YUNITSKI GLOBAL GEOCOSMIC TRANSPORTATION SYSTEM (EMBODIMENTS) AND METHOD FOR PLACING A PAYLOAD FROM THE SURFACE OF THE PLANET INTO A CIRCULAR ORBIT

摘要

The invention relates to the field of astronautics and space transportation, and more particularly to the field of the commercial exploitation of space and specifically to the design of a multi-purpose geocosmic transportation system and to a method for the operation thereof, which are based on the principle of placing a payload from the surface of the planet into space and onto a set circular orbit without using a rocket. According to a first embodiment, the proposed Yunitski global geocosmic transportation system comprises a global transportation means (5) which encircles the planet (1) along a line (2) where the surface of the planet (1) is intersected by a plane (3) that lies parallel to the plane (4) of the equator (4.1), said transportation means (5) being secured to an elevated launch track (6) of a certain height and being a linear load-bearing structure (7) that encircles the planet (1) and comprises a sealed body (8) with special continuous linear flywheels (10) provided with a magnetic and/or an electromagnetic suspension system (11) and linear electromagnetic drives (12). The defining element of the Yunitski global geocosmic transportation system according to any of the three proposed design embodiments and of the implementation of the method for placing a payload from the surface of the planet onto a circular orbit is the fact that the proposed invention is intended to solve a plurality of geocosmic challenges on an industrial scale, for example, the relocation of the environmentally harmful component of terrestrial industry into near space, the industrialization of space without the use of rockets, and also the stabilization of the climate of the planet.