Modular canopy

• US 5,185,972 A
• Filed: 02/27/1991
• Issued: 02/16/1993
• Est. Priority Date: 02/27/1991
• Status: Expired due to Fees

• Current Assignee: Richard A. Markiewicz
• Original Assignee: Richard A. Markiewicz
• Inventors: Markiewicz, Richard A.
• Primary Examiner(s): Scherbel, David A.
• Assistant Examiner(s): NGUYEN, KIEN T
• Application Number:
  US07/661,208
• Time in Patent Office: 720 Days
• Field of Search: 52/2.18, 52/2.21, 52/63, 52/646, 52/648, 52/650, 52/90, 52/97, 52/639, 52/73, 135/101, 135/105, 135/106, 135/107, 135/112, 135/115, 135/102, 135/DIG. 8, 135/DIG. 9
• US Class Current: 52/63
• CPC Class Codes: E04H 15/58 Closures; Awnings; Sunshades
• CPC Class Codes: Y10S 135/908 Super tent or canopy

Abstract

An all-purpose modular canopy system including a canopy frame formed of a plurality of interconnected sections, the sections being formed of welded tubular elements. The sections are modular in configuration including end and central portions whereby the sections may be selectively assembled to produce the desired length. The canopy frame includes transversely disposed brace elements associated with supporting columns and adjustable fittings to facilitate alignment of the columns and canopy frame, and the canopy frame is covered by a flexible covering using a lacing system between the frame and covering to maintain covering tension. The covering may include a skirt cooperating with skirt stabilizers formed in the canopy frame corners for maintaining the skirt properly oriented.

Claims

1. A modular canopy system characterized by its versatility of assembly comprising, in combination, a pair of pre-assembled unitary integral identical canopy end sections each having a length and a width and formed by a plurality of tubular elements welded together, said sections each including first and second substantially parallel spaced lateral elements extending in the direction of the length of the sections and defining the sections'"'"' width, each of said lateral elements having an inner end, each of said sections including a tubular gable element located substantially centrally between said lateral elements and substantially parallel thereto and having an inner end, each of said sections including a plurality of tubular rib elements having ends, the ends of each of said rib elements being welded to said first and second lateral elements, respectively, said rib elements extending over and welded to the associated gable element and being substantially parallel to each other, and connection means defined on said inner ends of said lateral and said gable elements'"'"' selectively permitting said lateral and gable elements'"'"' inner ends of said pair of end sections to be interconnected to define a complete canopy frame.

2. In a modular canopy system characterized by its versatility of assembly, comprising, in combination, an integral pre-assembled canopy section formed of a plurality of tubular elements welded together and having a length and width, said section including spaced, substantially parallel first and second lateral elements extending in the direction of the length of the section and defining the section'"'"'s width, said lateral elements each having at least one free connectable end, said section including a tubular gable element located substantially centrally between said lateral elements and substantially parallel thereto, at least one free connectable end defined upon said gable element, said section including a plurality of tubular rib elements having ends, said rib elements being substantially parallel to each other and substantially perpendicular to said lateral and gable elements and passing over said gable element and welded thereto, each of said rib elements'"'"' ends being welded to said lateral elements, said welded lateral, gable and rib elements comprising a unitary modular canopy section capable of being interconnected to similar canopy sections at said elements'"'"' connectable ends.

4. In a modular canopy system as in claim 2, said lateral and gable element free connectable ends selectively comprising a socket or socket insert.

5. In a modular canopy system as in claim 2, said canopy section having a longitudinal end as defined by the rib element closest said lateral and gable elements'"'"' connectable ends constituting an end rib element, said connectable end of said first lateral element extending beyond said end rib element a greater distance than the connectable end of said second lateral element, and said gable element connectable end extending beyond said end rib element a distance greater than that of said second lateral element and less than that of said first lateral element.

6. In a modular canopy system as in claim 2, said canopy section comprising a center section having lateral elements and a gable element, said center section lateral elements each having first and second free connectable ends, said gable element having first and second free connectable ends, said center section having a first longitudinal end defined by said elements'"'"' first ends and a second longitudinal end defined by said elements'"'"' second ends.

7. In a modular canopy system as in claim 6, said lateral and gable elements being of substantially equal length and longitudinally offset with respect to each other whereby a first plane containing said first ends is obliquely related to the section length and a second plane containing said second ends is obliquely related to the section length and parallel to said first plane.

