CN108113117A - Insole that a kind of inside and outside arch of foot independently supports and preparation method thereof - Google Patents
Insole that a kind of inside and outside arch of foot independently supports and preparation method thereof Download PDFInfo
- Publication number
- CN108113117A CN108113117A CN201810066742.2A CN201810066742A CN108113117A CN 108113117 A CN108113117 A CN 108113117A CN 201810066742 A CN201810066742 A CN 201810066742A CN 108113117 A CN108113117 A CN 108113117A
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- China
- Prior art keywords
- supporting pad
- heel
- pad
- insole
- damping
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B17/00—Insoles for insertion, e.g. footbeds or inlays, for attachment to the shoe after the upper has been joined
Abstract
Insole independently supported the present invention provides a kind of inside and outside arch of foot and preparation method thereof.The insole includes body (1), in the heel heel center portion position of body (1) lower surface and outer longitudinal arch position, the damping, buffering supporting pad (5) of one is set, at interior longitudinal arch position, semi-rigid supporting pad (3) is set, calcaneum outward turning limitation module (4) is set around damping, buffering supporting pad (5) in the interior longitudinal arch one side of heel, rebound pad (2) is set at sole position.The gait of the insole combination human body walking for different times ground and human body to the difference of foot active force, provides corresponding protection setting to alleviate the active force of ground and human body to foot for foot.
Description
Technical field
The present invention relates to clothes processing, specifically, are related to insole and its preparation side that a kind of inside and outside arch of foot independently supports
Method.
Background technology
The major function of insole is while providing damping, buffering function for wearer, provides good arch support work(
Energy.
The gait feature walked according to people is analyzed, and land that the phase contacts ground first in foot is outside of heel, therefore, one
As under normal circumstances, be all that the abrasion of lateral heel is serious compared with inside.At foot initial contact ground, in the effect of gravity
Under, the reaction force for facing to this period human foot forms very big impact force, if this burst of impact force cannot be able to very
Good buffering, will directly act on ankles bit, it is sick and wounded that long-term accumulation be easy to cause ankle-joint.
Behind foot contact outside ground, with, for supporting point, inside side to overturn, this posture turn calcaneus again on the outside of calcaneum
It is exactly the reaction force that absorbs part ground to become main effect, during the inside side to overturn of heel, if the injustice due to ground
Whole or gravity center of human body is unstable, and the strength of inside side to overturn is excessive to be will result in the excessive outward turning of calcaneum and cause calcaneus pain, while people
The weight heart tilts inwardly, and the burden of arch of foot in exacerbation causes interior arch of foot to be stayed.Foot lands and is followed by standing after the completion of the phase
The vertical phase, during this, for the impact force for absorbing the weight of body Yu landing, the stretching of arch of foot fascia.Fascia stretching transition can cause
Arch pain or even cause fascitis.Since heel is liftoff, into the phase of propulsion, the Bones and joints interlocking mechanism of front foot and metapedes
Start, whole body gravity is born at the sole position that lands, and ground faces the opposition that foot is formed, and forms the thrust walked forward.
From the point of view of each stage of gait analysis, during human body walking, different times ground and human body are to the active force of foot
It is different.Insole is while walking comfort is provided, it should the gait of human body walking can be combined, for different periods
Ground and human body provide corresponding protection, most of insoles existing in the market cannot to the difference of foot active force for foot
With reference to the different times of walking step state, rationally alleviate the different active forces that foot is born, although such as most of support type insoles
Can whole supporting role be provided for foot, cannot but well solve land early period heel heel center portion position and outside of heel delay
Eat up part of shake problem；Although most of buffer-type insoles can provide shock absorbing effect for foot, effective foot cannot be provided
Supporting role；Meanwhile most of insoles existing in the market cannot effectively limit the later stage heel that lands by the inside sidespin in outside
The twisting resistance turned, it is impossible to sufficient propulsive thrust is provided in the phase of propulsion, so as to reduce the comfort of the security of walking and dress.
The content of the invention
It is an object of the present invention to provide the insoles that a kind of inside and outside arch of foot independently supports.
The preparation method of the insole independently supported another object of the present invention is to provide the inside and outside arch of foot.
In order to achieve the above object, on the one hand, the present invention provides the insole that a kind of inside and outside arch of foot independently supports, the insole bag
Body 1 is included, the damping, buffering supporting pad 5 of one is set in the heel heel center portion position of 1 lower surface of body and outer longitudinal arch position, inside
Longitudinal arch position sets semi-rigid supporting pad 3, is set in the interior longitudinal arch one side of heel around damping, buffering supporting pad 5 outside calcaneum
Rotation limitation module 4, rebound pad 2 is set at sole position.
