TWM649577U - Magnetic shock-absorbing sole structure with waterproof and breathable function - Google Patents

Abstract

It includes a large bottom with a plurality of ventilation holes on the periphery of the large bottom. The top surface of the large bottom is surrounded by The edge is provided with a plurality of ventilation ducts with a sloped structure. The plurality of ventilation holes are connected to the plurality of ventilation ducts. The external air enters through the plurality of ventilation holes and directly reaches the top surface of the outsole through the plurality of ventilation ducts. The ventilation ducts are sloped. Structure, if moisture enters through the vent hole at a lower horizontal position, the moisture will not directly flow into the top surface of the outsole at a higher position, which can achieve the functions of breathability and waterproofing. The top surface of the outsole There is at least one set of joints on the surface, and the joints are equipped with a magnetic energy shock absorbing and buffering device. The force of the user's pedaling when walking will cause the magnetic energy shock absorbing and buffering device to shake, which can buffer and disperse the down force when pedaling.

Description

Magnetic shock-absorbing sole structure with waterproof and breathable function (2)

This creation is a shoe sole structure, especially a shoe sole structure with waterproof, breathable and magnetic shock-absorbing functions.

Press, there are many kinds of footwear, whether it is leather shoes, casual shoes, sports shoes, etc., how to achieve both beauty and comfort has always been the goal of continuous research by relevant practitioners. The additional functions of footwear are also changing with each passing day, such as anti-slip, waterproof, anti-slip, etc. Shock, etc., these additional functions have greatly affected the direction of consumers' purchasing decisions. Currently, the shoes on the market that emphasize breathability are mostly equipped with ventilation holes around the soles to help the soles and the interior of the shoe body to breathe and exchange, providing users with Comfortable and dry wearing experience.

When the user accidentally walks on wet ground, the moisture on the ground may enter the inside of the sole through the plurality of ventilation holes, causing moisture and water accumulation on the inside of the shoe. Excessive moisture and vapor inside the sole will cause the user to feel uncomfortable while walking. Comfortable feeling, water cannot be discharged and it is easy to mix with foot sweat to produce odor. If there is a wound on the foot accidentally, it may cause foot lesions in severe cases.

In addition, in order to make the shoes more comfortable to wear, people usually add a magnet insole body to the sole. The magnet insole body is helpful to keep the soles of the feet dry and clean, and can also reduce the friction or friction on the soles of the feet caused by standing or walking for a long time. Soreness, and through the shift of the center of gravity and the downward pressure of the weight, the magnet insole body can provide moderate elasticity, reduce the feedback force between the soles of the feet and the ground, and make walking more comfortable and relaxed. Just adding a magnet insole body to the sole will reduce the pain in the long term. Even after activities, you will still feel uncomfortable. If you wear a pair of shoes that do not fit your feet, are not ergonomically designed, and cannot provide comfortable soles and good shock-absorbing and cushioning effects, it may even cause foot pathologies in the long run, such as flat feet and flat feet. The occurrence of deformity, high arches or plantar fasciitis, etc., should not be taken carelessly.

The above-mentioned problems are shortcomings that the developers have experienced after using them personally. The creator has been paying attention to the above-mentioned problems for many years. Therefore, after continuous research and improvement, he has created a sole structure that can be waterproof, breathable and magnetically shock-absorbing to solve the shortcomings of the conventional technology. .

In order to solve the above problems, this invention provides a magnetic energy shock-absorbing sole structure with waterproof and breathable functions, which includes a large sole with a plurality of ventilation holes on the periphery of the outsole, and a plurality of ventilation channels on the periphery of the top surface of the outsole. The ventilation hole is connected to a plurality of the ventilation ducts, and the ventilation duct is an inclined plane structure. The horizontal height of the top surface of the outsole is higher than the plurality of ventilation holes. The top surface of the outsole is provided with a hollow buffer column. The hollow The top surface of the buffer column is provided with perforations, and the top surface of the outsole is further equipped with a buffer and shock-absorbing pad body. The buffer and shock-absorbing pad body is provided with a plurality of hollow convex portions, and the plurality of hollow convex portions are provided with perforations on the top surface. The hollow buffer column and the plurality of hollow protrusions can achieve the function of buffering and shock absorption.

