Site bottom shoes

 

(57) Abstract:

The inventive node bottom shoes, made in the form of a liner or plantar element is made of an elastic solid material and has a smooth bearing surface, reversed, adapted to the foot. On this surface there is at least one local recess in the form of the mould, the side edge which gradually turns into a support surface. In the center of the bottom of the recess is located a ledge, the top of which is level with the supporting surface. 10 C. p. F.-ly, 6 ill.

The invention relates to a node bottom shoes, made in the form of a separate liner or plantar element connected with Shoe, made of elastic and rigid material and having a smooth surface adapted to the foot.

Sole serves to leg equally relied on the entire surface of the Shoe sole and also ensured a certain orientation of the legs, i.e. its resistance. Plantar insertion of malleable material helps with every step of the forging feet, DAMPS, i.e., receives the energy of stepania and distributes all the energy of motion of the driven part of the foot, less commonly used soles of hard material does not provide this, since at least the heel of his foot with each step rises and then again comes in contact with the sole.

The word shoes means shoes of all kinds, i.e., street shoes, sport shoes, boots, sandals, house shoes, gymnastic shoes, and so on Shoe Soles is usually solid and runs from the heel to the toes, however, the sole may consist of two or more parts, one of which, for example, relies heel, while the other fingers, etc.

In addition to soles with a smooth or relatively smooth surface, famous soles, the surface of which is provided with a certain structure or profiling. There is, for example, Wellness footwear with outer soles of rubber-like elastic material, with many evenly spaced bulges that protrude upward and form a surface (for example DE-a 3520956). When the sole of the foot is in contact only with the heads of relatively large quantities of thickening, therefore, the sole is astrobrite structure with a small footprint. These soles provide when walking the constant massage of the feet. Teema new plots with a total surface thickening and change the ratio of pressure between the feet and part of the surface of the swelling, providing support when running feet.

However, a large number thickening leads to excessive stimulation of the sole of the foot. Due to the elasticity of the bulges they can be a little cast aside, actively pursuing massage.

Also known soles slub, which thickening is hard, resulting in contact of the sole of the foot with vertices thickening occurs always in the same places, and the pressure perceived by each individual thickening, each step increases and is again reduced.

The purpose of the invention to perform the sole so that was not a uniform support over the entire surface of the foot, i.e., to make the sole, which would provide a stimulating effect on a very small area of the feet, preferably on a single local area for custom-made, must be excluded excessive irritation. Moreover, the invention proceeds from the idea, to ensure the free flow of vital energy and constant optimal blood flow to organs and to contribute thereby to the flow of vital energy.

This is solved by the fact that the sole has merseyguide, which goes to the surface with a smooth curve along its entire edge, the inside of this edge is lying a few millimeters deeper than the undisturbed surface, the base and the floor space is less than the total surface area, and that in the Central part of the base there is a ledge, the top of which is located on the line (undisturbed) surface.

Thus, the proposed sole of the Shoe has a smooth, flat bearing surface for the foot.

Only a small (compared to the total surface area) of land in the sole is made of local deepening with a maximum cross-sectional dimensions, for example 20 mm, This means that it occupies only a very small area of the total surface. This energy of motion is distributed in accordance with the natural use. From the base of the recess, there is a ledge to the level on which was located the undisturbed surface, i.e. in the absence of local depressions. The vertex of the protrusion may protrude from the undisturbed surface, to be on the same level with her or be placed below. With the described construction area (small area) of the human foot Osenniy transition from state support to the unsupported state, coming above the base, and prevents the afflux of the energy of motion. In any case, the base must be in contact with the sole of the foot in the area of the edges, but not around the ledge. Accordingly, the foot goes deep enough relative to the undisturbed surface.

Bearing around the ledge is only on the top of the ledge. This can be used to target the impact pressure at the set point, i.e., for a surface of a sole person, namely positive motivated stimulation through massage of the main nerves, the specified area of the sole of the foot receives, therefore, when standing constant pressure or occurs due to the individuality or the specific mentality of the urge to change postures and thus preventing stagnation of energy, and when walking or running constantly increasing and decreasing pressure. There is a transfer of incentive or motivation on the specific nerve fibers, such as meridians and their associated organs and continuously contributes to the stress ratio and the discharge musculoskeletal system with muscles, tendons and ligaments. The ledge is located so that it wrought upon the areas of the m to produce reflex massage of the area of the foot, i.e., the appropriate processing area of the foot without requiring the person performing the desired irritation. therapist determines which areas of the feet should be encouraged, in accordance with this, the sole is made, stimulation occurs when wearing shoes with soles.

According to the invention, the projections have a lateral size of a few millimeters, preferably 4-6 mm In a preferred implementation of the protrusion has a circular cross-section and the corresponding diameter.

The protrusions may have different top in accordance with the purpose of the application. The top of the ledge may be curved, may be made in the form of points or flattening. Possible relevant transitional forms, for example, the outside of the curve and in the middle of the flattening.

