TWI410221B - Foot-fit appliance footwear and foot arch dresser shoe group when the shoe foot pressure balance of the internal fine-tuning method - Google Patents

Abstract

A fine-tuning method for sole pressure balance inside the shoe when wearing an arch appliance shoe set, in which a sole unit of said arch appliance shoe set includes an arch appliance, and the fine-tuning method comprises the following steps: initially printing a foot chart: print an initial foot chart having a pair of footprints of user; preliminary analysis: based on an analysis model, initial information of footprints on the initial foot chart is analyzed, and based on this initial information to build an initial adjustment data for foot portions that need pressure adjustment; and initial adjustment configuration: based on the initial adjustment data to correspondingly install a pad unit respectively on sole unit of a pair of arch appliance shoe set. The present invention, based on the user's footprint conditions, correspondingly installs a pad unit on the sole unit so that when stepped, the sole pressure will reach balance from imbalance according to ergonomics and engineering.

Description

Fine adjustment method for the pressure balance of the sole of the shoe during the arch of the arch of the arch and the shoe of the arch

The invention relates to a method for finely adjusting the pressure of the arch of the arch and the pressure of the sole of the foot, in particular to a method for adjusting the pressure balance of the sole of the foot when the arch of the arch and the shoe of the arch is used. .

The human foot contains 26 bones, which are surrounded by complex and dense ligaments and fascia. The whole foot is like an arch or arch structure. It has good elasticity and can withstand the pressure from the body weight for us to walk. , running and jumping. However, due to the influence of congenital or acquired, some of the foot's arch is not complete, not only will the pressure distribution of the sole of the foot be out of balance, but also affect the gait, the body's center of gravity will also be transferred to the incorrect position, so the soles, The pressure imbalance of the knees, pelvis, and spine will cause some illnesses after a long time. For example, the arch of the "flat foot" collapses, the force is on the inner side, the walking is inside the character, and the humerus is rotated inside and the pelvis is rotated internally to form an X-shaped leg, which is likely to cause wear on the outside of the knee, and the arch of the "high bow foot" is too high. The force is on the lateral side, the walking is in the outer eight characters, and the humerus is externally rotated and the pelvis is externally rotated to form an O-shaped leg, which is likely to cause wear on the inside of the knee.

To this end, there is an orthosis appliance for correcting the foot of the foot, which can improve the mechanical mechanism of the foot, and guide the abnormal internal and external rotation of the flat foot and the high arch. The foot shape tends to a normal physiological angle. However, since the foot is composed of many bones and joints, muscles, ligaments, and joints may relax or become sick with age, and many problems may occur under the weight of the human body, not to mention the wear and tear. The deflected portion, which is now corrected only by providing a normal foot type orthodontic appliance, is insufficient to allow the body's spine to fully return to equilibrium. In addition, although the arch of the arch has provided the standard that should be corrected to the normal position, but the condition of the sole of each person is different, the state caused by the old habit may be taken by the user. After using the arch orthosis for a period of time, it will be generated. New imbalances and new discomforts.

Accordingly, it is an object of the present invention to provide a fine adjustment method for the internal plantar pressure balance of a shoe when it is possible to fine-tune an arch orthosis shoe set that tends to balance the foot pressure from imbalance to wear.

Thus, the arch guide shoe set of the present invention is for wearing on a foot of a human body, and comprises: a sole device, and a spacer device. The sole device is formed with a heel region corresponding to one of the heels of the foot and includes a midsole and an arch aligner detachably mounted over the midsole for the foot to step. The spacer device includes a biasing pad unit detachably mounted in the sole device, and correspondingly located in the rear half of the heel region of the sole device, and located at One of the right half and one of the left half of the second half of the region is used to raise the local lateral position of the arch orthosis relative to the top support.

The method for finely adjusting the pressure of the sole of the sole of the shoe when the arch of the arch of the arch is used, the sole device of the arch of the arch of the arch comprises an arch correction device, the fine adjustment method comprises the following steps: : It is the initial foot map printed with a pair of footprints of the user.

Preliminary analysis: According to an analysis mode, the initial information of the footprint and the darkness of the ink on the initial foot map is analyzed, and the corresponding fine-tuning mode is selected from a calibration database based on the initial information to establish a copy. The user's sole must adjust the initial adjustment data of the pressure site.

Initial adjustment configuration: According to the initial adjustment data, a gasket is selected from a gasket preparation library to form two gasket devices, and a gasket device is respectively installed corresponding to the sole device of a pair of arch correction shoe groups. The arch of the arch of the arch is configured as an initial adjustment of the arch of the arch of the arch, and the user wears the initial set of the arch of the arch of the arch, so as to support the local area of the sole of the user, so that the pressure of the sole of the user tends to balance.

The above analysis mode first draws a contour along the peripheral contour of the footprint, and then draws a heel line horizontally passing through the trailing edge of the heel, and draws a line through the center of the second toe and perpendicular to the heel line. The vertical line, and then draw a line to the inside of the base of the base of the big toe and perpendicular to the heel line, analyze the area of the foot print with the vertical line as the boundary, the area of the outer position and the distribution of the ink color, according to the inner and outer areas. The size is used to analyze the skew direction of the footprint, and the distribution of pressure is analyzed according to the color of the printed ink. The inclination of the hallux toe is analyzed according to the angle of inclination between the direction of the toe and the line of the toe.

The utility model has the advantages that: according to the user's foot print condition, the spacer device is installed correspondingly on the sole device, so as to raise the partial area of the user's sole, and the user's plantar pressure tends to be in the state of matching the arch correction device. Achieve equilibrium.

