CN209346178U - The sport shoe-pad of damping shield foot - Google Patents

Abstract

The utility model discloses a kind of sport shoe-pads of damping shield foot, it includes basal layer and fixed precoat on the base layer, the shape of the basal layer and precoat is matched with the shape of shoes, it is characterized in that, it is embedded with and the moulding support chip that is followed by region and arch area matches at the back side of basal layer, it is embedded with or is affixed with back heel shock-absorbing piece in moulding support chip position corresponding with sole heel area, is embedded with or is affixed with half sole elastic slice corresponding with half sole position at the basal layer back side.The damping shield foot that the utility model obtains can either can reduce the tired sense of half sole walking to half sole and back heel shock-absorbing, make to walk or run more easily.

Description

The sport shoe-pad of damping shield foot

Technical field

The utility model relates to insole products technical fields, and in particular to a kind of sport shoe-pad of damping shield foot.

Background technique

In daily life, people are when wearing shoes, and in order to improve comfort level, insole can be all put into shoes.Currently, in order to suitable Answer the different different demands for wearing environment, occur multiple functions insole, such as leather shoes insole on the market, sport shoe-pad and The cushion being placed in high-heeled shoes.Wherein, sport shoe-pad has higher want to the gas permeability of insole, comfort and damping performance It asks.If China State Intellectual Property Office is in being announced on July 13rd, 2016, foot is protected in a kind of damping that notification number is 105747373 Insole, the insole are made of precoat, damping, buffering piece, environmental protection PU foamed bottom layer and hard arch support；The shape of the precoat It is matched with the shape of shoes, the bottom surface two sides Zhong Yaochu of the precoat are correspondingly arranged on several trench protrusions, and several trench are convex Trench bar groove is formed between rising, and several half sole protrusions are provided at the bottom surface half sole of the precoat；Before the precoat bottom surface The palm and followed by place be respectively arranged with the damping, buffering piece matched with its shape；The ring being matched therewith is arranged in the precoat It protects in PU foamed bottom layer；Hard arch support is provided in the bottom surface of the environmental protection PU foamed bottom layer at waist.The insole is encircleed using hard Real-time guard arch is held in the palm, vent grooves are arranged in waist in insole, have ventilatory, and raised line is arranged at insole half sole to have Anti-skidding effect.But the insole is not particularly suited for sport footwear, when people moves or walks, followed by first lands, and mainly by half sole It has an effect, in the case, if not meeting ergonomics to half sole and back heel shock-absorbing simultaneously.Specifically, when damping, active force It can be absorbed, bounce is smaller.And external force suffered by half sole is larger, if can only be improved in the process of walking only to its damping The comfort of half sole makes half sole be less prone to strain, and external force suffered by half sole, mitigates row during can not mitigating walking or running The tired sense walked.

Summary of the invention

In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide one kind both The tired sense of half sole walking can be can reduce to half sole and back heel shock-absorbing, the more easily one kind that makes to walk or run subtracts The sport shoe-pad of shake shield foot.

In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:

A kind of sport shoe-pad of damping shield foot, it includes basal layer and fixed precoat on the base layer, the substrate Layer and the shape of precoat and the shape of shoes match, which is characterized in that opposite with sole heel area at the back side of basal layer The position answered is embedded with or is affixed with back heel shock-absorbing piece, is embedded with or is affixed with half sole corresponding with half sole position at the basal layer back side Elastic slice.In this way, set back heel shock-absorbing piece can have screen resilience, Neng Gou to back heel shock-absorbing, set half sole elastic slice Biggish screen resilience is generated to half sole in walking process, half sole pressure during mitigating walking or running, and generate certain One reversed screen resilience mitigates the tired sense of walking.By the way that back heel shock-absorbing, half sole rebound is more suitable for sport dynamics, for movement Crowd provides preferably impression.

Further, at the back side of basal layer embedded with one and the moulding support that is followed by region and arch area matches Heel area and the arch area outside of piece, the moulding support chip upwardly extend, and are in half-surrounded, by the whole of basal layer Or in part heel area and arch area be wrapped in.In this way, moulding support chip can be supported basal layer, insole is improved The intensity of heel portion.Moulding support chip is in half-surrounded, can wrap up simultaneously arch of foot and heel area, make insole Not only there is elasticity comfort brought by basal layer, while also there is moulding support chip to support, prevent insole Heel area and arch area deformation, effectively improve the service life of insole.

Further, the moulding support chip is made using TUP material, and the hardness of moulding support chip be 85 ~ 100A.In this way, TPU has brilliant high-tension, high-tensile strength, tough and ageing-resistant characteristic, moulding branch is used as using the material After blade, stress this for heel area is bigger, can either be heel area and arch of foot for the region being easily deformed Region provides preferable support force, also has the effect of wear-resistant, anti-aging, further makes the service life of insole higher.And After the hardness of moulding support chip is set as 85 ~ 100A, the pliability of basal layer not only will not influence, but also there is preferable support and determine Type power.