The protrusion may be made of rigid or pliable, elastic, preferably close to ebony. He has elasticity in the direction of the load, i.e., along its longitudinal axis, as well as elasticity in the transverse direction, i.e. can bounce away from the longitudinal axis. Both these elasticities depend on the choice of material and shape of the cross section (profile). If the ledge is made with the leg, the side alleni is from 3 to 10, mostly every sole provides only one recess with one ledge, but can each recess to provide two or three tabs, but no more.

Preferably the projections made in one with the sole, but it does not exclude a separate run. It is possible, in particular, at the base of a hole in which is inserted separately performed ledge. The advantage of this implementation is that the tabs can be replaced. Thus preferably the projections have a disc-shaped base, which is under the actual soles and prevents bounce ledge when tilted.

In Fig. 1 shows the proposed sole (sandals), provided with a recess with a ledge, a perspective view; Fig. 2 section a-a in Fig. 1; Fig. 3-6 the same, respectively the second, third, fourth and fifth options.

Sole for footwear, such as sandals, is shown in Fig. 1, made of hard rubber elastic material, for example from the corresponding rubber compound, and has a smooth upper surface 1, corresponding to the shape of the sole of the foot. On the surface 1 is made occupying a small part of its area local recess 2, which from all shishodia in the area of smooth curves 3, where line local deepening (see the section S-shaped turns in the bottom 4. The last few millimeters (5-12 mm) below the (undisturbed) surface 1. In the center of the recess 2 is tab 5, perpendicular to the surface, the bottom of which is connected to the bottom 4, with the top 6, which (Fig. 2) is slightly (1-2 mm) above the undisturbed surface. However, in other embodiments, the peak is located at or below the surface 1.

In the embodiment of Fig. 2, the protrusion is made integral with the sole, it has a round cross-section and has a diameter of 5 mm. the top 6 completely, i.e. with a radius of 2.5 mm, rounded. Below the top 6 lug is prismatic (in the shown embodiment, cylindrical). In accordance with the selected for the sole material of the protrusion has elasticity in the direction of the surface (so-called cross-elasticity and elasticity in the direction perpendicular to the surface, which means that the peak under load slightly shrinks down.

In the embodiment of Fig. 3, the protrusion is conical, and its top is rounded. However, this curve is sharper, i.e., the angle of curvature less than the angle of curvature of the top 6 in the embodiment of Fig. 2. In addition, the protrusion in his piante in Fig. 3 has a smaller cross elasticity than in the embodiment of Fig. 2.

In the embodiment of Fig. 4 tab 5 has a top in the form of a flat circle, so the contact surface with the sole of the foot more than in the previous examples. Passes between the support surface for the sole of the foot formed by the top, and non-supporting annular surface occurs abruptly. But in certain cases it is preferred for therapy. In the embodiment of Fig. 4 top 6 lug lies at the level of the undisturbed surface 1, while in the embodiment of Fig. 3 top 6 lies slightly (up to 1-2 mm) below the (undisturbed) surface 1.

In the embodiment of Fig. 5, the protrusion has a tapered top, so a point bearing is more pronounced than in the embodiment of Fig. 3.

In the example of Fig. 6 the tab is removable. Here outsole consists of a main part 7, which is formed by a local recess 2 of the described form. In the bottom 4 of the local deepening of the slot 8. In the main part 7 around the opening 8 at the bottom made the recess 9. Tab 5 is similar to the ledge in the example according to Fig. 2, and its outer diameter corresponds to the inner diameter of the hole 8. The lower part of the ledge is made in the form is ladisa or plantar element, connected with shoes made of an elastic solid material, having a smooth bearing surface facing and adapted to the foot and is provided with at least one protrusion for engagement with the foot, characterized in that the supporting surface is formed by at least one recess in the form of the mould with smoothly rounded edges, passing in the reference surface, with the base of the protrusion is installed in the Central part of the bottom of the recess, and its top is level with the supporting surface.

2. The bottom node under item 1, characterized in that the thickness of the protrusion is equal to several millimeters, mostly 4-6 mm

3. The bottom node under item 1, characterized in that the top of the protrusion is made of a rounded, pointed or flattened form.

4. The bottom node under item 1, characterized in that the base of the protrusion is made thickened and smooth curve goes in the bottom of the recess.

5. The bottom node under item 1, characterized in that the size of the recess is 1/10 to 1/20 of the total area of the supporting surface.

6. The bottom node on p. 1, wherein the ledge and the edge of the grooves round shape.

7. The bottom node under item 1, characterized in that the priest is in the reference surface 3 of 10 of the recesses, each of which is placed the ledge.

9. The bottom node on p. 1, wherein the protrusion is made in one piece with the sole.

10. The bottom node under item 1, characterized in that segment of the cross section of the recesses between the bottom and the edge coming into the bearing surface has an S-shape.

11. The bottom node on p. 1, wherein the protrusion has an elasticity of ebony.

 

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15 cl, 20 dwg

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8 cl, 2 dwg

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EFFECT: additionally improved vapor-permeability of sole manufactured from leather or like material, and provision for rendering required water-tightness to sole.

8 cl, 2 dwg

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