" upper surface " and " lower surface " of the present invention, spy are defined as the state of the insole when in use, " upper table
Face " refers to insole in normal condition in use, one side towards vola；" lower surface " is opposite with " upper surface "
On one side, that is, insole is referred in normal condition in use, one side towards ground (or sole).
Some specific embodiments according to the present invention, wherein, the thickness of semi-rigid supporting pad 3 is 1-2mm.
Some specific embodiments according to the present invention, wherein, 5 thickness of damping, buffering supporting pad is 2-3mm.
Some specific embodiments according to the present invention, wherein, the semi-rigid supporting pad 3 of thickness ratio of damping, buffering supporting pad 5
The big 1-2mm of thickness；It is preferred that big 1mm.
Some specific embodiments according to the present invention, wherein, the height of calcaneum outward turning limitation module is than adjacent thereto half just
The high 0.2-0.4mm in edge of property supporting pad 3.
Some specific embodiments according to the present invention, wherein, the height of calcaneum outward turning limitation module is than adjacent thereto half just
Edge high 0.2mm, 0.3mm or 0.4mm of property supporting pad 3.
Some specific embodiments according to the present invention, wherein, the thickness of rebound pad 2 is 2-3mm.
Some specific embodiments according to the present invention, wherein, damping, buffering supporting pad 5 covers 1 outer longitudinal arch position face of body
Long-pending 1/2-1；It is preferred that the 3/5-9/10 of covering 1 outer longitudinal arch site area of body.
Some specific embodiments according to the present invention, wherein, damping, buffering supporting pad 5 and calcaneum outward turning limitation module 4 are common
With the 3/5-1 for covering 1 heel area of body；It is preferred that the 4/5-9/10 of covering 1 heel area of body.
Some specific embodiments according to the present invention, wherein, damping, buffering supporting pad 5 cover heel part and with
The area ratio of bone outward turning limitation module 4 is 3：1-7：1；Preferably 4：1-6：1.
Wherein it is understood that damping, buffering supporting pad 5 is largely divided into two parts, a part is the outer longitudinal arch portion of covering
Position；Another part is covering heel.
Some specific embodiments according to the present invention, wherein, semi-rigid supporting pad 3 is with the center at longitudinal arch position in body 1
Centered on position, the 1/2-1 of longitudinal arch site area in body 1 is covered；It is preferred that cover the 3/5-9/ of longitudinal arch site area in body 1
10。
Some specific embodiments according to the present invention, wherein, rebound pad 2 is using the center at 1 sole position of body in
The heart covers the 1/3-1 of 1 sole site area of body；It is preferred that the 2/5-4/5 of covering 1 sole site area of body.
Some specific embodiments according to the present invention, wherein, the semi-rigid supporting pad 3 in people vola longitudinal arch position to
On be bent to form arc-shaped bend structure, so as to semi-rigid 3 upper surface of supporting pad formed it is matched with longitudinal arch position in people vola
Arc convex, and upward concave interior longitudinal arch arc-shaped recess portion 31 is formed in semi-rigid 3 lower surface of supporting pad；The damping, buffering
The longitudinal arch position outside people vola of supporting pad 5 is bent upwards to form arc-shaped bend structure, so as in 5 upper surface of damping, buffering supporting pad
Formed with the outer matched arc convex in longitudinal arch position in vola, and formed in 5 lower surface of damping, buffering supporting pad upwards it is concave outside
Longitudinal arch arc-shaped recess portion 51.
Some specific embodiments according to the present invention, wherein, the interior longitudinal arch arc-shaped recess portion 31 of semi-rigid supporting pad 3 is maximum
Highly it is 4-10mm；Preferably 4-6mm.
Wherein it is understood that the thickness of the semi-rigid supporting pad 3 refers to the thickness of semi-rigid 3 body of supporting pad,
The height in the interior longitudinal arch arc-shaped recess portion 31 of its formation is not included；The thickness of the damping, buffering supporting pad 5 refers to that damping is delayed
The thickness of 5 body of supporting pad is rushed, the height in the outer longitudinal arch arc-shaped recess portion 51 not including its formation.
Some specific embodiments according to the present invention, wherein, the outer longitudinal arch arc-shaped recess portion of the damping, buffering supporting pad 5
51 maximum height (h51) it is 3-8mm；Preferably 3-5mm.
Some specific embodiments according to the present invention, wherein, the shock-absorbing buffer pad 5 calls in person center portion position along people vola in heel
Heel rear end is upturned, and forms upper surface and upwarps end 52 with the people vola matched shock-absorbing buffer pad of heel rear end portion radian.
