The use of serial automotive equipment when performing special lifting tasks

Abstract

The solution to the problem of increasing the productivity of tow trucks and cranes on the chassis of serial cars largely depends on the solution to the issues of mastering the production of new types of heavy lifting capacity, the development and creation of progressive technological processes of maintenance and operation. Compared to a simple truck, vehicles equipped with a manipulator have a number of advantages: higher technical and economic indicators; the ability to vary the carrying capacity over a wider range; service by one driver of several transport units and others. The efficiency of using such units is mainly determined by the totality of their operational properties, which require rational management at the stages of design, production and operation. There are many types of lifting mechanisms for loading units, the most common of which are structures in the form of a telescopic boom and in the form of a combined loading device. The aim of this work is to create and parametrize the invariant structure of a telescopic boom in such a way that, when changing its parameters, it would be possible to obtain an arrow of any kind. The presented consideration shows that the use of such machines and assemblies is a wide area, in the study of which it is necessary to apply many branches of modern natural science and technology. There is no doubt that both the growth of research in this area and an increase in the volume of practical applications of objects of this type will continue.

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