Mathematical and graphical modelling of an inertial system that uses the force of inertia of a liquid

In the work is described an inertial system of transforming the rotational movement into unidirectional linear motion using the inertia force of a liquid, which ensures the obtaining of the unidirectional linear motion of the device to which this system is mounted, without the need to achieve a kine...

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Bibliographic Details
Published in:IOP conference series. Materials Science and Engineering 2022-10, Vol.1256 (1), p.12005
Main Authors: Geröcs, A, Muncut (Wisznovszky), E, Glăvan, D, Komjaty, A, Muller, V, Erdodi, GM, Culda, L
Format: Article
Language:English
Subjects:
Chain drives
Cylinders
Inertia
Kinematics
Mathematical analysis
Movement
Pallets
Rotation
Traction force
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Summary:In the work is described an inertial system of transforming the rotational movement into unidirectional linear motion using the inertia force of a liquid, which ensures the obtaining of the unidirectional linear motion of the device to which this system is mounted, without the need to achieve a kinematic chain from the drive engine of the system to the running wheels of the device (on which this inertial system is mounted). The system is composed of a cylinder having a cavity, of another full cylinder, some pallets with the possibility of radial sliding, some front sealing caps, components that delimit some variable volumes of liquids during a complete rotation, rotation made with the help of the mentioned pallets, thus leading to the realization of a traction force according to a well-established direction. The paper also presents the mathematical calculation of the inertia force developed by this system during rotation by 360 0 .
ISSN:1757-8981
1757-899X
DOI:10.1088/1757-899X/1256/1/012005