Some specific embodiments according to the present invention, wherein, it is from apart from people vola heel that shock-absorbing buffer pad, which upwarps end 52,
Start to tilt at aft terminal 8-12mm.
Some specific embodiments according to the present invention, wherein, it is from apart from people vola heel that shock-absorbing buffer pad, which upwarps end 52,
Start to tilt at aft terminal 10mm.
Some specific embodiments according to the present invention, wherein, the rear end endpoint that shock-absorbing buffer pad upwarps 52 bottoms of end is opposite
The vertical height for upwarping starting point is 3-5mm (h as shown in Figure 452)；Preferably 4mm.
Some specific embodiments according to the present invention, wherein, it is sufficient along people vola in heel that calcaneum outward turning limits module 4
It is upturned with rear end, forms upper surface calcaneum outward turning limitation module matched with people vola heel rear end portion radian and upwarp end
42。
Some specific embodiments according to the present invention, wherein, calcaneum outward turning limitation module upwarp end 42 upwarp starting point,
And shock-absorbing buffer pad upwarps end 52 and upwarps starting point, it is identical with the vertical range of people vola heel aft terminal respectively (i.e. with
Bone outward turning limitation module upwarps end 42 and shock-absorbing buffer pad upwarps end 52 and starts to upwarp in same position.
Some specific embodiments according to the present invention, wherein, calcaneum outward turning limitation module upwarps the rear end end of 42 bottoms of end
The opposite vertical height for upwarping starting point of point is 1-3mm (h as shown in Figure 341)；Preferably 2mm.
Wherein it is understood that outer 51 maximum height of longitudinal arch arc-shaped recess portion of damping, buffering supporting pad 5 is added by
Longitudinal arch radian determines outside the vola of work.Outer 51 maximum height of longitudinal arch arc-shaped recess portion can be that the damping, buffering supports
5 bottom surfaces are padded to the vertical range (h as shown in Figure 4 on outer 51 vertex of longitudinal arch arc-shaped recess portion51)。
Interior 31 maximum height of longitudinal arch arc-shaped recess portion of semi-rigid supporting pad 3 is determined according to longitudinal arch radian in the vola processed
It is fixed.Interior 31 maximum height of longitudinal arch arc-shaped recess portion can be semi-rigid 3 bottom surface of supporting pad to interior longitudinal arch arc
Vertical range (the h as shown in Figure 3 on 31 vertex of recessed portion31)。
Wherein it is understood that described form and longitudinal arch position in people vola in semi-rigid 3 upper surface of supporting pad
The arc convex matched somebody with somebody and formed in 5 upper surface of damping, buffering supporting pad with the matched arc convex in longitudinal arch position outside vola, be
The radian for referring to the arc convex that semi-rigid 3 upper surface of supporting pad and 5 upper surface of damping, buffering supporting pad are respectively formed substantially divides
Do not match with the radian at longitudinal arch position in people vola and outer longitudinal arch radian.
Wherein it is understood that the shock-absorbing buffer pad 5 is tilted upward in heel heel center portion position along people vola heel rear end
It rises, forms upper surface and people vola heel rear end portion radian is matched upwarps end 52, refer to that shock-absorbing buffer pad upwarps the upper of end 52
The radian on surface is generally matched with the radian of people vola heel rear end portion.
Calcaneum outward turning limitation module 4 is upturned in heel along people vola heel rear end, formed upper surface with
Heel rear end portion radian matched calcaneum outward turning limitation module in people vola upwarps end 42, refers to that calcaneum outward turning limitation module upwarps end
The radian of 42 upper surface is generally matched with the radian of people vola heel rear end portion.Wherein it is understood that described half is firm
Property supporting pad and damping, buffering supporting pad can be designed processing according to longitudinal arch shape in people vola, this to be carried out according to human body
The concrete operations of mold processing are known in the art technology, are made the creative labor therefore again without those skilled in the art.
Wherein it also will be understood that this product processed according to human body can be according to the people of different corresponding human parameters
Group is designed to the product of different size, and so that people make choice, the product that this commercial processing obtains can only substantially meet phase
The demand of the people of group is answered, and everyone corresponding human parameters cannot be complied fully with.
Some specific embodiments according to the present invention, wherein, the semi-rigid supporting pad 3 and calcaneum outward turning limitation module 4
It is set for linking.
Wherein it is understood that the linking, i.e., semi-rigid supporting pad 3 and calcaneum outward turning limitation module 4 are being held in the mouth
The edge of the part connect is bonded to each other.
