HIGH TECHNOLOGY IN PLATFORMS LEVELING AND WEIGHING
Authors:
Type:
Article
Pages:
from 44
to 48
Status:
Published
Received:
14.11.2016
Accepted:
14.11.2016
Published:
14.11.2016
Language:
Russian, English
Keywords:
leveling, weighing, outrigger, retraction speed, insensibility area, static accuracy, performance.
Abstract (English):
For the optimization of a leveling and weighing system of different machines there is developed a program for the basic parameters computation of leveling: a speed of outriggers retraction and a width of an insensibility area of a threshold element. This program is carried out on the basis of the algorithm created according to the computation specified parameters of a platform.
For the optimization of a leveling and weighing system of different machines there is developed a program for the basic parameters computation of leveling: a speed of outriggers retraction and a width of an insensibility area of a threshold element. This program is carried out on the basis of the algorithm created according to the computation specified parameters of a platform.
Keywords:
leveling, weighing, outrigger, retraction speed, insensibility area, static accuracy, performance.
leveling, weighing, outrigger, retraction speed, insensibility area, static accuracy, performance.
1. Belyaev, V.V. Fundamentals of Optimization Synthesis at Designing Earth-Moving Machines; 2-d Ed., revised and supplemented. - Omsk: OTII, 2006. - pp. 143.
2. Automation of Devices Design for Control of Construction Platform Position / V.S. Shcherbakov, М.S. Korytov, М.G. Grigoriev. - Omsk: SibADI, 2011. - pp. 118.
3. Trukhanov, В.М. Reliability and Tests of Armament Systems. - М.: Mechanical Engineering, 2009. - pp. 520.
4. Panteleev, А.V., Letova, Т.А. Methods of Optimization in Examples and Tasks: Texbook. - М.: Higher School, 2005. - pp. 544.
5. Trukhanov, В.М. New Approach to Complex Systems Reliability Support. - М.: Mechanical Engineering, 2010. - pp. 246.
