CN201718590U - Dynamic diorthosis foot pad - Google Patents
Dynamic diorthosis foot pad Download PDFInfo
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- CN201718590U CN201718590U CN2010202067361U CN201020206736U CN201718590U CN 201718590 U CN201718590 U CN 201718590U CN 2010202067361 U CN2010202067361 U CN 2010202067361U CN 201020206736 U CN201020206736 U CN 201020206736U CN 201718590 U CN201718590 U CN 201718590U
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- maintenance
- foot
- layering
- base plate
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Abstract
The utility model discloses a dynamic diorthosis foot pad, which comprises a rebound anti-slip base plate, a cushion cotton layer, a damping rubber lining, a triangle balancing and supporting salient point and a far infrared fiber surface layer, wherein, the edges of the rebound anti-slip base plate, the cushion cotton layer and the damping rubber lining stretch and form a plurality of fixed sidebar beds that further form a fixed sidebar; the cushion cotton layer is arranged at the upper part of the rebound anti-slip base plate; the damping rubber lining is positioned at the upper part of the cushion cotton layer; the triangle balancing and supporting salient point is arranged on the upper surface of the damping rubber lining; and the upper surfaces of the triangle balancing and supporting salient point, the rebound anti-slip base plate, the damping rubber lining and the fixed sidebar are covered by the far infrared fiber surface layer. The dynamic diorthosis foot pad can coordinate foot bones dynamically to promote the health of instep.
Description
Technical field
The utility model relates to a kind of foot pad, relates in particular to a kind of power that is used to make arch of foot, foot cardiac muscle group, heel be protected, nurse one's health, correct and corrects the foot pad.
Background technology
Along with the continuous development of social economy's level, day by day the popularizing of tcm knowledges such as " leg-aging before aging, pin are people's second hearts ", people are fully recognized that " best health care and method of rehabilitation are that the sport dynamics comprehensive correction that takes both feet is nursed one's health method ".Sport dynamics corrective therapy, foot sole stimulation therapy are rooted in the hearts of the people.People for the requirement of biped that supports whole body weight and foot pad unlike only feeling comfortable so simple in the past.But select and to be complementary with motion mode; function with shock-absorbing, diffusing pressure, resilience, maintenance, on-slip; resilience meets the STRESS VARIATION of force part; and good auxiliary protection effect and convenient auxiliary the rectification and rehabilitation are arranged, can increase the rectification foot pad of the stressed rectification of foot bones, the stressed adjustment of muscle group, arch of foot protection.Popular rectification foot fills up on the market now; be simple thickening, the design of the bed hedgehopping foot heart mostly; though support the principle that meets the foot protection, corrects at foot vibrations buffering, the sufficient heart; but because the supportive of this foot pad is weak, resilience is poor, on-slip is low, the whole foot design of restriction toe nature flexion and extension, heel can't maintenances etc.; design principle is simple; practical effect is dissatisfied, is difficult to satisfy that "sport for all" is kept fit, an urgent demand of rectifying walking, arch support, protection foot.
The utility model content
The technical problem that the utility model solved provides a kind of power and corrects the foot pad, can carry out power to foot bones and coordinate, thereby promote arch of foot health.
Technical scheme is as follows:
A kind of power is corrected the foot pad, comprising: resilience on-slip base plate, the cotton layer of buffering, shock-absorbing glue-line, triangle balanced support salient point and far IR fibre top layer; Wherein, the edge of described resilience on-slip base plate, the cotton layer of buffering and shock-absorbing glue-line extends to form the layering of maintenance sidebar, and the layering of described maintenance sidebar is combined to form the maintenance sidebar; The cotton layer of described buffering is arranged on the top of described resilience on-slip base plate, and described shock-absorbing glue-line is arranged on the top of the cotton layer of described buffering; Described triangle balanced support salient point is arranged on the upper surface of described shock-absorbing glue-line, and described far IR fibre top layer covers the upper surface of described triangle balanced support salient point, resilience on-slip base plate, shock-absorbing glue-line and maintenance sidebar.
Further: the cotton layer of described buffering is bonded in the top of described resilience on-slip base plate, and described shock-absorbing glue-line is bonded in the top of the cotton layer of described buffering; Described triangle balanced support salient point is bonded in the upper surface of described shock-absorbing glue-line, and described far IR fibre top layer is bonded in the upper surface of described triangle balanced support salient point, resilience on-slip base plate, shock-absorbing glue-line and maintenance sidebar.
