Ultrahigh-resilience EVA (Ethylene Vinyl Acetate) leisure shoes

Abstract

The utility model discloses an ultrahigh resilience EVA casual shoe which comprises a shoe sole and a shoe body, the shoe sole is divided into a front sole area, a middle area and a heel area, and elastic cavities are formed in the front sole area and the heel area in a hollow mode. An elastic structure used for deforming when the sole is pressed and releasing acting force towards the end face of the sole is arranged in the elastic cavity; the auxiliary structure is used for being in linkage fit with the elastic structure to improve deformation strength of the elastic structure when the sole is pressed, the loading piece is used for being in linkage fit with the elastic structure to improve acting force generated by deformation of the elastic structure, and the sole is made of EVA materials. The casual shoe solves the problem that a sole of a traditional casual shoe is weak in rebound resilience.

Description

TECHNICAL FIELD

[0001] The utility model relates to leisure shoes technical field, concretely is a kind of super-high rebound EVA leisure shoes. BACKGROUND

[0002] In modern life, leisure shoes as one of the important footwear of people's daily wear, have received extensive attention and love.Leisure shoes not only have to have comfortable wearing experience, its sole rebound is also the key factor influencing wearing feeling.Currently, the sole of the conventional leisure shoes commonly seen on the market mostly adopts ordinary material and structure design.The sole of these conventional leisure shoes has obvious deficiency in rebound, and the main reason is that the structure design of sole is not reasonable enough, lacks effective elastic enhancement mechanism.For example, the sole of some conventional leisure shoes cannot fully convert the pressure received into restoring force when being pressed, so that wearer cannot be given enough support and buffer in walking or movement process, and it is easy to make foot fatigue. SUMMARY

[0003] In view of the prior art, the utility model provides a kind of super-high rebound EVA leisure shoes, to solve the problem of weak rebound of the sole of conventional leisure shoes.

[0004] To achieve the above purpose, the utility model provides a kind of super-high rebound EVA leisure shoes, including sole and shoe body, the sole is divided into forefoot region, middle region and rear heel region, the forefoot region and rear heel region are hollow and provided with elastic cavity, the elastic cavity is provided with elastic structure for deforming and releasing the action force to the end surface direction of sole when sole is pressed, auxiliary structure for improving the deformation strength of elastic structure in linkage with elastic structure when sole is pressed and loading piece for improving the action force generated by deformation of elastic structure in linkage with elastic structure, the sole is made of EVA material.

[0005] The beneficial effects of the above technical scheme are: in the above technology, the hollow elastic cavity is arranged in the forefoot region and the rear heel region, and the elastic structure, the auxiliary structure and the loading piece are arranged in the elastic cavity, when the shoe sole is pressed, the elastic structure can deform and release the acting force to the shoe sole end surface direction, effectively improving the resilience of the shoe sole, compared with the traditional leisure shoes, the shoe sole of the utility model can recover to the original state more quickly and powerfully after being pressed, providing better support and buffering for the wearer, greatly reducing the fatigue of the feet, the auxiliary structure in the elastic cavity is linked with the elastic structure, which can improve the deformation strength of the elastic structure, when the shoe sole is pressed, the auxiliary structure will work with the elastic structure, so that the elastic structure can produce greater deformation, thereby storing more elastic potential energy, further improving the resilience and comfort of the shoe sole, the linkage design makes the elastic effect of the shoe sole more outstanding, which can better adapt to different wearing scenes and sports needs, the linkage of the loading piece and the elastic structure effectively improves the acting force generated by the deformation of the elastic structure, the loading piece can increase the restoring force when the elastic structure deforms, so that the shoe sole can give the wearer stronger counterforce after being pressed, which helps to improve the efficiency of walking or sports, and also provides a more comfortable and stable wearing experience for the wearer, and the shoe sole is made of EVA material, which has good flexibility, buffering and lightness.

[0006] The utility model further sets up: the elastic structure includes a plurality of elastic columns that are arranged in a straight line along the length direction of the shoe sole, the elastic columns are horizontally placed in the elastic cavity, the radial cross section of the elastic column is elliptical and the elliptical direction is oppositely inclined to the end surface of the shoe sole, adjacent elastic columns are gap fitted and have a deformation gap, and the elastic column is made of TPU material.

