In this paper demonstrates the conditions of automatic assembly the parts of machines with rotating surfaces, fitted with positive clearance. Determination of the general condition of asseblability allowed for designation of the acceptable relative displacement and torsion axle, combined parts on the mounting position. The designation of depending allowed for assess the technological capacity of the installation equipment. On the basis of this mathematical model was developed a computer program that allows to determine the effect of geometric, strength and dynamic parameters of the assembly process. The examples of results of numerical calculations are shown in the graph
This thesis presents the analysis, design and development of aids for robotic assembly. The purpose ...
The article deals with the issues of the influence of accuracy parameters on the reliability and dur...
Tato bakalářská práce se zabývá problematikou automatizace a mechanizace montážního systému. V první...
The basic direction of promotion work is studying and optimization of technological process for auto...
Rigid mounting of machines to a solid base is one of the requirements for high performance and quali...
Development of the ability to automatically assemble surface mount devices on circuits is described,...
AbstractThe aim of the work is to develop a method for measuring the radial clearance of mounted ant...
The design methods of the conjugated surfaces allowances, with the dynamic process of assembly, the ...
The objective of the research work carried out was the development of techniques useful in automated...
Assembly plays a vital role in the quality of a final product and has a great impact on the manufact...
This article presents the main stages of the development of an automated system of processes for det...
The diploma thesis deals with an orientation mechanism of industrial robots for mounting of pivots a...
There are two bottlenecks of broader applications of industrial robots: off-line-programming must be...
Purpose. The paper focuses on ensuring the rational choice of parameters of the mating surfaces of p...
With advancement in terms of technology, many processes and tasks had been automated, especially in ...
This thesis presents the analysis, design and development of aids for robotic assembly. The purpose ...
The article deals with the issues of the influence of accuracy parameters on the reliability and dur...
Tato bakalářská práce se zabývá problematikou automatizace a mechanizace montážního systému. V první...
The basic direction of promotion work is studying and optimization of technological process for auto...
Rigid mounting of machines to a solid base is one of the requirements for high performance and quali...
Development of the ability to automatically assemble surface mount devices on circuits is described,...
AbstractThe aim of the work is to develop a method for measuring the radial clearance of mounted ant...
The design methods of the conjugated surfaces allowances, with the dynamic process of assembly, the ...
The objective of the research work carried out was the development of techniques useful in automated...
Assembly plays a vital role in the quality of a final product and has a great impact on the manufact...
This article presents the main stages of the development of an automated system of processes for det...
The diploma thesis deals with an orientation mechanism of industrial robots for mounting of pivots a...
There are two bottlenecks of broader applications of industrial robots: off-line-programming must be...
Purpose. The paper focuses on ensuring the rational choice of parameters of the mating surfaces of p...
With advancement in terms of technology, many processes and tasks had been automated, especially in ...
This thesis presents the analysis, design and development of aids for robotic assembly. The purpose ...
The article deals with the issues of the influence of accuracy parameters on the reliability and dur...
Tato bakalářská práce se zabývá problematikou automatizace a mechanizace montážního systému. V první...