Some specific embodiments according to the present invention, wherein, the semi-rigid supporting pad 3 and calcaneum outward turning limitation module 4
It is set for linking, in the edge that calcaneum outward turning limitation module 4 is connected with semi-rigid supporting pad 3, calcaneum outward turning limits module
Height is higher 0.2-0.4mm than semi-rigid supporting pad (3)；It is preferred that high 0.2mm, 0.3mm or 0.4mm.
Some specific embodiments according to the present invention, wherein, the semi-rigid supporting pad 3 and calcaneum outward turning limitation module 4
It is integrally formed.
Some specific embodiments according to the present invention, wherein, it is set in the lower surface of calcaneum outward turning limitation module 4 anti-skidding convex
Play 41.
Some specific embodiments according to the present invention, wherein, the height of the anti-skid bulge is 0.1-0.4mm.
Some specific embodiments according to the present invention, wherein, the height of the anti-skid bulge is 0.2mm.
Used by other insoles with gasket construction of this field may be employed in the material of the damping, buffering supporting pad 5
Liner material；And some specific embodiments according to the present invention, wherein, the material of the damping, buffering supporting pad 5 meets hardness
For 40-55 degree (SHORE C).
Some specific embodiments according to the present invention, wherein, the material of the damping, buffering supporting pad 5 is expanded material.
Some specific embodiments according to the present invention, wherein, the material of the damping, buffering supporting pad 5 for TPR, EVA or
Polyurethane material.
Above-mentioned expanded material or TPR, EVA or polyurethane material are this field institute conventional material.
The material of the semi-rigid supporting pad 3 serves as a contrast used by other insoles with gasket construction of this field may be employed
Mat material matter；And some specific embodiments according to the present invention, wherein, the material of the semi-rigid supporting pad 3 meets hardness for 95
± 3 degree (SHORE A).
Some specific embodiments according to the present invention, wherein, the material of the semi-rigid supporting pad 3 is TPU, nylon66 fiber or
ABS material.
Above-mentioned TPU, nylon66 fiber or ABS material are this field institute conventional material.
The material of the calcaneum outward turning limitation module 4 may be employed other insoles with gasket construction of this field and be used
Liner material；And some specific embodiments according to the present invention, wherein, the material of the calcaneum outward turning limitation module 4 meets
Hardness is 95 ± 3 degree (SHORE A).
Some specific embodiments according to the present invention, wherein, the material of the calcaneum outward turning limitation module 4 is TPU, nylon
66 or ABS material.
Above-mentioned TPU, nylon66 fiber or ABS material are this field institute conventional material.
Liner material used by other insoles with gasket construction of this field may be employed in the material of the rebound pad；
And some specific embodiments according to the present invention, wherein, the material of the rebound pad meets hardness for 30-45 degree (SHORE C).
Some specific embodiments according to the present invention, wherein, the material of the rebound pad is expanded material.
Some specific embodiments according to the present invention, wherein, the material of the rebound pad is silica gel, TPR, EVA or poly- ammonia
Ester.
Above-mentioned expanded material, silica gel, TPR, EVA or polyurethane are this field institute conventional material.
The insole body 1 can be made of the insole material of this field routine, and some are embodied according to the present invention
Scheme, wherein, the material of the body 1 meets hardness for 45-55 degree (SHORE C).
Some specific embodiments according to the present invention, wherein, the material of the body 1 is super fiber material (superelevation point
Sub- polyethylene (polyethylene) fiber, polyaryl (polyarylate) fiber, pbo fiber), it is non-woven fabrics, chopped fiber needle-punched non-
Weaving fiber cloth；It is preferred that super fiber material.
Above-mentioned super fiber material, ultra high molecular polyethylene (polyethylene) fiber, polyaryl (polyarylate)
Fiber, pbo fiber, non-woven fabrics, chopped fiber needle-punched non-woven fibre cloth are this field institute conventional material.
The insole main body has heel heel center portion position, arch regions, sole position, toe portion and puts surplus position.
It heel of the present invention heel center portion position, arch regions, outer longitudinal arch position, interior longitudinal arch position, toe portion and puts
Surplus position is term customary in the art, the routine of above-mentioned term can be understood according to this field.
And some specific embodiments, above-mentioned term can be defined as follows according to the present invention：
Heel (heel) position extends to calcaneum forward terminal from heel aft terminal, and lateral profile is along heel portion outboard wheel
1-3mm outside profile, inside contour line is along 1-3mm outside heel medial contour line；
Heel heel center portion position refers to followed by calcaneum and ground contacting part position.
