CN205512680U - Decompression buffering of moving away to avoid possible earthquakes shoe -pad - Google Patents

Abstract

The utility model discloses a shock-absorbing and decompression cushioning insole, which comprises an upper layer pad and a lower layer pad arranged below the upper layer pad, a plurality of upper cover parts are arranged under the upper layer pad, and a plurality of corresponding upper cover parts are arranged above the lower layer pad The lower sleeve part; a plurality of elastic bodies are arranged between the upper sleeve part and the corresponding lower sleeve part, magnets are arranged in the upper sleeve part and the lower sleeve part, and the magnets in the upper sleeve part and the magnets in the corresponding lower sleeve part correspond to The elastic body is set, and the magnets in the upper cover part and the magnets in the corresponding lower cover part have the same polarity. There are also a plurality of elastically recoverable gas buffer adsorption parts between the upper layer pad and the lower layer pad. The side walls of the gas buffer adsorption parts A plurality of air holes are arranged on the upper pad, and at least one concave part and at least one convex part are arranged on the forefoot of the upper pad. The utility model discloses a shock-absorbing and decompression cushioning insole, which can effectively improve the shock-absorbing and decompression cushioning performance of shoes as well as the comfort and air permeability of shoes when worn.

Description

Shock-absorbing and decompressing cushioning insole

technical field

The utility model relates to an insole, in particular to a shock-absorbing and decompression buffering insole.

Background technique

The soles of common shoes are relatively thin, and the human body itself has weight. When walking, running or jumping, due to the relationship with the ground reaction force, the force transmitted from the foot to the knee will be at least double to several times. To reduce the reaction force generated by the ground against the human foot, usually only an insole is placed on the insole of the shoe. Because the ordinary insole is an incompressible structure when the user wears the shoes, the The insole cannot be adjusted up and down with the force on it, and the reaction force generated by it and the ground cannot be dispersed and absorbed, so the cushioning and protection effect is not great, and the reaction force is directly transmitted from the foot to the knee, causing serious injury.

In view of the above problems, although a kind of cushioning air-cushioned shoes has appeared on the market, the structure of the cushioning air-cushioned shoes is at best only an air chamber filled with air. Features. In addition, when the sole of this structure receives the force given by the foot, its height is still fixed and cannot be compressed, and the sole cannot be adjusted differently with different reaction forces on the foot. The shoes cannot be dispersed and absorbed, so it is easy to cause injuries to the feet and knees due to impact. The insoles of existing shoes cannot generate air convection, resulting in the heat of the feet being unable to convect with the outside air, so it is easy to generate stuffiness and odor, so that it is greatly reduced in practicability, in view of this, the structure of the existing cushioning shoe-pad needs to be further improved.

Utility model content

The purpose of the utility model is to provide a shock-absorbing and decompressing cushioning insole, which can effectively improve the shock-absorbing and decompressing cushioning performance of shoes and the comfort and air permeability of shoes when worn.

In order to achieve the above object, the solution of the present utility model is:

A shock-absorbing and decompression cushioning insole, comprising an upper pad and a lower pad arranged below the upper pad, a plurality of upper sleeves are arranged under the upper pad, and a plurality of corresponding parts are arranged above the lower pad. The lower cover part of the upper cover part of the upper layer pad; a plurality of elastic bodies are arranged between the upper cover part of the upper layer pad and the corresponding lower cover part of the lower layer pad, and a magnet is arranged in the upper cover part of the upper layer pad , the lower cover portion of the lower pad is also provided with magnets, the magnets in the upper cover portion and the corresponding magnets in the lower cover portion are set corresponding to the elastic body, the magnets in the upper cover portion and the corresponding The polarity of the magnets in the lower cover part is the same, and a plurality of elastically recoverable gas buffer adsorption parts are arranged between the upper pad and the lower layer pad, and the side walls of the gas buffer adsorption parts are provided with multiple air holes, at least one concave portion and at least one convex portion are provided at the forefoot of the upper pad.

The concave portion includes a first concave portion corresponding to the toes and a second concave portion corresponding to the forefoot, the center of the first concave portion is respectively provided with a convex point, and the convex portion includes a convex point located at the first concave portion and the second concave portion. The first convex portion between them, and the second convex portion located at the corresponding arch.

The upper pad and the lower pad are respectively provided with a plurality of ribs.

The lower cover portion of the upper layer pad and the lower cover portion of the lower layer pad are in a convex shape and are respectively provided with concave fixing spaces inside and outside.

The upper cover portion of the upper layer pad and the lower cover portion of the lower layer pad form a stepped concave inner fixing space and an outer fixing space.

The elastic body is a spring.

The gas buffering and adsorbing part is a hollow tube body, and air holes are arranged on both ends of the hollow tube body.