[0007] The technical scheme has the beneficial effects that: the elastic columns arranged in a line along the length direction of the shoe sole are arranged in the elastic cavities of the forefoot region and the heel region of the shoe sole, and the elastic columns can work cooperatively to effectively disperse the pressure when the shoe sole is pressed, thereby significantly improving the elasticity of the shoe sole; the radial cross section of the elastic column is in an oval shape, and the oval direction is arranged to be opposite to the end surface of the shoe sole, and the special shape and angle design enable the elastic column to produce more complex deformation when it is pressed, compared with the elastic component in a conventional shape, the elastic column in an oval shape can store more elastic potential energy, and the elastic column in an oval shape can deform in different directions during the pressing process of the shoe sole, thereby increasing the degree and range of elastic deformation, improving the elastic recovery ability of the shoe sole, and enabling the shoe to better adapt to the movement trajectory of the foot during wearing, and providing better elastic support; in addition, the adjacent elastic columns are arranged in a gap fit mode and form a deformation gap, the deformation gap provides sufficient space for the deformation of the elastic column when it is pressed, avoids mutual interference between the elastic columns, and ensures that each elastic column can freely deform elastically, and when the shoe sole is pressed, the elastic column can fully stretch and compress in the deformation gap, thereby maximizing the elastic performance of the elastic column and further improving the elasticity and buffering performance of the shoe sole; in addition, the elastic column is made of TPU material, and the TPU material has excellent elasticity, wear resistance and tear resistance. This enables the elastic column to maintain good elastic performance during long-term use, prevents the elastic column from losing elasticity, ensures the long-term elasticity of the shoe sole, and the high wear resistance and tear resistance of the TPU material prevent the elastic column from being damaged during frequent pressing and deformation, thereby improving the stability and reliability of the elastic structure, and improving the overall quality and service life of the shoe, thereby providing a better product experience for consumers.

[0008] The auxiliary structure further comprises a plurality of first auxiliary blocks and a plurality of second auxiliary blocks, the plurality of first auxiliary blocks are uniformly distributed in the elastic cavities along the length direction of the shoe sole and are connected to the bottom wall of the elastic cavities, and the plurality of second auxiliary blocks are uniformly distributed in the elastic cavities along the length direction of the shoe sole and are connected to the top wall of the elastic cavities, each of the elastic columns has a first auxiliary block on the front side, and each of the elastic columns has a second auxiliary block on the back side, the first auxiliary block is connected to the top wall and the side wall in a smooth curved surface and forms a first inclined surface for abutting and cooperating with the outer wall of the corresponding elastic column, the second auxiliary block is connected to the bottom wall and the side wall in a smooth curved surface and forms a second inclined surface for abutting and cooperating with the outer wall of the corresponding elastic column, and the first inclined surface of each of the first auxiliary blocks is arranged opposite to the second inclined surface of the adjacent second auxiliary block.

