Space station facility

Claim 2

A space station facility for use in outer space, comprising: a pressurized module having berthing ports; and a cuboctahedral-shaped structure connected to said pressurized module and surrounding said pressurized module so that said module is substantially centrally located within said structure, said cuboctahedral-shaped structure including a plurality of elongated members connected together to form a cuboctahedral shape, and to provide access to said berthing ports, said elongated members being of equal length and said cuboctahedral-shaped structure comprising six pyramidal-shaped modules formed by said elongated members which are connected to eight tetrahedral-shaped modules formed by said elongated members, each of said pyramidal-shaped modules having a square base and four equilateral triangular sides with a vertex thereof connected to said pressurized module near a center of said cuboctahedral-shaped structure.

Claim 3

The space station facility of claim 1 wherein each of said tetrahedral-shaped modules has four equilateral triangular sides with a vertex thereof connected to said pressurized module near said center of said cuboctahedral-shaped structure.

Claim 4

The space station facility of claim 2 wherein said six pyramidal-shaped modules provide six pyramidal-shaped berthing spaces which furnish access to said berthing ports, and said eight tetrahedral-shaped modules provide eight tetrahedral-shaped berthing spaces which furnish access to said berthing ports.

Claim 5

The space station facility of claim 3 wherein said elongated members are hinged at the midpoints thereof in order to facilitate deployment in outer space.

Claim 6

The space station facility of claim 4 wherein said elongated members are about 45 feet long, and said pressurized module has a diameter of about 141/2 feet.

Claim 7

A space station facility for use in outer space, comprising: a pressurized module having berthing ports; and a cuboctahedral-shaped structure connected to said pressurized module and surrounding said pressurized module so that said module is substantially centrally located within said structure, said cuboctahedral-shaped structure being formed from a plurality of elongated members of equal length so that access is provided to said berthing ports and said cuboctahedral-shaped structure having six square-shaped faces and eight equilateral triangular-shaped faces at an outer periphery thereof, said pressurized module having a vertically-oriented longitudinal axis substantially passing through a center of said cuboctahedral-shaped structure and substantially through centers at a top one of said square-shaped faces and a bottom one of said square-shaped faces, said top and bottom square-shaped faces being horizontally oriented, said cuboctahedral-shaped structure comprising six pyramidal-shaped modules formed by said elongated members which are connected to eight tetrahedral-shaped modules formed by said elongated members, each of said pyramidal-shaped modules having one of said square-shaped faces as its base and four equilateral triangular sides with a vertex thereof connected to said pressurized modular near a center of said cuboctahedral-shaped structures.

Claim 8

A space station facility for use in outer space, comprising: a pressurized module having berthing ports; and a cuboctahedral-shaped structure connected to said pressurized module and surrounding said pressurized module so that said module is substantially centrally located within said structure, said cuboctahedral-shaped structure being formed from a plurality of elongated members of equal length so that access is provided to said berthing ports and said cuboctahedral-shaped structure having six square-shaped faces and eight equilateral triangular-shaped faces at an outer periphery thereof, said pressurized module having a vertically-oriented longitudinal axis substantially passing through a center of said cuboctahedral-shaped structure and substantially through centers at a top one of said square-shaped faces and a bottom one of said square-shaped faces, said top and bottom square-shaped faces being horizontally oriented, said cuboctahedral-shaped structure comprising six pyramidal-shaped modules formed by said elongated members which are connected to eight tetrahedral-shaped modules formed by said elongated members, each of said pyramidal-shaped modules having one of said square-shaped faces as its base and four equilateral triangular sides with a vertex thereof connected to said pressurized modular near a center of said cuboctahedral-shaped structures.

Claim 9

The space station facility of claim 6 wherein each of said tetrahedral-shaped modules has one of said equilateral triangular-shaped faces as its base and three equilateral triangular sides with a vertex thereof connected to said pressurized module near said center of said cuboctahedral-shaped structure.

Claim 10

The space station facility of claim 7 wherein said six pyramidal-shaped modules provide six pyramidal-shaped berthing spaces which furnish access to said berthing ports, and said eight tetrahedral-shaped modules provide eight tetrahedral-shaped berthing spaces which furnish access to said berthing ports.

Claim 11

The space station facility of claim 8 wherein said elongated members are hinged at midpoints thereof in order to facilitate deployment in outer space.

Claim 12

A space station facility for use in outer space, comprising: a pressurized module having berthing ports; and a cuboctahedral-shaped structure connected to said pressurized modular and surrounding said pressurized module so that said module is substantially centrally located within said structure, said cuboctahedral-shaped structure comprising a plurality of elongated members of equal length connected together to provide access to said berthing ports and to form a cuboctahedral shape including: (a) six pyramidal-shaped modules, and (b) eight tetrahedral-shaped modules connected to said six pyramidal-shaped modules, each of said modules having a vertex thereof connected to said pressurized module near a center of said cuboctahedral-shaped structure, each of a selected number of said modules providing an unobstructed space for access to one of said berthing ports.

Claim 13

A space station facility for use in outer space, comprising: a pressurized module having berthing ports; and a cuboctahedral-shaped structure connected to said pressurized modular and surrounding said pressurized module so that said module is substantially centrally located within said structure, said cuboctahedral-shaped structure comprising a plurality of elongated members of equal length connected together to provide access to said berthing ports and to form a cuboctahedral shape including: (a) six pyramidal-shaped modules, and (b) eight tetrahedral-shaped modules connected to said six pyramidal-shaped modules, each of said modules having a vertex thereof connected to said pressurized module near a center of said cuboctahedral-shaped structure, each of a selected number of said modules providing an unobstructed space for access to one of said berthing ports.

Claim 14

The space station facility of claim 10 wherein each of said pyramidal-shaped modules has a square base and four equilateral triangular sides.

Claim 15

The space station facility of claim 11 wherein each of said tetrahedral-shaped modules has four equilateral triangular sides.

Claim 16

The space station facility of claim 12 wherein said unobstructed spaces for access to said berthing ports are pyramidal-shaped berthing spaces provided by said pyramidal-shaped modules, and tetrahedral-shaped berthing spaces provided by said tetrahedral-shaped modules.

Claim 17

The space station facility of claim 13 wherein said elongated members are hinged at midpoints thereof in order to facilitate deployment in outer space.

Claim 18

The space station of claim 10 wherein some of said berthing ports are located on pressurized vessels extending outward from said pressurized module, said module having a vertically-oriented longitudinal axis that substantially passes through a center of said cuboctahedral shape, said pressurized vessels having longitudinal axes horizontally oriented so that access to said ports located on said pressurized vessels is provided through said unobstructed spaces of said tetrahedral-shaped modules.

Claim 19

The space station of claim 15 wherein said pressurized module has four berthing ports located on four pressurized vessels disposed above said center of said cuboctahedral shape, and has four berthing ports located on four pressurized vessels disposed below said center of said cuboctahedral shape.