CN220529414U - Insole with massage function - Google Patents

Abstract

The utility model relates to the field of insoles, and particularly discloses an insole with a massage function. The insole can regulate hallux valgus and muscle pain below the 1 st toe section through the first bulge and the third bulge; the second massage bulge and the fourth massage bulge carry out targeted massage to adjust the gravity center of the body and keep the balance of the body in walking and movement, so as to avoid fatigue fracture and aponeurosis of the little toe caused by the aggravation of the varus of the foot; the fifth massage bulge and the first massage bulge and the second massage bulge form three normal support points for plantar stress together, and the pain of plantar fasciitis can be relieved by frequent massage.

Description

Insole with massage function

Technical Field

The utility model relates to the field of insoles, in particular to an insole with a massage function.

Background

In walking standing, the location of contact with the ground is the foot. The distribution of weight on the foot is important when the center of gravity of the entire body is concentrated on the foot. Anatomical display of the sole: the sole of the foot has 3 arches, namely an inner longitudinal arch, an outer longitudinal arch and a transverse arch, and the arches are the bones forming an arch shape.

Collapse of the transverse arch is often prone to symptoms of toe pain (anterior plantar pain, as distinguished from plantar fasciitis). Plantar pain may be caused by poor gait biomechanics, anatomical abnormalities of the foot or congenital abnormalities involving the ankle. And often with hallux valgus and small toe bursitis. The differential diagnosis of the disease in teenagers also includes metatarsal head osteochondrosis. More occurs in pregnant women (pregnant women may have ligament laxity associated with hormonal changes, many may have a degree of collapse of the longitudinal or transverse arch, particularly excessive weight gain during a period of pregnancy, this may trigger pain occurring throughout the plantar region or along the longitudinal arch), obese persons, persons who need to stand and walk for a long time, high arch people who wear shoes for a long period of time, and athletes whose forefeet repeatedly bear large impact forces.

With the factors such as age, the tissue organs are subjected to degenerative changes, the arch of the foot is more and more close to the ground, even the arch of the foot collapses, walking is easy to be tired, and the foot stands up to start walking after rest and is more serious. Both flat feet and high feet humerus can cause plantar fasciitis, one being too soft, inadequate support, the other being too stiff and inadequate cushioning. On the other hand, movements involving substantial (or excessive) dorsiflexion of the toes also belong to the risk factors of plantar fasciitis. So that the sole fasciitis is more easily caused by long-distance walking and running.

The prior massage insole is produced by the material factory of the absorbent breathable sports soft trampling feces feeling front sole concave point massage insole, for example, the Dongguan city tiger gate Yong xing shoes, and the front sole is processed with the protrusions of the dense hemp, thereby massaging the front sole.

However, the conventional insoles cannot achieve the effects of relieving the valgus, fasciitis, bursitis and the like of the sole through targeted acupoint massage, avoiding fatigue fracture and aponeurosis caused by the aggravation of the valgus of the foot, and avoiding walking pain or fatigue injury caused by too high or too low arch of the foot.

Disclosure of Invention

In order to solve the problems, the utility model provides the insole with the massage function, which can relieve hallux valgus, bunion, plantar fasciitis, bursitis and the like of the sole through targeted acupoint massage, avoid the effects of fatigue fracture and small toe fasciitis caused by the aggravation of the foot valgus and avoid walking pain or fatigue injury caused by the overhigh or overlow arch of the foot.

In order to achieve the above purpose, the present utility model provides the following technical solutions: the utility model provides a take shoe-pad of massage function, includes the shoe-pad body, the shoe-pad body is located horizontal arch and inboard longitudinal arch junction and is equipped with first massage arch, the shoe-pad body is located horizontal arch and outside longitudinal arch junction and is equipped with the second massage arch, the shoe-pad body is located inboard longitudinal arch intermediate position and is equipped with the third massage arch, the shoe-pad body is located outside longitudinal arch intermediate position and is equipped with the fourth massage arch, the shoe-pad body is located inboard longitudinal arch and outside longitudinal arch junction and is equipped with the fifth massage arch.