The arch regions have interior longitudinal arch position and outer longitudinal arch position, and the interior longitudinal arch position extends from calcaneum forward terminal
To first metatarsal bone forward terminal, inside contour line is uniformly along 3-5mm outside crus mediale contour line；
The outer longitudinal arch position extends to fifth metatarsal bone forward terminal from calcaneum forward terminal, and outboard wheel profile is along lateral crus profile
1-3mm outside line；
The sole position is located at articulationes metatarsophalangeae position, and from inside Metatarsophalangeal joint position, 15mm extends to outside forward
5th articulationes metatarsophalangeae position is backward in the range of 15mm, and lateral profile is along the 5th articulationes metatarsophalangeae position contour line of foot, inside profile edge
Foot Metatarsophalangeal joint contour line；
The toe portion extends to toe forward terminal from metatarsal forward terminal, and inside profile is along foot thumb wheel profile, outside
Profile is along foot little toe contour line；
The surplus of putting extends forward 8-16mm from toe forward terminal, and profile is customized according to footwear head cavity shape.
Above each position profile junction even transition.
On the other hand, the preparation method of the insole independently supported the present invention also provides the inside and outside arch of foot, the side
Method is included in the heel heel center portion position of 1 lower surface of insole body and outer longitudinal arch position and sets the damping, buffering supporting pad 5 of one,
Interior longitudinal arch position sets semi-rigid supporting pad 3, and damping, buffering supporting pad 5 is surrounded in 3 one side of semi-rigid supporting pad of heel
Calcaneum outward turning limitation module 4 is set, rebound pad 2 is set at sole position.
Some specific embodiments according to the present invention, wherein, the setting method is bonding.
In conclusion a kind of insole independently supported the present invention provides inside and outside arch of foot and preparation method thereof.The present invention's
Insole has the following advantages that：
The gait of the insole combination human body walking for different times ground and human body to the difference of foot active force, is
Foot provides corresponding protection setting to alleviate the active force of ground and human body to foot.It lands early period for foot, in insole
Heel center portion position and outside arch area set bumper and absorbing shock supporting pad, provide and subtract for foot heel center portion position and the outer arch area of foot
Cushioning effect is shaken, absorbs the impact force that ground faces foot；For the twisting resistance that the later stage heel that lands is rotated inwardly by outside,
Set on the inside of insole heel center portion position calcaneum outward turning limitation module and when limit calcaneum outward turning；For human body stance phase, in insole
Interior arch area sets semi-steel arch support pad, support force is provided for interior arch of foot, to alleviate pressure of the human body to arch of foot；For
Foot promotes the phase, sets high-elastic anti-pushing pad at the insole sole position that lands, sufficient reaction force is provided for foot, for human body row
It walks to provide thrust.The insole that this method makes can rationally alleviate the active force of each stage ground and weight to foot, and raising is worn
The foot security and walking comfort for the person of wearing.
Description of the drawings
Fig. 1 is the bottom view (left foot) of the insole of the embodiment of the present invention 1；
Fig. 2 is the exploded view (left foot) of the insole of the embodiment of the present invention 1；
Fig. 3 is the side view (left foot) of the semi-rigid supporting pad of the insole of the embodiment of the present invention 1；
Fig. 4 is that the calcaneum outward turning of the insole of the embodiment of the present invention 1 limits the side view (left foot) of module；
Fig. 5 is that 5 method comforts of the embodiment of the present invention 1 evaluate scale schematic diagram.
Specific embodiment
Below by way of the specific embodiment implementation process that the present invention will be described in detail and the advantageous effect generated, it is intended to which help is read
Reader more fully understand the present invention essence and feature, not as to this case can practical range restriction.
Embodiment 1
As shown in Figure 1 and Figure 2, the insole that a kind of inside and outside arch of foot provided by the invention independently supports, including insole body 1, outside
Damping, buffering supporting pad 5 at parapodum bow, semi-steel supporting pad 3 and sole at medial arch land the high-elastic rebound pad 2 in position.
Wherein the 3 heel position of semi-steel supporting pad of medial arch is provided with calcaneum outward turning and limits module 4.The damping, buffering of outside arch of foot
There is the arc convex (Fig. 3, Fig. 4) to raise up, damping at the arch of foot of the semi-steel supporting pad 3 of supporting pad 5 and medial arch
The method of cushioning supportive pad 5, semi-steel supporting pad 3 and vola radian kiss merga pass such as adhesion agent attaches to insole body 1
The back side is fixed.
As shown in Fig. 2, insole body 1 uses the non-woven fabric material with low-friction coefficient, to reduce insole and foot
The friction in portion more preferably, is made, thickness control is in 2-3mm using the elastic material with bacteriostasis, and deodorization.
