Guide rail climbing lifting platform and method

• US 20020084142A1
• Filed: 02/26/2002
• Published: 07/04/2002
• Est. Priority Date: 06/03/1999
• Status: Abandoned Application

• Current Assignee: Brent R. Leisening, Carl W. Diedrich, Donald D. Brennan, George M. Burkhart, Ralph Douglas Fredrickson
• Original Assignee: Brent R. Leisening, Carl W. Diedrich, Donald D. Brennan, George M. Burkhart, Ralph Douglas Fredrickson
• Inventors: Brennan, Donald D., Burkhart, George M., Fredrickson, Ralph Douglas, Diedrich, Carl W., Leisening, Brent R.
• Application Number:
  US10/082,878
• Publication Number:
  US 20020084142A1
• Time in Patent Office: Days
• US Class Current: 182/133
• CPC Class Codes: B66B 9/187 with a liftway specially adapted for temporary connection to a building or other structure B66B9/193 takes precedence
• CPC Class Codes: E04H 12/342 Arrangements for stacking tower sections on top of each other E04H12/344 takes precedence
• CPC Class Codes: F03D 13/10 Assembly of wind motors; Arrangements for erecting wind motors
• CPC Class Codes: F05B 2230/61 using auxiliary equipment for lifting or holding
• CPC Class Codes: Y02E 10/72 Wind turbines with rotation axis in wind direction
• CPC Class Codes: Y02P 70/50 Manufacturing or production processes characterised by the final manufactured product

Abstract

A guide rail system is used to erect towers, to place equipment on towers and for maintenance of towers. The guide rail may be added to existing towers. a climbing lifting platform is attached to the guide rails and is used to transport items up and down the tower. The platform may also be used to carry up tower sections during erection of the tower.

Claims

1. A tower comprising in combination:

a) a plurality of generally tubular sections each having a top and a bottom, including a lower tubular section to be anchored to the ground and at least one higher tubular section constructed and arranged to be securable on top of a lower section;

b) each said tubular section including a guide rail extending from said bottom to said top and being constructed and arranged such that stacked and secured tubular sections may be arranged such that the guide rail is continuous from the bottom to the top of the tower thus formed; and

c) a guide rail climbing lifting platform attachable to said guide rails with a carriage track system, said platform including a climbing mechanism for raising and lowering said platform on said guide rails and for securing said carriage track system to said guide rails, said platform further including a carriage assembly for carrying items up and down said tower.

2. The tower of claim 1 further including a wind turbine generator connected atop the highest tubular section.

3. The tower of claim 1 wherein said guide rail climbing lifting platform includes apparatus for moving said carriage assembly horizontally over said tower and for raising and lowering said carriage assembly when positioned over said tower.

4. The tower of claim 1 wherein said climbing mechanism includes a lower pair of latch pins on said platform which engage with pin receiving holes in said rails and a pair of lift cylinders having lower and upper ends, the lower ends of said lift cylinders being mounted to said lift platform and said upper end of said lift cylinders being slidably connected to said guide rail, said upper end of said lift cylinders being securable to said guide rail pin receiving holes via an upper pair of latch pins.

5. The tower of claim 4 wherein said lift cylinders are controlled by a hydraulic control mechanism that causes said lift cylinders to extend and retract and said upper and lower pins to engage and disengage alternatively such that said platform may be driven up and down said guide rails with one set of latch pins always being latched to said guide rail pin receiving holes.

6. The tower of claim 1 wherein said climbing mechanism includes a plurality of latch pins constructed and arranged to engage with said guide rail, said latch pins being controlled by a hydraulic control mechanism which lifts and lowers said platform on said rail with at least one latch pin always being secured to said guide rail.

7. The tower of claim 1 wherein a payload on said platform is carried by said guide rails to a base on which said tower is erected by mounting the lowermost rails against said base.

8. A vertically oriented tower having a series of interconnected modular tubular sections along a vertical height connected by joints, each said tubular section including a guide rail aligned with a guide rail from an adjacent tubular section such that a continuous guide rail extends from the bottom to the top of said tower, said tower including a guide rail climbing lifting platform attachable to said guide rail and including a mechanism for moving along said guide rail, said platform defining a carriage assembly to which items may be placed for delivery up or down said tower.

9. A kit for adapting structures to include a guide rail and guide rail lifting platform system comprising:

a) a plurality of guide rail sections each having mechanisms for attaching the guide rail sections to a structure;

b) a guide rail climbing lifting platform attachable to said guide rail and including a mechanism for moving along said guide rail, said platform defining a carriage assembly to which items may be placed for delivery up or down said structure.

10. The kit of claim 9 wherein said structure is a tower.

11. A method for building towers comprising the steps of:

a) preparing a base;

b) erecting a first generally tubular section on said base, said tubular section including a guide rail along its length;

c) attaching a guide rail climbing lifting platform to said guide rail, said platform including a mechanism for moving along said guide rail, said platform defining a carriage assembly to which items may be placed for delivery up or down said tower;

d) placing another tubular section onto said carriage assembly and lifting said platform on said guide rails and sliding said another tubular section over the top of said first tubular section and securing said sections together; and

e) lowering said platform to receive another tubular section and repeating said process until the desired tower height is achieved.

12. A method for servicing wind generating towers comprising the steps of:

a) attaching a guide rail to the outside of the tower;

b) attaching a guide rail climbing lifting platform to said guide rail, said platform including a a mechanism for moving along said guide rail, said platform defining a carriage assembly to which items may be placed for delivery up or down said tower; and

c) utilizing said platform to raise and lower repair or replacement components on said tower.

13. A method for constructing wind generating towers comprising the steps of:

a) preparing a base;

b) erecting a first generally tubular section on said base, said tubular section including a guide rail along its length;

c) attaching a guide rail climbing lifting platform to said guide rail, said platform including a a mechanism for moving along said guide rail, said platform defining a carriage assembly to which items may be placed for delivery up or down said tower;

d) placing another tubular section onto said carriage assembly and lifting said platform on said guide rails;

e) sliding said another tubular section over the top of said first tubular section and securing said sections together;

e) lowering said platform to receive another tubular section and repeating said process until the desired tower height is achieved; and

f) lowering said platform to receive wind generating turbine components and raising each of said wind generating turbine components on said platform to the top of said tower until all components are assembled.

14. A tower comprising in combination:

a) a plurality of generally tubular sections each having a top and a bottom, including a lower tubular section to be anchored to the ground and at least one higher tubular section constructed and arranged to be securable on top of a lower section;

b) each said tubular section including a guide rail extending from said bottom to said top and being constructed and arranged such that stacked and secured tubular sections may be arranged such that the guide rail is continuous from the bottom to the top of the tower thus formed; and

c) a guide rail climbing lifting platform attachable to said guide rails with a carriage track system, said platform including a climbing mechanism for raising and lowering said platform on said guide rails and for securing said carriage track system to said guide rails, said platform further including a carriage assembly for carrying items up and down said tower, said carriage assembly including apparatus for moving said carriage assembly horizontally over said tower and for raising and lowering said carriage assembly when positioned over said tower.