Further: the edge of described resilience on-slip base plate is provided with interior arch of foot resilience on-slip base plate maintenance sidebar layering, the maintenance sidebar layering of outer arch of foot resilience on-slip base plate and the layering of heel resilience on-slip base plate maintenance sidebar; The cotton layer of arch of foot buffering maintenance sidebar layering in the edge of the cotton layer of described buffering is provided with, the cotton layer maintenance sidebar layering of outer arch of foot buffering and the layering of the cotton layer of heel buffering maintenance sidebar; The edge of described shock-absorbing glue-line is provided with interior arch of foot shock-absorbing glue-line maintenance sidebar layering, outer arch of foot shock-absorbing glue-line maintenance sidebar layering and the layering of heel shock-absorbing glue-line maintenance sidebar.
Further: described maintenance sidebar comprises interior arch of foot maintenance sidebar, outer arch of foot maintenance sidebar and heel maintenance sidebar.
Further: arch of foot resilience on-slip base plate maintenance sidebar layering in arch of foot maintenance sidebar comprises in described, the cotton layer maintenance sidebar layering of interior arch of foot buffering and the layering of interior arch of foot shock-absorbing glue-line maintenance sidebar; Described outer arch of foot maintenance sidebar comprises the layering of outer arch of foot resilience on-slip base plate maintenance sidebar, the cotton layer maintenance sidebar layering of outer arch of foot buffering and the layering of outer arch of foot shock-absorbing glue-line maintenance sidebar; Described heel maintenance sidebar comprises the layering of heel resilience on-slip base plate maintenance sidebar, the cotton layer maintenance sidebar layering of heel buffering and the layering of heel shock-absorbing glue-line maintenance sidebar.
Further: described triangle balanced support salient point comprises interior arch of foot triangle balanced support salient point, heel triangle balanced support salient point and sufficient heart triangle balanced support salient point.
Further: mesh design is adopted on described far IR fibre top layer.
Further: the bottom of described resilience on-slip base plate is provided with anti-skidding salient point.
Further: described triangle balanced support salient point is real core.
Technique effect is as follows:
1, the utlity model has the coordination of foot bones power, promote the effect of arch of foot health.Improper gait, plantar arch collapse, talagia crowd are helped to improve foot physiology to be regulated and the corrective exercise coordination ability; Have the function of adjusting, protection, health care arch of foot, the sufficient heart, heel for healthy people, improve vola blood circulation and stimulatory function, have the effect of massage, alleviation foot physical pressure.
2, scientific power rectification method of rehabilitation is: the physiological function of foot is to rely on the structure of arch of foot to produce elasticity with adhering to ligament; Healthy foot should be to be complementary with motion mode, has buffering, shock-absorbing, diffusing function of pressing, and resilience meets the STRESS VARIATION of force part, and good auxiliary protection effect is arranged, and the blood flow abundance can be finished the movement conduction process smoothly one time.The utility model example is according to foot structure and physilogical characteristics, in conjunction with the sport dynamics principle, allow foot along with the motion ligament, muscle group, bone is in dynamic adjustment, has encouragement, adjust uncared-for, the foot tissue of compressing, regulate the foot bones moving equilibrium, the arch holder, support the effect of foot ligament, the instep is is freely bent and stretched, make foot have elasticity, the pressure that tibial prosthesis is transmitted, be transmitted to foot, then be distributed to sufficient front and back end, alleviate sufficient fatigue, and be buffered in when advancing the concussion that human body produced and the impact of power, promote foot blood circulation and metabolism, help and alleviate arch of foot, the foot heart, the fatigue of heel, pain, compressing.
3, present embodiment provides and corrects the foot pad, is Multifunctional-correcting health care foot pad of new generation.This sufficient brace is in human foot's motion loading characteristic, according to modern sport mechanics, traditional Chinese medical science acupoint therapy theory, based on the foot bones loading characteristic, utilization modern sport mechanics principle, and resilience control technology, special absorption shake down disperses to go up the design principle of pressing, produce shock-absorbing, diffusing pressure, resilience, maintenance, five kinds of effects of on-slip, shake disperses upward various functions such as pressure, stimulation plantar reflex, maintenance heel, rectifying walking under the sufficient skeletal muscle dynamic equilibrium of adjusting, rectification plantar arch collapse, arch holder ligament, support arch of the foot core muscle group, the absorption thereby reach; And can activate plantar reflex, improve the lower limb skeletons coordination ability, the whole auxiliary physiotherapy of correcting.