First, the first massage protrusion is positioned at the intersection of the lateral arch and the medial longitudinal arch: the 1 st metatarsal; hallux longus flexor and hallux shorthand flexor. The inner longitudinal arch serves as an ankle (shock absorber), has high arch shape and high elasticity, absorbs the reaction force of the ground, and plays a role in buffering vibration in action. The 1 st phalange where the first massage protrusion is located is a bearing point at the front end of the medial longitudinal arch and is also a point where hallux valgus and bunions are easy to occur, and the massage point is added here to better relax the muscles located at the outer rear of the lower leg, through the rear of the medial malleolus to the sole, and stop on the longus flexor hallux at the distal end of the big toe and the flexor hallux brevis supporting the dorsum of foot to condition the hallux valgus and the muscle pain below the 1 st toe.

Second massage protrusions: intersection of lateral arch and lateral longitudinal arch: at the 5 th metatarsal; the little toe flexor short muscle. The lateral longitudinal arch acts as an ankle [ dimensional stabilizer ], has low arch shape and relatively poor elasticity, and is related to maintaining balance and maintaining standing posture of the body, and influences the path of gravity center transfer when the body moves. The 5 th phalange is a bearing point at the front end of the lateral longitudinal arch and is a point where Jones fracture is easy to occur, and the massage points are added to better relax the fibula short muscle ending at the 5 th phalange and the small toe short flexor starting at the bottom of the 5 th metatarsal, so that the body gravity is adjusted, the body balance is maintained during walking and movement, and fatigue fracture and small toe fasciitis caused by the aggravation of the varus of feet are avoided.

The fifth massage bulge, the first massage bulge and the second massage bulge form three normal foot sole stress supporting points together, wherein the calcaneus is mainly loaded bone, six joint faces are arranged, the joint function is complex, the injury is easy in clinic, the fracture incidence rate is high, and the important three points of traumatic arthritis are easy to cause in stress. The fifth massage protrusion is the part where plantar fascia is connected with calcaneus, and is the two most common plantar fasciitis pain areas as the third massage protrusion. Frequent fitness massage can play a role in relief.

The fifth massage bulge also covers the position of the lower heel bursa, bursitis is usually caused by muscle tension, repeated friction between tendons and bursa, and long-term wearing of leather shoes with sharp and narrow tips is required to relax muscles and strengthen muscle control force.

The collapse of the female lateral arch is very good when wearing high-heeled shoes. Thigh forward convexity and calf backward convexity are usually caused, because the transverse arch has insufficient elasticity, and in daily life, the user can massage and relax together through the first massage bulge and the second massage bulge.

Further, the insole body is located the heel department undercut and forms first sunken, and the insole body is located the arch both sides and forms the second sunken of laminating to the arch sunken, and the insole body is located and forms curved first supporting bulge between toe and the horizontal arch, and the bellied centre of first supporting extends into the extension arch to toe direction. And further plays a certain supporting role on the arch, and in the transverse arch, the foot is mainly maintained by the long tibial muscle, the anterior tibial muscle and the posterior tibial muscle, and the foot helps the body to advance forward when walking. The first arc supporting bulge is formed between the toes and the transverse arch of the insole and is mainly used for providing a certain supporting and stabilizing force for the transverse arch and loosening the position of the front sole.

The third massage bulge is a medial longitudinal arch (at the highest point navicular bone of the medial longitudinal arch); medial plantar muscle group (abductor hallucis longus, flexor hallucis brevis) junction. The inner arch is the arch mentioned at ordinary times, is the most obvious concave structure of the sole, is relatively high, has certain elasticity, and plays a role in shock absorption and buffering. This is also the most common area of the foot where pain is likely to occur. Besides the second concave lifting and adducting of the inner arch area on the insole to provide stable support, a central massage point is added, namely, the third massage is raised to relax the fascia position on the outer side of the sole, so that the insole is particularly suitable for non-pathological flat foot people.

