Granted Patent B1

US 8,827,088 · App. 13/300,696 · Granted Sep 9, 2014

Abstract

Claims (47)

1. A support bracket system, comprising:

a) a support member, comprising:

i) a support sidewall extending upwardly from a support sidewall bottom end to a su port sidewall top end, wherein the support sidewall bottom and top ends extend along a support sidewall width along a longitudinal axis to opposed right and left support sidewall surfaces, and wherein the support sidewall bottom and top ends extend along a support sidewall thickness positioned perpendicular to the longitudinal axis to opposed front and back support sidewall surfaces;

ii) a base extending upwardly from a base bottom end to a base top end connected to the support sidewall bottom end, wherein the base bottom and top ends extend along a base width along the longitudinal axis to opposed right and left base surfaces and wherein the base bottom and top ends extend along a base thickness positioned perpendicular to the longitudinal axis to opposed front and back base surfaces;

iii) at least one L-shaped leg comprising a leg transition portion extending downwardly to a foot, wherein the transition portion is connected to the base bottom end with the foot aligned generally perpendicular to the transition portion; and

b) a bracket an L-shaped insert comprising an insert bottom wall extending from a distal insert end to an intermediate insert portion supporting an upstanding insert sidewall, that extends to a distal insert sidewall end, wherein the insert bottom wall has an arched-shaped bottom surface extending from the distal insert end to the intermediate insert portion, and wherein an upper surface of the insert bottom wall provides a landing surface portion disposed between an upstanding ridge adjacent to the distal insert end and the insert sidewall; and

c) wherein the foot portion of the leg is positionable through an opening in a support floor with the insert then being positionable between an upper surface of the support floor and the bottom end of the base so that the transition portion of the leg provides that the base of the support member is spaced above the support floor, but with the foot portion of the leg contacting a bottom surface of the support floor opposite the base so that the insert thereby wedges between the support floor and the support member.

2. The support bracket system of claim 1 wherein the support sidewall is generally comprised of a “U” geometry oriented perpendicular to the longitudinal axis.

3. The support bracket system of claim 1 wherein the support sidewall comprises a cutout portion having a cross-section of essentially a “U” geometry oriented perpendicular to the longitudinal axis, the cutout portion extending through the support sidewall thickness and extending from the support sidewall top end to at least partially towards the support sidewall bottom end.

4. The support bracket system of claim 1 wherein the insert distal end is angled in a downward direction with respect to the landing surface portion.

5. The support bracket system of claim 4 wherein the insert distal end is angled at an insert distal end angle, the insert distal end angle measured between the intersection of a first imaginary line that extends along a distal bottom surface of the insert bottom wall distal end to an intermediate bottom surface of the intermediate insert portion and a second imaginary line that extends tangentially along a top surface of the insert distal end.

6. The support bracket system of claim 1 wherein an overhang portion resides at the insert sidewall distal end, the overhang portion extending about perpendicular from the insert sidewall distal end towards the insert distal end, and wherein the overhang portion is contactable to an external surface of the base to thereby provide mechanical stability to the support member.

7. The support bracket system of claim 1 wherein the thickness of the base is greater than the thickness of the support sidewall thereby forming a front base protrusion having a front base protrusion thickness that extends from the support sidewall front surface to the base front surface and forming a rear base protrusion having a rear base protrusion thickness that extends from the support sidewall back surface to the base back surface, wherein at least a portion of the insert is contactable to at least one of the front and rear base protrusions to thereby provide mechanical stability to the support member.

8. The support bracket system of claim 1 wherein the base comprises a front ledge that extends along a top surface of the base top end between the support sidewall front, surface and the base front surface and a rear ledge that extends along the base top surface between the support sidewall back surface and the base back surface, at least a portion of the insert contactable to either the front or rear ledge to thereby provide mechanical stability to the support member.

9. The support bracket system of claim 1 wherein the arched-shaped bottom surface of the insert comprises an archway radius of curvature partially bounded by the insert distal end and the insert intermediate portion, and wherein the archway provides an upward bias force when positioned between the upper support floor surface and the base bottom end to thereby establish a lockable relationship between the support member and the floor surface.

