CN201142970Y - Shoe body with adjustable lining structure - Google Patents

Abstract

The utility model relates to a shoe, in particular to a shoe body with an adjustable liner structure. The structure comprises a big sole, a special middle sole, an elastic air cushion, a cushion body and an insole; the sole and the special insole are respectively provided with a groove and a frame groove, a lug on the elastic air cushion penetrates into the groove, the sole is provided with air permeable pits, air guide grooves are formed among the air permeable pits, a through channel is formed on the side edge of the groove and extends to the outer side of the sole, the tail end of the through channel is provided with an air vent for the one-way air valve body to be arranged in, the insole, the cushion body and the insole are respectively provided with air vents, guide grooves are arranged among the air vents and are sequentially arranged above the sole. Compared with the prior art, the utility model discloses a sole of adjustable liner structure has reasonable in design, simple structure, ventilation effect is good, and can mediate characteristics such as height as required.

Description

A shoe body with adjustable pad structure

technical field

The utility model provides a design of an adjustable pad structure for a shoe body, especially a structure in which the height and thickness of the heel can be adjusted by itself, and the hot air in the sole and inside the shoe can be ventilated and discharged out of the shoe, which is suitable for use in The production of all kinds of shoes keeps the shoe body dry, stable and comfortable when worn. And specifically provide a shoe body with an adjustable pad structure.

Background technique

The main function of shoes is to provide people with feet to wear, has the function of protecting feet, and can be used as a beautiful match for clothing. There are many types of shoes, including jogging shoes, sports shoes, leather shoes, etc. Most of the time, the entire sole of the foot is completely covered, so when people are exercising or walking, the feet will sweat and generate heat, causing a considerable degree of heat to accumulate inside the shoes, thus causing many foot diseases, such as Athlete's foot, foot odor, and tinea pedis are all common foot diseases in Hong Kong. It can be seen that the breathability of shoes is seriously related to human health.

Therefore providing a kind of breathable good shoes for people to wear is the most urgent problem to be improved at present. Furthermore, according to the needs of the shoe wearer in the current market, various heels with fixed heights are provided for consumers to choose, while the general shoe heel system adopts a fixed type, so when you want to wear shoes If there are different heights, it is necessary to replace the shoe bodies with different heights and hypertrophies. In this way, it is necessary to purchase shoes with different heights and heels or hypertrophies to meet the needs of consumers when matching clothing.

Contents of the invention

The utility model of this invention provides a shoe body with an adjustable pad structure, which has a good ventilation effect. The design of the pad body structure can automatically discharge the sultry air in the shoe, so that the shoe body can produce breathability for ventilation, and has the feeling of being comfortable when wearing shoes. Dry, breathable and smooth and comfortable use effect.

Another purpose of this creation is to provide a shoe body with an adjustable pad structure, which can change the heel height and the thickness of the shoe body by itself. Adjust the effect of shoe body height and hypertrophy.

The technical scheme that the utility model solves its technical problem adopts is:

A shoe body with adjustable pad structure, mainly composed of outsole, special midsole, elastic air cushion, heel cushion air cushion, double-sided full cushion and insole; the outsole has grooves formed on the heel, The midsole is provided with a frame groove at the opposite position, which can be used to set extrusion bumps at the bottom of the elastic air cushion. After passing through the upper frame groove of the midsole, it is placed in the groove of the outsole. The outsole air guide grooves are connected between each air-permeable socket, and a through channel is formed on the side of the groove of the outsole. The through channel forms a vent hole at the outlet of the extension end and a one-way air valve body. The special midsole There are ventilation holes on the cushion body and the insole, and there are guide grooves between the ventilation holes. The midsole, cushion body and insole are stacked on the top of the outsole in order, so that the extrusion bumps of the elastic air cushion can squeeze the air , providing unidirectional discharge of stuffy air in the shoe from the inside to the outside of the shoe, with excellent ventilation and pressure relief effect, and can adjust and change the required height and hypertrophy, providing users with the comfort they want. In addition, it can assist the human body in various deformed feet and when the feet are swollen, edema, and cold, adding thick thermal cotton socks and pads to increase the height, etc., to adjust the practical effect.

A shoe body with an adjustable pad structure of the utility model, regardless of the air permeability of the shoe or the height and thickness of the heel of the shoe body, uses the shoe body or the inner lining of the shoe as the basis for modification to improve air permeability Poor performance and limitations of shoe body height and hypertrophy.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a structural exploded schematic diagram (embodiment 1) of a shoe sole with an adjustable pad structure;

Fig. 2 is a structural exploded schematic view (embodiment 2) of a shoe sole with an adjustable pad structure;

Fig. 3 is an exploded schematic diagram of a pad body and a midsole of a shoe sole with an adjustable pad structure;

Fig. 4 is a side view of Fig. 3 of a sole with an adjustable pad structure;

Fig. 5 is an exploded schematic diagram of a shoe sole with an adjustable pad structure (another embodiment 3).