Further, the back heel shock-absorbing piece is made using PORON material, and its thickness is greater than or equal to moulding branch The thickness of blade.In this way, PORON material has high cushion energy absorbing property, which is applied after back heel shock-absorbing on piece, The buffer capacity at this can be further improved, makes heel after compression under the action of basal layer buffers heel Damping, the effect of buffering can be realized under the double action of basal layer and back heel shock-absorbing piece, it is suffered after the blow to reduce heel Injury.And followed by vibration damping sheet can become under the effect of the pressure flat after compression, its thickness is set greater than moulding support chip After thickness, it can make back heel shock-absorbing piece that can also be contacted with soles after compression and be close to, meanwhile, it is quickly anti-after the stopping that being pressurized Bullet resets.

Further, the back heel shock-absorbing piece is equipped with two pieces, and is in crescent shape, and two pieces of back heel shock-absorbing pieces respectively correspond left back With region and right heel area；The through-hole to match there are two being set on moulding support chip with back heel shock-absorbing piece shape, two through hole Between formed an isolation lanyard.In this way, after being set as two pieces, can left and right stress point difference to heel area it is targeted Offer damping and buffering, effect is more preferable.Simultaneously, additionally it is possible to save the material of back heel shock-absorbing piece.And between two back heel shock-absorbing pieces Isolation lanyard two back heel shock-absorbing pieces can be distinguished, and can back heel shock-absorbing piece compression after provide one share The effect of pressure, damping.

Further, the support bar of multiple outwardly convexs, institute are equipped in the medial arch opposite position of moulding support chip Support bar is stated to be distributed in emitting shape, and the spacing between adjacent supports item from moulding support chip outer to direction in the middle part of arch of foot gradually Become larger.In this way, support bar effectively can provide support for medial arch, after it is distributed in emitting shape, moulding branch can be increased The intensity of blade arch of foot corresponding position, increases its support force, and support bar is closeer close to moulding support chip peripheral rim portion, close to foot The wider set-up mode in bottom position is just corresponding with the big small intensity of stress at arch of foot, meanwhile, after being set as emitting shape, it can incite somebody to action Pressure dissipation a part suffered by arch of foot avoids arch of foot position stress excessive and is broken to sole position.

Further, at least one piece of foot arch protective pad, institute are equipped in moulding support chip position corresponding with outside arch of foot It states foot arch protective pad to be made using PORON material, and its thickness is greater than or equal to the thickness of moulding support chip；In moulding branch Blade is equipped with the mounting hole to match with foot arch protective pad.In this way, the PORON material of arch of foot corresponding position setting has on the outside High cushion energy absorbing property externally parapodum bow can reduce outside arch of foot and provide damping and buffering, can reduce arch of foot by To injury suffered when impact.When its thickness is set greater than moulding support chip thickness, capable of making it, arch of foot is pressurized on the outside After become flat after can also be close to shoes, arch of foot is protected, meanwhile, be pressurized stop after quickly rebounding, reset.

Further, the foot arch protective pad is equipped with two pieces, is rectangle, and length direction and insole length direction one It causes.In this way, foot arch protective pad can be arranged along the length direction of foot, and corresponding with arch of foot, make entire outside arch of foot all by To buffer protection.

Further, the side of the front end face of moulding support chip and back heel shock-absorbing piece and foot arch protective pad is inclined-plane. In this way, the connection area between moulding support chip, back heel shock-absorbing piece, foot arch protective pad and basal layer is bigger, so that moulding Support chip, back heel shock-absorbing piece, the installation of foot arch protective pad and connection are more firm.

Further, half sole elastic slice corresponding with half sole position, the half sole are embedded with or are affixed at the basal layer back side The shape of elastic slice matches with ball of foot shape, and is made using SEBS material.In this way, pressure suffered by half sole also compared with Greatly, SEBS has excellent ageing-resistant performance, not only has plasticity, but also have high resiliency, setting uses SEBS material at this The sense of discomfort after sole stress can greatly be alleviated after the half sole elastic slice of production, provide damping and elastic force for sole, make to move It is more comfortable after person's dress.Meanwhile the half sole elastic slice can also improve the ageing-resistant performance of basal layer, keep its service life bigger.

Compared with prior art, the sport shoe-pad for the damping shield foot that the utility model obtains has the advantages that

1, the back heel shock-absorbing piece and foot arch protective pad being mounted in moulding support chip can respectively to the heel of user and Arch area buffering and damping, the half sole elastic slice installed can be buffered and be sprung back to forefoot area, can reduce and run To the damage of foot in journey, effective protection is carried out to the foot of sport people.