[0009] The technical scheme has the beneficial effects that when a wearer walks or moves to exert pressure on the shoe sole, the elastic cavities in the forefoot region and the heel region of the shoe sole are extruded, at this time, slight deformation of the shoe sole causes the elastic cavities to slightly deform and drive the second auxiliary blocks to move towards the elastic columns, that is, the first auxiliary block and the second auxiliary block are both relatively moved towards the corresponding elastic column, the first inclined surface of the first auxiliary block and the second inclined surface of the second auxiliary block are in contact with and interact with the outer wall of the elastic column, guiding the elastic column to produce greater deformation in a specific direction, so that the elastic column stores more elastic potential energy, with the continuous increase of the pressure, the degree of deformation of the elastic column continuously increases, and the first auxiliary block and the second auxiliary block will also bear certain pressure, and the interaction force between them and the elastic column is further enhanced, promoting the elastic column to store more energy, when the pressure disappears, the elastic column storing a large amount of elastic potential energy begins to restore to the original state, and in the restoring process, the elastic column will push the first auxiliary block and the second auxiliary block in the opposite direction. Since the first auxiliary block and the second auxiliary block are connected with the bottom wall and the top wall of the elastic cavity respectively, they will play a certain supporting and assisting role in the restoration of the elastic column, so that the elastic column can rebound more quickly and more powerfully. At the same time, the force generated by the rebound of the elastic column is transmitted to the foot through the shoe sole, providing an upward reaction force for the wearer, helping the foot to complete the lifting action, realizing the efficient rebound process of the shoe sole, and providing a good walking experience for the wearer; in the above technology, when the shoe sole is pressed, the first inclined surface of the first auxiliary block and the second inclined surface of the second auxiliary block are in abutting engagement with the outer wall of the elastic column, which can guide and limit the deformation direction of the elastic column, so that the elastic column produces greater deformation in a specific direction, thereby effectively improving the deformation strength of the elastic structure and further enhancing the rebounding property of the shoe sole; through the setting of the first auxiliary block and the second auxiliary block, the pressure received by the shoe sole can be more evenly transmitted to the elastic column. The abutting engagement of the first inclined surface and the second inclined surface with the elastic column can disperse the pressure to different parts of the elastic column, avoiding local stress concentration and improving the stress rationality and stability of the elastic column. In this way, not only the overall performance of the elastic structure is improved, but also the service life of the elastic column is prolonged, ensuring the long-term rebound effect of the shoe sole; the connection of the first auxiliary block and the second auxiliary block with the wall of the elastic cavity and the cooperation with the elastic column can effectively inhibit the possible excessive deformation or distortion of the shoe sole when it is pressed, provide more stable support for the wearer, reduce the risk of foot fatigue and injury caused by unstable shoe sole, and improve the safety and comfort of wearing; and the first auxiliary block on the front side and the second auxiliary block on the rear side of each elastic column are oppositely arranged, forming a whole structure that works cooperatively, in the process of pressure receiving and rebounding of the shoe sole, the first auxiliary block, the second auxiliary block and the elastic column can be interconnected, and store and release elastic potential energy together, and the cooperative working mechanism makes the performance of the elastic structure fully exerted, further improving the rebound performance and buffering effect of the shoe sole, and providing a more comfortable walking experience for the wearer.

[0010] The utility model further sets up: first auxiliary block and second auxiliary block all are made of TPU material.

[0011] The above technical scheme has the advantages that: TPU material has excellent elastic performance, the first auxiliary block and the second auxiliary block are made of the material, which can realize good matching and cooperation with the elastic column made of TPU material in elasticity, and they can synchronously elastically deform when the sole is pressed, more effectively assisting the elastic column to store elastic potential energy, and after the pressure is released, they can quickly rebound together with the elastic column, further enhancing the overall resilience and buffering performance of the sole, providing a more comfortable foot feeling experience for the wearer; TPU material has excellent wear resistance, which makes the first auxiliary block and the second auxiliary block not prone to wear and damage even if they frequently abut and rub against the elastic column during long-term use, compared with other materials, they can better maintain their structural integrity and performance stability, thereby prolonging the service life of the entire elastic structure and the sole, reducing problems such as decreased sole resilience caused by component wear, and improving the durability and practicality of the shoe.

[0012] The utility model further sets up: the elastic column is penetrated by deformation hole along its width direction, the deformation hole diameter cross section is oval-shaped setting, the loading piece includes a plurality of metal elastic sheets, the metal elastic sheet diameter cross section is arc-shaped setting and metal elastic sheet includes two end portions and protuberance portion, the protuberance portion is towards the sole end face setting, a plurality of metal elastic sheets and a plurality of deformation holes are one-to-one corresponding and the protuberance portion of each metal elastic sheet all is in respective corresponding deformation hole, the protuberance portion end wall of metal elastic sheet and deformation hole inner wall abutment cooperation setting.