10. Outsole, 11. Groove, 12. Breathable nest, 13. Air guide groove, 14. Through channel, 15. Air vent, 20. Special midsole, 21. Frame groove, 22. Air vent, 23. Ladder groove, 30, elastic air cushion, 31, semi-hollow bump, 32, air vent, 33, flat umbrella body, 34, one-way air valve body, 40, cushion body, 41, double-sided full cushion body, 42 , air vent, 43, guide groove, 44, heel pad body, 45, step portion, 46, clamp portion, 50, shoe pad, 51, support portion, 52, air vent.

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings and specific embodiments, but not as a limitation of the utility model.

Example 1:

Please refer to Figures 1-3, a shoe sole with an adjustable cushion structure of the present invention, as shown in Figure 1, consists of a large bottom 10, a special midsole 20, an elastic air cushion 30, a cushion body 40 and an insole Composed of 50.

The outsole 10 is provided with grooves 11 at the rear heel, and the outsole is provided with several air-permeable dimples 12 on the forefoot, with air guide grooves 13 formed between each air-permeable dimples, and grooves 13 formed on the sides of the outsole 10. There is a through channel 14, and the through channel 14 is formed with a vent hole 15 at the outlet of the extension end, and then filled with a one-way gas valve body 34, so that the gas can be discharged through the vent hole 15 and the one-way gas valve body 34. In addition, a frame groove 21 is provided at the position corresponding to the groove 11 provided on the outsole 10 on the specially made midsole 20 , and air holes 22 and ladder grooves 23 of various sizes are provided on the forefoot plate. There is a flat umbrella body on the top of the elastic air cushion 30, and a semi-hollow bump 31 is connected to the bottom. The semi-hollow bump 31 is provided with an exhaust hole 32 on the inner edge, and a flat umbrella body 33 is provided on the upper end of the heel-embedded full pad. , so that the bump 31 under the elastic air cushion 30 passes through the frame groove 21 on the special midsole 20, and is set in the groove 11 of the outsole 10, and the vent hole 32 is filled in the through channel 14, and the guide The air groove 13 and the one-way air valve body 34 are placed in the air hole 15 passing through the upper end of the groove 14 . The special midsole 20, the elastic air cushion 30, and the cushion body 40 are sequentially stacked on the top of the outsole 10 and interposed between the bottom of the insole 50, thereby forming an adjustable cushion structure for the sole.

Corresponding air holes (22, 42, 52) are respectively provided on the special midsole 20, the cushion body 40 and the insole 50, and ladder grooves 23 and guide grooves 43 are respectively arranged on the upper and lower edges of the air holes (22, 42). When the special midsole 20, cushion body 40 and insole 50 are arranged on the outsole 10, proper air flow ducts are formed on the bonding surface, so that the sultry air in the shoe body can be sucked in through the ventilation holes 52, so that all can be ventilated. The holes (42, 22) follow the guide groove and the ladder groove (43, 23) to guide downwards and are compressed by the elastic air cushion 30 to be discharged from the side. The block 31 is squeezed in the groove 11, and cooperates with the action of the one-way air valve body 34, so that the hot air sucked down can be guided to the groove 11 on the outsole 10 through the air-permeable nest 12 and the air guide groove 13 and use the through channel 14 on the side of the groove 11 to discharge the stuffy air in the shoe, which is inhaled by the front end of the shoe and exhausted in one direction, and the air is discharged outside the outsole 10, thereby achieving breathable exhaust. pressure effect.

Since human feet generate hot air when walking in shoes, the hot air is conducted to the outsole 10 through the cushion body 40, the elastic air cushion 30, and the special midsole 20 in sequence through the air holes 52 on the insole 50. , and use the air-permeable nest 12 and air guide groove 13 formed on the outsole 10 to guide it into the groove 11, and then form a through channel 14 through the side of the groove 11 to join the one-way air valve body 34. The air hole 15 discharges the hot air to effectively discharge the hot air, thereby maintaining the comfort in the sole, and the walking of the left and right feet is repeated, so the extrusion bump 31 of the elastic air cushion 30 is a continuous extrusion cycle .

Example 2:

In addition, as shown in Figures 1-2, in a preferred embodiment, the pad body 40 includes a double-sided full pad body 41 and a heel pad body 44 as shown in the figure. Depending on the needs of the wearer, the double-sided full pad body Body 41 and heel pad body 44 are properly adjusted to provide a shoe body that can adjust height and hypertrophy by itself; The pad body 44 is arranged inside, and the shoe body of the foot shape of thinner feet is then adjusted and added to select the double-sided full pad body 41 and the heel pad body 44 when wearing it. Increased comfort around the shape of the foot.

