CN209498747U - Posture correcting shoe pad - Google Patents
Posture correcting shoe pad Download PDFInfo
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- CN209498747U CN209498747U CN201821375086.6U CN201821375086U CN209498747U CN 209498747 U CN209498747 U CN 209498747U CN 201821375086 U CN201821375086 U CN 201821375086U CN 209498747 U CN209498747 U CN 209498747U
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- posture correcting
- height
- pad
- pad area
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Abstract
The utility model discloses a kind of posture correcting shoe pads, belong to insole technical field, the posture correcting shoe pad is formed by 3d printing and making, the two sides of the posture correcting shoe pad are respectively arranged with the first pad area and the second pad area, the first pad area and the second pad area by outside to inside include enhancement region, transition region and weakened region, the height and elasticity modulus of the enhancement region are all larger than the height and elasticity modulus of the weakened region, the height and elasticity modulus of the transition region are between the enhancement region and the height and elasticity modulus of weakened region, the first pad area is different with the average height in the second pad area.The utility model uses 3d printing and making, so easy to make, high-efficient；The lower limb line of force can be passively rebuild in walking, standing process by the utility model, relieve pain and restore normal function of joint, to realize optimization therapeutic effect, patient is helped to get rid of ailing torment faster.
Description
Technical field
The utility model relates to insole fields, particularly relate to a kind of posture correcting shoe pad.
Background technique
As population structure is increasingly aging, the aged people quantity with Osteoarthritis be in rapid increase trend, nearly 5
The number that hip, knee prosthesis and arthrocsopic surgery have been carried out since year is maintained at 2 digit growth trends, is controlled by performing the operation or guarding
Treating is that patient solves the problems, such as that hip, kneed aging and necrosis and function are lost, and solves the pain of patient, mentions significantly
High quality of life.
But due to the deficiency of existing medical resource, peri-operation period especially county, area, domain and vast basic hospital, which lack, to be had
The doctor and nurse of experience.Good therapeutic effect is the goldstandard that treatment is reverted to the lower limb line of force.Therefore, it is necessary to provide
A kind of posture correcting shoe pad passively rebuilds the lower limb line of force in walking, standing process by posture correcting shoe pad, relieves pain and restore normal
Function of joint.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of posture correcting shoe pads to be helped with assisting optimization therapeutic effect
Patient gets rid of ailing torment faster.
In order to solve the above technical problems, the utility model offer technical solution is as follows:
A kind of posture correcting shoe pad, the posture correcting shoe pad are formed by 3d printing and making, and the two sides of the posture correcting shoe pad are respectively set
Have the first pad area and second pad area, it is described first pad area and second pad area by outside to inside include enhancement region, transition region and
Weakened region, the height and elasticity modulus of the enhancement region are all larger than the height and elasticity modulus of the weakened region, the transition region
Height and elasticity modulus between the enhancement region and the height and elasticity modulus of weakened region, it is described first pad area and second
The average height for padding area is different.
Further, the height of the enhancement region is 1.5-35mm, elasticity modulus 9.0-13.0Pa.
Further, the height of the weakened region is 1.5-15mm, elasticity modulus 5.0-9.0Pa.
Further, micro-structure is provided on the enhancement region, transition region and weakened region, the micro-structure is dot matrix knot
Structure, parallel lines structure, parallel wavy cable architecture, parallel ripple meander line structure and/or reticular structure.
Further, the heel of the posture correcting shoe pad and the enhancement region at sole and weakened region use reticular structure, transition
Area uses parallel lines structure, parallel wavy cable architecture, parallel ripple meander line structure and/or reticular structure.
Further, the enhancement region in the middle part of the foot of the posture correcting shoe pad uses reticular structure, and weakened region and transition region use
Lattice structure, parallel lines structure, parallel wavy cable architecture and/or parallel ripple meander line structure.
Further, the enhancement region, transition region and weakened region are smooth transition surface.
Further, the described first average height for padding the pad area in outside of foot in area and the second pad area is greater than in foot
The average height in the pad area of inside.
The utility model has the following beneficial effects:
In above scheme, the two sides of posture correcting shoe pad are respectively arranged with the first pad area and the second pad area, and each pad area includes
Enhancement region, transition region and weakened region, enhancement region, the height of transition region and weakened region and elasticity modulus successively reduce, and first
It is different with the average height in the second pad area to pad area, therefore, posture correcting shoe pad can play preferable supporting role from the two sides of foot, also
Foot can be guided to roll to a lower height of pad area tiltedly, to play the role of strong appearance；In addition, due to using 3d printing and making, institute
With easy to make, high-efficient；The utility model is suitable for patient and carries out physiotherapy or postoperative rehabilitation process, rectifys appearance by this
Insole can passively rebuild the lower limb line of force in walking, standing process, relieve pain and restore normal function of joint, thus real
Now optimize therapeutic effect, patient is helped to get rid of ailing torment faster.