The method for finely adjusting the pressure of the sole of the sole of the shoe when wearing the arch of the arch of the arch of the present invention further comprises the following steps: further extending the foot map: when the user wears the initial set of the arch of the arch orthosis, and then prints Improved foot map with user's pair of footprints; re-analysis analysis: According to the analysis mode, the post-adjustment information of improving the shape of the foot print on the back foot map and the darkness of the ink color is analyzed, and the adjusted information is compared with the initial information. And select the corresponding fine-tuning mode from the calibration database to establish a re-adjustment data of the user's sole to fine-tune the pressure part; and fine-tune the configuration: take out the gasket in the initial adjustment of the arch-corrector shoe group The device, according to the re-adjustment data, is provided with another pad device corresponding to the sole device, so that the arch device of the arch of the arch is configured as a set of ankle arch orthosis, and the user wears the adjusted arch of the arch of the arch. By fine-tuning the height of the local area of the user's sole, the pressure on the sole of the user is again more balanced.

Another effect of the present invention is that after the user's plantar pressure is adjusted for a period of time by the initial adjustment of the arch correction tool set, the user can adjust the footprint condition after the adjustment, and then perform the second fine adjustment or even the third time. Fine-tuning makes the pressure on the soles of the feet more balanced and perfect.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to Figures 1, 2 and 3, a preferred embodiment of the arch correction shoe set of the present invention is for use on a foot 3 of a human body and comprises: a sole device 1 and a spacer device 21. The structure of the arch correction shoe group of the present invention corresponds to the right and left, so that only the sole device 1 for the right foot is displayed, and only the correspondingly mounted spacer device 21 is shown. Each of the sole devices 1 includes a large backsheet 11, a midsole 12, an inner liner 13, and an arch aligner 14 from bottom to top. The arch guide 14 is a arched arch bridge which is detachably mounted on the inner liner 13 and is provided for one of the human body's feet 3 to support the correction of the foot 3 The structure, since it is a general design and is not the focus of the present invention, will not be described in detail herein. Further, the sole device 1 is integrally formed with a heel region 15 corresponding to one of the heels 31 of the foot 3. The above-mentioned arch device 1 is detachably positioned on the inner lining 13 and the rear side of the arch aligner 14 is aligned with the rear side of the heel region 15, and the sole device 1 of the embodiment further adopts two pieces. The thorn-shaped magic felts 16 are respectively adhered to the top surface of the inner lining sheet 13 and the bottom surface of the arch aligner 14. The anti-slip characteristics of the magic felt 16 enable the arch aligner 14 to be slip-proof. On the lining sheet 13, and can be easily detached upward, the arch aligner 14 is no longer displayed in the following figures. Further, in the following description, the direction toward the toe of the foot 3 is forward, the direction toward the heel is rearward, and the position adjacent to the other leg 3 is inside, and the position away from the other leg 3 is outside.

The spacer device 21 includes a heel pad 22 in a horseshoe shape corresponding to the heel region 15, and a bias pad unit 20 having a plurality of spacers. The bias pad unit 20 is Detachably mounted in the sole device 1, if the sole device 1 is bounded by half of the length from the front side edge to the rear side edge, the area in front of the boundary line is regarded as a front half area 17 and is located behind the boundary line. The area is considered to be a second half area 18 that encompasses the heel area 15 and that the rear half area 18 is bounded by a half of the length from the left edge to the right edge, such that the portion to the right of the boundary is considered a The right half portion 181, and the portion located to the left of the boundary line is regarded as a left half portion 182, and the offset spacer unit 20 is corresponding to the right half portion 181 and the left half portion 182 of the second half portion region 18. First, for the relative top support height of the partial lateral position of the arch orthosis.

The offset gasket unit 20 is composed of a gasket selected from a gasket preparation stockhouse 2 (see FIG. 4). The gasket preparation stockhouse 2 has a fan-shaped side top gasket 23 and a A circular fine adjustment gasket 24, a circular front adjustment gasket 25, and a circular top boat bone spacer 26 can be provided with a plurality of side tops in the gasket preparation stockhouse 2 of the embodiment. The gasket 23, the plurality of fine adjustment gaskets 24, the plurality of front adjustment gaskets 25, and the plurality of top boat bone spacers 26 are available for selection, and the side top gasket 23, the fine adjustment gasket 24, and the front adjustment gasket 25 are provided. And the top boat-shaped bone spacers 26 are all 15mm to 45mm in diameter, and the gaskets are made of magic felts which can be adhered to each other, and the surface of the magic felts are all in the form of a sponge, and the bottom is provided with a glue-like function. The adhesive layer, such as double-sided tape, can be easily adhered to the surface of another magic felt.

For a first fine-tuning aspect, the spacer device 21 is a piece of a heel spacer 22, two side top spacers 23, two fine adjustment pads 24, a front adjustment pad 25, and a top piece. The scaphoid spacer 26, and the heel spacer 22, the side top spacer 23, the fine adjustment spacer 24 and the front adjustment spacer 25 of the spacer device 21 of the embodiment are adhered to the negative of the sole device 1. 12, and the top boat bone spacer 26 is adhered to the bottom of the arch orthosis 14 of the sole device 1. Of course, the spacer device 21 can also be mounted on the large negative film 11 or the inner liner sheet 13 on the top surface or the bottom surface of the sheet body, and is not limited to this embodiment.