Through the structure described in the previous paragraph, the plurality of ventilation channels are sloped structures, and the horizontal position of the top surface of the outsole is higher than the plurality of ventilation holes. Therefore, if moisture accidentally enters through the plurality of ventilation holes, the moisture will It will not flow directly into the top surface of the outsole, but can quickly discharge water through the inclined structure of the plurality of ventilation channels, so that water will not accumulate inside the outsole and shoe body, which improves the shortcomings of the conventional technology, and regardless of When walking or standing, the heel will step on the magnetic shock-absorbing buffer device, which can buffer and disperse the downforce when pedaling, provide sole comfort, good shock-absorbing auxiliary buffering effect, and effectively reduce foot discomfort.

Conventional problems can be improved through the structure of this invention. Hereinafter, a specific embodiment will be described in detail with drawings, so that the review committee can have a better understanding of the technical features of this invention.

Please refer to Figures 1 to 14 of the drawings. This invention provides a magnetic energy shock-absorbing sole structure with waterproof and breathable functions, which includes a large sole (1) with a plurality of ventilation holes (11) on the periphery of the outsole (1). , a plurality of ventilation channels (13) are provided on the periphery of the top surface (12) of the outsole (1), and the plurality of ventilation holes (11) are connected with a plurality of the ventilation channels (13), and the ventilation channels (13) are inclined surfaces. Structure, the horizontal height of the top surface (12) of the outsole (1) is higher than the plurality of ventilation holes (11), and the top surface (12) of the outsole (1) is provided with at least one hollow buffer column (2) , The hollow buffer column (2) is provided with a perforation (21) on the top surface. The hollow buffer column (2) can withstand the pressure of the human body, and the perforation (21) can discharge excess air when it withstands the pressure. Therefore, the hollow buffer column (2) is like an air pump, helping to attract and discharge the air inside the shoe body when the human body is walking and pedaling, and interacts with the ventilation channel (13) and the ventilation hole (11) to achieve an overall For the purpose of air circulation, the top surface (12) of the outsole (1) is further equipped with a shock-absorbing cushion body (3), and the shock-absorbing cushion body (3) is provided with a plurality of hollow convex portions (31). The plurality of hollow protrusions (31) are provided with perforations (32) on the top surface. The plurality of hollow protrusions (31) have elasticity after compression, which can achieve the function of buffering and shock absorption. In addition, because the ventilation channel (13) is a slope structure , if moisture enters through the vent hole (11) at a lower horizontal position, the moisture will not directly flow into the top surface (12) of the outsole (1) at a higher position, thereby achieving a waterproof effect.

Through the structure described in the previous paragraph, when the user wears the invention while walking, the cushioning and shock-absorbing pad body (3) provides the user with the function of cushioning and shock-absorbing through the plurality of hollow convex portions (31), and the plurality of hollow convex portions (31) will return to its original shape after being stressed, which can provide cushioning and shock-absorbing effects when pedaling next time. In addition, when pedaling, external air can enter the outsole (1) through the plurality of ventilation holes (11) and pass through the plurality of these vents (11). The ventilation channel (13) enters the top surface (12) of the outsole (1) to achieve the effect of circulation ventilation in the shoe body.

The top surface (12) of the outsole (1) is provided with shock-absorbing bumps (14). The shock-absorbing bumps (14) are provided with a plurality of grooves (141). The grooves (141) can be divided into horizontal Grooves and longitudinal grooves, when the external air enters the top surface (12) of the outsole (1) through the plurality of ventilation holes (11) and the plurality of ventilation ducts (13), the external air then passes through the plurality of the ventilation ducts (13). The groove (141) circulates to all parts of the top surface (12) of the outsole (1), achieving the effect of truly allowing the external air to circulate on the top surface (12) of the outsole (1) and within the shoe body. .

