CN204742805U

CN204742805U - New -type shock attenuation sole and be equipped with shoes of this sole

Info

Publication number: CN204742805U
Application number: CN201520534585.5U
Authority: CN
Inventors: 陈巧莹
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-23
Filing date: 2015-07-23
Publication date: 2015-11-11
Anticipated expiration: 2025-07-23

Abstract

The utility model relates to a sole provides one kind and has elasticity shock attenuation and outrigger performance concurrently, simple structure, and the preparation is convenient, is fit for the new -type shock attenuation sole and be equipped with shoes of this sole of big mass production, the beneath big end during new -type shock attenuation sole includes the insole and locates is equipped with a plurality of vertical sand grips and horizontal sand grip on the lower surface of insole, be equipped with spherical protrudingly on vertical sand grip and horizontal sand grip crisscross, upper surface of the big end is equipped with the shock structure on corresponding to the spherical bellied position in insole, and the shock structure upper end is equipped with the sphere and holds the mouth, and it is spherical protruding that mouthful cladding is held to the sphere, and it is equipped with first annular platform to distribute in proper order along its axial on the shock structure lateral wall, still be equipped with cover in shock structure outlying shock attenuation column sleeve on the upper surface of the big end, the shock attenuation column sleeve is concentricity axle with the shock structure, and it is equipped with second annular platform to distribute in proper order along its axial on the shock attenuation column sleeve inside wall, and on the circumference surrounded the lateral wall in the shock structure in the second annular platform, second annular platform lay in between the adjacent first annular platform of shock structure.

Description

A kind of new-type shock-absorbing sole and be provided with the footwear of this sole

Technical field

The utility model relates to a kind of sole, particularly a kind of new-type shock-absorbing sole and be provided with the footwear of this sole.

Background technology

Shoes are necessitys indispensable in daily life, in response to different effects and external form, have a feast for the eyes kind of all kinds on the market, but no matter how the outward appearance of shoes changes, the protection with providing foot enough comfortable and easy to wear is only most important.Whether for modern people's work requirements or recreation, often need to walk for a long time or stand, and the total weight of foot supports human body, long-time use foot is easily felt to ache, even produce Plantar Fasciitis, the shoes that therefore a pair of makes user comfortable and easy to wear are best aids.

Sole viewed from comfortable angle, the sole of good springiness (low-density) has more energy rebound at the volley, the impulsive force worn more and can be absorbed, damping property is good, but too soft sole can produce the motion of so-called floating, namely during the feet step on the ground, sole will absorb the power acting on ground greatly for the deformation of self, the power that ground reaction promotes human body advance is just little, and the power providing sufficient at the volley can not to the both feet of people, more easily produces fatigue; And the impulsive force that the sole that hard material (high density) is made produces than the sole of soft (low-density) is large, poor to joint buffering, so poor to joint protection ratio.Then wear soft sole and can absorb the impulsive force worn more and, comfortable and easy to wear, distance of being expert at is not (general take a walk) when growing very much, can consider to select dress; And wear medium hardness footwear to the exercise load of human body and stimulate optimum, human body adaptive capacity is comparatively strong, should the dress when carrying out prolonged exercise; When requiring that walking speed is very fast, the time is not when growing very much, can consider to select to wear footwear of the hard end.

Therefore, need to need making sole elasticity in whole or in part, in prior art according to different, for the making of this type of sole, be all carry out adjusting completing from the aspect such as selection, formula rate of sole material mostly, make not easily, sole customization is poor, is not suitable for producing quantitatively.

Utility model content

Therefore, for above-mentioned problem, the utility model proposes one and have elastic shock attenuation and stable support performance concurrently, structure is simple, easy to make, is applicable to the new-type shock-absorbing sole produced quantitatively and the footwear being provided with this sole.