The fourth massage bulge is positioned on the highest cuboid bone of the lateral longitudinal arch; the plantar lateral muscle group (little toe abductor, little toe flexor) trigger point. The cuboid bones, also on the lateral longitudinal arch, at the highest point play an important role in the stabilization of the lateral column of the foot and participate in all intrinsic movements of the foot. Meanwhile, fasciitis caused by extrusion and traction under the action of external force is easy to occur at the position, and the fasciitis is biased to the outer side of the feet and the lower part of the toes, so that the trigger point is required to be massaged and relaxed frequently. The fourth massage protrusion is added, so that the massage device is particularly suitable for high-foot humerus or flat feet, and walking pain or fatigue damage caused by too high or too low foot arch is avoided.

Further, the insole body is positioned at the periphery of the first supporting bulge, the periphery of the first massage bulge, the periphery of the second massage bulge, the periphery of the third massage bulge and the periphery of the fifth massage bulge, and a plurality of small bumps are distributed on the periphery of the fifth massage bulge. Thereby playing an anti-skid role.

In summary, the utility model has the following beneficial effects: the insole can regulate hallux valgus and muscle pain below the 1 st toe section through the first bulge and the third bulge; the second massage bulge and the fourth massage bulge carry out targeted massage to adjust the gravity center of the body and keep the balance of the body in walking and movement, so as to avoid fatigue fracture and aponeurosis of the little toe caused by the aggravation of the varus of the foot; the fifth massage bulge and the first massage bulge and the second massage bulge form three normal support points for plantar stress together, and the pain of plantar fasciitis can be relieved by frequent massage.

Drawings

FIG. 1 is a schematic diagram of a first embodiment of the present utility model;

FIG. 2 is a second schematic diagram of the structure of the present utility model;

wherein, the first massage bulges 1; a second massage protrusion 2; a third massage protrusion 3; fourth massage protrusions 4; a fifth massage protrusion 5, a central protrusion 51, a peripheral protrusion 52; the insole body 6, the first recess 61, the second recess 62, the first supporting protrusion 63, the elongated protrusion 64; small bumps 7.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

As shown in fig. 1, the insole with the massage function comprises an insole body 6, wherein polyurethane or ethylene-vinyl acetate copolymer can be selected as a material of the insole body 6, the insole body 6 is positioned at the heel to be concave downwards to form a first concave 61, the insole body 6 is positioned at the two sides of the arch to be concave inwards in the direction of the foot to form a second concave 62, the second concave 62 is an arc concave attached to the two sides of the arch, an arc-shaped first supporting bulge 63 is formed between the toes and the transverse arch of the insole body 6, the first supporting bulge 63 is also an arc-shaped bulge attached to the part of the foot, the middle of the first supporting bulge 63 extends towards the toe to form an extension bulge 64, and the extension bulge 63 is also arc-shaped.

The insole body 6 is located the crossing of the transverse arch and the inner side longitudinal arch and is provided with a first massage bulge 1, the insole body 6 is located the crossing of the transverse arch and the outer side longitudinal arch and is provided with a second massage bulge 2, the insole body 6 is located the middle of the inner side longitudinal arch and is provided with a third massage bulge 3, the insole body 6 is located the middle of the outer side longitudinal arch and is provided with a fourth massage bulge 4, and the insole body 6 is located the crossing of the inner side longitudinal arch and the outer side longitudinal arch and is provided with a fifth massage bulge 5. The first massage bulge 1, the second massage bulge 2, the third massage bulge 3, the fourth massage bulge 4 and the fifth massage bulge 5 are hemispherical elastic bulges.

Preferably, the fifth massage protrusions 5 include a central protrusion 51 and peripheral protrusions 52, the peripheral protrusions 52 are circularly distributed on the periphery of the central protrusion 51, and the number of the peripheral protrusions 52 is 8, which can be designed according to the requirement.

In addition, the insole body 6 is located at the periphery of the first supporting protrusion 63, the periphery of the first massaging protrusion 1, the periphery of the second massaging protrusion 2, the periphery of the third massaging protrusion 3 and the periphery of the fifth massaging protrusion 5, a plurality of small dry protruding points 7 are distributed at the periphery of the small protruding points 7, and the height of the small protruding points 7 is lower than that of the first supporting protrusion 63, the first massaging protrusion 1, the second massaging protrusion 2, the third massaging protrusion 3 and the fifth massaging protrusion 5.