The upper pad is provided with a plurality of ventilation holes, and the lower pad is also provided with a plurality of ventilation holes.

After adopting the above structure, the utility model provides a shock-absorbing and decompression cushioning insole, which has the following beneficial effects:

(1) According to the force of different sizes of the foot, the shock-absorbing and decompression cushioning insole can be raised and lowered to different degrees, and can immediately disperse and absorb the different pressures on the front and rear of the foot during walking, running, and jumping, effectively improving the Its shock absorbing, decompressing and cushioning performance meets the needs of users;

(2) The gas buffer and adsorption part arranged between the upper pad and the lower pad absorbs gas, and when the pedal is pressed, the gas is discharged from the pores of the gas buffer and adsorption part, thereby forming an airflow in the inner sole of the shoe, thereby achieving the effect of ventilation and deodorization , to increase the comfort and breathability of use, and at the same time, the gas cushioning and adsorption parts also have an auxiliary cushioning and shock absorption effect during foot movement;

(3) At least one concave part and at least one convex part are set on the forefoot of the upper pad, which can prevent the sole of the user from sliding towards the toe of the shoe when wearing shoes, so that the soles of the feet can feel stable and comfortable, and have the effect of massaging the acupuncture points on the soles of the feet .

Therefore, the utility model provides a shock-absorbing and decompression cushioning insole, which can effectively improve the shock-absorbing and decompression cushioning performance of shoes and the comfort and air permeability of shoes when worn.

Furthermore, a plurality of ribs are respectively provided on the opposite surfaces of the upper pad and the lower pad, which can increase the support force of the shock-absorbing and decompression cushioning insole to the foot.

Furthermore, the upper pad is provided with a plurality of air holes, and the lower pad is also provided with a plurality of air holes, which increases the air permeability of the shock-absorbing and decompression cushioning insole.

Description of drawings

Fig. 1 is a three-dimensional exploded view of a shock-absorbing decompression cushioning insole of the present invention;

Fig. 2 is a three-dimensional combination diagram of a shock-absorbing and decompressing cushioning insole of the utility model;

Fig. 3 is a three-dimensional sectional view of a shock-absorbing and decompressing cushioning insole of the present invention;

Fig. 4 is a structural schematic diagram of the function of a shock-absorbing and decompression cushioning insole and a shoe body of the utility model;

Fig. 5 is another embodiment diagram of the upper cover portion of the upper pad in the utility model;

Fig. 6 is a structural schematic diagram of the gas buffer adsorption part in the utility model.

In the picture:

Upper cushion 1 Upper cover 11

Internal fixation space 110 External fixation space 111

Rib 12 First recess 13

bump 14 first bump 15

Second concave portion 16 Second convex portion 17

Lower cushion 2 Lower cover 21

Internal fixation space 210 External fixation space 211

Rib 22 Elastomer 3

Magnet 4 Gas cushion adsorption part 5

Vent 51 Vent 52

Vents 6 Body 10

detailed description

In order to further explain the technical solution of the utility model, the utility model is described in detail through specific examples below.

A shock-absorbing decompression cushioning insole, as shown in Figures 1-3, includes an upper pad 1, a lower pad 2, a plurality of elastic bodies 3, a plurality of magnets 4, and a plurality of elastically recoverable gas cushioning and adsorption parts 5.

As shown in Figures 1 and 4, a plurality of upper cover parts 11 are provided below the upper layer pad 1. There is an inner fixing space 110 and an outer fixing space 111, but this does not limit the utility model. As shown in FIG. All belong to the protection scope of the present utility model; In order to increase the supporting force of the upper pad 1, a plurality of ribs 12 are provided on the upper pad 1, and in this embodiment, the ribs 12 are located under the upper pad 1, but not To limit the present invention, the ribs 12 can also be arranged above the upper pad 1, which all belong to the protection scope of the present invention.

Preferably, as shown in Figure 2, the forefoot of the upper pad 1 also includes recesses and protrusions, and more than two first recesses 13 are respectively provided at the toes to accommodate each toe and prevent it from moving forward. A convex point 14 is arranged at the center of a concave portion 13 to provide flexible acupoint stimulation, and a first convex portion 15 is arranged behind each first concave portion 13, and a second concave portion 16 is arranged behind the first convex portion 15 at the sole of the forefoot, and the second concave portion 16 can accommodate the laterally protruding soles of the feet, which can prevent the soles of the feet from sliding forward during walking. The second convex part 17 is set at the center of the upper pad 1, and cooperates with the deepest concave part of the soles of the feet to assist the human body to support and acupoint stimulation. The new model adds a concave and convex structure to the forefoot, and the structure becomes more three-dimensional and conforms to the foot, making the user feel more comfortable.

