the present invention is directed toward a novel orthotic comprising pads or cells applied to the underside of a sock that may be drawn over the foot in a conventional manner . while the present invention is discussed hereafter in the context of its preferred embodiments , this is not intended to be a limitation upon the use thereof but rather to afford an intuitive and illustrative usage setting . the preferred embodiment of the invention comprises three layers , and is depicted in fig1 . the first layer of the orthotic comprises a conventional sock 2 that is drawn over a person &# 39 ; s foot . the second layer of the orthotic comprises a padding 4 that is applied to the bottom surface of the first layer 2 with either a permanent or pressure - sensitive adhesive . this padding 4 may be designed in a variety of embodiments . in one embodiment , the padding comprises a plurality of smaller hexagonal shaped pads 6 that are positioned adjacent to one another to form a larger pad . these smaller hexagonal pads 6 may be individually removed from the larger pad in order for the user to customize the orthotic to his foot . the removal of the smaller hexagonal pads 6 creates spaces 8 in the larger pad that comprises the second layer of the orthotic . this allows for the accommodation and comfort for any painful portions of the user &# 39 ; s foot . in other embodiments , the smaller pad may be shaped in some other non - hexagonal shape . the padding may also be tapered or skived at the edges . adherent wings or tabs may be attached at the periphery of the second layer to give additional adherence and conformity to the shape of the sock on the foot . the third layer 10 of the orthotic comprises a plurality of pads 12 attached to the bottom of the second layer 4 . these pads may be positioned under portions of the foot such as the heel , the toes and the arch . in the preferred embodiment , four such pads are attached to the bottom of the second layer 4 . in one embodiment , these pads may be interlocking . these pads should be rough enough so as to provide friction that will prevent the user from skidding while wearing the orthotic , but also be smooth enough so as to allow the user to slide his foot and sock in and out of a shoe with ease . in one embodiment , the underside of this padding comprises a layer of teflon . in alternative embodiments , additional layers of padding may be introduced . the order of the padding may also be adjusted , for example , with the third layer adhered directly to the underside of the sock , and the second layer adhered to the third layer . additional layers may be adhered to either the second or third layers , or directly to the sock itself . the invention is further directed toward a novel method of determining the positioning and design of the above - described pads . pad placement may be determined by direct examination of the plantar surface of the foot for regions enduring relatively high and relatively low amounts of pressure . alternatively , the user may stand on a template material , to create an imprint of their foot . those regions of the template material in which the user &# 39 ; s foot has created deeper indentations represent relatively high pressure points . it may be beneficial , for example , to remove one , or a plurality of the smaller hexagonal pads 6 from the second layer padding 4 in regions proximate to high pressure points of the foot . it may also be beneficial , for example , to increase the thickness of the second or third layer padding in regions proximate to low pressure points of the foot . in this way , pressure is distributed away from the high pressure points . in one embodiment , this method may comprise stepping on a surface with a wet foot . the areas that are the most wet would indicate high pressure points , whereas with minimal to no wetness would represent low pressure points . a variety of methods may be used to attach the three layers of the orthotic to each other . in one embodiment , an adhesive such as glue may be used . in another embodiment , interlocking mesh fabric such as velcro may be used . while the above description discloses the preferred embodiments of the invention , it will be appreciated that numerous modifications and other embodiments may be devised by those skilled in the art . for example , it will be appreciated that features of the embodiments disclosed above can be used in various combinations and permutations . therefore it will be understood that the appended claims are intended to cover the foregoing — and all other — modifications and embodiments that come within the spirit and scope of the present invention .
an orthopedic support sock having a plurality of first pads secured to the outer side of its bottom and a plurality of second pads secured on selected portions of the sock and the first pad to customize the support for the foot of a wearer .