Detailed description of the invention
Fig. 1 is the structure chart of the posture correcting shoe pad of the utility model, wherein (a) is the schematic diagram of the section structure, (b) for after insole
Half part structural schematic diagram (c) is insole overall structure diagram；
Fig. 2 is the pattern diagram for the micro-structure that enhancement region, transition region and weakened region use in posture correcting shoe pad shown in Fig. 1, wherein
(a) it is lattice structure, (b) is parallel lines structure, (c) be parallel ripple meander line structure, (d) is reticular structure；
Fig. 3 is the structural schematic diagram that dual extension-compression modulus is realized using same micro-structure pattern, wherein (a), (b), in (c)
The dog-ear of ripple broken line successively successively decrease, line density successively increases；
Fig. 4 is patient's leg shape correction effect diagram after the posture correcting shoe pad for dressing the utility model, wherein (a) is before dressing
Effect picture, (b) for wearing after effect picture.
Specific embodiment
In order to make the technical problems, technical solutions and advantages to be solved by the utility model clearer, below in conjunction with attached drawing
And specific embodiment is described in detail.
The utility model provides a kind of posture correcting shoe pad, as shown in Figure 1, the posture correcting shoe pad 1 is formed by 3d printing and making, rectifys appearance
The two sides of insole 1 are respectively arranged with the first pad area 2 and the second pad area 3, in which:
First pad area 2 successively includes enhancement region 21, transition region 22 and weakened region 23, the height of enhancement region 21 by outside to inside
Degree and elasticity modulus are all larger than the height and elasticity modulus of weakened region 23, and the height and elasticity modulus of transition region 22 are between enhancement region
Between 21 and the height and elasticity modulus of weakened region 23, transition region 22 plays transitional function, increases the comfort level of dress；
Second pad area 3 successively includes enhancement region 31, transition region 32 and weakened region 33, the height of enhancement region 31 by outside to inside
Degree and elasticity modulus are all larger than the height and elasticity modulus of weakened region 33, and the height and elasticity modulus of transition region 32 are between enhancement region
Between 31 and the height and elasticity modulus of weakened region 33；
First pad area 2 is different with the average height in the second pad area 3.
In the utility model, the two sides of posture correcting shoe pad are respectively arranged with the first pad area and the second pad area, each pad area Jun Bao
Enhancement region, transition region and weakened region are included, enhancement region, the height of transition region and weakened region and elasticity modulus successively reduce, and the
One pad area is different with the average height in the second pad area, and therefore, posture correcting shoe pad can play preferable supporting role from the two sides of foot,
Foot can also be guided to roll to a lower height of pad area tiltedly, to play the role of strong appearance；In addition, due to using 3d printing and making,
So easy to make, high-efficient；The utility model is suitable for patient and carries out physiotherapy or postoperative rehabilitation process, is rectified by this
Appearance insole can passively rebuild the lower limb line of force in walking, standing process, relieve pain and restore normal function of joint, thus
It realizes optimization therapeutic effect, patient is helped to get rid of ailing torment faster.
In the utility model, the height of enhancement region 21,31 can be 1.5-35mm, and elasticity modulus can be 9.0-
13.0Pa；The height of weakened region 23,33 can be 1.5-15mm, and elasticity modulus can be 5.0-9.0Pa.
For convenience of production to realize different elasticity modulus, micro-structure is provided on enhancement region, transition region and weakened region, it is micro-
Structure (can not shown for parallel lines structure shown in lattice structure, Fig. 2 (b) shown in Fig. 2 (a), parallel wavy cable architecture
Out), reticular structure shown in parallel ripple meander line structure and/or Fig. 2 (d) shown in Fig. 2 (c), in this way, convenient for using same
Different elasticity modulus is realized in material production.And same micro-structure can also be passed through by adjusting elasticity modulus for convenience
Change the modes such as arrangement density and line width therein to be adjusted, although as shown in figure 3, Fig. 3 (a), (b), (c) are all made of
Parallel ripple meander line structure, but the dog-ear of its ripple broken line successively successively decreases, line density successively increases, thus elasticity modulus
Successively improve.