Conversely, as shown in Figure 2, if you want to wear a shoe with a lower height, you can remove part or all of the double-sided full pad 41 and the heel pad 44, so that the wearer can adjust the fit of the shoe by himself. The purpose of height and fit.

As shown in Figure 3, the cushion body 40 and the ladder groove 23 on the special type midsole 20 are respectively connected to the full cushion body 41 and the inner and outer edges of the heel cushion body and the midsole 20, thereby increasing the distance between the layers. The effect of air conduction and pressure relief makes the breathable and pressure relief effect of the overall sole liner structure more significant.

As shown in Figures 3 and 4, on the structure of the full pad body 41 and the heel pad body 44, in order to prevent the phenomenon that the two are sliding each other, a step portion 45 is provided at the bottom of the full pad body 41, and relatively opposite to the bottom of the pad body 41. The heel pad body 44 is provided with a clip part 46, so that the upper corner of the clip part 46 can be embedded in the step part 45 to achieve a stable combination effect. In addition, the upper surface of the midsole 20 can also be provided with a concave ladder groove 23, which is enough for the lower corner of the clamping plate portion 46 to embed the concave ladder groove 23, so as to achieve a non-slip and stable positioning effect.

Therefore, it is appropriate to provide a type of abnormal foot that is different from the general external abnormality of the foot, such as the foot body is too hypertrophic or abnormally convex callus, bone spur mild hammer foot, claw foot, mallet foot, etc. According to the shape of the foot, one to two layers of full cushion 41 or heel cushion 44 are exempted, which can also be worn comfortably, and the cushion structure is more conducive to ventilation and pressure relief, air conduction and heat dissipation, and the use of sterilizable and deodorizing materials makes it more comfortable and soft. And it has the effect of increasing the additional effect of the inner pad.

Example 3:

As shown in Figure 5, the utility model is made of outsole 10, elastic air cushion 30, double-sided full cushion body 41 and insole 50; There are several air-ventilating pockets 12 on the sole of the foot, and air-guiding grooves 13 are formed between the air-ventilating pockets, the grooves 11 of the outsole 10, combined with elastic air cushions 30, flat umbrella pieces 33 of various shapes and sizes, and semi-hollow bumps below 31. There is a vent hole 32 on the inner edge of the access column, which is matched with a double-sided full cushion body 41, and is stacked on the top of the outsole 10 in sequence, and between the bottom of the insole 50, so that the structure of each component inside the sole can be achieved. The function of air circulation assists in keeping warm and circulating in the shoe body, making people more comfortable and happy when wearing shoes.

The above-mentioned embodiment is only a kind of preferred embodiment of the utility model, and the usual changes and replacements carried out by those skilled in the art within the scope of the technical solutions of the utility model should be included in the protection scope of the utility model Inside.

Claims (5)

1. A shoe body with an adjustable pad structure, which is mainly composed of a large bottom, a special midsole, an elastic air cushion, a cushion body and an insole. An air guide groove is formed between the groove and a through channel formed on the side of the groove, and the through channel is formed with a vent hole at the outlet of the extension end, combined with the one-way air valve body; The special midsole is set on the outsole, between the insoles, and there is a frame groove formed at the groove position relative to the outsole. There are a number of air holes and ladder grooves on the forefoot plate, which are connected with the guide of the special midsole. Groove auxiliary response; The semi-hollow bump is connected to the bottom of the elastic air cushion. The inner edge of the semi-hollow bump is provided with a vent hole, and passes through the frame groove on the midsole, and is accommodated in the groove on the outsole. The upper middle end of the semi-hollow bump Equipped with an air intake hole and embedded with a flat umbrella body, the filling and reinforcement are stable, and the depressurization and boosting elastic effects; The cushion body includes a double-sided full cushion body and a heel cushion body. Both the double-sided full cushion body and the heel cushion body are provided with air holes and guide grooves corresponding to the upper and lower sides of the special midsole and insole, so that the cushion body is set in the special center. Bottom and elastic air cushion top. 2. The shoe body with adjustable pad structure according to claim 1, characterized in that, the bottom of the double-sided full pad body is provided with a step portion. 3. The shoe body with adjustable pad structure according to claim 1, characterized in that, the heel pad body is provided with a clip part. 4. The shoe body with adjustable pad structure according to claim 1, characterized in that, the upper surface of the midsole is provided with ladder grooves. 5. The shoe body with adjustable pad structure according to claim 1, characterized in that, the surface of the elastic air cushion is provided with a flat umbrella body and a semi-hollow protrusion.

Images