Universal bracket for fans

• US 5,033,711 A
• Filed: 06/04/1990
• Issued: 07/23/1991
• Est. Priority Date: 06/04/1990
• Status: Expired due to Term

• Current Assignee: Airmaster Fan Co.
• Original Assignee: Airmaster Fan Co.
• Inventors: Riske, Stanley J., Breining, Frank E., Gregorich, Daniel A., Moulton, Conard A.
• Primary Examiner(s): Ramirez, Ramon O.
• Application Number:
  US07/533,089
• Time in Patent Office: 414 Days
• Field of Search: 248/664, 248/666, 248/667, 248/674, 248/278, 248/282, 248/284, 248/289.1, 248/291, 248/558
• US Class Current: 248/664
• CPC Class Codes: F04D 29/601 specially adapted for elastic fluid pumps
• CPC Class Codes: F16M 11/10 around a horizontal axis F16M11/12 takes precedence
• CPC Class Codes: F16M 11/2014 around a vertical axis F16M11/2035 takes precedence
• CPC Class Codes: F16M 13/02 for supporting on, or attaching to, an object, e.g. tree, gate, window-frame, cycle
• CPC Class Codes: F16M 2200/022 by friction

Abstract

The invention pertains to a universal bracket for mounting a fan motor assembly upon a support structure. The universal bracket consists of a plurality of low cost fabricated components and incorporates an optional dual construction whereby the components may be assembled to form a construction adapted for ceiling mounting or, in the alternative, to form a construction adapted for wall mounting. The components permit quick and easy assembly and disassembly of the universal bracket, and, in either construction, a swivel relationship exists between the assembled components permitting limited universal angular adjustment of the supported fan motor assembly.

Claims

1. A universal bracket for mounting a member upon a support structure and permitting limited universal angular adjustment of the member with respect to the structure, comprising, in combination, a base, said base having means for receiving fasteners to mount said base to a support structure, a swivel plate having first and second pivot receiving means defined thereupon, said first pivot receiving means being of an elongated tubular configuration having an axis and said second pivot receiving means comprising a hole defined in said swivel plate having an axis substantially perpendicular to said tubular configuration axis, a mounting plate having means for supporting a member to be mounted, third pivot receiving means defined upon said mounting plate, said second and third pivot receiving means being adapted to align to receive a first pivot to pivotally mount said mounting plate upon said swivel plate permitting swiveling of said mounting plate and the associated member with respect to said swivel plate about a first axis, and fourth pivot receiving means associated with said base adapted to align with said first pivot receiving means to receive a second pivot to pivotally mount said swivel plate with respect to said base permitting swiveling of said swivel plate with respect to said base about a second axis substantially perpendicular to said first axis and thereby permitting swiveling of said mounting plate and the associated member with respect to said base about said first and second axes.

2. A universal bracket for mounting a member upon a support structure and permitting limited universal angular adjustment of the member with respect to the structure, comprising, in combination, a base, said base having means for receiving fasteners to mount said base to a support structure, a swivel plate having first and second pivot receiving means defined thereupon, a mounting plate having means for supporting a member to be mounted, third pivot receiving means defined upon said mounting plate, said second and third pivot receiving means being adapted to align to receive a first pivot to pivotally mount said mounting plate upon said swivel plate permitting swiveling of said mounting plate and the associated member with respect to said swivel plate about a first axis, and fourth pivot receiving means associated with said base adapted to align with said first pivot receiving means to receive a second pivot to pivotally mount said swivel plate with respect to said base permitting swiveling of said swivel plate with respect to said base about a second axis and thereby permitting swiveling of said mounting plate and the associated member with respect to said base about said first and second axes, said swivel plate comprising a generally flat body including first and second sides, said body being rolled back over at one end defining a loop, said loop defining said first pivot receiving means, a first hole extending through said body between said first and second sides defining said second pivot receiving means.

3. In a universal bracket as in claim 2, said mounting plate comprising of pair of parallel spaced legs each having an outer end and an inner end and being sufficiently spaced to receive said swivel plate'"'"'s body, said leg'"'"'s inner ends being adapted to be affixed to the associated member to be mounted, a pair of aligned holes defined in said mounting plate'"'"'s legs adjacent said leg'"'"'s outer ends, said aligned holes defining said third pivot receiving means.

4. In a universal bracket as in claim 3, an annular ridge defined upon said swivel plate'"'"'s body homogeneously formed of the material of said swivel plate having a convex surface extending outwardly from said first side, said annular ridge being concentrically related to said second pivot receiving means and being adapted to engage one of said mounting plate'"'"'s legs in a frictional relation.

5. In a universal bracket as in claim 3, said first and second pivots comprising a bolt having a head and a threaded shaft adapted to threadedly receive a threaded nut.

6. In a universal bracket as in claim 4, a second hole defined in said swivel plate'"'"'s body, a pair of aligned arcuate slots defined in said mounting plates legs concentrically related to said third pivot receiving means, said slots being adapted to align with said second hole to receive a pin member which cooperates with said slots to limit the extent of the angular displacement of said mounting plate with respect to said swivel plate.

7. In a universal bracket as in claim 2, said fourth pivot receiving means comprising a hole defined in said base.

8. In a universal bracket as in claim 3, said bracket including a hinge, said hinge being pivotally mounted upon said base having swivel movement with respect to said base about a third axis, said fourth pivot receiving means being defined upon said hinge whereby said mounting plate and the associated member are permitted to swivel with respect to said base about said first, second, and third axes.

9. In a universal bracket as in claim 8, said hinge being of a U-shaped configuration including a central region and a pair of parallel spaced legs extending in a common direction therefrom, said central region including a recess, a pivot receiving hole extending through said recess, said pivot receiving hole being adapted to axially align with a hole defined in said base along said third axis to receive a third pivot to pivotally mount said hinge to said base, said hinge'"'"'s legs being sufficiently spaced to receive said swivel plate'"'"'s loop and having a pair of aligned holes defining said fourth pivot receiving means.

10. In a universal bracket as in claim 9, said first, second and third pivots comprising a bolt having a head and a threaded shaft adapted to threadedly receive a nut, said recess being of sufficient dimension to receive said third pivot'"'"'s head.

11. In a universal bracket as in claim 9, a second hole defined in said swivel plate'"'"'s body, a pair of aligned arcuate slots defined in said mounting plates legs concentrically related to said third pivot receiving means, said slots being adapted to align with said second hole to receive a pin member which cooperates with said slots to limit the extent of the angular displacement of the mounting plate with respect to said swivel plate.