CN207995976U - A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole - Google Patents
A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole Download PDFInfo
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- CN207995976U CN207995976U CN201820144395.6U CN201820144395U CN207995976U CN 207995976 U CN207995976 U CN 207995976U CN 201820144395 U CN201820144395 U CN 201820144395U CN 207995976 U CN207995976 U CN 207995976U
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Abstract
The utility model discloses a kind of half sole it is high-elastic and followed by bumper and absorbing shock insole, including material of main part layer (2), the upper surface of the material of main part layer (2) is equipped with insole surfaces layer (1), the front end of the material of main part layer (2) is equipped with front sole pad (3), the rear end of the material of main part layer (2) is equipped with upper raised (6) and saddle (4), the front end and periphery of the front sole pad (3) are equipped with anti-slip grid (5), the anti-slip grid is rectangular anti-slip grid, it is molded that the insole surfaces layer (1) with material of main part layer (2) is first bonded reheating, the material of main part layer (2) and front sole pad (3), saddle (4) is that glue is bonded, the insole surfaces layer (1) uses resistance polyester fiber knitting fabric.The utility model insole is half sole, and there is elastomeric property, heel to have the sport shoe-pad of cushion performance, have fabulous air penetrability, anti-skidding not mill pin, and have superpower wearability, and good gas permeability has good market prospects.
Description
Technical field
The utility model is related to a kind of multi-functional sport shoe-pad, more particularly to a kind of half sole has elastomeric property followed by tool
There is the sport shoe-pad of cushion performance.
Background technology
It is well known that insole is place mat articles for use in common shoes in people's life, and common insole sole is all relatively thin, work(
Can be single, work as Uneven road, people are careless slightly to cause to damage to the sole and ankle of people when walking or running or jump
Wound, big especially for some exercise intensities, the training or extreme sport of run duration length, ground generate anti-in face of human foot
Active force can not disperse to absorb, and lead to foot, ankle and knee major injury, greatly compromise health.
Utility model content
The shortcomings that the purpose of the utility model is to overcome the prior arts and deficiency, provide a kind of half sole elastomer material power-assisted
Spring followed by padded coaming damping avoid injuring, and combine shoes ergonomic designs, taken into account it is light, comfortably, resist it is tired
Labor, the high-elastic damping buffering shoe-pad of the design requirements such as antimildew and antibacterial.
The purpose of this utility model is achieved through the following technical solutions a kind of half sole with high-elastic effect heel with energy-absorbing
The multifunction shoe pads of cushioning effect reduce sport injury while improving movenent performance.
Technical solution used by the utility model:A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole, including main body
The upper surface of material layer (2), the material of main part layer (2) is equipped with insole surfaces layer (1), and the front end of the material of main part layer (2) is set
There is a front sole pad (3), the rear end of the material of main part layer (2) is equipped with upper raised (6) and saddle (4), before the front sole pad (3)
End and periphery are equipped with anti-slip grid (5), and material of main part layer (2) rear end heel position is deep cup-shaped design.
Further, the anti-slip grid (5) is rectangular anti-slip grid, anti-slip grid (5) protrusion 0.5-1.5MM.
Further, the front sole pad (3) is located at the half sole middle position of insole, and area accounts for entire half sole area
50%~90%;The front sole pad (3) uses 3.0~3.5MM of thickness.
Further, the front sole pad (3) and the saddle (4), which have on surface, covers TPU membrane.
Further, the saddle (4) be located at insole followed by middle position, area account for entire followed by area
60%~90%;The saddle (4) uses 3.0~3.5MM of thickness.
Further, the insole entirety arch of foot design;The insole entirety proportion is in 0.15-0.25g/cm3。
Further, it is molded with material of main part layer (2) to be first bonded reheating for the insole surfaces layer (1).
Further, the material of main part layer (2) is that glue is bonded with front sole pad (3), saddle (4);It is described
Material of main part layer (2) is made of polyurethane moulded material;The front sole pad (3) is made of highly-elastic urethane moulding material;
The saddle (4) is made of polyurethane moulded material is buffered.
Further, the insole surfaces layer (1) uses resistance polyester fiber knitting fabric, cloth to pass through antimicrobial treatment.
Further, drop glue, drop glue are made of silica gel on insole surfaces layer (1) resistance polyester fiber knitting fabric.