As shown in Figures 1 and 4, the lower pad 2 is arranged below the upper pad 1, and above the lower pad 2 are provided with a plurality of lower cover parts 21 corresponding to the upper cover part 11 of the upper pad 1; in this embodiment, the The lower cover part 21 of the lower layer pad 2 is in a convex shape and is respectively provided with an inner fixing space 210 and an outer fixing space 211 inside and outside the lower cover part 21, but this does not limit the utility model, as shown in Figure 1 and Figure 5 As shown, the lower cover part 21 can also be provided with an inner fixed space 210 and an outer fixed space 211 that are concave in steps, all of which belong to the protection scope of the present utility model; in order to increase the supporting force of the lower pad 2, a There are a plurality of ribs 22. In this embodiment, the ribs 22 are located above the lower pad 2, but this does not limit the utility model. The ribs 22 can also be located under the lower pad 2, which all belong to the protection of the utility model. scope.

As shown in Figures 1-5, a plurality of elastic bodies 3 are arranged between the upper cover portion 11 of the upper layer pad 1 and the lower cover portion 21 of the lower layer pad 2. In this embodiment, a plurality of elastic bodies 3 are springs, but This is not to limit the utility model, the elastic body 3 can also be other various flexible elastic objects, which all belong to the protection scope of the utility model, when the upper cover part 11 of the upper pad 1 of the utility model, the lower pad 2 The lower cover portion 21 is in a convex shape, and an inner fixing space 110 and an outer fixing space 111 are correspondingly provided inside and outside the upper cover portion 11, and an inner fixing space 210 and an outer fixing space 111 are correspondingly provided inside and outside the lower cover portion 21. When the outer fixing space 211 is used, the elastic body 3 is arranged on the outer side of the corresponding upper cover part 11 and the lower cover part 21, and is fixed outside the outer fixing space 111 of the upper cover part 11 and the corresponding lower cover part 21. In the outer fixed space 211; when the upper cover portion 11 of the upper pad 1 of the present utility model is provided with a stepped inner fixed space 110 and an outer fixed space 111, the lower cover portion 21 of the lower pad 2 is provided with a stepped inner When the inner fixing space 210 and the outer fixing space 211 are concave, the elastic body 3 is fixed in the stepped concave outer fixing space 111 of the upper cover part 111 and the corresponding outer fixing space 211 of the lower cover part 21 .

A plurality of magnets 4 are respectively arranged in the upper cover part 11 of the upper layer pad 1 and the lower cover part 21 of the lower layer pad 2, and are located in the center of the corresponding elastic body 3. The magnets 4 have positive or negative polarity. In order to make the upper layer pad 1 Repulsive force can be generated between the lower pad 2, and the magnet 4 arranged on the upper cover portion 11 of the upper layer pad 1 and the magnet 4 correspondingly arranged on the lower cover portion 21 of the lower layer pad 2 have the same polarity of mutual repulsion. polarity.

As shown in Figure 3 and Figure 6, a plurality of gas buffer adsorption parts 5 are interposed between the upper pad 1 and the lower pad 2, and a plurality of air holes 51 are arranged on the side walls of the gas buffer adsorption parts 5, and the air holes 51 are arranged on the gas On the side where the cushioning and absorbing component 5 is attached to the upper pad 1 , preferably, the gas cushioning and absorbing component 5 is a hollow tube, and vent holes 52 are provided at both ends of the hollow tube. When not in use, the hollow tubular body is inhaled and filled with air. When the user steps on the shock-absorbing and decompressing cushioning insole, the hollow tubular body is compressed and deformed, and the air inside is discharged through the vent holes 52 or air holes 51 at both ends. , so as to form an airflow on the inner sole of the shoe, so as to form convection from the sole of the foot, so that the water vapor and odor in the shoe can be discharged out of the shoe, achieving the functions of sweat absorption and deodorization.

As shown in Figure 1, Figure 4 and Figure 5, put the shock-absorbing and decompression cushioning insole into the shoe body 10, when the foot penetrates the shoe body 1, when the upper layer pad 1 and the lower layer pad 2 are under the pressure of the foot And effect, because upper cover part 11 and lower cover part 21 are provided with elastic body 3 outside, upper cover part 11 and lower cover part 21 are provided with magnet 4, when this shock-absorbing decompression cushioning insole is under pressure slightly, will make The elastic body 3 arranged on the outside of the upper cover part 11 and the lower cover part 21 is compressed and then slowly returns to its original shape, which plays a certain buffering role. When it continues to be subjected to a stronger downward pressure, the outer part The elastic body 3 works together with the inner magnet 4 to provide a strong cushioning effect for the foot, thereby achieving different cushioning forces at different stages; and a gas cushioning adsorption part 5 is arranged between the upper pad 1 and the lower pad 2 , when a force is applied to cause lift and compression between the upper pad 1 and the lower pad 2, the air in the shoe body 10 will be convected.

