Footwear Pressure Elimination & Dipersibility Systematic

Abstract

Pain caused by plantar fasciitis is usually accompanied by heel pain and arch pain or forefoot regions are possibly most painful when you first attempt to stand or walk. There are also many other painful conditions of the feet that could be cause from the foot discomfort in footwear composition or technical designed. The present invention is footwear consisting composition method to disperse an exertion of force such as pressures recess of the foot relating above painful conditions. Said it mean of relieving foot strain in the advantage of composition interior cushiony sole that it insert to inside of an outer element composed in corresponding cushiony sole of others in advantage of pain reliever or shocks absorption. FIG. 2 preferred an embodiment to accomplish of present invention. Top layer A preferred to top fine adhered above Pref. C layer cast wherein cauterized in midsection pref. B inside sole series attachment construct outer layer pref. D consisting resistance outer impact.

Description

CROSS REFERENCE TO RELATED APPLICATION

This application is improvement and update continuation of Ser. No. 13/165,434 filed on Aug. 22, 2011.

THE INVENTION BACKGROUND

The field of present invention is related to enhance comfort footwear to be composed into a universal model and fashion. This invention related mid-sole shocks absorption mean of capable to an exertion of force relief or pressure recesses. The concept of this invention is contour to providing maximum shock absorbing in preferred painful condition developed or relates to plantar fasciitis plus comprising an advance feature to conceal the vertical dimension appearance subject to minimum thickness footwear. This invention technically is an interior sole interaction of elastomeric materials embodiment, comprising capable to compression to de-compress essentially an oblong regions preferred extending transversely to an axis of the foot. Mean it recess pressure to elongate in a direction generally to an axis of the foot. Said technically of present invention I mentally visualized as internally shocks absorbing effectively under foot mean to cushiony sole interaction to achieve greater embedment in foot. Said present invention is manufactured in suitable universally models to be worn in fashion into our daily activities.

Discussion in relationship of invention. Mentally visualize in wearing footwear that's in abnormal high in heel or approximate 2½ inches above the ground's surface. In the matter of fact it could consisting complains of foot strain or foot discomfort related. In fact, human being is naturally informed massive of the body weights. Said this mass loaded and transferring the massive forces toward the bottom of the feet. Said it own mass distribute intensely to elongate heel to arch and forefoot regions. Base on research and study. Foot pain may be caused by many different conditions or injuries. The solution stated causes of poor impacts in result to damage the structure of plantar fascia ligament. Such as Trauma is a result of forces impact or others as poor biomechanical alignment may lead to foot pain as well as other typical occur in muscle strains, bruises, sprain and fractures.

Other prior inventions have similar conception to extended cushion or invented adaptable insole, however those arts seen not favorable preferred to inefficient embodiment as foot wears expectation. Accomplishment toward an expectation is regarding extending comfort in footwear and better embedment model in wearing for a long period of time. Other prior arts consists thickness appearance which might not favorable to some types of fashion. Therefore others invented in less thickness models however in matter of fact that consisting lack of cushion capable to shocks absorbing. Mean its lack of cushiony to absorbing impact from outsider's shocks which is that causes strain to the foot and fatigues to lower legs when the feet strike on the ground's surface.

SUMMARY OF INVENTION

Unlike prior arts invented adaptable cushion to place inside the footwear and joints loose beneath of the foot. This present invention capable to provides greater engagement to footwear and helps recessing kinetic friction between the foot and footwear. Mean of advantage feature to invent a sole permanently insert to inside the footwear. Said it is manufacture and installation in place of time. This invention is the concept of clutching cushiony sole into footwear as an interior embodiment element to providing stabilization. Said it is models capable to enhanced inside cushiony sole or extend cushiony to an exertion of force dispersible to axis of the foot. Said the ideal capable to providing maximum shock absorption, wherein the foot strains as heel, arch and forefoot regions. These are wherein foot wearers are most demanded comfort at all times. This present invention is designed to enhanced cushiony sole to maximum comfort, comprising minimum thickness appearance. Said ideal is consisting mentally visualized it un-expected results in comfort to be pain reliever. The present invention applies in universally any suitable models footwear, high heel shoes and conventional shoes manufactured.

BRIEF DESCRIPTION OF DRAWING FIG. 1. ASSEMBLY

Layer A is an isometric top view fine layer. A1 indication threadlike mark. A2 indication top surface. A3 indication forefoot outer edge. A4 indication underneath surface. A5 indication heel outer edge.

