Platform Mill for Producing Helically Wound Pipe and Related Method

• US 20120151978A1
• Filed: 12/06/2011
• Published: 06/21/2012
• Est. Priority Date: 12/17/2010
• Status: Abandoned Application

• Current Assignee: Contech Engineered Solutions, LLC (THE QUIKRETE Cos. LLC)
• Original Assignee: Contech Engineered Solutions, LLC (THE QUIKRETE Cos. LLC)
• Inventors: Zepp, William L., Aberle, Daniel W., Sanders, Darrell J., Dawson, Mark A.
• Application Number:
  US13/312,367
• Publication Number:
  US 20120151978A1
• Time in Patent Office: Days
• US Class Current: 72/6.1
• CPC Class Codes: B21C 37/12 Making tubes or metal hoses with helically arranged seams
• CPC Class Codes: B21C 51/00 Measuring, gauging, indicating, counting, or marking devices specially adapted for use in the production or manipulation of material in accordance with subclasses B21B - B21F
• CPC Class Codes: B23K 26/302 of helicoidal seams

Abstract

A pipe production system includes a plurality of platform segments that are coupled together at a construction site to form a work platform. A helical pipe production system is mounted on the work platform. The work platform includes an integrated drive system that enables the platform to be moved around the terrain of the construction site so that pipe can be produced in-line with an intended or desire pipe laying path.

Claims

1. A mobile platform mill for on-site production of pipe, comprising:

a plurality of platform segments coupled together to form a work platform;

a driver unit supporting the work platform above the ground and adapted to move the work platform about a construction site;

a pipe production system mounted on the work platform and including;

a decoiler unit for holding and decoiling a rolled steel sheet;

a profiling mill for forming said steel sheet into a desired profile;

a forming mill for helically coiling said profiled steel sheet into a pipe form;

a joiner unit for joining a helical seam of said pipe form;

a generator to provide power to said mobile platform mill; and

a controller for controlling operations of said mobile platform mill.

2. The mobile platform mill of claim 1, further comprising:

a leveling system on the work platform for leveling said work platform.

3. The mobile platform mill of claim 1, further comprising:

a pipe pull arrangement that pulls said pipe form from said forming mill.

4. The mobile platform mill of claim 3, wherein said pipe pull arrangement is comprised of a pull drive motor and a plurality of spaced apart driven wheels for engaging and driving an outer surface of said pipe as it is produced.

5. The mobile platform mill of claim 4 wherein the driven wheels are angled relative to a longitudinal axis of the pipe form to align with a helix angle of the pipe form.

6. The mobile platform mill of claim 2, wherein said driver unit further comprises a series of drive tracks.

7. The mobile platform mill of claim 6 wherein said driver unit further comprises at least one of (i) a global positioning system (GPS) adapted to assist in positioning the work platform for pipe production or (ii) a laser sighting system.

8. The mobile platform mill of claim 2, wherein said leveling system comprises a plurality of powered actuators with leveling sensors providing feedback control.

9. The mobile platform mill of claim 1, wherein said profiling mill is movable between a first station on said work platform for feeding profiled steel sheet to said forming mill and a second station for feeding profiled steel sheet off of the work platform.

10. The mobile platform mill of claim 1, wherein said joiner unit is a laser welding apparatus.

11. The mobile platform mill of claim 1 in combination with a pipe pull system comprising:

a pipe pull cone apparatus for connecting to the exiting end of said pipe form;

a pipe pull winch; and

a cable for connecting said pipe pull cone to said pipe pull winch.

12. The mobile platform mill of claim 11, wherein said pipe pull winch is mounted on a vehicle that is movable separate from the platform mill.

13. The mobile platform mill of claim 11, wherein said combination of said mobile platform mill and said pipe pull system further comprises a laser sighting and alignment apparatus adapted to assure the desired and appropriate alignment of said mobile platform mill and said pipe pull winch prior to pipe production.

14. The mobile platform mill of claim 1, further comprising a railing along side edge portions of the work platform, and a tent structure to substantially enclose a working space above the work platform.

15. The mobile platform mill of claim 14, further comprising one or more heater units.

16. The mobile platform mill of claim 1, wherein said pipe production system further comprises:

an inspection station for inspecting said joined helical seam;

a compressed air system to provide air pressure to said mobile platform mill; and

a cutoff unit for cutting of said pipe form to a desired length.

17. The mobile platform mill of claim 1 wherein each of the platform segments is sized for transport on standard size truck trailer.