In addition, the top surface (12) of the outsole (1) is equipped with a magnet insole body (4). The magnet insole body (4) is provided with a plurality of perforations (41), a plurality of the perforations (41) and a plurality of the hollows. The position of the perforation (32) of the convex part (31) corresponds to the position, and the top surface (12) of the outsole (1) is provided with a midsole positioning layer (5). The midsole positioning layer (5) is provided with a plurality of Perforations (51), a plurality of the perforations (51) corresponding to the positions of the perforations (32) of the hollow protrusions (31), through the above-mentioned arrangement of the magnet insole body (4) and the midsole positioning layer (5) , can provide better shock-absorbing, buffering and anti-slip effects, and the plurality of perforations (41) (51) correspond to the plurality of perforations (32) of the plurality of hollow protrusions (31), which is helpful for the plurality of hollow protrusions (31). 31) Compression and restoration.

In addition, the bottom surface of the outsole (1) is provided with a forefoot bump (15) and a heel bump (16). The positions of the forefoot bump (15) and the heel bump (16) correspond to the position of the outsole (1). The position of the hollow buffer column (2) inside the bottom (1) allows the user to step on the forefoot bump (15) and the heel bump (16) when walking and pedaling, causing the user to push up from bottom to top. Acting with the hollow buffer column (2) to achieve a lifting effect when stepping on it, it helps the internal gas flow. In addition, the bottom surface of the magnet insole body (4) is further provided with a plurality of hollow protrusions (42). The hollow protrusions (42) ) is provided with perforations (421), and the magnet insole body (4) passes through the hollow convex portion (42) and the cushioning and shock-absorbing pad body (3) to push each other concavely when pedaling, thereby generating better rebound force. , In addition, the top surface of the magnet insole body (4) is further provided with a plurality of raised portions (43), and the plurality of raised portions (43) are provided with magnets (44). The plurality of raised portions (43) are provided with reference to the position From the perspective of traditional Chinese medicine, the acupuncture points on the feet correspond to the positions of the reflex zones of the body parts, which can correspond to the brain, heart, lungs, stomach and kidneys respectively. When stepping on this creation, through the plurality of protrusions (43) and the magnets (44) Stimulating acupuncture points on the soles of the feet can effectively promote blood circulation, relieve foot discomfort and fatigue, and make users feel more relaxed when walking.

For another preferred embodiment, please refer to Figures 15 to 25. The top surface (12) of the outsole (1) is provided with at least one set of connecting parts (17). The assembling parts (17) are provided with A magnetic energy shock-absorbing and buffering device (6). The magnetic energy shock-absorbing and buffering device (6) is composed of two cover bodies (61) and an elastic sheet body (62). The outer surface (611) of the cover body (61) is provided with A plurality of grooves (612), the grooves (612) are provided with magnetic elements (613), the inner surface (614) of the cover (61) is provided with assembly protrusions (615), and the elastic sheet body (62) A plurality of extension parts (621) are extended, and the terminals of the extension parts (621) are provided with magnetic elements (622). When the assembly part (17) is assembled with the magnetic shock absorbing and buffering device (6), the two covers ( The inner surfaces (614) of 61) face each other, and the elastic sheet (62) is placed between the two covers (61), and the two assembled protrusions (615) of the two covers (61) are tightly connected. The elastic sheet body (62) is fixed against the elastic sheet body (62), and the plurality of grooves (612) of the two covers (61) correspond to the number and position of the plurality of extension portions (621) of the elastic sheet body (62). The plurality of magnetic components (622) of the elastic sheet body (62) and the plurality of magnetic components (613) of the two cover bodies (61) overlap in a vertical position but have gaps between them. The plurality of the plurality of elastic sheet bodies (62) The magnetic element (622) and the plurality of magnetic elements (613) of the two covers (61) are in a magnetic repulsion state. The user places the magnetic energy shock absorbing buffer device (6) on the outsole (1). In the assembly part (17), the force of stepping when walking will cause the elastic sheet body (62) to shake. Through the magnetic element (613) between the two cover bodies (61) and the elastic sheet body (62), ) (622) The characteristics of the mutual repulsion state cause vibration to occur between the magnetic element (622) of the elastic sheet body (62) and the magnetic elements (613) of the two covers (61), and the tread is dispersed through vibration buffering downforce.