Layer B is an isometric view cushiony sole layer. B1 indication heel region. B2 top surface. B3 indication forefoot region. B4 indication forefoot outer edge. B5 heel outer edge. B6 indication underneath surface. B7 indication of grip texture.

Layer C is an isometric view cast layer. C1 indication heel cutout channel. C2 indication arch cutout channel. C3 indication forefoot cutout channel. C4 indication inner edge. C5 indication top surface. C6 indication forefoot outer edge. C7 indication underneath surface. C8 indication out-arch surface. C8b indication in-arch surface.

Layer (D) is an isometric view outer layer. D1 indication surface. D2 indication outer forefoot edge. D3 indication outer right edge. D4 indication underneath surface. D2b indication outer heel edge. D5 indication edge surface.

BRIEF DESCRIPTION OF DRAWING FIG. 2. ASSEMBLY

Configuration of Embodiment

Layer A is a top fashionable design and to extend comfort and smoothies comprising below layer B aligned and adhered to enhance shock absorbing or pressures recess in heel region to elongated axis onto cushiony sole toward forefoot regions. Therefore manufactured assembly consisting layer C cast channel to secure and supporting inside sole. This ideal is embodiment corresponding of layers to accomplish as configuration as show in FIG. 2.

Detail Description of Assembly Manufacture Installation

Layer D is the outer layer consisting in alignment with above layers C, B and A as preferred an embodiment composition. Preference to assembly layer C on to top layer D as FIG. 1 show. Pref. layer D1 surface solid and firmness capable to be adhesive by placing pref. C7 surface onto pref. D1 surface consisting alignment edge to edge evenly preferred C4 inner edge inline pref. D5 inner mark. Said technical adhesive onto top pref. D5 surface in parallel flat and evenly from edge to edge pref. D2 outer alignment against pref. C6 outer edge comprising pref. D2b outer edge in heel in vertically flat to C6b outer edge in heel. Pref. B layer position inside cutout channel pref. C1 heel, C2 arch and C3 forefoot in parallel with the ground's surface. Alignment pref. B5 outer edge insert to inside pref. C4b inner edge consisting pref. B4 forefoot outer edge insert to inside pref. C4 inner edge.

The top layer A assembly on to below layers and it could be threadlike structure surrounded on pref. A1 or adhesive in glue method to underneath surface pref. A4, directly on onto top surface pref. layer C surrounding edges comprising layer B2 surface preferred as a mid-section and centering of the footwear. Manufacture installation in firmness adhesive as accomplishment of footwear. Alignment in all regions consisting evenly edges in vertical and horizontal to accomplish embodiment as show in FIG. 2. Consisting resistance layers in shoes.

Technical design of present invention is as method of tongue and groove in mid-section, or a better describing this technical installation to inserts cushiony sole and interact firmly in an embedment to each footsteps. Mean capable to extend comfort to absorb shocks and pressures recess as preference in invention. Said the technical could be a substance that bonds together with other layers into an embodiment model. Said the invention descript as footwear extendedly paint relief is it related foot exertion of force in the foot such as pressures. Said its invention sole absorption mid-section is particular sole embedded to extend efficiency absorbing advantage to heel, arch and forefoot such as ball regions. The invention in footwear manufacture in-corporation adheres and sandwiching below and above layers. Said it adhesive could be threadlike of structure in vertical series of attachment from layer to layer. The inner elastomeric material cushiony sole is capable absorbing shocks, comprising outer layer secures and to protecting inner sole inside cast channel. Mid-section pref. B layer is preferred in vertical and horizontal inside outer comprising full fit into cutout channel of pref. C layer. It designs in identical thickness in both pref. B layer and C layers. Mechanical installation in threadlike structure or series of attachment method in modern time of any resources availability as it goes along. It visualizes in adhesive in threadlike constructed along pref. A1 in a full foot shape and is approximate ⅜ inch away from the outer edges. It is consisting pref. B layer inside cushiony sole in series sandwiching between surfaces pref. A4 and D1. As show in FIG. 11n the heel region pref. A6 and forefoot region pref. A7 are corresponding of below layer cushiony sole pref. layer B, comprising cast pref. layer C, and outer pref. layer D as an embodiment. Said the layer A is fully covered up in full size to filling in form of foot shape from heel outer edge pref. A5 toward forefoot outer edge pref. A3 consisting flat surface and even edges in vertical plus horizontal of edges from left and right of the footwear. Pref. A4 indication underneath is un-finish surface to be adhesive to lower layers. Pref. A layer approximate ⅜ inch thick or fashionable in fabric. The present invention is preferred to internal sole pref. B layer interact in corresponding comprising incorporation of other layers preference such as cutout channel cast pref. C. Wherein a position as show in FIG. 1 preferred B layer insert to inside cutout channel. Said it is inside of cutout channel and position under pref. A layer top fine layer which is consisting in flat and parallel with ground′ surface. Pref. B7 is indication various grids designed and pillar to get greater contact between layers. Said its elastomeric material composed in grip and lateral of any forces from sides to edges or disperse in below layers. Comprising of it invention is mean to extend cushiony thickness into supporting wherein of pain lateral side extend toward plantar fascia of the foot. Which is indication forefoot possibly is the most tension to the foot to the high heel wearers. Pref. C2 indication narrower cutout channel versus in heel cutout channel pref. C1 and consisting forefoot cutout channel pref. C3 is gently wider in forefoot region. Pref. C8 and C8b surface is rapid wider. Pref. D outer layer could be filament in place or adhering by the most modern technologies availability at the present time. Pref. D1 indication of top surface firmness and composition of elastomeric material. Said pref. D1 could be nailing or adhering with modern technology. D2 indication of edging said it to be capable adhering or threadlike with others edging above. D3 indication outer right edge. Pref. D4 is underneath surface consisting resistance to all outsider impacts.