Moreover, in this embodiment, the heel pad 22 is adhered to the heel region 15 , and the side top pads 23 are aligned and arranged on the outer side of the heel pad 22 to make the edge of the side top pad 23 Aligning the edges of the sole device 1, pasting the fine adjustment pads 24 on the side top spacers 23, and pasting the front adjustment pads 25 on the outer side of the heel spacers 22, and the top boat The bone spacer 26 is adhered to the inner side of the corresponding heel pad 22.

The preferred embodiment of the method for finely adjusting the pressure of the sole of the sole of the shoe when wearing the arch of the arch of the arch of the present invention comprises the following steps. The following is an example of the first fine adjustment:

First, the initial extension map: As shown in Figure 5, a preliminary foot diagram 4 with a user's pair of footprints 41 is printed.

Before printing the foot map, the ink must be rolled evenly, and the process of <printing the foot map> is as follows:

Step 1. Add ink directly to the roller on a rubbing plate.

Step 2: Rolling back and forth on the ink-added printing plate with a roller to evenly coat the ink on the printing plate.

Step 3: Fold the blank foot drawing to the left and right, so that the monopod area to be printed first is facing up.

Step 4: Gently cover the rubbing plate on the foot drawing so that the inked board faces down.

Step 5: If the thumb is first printed, the left foot must first enter the non-printing ink area, that is, the left outer side of the blank foot drawing, and then the right foot is stepped on the rubbing plate. After the stamper steps on, the normal standing position of the feet must not move. If there is shaking, it must be reprinted.

Step 6. Then, the thumb of the thumb is directly in front of the eye, the hands naturally hang down, and the knees are slightly bent down to print a footprint 41 showing the pressure on the right sole of the foot on the foot drawing.

Step 7. When the thumb is to move away from the foot drawing, the left foot is the center of gravity, so that the right foot is lifted vertically and then retracted and left the foot drawing, then the left foot is retracted, and then the rubbing plate is removed. Complete the rubbing of the right foot. If the wrong foot is raised, the footprint will be distorted and must be re-printed.

Step 8. Rotate the printed foot drawing in the direction of the left foot and replace the left foot. Repeat steps one through seven, except that the right foot print is changed to the left foot print. It should be noted that the height of the second squat must be the same as the height of the first squat.

2. Preliminary analysis: According to an analysis mode, the initial information of the shape of the left and right footprints 41 and the darkness of the ink color on the initial foot map 4 are respectively analyzed, and the corresponding fine adjustment mode is selected from a calibration database according to the initial information. In order to establish a preliminary information on the pressure part of the user's sole. It should be noted that the calibration database is not limited to the description form, that is, it does not necessarily need to be recorded on a tangible object such as paper data, or may be stored in other recording media or on a network.

As shown in Figure 6, the above analysis mode is as follows:

(1) A contour line 32 is first drawn along the outer contour of the footprint 41. A heel line 33 that passes horizontally through the trailing edge of the heel portion 411 of the foot print 41 is then drawn. Of course, a front end line 36 that passes horizontally through the leading edge of the foot print 41 can also be drawn. A vertical line 34 passing through the center of the second toe portion 412 of the footprint 41 and perpendicular to the heel line 33 is drawn. Further, a toe-side line 35 passing through the inner side of the root end of the toe portion 413 of the footprint 41 and perpendicular to the heel line 33 is drawn.

(2) The observation contour line 32 analyzes which foot type the foot print 41 belongs to, that is, analyzes whether the arch of the inner concave arc is formed, and the width of the foot center portion 414. If the foot center portion 414 is wider, the foot is flat, if the foot portion is If the 414 is narrow or disconnected, it is a high arch. The footsteps 41 of the first fine-tuning aspect are analyzed. The left and right foot prints 41 are incomplete and the foot center 414 is too wide, so they are all flat feet.

(3) Using the vertical line 34 as a reference line, observe the area distribution of the inner and outer positions of the foot print 41, and analyze whether the vertical line 34 passes through the center of the heel portion 411 or is located inside or outside the center of the heel portion 411. Whether the footprint 41 is skewed or rotated, the left and right footprints 41 of the first fine-tuning aspect are analyzed, and the vertical line 34 is located outside the center of the heel portion 411, so the left foot print 41 has a center of gravity that is more inward, and the right foot print 41. The center of gravity is also somewhat biased to the inside.

(4) Since the pressure applied to each part of the normal foot is uniform, the ink color of the foot print 41 should be the same, so observe the ink color of the foot print 41. If there is obvious deviation of the ink color, it means that the pressure is uneven, and the ink color is thicker. The greater the pressure, the strength of the front, the back or the inside and the outside of the foot can be analyzed by observing the distribution of the ink color of the footprint 41, and the left and right footprints of the first fine-tuning pattern are analyzed 41. The ink color of the heel portion 411 is thick, so that the center of gravity is found to be behind, and the vertical line 34 is bounded, and the ink color of the inner portion is thicker than the outer portion, particularly the front portion 415 of the foot print 41 on the outer side of the root end of the toe portion 413. The ink color gradually becomes thicker from the outer side to the inner side, so the force is biased, and the ink color of the toe portion 413 of the right foot print 41 is thicker, so the force is also concentrated on the toe portion 413.

(5) Observe whether the foot shape has abnormal protrusion, and analyze the inclination angle between the direction of the extension of the toe portion 413 and the lateral line 35 of the big toe. If it exceeds 20°, there is a phenomenon of the hallux 413 valgus, and the first analysis is performed. The left and right footprints 41 of the fine-tuned pattern are known to have a tilt angle of the left foot slightly larger than 20°, so that the left foot has the hallux 413 valgus phenomenon, and the left and right foot prints 41 are observed to protrude from the front inner side of the heel portion 411. Therefore, there are cases where the scapula is protruding.