Compared with prior art, the utility model has the beneficial effects that:(1) a kind of high-elastic damping buffering shoe of the utility model
Pad, including insole surfaces layer, insole surfaces layer are resistance polyester fiber knitting fabric, have anti-skid wearable, an air-permeable anti-bacterial effect, the insole surfaces layer and
It is molded that material of main part layer is first bonded reheating, and material of main part layer uses polyurethane moulded material, can long-acting holding foot it is pleasant
Ventilative and water-fastness, compression set resistant is good.The material of main part layer is that glue is bonded with front sole pad, saddle, preceding
Palm pad uses highly-elastic urethane moulding material, and overlay film, is located at half sole middle position, and area accounts for the 1/2 of entire half sole area
More than, greatly improve movenent performance;Saddle uses the polyurethane moulded material of thickness buffer, and overlay film, is being located at heel just
Centre position, area account for entire followed by area 2/3 or more, and elliptical shaped lobes are separately equipped with right over it, thick to increase buffering
Degree, buffering and damping effect are good.(2) insole half sole described in the utility model increases shoes without rectangular anti-slip grid is designed at gasket
Frictional property between pad and shoes, reduces the probability slided into, meanwhile, be conducive to the discharge of air, reduce noise, play deodorization
Effect.(3) insole entirety arch of foot design described in the utility model mitigates plantar pressure and allows simultaneously in conjunction with base of principle of human engineering
High arches and flat foot put on insole and are corrected as normal foot-shape.Followed by deep cup-shaped design, it is highly 20MM, it is common with arch of foot design
Firm support system is constituted, wearer can be made to stand for a long time and can not help fatigue.(4) the front sole pad elasticity of the utility model
Height helps to improve the elastic force of running take-off, there is run-up effect.(5) the utility model saddle has shock absorbing effect,
Foot's heel can disperse to absorb the reaction force that foot and ground generate when landing, prevent foot and knee impacted and by
Wound.(6) cloth of the utility model, polyurethane moulded material, highly-elastic urethane moulding material, the polyurethane moulded material of buffering be all
By antimicrobial treatment, and polyurethane moulded material, highly-elastic urethane moulding material, the polyurethane moulded material of buffering are equal at the time of molding
Antiseptic is added, entire insole also passes through antimicrobial treatment, and therefore, antibiosis and deodorization effects are fabulous.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the side view of the utility model.
Fig. 3 is the sectional view of the utility model saddle.
Fig. 4 is the sectional view of the utility model front sole pad.
Fig. 5 is the utility model arch of foot location drawing.
Specific implementation mode
The technical solution of the utility model is further illustrated with reference to specific embodiment.
As shown in Figs. 1-5, a kind of half sole it is high-elastic and followed by bumper and absorbing shock insole, including material of main part layer (2), the master
The upper surface of body material layer (2) is equipped with insole surfaces layer (1), and insole surfaces layer is resistance polyester fiber knitting fabric, has anti-skid wearable, air-permeable anti-bacterial
Effect;The front end of the material of main part layer (2) is equipped with front sole pad (3), and the rear end of the material of main part layer (2) is equipped with upper protrusion
(6) and saddle (4) it, greatly improves movenent performance and there is buffering and damping effect;The front end of the front sole pad (3) and
Periphery is equipped with anti-slip grid (5), and the anti-slip grid is rectangular anti-slip grid, increases the frictional property between insole and shoes, reduces cunning
The probability arrived, meanwhile, be conducive to the discharge of air, reduce noise, play deodorizing effect.
It should be noted that the front sole pad (3) is located at the half sole middle position of insole, area accounts for entire half sole area
1/2, the front sole pad (3) uses 3.0~3.5MM of thickness, and front sole pad elasticity is high, helps to improve the elastic force of running take-off,
There is run-up effect, it is such that the needs for having met human body foot structure are set;The front sole pad (3) and the saddle (4) cover
Film is arranged, and plays a protective role after overlay film;The saddle (4) is deep cup-shaped design, is collectively formed with arch of foot design firm
Support system can make wearer stand for a long time and can not help fatigue;The saddle (4) be located at insole followed by center meta position
It sets, area accounts for entire followed by area 2/3, and the saddle uses 3.0~3.5MM of thickness;Deep cupuliform and its size dimension are full
The foot needs of human body heel can disperse when foot's heel lands to absorb the reaction force that foot is generated with ground, prevent
Foot and knee are impacted and injured.