The waterproof and breathable magnetic energy shock-absorbing sole structure of this invention improves the shortcomings of the conventional technology. It not only achieves the effect of making the inside of the outsole (1) and the inside of the shoe body breathable, but also prevents moisture from penetrating through the plurality of ventilation holes (11). ) flows in, through the stepping action of the human foot, in addition to bringing in fresh air from the outside, it can also eliminate excess water vapor in the shoe body, which can help suppress the stuffy odor inside the shoe body, achieving both breathability and waterproofing. In addition, whether walking or standing, the heel will step on the magnetic energy shock-absorbing buffer device (6), which can buffer and disperse the downward pressure when pedaling, providing sole comfort, good shock-absorbing auxiliary buffering effect, and effective Reduce foot discomfort; the above-mentioned embodiments are only to illustrate the principle and function of this invention, and do not limit this invention. Therefore, people skilled in this technology can modify and change the above-mentioned embodiments without departing from the spirit of this invention; this invention It has industrial applicability, novelty and advancement, and meets the requirements for new patents. It is time to file an application in accordance with the law.

1:Outsole

11: Ventilation hole

12:Top surface

13:Ventilation channel

14: Shock absorber bumps

141:Trench

15: Forefoot bump

16: Heel bump

17: Assembly and connection department

2: Hollow buffer column

21:Piercing

3: Buffer and shock absorber body

31: Hollow convex part

32:Perforation

4: Magnetic insole body

41: Piercing

42: Hollow convex part

421:Perforation

43:Protruding part

431:Brain

432:Heart

433:Lungs

434:Kidney

435:Stomach

44:Magnet

5: Midsole positioning layer

51:Perforation

6: Magnetic energy shock absorber buffer device

61: Cover

611:Outer side

612: Groove

613:Magnetic components

614: Medial side

615: Assembling the convex part

62: Elastic sheet body

621:Extension

622:Magnetic components

Figure 1 is a three-dimensional reference diagram of the outsole for this creation. Figure 2 is a three-dimensional reference view of the buffer and shock-absorbing pad body of this creation. Figure 3 is an exploded reference diagram of the outsole and shock absorber body of this creation. Figure 4 is a reference diagram of the combination of the outsole and shock-absorbing pad body of this creation. Figure 5 is a schematic cross-sectional view of the outsole of this creation (1). Figure 6 is a schematic cross-sectional view of the outsole of this creation (2). Figure 7 is a three-dimensional reference diagram of the magnet insole body of this creation. Figure 8 is a partial cross-sectional reference view of the magnet insole body of this invention. Figure 9 is a three-dimensional reference diagram of the bottom positioning layer in this creation. Figure 10 is a reference diagram (1) of the embodiment of this invention. Figure 11 is a reference diagram (2) of the embodiment of this invention. Figure 12 is a reference diagram of another embodiment of the invention. Figure 13 is a reference diagram of another embodiment of the invention. Figure 14 is a reference picture of the outsole of this creation from another angle. Figure 15 is a reference diagram (1) of another preferred embodiment of this invention. Figure 16 is a three-dimensional exploded view of the shock absorbing and buffering device of this invention. Figure 17 is a three-dimensional assembly view (1) of the shock-absorbing and buffering device of this creation. Figure 18 is a three-dimensional assembly view (2) of the shock-absorbing and buffering device of this creation. Figure 19 is a cross-sectional reference diagram of the shock absorbing and buffering device of this invention. Figure 20 is a reference diagram (2) of another preferred embodiment of this invention.

Figure 21 is a reference diagram (3) of another preferred embodiment of this invention.

Figure 22 is a reference diagram (4) of another preferred embodiment of this invention.

Figure 23 is a reference diagram (5) of another preferred embodiment of this invention.

Figure 24 is a reference diagram (6) of another preferred embodiment of this invention.

Figure 25 is a reference diagram (7) of another preferred embodiment of this invention.

