representative embodiments according to the inventive subject matter are shown in fig1 a to 4b , wherein similar features share common reference numerals . the specific embodiments are meant to be illustrative and not limiting of the scope of the inventive subject matter and the various ways it may be embodied . for the purposes of reference , the term “ the big toe ” refers to the hallux and “ the second toe ” refers to the toe directly next to the hallux , etc . these references are made for individuals with five toes on each foot . in accordance with the present inventive subject matter , the reversible toe and finger stretch device has a : 1 . a shaped pliable material with , on one side , a shaped opening that passes fully through the pliable material with a removable shaped opening minimizer and a removable stretch width section therein , on the other side , a half - circle indentation that passes fully through the pliable material , and in between , a stretch width section ; 2 . a shaped pliable material with , on opposing sides , half - circle indentations of differing dimensions that pass fully through the pliable material , and in between , a stretch width section ; 3 . a shaped pliable material with , on opposing sides , shaped openings that pass fully through the pliable material with or without removable shaped opening maximizers that pass fully through the pliable material above and below these shaped openings , and in between , a stretch width section . now referring to fig1 a which illustrates a shaped pliable material 10 with a shaped opening 12 , a removable shaped opening minimizer 14 , a removable stretch width section 16 , a stretch width section 18 , and a half - circle indentation 20 on the opposite end of the shaped pliable material 10 from the shaped opening 12 . fig1 b illustrates a shaped pliable material 10 viewed from above . fig1 c illustrates fig1 a with the removable shaped opening minimizer 14 and the removable stretch width section 16 removed and the insertion of an adhesive square 24 . fig1 d illustrates fig1 a with the removable shaped opening minimizer 14 removed and the insertion of an adhesive square 24 . fig1 e illustrates a shaped pliable material 10 with two half - circle indentations 20 of different dimensions on both sides of the stretch width section 18 . fig1 f illustrates different shapes for : 1 . the shaped pliable material 10 , 2 . the shaped opening 12 , and 3 . the half - circle indentation 18 , and also incorporates removable shaped opening maximizers ( 22 a & amp ; 22 b ) above and below the shaped opening 12 . now referring to fig2 a that illustrates a shaped pliable material 10 attached to the big toe of a right foot with the stretch width section 18 stretching the opening between the big toe ( the hallux ) and the second toe ( the toe directly next to the hallux ) beyond the natural , unstretched width between these two toes . fig2 b illustrates a shaped pliable material 10 with a shaped opening 12 , with the removable shaped opening minimizer 14 removed , attached to the big toe of a left foot with the stretch width section 18 and the removable stretch width section 16 together stretching the opening between the big toe and the second toe beyond the natural , unstretched width between these two toes . the half - circle indentation 20 resting up against the side of the second toe . now referring to fig3 a illustrates a shaped pliable material 10 with a shaped opening 12 on one end and a similar shaped opening 12 on the other end with a stretch width section 18 in between the similar shaped openings 12 . above and below both these similar shaped openings 12 are removable shaped opening maximizers ( 22 a & amp ; 22 b ). inside both shaped openings is inserted an adhesive square 24 . fig3 b , compared to fig3 a , illustrates a different shape of the shaped pliable material 10 with a different shape of the similar shaped openings 12 , and different shape of the removable shaped opening maximizers ( 22 a & amp ; 22 b ). now referring to fig4 a illustrates a shaped pliable material 10 attached to the index and middle fingers of a right hand with the stretch width section 18 stretching the opening between the index and middle fingers beyond the natural , unstretched width between these two fingers . fig4 b illustrates a shaped pliable material 10 with the index finger inserted into one shaped opening 12 and the middle finger inserted into another similar shaped opening 12 with the stretch width section 18 stretching the opening between the index and middle fingers beyond the natural , unstretched width between these two fingers . the removable shaped opening maximizers above both shaped openings 22 a are removed . the removable shaped opening maximizers below both shaped openings 22 b are not removed . fig1 a , 1 b , 1 c , 1 d , and 1 e show the reversible toe and finger stretch device of the present inventive subject matter . the shaped pliable material 10 incorporates a shaped opening 12 cut fully through the pliable material with a removable shaped opening minimizer 14 , a removable stretch width section 