Exercise hoop having a counter

Claim 2

In an exercise device characterized by a hoop having a circumference, a hollow passage and a circulating weight in the hollow passage, the circulating weight being capable of travelling through the hollow passage around the circumference of the hoop upon rhythmic rotation of the hoop, the improvement in combination therewith comprising, a counter means capable of counting the revolutions of the circulating weight around the circumference of the hoop and a speed sensor means capable of measuring the speed of the circulating weight.

Claim 3

The improved exercise device of claim 1 wherein said hoop has a pair of circumferentially opposed handles.

Claim 4

The improved exercise device of claim 1 wherein said counter comprises a plurality of levers and a star wheel, at least one of said levers being engageable with said star wheel such that when the circulating weight activates said levers, said levers step up said star wheel counter by one unit.

Claim 5

The improved exercise device of claim 1 wherein said counter comprises an opposed pair of electromagnetic poles, a lever and a star wheel, said lever being engageable with said star wheel such that when the circulating weight passes said electromagnetic poles, said lever is activated and steps up said star wheel by one unit.

Claim 6

The improved exercise device of claim 1 wherein said counter is comprised of a pair of opposed electrodes, said electrodes being connected to an amplifier, said amplifier being connected to an electronic counter.

Claim 7

The improved exercise device of claim 5 wherein said electronic counter has a liquid crystal digital display.

Claim 8

The improved exercise device of claim 1 wherein said speed sensor comprises a plurality of pairs of spaced, opposed electrodes, said pairs of electrodes being connected to separate amplifiers, said amplifiers being connected to a comparator, said comparator being connected to an electronic counter.

Claim 9

The improved exercise device of claim 1 wherein said speed sensor comprises a pair of spaced, opposed electrodes and a time signal transmitter, said pair of spaced, opposed electrodes being connected to a first amplifier, said time signal transmitter being connected to a second amplifier, said first and second amplifier being connected to a comparator, said comparator being connected to an electronic counter.

Claim 10

The improved exercise device of claim 1 wherein said counter has a numerical display, said numerical display being substantially parallel to the plane of said hoop.

Claim 11

The improved exercise device of claim 1 wherein said speed sensor has a numerical display, said numerical display being substantially parallel to the plane of said hoop.

Claim 12

The improved exercise device of claim 7 wherein said pairs of electrode are spaced at a distance of approximately one-sixth the diameter of said hoop.

Claim 13

The improved exercise device of claim 1 wherein said speed sensor comprises a photosensitive system.

Claim 14

The improved exercise device of claim 12 wherein said photosensitive element comprises a diode and a photodiode.

Claim 15

The improved exercise device of claim 1 wherein said counter comprises a first pair of opposed electrodes, said first pair of electrodes being connected to a first amplifier, said first amplifier being connected to a first electronic counter; and said speed sensor comprises a second pair of opposed electrodes, said second pair of electrodes being spaced from said first pair of electrodes, said second pair of electrodes being connected to a second amplifier, said first and second amplifiers being connected to a comparator, said comparator being connected to a second electronic counter.