1:Outsole

3: Buffer and shock absorber body

4: Magnetic insole body

5: Midsole positioning layer

6: Magnetic energy shock absorber buffer device

Claims (12)

A magnetic energy shock-absorbing shoe sole structure with waterproof and breathable function, which includes: a large sole with a plurality of ventilation holes on the periphery of the outsole, a plurality of ventilation channels on the top surface of the outsole, a plurality of the ventilation holes and a plurality of the ventilation holes The ventilation ducts are connected with each other, and the ventilation ducts are of inclined plane structure, and the horizontal height of the top surface of the outsole is higher than the plurality of ventilation holes; external air can enter through the plurality of ventilation holes, and directly reach the top of the outsole through the plurality of ventilation ducts. The top surface allows the external air to circulate and ventilate in the shoe body. Moreover, because the ventilation channel has a sloped structure, if moisture enters through the lower horizontal ventilation hole, the moisture will not directly flow into the higher horizontal ventilation hole. The top surface of the outsole can achieve waterproofing effect. As described in item 1 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable function is provided, wherein the top surface of the outsole is provided with at least one hollow buffer column, and the top surface of the hollow buffer column is provided with perforations. The magnetic energy shock-absorbing sole structure with waterproof and breathable functions described in item 1 of the patent application, wherein the top surface of the outsole is further equipped with a cushioning and shock-absorbing pad body, and the cushioning and shock-absorbing pad body is provided with a plurality of hollow The plurality of hollow protrusions are provided with perforations on their top surfaces, and the plurality of hollow protrusions can achieve the function of buffering and shock-absorbing. As described in item 3 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable functions is provided, wherein the top surface of the outsole is provided with shock-absorbing bumps, and the shock-absorbing bumps are provided with a plurality of grooves. As described in item 4 of the patent application, the magnetic shock-absorbing sole structure with waterproof and breathable function is provided, wherein the top surface of the outsole is equipped with a magnet insole body, and the magnet insole body is provided with a plurality of perforations, and the plurality of perforations are connected with The perforation positions of the plurality of hollow protrusions correspond to each other. As described in item 5 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable functions is provided, wherein the magnet insole body is provided with a plurality of convex parts, and the plurality of convex parts have internal There is a magnet. As described in Item 6 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable function, wherein the plurality of convex parts are reflex areas of the foot acupuncture points corresponding to the body parts, and the convex parts include the brain, heart, Lungs, kidneys and stomach. The magnetic energy shock-absorbing shoe sole structure with waterproof and breathable functions described in item 5 of the patent application scope, wherein the top surface of the outsole is equipped with a midsole positioning layer, and the midsole positioning layer is provided with a plurality of perforations, and a plurality of the The perforations correspond to the perforation positions of the plurality of hollow protrusions. As described in Item 8 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable functions is provided, in which the bottom surface of the outsole is provided with forefoot bumps and heel bumps. As described in Item 7 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable functions is provided, wherein the bottom surface of the magnet insole body is further provided with a plurality of hollow convex portions, and the hollow convex portions are provided with perforations. The magnetic energy shock-absorbing shoe sole structure with waterproof and breathable functions as described in item 1 of the patent application, wherein the top surface of the outsole is provided with at least one set of joints, and the joints are equipped with a magnetic energy shock-absorbing buffer device . As described in item 11 of the patent application, the magnetic energy shock-absorbing sole structure with waterproof and breathable function, wherein the magnetic energy shock-absorbing buffer device is composed of two covers and an elastic sheet body, and a plurality of grooves are provided on the outer side of the cover , the groove set is provided with magnetic elements, the inner side of the cover is provided with an assembly convex portion, the elastic sheet body extends out a plurality of extension portions, and the ends of the extension portions are provided with magnetic elements. When the magnetic energy shock absorbing and buffering device is assembled , the inner surfaces of the two covers are opposite, and the elastic sheet is placed between the two covers, and the two connecting convex parts of the two covers are tightly abutted and fixed on the elastic sheet, and the two covers are The plurality of grooves correspond to the number and position of the plurality of extensions of the elastic sheet body, and the plurality of magnetic elements of the elastic sheet body and the plurality of magnetic elements of the two cover bodies overlap in a vertical position but have a gap between each other. gap, The plurality of magnetic elements on the elastic sheet body and the plurality of magnetic elements on the two cover bodies are in a magnetic repulsion state.