The aforementioned correction database has the following fine tuning modes:

(a) When the center of gravity is behind - as shown in Fig. 7, a piece of the heel pad 22 is adhered to the portion of the sole device 1 corresponding to the heel region 15. The greater the pressure, the more the sheets are stacked and the heel pads are placed. twenty two.

(b) When the force is inward - as shown in Fig. 8, two side top spacers 23 are pasted in front of the inner side of the heel pad 22, and a fine adjustment pad is adhered between the top spacers 23 on both sides. 24, and then paste a fine adjustment pad 24 in front of the fine adjustment pad 24, so that 2/3 of the fine adjustment pad 24 is attached to the side top pad 23, and 1/3 part of the protruding pad is left. On the side, when installed in the arch of the arch of the arch, the 1/3 portion is bent upward and rests on the side of the sole device 1. Of course, the number of the side top spacers 23 and the fine adjustment spacers 24 can be increased or decreased depending on the size of the sole device 1.

(c) When the force is outward, as shown in FIG. 9, two side top spacers 23 are affixed to the front side of the sole device 1 corresponding to the outer side of the heel spacer 22, and between the top spacers 23 on both sides, A fine adjustment pad 24 is adhered to the front side spacer 23 on the front side, and a fine adjustment pad 24 is adhered to the side, and the 1/3 portion of the fine adjustment pad 24 is also protruded from the side of the pad. Of course, the number of the side top spacers 23 and the fine adjustment spacers 24 can be increased or decreased as appropriate.

(d) When the hallux valgus is turned out - as shown in Fig. 10, a front pad 25 is attached to the front side of the heel pad 22, and the 1/3 portion of the front pad 25 is also applied. The protruding pad is on the side.

(e) The condition of the force on the front of the foot and the area in which the toes are located - see Figure 11, it should be noted that the gasket is set to correspond to the pressure at the front of the foot 415 and the area where the toes are located. The position must be reversed from left to right and upside down. As shown in the figure, the front portion 415 of the foot print 41 and the area of the toe are enclosed in a horseshoe-shaped imaginary line 416 and separated into an imaginary straight line. And the outer two halves are further divided into two imaginary horizontal lines spaced back and forth to be located on the inner side and arranged from the front to the rear, one palm inner front portion A, one palm inner middle portion B and one palm inner rear portion C, and located on the outer side One of the palm outer front portion D, one palm outer middle portion E and one palm outer rear portion F is arranged forward and backward, and then the heel 41 of the foot print 41 is enclosed in a horseshoe-shaped imaginary line 417 and is in an imaginary straight line. Divided into inner and outer halves, and then divided into two imaginary horizontal lines spaced back and forth to be located on the inner side and arranged from the front to the rear, one inner front part f, one inner middle part e and one inner inner part d, and Located on the outside and arranged from front to back, one front and the outer front c, one outside B, and a rear portion with an outer a. When the front part A of the palm is pressed, the gasket should be placed on the outer rear part a. When the middle part B of the palm is pressed, the gasket should be placed in the outer middle part b. When the back part C of the palm is pressed, the pad must be placed. The pad is in the front part c. When the front part of the palm is pressed, the pad must be placed in the rear part of the heel. When the middle part E of the palm is pressed, the pad should be placed in the middle part of the heel. When the outer rear portion F is pressed, the gasket should be placed in the front inner portion f. As shown in Fig. 11 and Fig. 12, when the toe portion is stressed, that is, when the front portion A of the palm is pressed, a spacer is provided on the outer rear portion a, that is, on the rear side of the heel spacer 22. A front adjustment pad 25 also causes a 1/3 portion of the front adjustment pad 25 to protrude from the side of the pad.

(f) When the scaphoid protrudes - as shown in Figs. 1 and 13, a top scaphoid spacer 26 is adhered to the inside of the heel pad 22 at the corresponding position below the arch aligner 14.

Taking the first fine-tuning aspect as an example to obtain the initial information, and selecting the corresponding fine-tuning mode from the calibration database, it is consistent with the "center of gravity, flat foot and foot, strength within the scapula, scaphoid protruding And the right foot print 41's toe 413 is stressed, etc., so a preliminary adjustment of the pressure portion of the user's sole must be established, that is, as shown in Figure 1, it must be attached in the heel area 15 A piece of heel pad 22 is arranged in front of the outer side of the heel pad 22 to adhere two side top pads 23, and between the heel pad 22 and the side top pad 23 and the top pad 23 on both sides. Between the two, a fine adjustment pad 24 is adhered, and a top scaphoid spacer 26 is adhered to the inner side of the heel pad 22 corresponding to the underside of the arch aligner 14, and finally the right ankle braces shoe set. On the heel area 15, a front pad 25 is adhered to the rear side of the heel pad 22.

Third, the initial configuration: as shown in Figure 3, according to the initial adjustment data to select a foot heel gasket 22, two side top gasket 23, two fine adjustment gasket 24, a top boat bone spacer 26, And a piece of front adjustment pad 25, which constitutes the pad device 21, and the pad device 21 is adhered to the sole device 1 of the arch of the arch of the arch, so that the arch of the arch orthosis is configured as an initial adjustment of the arch The shoe group, as shown in Figures 1 and 14, the user wears the initial tone arch orthosis shoe set, with the heel pad 22, the side top pad 23, the top boat bone pad 26, and the front Adjusting the spacer 25 relative to the partial area of the user's sole, and using the fine-adjusting spacer 24, the 1/3 portion of the lateral convex portion abuts against the user's foot to center the opposite portion of the foot Push the top.