For realizing above-mentioned technical problem, the solution that the utility model is taked is: a kind of new-type shock-absorbing sole, the large end under in comprising the end and being located at, the lower surface at the described middle end is provided with the horizontal raised line that in the longitudinal raised line and multiple edge that in multiple edge, end length direction extends, end width extends, and the cross-point between described longitudinal raised line and horizontal raised line is provided with hemisphere jut; The position that the upper surface at the described large end corresponds to the hemisphere jut at the middle end is convexly equipped with shock structure, the upper end of described shock structure is provided with spherical utensil receiving opening, described hemisphere jut can be coated and locked by described spherical utensil receiving opening, and the lateral wall of described shock structure is axially distributed with multiple first annular table successively along it; The upper surface at the described large end is also provided with the damping column sleeve being placed on shock structure periphery, described damping column sleeve and described shock structure are concentricity axle, the madial wall of described damping column sleeve is axially distributed with multiple second annular table successively along it, and the inner periphery of the second annular table is surrounded on the lateral wall of shock structure, the second annular table is between the first adjacent annular table of shock structure.

Further: the isolation spacing being provided with 3-5mm between described first annular table and the second annular table.

Further: the lateral wall on described shock structure between adjacent first annular table is provided with spiral lamination.

Further: the upper surface at the described middle end is provided with the axial clearance corresponding with the position distribution of described longitudinal raised line and the lateral clearance corresponding with the position distribution of described horizontal raised line.

Further: the lower surface at the described large end is provided with multiple on-slip projection, and form rhone between described adjacent on-slip projection, the lower surface of described on-slip projection is provided with on-slip decorative pattern.

A kind of new-type damping shoe, comprise vamp and aforementioned arbitrary new-type shock-absorbing sole, described vamp is located at the upper surface of described new-type shock-absorbing sole.

By adopting preceding solution, the beneficial effects of the utility model are: the new-type shock-absorbing sole of design as mentioned above compared with prior art, has following advantage:

1, staggered longitudinal raised line and horizontal raised line can by effective for power rapid dispersion conduction at the middle end of described new-type shock-absorbing sole, and the cross-point of longitudinal raised line and horizontal raised line is stressed centrostigma, this cross-point is provided with hemisphere jut, spherical structure also has the uniform feature of force dispersion, then hemisphere jut can effectively by the pressure conduction that is subject to on shock structure, the structural design of shock structure is similar to spring structure, deformability is large, easily there is deformation under pressure in shock structure, pressure is greatly absorbed and is used for shrinking deformation, then effectively serve cushioning effect, good damping effect, simultaneously, when shock structure is under pressure contraction deformation, between adjacent first annular table on shock structure, spacing also shrinks reduction, and the second annular table be located between adjacent first annular table is independently located at shock structure to put, second annular table can not do same deformation along with shock structure, contrary, second annular table can produce the upwards support force suppressing shock structure to shrink deformation, namely the contraction deformation power of shock structure conducts to damping column sleeve, damping column sleeve creates upwards support force accordingly, upwards support force and ground reaction force combine jointly as the power promoting human body advance for these, sufficient power can be provided at the volley for the both feet of people, not easily produce fatigue, therefore, described new-type shock-absorbing sole just effectively can take into account damping performance and the support performance of sole by simple structural design, structure is simple and easy to make, be applicable to production and application quantitatively.

2, be provided with the isolation spacing of 3-5mm between described first annular table and the second annular table, the deformation space of described shock structure can be increased, improve the deformability of shock structure, improve the cushioning ability of shock structure; Lateral wall on described shock structure between adjacent first annular table is provided with spiral lamination, the setting of spiral lamination adds shock structure deformation power in the axial direction, improve the damping performance of shock structure absorption pressure, simultaneously, spiral lamination makes axially deformation accelerate, the pressure that shock structure is subject to also can conduct to shock structure fast and put, and improves the upwards support force that damping column sleeve produces, improves the support performance of sole.

3, the upper surface at the described middle end is provided with the axial clearance corresponding with the position distribution of described longitudinal raised line and the lateral clearance corresponding with the position distribution of described horizontal raised line, the design of axial clearance and lateral clearance improves the bending resistance folding endurance of sole, the stressed concentration degree of longitudinal raised line and horizontal raised line promotes, the power that the middle end is subject to can effectively be disperseed by longitudinal raised line and horizontal raised line, improve longitudinal raised line and horizontal raised line to the dispersibility of pressure, the pressure further making sole be subject to effectively can be dispersed to each hemisphere jut place, promote sole uniform force, practicality is high.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model embodiment.

Fig. 2 is the structure sectional view of the utility model embodiment.

Detailed description of the invention

Now with specific embodiment, the utility model is further illustrated by reference to the accompanying drawings.