The first massage protrusion 1, the second massage protrusion 2, the third massage protrusion 3, the fourth massage protrusion 4, the fifth massage protrusion 5, the first supporting protrusion 63, the lengthening protrusion 64 and the small protruding points 7 are all arranged on the upper surface of the insole body 1, grooves are arranged on the lower surface of the insole body 1, which is positioned at the front sole and the heel, an anti-slip soft cushion 8 is arranged in the grooves, anti-slip patterns 81 are arranged on the lower surface of the anti-slip soft cushion 8, and the insole is soft and comfortable, and is anti-slip. The lower surface of the insole body 6 is provided with external anti-slip lines at the periphery of the anti-slip soft cushion 8.

Collapse of the transverse arch is often prone to symptoms of toe pain (anterior plantar pain, as distinguished from plantar fasciitis). The differential diagnosis of the disease in teenagers also includes metatarsal head osteochondrosis. More occurs in pregnant women (pregnant women may have ligament laxity associated with hormonal changes, many may have a degree of collapse of the longitudinal or transverse arch, particularly excessive weight gain during a period of pregnancy, this may trigger pain occurring throughout the plantar region or along the longitudinal arch), obese persons, persons who need to stand and walk for a long time, high arch people who wear shoes for a long period of time, and athletes whose forefeet repeatedly bear large impact forces. The collapse of the female lateral arch is very good when wearing high-heeled shoes. The thigh forward protruding and the shank backward protruding are usually caused because the transverse arch is not enough in elasticity, and the first massage protrusion 1 and the second massage protrusion 2 massage the relaxing point transverse arch while walking, thereby relieving pain.

Is positioned at the transverse arch and is mainly maintained by the long tibial muscle, the anterior tibial muscle and the posterior tibial muscle, and helps the body to advance when walking. The soft pad and the massage points of the first support protrusion 63 are added on the insole, and the first massage protrusion 1 and the second massage protrusion 2 are mainly used for providing a certain support stabilizing force for the lateral arch and loosening the front sole position.

The second massage bulge 2 is positioned at the intersection of the transverse arch and the lateral longitudinal arch; at the 5 th metatarsal; the little toe flexor short muscle. The lateral longitudinal arch acts as an ankle [ dimensional stabilizer ], is low in arch, relatively poor in elasticity, and is involved in maintaining balance and maintaining body standing posture, affecting the path of center of gravity shifting when the body moves. The 5 th phalange is a bearing point at the front end of the lateral longitudinal arch and is a point where Jones fracture is easy to occur, and the massage points are added to better relax the fibula short muscle ending at the 5 th phalange and the small toe short flexor starting at the 5 th metatarsal bottom, so that the body gravity is adjusted, the body balance is maintained during walking and movement, and fatigue fracture and small toe fasciitis caused by the aggravation of the varus foot are avoided.

The first massage protrusion 1 is positioned at the intersection of the lateral arch and the medial longitudinal arch: the 1 st metatarsal; hallux longus flexor and hallux shorthand flexor. The inner longitudinal arch serves as an ankle (shock absorber), has high arch shape and high elasticity, absorbs the reaction force of the ground, and plays a role in buffering vibration in action. The first massage bulge 1 is positioned at the 1 st phalange and is a bearing point at the front end of the medial longitudinal arch and is a point where hallux valgus and bunions are easy to occur, and the massage point is added here to better relax the muscles located at the outer rear of the lower leg, passing through the rear of the medial malleolus to the sole of the foot, and stopping at the longus flexor of the hallux and the flexor of the hallux short supporting the instep movement so as to condition the hallux valgus and the muscle pain below the 1 st phalange.

The third massage bulge 3 is positioned on the medial longitudinal arch (the highest point navicular bone of the medial longitudinal arch); medial plantar muscle group (abductor hallucis longus, flexor hallucis brevis) junction. The inner arch is the arch mentioned at ordinary times, is the most obvious concave structure of the sole, is relatively high, has certain elasticity, and plays a role in shock absorption and buffering. This is also the most common area of the foot where pain is likely to occur. Besides the second concave lifting adduction of the inner arch on the insole, a central massage point is added to relax the position of the fascia on the outer side of the sole, so that the sole is particularly suitable for non-pathological flat foot people.