Description of drawings
Fig. 1 corrects the stereogram of foot pad for the utility model medium power;
Fig. 2 corrects the exploded view of foot pad for the utility model medium power;
Fig. 3 is the rearview of thermoplastic elastomer (TPE) resilience on-slip base plate in the utility model.
The specific embodiment
The power that the utility model provides is corrected sufficient pad can apply certain corrective force to the vola, improve arch of foot, the sufficient heart, heel force-bearing situation, restriction is subsided, the development of dystopy, distortion, reaches and slows down sufficient disease symptom, have the rehabilitation of adjusting, correcting function, and safe and reliable.
Below with reference to accompanying drawing and preferred embodiment, the technical solution of the utility model is done detailed description.
To shown in Figure 2, power is corrected the foot pad and is comprised as Fig. 1: TPR (thermoplastic elastomer (TPE)) resilience on-slip base plate 1, the cotton layer 2 of buffering, PU (polyurethane) shock-absorbing glue-line 3, maintenance sidebar, triangle balanced support salient point, PP (polypropylene) far IR fibre top layer 10; Wherein, the cotton layer 2 of buffering is bonded on the TPR resilience on-slip base plate 1, and polyurethane shock-absorbing glue-line 3 is bonded on the cotton layer 2 of buffering, and triangle balanced support salient point is bonded on the polyurethane shock-absorbing glue-line 3; Thermoplastic elastomer (TPE) resilience on-slip base plate 1, the cotton layer 2 of buffering, polyurethane shock-absorbing glue-line 3 three part edges extend, and form the layering of maintenance sidebar, and bonding together during maintenance sidebar layering combination forms the maintenance sidebar; Polypropylene far IR fibre top layer 10 is bonded on the triangle balanced support salient point, and on the complete surface that covers polyurethane shock-absorbing glue-line 3, maintenance sidebar, triangle balanced support salient point.
Thermoplastic elastomer (TPE) resilience on-slip base plate 1 is up-to-date scarce toe design, can guarantee that toe bends and stretches not interrupted restriction in the motion process, and select coefficient of friction height, the exsertile up-to-date environment-friendly materials thermoplastic elastic body rubber of skid resistance for use.
The cotton layer 2 of buffering is selected the medical compression absorbent cotton of environmental protection for use, and the cushion than the more ventilative hydrofuge of fiber is provided.
Polyurethane shock-absorbing glue-line 3 adopts up-to-date elastic polyurethane plastic material, and the clear saturating cohesive of color and luster is good, and resilience is good, and guarantee effect is in gravity, the buffering of shock wave, conduction, the absorption of foot.
Thermoplastic elastomer (TPE) resilience on-slip base plate 1, the cotton layer 2 of buffering, polyurethane shock-absorbing glue-line 3 three part edges extend to form the layering of maintenance sidebar, bond together during maintenance sidebar layering combination and form the maintenance sidebar.The maintenance sidebar comprises: interior arch of foot maintenance sidebar 4, outer arch of foot maintenance sidebar 5 and heel maintenance sidebar 6, hurdle height are three semi-surrounding designs of 15mm; Wherein, arch of foot resilience on-slip base plate maintenance sidebar layering 41 in maintenance sidebar thermoplastic elastomer (TPE) resilience on-slip base plate 1 is provided with, outer arch of foot resilience on-slip base plate maintenance sidebar layering 51, heel resilience on-slip base plate maintenance sidebar layering 61; The cotton layer of arch of foot buffering maintenance sidebar layering 42 in the cotton layer 2 of maintenance sidebar buffering is provided with, the cotton layer of outer arch of foot buffering maintenance sidebar layering 52, the cotton layer of heel buffering maintenance sidebar layering 62; Maintenance sidebar polyurethane shock-absorbing glue-line 3 is provided with interior arch of foot shock-absorbing glue-line maintenance sidebar layering 43, outer arch of foot shock-absorbing glue-line maintenance sidebar layering 53, heel shock-absorbing glue-line maintenance sidebar layering 63.Interior arch of foot maintenance sidebar 4 is made up of interior arch of foot resilience on-slip base plate maintenance sidebar layering 41, the cotton layer maintenance sidebar layering 42 of interior arch of foot buffering and interior arch of foot shock-absorbing glue-line maintenance sidebar layering 43; Outer arch of foot maintenance sidebar 5 is made up of outer arch of foot resilience on-slip base plate maintenance sidebar layering 51, the cotton layer maintenance sidebar layering 52 of outer arch of foot buffering and outer arch of foot shock-absorbing glue-line maintenance sidebar layering 53; Heel maintenance sidebar 6 is made up of heel resilience on-slip base plate maintenance sidebar layering 61, the cotton layer maintenance sidebar layering 62 of heel buffering and heel shock-absorbing glue-line maintenance sidebar layering 63.Interior arch of foot maintenance sidebar 4 designs meet the interior arch of foot miter angle of foot movement angle of rotation, and outer arch of foot maintenance sidebar 5 designs meet the outer arch of foot 25 degree angles of foot movement angle of rotation.Fixedly sidebar is controlled respectively and is fixed interior arch of foot, outer arch of foot, heel position, can avoid the stressed stressed dislocation of arch of foot bone that causes of different directions, guarantees the maintenance rectification effect of arch of foot, heel, the sufficient heart.