Further, when the user wears the initial adjustment of the arch of the arch of the arch, the "foot arch" is composed of the skeletal arrangement of the foot 3 and the aponeurosis and tendon of the sole, so that the user's sole is completely in contact with the ground. When the arch needs to be flattened, the tendons and fascia should also be unfolded to absorb weight and weight while walking. When the gait changes to the heel 31 off the ground, these soft tissues will concentrate, and this energy will be converted into pushing the body. The power of advancement, whenever a step is taken, as shown by the arrows in Figures 1 and 3, the pressure conversion of the foot is made by the heel 31 along the outer side of the outer edge of the longitudinal arch, and then the inner and the transverse The direction of the bow spans the forefoot until it is below the toe, because the heel 31 is the closest part of the foot 3 to the body. The center of gravity of the body is mainly carried by the heel 31. The direction of the heel 31 determines the foot. The direction of the bottom pressure is distributed, so the heel pad 22 can move the center of gravity forward, and when the pressure of the foot moves forward, the padding of the side outer pad 23 and the fine adjustment pad 24 of the rear outer side is raised. The person's weight is tilted inward, but due to arch correction The inner side of the 14 is more convex, and through the balance mechanism of human mechanics and engineering, the foot will be automatically re-corrected to the outside, so that the force will be outward, and then the scaphoid can be supported by the top boat-shaped bone spacer 26, which can be corrected. Return the arch to its normal position. In addition, the sole device 1 of the right arch correction shoe set and the rear front adjustment pad 25 can also reduce the force of the hallux toe by symmetrically pulling back the strength of the hallux toe portion.

That is, in addition to using the arch orthosis 14 to support the foot 3 to correct the foot shape, it is more suitable for the user state, and the corresponding pad device 21 is used to raise the local area of the user's sole. The pressure on the sole of the user tends to be balanced by the imbalance, which changes the position of the arch toward the balance, and then the external rotation of the humerus and the external rotation of the pelvis, so that the knee joint is opened to avoid further wear, so the soft tissue around the knee joint can be adjusted. It relieves the tension of the tendon ligament muscles and relieves pain and swelling.

In addition, after the first time wearing the arch of the arch of the arch, the user walks through the room, and each step forward moves through the (1) heel strikes the ground (2) the sole of the foot bears the ground (3) the toe off the ground three The steps are reciprocally corrected by each body weight and ergonomics. After a period of time, such as three months, the imbalance of the user's sole may have changed to another type that is slightly but different from the first one. If you continue to wear the original arch correction shoe set No longer applicable, at this time another fine adjustment correction is required.

Fourth, the extension of the foot map: When the user wears the initial adjustment of the arch correction tool set for a period of time, for example 2~3 months, and then as shown in Figure 15, the print has a pair of foot prints 51 Figure 5, the outline is drawn as shown in Figure 15.

V. Re-adjustment analysis: According to the above analysis mode, as shown in Fig. 16, the shape of the footprint 51 and the adjusted information of the darkness of the ink color are analyzed, and the adjusted information is compared with the initial information, and the information can be known. After the center of gravity is relieved, but the pressure has been reduced, the arch of the foot is similar to the normal foot shape, the scaphoid has been raised, and the toe 513 of the right foot print 51 has no obvious stress condition, and the force is slightly outward from the original one. And the corresponding fine-tuning mode is selected from the calibration database to establish a re-adjustment data of the user's sole to fine-tune the pressure portion, as shown in Fig. 17, that is, the aforementioned heel spacer must still be maintained. 22. The side top spacer 23 and the fine adjustment spacer 24 are attached, and a front adjustment pad 25 is adhered to the front side of the heel spacer 22 to allow the force to face inward by the human body balance mechanism.

Sixth, fine-tuning configuration: take out the initial adjustment of the foot arch orthosis in the shoe set 21, and according to the re-adjustment data corresponding to the sole device 1, set the foot heel pad 22, side top pad as shown in Figure 17. The other spacer device 21 composed of the sheet 23, the fine adjustment spacer 24 and the front adjustment spacer 25 may of course only take out the top boat-shaped bone spacer 26 of FIG. 3, and move the position of the front adjustment spacer 25 and retain it. The original heel pad 22, the side top pad 23 and the fine adjustment pad 24 enable the arch correction shoe group to be a adjusted ankle bran shoe set, and the user wears the adjusted arch correction shoe The group can finely adjust the height of the local area of the user's sole, so that the pressure of the user's sole is more balanced and perfect, and the parts of the body can be returned to the position, so that the foot 3 (see Figure 1) is The best balance and stability can be obtained when standing or walking, so it is not easy to feel tired when walking comfortably.

Next, taking the second trimming aspect as an example, the system includes the following steps:

First, the initial foot map: As shown in Figure 18, an initial foot map 4 with a pair of foot prints 41 is printed.

Second, preliminary analysis: According to the analysis mode, the initial information of the left and right foot prints 41 on the initial foot map 4 and the initial information of the darkness of the ink color are analyzed, and it is known that the left and right foot prints 41 are slightly high-footed and foot-shaped, and the force is obviously biased to the outside. And the fifth toe of the outer side is stressed, and according to the initial information, the corresponding fine-tuning mode is selected from the correction database to establish a preliminary adjustment data of the user's sole to adjust the pressure part, that is, as shown in FIG. As shown in FIG. 19, when the force is outward, a fine adjustment pad 24 is adhered to the inward inner portion f of the sole device 1, and a 1/3 portion of the fine adjustment pad 24 is protruded from the pad side. When the outer fifth toe is stressed, a front pad 25 is adhered to the instep inner portion d of the sole device 1, and the 1/3 portion of the front pad 25 is also protruded from the pad side.