[0013] The technical scheme has the beneficial effects that when a wearer exerts pressure on the shoe sole, the elastic cavities of the forefoot region and the heel region of the shoe sole are extruded, and the elastic column starts to deform. Since the elastic column is provided with the deformation hole and contains the metal spring inside, when the elastic column deforms, the protruding part of the metal spring is also extruded. The arc-shaped structure of the metal spring causes the protruding part to bend and deform to the two sides of the deformation hole when the metal spring is extruded, which further increases the deformation degree of the elastic column, thereby storing more elastic potential energy. Compared with the simple elastic column structure, the combination of the elastic column and the metal spring greatly increases the degree and range of elastic deformation, and more elastic potential energy can be stored, thereby significantly improving the resilience of the shoe sole, providing stronger support and rebound force for the wearer, and improving the comfort and efficiency during walking or exercising. The protruding part of the metal spring is in abutting engagement with the inner wall of the deformation hole. When the shoe sole is extruded, the pressure is evenly dispersed to each part of the elastic column through the metal spring, avoiding local stress concentration. This pressure dispersion mechanism not only helps to protect the elastic column and the metal spring, prolonging their service life, but also makes the shoe sole produce more uniform cushioning effect when extruded, effectively reducing the impact force of the ground on the feet, providing more comfortable and stable cushioning protection for the feet. Meanwhile, since the metal spring has good elasticity and rapid recovery performance, the metal spring can quickly deform and recover to its original state during the extrusion and pressure release of the shoe sole.

[0014] The utility model further sets up: metal spring both ends part all are connected with the shoe sole setting.

[0015] The technical scheme has the beneficial effects that the metal spring is connected with the shoe sole at both ends, which can stably fix the metal spring in the elastic structure of the shoe sole. Meanwhile, the metal spring is connected with the shoe sole at both ends, so that the force received by the shoe sole can be directly and efficiently transmitted to the metal spring. When the shoe sole is extruded, the pressure can be quickly transmitted to both ends of the metal spring through the shoe sole, and the protruding part of the metal spring deforms correspondingly in the deformation hole. The metal spring fully plays the role of increasing elastic deformation and storing elastic potential energy. During the rebound process, the elastic potential energy stored in the metal spring can be more smoothly transmitted back to the shoe sole through both ends, providing stronger rebound power for the shoe sole, and improving the response speed and effect of the resilience of the shoe sole. BRIEF DESCRIPTION OF DRAWINGS

[0016] Figure 1 It is a three-dimensional view of the utility model;

[0017] Figure 2 It is a sectional view of the utility model;

[0018] Figure 3 It is a front view of the metal spring in the utility model. DETAILED DESCRIPTION

[0019] The utility model provides a kind of superhigh rebound EVA leisure shoes, including sole 1 and shoe body, the sole 1 is divided into forefoot area, middle area and rear heel area, the forefoot area and rear heel area are hollow and provided with elastic cavity 11, the elastic cavity 11 is provided with elastic structure for deforming and releasing the force to the end surface direction of sole 1 when being pressed, auxiliary structure for being linked with elastic structure to improve the deformation strength of elastic structure when sole 1 is pressed and loading piece for being linked with elastic structure to improve the force generated by the deformation of elastic structure, the sole 1 is made of EVA material, the elastic structure includes a plurality of elastic columns 2 in linear arrangement along the length direction of sole 1, the elastic column 2 is horizontally placed in elastic cavity 11, the radial section of the elastic column 2 is elliptical and is arranged with the end surface of sole 1 in opposite inclined manner, adjacent the elastic column 2 is gap matched and is formed with deformation gap, the elastic column 2 is made of TPU material, the auxiliary structure includes a plurality of first auxiliary blocks 3 and a plurality of second auxiliary blocks 4, a plurality of the first auxiliary blocks 3 are distributed in elastic cavity 11 along the length direction of sole 1, and each first auxiliary block 3 is connected with the bottom wall of elastic cavity 11, a plurality of the second auxiliary blocks 4 are distributed in elastic cavity 11 along the length direction of sole 1, and each second auxiliary block 4 is connected with the top wall of elastic cavity 11, each the front side of the elastic column 2 has a first auxiliary block 3, and each the rear side of the elastic column 2 has a second auxiliary block 4, the top wall and the side wall between the first auxiliary block 3 are connected in smooth curved surface and are formed with first inclined surface 31 for abutting cooperation with the outer wall of corresponding elastic column 2, the bottom wall and the side wall between the second auxiliary block 4 are connected in smooth curved surface and are formed with second inclined surface 41 for abutting cooperation with the outer wall of corresponding elastic column 2, the first inclined surface 31 of each the first auxiliary block 3 is arranged opposite to the second inclined surface 41 of each adjacent second auxiliary block 4, the first auxiliary block 3 and the second auxiliary block 4 are made of TPU material, the deformation hole 21 is formed through the elastic column 2 along its width direction, the radial section of the deformation hole 21 is elliptical, the loading piece includes a plurality of metal spring sheets 5, the radial section of the metal spring sheet 5 is arc-shaped, and the metal spring sheet 5 includes two end portions 51 and protruding portion 52, the protruding portion 52 is arranged towards the end surface of sole 1, a plurality of the metal spring sheets 5 correspond to a plurality of deformation holes 21 one by one, and the protruding portion 52 of each metal spring sheet 5 is located in the corresponding deformation hole 21, the end wall of the protruding portion 52 of the metal spring sheet 5 is abuttingly matched with the inner wall of the deformation hole 21, and the two end portions 51 of the metal spring sheet 5 are connected with the sole 1.