10. The support bracket system of claim 1 wherein at least one of the insert, the support sidewall, the leg, and the base is composed of a polymeric material.

11. The support bracket system of claim 1 wherein a passageway extends upwardly part-way along the base height from the base bottom end toward the base top end and part-way along the base width between the base right and left surfaces, and wherein at least a portion of the L-shaped insert is positionable therewithin to thereby establish a lockable relationship between the support member and the support floor.

12. The support bracket system of claim 1 wherein when the insert is positioned between the base end and the upper support floor surface, the upstanding ridge is positioned adjacent at least one of the front and back base surfaces to thereby provide a lockable relationship between the support member and the support floor.

13. The support bracket system of claim 1 wherein a first thickness between the distal insert end and the intermediate insert portion is greater than a second thickness of the base between the front and back base surfaces to thereby provide mechanical stability to the support member.

14. A support bracket system, comprising:

a) a support member comprising:

i) a support member sidewall extending upwardly from a support sidewall bottom end to a support sidewall top end, wherein the support sidewall bottom and top ends extend along a support sidewall width along a longitudinal axis to opposed right and left support sidewall surfaces, and wherein the support sidewall bottom and top ends extend along a support sidewall thickness positioned perpendicular to the longitudinal axis to opposed front and back support sidewall surfaces;

ii) a base extending upwardly from a base bottom end to a base top end connected to the support sidewall bottom end, wherein the base bottom and top ends extend along a base width along the longitudinal axis to opposed right and left base surfaces and wherein the base bottom and top ends extend along a base thickness positioned perpendicular to the longitudinal axis to opposed front and back base surfaces;

iii) at least one L-shaped leg comprising a leg transition portion extending downwardly to a foot, wherein the transition portion is connected to the base bottom end with the foot aligned generally perpendicular to the transition portion; and

b) an L-shaped insert comprising an insert bottom wall extending from a distal insert end to an intermediate insert portion supporting an upstanding insert sidewall that extends to a distal insert sidewall end, wherein the insert bottom wall has an archway having an insert archway radius of curvature partially bounded by the distal insert end and the intermediate insert portion, and wherein an upper surface of the insert bottom wall provides a landing surface portion disposed between the distal insert end and the insert sidewall; and

c) wherein the foot portion of the leg is positionable through an opening in a support floor with the insert then being positionable between an upper surface of the support floor and the bottom end of the base so that the transition portion of the leg provides that the base of the support member is spaced above the support floor, but with the foot portion of the leg contacting a bottom surface of the support floor opposite the base so that the insert thereby wedges between the support floor and the support member, and wherein the insert archway is positioned between the upper support floor surface and the base bottom end to thus provide an upward bias force against the base to thereby establish a lockable relationship between the support member and the support floor.

15. The support bracket system of claim 14 wherein the support sidewall is generally comprised of a “U” geometry oriented perpendicular to the longitudinal axis.

16. The support bracket system of claim 14 wherein the support sidewall comprises a cutout portion having a cross-section of a “U” geometry oriented perpendicular to the longitudinal axis, the cutout portion extending through the support sidewall thickness and extending at least partially through the support sidewall top end towards the support sidewall bottom end.

17. The support bracket system of claim 14 wherein the bracket insert distal end is angled in a downward direction with respect to the landing surface portion.

18. The support bracket of claim 14 wherein an upstanding ridge positioned adjacent the distal insert end along the upper surface of the insert bottom wall is positionable adjacent either the front or back base surface to thereby establish a lockable relationship between the support member and the support floor.

19. The support bracket of claim 14 wherein the landing surface portion provides a surface on which the base end is positioned to thereby provide mechanical stability to the support member.

20. The support bracket of claim 14 wherein the insert distal end is angled at an insert distal end angle, the insert distal end angle extending between the intersection of a first imaginary line that extends along a bottom surface of the insert, bottom wall distal end and a second imaginary line that extends tangentially along a top surface of the insert distal end, wherein the insert distal end angle ranges from about 20° to about 50°.

21. The support bracket system of claim 14 wherein a passageway extends upwardly part-way along the base height from the base bottom end toward the base top end and part-way along the base width between the base right and left surfaces, and wherein at least a portion of the L-shaped insert is positionable therewithin to thereby establish a lockable relationship between the support member and the support floor.