As shown in Figure 1, Figure 2, Figure 4 shows, in order to make the setting of damping, buffering supporting pad 5 more targeted, and effect is more preferable,
Can be made by damping, buffering type expanded material after long-term experiment.Damping, buffering branch is drawn on the basis of the above
Stake pad 5 can be configured according to the weight of wearer there are three types of different elastic hardnesses, and three kinds of different hardness are followed successively by [40,45] degree
(SHORE C), [45,50] degree (SHORE C), [50,55] degree (SHORE C).Its position will cover the entire heel center portion position
With outer arch area, the supporting pad at two positions is an integral structure.
As shown in figure 4, the longitudinal arch position outside people vola of damping, buffering supporting pad 5 is bent upwards to form arc-shaped bend structure,
So as to the matched arc convex in longitudinal arch position outside the formation of 5 upper surface of damping, buffering supporting pad and vola, and in damping, buffering branch
5 lower surface of stake pad forms upward concave outer longitudinal arch arc-shaped recess portion 51, and the outer longitudinal arch arc of the damping, buffering supporting pad 5 is recessed
51 maximum height h of concave portion51For 4mm.
Shock-absorbing buffer pad 5 calls in person center portion position along people vola heel rear end in heel, from apart from people vola heel aft terminal 10mm
Place starts to be upturned, and forms upper surface and upwarps end 52 with the people vola matched shock-absorbing buffer pad of heel rear end portion radian.Damping
The opposite vertical height for upwarping starting point of rear end endpoint that cushion pad upwarps 52 bottoms of end is 4mm (h as shown in Figure 452)
Calcaneum outward turning limits module 4 in heel along people vola heel rear end, from apart from people vola heel aft terminal
Start to be upturned at 10mm, form upper surface calcaneum outward turning limitation module matched with people vola heel rear end portion radian and upwarp
End 42.The opposite vertical height for upwarping starting point of rear end endpoint that calcaneum outward turning limitation module upwarps 42 bottoms of end is 2mm (as schemed
H shown in 341)。
As shown in Figure 1, Figure 2, Figure 3 shows, in order to make limitation calcaneum outward turning more targeted, and effect is more preferable, through long-term experiment
Afterwards, calcaneum outward turning limitation module 4 can be that the shaping materials such as TPU materials, nylon66 fiber, ABS material or hot melt shaping material make
It forms.The height that the semi-steel supporting pad 3 of its interior arch of foot protrudes, can configure according to the weight and calcaneum outward turning degree of wearer
Three kinds of different height, three kinds of different projecting heights are 0.2mm, 0.3mm and 0.4mm respectively.Calcaneum outward turning limitation module can
Arch support pad combines by way of bonding and in inside.More preferably, the semi-steel supporting pad 3 of interior arch of foot and calcaneum outward turning limit
Molding block 4 is an integral structure, and can be made by mold.
Anti-skid bulge 41 is set in the lower surface of calcaneum outward turning limitation module 4, and the height of the anti-skid bulge is 0.2mm.
As shown in Figure 2 and Figure 3, semi-rigid supporting pad 3 longitudinal arch position outside people vola is bent upwards to form arc-shaped bend knot
Structure, so as to the matched arc convex in longitudinal arch position in the formation of semi-rigid 3 upper surface of supporting pad and people vola, and in semi-rigid branch
3 lower surface of stake pad forms upward concave interior longitudinal arch arc-shaped recess portion 31, foot in the radian fitting in interior longitudinal arch arc-shaped recess portion 31
Bow arc degree, interior 31 position of longitudinal arch arc-shaped recess portion at arch of foot pass through mould shape, and interior longitudinal arch arc-shaped recess portion (31) is maximum high
It spends for 5mm.It can be that the shaping materials such as TPU materials, nylon66 fiber, ABS material or hot melt shaping material are made.
Damping, buffering support mat thickness is 3mm, and the thickness of semi-rigid supporting pad is 2mm.
As shown in Figure 1 and Figure 2, sole land position it is high-elastic rebound pad 2 be made of high resiliency expanded material, thickness control
For system in 2-3mm, position will cover the foot sole position, be combined by way of bonding with the back side of insole body 1.
Damping, buffering supporting pad 5 covers the 9/10 of 1 outer longitudinal arch site area of body, outside damping, buffering supporting pad 5 and calcaneum
Rotation limitation module 4 has collectively covered the 9/10 of 1 heel area of body, covers 5 He of damping, buffering supporting pad of heel
The area ratio of calcaneum outward turning limitation module 4 is 5：1, semi-rigid supporting pad 3 is using the center at longitudinal arch position in body 1 in
The heart covers 9/10 of longitudinal arch site area in body 1, and rebound pad 2 is centered on the center at 1 sole position of body, covering
The 4/5 of 1 sole site area of body.