Third, the initial adjustment configuration: according to the initial adjustment data to select a fine adjustment gasket 24, and a piece of front adjustment gasket 25, constitute the gasket device 21, and the gasket device 21 is adhered to the arch correction shoe group The sole device 1 configures the arch of the arch of the arch to be an initial adjustment of the arch of the arch of the arch, and when the user wears the initial set of the arch of the arch, the spacer is used to support the sole of the user. Partial area. When the user walks, the balance mechanism of human mechanics and engineering can be used to promote the foot to automatically correct the force to inward and reduce the force of the fifth toe.

Fourth, the extension of the foot map: When the user wears the initial adjustment of the arch correction tool set for a period of time, for example, 3 months later, as shown in Figure 20, the printed foot with the user's pair of foot prints 51 Figure 5 .

V. Re-adjustment analysis: According to the above analysis mode, the post-adjustment information of the shape of the footprint 51 and the darkness of the ink color on the rear foot map 5 are analyzed, and the adjusted information is compared with the initial information, and it can be known that “the lateral pressure has been Reduced, and the fifth toe has no obvious stress condition, and the corresponding fine-tuning mode is selected from the correction database to establish a re-adjustment data of the user's sole to fine-tune the pressure part, as shown in Figure 11. As shown in Fig. 21, a fine adjustment pad 24 is adhered to the instep inner portion f of the sole device 1.

Sixth, fine-tuning configuration: take out the pad device 21 in the initial adjustment of the arch-corrector shoe set, and according to the re-adjustment data corresponding to the sole device 1, the above-mentioned fine-adjusting pad 24 must be maintained as shown in FIG. 21, and Peel off the front adjustment pad 25 (see Figure 19) to allow the force to continue to move inward through the body balance mechanism, so that the pressure on the user's sole is more balanced.

Finally, the third trimming aspect is taken as an example to illustrate the following steps:

First, the initial foot map: As shown in Figure 22, a preliminary foot diagram 4 with a user's pair of footprints 41 is printed.

Second, the preliminary analysis: According to the analysis mode, the initial information of the left and right foot prints 41 on the initial foot map 4 and the initial information of the darkness of the ink color are analyzed, and it is known that "the left and right foot prints 41 are obviously high-footed and foot-shaped, and the force is outward". According to the initial information, the corresponding fine-tuning mode is selected from the calibration database to establish a preliminary adjustment data of the pressure portion of the user's sole, that is, as shown in FIG. 11 and FIG. When outward, a fine adjustment pad 24 is adhered to the inward inner portion f of the sole device 1, and a 1/3 portion of the fine adjustment pad 24 is protruded from the pad side.

Third, the initial adjustment configuration: according to the preliminary adjustment data, a fine adjustment gasket 24 is selected to constitute the gasket device 21, and the gasket device 21 is adhered to the sole device 1 of the arch correction shoe group, so that the arch correction device The shoe set is an initial set of arch correction shoe sets. When the user wears the initial adjustment of the arch correction tool set, the balance mechanism of the human body mechanics and engineering can be used to promote the foot to automatically correct and force the inward. .

Fourth, the extension of the foot map: When the user wears the initial adjustment of the arch correction tool set for a period of time, for example, 1 month later, as shown in Figure 24, the printed foot with the user's pair of foot prints 51 Figure 5 .

V. Re-adjustment analysis: According to the above analysis mode, the post-adjustment information of the shape of the footprint 51 and the darkness of the ink color on the rear foot map 5 are analyzed, and the adjusted information is compared with the initial information, and the pressure relief is known. The force is inward, and the corresponding fine-tuning mode is selected from the calibration database to establish a re-adjustment data for the user's sole to fine-tune the pressure portion, as shown in Figure 25, without the need for additional spacers.

6. Fine-tuning configuration: As shown in Fig. 25, according to the re-adjustment data, the fine-adjusting spacer 24 (see Fig. 23) on the sole device 1 is torn off, so that the pressure of the user's sole can be further improved by the human body balance mechanism. The trend is perfect.

In summary, the present invention analyzes the force state of the foot 3 according to the foot diagram of the user, in addition to using the arch orthosis 14 to support the foot 3 to correct the foot shape, and according to the pressure. Compensating the orientation to modularize the spacer device 21 in the sole device 1, thereby maximizing the local area of the user's sole, so that the user's plantar pressure is returned to the equilibrium state from the unbalanced state, so as to bring the knee, the pelvis, the spine together. Returning to the normal position to maintain human health, it is indeed possible to achieve the object of the present invention.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

