment of introduction and separation of material from the heap is characterized by lateral (flank) movement; 3) the trajectory of movement coincides with the vertical plane; introduction into the heap of material occurs from above.

Область исследования:
Power Engineering
Go to volume 33

Similar articles

To the statement of laboratory researches of the process of scooping of rock mass
1956 V. D. Zinevich
About some questions of pneumatic drive dynamics (applied to rock loading machines)
1956 V. D. Zinevich
Automation of bunker loading
1956 N. T. Karelin, А. M. Factorovich
Selection of the most favorable voltage value of supply voltage for signalling devices of underground electric locomotive rolling line
1956 S. P. Vasilievsky
Feasibility study of wagon capacity selection for coal mines
1956 I. T. Karelin
Ways of unification and improvement of belt conveyors design
1956 Ya. B. Kalnitsky, V. D. Zinevich