Triangle balanced support salient point comprises interior arch of foot triangle balanced support salient point 7, heel triangle balanced support salient point 8 and sufficient heart triangle balanced support salient point 9; Triangle balanced support salient point adopts the contract of high 5mm to go into the real die bumps design of the high resilience resistance to compression of formula, supports stressed bigger interior arch of foot, heel and sufficient heart position respectively, remedies arch of foot, heel and the sufficient heart subsiding after stressed, avoids the dislocation of subsiding of foot bones.
The new type functional fiber that absorbs and reflect far infrared through having behind the physical modification is adopted on polypropylene far IR fibre top layer 10, this fiber is a kind ofly to have that good health-care physical therapy function, fuel factor function and hydrofuge are ventilative, the novel textile material and the insulation material of bacteria resistance function, can absorb the heat that human body self outwards distributes, and the far infrared of 4～14um wavelength of needing most of reflected back human body, so, polypropylene far IR fibre top layer can strengthen the microvascular blood circulation of foot, the effect that reach warm, health care, enhances metabolism.There is unique mesh design on polypropylene far IR fibre top layer 10, marks off a plurality of tension force faces, helps further damping vibration.
As shown in Figure 3, be the rearview of thermoplastic elastomer (TPE) resilience on-slip base plate 1 in the utility model.The bottom design of thermoplastic elastomer (TPE) resilience on-slip base plate 1 has diameter to be 5mm, highly to be that the anti-skidding salient point 11 of 2mm, anti-skidding salient point 11 have stable support resilience non-skid property.
Using this power to correct foot fills up when carrying out foot maintenance, rectification, mechanics health care, the dialectical theory in acupuncture point according to sport dynamics and traditional Chinese medical science foot sole stimulation, reflection, no matter in motion state, or inactive state, round-the-clockly all can play rectification, function of health care to foot.Used 3 months problems such as rectifiable improper gait, foot dislocation continuously.
The use step is as follows:
The first step: the anti-skidding salient point 11 of thermoplastic elastomer (TPE) resilience on-slip base plate 1 is downward, the utility model power is corrected the foot pad put into footwear;
Second step: heel maintenance sidebar 6 is close to the heel inwall, and normal then dress gets final product.
Using this power to correct foot fills up when correcting, according to the dialectical theory in the acupuncture point of traditional Chinese medical science foot sole stimulation, about sufficient pad can use simultaneously, also can use separately, stimulate and service time according to foot subside, concrete conditions such as dislocation, the improper degree of gait adjust.
More than a kind of power that the utility model embodiment is provided correct the foot pad and be described in detail, to with one of ordinary skill in the art, thought according to the utility model embodiment, part in specific embodiments and applications all can change, in sum, this description should not be construed as restriction of the present utility model.
Claims (9)
1. a power is corrected the foot pad, it is characterized in that, comprising: resilience on-slip base plate, the cotton layer of buffering, shock-absorbing glue-line, triangle balanced support salient point and far IR fibre top layer; Wherein, the edge of described resilience on-slip base plate, the cotton layer of buffering and shock-absorbing glue-line extends to form the layering of maintenance sidebar, and the layering of described maintenance sidebar is combined to form the maintenance sidebar; The cotton layer of described buffering is arranged on the top of described resilience on-slip base plate, and described shock-absorbing glue-line is arranged on the top of the cotton layer of described buffering; Described triangle balanced support salient point is arranged on the upper surface of described shock-absorbing glue-line, and described far IR fibre top layer covers the upper surface of described triangle balanced support salient point, resilience on-slip base plate, shock-absorbing glue-line and maintenance sidebar.
