Bicycle light reflector

Claim 2

A bicycle light reflector for use on a bicycle having a front wheel and a rear wheel with the rear wheel being supported by an axle having a threaded laterally extending end comprising: a reflector support bracket having means for mounting said bracket on a laterally extending axle with an axle nut, said bracket being elongated and having a lower end containing said mounting means and an upper end formed with a lengthwise extending passageway which has a mouth opening upwardly; a flat disc light reflector having a light reflecting lens and a circular support frame; a flexible mast having a lower end received in said passageway and an upper end on which said flat disc light reflector is mounted, said mast having a length and flexibility so that that as mounted on a bicycle in use the weight of said disc light reflector causes said light reflector to oscillate laterally from side to side a distance of on the order of 6 to 12 inches.

Claim 3

The combination of claim 1 wherein said mast comprises a fiberglass rod having a length of on the order of 36 inches and having a flexibility characterized by being deflected by a lateral load at one end an amount equal to substantially one half an inch for each ounce of load.

Claim 4

The combination of claim 2 wherein said mast is on the order of 1/4 inch in diameter and said disc light reflector has a mass of about one and one half ounces.

Claim 5

The combination of claim 3 wherein said support bracket is formed with frictional engagement means in said passageway to grip said mast and restrain said mast against axial and rotational movement with respect to said support bracket.

Claim 6

The combination of claim 4 wherein said passageway is made up of oppositely formed channel shaped portions spaced lengthwise of said bracket and engaging opposite halves of the lower end of said mast.

Claim 7

The combination of claim 5 wherein said frictional engagement means comprises a dimple formed in one of said channel shaped portions and extending into said passageway to engage said mast.

Claim 8

The combination of claim 1 wherein said disc light reflector includes a pair of flat circular lenses secured together at their peripheries to reflect light forwardly and rearwardly of a bicycle, the forwardly reflecting lens being of clear plastic and the rearwardly reflecting lens being of a red plastic.

Claim 9

A bicycle light reflector adapted for mounting on the rear axle of a bicycle, the combination comprising: a mounting bracket being an elongated plate with spaced parallel edges extending lengthwise to provide a rigid channel shaped configuration, said bracket having a lower end formed with an opening to receive the end of a bicycle axle for supporting said bracket, said plate having a central portion between said edges which is generally flat, said central portion of said bracket having at least two aligned openings with portions of said central portion aligned with said openings being displaced to form a passageway extending lengthwise of said bracket; a flexible rod having a length on the order of 3 feet with a disc shaped light reflector secured to a first end of said rod, said rod having a second end received in said passageway formed in said mounting bracket, a dimple formed in one of said displaced portions of said bracket to engage said rod to restrain said rod against rotation with respect to said bracket but to allow adjustable positioning of said reflector with respect to said bracket.

Claim 10

A bicycle light reflector adapted for mounting on the rear axle of a bicycle, the combination comprising: a mounting bracket being an elongated plate with spaced parallel edges extending lengthwise to provide a rigid channel shaped configuration, said bracket having a lower end formed with an opening to receive the end of a bicycle axle for supporting said bracket, said plate having a central portion between said edges which is generally flat, said central portion of said bracket having at least two aligned openings with portions of said central portion aligned with said openings being displaced to form a passageway extending lengthwise of said bracket; a flexible rod having a length on the order of 3 feet with a disc shaped light reflector secured to a first end of said rod, said rod having a second end received in said passageway formed in said mounting bracket, a dimple formed in one of said displaced portions of said bracket to engage said rod to restrain said rod against rotation with respect to said bracket but to allow adjustable positioning of said reflector with respect to said bracket.

Claim 11

The combination of claim 8 wherein said rod is made of fiberglass and is of such flexibility that the motion of a bicycle and the weight of said disc reflector produce an oscillatory motion in said disc reflector.

Claim 12

The combination of claim 9 wherein the oscillatory motion is on the order of six to ten inches.

Claim 13

The combination of claim 9 wherein said disc reflector includes a pair of flat circular lenses secured together at their peripheries to reflect light forwardly and rearwardly of a bicycle, the forwardly reflecting lens being of a clear plastic and the rearwardly reflecting lens being of a red plastic.

Claim 14

A bicycle light reflector comprising: a disc reflector having two generally flat circular lenses secured together at their peripheries and being mounted in a circular frame member; an elongated flexible fiberglass rod having a first end secured to said circular frame member to mount said disc reflector with said rod extending radially with respect to said circular frame member; and a mounting bracket having means for securing said bracket to a bicycle at a position adjacent to the rear axle of the bicycle, said bracket being formed with a passageway directed upwardly when secured to a bicycle, said passageway receiving a second end of said rod to support said rod in a vertical position, said bracket being in frictional engagement with said second end of said rod to restrain said rod from rotational and axial movement with respect to said bracket, the flexibility of said rod combined with the mass of said disc reflector and the motion of said bicycle causing said disc reflector to oscillate from side to side a distance of from 6 to 12 inches.

Claim 15

A bicycle light reflector comprising: a disc reflector having two generally flat circular lenses secured together at their peripheries and being mounted in a circular frame member; an elongated flexible fiberglass rod having a first end secured to said circular frame member to mount said disc reflector with said rod extending radially with respect to said circular frame member; and a mounting bracket having means for securing said bracket to a bicycle at a position adjacent to the rear axle of the bicycle, said bracket being formed with a passageway directed upwardly when secured to a bicycle, said passageway receiving a second end of said rod to support said rod in a vertical position, said bracket being in frictional engagement with said second end of said rod to restrain said rod from rotational and axial movement with respect to said bracket, the flexibility of said rod combined with the mass of said disc reflector and the motion of said bicycle causing said disc reflector to oscillate from side to side a distance of from 6 to 12 inches.

Claim 16

The combination of claim 12 wherein said rod is on the order of three feet in length and 1/4 inches in diameter.

Claim 17

The combination of claim 13 wherein the mass of said disc reflector is on the order of an ounce and a half.

Claim 18

The combination of claim 12 wherein said mounting bracket comprises an elongated plate with turned up lengthwise extending edges to form a channel shaped member with a mounting opening at one end and said passageway extending inwardly from the other end.

Claim 19

The combination of claim 15 wherein said passageway is made up of oppositely formed channel shaped portions spaced lengthwise of said bracket engaging opposite halves of the second end of said rod.

Claim 20

The combination of claim 15 wherein one of said circular lenses is of a clear plastic and the other lens is formed of a red plastic.