1. . . Sole device

11. . . Big negative

12. . . Midsole

13. . . Lining sheet

14. . . Ankle braces

15. . . Heel area

16. . . Magic felt

17. . . First half

18. . . Second half

181. . . Right half

182. . . Left half

2. . . Gasket preparation library

20. . . Bias spacer unit

twenty one. . . Gasket device

twenty two. . . Heel pad

twenty three. . . Side top gasket

twenty four. . . Fine adjustment gasket

25. . . Front adjustment gasket

26. . . Canopy bone gasket

3. . . Foot

31. . . heel

32. . . contour line

33. . . Heel line

34. . . Vertical line

35. . . Toe side line

4. . . Initial foot map

41. . . Footprint

411. . . Heel

412. . . Heel line

413. . . Toe

414. . . Foot center

415. . . Front part

416. . . Imaginary line

417. . . Imaginary line

5. . . Improve the foot map

51. . . Footprint

513. . . Toe

A. . . Anterior

B. . . Central palm

C. . . Inside the palm

D. . . Front of the palm

E. . . Central palm

F. . . Rear of the palm

f. . . With the inner front

e. . . With the middle

d. . . With the inner rear

C‧‧‧ with the front

A‧‧‧ with the outer rear

b‧‧‧With the middle

1 is an exploded perspective view of a first embodiment of an initial adjustment of an arch correction shoe set according to a preferred embodiment of the method for finely adjusting the pressure of the sole of the sole of the foot in the shoe arch of the present invention;

Figure 2 is a partially exploded perspective view of the preferred embodiment illustrating a partial configuration of a spacer device;

Figure 3 is a front elevational view of the spacer device of the preferred embodiment mounted on a sole device, illustrating the settings after a preliminary configuration step;

Figure 4 is a front elevational view of a gasket stocking library of the preferred embodiment;

FIG. 5 is a front elevational view of an initial foot diagram of the preferred embodiment, illustrating a first step of the first fine adjustment mode;

6 is a schematic diagram showing a process of initial analysis of the first trimming aspect of the first embodiment of the preferred embodiment;

7 is a schematic structural view of a portion of a calibration database of the preferred embodiment;

FIG. 8 is a schematic structural diagram of a portion of the calibration database of the preferred embodiment; FIG.

9 is a schematic structural diagram of a portion of the calibration database of the preferred embodiment;

10 is a schematic structural view of a portion of the calibration database of the preferred embodiment;

Figure 11 is a schematic view showing the division position of a foot print of the preferred embodiment;

12 is a schematic structural view of a portion of the calibration database of the preferred embodiment;

FIG. 13 is a schematic structural diagram of a portion of the calibration database of the preferred embodiment; FIG.

Figure 14 is a partial cross-sectional view showing the shoe set of the initial adjustment arch of the preferred embodiment;

FIG. 15 is a front elevational view showing a rearward adjustment of the first embodiment of the preferred embodiment; FIG.

16 is a schematic diagram of a process of a preliminary analysis of the first trimming pattern of the first embodiment of the preferred embodiment;

Figure 17 is a front elevational view showing another spacer device of the preferred embodiment mounted on the sole device, illustrating a setting after a fine adjustment configuration step;

18 is a front elevational view showing an initial foot diagram of a method for finely adjusting the pressure of the sole of the sole of the foot when the arch of the arch of the present invention is worn, illustrating a step of the first step of the second fine adjustment;

Figure 19 is a front elevational view showing the spacer device of the preferred embodiment mounted on a sole device, illustrating the settings after a preliminary configuration step;

FIG. 20 is a front elevational view showing a rearward adjustment of the second embodiment of the preferred embodiment; FIG.

Figure 21 is a front elevational view showing another spacer device of the preferred embodiment mounted on the sole device, illustrating a setting after a fine adjustment configuration step;

22 is a front elevational view showing an initial foot diagram of a method for finely adjusting the pressure of the sole of the sole of the foot when the arch of the arch of the present invention is worn, illustrating a step of initializing the foot of a third fine adjustment mode;

Figure 23 is a front elevational view showing the spacer device of the preferred embodiment mounted on a sole device, illustrating the settings after a preliminary configuration step;

Figure 24 is a front elevational view of a rearward adjustment of a preferred embodiment of the preferred embodiment, illustrating a step of re-extending the third trimming aspect; and

Figure 25 is a front elevational view of another spacer device of the preferred embodiment mounted to the sole device illustrating the arrangement after a fine tuning configuration step.

1. . . Sole device

11. . . Big negative

12. . . Midsole

13. . . Lining sheet

14. . . Ankle braces

15. . . Heel area

16. . . Magic felt

20. . . Bias spacer unit

twenty one. . . Gasket device

twenty two. . . Heel pad

twenty three. . . Side top gasket

twenty four. . . Fine adjustment gasket

25. . . Front adjustment gasket

26. . . Canopy bone gasket

3. . . Foot

31. . . heel

Claims (6)