3. In a modular canopy system as in clam 2, said section comprising an end section for a canopy assembly, said end section including a tubular end element extending over said gable element and welded thereto, said end element constituting an extension of said lateral elements.

8. In a canopy assembly including a substantially rigid canopy framework for supporting a flexible fabric cover superimposed over the framework, the framework including intersecting lateral and end elements defining corners, the cover including a skirt extending downwardly and below the lateral and end elements, the skirt defining internal corners at the intersection of the lateral and end elements, the improvement comprising, a cover skirt stabilizer located within the internal corners of the cover skirt, said stabilizer including an elongated member having upper and lower ends and a length less than the vertical dimension of the cover skirt, fastening means attaching said member upper end to a canopy framework element adjacent a framework corner whereby said member extends downwardly from the framework corner and is located within the associated skirt internal corner, and at least one adjusting brace interposed between each of said skirt stabilizer members and an adjacent framework element to adjust and maintain a predetermined angular orientation of said members to the canopy framework to retain the cover skirt oriented relative to the framework.

9. In a canopy assembly as in claim 8, said adjusting brace comprising an elongated arm having a first end attached to said stabilizer member intermediate said member ends and a second end attached to an adjacent framework element.

10. In a canopy assembly as in claim 9, first adjustable fastening means mounted on said arm first end and second adjustable fastening means mounted on said arm second end whereby said arm ends may be selectively adjusted with respect to said stabilizer member and associated framework element, respectively.

11. In a canopy assembly as in claim 8, a pair of adjusting braces interposed between each of said skirt stabilizer members and the adjacent canopy framework elements, one of said braces being attached to a lateral element and the other brace being attached to an end element.

12. In a canopy assembly as in claim 11, each of said adjusting braces comprising an elongated arm having a first end adjustably attached to said stabilizer member intermediate said member ends and a second end adjustably attached to the associated framework element.

13. A canopy system comprising, in combination, a gabled canopy frame formed of interconnected elongated elements and having a width, a length and a perimeter, said frame width being defined by lateral elements, said frame length being defined by end elements, said lateral and end elements defining said frame perimeter, a plurality of parallel spaced rib elements interposed between said lateral elements, said rib elements having ends welded to said lateral elements, said lateral, end and rib elements including upper and lower portions, first lacing fittings mounted upon the lower portions of said rib elements spaced from said lateral and end elements, a flexible cover disposed over said canopy frame and said elements upper portion, said cover having a peripheral edge and a peripheral region adjacent said peripheral edge, second lacing fittings defined in said cover adjacent said peripheral edge, said cover peripheral region passing under said lateral and end elements lower portion, lacing interconnecting said first and second lacing fittings tensioning said cover upon said canopy frame, a cover skirt defined on said cover peripheral region extending downwardly and below said lateral and end elements, said skirt defining internal corners at the intersection of said lateral and end elements, a cover skirt stabilizer located within said internal corners of said cover skirt, said stabilizer including an elongated member having upper and lower ends and a length less than the vertical dimension of said cover skirt, fastening means attached said member upper end to a canopy frame element adjacent the intersection of said lateral and end elements whereby said member is located within a skirt internal corner, and at least one adjusting brace interposed between each of said skirt stabilizer members and an adjacent frame element to adjust and maintain a predetermined angular orientation of said member to said canopy frame to retain said cover skirt oriented relative to said frame.

14. In a canopy system as in claim 13, said rib elements including end rib elements adjacent said frame end elements and parallel to said adjacent frame end elements, a plurality of first lacing fittings defined on said lower region of said end rib elements spaced form adjacent first lacing fittings a distance substantially equal to the spacing between adjacent rib elements.

15. In a canopy system as in claim 14, said first lacing fittings being located on said rib elements lower regions a distance form the nearest lateral element substantially equal to the distance of said end rib elements from the adjacent frame end element.

16. In a canopy system as in claim 15, said first lacing fittings comprising hooks affixed to said rib elements and said end rib elements lower regions.

17. In a canopy system as in claim 13, said adjusting brace comprising an elongated arm having a first end attached to said retainer member intermediate said member ends and a second end attached to an adjacent frame element.