[0020] The basic principle and main features of the utility model and the advantages of the utility model are shown and described above, and the person skilled in the art should understand that the utility model is not limited by the above-mentioned embodiments, and the above-mentioned embodiments and the description in the specification are only to illustrate the principle of the utility model, and various changes and improvements of the utility model can be made without departing from the spirit and scope of the utility model, and these changes and improvements all fall within the scope of the utility model claimed for protection, and the protection scope of the utility model is defined by the appended claims and equivalents thereof.

Claims

1. A high-rebound EVA casual shoe, comprising a sole and an upper, wherein the sole is divided into a forefoot area, a midfoot area, and a heel area, characterized in that: Both the forefoot area and the heel area are hollow and have elastic cavities. The elastic cavities are provided with an elastic structure for deforming and releasing force towards the end face of the sole when the sole is compressed, an auxiliary structure for working in conjunction with the elastic structure to improve the deformation strength of the elastic structure when the sole is compressed, and a loading component for working in conjunction with the elastic structure to improve the force generated by the deformation of the elastic structure. The sole is made of EVA material.

2. The ultra-high rebound EVA casual shoe according to claim 1, characterized in that: The elastic structure includes several elastic columns arranged in a straight line along the length of the sole. The elastic columns are placed horizontally in the elastic cavity. The radial cross-section of the elastic columns is elliptical and the elliptical direction is inclined relative to the end face of the sole. Adjacent elastic columns are fitted with gaps to form deformation gaps. The elastic columns are made of TPU material.

3. The ultra-high rebound EVA casual shoe according to claim 2, characterized in that: The auxiliary structure includes several first auxiliary blocks and several second auxiliary blocks. The first auxiliary blocks are evenly distributed in the elastic cavity along the length of the sole, and each first auxiliary block is connected to the bottom wall of the elastic cavity. The second auxiliary blocks are evenly distributed in the elastic cavity along the length of the sole, and each second auxiliary block is connected to the top wall of the elastic cavity. Each elastic post has a first auxiliary block on its front side and a second auxiliary block on its rear side. The top wall and side wall of the first auxiliary block are connected by a smooth curved surface and form a first inclined surface for abutting against the outer wall of the corresponding elastic post. The bottom wall and side wall of the second auxiliary block are connected by a smooth curved surface and form a second inclined surface for abutting against the outer wall of the corresponding elastic post. The first inclined surface of each first auxiliary block is opposite to the second inclined surface of its adjacent second auxiliary block.

4. The ultra-high rebound EVA casual shoe according to claim 3, characterized in that: Both the first auxiliary block and the second auxiliary block are made of TPU material.

5. A high-resilience EVA casual shoe according to claim 2, characterized in that: The elastic column has a deformation hole extending through it along its width. The deformation hole has an elliptical radial cross-section. The loading member includes several metal springs. The metal springs have an arc-shaped radial cross-section and include two ends and a raised portion. The raised portion faces the end face of the shoe sole. Each of the several metal springs corresponds to one of the several deformation holes, and the raised portion of each metal spring is located in its corresponding deformation hole. The end wall of the raised portion of the metal spring is in abutting fit with the inner peripheral wall of the deformation hole.

6. The ultra-high rebound EVA casual shoe according to claim 5, characterized in that: Both ends of the metal spring are connected to the sole of the shoe.

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