Massaging shoe apparatus

Claim 1

A massaging shoe apparatus, comprising, a shoe upper, the shoe upper mounted coextensively to a shoe sole, and a battery housing mounted to a rear terminal end of the shoe upper, the battery housing including a lid, and including at least one battery member mounted within the battery housing, and a switch member mounted within the shoe sole, and the shoe sole formed of a flexible polymeric material to accommodate vibration and shock, and a vibratory housing device mounted contiguous to and above the shoe sole within the shoe upper, and the switch member in electrical communication between the battery housing and the vibratory housing device to effect selective actuation of the vibratory housing device, and further including a vibratory communication member mounted coextensively with the vibratory housing device in contiguous communication with the shoe sole, wherein the shoe sole is defined by a predetermined interior length interiorly of the shoe upper, and the vibratory housing device with the vibratory communication member positioned adjacent the vibratory housing device defining a predetermined length equal to the predetermined interior length, and including a vibratory plate mounted contiguous to and coextensively with the vibratory housing device and vibratory communication member and positioned above the vibratory housing device and vibratory communication member, and further including a plurality of polymeric sole pads, with at least one pad mounted within the shoe upper to coextensively overlie the vibratory plate, and wherein each of said polymeric pads includes a first pad, the first pad including a memory retentent polymeric pad member, including a plurality of parallel rods directed coextensively through the pad member longitudinally of the shoe sole, and further including a matrix of hemispherical projections mounted coextensively to a top surface of the first pad, and a second pad of the plurality of polymeric sole pads including a flexible memory retentent pad member with a plurality of parallel fluid filled tubular cavities directed through the pad member and a matrix of hemispherical projections mounted coextensively to a top surface of the pad member, and a third pad of the plurality of polymeric sole pads including a flexible polymeric pad member including a matrix of hemispherical projections mounted to a top surface of the pad with alternating metallic and fluid filled members directed coextensively and longitudinally of the third pad, and including a fourth pad, wherein the fourth pad includes a flexible polymeric pad member, the flexible polymeric pad member including a bottom surface, the bottom surface including a series of spaced parallel "V" shaped grooves, and the pad member top surface including a plurality of "V" shaped ribs arranged parallel relative to one another, and including a fifth pad, wherein the fifth pad includes a flexible polymeric pad member formed of memory retentent material, including a plurality of "V" shaped grooves directed through a bottom surface of the fifth pad member, and a plurality of parallel further "V" shaped ribs mounted to a top surface of the fifth pad, wherein the further ribs include "V" shaped ribs defining projections between the notches to enhance vibratory actuation of discrete portions of a foot.