초록 ▼

A ropeway vehicle transportation network includes pairs of ropeway cables on which ropeway vehicles travel the network stations. A plurality of network stations are line changer stations connected to at least two ropeway lines. Each line changer station includes shifter rails that rotate around a ve

A ropeway vehicle transportation network includes pairs of ropeway cables on which ropeway vehicles travel the network stations. A plurality of network stations are line changer stations connected to at least two ropeway lines. Each line changer station includes shifter rails that rotate around a vertical axis. When a first ropeway vehicle is on the shifter rails, the shifter rails can be rotated to select on which set of the at least two ropeway lines the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails.

대표청구항 ▼

1. A ropeway vehicle transportation network comprising: a plurality of network stations;ropeway lines connecting the network stations, each ropeway line including: a first ropeway cable that includes a live wire that carries an electrical current, anda second ropeway cable that includes a neutral or

1. A ropeway vehicle transportation network comprising: a plurality of network stations;ropeway lines connecting the network stations, each ropeway line including: a first ropeway cable that includes a live wire that carries an electrical current, anda second ropeway cable that includes a neutral or ground wire that functions as a neutral or ground with respect to the electrical current within the live wire; and,ropeway vehicles that traverse over the ropeway lines between network stations in the plurality of network stations, the ropeway vehicles receiving power from the live wire in the first ropeway cable;wherein at least a subset of the network stations are line changer stations connected to at least three ropeway lines, each line changer station including shifter rails that are rigid, horizontally oriented and rotate around a vertical axis at least 180 degrees, so that while a first ropeway vehicle is suspended from the shifter rails, the shifter rails can be rotated to change a direction faced by the first ropeway vehicle, including making a U turn, and to select on which set of the at least three ropeway lines the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails, the shifter rails being able to rotate to select any of the at least three ropeway lines on which the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails; andwherein ropeway lines that are not currently being traversed by a ropeway vehicle each form a catenary curve and when the ropeway vehicles traverse over the ropeway lines between network stations, the ropeway lines bear full weight of the ropeway vehicles so that the ropeway lines further sag in a vertical direction because of the weight of the ropeway vehicles. 2. A ropeway vehicle transportation network as in claim 1 wherein each network station in the plurality of network stations is located on top of at least one of the following: an office building;a commercial shopping store or commercial shopping center;a public park;a residential building;a traffic pole;a pole in a field. 3. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame. 4. A ropeway vehicle transportation network as in claim 1 wherein when the ropeway vehicles are powered by internal batteries when within the network stations. 5. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame, the line terminal frame including sensors for checking and maintaining alignment of the shifter rails with the line terminal rails. 6. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails and wherein the shifter rails are mounted on a shifter frame, the shifter frame including sensors for checking and maintaining alignment of the shifter rails with the line terminal rails. 7. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails and wherein the shifter rails are mounted on a shifter frame, the shifter being rotated by a motor. 8. A ropeway vehicle transportation network as in claim 1, wherein each network station in the plurality of network stations includes a top cover plate that allows to the line changer to attach to objects. 9. A ropeway vehicle transportation network as in claim 1, wherein each network station in the plurality of network stations includes a base plate that allows to the line changer to attach to objects. 10. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails, each terminal rail being tapered at an end closest to the shifter rails. 11. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails, each terminal rail being tapered at an end closest the shifter rails and wherein ends of the shifter rails are tapered. 12. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame, wherein each terminal rail has a hole for receiving an end of a ropeway cable and additional holes for securing the ropeway cable to the terminal rail. 13. A ropeway vehicle transportation network as in claim 1, wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame, wherein each terminal rail has a hole for receiving an end of a ropeway cable and additional holes for securing the ropeway cable to the terminal rail using one or a combination of tie wrap, belts, flexible members, small ropes and screws. 14. A ropeway vehicle transportation network as in claim 1, wherein each ropeway vehicle includes an attachment port for attaching a payload. 15. A ropeway vehicle transportation network comprising: ropeway lines on which ropeway vehicles travel the network stations; and,a plurality of network stations that are line changer stations connected to at least two pairs of ropeway cables, each line changer station including shifter rails that are rigid, horizontally oriented and rotate around a vertical axis at least 180 degrees, so that while a first ropeway vehicle is suspended from the shifter rails, the shifter rails can be rotated to change a direction faced by the first ropeway vehicle, including making a U turn and to select on which pair of the at least two ropeway cables the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails, the shifter rails being able to rotate to select any of the at least two pairs of ropeway cables on which the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails;wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame; andwherein ropeway lines that are not currently being traversed by a ropeway vehicle each form a catenary curve and when the ropeway vehicles traverse over the ropeway lines between network stations, the ropeway lines bear full weight of the ropeway vehicles so that the ropeway lines further sag in a vertical direction because of the weight of the ropeway vehicles. 16. A ropeway vehicle transportation network as in claim 15, wherein the shifter rails are mounted on a shifter frame, the shifter frame including sensors for checking and maintaining alignment of the shifter rails with the line terminal rails. 17. A ropeway vehicle transportation network as in claim 15, wherein each terminal rail is tapered at an end closest to the shifter rails. 18. A ropeway vehicle transportation network as in claim 15, wherein each ropeway line includes: a first ropeway cable that includes a live wire that carries an electrical current, anda second ropeway cable that includes a neutral or ground wire that functions as a neutral or ground with respect to the electrical current within the live wire. 19. A ropeway vehicle transportation network comprising: ropeway lines on which ropeway vehicles travel the network stations, each ropeway line including: a first ropeway cable that includes a live wire that carries an electrical current, anda second ropeway cable that includes a neutral or ground wire that functions as a neutral or ground with respect to the electrical current within the live wire; and,a plurality of network stations that are line changer stations connected to at least two ropeway lines, each line changer station including shifter rails that are rigid, horizontally oriented and rotate around a vertical axis, so that while a first ropeway vehicle is suspended from the shifter rails, the shifter rails can be rotated at least 180 degrees to change a direction faced by the first ropeway vehicle, including making a U turn, and to select on which set of the at least two ropeway lines the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails, the shifter rails being able to rotate to select any of the at least two ropeway lines on which the first ropeway vehicle will traverse when the first ropeway vehicle exits the shifter rails;wherein each ropeway line is connected to a network station from the plurality of network stations at a pair of line terminal rails mounted on a line terminal frame; andwherein ropeway lines that are not currently being traversed by a ropeway vehicle each form a catenary curve and when the ropeway vehicles traverse over the ropeway lines between network stations, the ropeway lines bear full weight of the ropeway vehicles so that the ropeway lines further sag in a vertical direction because of the weight of the ropeway vehicles. 20. A ropeway vehicle transportation network as in claim 19, wherein the ropeway vehicles rely on battery power when traversing the shifter rails.