In view of stress is larger at heel and sole, therefore to enhance its stress load, the heel and sole of posture correcting shoe pad
The enhancement region and weakened region at place preferably use reticular structure, transition region preferably use parallel lines structure, parallel wavy cable architecture,
Parallel ripple meander line structure and/or reticular structure.
In view of being arch of foot in the middle part of foot, stress is usually smaller, therefore the enhancement region in the middle part of the foot of posture correcting shoe pad can use net
Shape structure, weakened region and transition region can use lattice structure, parallel lines structure, parallel wavy cable architecture and/or parallel wave
Line meander line structure.
To avoid part lofty, improving safety and reducing discomfort, enhancement region, transition region and weakened region are preferably flat
Sliding transitional surface.
In view of the more needs of patient are inwardly orthopedic, thus it is preferred, outside of foot is in the first pad area and the second pad area
The average height for padding area is greater than the average height in the pad area on the inside of foot.As shown in Figure 1, if the posture correcting shoe pad is rectified for left foot
If appearance insole, then the average height that area 2 is padded in left side first is greater than the average height in the second pad area 3.
As shown in Figure 4, it can be seen that dress patient's leg shape correction significant effect after the posture correcting shoe pad of the utility model, nothing
By be leg power conduction or sole stress condition restore normal.
The posture correcting shoe pad of the utility model can be fabricated to a variety of different specifications (each region tool in i.e. each pad area
Have fixed height and elasticity modulus) so that patient chooses, personalized posture correcting shoe can also be made according to the actual conditions of patient
Pad.
The above is preferred embodiments of the present invention, it is noted that for the ordinary skill of the art
For personnel, under the premise of not departing from principle described in the utility model, it can also make several improvements and retouch, these improvement
It also should be regarded as the protection scope of the utility model with retouching.
Claims (8)
1. a kind of posture correcting shoe pad, which is characterized in that the posture correcting shoe pad is formed by 3d printing and making, the two sides of the posture correcting shoe pad
Be respectively arranged with the first pad area and second pad area, it is described first pad area and second pad area by outside to inside include enhancement region,
Transition region and weakened region, the height and elasticity modulus of the enhancement region are all larger than the height and elasticity modulus of the weakened region, institute
The height and elasticity modulus for stating transition region are between the enhancement region and the height and elasticity modulus of weakened region, first pad
Area is different with the average height in the second pad area.
2. posture correcting shoe pad according to claim 1, which is characterized in that the height of the enhancement region is 1.5-35mm, elasticity
Modulus is 9.0-13.0Pa.
3. posture correcting shoe pad according to claim 2, which is characterized in that the height of the weakened region is 1.5-15mm, elasticity
Modulus is 5.0-9.0Pa.
4. posture correcting shoe pad according to claim 1, which is characterized in that be arranged on the enhancement region, transition region and weakened region
Have a micro-structure, the micro-structure be lattice structure, parallel lines structure, parallel wavy cable architecture, parallel ripple meander line structure and/
Or reticular structure.
5. posture correcting shoe pad according to claim 1, which is characterized in that the heel of the posture correcting shoe pad and the enhancing at sole
Area and weakened region use reticular structure, and transition region uses parallel lines structure, parallel wavy cable architecture, parallel ripple meander line structure
And/or reticular structure.
6. posture correcting shoe pad according to claim 1, which is characterized in that the enhancement region in the middle part of the foot of the posture correcting shoe pad uses
Reticular structure, weakened region and transition region use lattice structure, parallel lines structure, parallel wavy cable architecture and/or parallel ripple
Meander line structure.
7. posture correcting shoe pad according to claim 1, which is characterized in that the enhancement region, transition region and weakened region are smooth
Transitional surface.
8. any posture correcting shoe pad in -7 according to claim 1, which is characterized in that in the first pad area and the second pad area
The average height in the pad area in outside of foot is greater than the average height in the pad area on the inside of foot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821375086.6U CN209498747U (en) | 2018-08-24 | 2018-08-24 | Posture correcting shoe pad |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821375086.6U CN209498747U (en) | 2018-08-24 | 2018-08-24 | Posture correcting shoe pad |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209498747U true CN209498747U (en) | 2019-10-18 |
Family
ID=68185390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821375086.6U Active CN209498747U (en) | 2018-08-24 | 2018-08-24 | Posture correcting shoe pad |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209498747U (en) |
-
2018
- 2018-08-24 CN CN201821375086.6U patent/CN209498747U/en active Active
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