Results of research to improve efficiency of vibrating machines

The paper presents the results of solving the problem of creating an area oscillator, the design of which allows direct oscillations to be obtained in one housing. Moreover, the direction of the action of the driving force can be changed within 360⁰, during installation. The paper presents a methodology and a tool for the calculation and design of vibration devices with an asymmetric forcing force, which allows you to send a large part of the generated oscillation energy to perform useful work and reduce its consumption during the idle stage. The novelty of the work is that it presents some completed results of theoretical studies and practical implementation of them, relating to the second and third level of enhancement of vibration equipment. The presented scientific and practical results expand the capabilities of engineers of designers and creators of vibration equipment in the field of its improvement and expansion of the field of application. The article outlines the conceptual issues of the formation of the idea and directions of research on the development of the theoretical foundations for the design of vibration modules for technological processes using vibrational technologies. The main results obtained in the development of experimental industrial models of innovative vibration mechanisms and in the development of methods for their design are given.