Elements of engineering composition design and could be made of rubber, gel or elastomeric material in high quality such as rubber or others cushion materials. As preference layer A could be made in any elastomeric material or fabric in finest. Layer B indication is cushiony sole approximate of ¼ inch or thicker or less. Mean in cushiony elastomeric materials to support shocks absorption composition of rubber or gelling cushion. Said layer B could be capable to decompress and compress in the nature reaction of manner of being composed. Layer C indication is mean of protection and pressures disperse cause of impact from outer sides and below layers. Said layer C indication to be made of firmness elastic material by manufacture compression and said it of threadlike structure or filaments by above and below layers. Comprising firmness could be capable to disperse pressures to elongate to axis of the foot. Layer D indication is the outer layer. Mean layer D indication of solid and firmness capable to protection much as possibility of outer impact. It could be made of rubber, elastic material design for outer layer to capable bearing the impacts. The present ideal could be a particular embedded insole cushiony sole in the footwear which is mean mechanical installation and compression firmly to grasp and grip convexity and corresponding of inner composed elastomeric material.

Mentally visualized shock absorbing in mid-section and pressure disperses to elongate in a direction generally to an axis of the foot.

Claims

1. Extended cushiony pref. B layer sole composed elastomeric materials consisting rubber or any similarity material manufactured comprising:

2. Said pref. B layer sole insert to fulfill inside cutout channel pref. C1, C2 and C3 from edge to edge set in evenly and flat in as show in FIG. 2. Consisting of:

3. Adhered in glue or best method to stabilized sole in place comprising:

4. Capable extended cushiony to itself de-compression inform of naturally reaction in manner of material composed.

5. Invented midsection sole embedded to extend efficiency shocks absorbing to advantage particular to heel, arch and forefoot ball regions comprising:

6. Pref. B Layer sole insert inside cutout channel pref. C layer cast consisting:

7. Thickness approximate in ¼ inch thick less or thicker mean:

8. Cushiony to absorbing shock waves in variable directions un-expected consisting of:

9. Grasp and gripping surfaces of pref. B2 top and B6 underneath to greater contact between layers from above and below surfaces comprising:

10. Greater shock waves absorption in particular heel, arch and forefoot regions.

11. Pref. C layer cutout channel pref. C1, C2 and C3 are cutout channels in un-equal size in width comprising:

12. Extend in firmness elastomeric materials composed manufacture mean:

13. Capable to maximum secure soles in stabilized position comprising:

14. Minimize thickness appearance footwear comprising:

15. Maximum efficiency absorbing advantage to heel, arch and forefoot consisting:

16. Pref. C layer identical thickness as pref. B layer cushiony sole at flat even on both surfaces consisting:

17. Pref. C8, C8b edge in arch gently wider approximate ⅜ inch versus surrounded edges.

18. Manufacture pref. C layer cast designed in shape of the foot mean design rounding edge in heel shape to curve line of arch toward forefoot shape wide comprising:

19. Said it pref. C layer composed in firmness elastomeric materials.

20. The present invention is an embodiment composition into universally models consisting of:

21. Adhering or threadlike structure in series attachments consisting:

22. All layers pref. A top layer plus B layer sole plus C layer and outer D layer into an embodiment of footwear comprising mean of:

23. Relief natural cause strain to the foot consisting of:

24. Un-expected results in comfortable comprising:

25. Strain in abnormal high in heel shoes.