초록 ▼

A vacuum highway and vehicle system is composed of a cylindrical vehicle structure which travels in an evacuated medium. An electromagnetic propulsion system on the structure is provided for acceleration and deceleration the vehicle along the highway by interacting with magnets on the highway. An el

A vacuum highway and vehicle system is composed of a cylindrical vehicle structure which travels in an evacuated medium. An electromagnetic propulsion system on the structure is provided for acceleration and deceleration the vehicle along the highway by interacting with magnets on the highway. An electromagnetic rotational stabilization system on the structure also cooperates with the highway magnets to prevent uncontrolled rotation of the structure during travel. The vehicle structure is levitated for travel through the highway by an electrostatic levitation system, which is composed of electrostaticly charged surfaces on the structure and the highway which interact. The surfaces on the highway are segmented to prevent migration of the charge.

대표청구항 ▼

A vacuum highway and vehicle system, comprising: a cylindrical structure having redundant cylinders for containment of a habitable environment, a compartment for passengers, ballast tanks, a pump for submersion control to allow the passage from said highway through a vacuum highway seal to a transfe

A vacuum highway and vehicle system, comprising: a cylindrical structure having redundant cylinders for containment of a habitable environment, a compartment for passengers, ballast tanks, a pump for submersion control to allow the passage from said highway through a vacuum highway seal to a transfer station for transfer of cargo and said passengers, redundant oxygen tanks to supply breathing air, a battery for power, a fan for circulating the air, and a filter for removal of noxious gases; an electromagnetic propulsion system having magnets mounted on said highway to provide a magnetic field, vertical conductor bars mounted on the exterior of said structure for application of a translational force to said structure by interaction with said magnets on said highway, and an electronic commutator including a position sensor connected to said bars for maintaining said force in a selected direction for acceleration or deceleration; an electrostatic levitation system having surface conductors on the top or bottom of said structure, and surface conductors on said highway for interaction with said surface conductors on said structure to maintain a charge for levitation of said structure, said surface conductors of said highway being segmented to prevent migration of said charge; an elevation sensor system having a light source, and an array of photo detectors operatively connected to control current to said conductor bars on said structure for control of levitational elevation; and a rotational control system having horizontal conductor bars mounted on the exterior of said structure for application of rotational force to said structure when passing said magnets, an additional electronic commutator including an additional position sensor connected to said horizontal conductor bars for maintaining said rotational force in a selected direction for rotational stability, and a rotational sensor for selecting said direction of said rotational force.