The insole of the present embodiment is placed in shoe cavity, subject is allowed to try on respectively.And collect subject subjective feeling and
Evaluation and test：
The wear shoes state that subject tries on respectively is：Wear flat sport footwear, the flat movement for wearing the insole for adding the present embodiment
Footwear.According to examination wearer vola situation, insole bottom liner adjustment is carried out according to embodiment scheme, using flat sport footwear as benchmark
Footwear are tested into between-line spacing.
The process that subject tries on is：Stand still 5 seconds → along straight trip passage (5-8m) constant speed (speed 0.6m/s back and forth
20% amplitude fluctuation control) walking, reciprocal 3 times → stand on one leg on ergograph (at least 3 seconds) → by ergograph upstairs
Ladder → go downstairs by ergograph.Subjective questionnaire on negative impact is carried out after having tried on, and in the corresponding states of comfort questionnaire
The impression of upper record wear shoes.
Subject on corresponding line segment (any one place of line segment can) marks subjective feeling selection.It is last whole
The comfort of reason analysis " insole that a kind of inside and outside arch of foot independently supports ".
Wherein questionnaire evaluates scale (as shown in Figure 5) using 5 method comforts.0 representative is very comfortable, and 1 represents comfortably,
2 represent it is pleasant, 3 represent it is uncomfortable, 4 represent it is very uncomfortable.Subject can experience according to oneself, in any of line segment
Side marks subjective feeling.As a result it is as shown in table 1 below：
Table 1, evaluating result comparison unit：People
| Comfort level | It is very comfortable | Comfortably | It is pleasant | It is uncomfortable | It is very uncomfortable |
| Not plus wear shoes pad | 0 | 35 | 63 | 2 | 0 |
| Add wear shoes pad | 53 | 36 | 8 | 3 | 0 |
Claims (10)
1. the insole that a kind of inside and outside arch of foot independently supports, which is characterized in that the insole includes body (1), in body (1) following table
The heel heel center portion position in face and outer longitudinal arch position set damping, buffering supporting pad (5) (the preferably damping, buffering supporting pad thickness of one
Spend for 2-3mm) (preferably damping, buffering supporting pad 5 covers the 1/2-1 of 1 outer longitudinal arch site area of body；More preferably covering body 1
The 3/5-9/10 of outer longitudinal arch site area), set at interior longitudinal arch position semi-rigid supporting pad (3) (preferably semi-rigid supporting pad
Thickness is 1-2mm) (the preferably big 1-2mm of thickness of the semi-rigid supporting pad of thickness ratio (3) of damping, buffering supporting pad (5)；More preferably
Big 1mm) (preferably semi-rigid supporting pad 3 covers longitudinal arch position in body 1 centered on the center at longitudinal arch position in body 1
The 1/2-1 of area；The 3/5-9/10 of longitudinal arch site area more preferably in covering body 1), in one gusset of interior longitudinal arch of heel
Around damping, buffering supporting pad (5), calcaneum outward turning limitation module (4) (the preferably height ratio and its phase of calcaneum outward turning limitation module is set
The high 0.2-0.4mm in edge (more preferable high 0.2mm, 0.3mm or 0.4mm) of adjacent semi-rigid supporting pad (3)), (preferably damping is delayed
It rushes supporting pad 5 and calcaneum outward turning limitation module 4 has collectively covered 3/5-1 (the preferably covering bodies 1 of 1 heel area of body
The 4/5-9/10 of heel area) (preferably damping, buffering supporting pad 5 covers the part of heel and calcaneum outward turning limitation mould
The area ratio of block 4 is 3:1-7：1；More preferably 4：1-6：1)), at sole position rebound pad (2) is set (preferably to spring back the thickness of pad
Spend for 2-3mm) (pad 2 is preferably sprung back centered on the center at 1 sole position of body, covering 1 sole site area of body
1/3-1；The more preferably 2/5-4/5 of covering 1 sole site area of body).
2. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the semi-rigid supporting pad
(3) longitudinal arch position is bent upwards to form arc-shaped bend structure in people vola, so as to be formed in semi-rigid supporting pad (3) upper surface
With the matched arc convex in longitudinal arch position in people vola, and formed in semi-rigid supporting pad (3) lower surface concave interior vertical upwards
(interior longitudinal arch arc-shaped recess portion (31) maximum height of preferably described semi-rigid supporting pad (3) is 4- to bow arc shape recessed portion (31)
10mm；Preferably 4-6mm)；Damping, buffering supporting pad (5) longitudinal arch position outside people vola is bent upwards to form arc-shaped bend
Structure, so as to the matched arc convex in longitudinal arch position outside the formation of damping, buffering supporting pad (5) upper surface and vola, and in damping
Cushioning supportive pad (5) lower surface forms upward concave outer longitudinal arch arc-shaped recess portion (51) (preferably described damping, buffering supporting pad
(5) outer longitudinal arch arc-shaped recess portion (51) maximum height is 3-8mm；Preferably 3-5mm).