It should be noted that the insole entirety arch of foot design, the insole entirety proportion is in 0.2g/cm3, the insole
It is molded that face layer (1) with material of main part layer (2) is first bonded reheating so that closer and stabilization.The material of main part layer (2) is with before
Palm pad (3), saddle (4) are that glue is bonded, easy to process;The material of main part layer (2) is using polyurethane moulded
Material is made, and the front sole pad (3) is made of highly-elastic urethane moulding material, and the front sole pad (3) is using red high-elastic poly-
Urethane moulding material is made, and the saddle (4) is made of polyurethane moulded material is buffered, and the saddle (4) is using blue
Color buffers polyurethane moulded material and is made.Need the utility model further illustrated in processing, the cloth, the polyurethane that use
Moulding material, highly-elastic urethane moulding material, the polyurethane moulded material of buffering all pass through antimicrobial treatment, and polyurethane moulded material
Antiseptic is added in material, highly-elastic urethane moulding material, the polyurethane moulded material of buffering at the time of molding, and entire insole also passes through anti-
Bacterium is handled, and therefore, antibiosis and deodorization effects are fabulous.
Embodiment
As shown in Figs. 1-5, a kind of half sole it is high-elastic and followed by bumper and absorbing shock insole, including material of main part layer (2), the master
The upper surface of body material layer (2) is equipped with insole surfaces layer (1), and the front end of the material of main part layer (2) is equipped with front sole pad (3), described
The rear end of material of main part layer (2) is equipped with upper raised (6) and saddle (4), further, the front end of the front sole pad (3) and outside
It encloses and is equipped with anti-slip grid.It is molded that the insole surfaces layer (1) with material of main part layer (2) is first bonded reheating;The material of main part layer (2)
It is that glue is bonded with front sole pad (3), saddle (4).
In the specific technical solution of the utility model, the insole surfaces layer (1) uses grey 100D/36F polyester knittings
Cloth has fabulous air penetrability, anti-skidding not mill pin, and has superpower wearability;The material of main part layer (2) is using ventilative
Rate is up to the 90% polyurethane moulded material of grey, has good gas permeability;The front sole pad (3) using highly-elastic urethane at
Proximate matter material, the rate of rebounding vertically reach as high as 85%, greatly improve movenent performance;The saddle (4) uses fabrication of cartilage
The polyurethane moulded material of buffering of technology manufacture, reaches as high as 90% energy absorbing efficiency, the jump in superelevation can be protected to fall
Fall behind and do not hurt bone, reduces sport injury.
The insole surfaces layer (1) uses grammes per square metre for 180-220g/M2Grey 100D/36F resistance polyester fiber knitting fabrics, the color of resistance to scrub
More than fastness national standard GB/T420-2009 level Four, colour fastness to rubbing is more than national standard GB/T3920-2008 level Four, and antibacterial is wanted
It asks and is required by QBT2881-2013, there are good ventilative, anti-skid wearable and antibacterial functions.
The insole material of main part layer (2) uses density for 0.11~0.15g/cm3, hardness be ASKER c-types 35~45
Degree, elasticity >=25%, the polyurethane moulded material of permanent deformation≤12%, can long-acting holdings foot is pleasant breathes freely, and it is resistance to
Washing, compression set resistant are good.
The front sole pad (3) uses thickness 3.0~3.5MM red highly-elastic urethane moulding materials, and overlay film, hardness are
In 40~50 degree of ASKER c-types, elasticity >=60%, shape such as Fig. 1 shown in (3), it is located at half sole middle position, area accounts for entirely
1/2 or more of half sole area, greatly improves movenent performance.
The saddle (4) buffers polyurethane moulded material using thickness 3.0~3.5MM blues, and overlay film, hardness are
In 35~45 degree of ASKER c-types, shape such as Fig. 1 shown in (4), it is located at followed by middle position, area accounts for entire followed by area
2/3 or more, elliptical shaped lobes are separately equipped with right over it, to increase buffering thickness, buffering and damping effect is good.
The insole half sole increases the frictional property between insole and shoes, subtracts without rectangular anti-slip grid (5) is designed at gasket
Few insole caused by insole slides is crimped and is relatively moved in shoe inside position, while the groove between grid is conducive to air
Discharge, reduce noise generate, while because air circulation promote sweat gas in time discharge play deodorizing effect.