2, moulding support chip is in half-surrounded, can wrap up simultaneously arch of foot and heel area, make insole not only With elasticity comfort brought by basal layer, while also there is moulding support chip to support, prevents insole heel Region and arch area deformation, effectively improve the service life of insole.

3, for insole using basal layer, precoat and moulding support chip composition, structure is simple, low cost, can be a wide range of It promotes.

Detailed description of the invention

Fig. 1 is the positive structure schematic of the sport shoe-pad of damping shield foot in embodiment；

Fig. 2 is the reverse side explosive view of the sport shoe-pad of damping shield foot in embodiment.

In figure: precoat 1, basal layer 2, recessed portion 21, embedded groove 22, moulding support chip 3, support bar 31, through-hole 32, peace Fill hole 33, back heel shock-absorbing piece 4, foot arch protective pad 5, half sole elastic slice 6.

Specific embodiment

The present invention will be further described with reference to the accompanying drawings and examples.

Embodiment:

As shown in Figure 1 and Figure 2, the sport shoe-pad of damping provided in this embodiment shield foot, including basal layer 2 and it is fixed on base Precoat 1 on bottom 2, the precoat 1 are the fabric with antimicrobial coating, the shape of the basal layer 2 and precoat 1 with The shape of shoes matches, at the back side of basal layer 2 embedded with one and the moulding support chip that is followed by region and arch area matches 3, it is in half-surrounded, by the complete of basal layer 2 that heel area and the arch area outside of the moulding support chip 3, which upwardly extend, In portion or part heel area and arch area are wrapped in；It is embedded with or is affixed at 2 back side of basal layer and is corresponding with half sole position Half sole elastic slice 6, shape and the ball of foot shape of the half sole elastic slice 6 match, and is made using SEBS material；This reality Apply example in the specific implementation, basal layer 2 can be using the common insole base material system such as soft bubble (soft polyurethane foam) material of PU It forms, is equipped at the back side of basal layer 2 for being embedded the recessed portion 21 of moulding support chip 3 and for being embedded half sole elastic slice 6 Embedded groove 22.Above-mentioned SEBS material is current material, has excellent ageing-resistant performance, not only has plasticity, but also have high-elastic Property.

Specifically, the basal layer 2 in the present embodiment has sequentially connected heel area, arch support region and sole Region, the arch support region left and right sides are convexly curved upwards, and outer along being higher than on the inside of arch support region Edge on side, middle inside arch upward towards insole center position, form the portion that arches upward that rear end is high, front end is low, the shape in the portion that arches upward It is corresponding with human body arch shape, and the height of projection of the front end in the portion that arches upward gradually decreases from back to front, until sole region is simultaneously It is overseas along contour with ball area；And the sole areas outside of basal layer 2 is higher than inside, is in ramped shaped.

Moulding support chip 3 in the present embodiment is made using TUP material, and the hardness of moulding support chip 3 be 85 ~ 100A.Above-mentioned TUP material is current material, has brilliant high-tension, high-tensile strength, tough and ageing-resistant characteristic.

Further, in order to improve the comfort of insole, the damage in motion process to heel is reduced, meanwhile, it is lifting There is a reversed elastic force to act on heel when foot, increases the enjoyment of running.It is opposite with sole heel area in moulding support chip 3 The position answered is embedded with or is affixed with back heel shock-absorbing piece 4, and the back heel shock-absorbing piece 4 is made using PORON material, and its thickness Greater than the thickness of 3 heel area of moulding support chip.

It as shown in Fig. 2, the back heel shock-absorbing piece 4 in the present embodiment is equipped with two pieces, and is in crescent shape, two pieces of back heel shock-absorbing pieces 4 Respectively correspond left heel area and right heel area；Match there are two being set on moulding support chip 3 with 4 shape of back heel shock-absorbing piece Through-hole 32, an isolation lanyard is formed between two through hole 32.

During the motion, pressure is larger at medial arch, and suffered abrasion is also big, therefore, in order to increase inside The intensity of moulding support chip 3 at arch of foot increases the service life of moulding support chip 3, opposite in the medial arch of moulding support chip 3 Position is answered to be equipped with the support bar 31 of multiple outwardly convexs, the support bar 31 is distributed in emitting shape, and between adjacent supports item 31 Spacing become larger from 3 outer of moulding support chip to direction in the middle part of arch of foot.It should be noted that the support bar in the present embodiment 31 are convexly curved along moulding support chip 3, are integrally formed with moulding support chip 3.

Likewise, during the motion, at the arch of foot of outside being also a biggish stress point.In order to protect outside arch of foot, It is equipped at least one piece of foot arch protective pad 5 in the outside arch of foot opposite position of moulding support chip 3, the foot arch protective pad 5 uses PORON material is made, and its thickness is greater than or equal to the thickness of moulding support chip 3.Above-mentioned PORON material is by the U.S. The exploitation of Rogers company, fine and uniform cellular texture make it have high cushion energy absorbing property, are widely used in all kinds of Top athletic protective utensil.