Referring to figs. 1 to Fig. 2, what the utility model embodiment disclosed is, a kind of new-type shock-absorbing sole, comprise the middle end 1 and the large end 2 under being located at the middle end 1, the lower surface at the described middle end 1 is provided with the horizontal raised line 12 that in the longitudinal raised line 11 and multiple edge that in multiple edge, end length direction extends, end width extends, cross-point between described longitudinal raised line 11 and horizontal raised line 12 is provided with hemisphere jut 13, the upper surface at the described middle end 1 is provided with the axial clearance corresponding with the position distribution of described longitudinal raised line 11 and the lateral clearance corresponding with the position distribution of described horizontal raised line 12.

The position that the upper surface at the described large end 2 corresponds to the hemisphere jut 13 at the middle end 1 is convexly equipped with shock structure 21, the upper end of described shock structure 21 is provided with spherical utensil receiving opening 22, described hemisphere jut 13 can be coated and locked by described spherical utensil receiving opening 22, the lateral wall of described shock structure 21 is axially distributed with multiple first annular 23 successively along it, the lateral wall on described shock structure 21 between adjacent first annular table 23 is provided with spiral lamination; The upper surface at the described large end 2 is also provided with the damping column sleeve 24 being placed on shock structure 21 periphery, described damping column sleeve 24 is concentricity axle with described shock structure 21, the madial wall of described damping column sleeve 24 is axially distributed with multiple second annular table 25 successively along it, and the inner periphery of the second annular table 25 is surrounded on the lateral wall of shock structure 21, second annular table 25, between the first adjacent annular table 23 of shock structure 21, is provided with the isolation spacing of 3mm between described first annular table 23 and the second annular table 25.

The lower surface at the described large end 2 is provided with multiple on-slip projection 26, and form rhone 27 between described adjacent on-slip projection 26, the lower surface of described on-slip projection 26 is provided with on-slip decorative pattern.

The new-type shock-absorbing sole designed in sum, has elastic shock attenuation and stable support performance concurrently, and structure is simple, easy to make, and be applicable to manufacturing quantitatively, practicality is high.

Above, be only the embodiment utilizing this origination techniques content, the modification that any those skilled in the art use this creation to do, change, all belong to the scope of the claims that this creation is advocated, and be not limited to those disclosed embodiments.

Claims

1. a new-type shock-absorbing sole, the large end under in comprising the end and being located at, it is characterized in that: the lower surface at the described middle end is provided with the horizontal raised line that in the longitudinal raised line and multiple edge that in multiple edge, end length direction extends, end width extends, and the cross-point between described longitudinal raised line and horizontal raised line is provided with hemisphere jut; The position that the upper surface at the described large end corresponds to the hemisphere jut at the middle end is convexly equipped with shock structure, the upper end of described shock structure is provided with spherical utensil receiving opening, described hemisphere jut can be coated and locked by described spherical utensil receiving opening, and the lateral wall of described shock structure is axially distributed with multiple first annular table successively along it; The upper surface at the described large end is also provided with the damping column sleeve being placed on shock structure periphery, described damping column sleeve and described shock structure are concentricity axle, the madial wall of described damping column sleeve is axially distributed with multiple second annular table successively along it, and the inner periphery of the second annular table is surrounded on the lateral wall of shock structure, the second annular table is between the first adjacent annular table of shock structure.

2. new-type shock-absorbing sole according to claim 1, is characterized in that: the isolation spacing being provided with 3-5mm between described first annular table and the second annular table.

3. new-type shock-absorbing sole according to claim 1 and 2, is characterized in that: the lateral wall on described shock structure between adjacent first annular table is provided with spiral lamination.

4. new-type shock-absorbing sole according to claim 1, is characterized in that: the upper surface at the described middle end is provided with the axial clearance corresponding with the position distribution of described longitudinal raised line and the lateral clearance corresponding with the position distribution of described horizontal raised line.

5. new-type shock-absorbing sole according to claim 1, is characterized in that: the lower surface at the described large end is provided with multiple on-slip projection, and form rhone between described adjacent on-slip projection, the lower surface of described on-slip projection is provided with on-slip decorative pattern.

6. a new-type damping shoe, comprises vamp, it is characterized in that: also comprise the arbitrary described new-type shock-absorbing sole of claim 1-5, described vamp is located at the upper surface of described new-type shock-absorbing sole.