Based on the above structure, the utility model provides a shock-absorbing and decompression cushioning insole, which has the following beneficial effects:

(1) According to the force of different sizes of the feet, the shock-absorbing and decompression cushioning insoles can be raised and lowered to different degrees, providing different degrees of cushioning for the feet, and moving the feet back and forth during walking, running, and jumping. Immediately disperse and absorb the different pressures received, effectively improving its shock absorption, decompression and buffer performance, and meeting the needs of users;

(2) The gas buffer and adsorption part 5 provided between the upper pad 1 and the lower pad 2 inhales gas, and when pressing, the gas is discharged from the pores of the gas buffer and adsorption part 5, thereby forming an air flow in the inner sole of the shoe, thereby achieving breathability The effect of deodorization increases the comfort and breathability of use, and at the same time, the gas cushioning and absorbing part 5 also has an auxiliary cushioning and shock-absorbing effect when the foot moves;

(3) The forefoot of the upper pad 1 is provided with a concave portion and a convex portion, which can prevent the sole of the user from sliding toward the toe when wearing shoes, so that the soles of the feet can feel stable and comfortable, and have the effect of massaging the acupuncture points on the soles of the feet.

Therefore, the utility model provides a shock-absorbing and decompression cushioning insole, which can effectively improve the shock-absorbing and decompression cushioning performance of shoes and the comfort and air permeability of shoes when worn.

Further, as shown in Figures 3 and 6, the upper pad 1 is provided with a plurality of air holes 6 running through its upper and lower surfaces, preferably, the air holes 6 of the upper pad 1 correspond to the air holes on the gas buffer and adsorption part 5 one by one. Setting, the lower pad 2 is also provided with a plurality of air holes 6 that run through its upper and lower surfaces, and the water vapor and peculiar smell in the shoes pass through the air holes 6 of the upper pad 1, the air holes 52 or the air holes 51 on the gas buffer adsorption part 5 in turn. 1. The air vent 6 of the lower layer pad 2 is discharged, which increases the air permeability of the shock-absorbing decompression cushioning shoe-pad.

The above-mentioned embodiments and drawings do not limit the product form and style of the present utility model, and any appropriate changes or modifications made by those skilled in the art should be considered as not departing from the patent scope of the present utility model.

Claims (7)

1. A shock-absorbing and decompression cushioning insole, comprising an upper layer pad and a lower layer pad located below the upper layer pad, characterized in that: a plurality of upper sleeves are provided below the upper layer pad, and above the lower layer pad There are a plurality of lower cover parts corresponding to the upper cover part of the upper layer pad; a plurality of elastic bodies are arranged between the upper cover part of the upper layer pad and the corresponding lower cover part of the lower layer pad, and the upper cover part of the upper layer pad A magnet is arranged in the upper cover part, and a magnet is also arranged in the lower cover part of the lower layer pad. The magnets in the upper cover part and the corresponding magnets in the lower cover part are arranged corresponding to the elastic body. The upper cover The polarity of the magnet in the part is the same as that of the magnet in the corresponding lower cover part, and a plurality of elastically recoverable gas buffer adsorption parts are also arranged between the upper layer pad and the lower layer pad, and the gas buffer adsorption parts of the gas buffer adsorption parts A plurality of air holes are provided on the side wall, and at least one concave portion and at least one convex portion are provided at the forefoot of the upper pad; the concave portion includes a first concave portion corresponding to the toes and a second concave portion corresponding to the forefoot, and the first concave portion Convex points are respectively arranged at the center of a concave portion, and the convex portion includes a first convex portion located between the first concave portion and the second concave portion, and a second convex portion located at a corresponding arch. 2. The shock-absorbing and decompression cushioning insole according to claim 1, characterized in that: the upper pad and the lower pad are respectively provided with a plurality of ribs. 3. A shock-absorbing and decompression cushioning insole according to claim 1, characterized in that: the lower cover part of the upper layer pad and the lower cover part of the lower layer pad are in a convex shape and are respectively inside and outside. There is a concave fixed space. 4. A shock-absorbing and decompression cushioning insole according to claim 1, characterized in that: the upper cover portion of the upper layer pad and the lower cover portion of the lower layer pad form a stepped concave internal fixation space and external fixation space. space. 5. The shock-absorbing and decompressing cushioning insole according to claim 1, wherein the elastic body is a spring. 6 . The shock-absorbing and decompression cushioning insole according to claim 1 , characterized in that: the gas cushioning and absorbing part is a hollow tube, and air holes are provided at both ends of the hollow tube. 7 . 7. The shock-absorbing and pressure-reducing cushioning insole according to claim 1, characterized in that: the upper pad is provided with a plurality of air holes, and the lower pad is also provided with a plurality of air holes.