| 摘要 |
<p>Applied to an object that is comprised of a main body (4) with a pressurization chamber (5) inside it and with the upper central part (3) designed in spherical coordinates, serving as the base to support a segment of a sphere (2). Between the base of the pressurization chamber (5) or the concave base of the insert there exists a limiting axle (7) that restrains the movement (when applicable). The pressurization chamber (5) is filled up with any type of liquid or gas, from an internal or external source, all the way to its top, where it comes into contact with the lower part of the segment of a sphere (2). It is important to stress that, when the pressurization chamber (5) is filled with gas, an inserted having micro-orifices (1) is to be coupled to it. From this point there is the beginning of the process of its suspension due to the pressure of the liquid or gas, generating a random movement due to the laminar effect of the same over its surface, this movement being limited by the axle (7) (when applicable) located under the segment of a sphere (2). All this process receives the name of hydraulic/pneumatic action. The projection of the radius of the segment of a sphere (2), serving as the base to design the spherical chamfer (3) of the object together with the limiting axle (7) (when applicable), guarantee that the segment of a sphere (2) will not topple when it is lifted. The segment of a sphere (2) allows for the attachment of objects, of any geometrical shape, above the same, for the purpose of decoration and/or entertainment, and it can receive illumination from an internal or external source of light.</p> |
