Ceiling fan
A ceiling fan comprising an annular array of blade irons ( 14 ) adapted to be rotatably driven by a motor, said blade irons having opposite sides ( 15 ) formed with at least one notch ( 18 ), a plurality of fan blades ( 25 ) with each blade bearing a bracket ( 28 ) having opposite side walls ( 32 ), each formed with at least one indentation ( 33 ) sized and positioned to be passed through said blade iron side notches, whereby the blades may be mounted to the blade irons by passing the blade bracket indentations through the blade iron notches and then sliding the brackets to a position with the bracket indentations unaligned with the blade iron notches thereby interlocking the blade brackets with the blade irons.
1. A ceiling fan comprising an annular array of blade irons adapted to be rotatably driven by a motor, a mounting pin projecting upwardly from each of said blade irons, and a plurality of fan blades each bearing a mounting clip having a resilient portion that extends above said blade which is formed with a slot sized to receive and grip one of said pins as the blade is slid outboard atop a blade iron and to ungrip said pin as the blade is slid inboard.
2. The ceiling fan of claim 10 wherein said mounting clips are mounted atop said blades.
3. The ceiling fan of claim 1 wherein each of said blade irons has a slot and wherein said pins extend upwardly through said blade iron slots from a medallion that is mounted to the bottom of said blade irons.
4. The ceiling fan of claim 1 wherein the tops of said pins are beveled.
5. A method of mounting a fan blade to a blade iron of a ceiling fan which comprises the steps of sliding the blade inboard atop the blade iron so as to bring a pin projecting upwardly from the blade iron through a slot in the blade and into contact with a resilient clip mounted atop the blade, and following pin contact further sliding the blade inboard causing the pin to flex the clip until the pin enters a slot in the clip whereupon the clip springs back and captures the pin.
6. A ceiling fan comprising an annular array of blade irons adapted to be rotatably driven by a motor, said blade irons having a relatively narrow portion and a relatively wide portion, a plurality of fan blades each bearing a bracket having opposed inward projections spaced apart a distance greater than said blade iron narrow portion and less than said blade iron wide portion, whereby the blades may be mounted to the blade irons by passing the blade brackets inward projection from beneath to a position above the blade iron narrow portions and then sliding the brackets to a position with the bracket inward projections overlaying the blade iron wide portions thereby interlocking the blade brackets with the blade irons.
7. A ceiling fan comprising an annular array of blade irons adapted to be rotatably driven by a motor, said blade irons having opposite sides formed with at least one notch, a plurality of fan blades with each blade bearing a bracket having opposite side walls, each formed with at least one indentation sized and positioned to be passed through said blade iron side notches, and wherein said blade irons have opposite sides formed with at least two notches and wherein said fan blade brackets have opposite side walls each formed with at least two indentations sized and positioned to be passed through said blade iron side notches, whereby the blades may be mounted to the blade irons by passing the blade bracket indentations through the blade iron notches and then sliding the brackets to a position with the bracket indentations unaligned with the blade iron notches thereby interlocking the blade brackets with the blade irons.
8. A ceiling fan comprising an annular array of blade irons adapted to be rotatably driven by a motor, said blade irons having opposite sides formed with at least one notch, a plurality of fan blades with each blade bearing a bracket having opposite side walls, each formed with at least one indentation sized and positioned to be passed through said blade iron side notches, and wherein said blade iron sides are tapered and said bracket side walls are tapered whereby the bracket tapered side walls may be wedged against the blade iron tapered sides, whereby the blades may be mounted to the blade irons by passing the blade bracket indentations through the blade iron notches and then sliding the brackets to a position with the bracket indentations unaligned with the blade iron notches thereby interlocking the blade brackets with the blade irons.
9. The ceiling fan of claim 8 wherein said blade bears an upwardly projecting pin and said blade iron bears a resilient leaf spring clip having a slot sized and located to receive and releasibly capture said blade pin as the bracket tapered side walls are brought into wedging engagement against the blade iron tapered sides.
10. A ceiling fan comprising an annular array of blade irons adapted to be rotatably driven by a motor, said blade irons having opposite sides formed with at least one notch, a plurality of fan blades with each blade bearing a bracket having opposite side walls, each formed with at least one indentation sized and positioned to be passed through said blade iron side notches, and wherein said blade bears an upwardly projecting pin and said blade iron bears a resilient leaf spring clip having a slot sized to receive and releasibly capture said blade pin, whereby the blades may be mounted to the blade irons by passing the blade bracket indentations through the blade iron notches and then sliding the brackets to a position with the bracket indentations unaligned with the blade iron notches thereby interlocking the blade brackets with the blade irons.
11. The ceiling fan of claim 10 wherein the top of said pin is beveled.