18. A method for on-site production of pipe using a mobile platform mill comprising:

transporting a plurality of platform segments to a construction site;

assembling said platform segments at said construction site to forma work platform;

transporting a plurality of modules to said construction site comprising;

a driver unit supporting said work platform above the ground and adapted to move said work platform about the construction site;

a decoiler unit for holding and decoiling a rolled steel sheet;

a profiling mill for forming said steel sheet into a desired profile;

a forming mill for helically coiling said profiled steel sheet into a pipe form;

a joiner unit for joining a helical seam of said pipe form;

a generator to provide power to said mobile platform mill;

a controller for controlling operations of said mobile platform mill; and

mounting said modules on said work platform.

19. The method for on-site production of pipe of claim 18, wherein each of the platform segments is transported on a standard size truck trailer.

20. The method for on-site production of pipe of claim 18, wherein the plurality of modules further comprises:

a leveling system for leveling said work platform.

21. The method for on-site production of pipe of claim 20, wherein said leveling system comprises a plurality of powered actuators with leveling sensors providing feedback control.

22. The method for on-site production of pipe of claim 18, wherein the plurality of modules further comprises:

a pipe puller that pulls said pipe form from said forming mill; and

a pipe stabilizer unit for supporting said pipe form as it is pulled out of said forming mill.

23. The method for on-site production of pipe of claim 18, wherein said driver unit further comprises at least one of (i) a global positioning system (GPS) adapted to assist in positioning the work platform for pipe production or (ii) a laser sighting system.

24. The method for on-site production of pipe of claim 18, further comprising utilizing a mobile pipe pull apparatus that is spaced apart from the mobile platform mill and movable separate from the mobile platform mill to pull pipe from the mobile platform mill along a pipe laying path.

25. The method of claim 24 wherein:

the mobile pipe pull apparatus comprises;

a pipe pull cone apparatus for connecting to the exiting end of said pipe form;

a pipe pull winch; and

a cable for connecting said pipe pull cone to said pipe pull winch.

26. The method for on-site production of pipe of claim 24, further comprising aligning said mobile platform mill and said mobile pipe pull apparatus along the pipe laying path prior to pipe production.

27. The method for on-site production of pipe of claim 18, further comprising leveling the mobile platform mill.

28. The method for-on-site production of pipe of claim 18, further comprising moving the mobile platform mill to a desired position.

29. The method for on-site production of pipe of claim 18, further comprising cutting said pipe form to a desired length that is at least 100 feet.

30. The method for on-site production of pipe of claim 18, further comprising enclosing the mobile platform mill with a composite tent structure.

31. The method for on-site production of pipe of claim 30, further comprising heating said enclosure with one or more heater units.

32. A method for on-site production of pipe using a mobile platform mill and a mobile pipe puller comprising:

utilizing a mobile platform mill that includes a platform formed of a plurality of platform segments assembled on-site and supporting a corrugated metal pipe production system that includes a profiling mill for forming said steel sheet into a desired profile, a forming mill for helically coiling said profiled steel sheet into a pipe form, and a joiner unit for joining a helical seam of said pipe form, the mobile platform mill further comprising an on-board platform drive system for moving the platform around the job site independent of any transport truck or vehicle;

utilizing a mobile pipe pull apparatus that is separate from the mobile platform mill and includes a pipe pull cable and winch;

positioning the mobile platform mill toward a first end of a defined pipe laying path by operation of the on-board platform drive system;

positioning the mobile pipe pull apparatus toward a second end of the defined pipe laying path;

operating the pipe production system of the mobile platform mill to produce corrugated metal pipe;

operatively coupling the pipe pull cable to the corrugated metal pipe;

operating the pipe pull winch to pull pipe along the pipe laying path as it is produced.

33. The method of claim 32 wherein the step of positioning the mobile platform mill includes one or both of (i) utilizing an on-board GPS system of the mobile platform mill to define an end location of the mobile platform mill or (ii) utilizing a laser sighting system to define an end location of the mobile platform mill.

34. The method of claim 32, further comprising:

operating the pipe production system to produce a continuous pipe structure that extends a full length of the pipe laying path;

cutting the pipe using a cutoff unit mounted on the platform;

positioning the mobile platform mill toward a first end of a second defined pipe laying path by operation of the on-board platform drive system;

positioning the mobile pipe pull apparatus toward a second end of the second defined pipe laying path;

operating the pipe production system of the mobile platform mill to produce corrugated metal pipe;

operatively coupling the pipe pull cable to the corrugated metal pipe;

operating the pipe pull winch to pull pipe along the second pipe laying path as it is produced.