Shoe static outsole structrue connected to rotary midsole structrue

Abstract

Shoes which by their construction avoid twisting stress which save especially the knees of humans and lower legs of horses from serious injury are shoes which are equipped with “Turn-Table” topped outsold disc treads of simple anti-friction design upon which top surface said shoes can rotate on to any 360 degree direction while said outsole bottom surface tread is frictionally adhered to a footing surface with said shoe outsole discs that resist any linear free wheeling motion or footing slippage even when said shoe is substantially tilted to a rapid action canted positional arrangement with a footing surface due to substantial disc perimeter tread flexibility.

1 . A shoe having a sole including a bottom sole surface, an upper outsole surface and an outsole bottom surface comprising;
 a two-part sole assembly having an outsole part with an upper expansively shoe sole supportive anti-friction surface and an expansively supportive bottom tread surface including;   (a) a rotatable shoe upper sole having an anti-friction recessed surface sole bottom;   (b) an outsole layerbottom surface tread having an upper surface located connectively within and massively projecting out of said recess, said traction sole having a central axis and upper expansive anti-friction surfaces about which said rotatable shoe sole may rotate; with said outsole upper and bottom surfaces expansively supporting said shoe sole rotatable bottom surface while said outsole bottom tread surface contacts a footing surface   
   
   
       2 . The shoe sole of  claim 1 , wherein said fraction sole outsole has a flexibly resistant inner region, and a anti-friction resiliently flexible traction grip compliant outer peripheral region responsive to a canted positional arrangement of a shoe to said fraction outsole 
   
   
       3 . A shoe having a sole including a forefoot region, a midfoot region and a heel region, comprising;
 a two-part sole assembly having;
 (a) a rotatable shoe sole having a bottom anti-friction surface recessed with an integral flange-step having a central axis within said recess and; 
   (b) a traction outsole layer having a central axis and a topside anti-friction connectivity surface that includes a clasp which coaxially connects said fraction sole layer to said central axis flange of rotatable shoe sole.   
   
   
       4 . The two part sole assembly of  claim 3 , including means of flexible removal of said traction sole clasp from said recessed shoe sole flange. 
   
   
       5 . A shoe having a sole including a forefoot region, a midfoot region and a heel region and further including a midsole layer and an outsole layer comprising;
 a two-part sole assembly having;
 (a) a shoe midsole with a recessed bottom surface region and; 
 (b) a traction outsole layer located within said recess; 
   said traction outsole located within and projecting out of said recess central axis; means for mounting said fraction outsole in said recess, whereby the said shoe sole is rotatable about said central axis; said mounting means comprising a connectivity of a two part unitary radial anti-friction bearing surfaces assembly formed by said rotatable recessed shoe sole layer bottom surface and said fraction outsole layer upper surface; said bearing assembly being rotatable about said central axis; said fraction outsole layer being formed of a suitable resiliently flexible material, said traction outsole having a topside region peripheral integral lip catch that extends inward which resiliently flex fits coaxially held onto said central axis circular flange surface located in said   midsole recess.   
   
   
       6 . The shoe sole of  claim 5 , including a midsole with a deeply recessed bottom surface opening into said midsole; said recess formed by a wall extending substantially downward that forms a substantial recessed air space opening; and means enclosing said air space opening by attachment of said traction outsoie having a topside clasp which extends outward and resiliently flexibly attaches to and removable to and from a flange formed at the bottom end of said recess wall; with means of said recess wall being rotatable about a central axis of said traction outsole, including means of said recess wall being flexibly configurable and resiliently reconfigurable about said fraction outsole including a degree of canted positional arrangements of said shoe midsole to said traction outsole in a full traction positional arrangement to said midsole canted configurations. 
   
   
       7 . A shoe having a sole including a forefoot region, a midfoot region and a heel region, comprising;
 Means of attaching multiple substantially flatly layered connected soles including a rotatable shoe midsole, a rotatable shoe shim sole and rotatable shoe outsole tabs providing positional arrangements holding in place a bottom traction sole providing means about which all other said shoe sole layers are rotatable.   The shoe sole of  claim 7 , including said bottom shoe traction sole removable from said shoe midsole and from shoe shimsole positions by optional removal of either two parts of the rear region of said shoe outsole tabs, or removal of a forward region tab of said shoe outsole.   
   
   
       8 . A shoe for hoofed animals including horseshoes, comprising:
 a U-shaped horseshoe supportive of an assembly of a series of exposed horseshoe traction roller bearings with horseshoe support means for screw attachment to the hoof underside at the hoof wall allowing resilient flexing of said hoof wall and hoof frog regions by said screws having an air space about the screw shank including resiliently flexible material supporting said shank; including means of said series of exposed traction roller bearings aligned to roll about the central axis of said hoof including means of a flexible seal holding said rollers to flexibly twist about to align to said hoof central axis and tract along a path of least resistance correspondingly responsive to a twisting movement of said hoof; with means of said rollers including air circulation though and about said horseshoe assembling including resiliently flexible spring supported housing of said exposed roller bearings.   
   
   
       9 . The horseshoe assembly of  claim 8 , including;
 means of a recessed region of roller bearing outer surface providing sharply defined traction edges of said roller bearing outer surface therefor formed to provide traction and an air passageway between said roller bearing said outer surface edges of said recessed surface.