16 , a half - circle indentation 20 , and a stretch width section 18 between the shaped opening 12 and the half - circle indentation 20 . fig1 c & amp ; 1d include the insertion of an adhesive square 24 within the half - circle indentation 20 . fig1 f shows the reversible toe and finger stretch device of the present inventive subject matter . the shaped pliable material 10 incorporates a shaped opening 12 cut fully through the pliable material with removable shaped opening maximizers ( 22 a & amp ; 22 b ) above and below the shaped opening 12 , a half - circle indentation 20 , and in between the shaped opening 12 and the half - circle indentation 20 , a stretch width section 18 . fig2 a and 2b show that placing the shaped pliable material 10 in between the big toe and the second toe of either a right or left foot by inserting the big toe into the shaped opening 12 and having the second toe rest up against the half - circle indentation 20 stretches the space in between the big toe and the second toe wider than the natural , unstretched width between the big toe and the second toe via the stretch width section 18 . by removing or inserting the removable stretch width section 16 the stretch width section 18 can vary in width depending on how much stretch is desired in between the big toe and the second toe . by removing or inserting the removable shaped opening minimizer 14 the shaped opening 12 can vary in size depending on how much space is necessary to accommodate the big toe . when a foot is at rest , the wider stretch between the big toe and the second toe provided by the reversible toe and finger stretch device induces increased blood circulation within the foot and toes . fig2 a shows the reversible toe and finger stretch device worn on a right foot . fig2 b shows the same reversible toe and finger stretch device worn on a left foot . fig3 a and 3b show the reversible toe and finger stretch device of the present inventive subject matter . the shaped pliable material 10 incorporates two similar shaped openings 12 cut fully through the pliable material with removable space opening maximizers ( 22 a & amp ; 22 b ) above and below these shaped openings 12 and a stretch width section 18 between the similar shaped openings 12 . fig3 a includes the insertion of an adhesive square 24 within each shaped openings 12 . the width of opening between shaped openings 12 and shaped indentation 20 ( fig1 c , 1 d ) and / or shaped openings 12 ( fig3 a , 3 b ) is such that when placed on the big toe and the second toe , the stretch width section 18 is approximately 1 ″. the stretch width section may also range is widths from 0 . 25 ″ to 2 . 0 ″ to support various toe geometries . the depth of the toe and finger stretch device is approximately 1 ″, but may also range from 0 . 25 ″ to 2 . 0 ″ depending on the length of toe digit . fig4 a and 4b show that placing the shaped pliable material 10 in between the index and middle fingers of either a right or left hand by inserting the index and middle fingers separately into the opposing shaped openings 12 stretches the space in between the index and middle fingers wider than the natural unstretched width between the index and middle fingers via the stretch width section 18 . by removing or inserting the removable space opening maximizers ( 22 a & amp ; 22 b ) the shaped openings 12 can vary in size depending on how much space is necessary to accommodate the index and middle fingers . when a hand is at rest , the wider stretch between the index and middle fingers provided by the reversible toe and finger stretch device induces increased blood circulation within the hand and fingers . now referring to fig4 a that shows the reversible toe and finger stretch device worn on a right hand . now referring to fig4 b that shows the same reversible toe and finger stretch device worn on a left hand . the shaped pliable material 10 can be made from any pliable material that is safe to be worn against human skin . examples of such foam materials are polyurethane foam , polysytrene , or any foam product which exhibits properties of expandability and compressibility similar to the aforementioned products . the foam material may also be made from hydrophilic polyurethane cosmetic foam , aka non - latex foam . the reversible toe and finger device is reversible and its function is to provide stretch capabilities equally to both feet or both hands . all patent and non - patent literature cited herein is hereby incorporated by reference in its entirety for all purposes .
a toe and finger stretching device comprising a separator for receiving at least two toes there within , the separator including a duality of shaped openings , each shaped opening adapted for receiving an individual digit of the human foot and the shaped openings being from 0 . 25 to 2 . 0 ″ in length , the separator further comprising a stretch width section , said stretch width section interposed between the shaped openings , the separator spreading the toes between 0 . 25 to 2 . 0 ″ in width ; such that when the toes are inserted into the shaped openings the toes are contactless .