22. The support bracket system of claim 14 wherein the base comprises a front ledge that extends along a top surface of the base top end between the support sidewall front surface and the base front surface and a rear ledge that extends along the base top surface between the support sidewall back surface and the base back surface, and wherein at least a portion of the insert is contactable to either the front or rear ledge to thereby provide mechanical stability to the support member.

23. The support bracket system of claim 22 wherein an overhang portion resides at the insert sidewall distal end, the overhang portion extending about perpendicular from the insert sidewall distal end towards the insert distal end, and wherein the overhang portion is contactable to at least one of the front and rear ledges to thereby provide mechanical stability to the support member.

24. A support bracket system, comprising:

a) a support member comprising:

i) a support sidewall extending upwardly from a support sidewall bottom end to a support sidewall top end, wherein the support sidewall bottom and top ends extend along a support sidewall width along a longitudinal axis to opposed right and left support sidewall surfaces, and wherein the support sidewall bottom and top ends extend along a support sidewall thickness positioned perpendicular to the longitudinal axis to opposed front and back support sidewall surfaces;

ii) a base extending upwardly from a base bottom end to a base top end connected to the support sidewall bottom end, wherein the base bottom and top ends extend along a base width along the longitudinal axis to opposed right and left base surfaces and wherein the base bottom and top ends extend along a base thickness positioned perpendicular to the longitudinal axis to opposed front and back base surfaces;

iii) at least one L-shaped leg comprising a leg transition portion extending downwardly to a foot, wherein the transition portion is connected to the base bottom end with the foot aligned generally perpendicular to the transition portion; and

b) an L-shaped insert comprising an insert bottom wall extending from a distal insert end to an intermediate insert portion supporting an upstanding insert sidewall extending to a distal sidewall end, wherein the insert bottom wall has an archway having an insert archway radius of curvature partially bounded by the distal insert end and the intermediate insert portion, and wherein an upper surface of the insert bottom wall provides a landing surface portion disposed between an upstanding ridge adjacent to the distal insert end and the insert sidewall; and

c) wherein the foot portion of the leg is positionable through an opening in a support floor with the insert then being positionable between an upper surface of the support floor and the bottom end of the base so that the transition portion of the leg provides that the base of the support member is spaced above the support floor, but with the foot portion of the leg contacting a bottom surface of the support floor opposite the base so that the insert is positioned between the support floor and the support member so that the ridge is positioned adjacent to at least one of the front and back base surfaces, and wherein the archway is positioned beneath the base end to thus provide an upward bias force against the support member base and to thereby establish a lockable relationship between the support member and the support floor.

25. The support bracket system of claim 24 wherein the base portion thickness is greater than the support member thickness thereby forming a front base protrusion having a front base protrusion thickness that extends from the support sidewall front surface to the base front surface and forming a rear base protrusion having a rear base protrusion thickness that extends from the support sidewall back surface to the base back surface, wherein at least a portion of the insert is contactable to at least one of the front and rear base protrusions to thereby provide mechanical stability to the support member.

26. The support bracket system of claim 24 wherein the base comprises a front ledge that extends along a top surface of the base top end between the support sidewall front surface and the base front surface and a rear ledge that extends along the base top surface between the support sidewall back surface and the base back surface, and wherein at least a portion of the insert is contactable to either the front or rear ledge to thereby provide mechanical stability to the support member.

27. The support bracket system of claim 26 wherein an overhang portion resides at the insert sidewall distal end, the overhang portion extending about perpendicular from the insert sidewall distal end towards the insert distal end, and wherein the overhang portion is contactable to at least one of the front and rear ledges to thereby provide mechanical stability to the support member.

28. The support bracket system of claim 24 wherein the first support member portion is generally of a “U” geometry oriented perpendicular to the longitudinal axis.

29. The support bracket system of claim 24 wherein the first support member portion comprises a cutout portion having a cross-section of essentially a “U” geometry oriented perpendicular to the longitudinal axis that extends through the first support member top end and at least partially through the first support member thickness towards the first support member bottom end.

Assignments (13)