3. the insole that inside and outside arch of foot according to claim 1 or 2 independently supports, which is characterized in that the shock-absorbing buffer pad
(5) it is upturned in heel heel center portion position along people vola heel rear end, forms upper surface and people vola heel rear end portion radian
The shock-absorbing buffer pad matched somebody with somebody upwarps end (52), and (it is from apart from people vola heel aft terminal 8- that preferably shock-absorbing buffer pad, which upwarps end (52),
Start to tilt at 12mm (be preferably 10mm)) (preferably shock-absorbing buffer pad upwarps the rear end endpoint at end (52) with respect to upwarping starting point
Vertical height be 3-5mm (be preferably 4mm)) (preferably calcaneum outward turning limits module (4) in heel along after the heel of people vola
End is upturned, and forms upper surface calcaneum outward turning limitation module matched with people vola heel rear end portion radian and upwarps end (42)
(preferably calcaneum outward turning limitation module upwarp end (42) upwarp starting point and shock-absorbing buffer pad upwarps the upper tilting at end (52)
Initial point, identical with the vertical range of people vola heel aft terminal respectively) (after preferably calcaneum outward turning limitation module upwarps end (42)
The endpoint opposite vertical height for upwarping starting point in end is 1-3mm (being preferably 2mm))).
4. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the semi-rigid supporting pad
(3) and calcaneum outward turning limitation module (4) sets (preferably described semi-rigid supporting pad (3) and calcaneum outward turning limitation module for linking
(4) it is integrally formed).
5. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that limit module in calcaneum outward turning
(4) lower surface sets anti-skid bulge (41), and (height of preferably described anti-skid bulge is 0.1-0.4mm；More preferably 0.2mm).
6. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the damping, buffering supporting pad
(5) material meets hardness for 40-55 degree (being preferably expanded material (more preferably TPR, EVA or polyurethane material)).
7. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the semi-rigid supporting pad
(3) material meets hardness for 95 ± 3 degree (being preferably TPU, nylon66 fiber or ABS material).
8. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the calcaneum outward turning limits mould
The material of block (4) meets hardness for 95 ± 3 degree (being preferably TPU, nylon66 fiber or ABS material).
9. the insole that inside and outside arch of foot according to claim 1 independently supports, which is characterized in that the material of the rebound pad expires
Sufficient hardness is 30-45 degree (being preferably expanded material (more preferably silica gel, TPR, EVA or polyurethane)).
10. the preparation method for the insole that inside and outside arch of foot as described in any one of claim 1 to 9 independently supports, which is characterized in that
The damping, buffering branch for center portion position and the outer longitudinal arch position setting one of calling in person the described method includes the heel in insole body (1) lower surface
Stake pad (5) sets semi-rigid supporting pad (3) at interior longitudinal arch position, surrounds and subtract in semi-rigid supporting pad (3) one side of heel
It shakes cushioning supportive pad (5) and calcaneum outward turning limitation module (4) is set, rebound pad (2) (preferably described setting is set at sole position
Method is bonding).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810066742.2A CN108113117A (en) | 2018-01-24 | 2018-01-24 | Insole that a kind of inside and outside arch of foot independently supports and preparation method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810066742.2A CN108113117A (en) | 2018-01-24 | 2018-01-24 | Insole that a kind of inside and outside arch of foot independently supports and preparation method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108113117A true CN108113117A (en) | 2018-06-05 |
Family
ID=62234064
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810066742.2A Pending CN108113117A (en) | 2018-01-24 | 2018-01-24 | Insole that a kind of inside and outside arch of foot independently supports and preparation method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108113117A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110051078A (en) * | 2019-05-09 | 2019-07-26 | 瑞昌芯迈科技有限公司 | A kind of customized insole design method and its manufacturing method |
| CN110279194A (en) * | 2019-06-04 | 2019-09-27 | 海安腾昱智能科技有限公司 | Insole and its production technology |
| CN114158821A (en) * | 2022-01-10 | 2022-03-11 | 中山大学 | Unpowered walking aid device based on human foot arch movement energy storage |
| TWI809141B (en) * | 2018-07-13 | 2023-07-21 | 裕翔 邱 | Footwear sole |
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| CN114158821A (en) * | 2022-01-10 | 2022-03-11 | 中山大学 | Unpowered walking aid device based on human foot arch movement energy storage |
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