2. power as claimed in claim 1 is corrected the foot pad, it is characterized in that: the cotton layer of described buffering is bonded in the top of described resilience on-slip base plate, and described shock-absorbing glue-line is bonded in the top of the cotton layer of described buffering; Described triangle balanced support salient point is bonded in the upper surface of described shock-absorbing glue-line, and described far IR fibre top layer is bonded in the upper surface of described triangle balanced support salient point, resilience on-slip base plate, shock-absorbing glue-line and maintenance sidebar.
3. power as claimed in claim 1 is corrected the foot pad, and it is characterized in that: the edge of described resilience on-slip base plate is provided with interior arch of foot resilience on-slip base plate maintenance sidebar layering, the maintenance sidebar layering of outer arch of foot resilience on-slip base plate and the layering of heel resilience on-slip base plate maintenance sidebar; The cotton layer of arch of foot buffering maintenance sidebar layering in the edge of the cotton layer of described buffering is provided with, the cotton layer maintenance sidebar layering of outer arch of foot buffering and the layering of the cotton layer of heel buffering maintenance sidebar; The edge of described shock-absorbing glue-line is provided with interior arch of foot shock-absorbing glue-line maintenance sidebar layering, outer arch of foot shock-absorbing glue-line maintenance sidebar layering and the layering of heel shock-absorbing glue-line maintenance sidebar.
4. power as claimed in claim 1 is corrected the foot pad, and it is characterized in that: described maintenance sidebar comprises interior arch of foot maintenance sidebar, outer arch of foot maintenance sidebar and heel maintenance sidebar.
5. power as claimed in claim 4 is corrected the foot pad, it is characterized in that: arch of foot resilience on-slip base plate maintenance sidebar layering in arch of foot maintenance sidebar comprises in described, the cotton layer maintenance sidebar layering of interior arch of foot buffering and the layering of interior arch of foot shock-absorbing glue-line maintenance sidebar; Described outer arch of foot maintenance sidebar comprises the layering of outer arch of foot resilience on-slip base plate maintenance sidebar, the cotton layer maintenance sidebar layering of outer arch of foot buffering and the layering of outer arch of foot shock-absorbing glue-line maintenance sidebar; Described heel maintenance sidebar comprises the layering of heel resilience on-slip base plate maintenance sidebar, the cotton layer maintenance sidebar layering of heel buffering and the layering of heel shock-absorbing glue-line maintenance sidebar.
6. power as claimed in claim 1 is corrected the foot pad, and it is characterized in that: described triangle balanced support salient point comprises interior arch of foot triangle balanced support salient point, heel triangle balanced support salient point and sufficient heart triangle balanced support salient point.
7. power as claimed in claim 1 is corrected the foot pad, it is characterized in that: mesh design is adopted on described far IR fibre top layer.
8. power as claimed in claim 1 is corrected the foot pad, and it is characterized in that: the bottom of described resilience on-slip base plate is provided with anti-skidding salient point.
9. correct the foot pad as claim 1 or 8 each described power, it is characterized in that: described triangle balanced support salient point is real core.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202067361U CN201718590U (en) | 2010-05-28 | 2010-05-28 | Dynamic diorthosis foot pad |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202067361U CN201718590U (en) | 2010-05-28 | 2010-05-28 | Dynamic diorthosis foot pad |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201718590U true CN201718590U (en) | 2011-01-26 |
Family
ID=43486850
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202067361U Expired - Fee Related CN201718590U (en) | 2010-05-28 | 2010-05-28 | Dynamic diorthosis foot pad |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201718590U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103734990A (en) * | 2014-01-14 | 2014-04-23 | 姜德谦 | Shoe pads and method for assorting shoe pads with shoes |
-
2010
- 2010-05-28 CN CN2010202067361U patent/CN201718590U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103734990A (en) * | 2014-01-14 | 2014-04-23 | 姜德谦 | Shoe pads and method for assorting shoe pads with shoes |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110126 Termination date: 20140528 |