An arch corrector shoe set for use in a foot of a human body, comprising: a sole device, a heel region corresponding to a heel of the foot, and a midsole and a detachable An arch orthosis device mounted above the midsole for the foot to step; and a spacer device including a biasing pad unit detachably mounted to the In the sole device, correspondingly located in the rear half of the heel region, and located in one of the right half of the second half and one of the left half, for the relative support a partial eccentric position of the arch aligner, the offset shims unit having at least one rounded fine adjustment pad detachably mounted to the right half of the rear half of the sole device And on one of the left half portions, and in front of the heel region, the fine adjustment pad partially protrudes beyond the edge of the sole device, and the fine adjustment pad has a diameter of 15 mm to 45 mm. An arch corrector shoe set for use in a foot of a human body, comprising: a sole device, a heel region corresponding to a heel of the foot, and a midsole and a detachable An arch orthosis device mounted above the midsole for the foot to step; and a spacer device including a biasing pad unit detachably mounted to the In the sole device, correspondingly located in the rear half of the heel region, and located in one of the right half of the second half and one of the left half, for the relative support The a partial lateral position of the arch orthosis, the offset pad unit having at least one circular pre-adjusting pad detachably mounted to the right half of the rear half of the sole device And one of the left half portions, and located on one side of the heel region, the front adjustment gasket partially protrudes beyond the edge of the sole device, and the fine adjustment gasket has a diameter of 15 mm to 45 mm . An arch corrector shoe set for use in a foot of a human body, comprising: a sole device, a heel region corresponding to a heel of the foot, and a midsole and a detachable An arch orthosis device mounted above the midsole for the foot to step; and a spacer device including a biasing pad unit detachably mounted to the In the sole device, correspondingly located in the rear half of the heel region, and located in one of the right half of the second half and one of the left half, for the relative support a partial lateral position of the arch orthosis, the offset pad unit having at least one circular top scaphoid spacer detachably mounted in the second half of the sole device On one of the right half and the left half of the region, and located at the bottom of the arch orthosis, the top boat-shaped bone spacer partially protrudes beyond the edge of the sole device, and the top boat-shaped bone spacer The diameter is from 15 mm to 45 mm. A method for finely adjusting the pressure of the sole of the sole of the shoe when wearing the arch of the arch of the arch, the sole device of the arch of the arch of the arch includes an arch aligner, the fine adjustment method comprising the following steps: The initial extension map: the initial foot map with the user's pair of footprints; preliminary analysis: According to an analysis mode, the initial information of the footprint and the initial color of the ink on the initial foot map are analyzed, and based on this initial information, A corresponding fine-tuning mode is selected in a calibration database to establish a preliminary adjustment data of the user's sole to adjust the pressure portion, and the analysis mode first draws a contour along the peripheral contour of the footprint, and then Draw a horizontal line through the trailing edge of the heel and draw a vertical line through the center of the second toe and perpendicular to the heel line, and then draw a line through the base of the base of the big toe and perpendicular to the heel Line the toe side line, analyze the foot print with the vertical line as the boundary, the outer position area and the ink color distribution, analyze the deviation direction of the foot print according to the size of the inner and outer areas, and analyze the pressure according to the ink color shade. The distribution of the hallux toe angle and the angle of inclination between the toe-toe line to analyze the inclination of the hallux toe; and the initial adjustment: according to the initial adjustment data corresponding to a pair of arch-corrector shoes Sole assembly A shimming device is installed to make the arch aligner shoe set into an initial adjustable arch aligner shoe set, and the user wears the initial adjustable arch aligner shoe set to support the local area of the user's sole. The pressure on the soles of the feet tends to balance. A method for finely adjusting the pressure of the sole of the sole of the shoe when wearing the arch of the arch of the arch, the sole device of the arch of the arch of the arch includes an arch correction device, the fine adjustment method comprising the following steps: The initial foot map with the user's pair of footprints is printed; preliminary analysis: according to an analysis mode, the initial information of the shape of the foot print on the initial foot map and the initial color of the ink color are analyzed, and the initial information is based on the initial information. The corresponding fine-tuning mode is selected in the calibration database to establish a preliminary adjustment data of the user's foot to adjust the pressure part; and the initial adjustment configuration: according to the initial adjustment data corresponding to a pair of arch-corrector shoes The sole device is respectively mounted with a gasket device, the gasket device comprising an offset gasket unit having at least one side top gasket, the side top gasket being adhered to the outside of the heel region In front, the offset pad unit further has at least one fine adjustment pad, and the fine adjustment pad is pasted on the side top pad, so that the arch orthosis shoe group is configured as an initial adjustment of the arch correction shoe group. The wearer's initial adjustment of the arch of the arch is used to support the local area of the user's sole, so that the pressure of the user's sole tends to balance. A method for finely adjusting the pressure of the sole of the sole of the shoe when wearing the arch of the arch of the arch, the sole device of the arch of the arch of the arch includes an arch correction device, the fine adjustment method comprising the following steps: An initial foot map with a pair of footprints printed by the user; preliminary analysis: the area where the foot of the foot and the plurality of toes are placed in a horseshoe-shaped imaginary line and is zoned by an imaginary line Divided into inner and outer halves, and then divided into two inner anterior portions, one palm inner middle portion and one palm inner rear portion, and one outer side palm outer front portion, The middle part of the palm and the outer part of the palm, then the heel of the footprint is enclosed in a horseshoe-shaped imaginary line, and is divided into inner and outer halves by an imaginary straight line, and then separated by two The imaginary horizontal line is divided into one inner side inner front part, one inner middle part and one inner inner part part, and one outer side outer front part, one outer middle part and one outer side rear part, according to an analysis mode, analysis Initial foot The initial information of the shape of the foot print and the initial color of the ink color, and according to the initial information, a corresponding fine-tuning mode is selected from a calibration database to establish a preliminary adjustment data of the pressure portion of the user's sole; Initial adjustment configuration: according to the initial adjustment data, a shoe device is respectively installed on the sole device of a pair of arch correction shoe sets, and the gasket device comprises an offset gasket unit, which is pressed when the front part of the palm is pressed The offset gasket unit is padded at the outer rear portion, and the offset gasket unit is placed in the outer middle portion when the middle portion of the palm is pressed, and the offset gasket unit is placed outside when the rear portion of the palm is pressed. The front part is placed on the rear part of the heel when the front part of the palm is pressed, and the offset pad unit is placed in the middle of the heel when the middle part of the palm is pressed, and is pressed at the rear part of the palm. When the offset pad unit is placed in the front part of the heel, the arch of the arch orthosis is configured as an initial adjustment of the arch of the arch of the arch, and the user wears the shoe of the initial adjustment of the arch, so as to use the shoe. The local area of the sole of the foot tends to balance the pressure on the sole of the user.