Converted wood article

1. A converted elongated wood article comprising: a first planar face and a longitudinally extending face with rectangular steps whose step surface are parallel to a longitudinal extension of said converted elongated wood article, a first set of said step surfaces parallel to, and a second set of said step surfaces perpendicular to said first planar face, with said rectangular steps extending from said first planar face to a second planar face coinciding with a parallel one of said first set of step surfaces, and a third face oriented such that said first planar, said longitudinally extending, said second planar face and said third face for a triangular cross-section, said converted wood article having a solid body and forming an elongated structural construction component when bonded to one or more identical converted elongated wood articles;

wherein said third face is a longitudinally extending face having rectangular steps whose step surfaces are parallel to a longitudinal extension of said converted elongated wood article and having a first set of said step surfaces parallel to, and a second set of said step surfaces perpendicular to, said first planar face.

2. A converted elongated wood article according to claim 1 , wherein said third face is a planar face at a right angle to said first planar face.

3. A converted wood article according to claim 1 , wherein planes passing through extremities of said rectangular steps each form an equal angle with said longitudinally extending face.

4. A converted elongated wood article according to claim 1 , wherein said rectangular steps each have equal dimensions.

5. A converted elongated wood article according to claim 1 , wherein the number of said rectangular steps on said longitudinally extending face is at least three.

6. A converted elongated wood article according to claim 1 , where the number of rectangular steps on said longitudinally face is at least three.

7. A converted elongated wood article according to claim 1 , wherein the number of said rectangular steps on said longitudinally extending face and said third face is equal and at least three.

8. A converted elongated wood article according to claim 1 , wherein an extremity of each of said rectangular steps lies along a plane that does not pass through and converted elongated wood article.

9. A composite wood product made up of a plurality of the converted elongated wood articles according to claim 1 .

10. A composite wood product according to claim 9 , wherein each said converted wood article is an elongated beam.

11. A composite wood product according to claim 9 , wherein each rectangular step of each said converted wood article has substantially similar dimensions to every other of said rectangular steps.

12. A composite wood product comprising a plurality of the converted elongated wood articles according to claim 2 .

13. A composite wood product according to claim 12 , wherein said composite wood product has a rectangular cross-section.

14. A composite wood product according to claim 13 , wherein each said converted elongated wood article is an elongated beam.

15. A composite wood product comprising four of the converted elongated wood articles according to claim 1 .

16. A composite wood product according to claim 15 , wherein said composite wood product has a rectangular cross-section.

17. A composite wood product according to claim 16 , further comprising a hollow interior space along a longitudinal direction of said composite wood product.

18. A composite wood product according to claim 17 , including reinforcing material fixed within said hollow interior space of said composite wood product.

19. A method of fabricating a composite wood product comprising: gluing together at least two converted elongated wood articles, each said converted wood article having a first planar face and a longitudinally extending face with rectangular steps having step surfaces that are parallel to, and a second set of said step surfaces perpendicular to, said first planar face, said steps extending from said first planar face to a second planar face coinciding with a parallel on of said first set of step surfaces, and a third face oriented such that said first planar, said longitudinally extending, second planar and third faces form a triangular cross-section, wherein the step of one of said converted elongated wood articles are joined in mating abutment to the steps of another identical one of said converted elongated wood articles having a solid body and forming a joint.

20. A method according to claim 19 , wherein said third face of each said converted elongated wood article is a longitudinally extending face with rectangular steps whose step surfaces are parallel to a longitudinal extension of said converted elongated wood article and having a first set of said step surfaces parallel to, and a second set of said step surfaces perpendicular to, said first planar face.

21. A method according to claim 19 , wherein said third face of each of said converted elongated wood article is a planar face at a right angle to said first planar face.

22. A method according to claim 19 , wherein the composite wood product is rectangular in cross-section.

23. A method according to claim 19 , including kiln drying wood pieces before shaping such wood pieces into said converted elongated wood articles so as to remove moisture from said wood pieces.

24. A method according to claim 23 , including cutting said wood pieces transversely to form wood pieces having substantially one meter lengths.

25. A method according to claim 19 , wherein said composite wood product has a hollow interior space.

26. A method according to claim 25 , including inserting a reinforcing rod in said hollow interior space.

27. A method of fabricating, from a log, a converted elongated wood article comprising: forming a first planar face and a longitudinally extending face with rectangular steps whose step surfaces are parallel to a longitudinal extension of said converted elongated wood article, and a first set of said step surfaces parallel to, and a second set of said step surfaces perpendicular to, said first planar face, and forming a second planar face parallel to said first planar face and extending said steps from said first planar face to said second planar face such that said second planar face and said steps are proximate a periphery of said log and said first planar face lies along a diameter of said log forming a third face oriented such that said first planar, said longitudinally extending second planar and third faces form a triangular cross-section, said converted wood article having a solid body and forming an elongated structural construction component when bonded to one or more identical converted elongated wood articles.

28. A method according to claim 27 , further including establishing said triangular cross-section such that at least two vertices of said triangular cross-section are located outside of an exterior surface of said log and at least two steps have edges on the exterior surface of said log.