The insole entirety arch of foot (6) design, in conjunction with base of principle of human engineering, mitigate plantar pressure allow simultaneously high arches and
Flat foot puts on insole and is corrected as normal foot-shape.Followed by deep cup-shaped design, it is highly 20MM, is collectively formed with arch of foot design firm
Support system, can make wearer stand for a long time and unconsciously fatigue.
The insole integrally pass through antimicrobial treatment, reach washing 10 times after antibiotic rate still up to 99% or more.
The insole light-weight design, insole entirety proportion is in 0.15-0.25g/cm3。
For those skilled in the art, technical solution that can be as described above and design are made other each
Kind is corresponding to be changed and deforms, and all these change and deform the guarantor that should all belong to the utility model claims
Within the scope of shield.
Claims (10)
1. a kind of half sole it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:Including material of main part layer (2), the main body
The upper surface of material layer (2) is equipped with insole surfaces layer (1), and the front end of the material of main part layer (2) is equipped with front sole pad (3), the master
The rear end of body material layer (2) is equipped with saddle (4), and the front end and periphery of the front sole pad (3) are equipped with anti-slip grid (5), the master
Body material layer (2) rear end heel position is deep cup-shaped design.
2. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:It is described anti-skidding
Lattice (5) are rectangular anti-slip grid, anti-slip grid (5) protrusion 0.5-1.5MM.
3. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The half sole
Pad (3) is located at the half sole middle position of insole, and area accounts for the 50%~90% of entire half sole area;The front sole pad (3) is adopted
With 3.0~3.5MM of thickness.
4. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The half sole
Pad (3) and the saddle (4), which have on surface, covers TPU membrane.
5. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The heel
Pad (4) is located at insole followed by middle position, area account for entirely followed by area 60%~90%;The saddle (4) is adopted
With 3.0~3.5MM of thickness.
6. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The insole
Material of main part layer (2) upper rear end be equipped with upper raised (6);The insole entirety arch of foot design;The insole entirety proportion exists
0.15-0.25g/cm3。
7. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The insole
It is molded that face layer (1) with material of main part layer (2) is first bonded reheating.
8. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The main body
Material layer (2) is that glue is bonded with front sole pad (3), saddle (4);The material of main part layer (2) using polyurethane at
Proximate matter material is made;The front sole pad (3) is made of highly-elastic urethane moulding material;The saddle (4) is using the poly- ammonia of buffering
Ester moulding material is made.
9. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The insole
Face layer (1) uses resistance polyester fiber knitting fabric, cloth to pass through antimicrobial treatment.
10. a kind of half sole according to claim 1 it is high-elastic and followed by bumper and absorbing shock insole, it is characterised in that:The shoes
There are drop glue, drop glue to be made of silica gel on mat surface layer (1) resistance polyester fiber knitting fabric.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820144395.6U CN207995976U (en) | 2018-01-29 | 2018-01-29 | A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820144395.6U CN207995976U (en) | 2018-01-29 | 2018-01-29 | A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole |
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| Publication Number | Publication Date |
|---|---|
| CN207995976U true CN207995976U (en) | 2018-10-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820144395.6U Active CN207995976U (en) | 2018-01-29 | 2018-01-29 | A kind of half sole it is high-elastic and followed by bumper and absorbing shock insole |
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| CN (1) | CN207995976U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113519980A (en) * | 2020-04-17 | 2021-10-22 | 四川大学华西医院 | Method for producing a personal adaptable insole and personal adaptable insole |
-
2018
- 2018-01-29 CN CN201820144395.6U patent/CN207995976U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113519980A (en) * | 2020-04-17 | 2021-10-22 | 四川大学华西医院 | Method for producing a personal adaptable insole and personal adaptable insole |
| CN113519980B (en) * | 2020-04-17 | 2022-08-12 | 四川大学华西医院 | Method for producing a personal adaptable insole and personal adaptable insole |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220304 Address after: 528000 No. 7, mutual licensing Avenue, block E26, Sanshan new town, Guicheng Street, Nanhai District, Foshan City, Guangdong Province Patentee after: Guangdong Jianzhen Technology Co.,Ltd. Address before: No.1, hupai Avenue, Keneng Road, E26 block, Sanshan new town, Guicheng, Nanhai District, Foshan City, Guangdong Province Patentee before: Foshan Linzhi Polymer Materials Science And Technology Co.,Ltd. |