The fourth massage bulge 4 is positioned on the highest cuboid bone of the lateral longitudinal arch; 2 plantar lateral muscle groups (little toe abductor, little toe flexor) trigger point. The fourth massage protrusion 4 is also on the lateral longitudinal arch, and the highest cuboid plays an important role in stabilizing the lateral column of the foot and participates in all intrinsic movements of the foot. Meanwhile, the fourth massage protrusions 4 are also easy to cause fasciitis caused by extrusion and traction under the action of external force, and the pain is biased to the outer side of the feet and below the little toes, so that the trigger point is required to be massaged and relaxed frequently. The point positions are added, so that the foot-rest pad is particularly suitable for high-foot humerus or flat feet, and walking pain or fatigue damage caused by too high or too low foot arch is avoided.

Fifth massage protrusion 5 is at the intersection of medial longitudinal arch and lateral longitudinal arch: calcaneus department; the calcaneus bursa; and a heel pad. The fifth massage bulge 5 where the calcaneus is located, the first massage bulge 1 and the second massage bulge 2 form three normal foot sole stress supporting points together, wherein the calcaneus is a main weight bearing bone, six joint faces are arranged, the joint function is complex, the calcaneus is easy to be injured in clinic, the fracture incidence rate is high, and the important three points of traumatic arthritis are easy to be caused to be stressed. The fifth massage protrusion 5 is where plantar fascia joins the calcaneus, and as with the third massage protrusion 3, is the two most common plantar fasciitis pain areas. Frequent fitness massage can play a role in relief.

The fifth massage protrusion 5 also covers the lower heel bursa, bursitis is usually caused by muscular tension, repeated friction between tendons and bursa, and long-term wearing of leather shoes with sharp and narrow tips is required to relax muscles and strengthen muscle control force, the largest massage points are provided here, and the periphery is assisted by annular small radiation points so as to enlarge the contact surface, only provide upward pressing force instead of front-back and left-right sliding friction force, stabilize the heel position and avoid recurrence and aggravation.

Our heel depression is cup-shaped, i.e., the first depression 61, not only helps lock the heel position, balance the body force lines, but also helps stabilize the recovery of heel cushion fat, limit its re-outward expansion, and provide better cushioning for daily walking.

The foregoing description is only a preferred embodiment of the present utility model, and the present utility model is not limited thereto, but it is to be understood that modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art, although the present utility model has been described in detail with reference to the foregoing embodiments. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims (4)

1. The utility model provides a take shoe-pad of massage function, includes shoe-pad body (6), its characterized in that: the insole comprises an insole body (6), wherein a first massage protrusion (1) is arranged at the intersection of a transverse arch and an inner longitudinal arch, a second massage protrusion (2) is arranged at the intersection of the transverse arch and an outer longitudinal arch, a third massage protrusion (3) is arranged at the middle of the inner longitudinal arch of the insole body (6), a fourth massage protrusion (4) is arranged at the middle of the outer longitudinal arch of the insole body (6), and a fifth massage protrusion (5) is arranged at the intersection of the inner longitudinal arch and the outer longitudinal arch of the insole body (6).

2. The insole with massage function according to claim 1, wherein: the fifth massage protrusion (5) comprises a central protrusion (51) and peripheral protrusions (52) which are circularly distributed on the periphery of the central protrusion (51).

3. The insole with massage function according to claim 1, wherein: the insole body (6) is located at the heel and is provided with a first concave (61) which is concave downwards, the insole body (6) is located at two sides of the arch and is provided with a second concave (62) which is fit with the concave arch, the insole body (6) is located between the toe and the transverse arch and is provided with an arc-shaped first supporting bulge (63) which is convex upwards, and the middle of the first supporting bulge (63) extends towards the toe to form an lengthening bulge (64).

4. The insole with massage function according to claim 1, wherein: the insole body (6) is positioned at the periphery of the first supporting bulge (63), the periphery of the first massage bulge (1), the periphery of the second massage bulge (2), the periphery of the third massage bulge (3) and the periphery of the fifth massage bulge (5), and a plurality of small dry bumps (7) are distributed.