As shown in Fig. 2, foot arch protective pad 5 is equipped with two pieces, it is rectangle, and length direction and insole length direction one It causes, sets that there are two the mounting holes 33 that match with foot arch protective pad 5 on moulding support chip 3.

In addition, in order to increase the stability of moulding support chip 3, back heel shock-absorbing piece 4 and foot arch protective pad 5, in the present embodiment Moulding support chip 3 front end it is inverted V shaped, and the front end face of moulding support chip 3 and back heel shock-absorbing piece 4 and foot arch protective pad 5 Side be inclined-plane.

Meanwhile the specific size of insole is understood for the ease of consumer, at the back side of basal layer 2, protrusion shows insole Size.In order to increase the non-skid property of forefoot, non-slip patterns, the non-slip patterns protrusion are equipped on the surface of half sole elastic slice 6 In display and half sole elastic slice 6.Meanwhile in order to increase the bonding strength of half sole elastic slice 6 Yu basal layer 2, at the back side of half sole elastic slice 6 Equipped with a plurality of fin, a plurality of groove matched with fin is equipped in the embedded groove 22 of basal layer 2.

Finally, it should be noted that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application technology Scheme, although applicant is described in detail the utility model referring to preferred embodiment, those skilled in the art Should be appreciated that those, the technical solution of the present invention is modified or equivalently replaced, without departing from the technical program Objective and range should all cover in the scope of the claims of the utility model.

Claims (10)

1. a kind of sport shoe-pad of damping shield foot, it includes basal layer (2) and the precoat (1) being fixed on basal layer (2), institute The shape for stating basal layer (2) and precoat (1) is matched with the shape of shoes, which is characterized in that the back side and foot in basal layer (2) The corresponding position of palm heel area is embedded with or is affixed with back heel shock-absorbing piece (4), basal layer (2) back side be embedded with or be affixed with The corresponding half sole elastic slice (6) in half sole position.

2. the sport shoe-pad of damping shield foot according to claim 1, which is characterized in that be embedded at the back side of basal layer (2) One with the moulding support chip (3) that is followed by region and arch area matches, the heel area and foot of the moulding support chip (3) Bow areas outside upwardly extends, and is in half-surrounded, all or part of heel area of basal layer (2) and arch area are wrapped up Inside.

3. the sport shoe-pad of damping shield foot according to claim 2, which is characterized in that the moulding support chip (3) uses TUP material is made, and the hardness of moulding support chip (3) is 85 ~ 100A.

4. the sport shoe-pad of damping shield foot according to claim 1 or 2 or 3, which is characterized in that the back heel shock-absorbing piece (4) it is made using PORON material, and its thickness is greater than or equal to the thickness of moulding support chip (3).

5. the sport shoe-pad of damping shield foot according to claim 4, which is characterized in that the back heel shock-absorbing piece (4) is equipped with Two pieces, and be in crescent shape, two pieces of back heel shock-absorbing pieces (4) respectively correspond left heel area and right heel area；In moulding support chip (3) it is set on there are two the through-hole (32) that matches with back heel shock-absorbing piece (4) shape, forms an isolation between two through hole (32) and subtract Shake band.

6. the sport shoe-pad of damping shield foot according to claim 4, which is characterized in that in the inside of moulding support chip (3) Arch of foot opposite position is equipped with the support bar (31) of multiple outwardly convexs, and the support bar (31) is distributed in emitting shape, and adjacent Spacing between support bar (31) becomes larger from moulding support chip (3) outer to arch of foot middle part direction.

7. the sport shoe-pad of damping shield foot according to claim 4, which is characterized in that in the outside of moulding support chip (3) Arch of foot opposite position be equipped at least one piece of foot arch protective pad (5), the foot arch protective pad (5) using PORON material make and At, and its thickness is greater than or equal to the thickness of moulding support chip (3)；It is equipped with and foot arch protective pad (5) on moulding support chip (3) The mounting hole (33) to match.

8. the sport shoe-pad of damping shield foot according to claim 7, which is characterized in that the foot arch protective pad (5) is equipped with It two pieces, is rectangle, and length direction is consistent with insole length direction.

9. according to the sport shoe-pad of the shield foot of damping described in claim 3 or 5 or 6 or 7, which is characterized in that the moulding support The front end face and back heel shock-absorbing piece (4) of piece (3) and the side of foot arch protective pad (5) are inclined-plane.

10. the sport shoe-pad of damping shield foot according to claim 1, which is characterized in that the shape of the half sole elastic slice (6) Match with ball of foot shape, and is made using SEBS material.