CN209732718U - Split type dismantled and assembled high-heeled sole - Google Patents

Abstract

The utility model relates to a split type dismantled and assembled high-heeled sole, its characterized in that: the thickened sole in the half sole area and the thickened sole in the arch area are separated, and the contact part of the thickened sole in the half sole area is contacted with the half sole area which is not bent at all in the original sole in front and is fixed by a screw; the free part of the sole thickened in the half sole area is contacted with the front half part of the bendable area of the original sole at the back, and the free part of the sole thickened in the half sole area and the bendable part are free and separated; the sole with the thickened arch region is a detachable sole arranged at the arch position behind the sole with the thickened arch region, the free part is contacted with the rear half part of the bendable part of the original sole in front and is free and separated, and the contact part is contacted with the arch region of the original sole in the rear and is fixed by screws. Not only solves the problem of comfortable wearing of the high-heeled shoes, but also solves the problem of stable walking gravity center of the high-heeled shoes.

Description

Split type dismantled and assembled high-heeled sole

Technical Field

The utility model relates to a split type dismantled and assembled high-heeled sole belongs to articles for daily use field.

Background

At present, the half sole of a common high-heeled shoe is a thin sole and can be bent naturally, the heel is very high, and a person wears tired feet; some half soles are thick soles, if the soles are thick soles, the soles are hard and cannot be bent naturally, the shoes are uncomfortable to wear, more difficult to walk, unstable in center of gravity, and heels of the shoes do not follow the feet. The soles are integrated, the soles of the high-heeled shoes with the front sole part not too high can be bent naturally, the heels are very high, the feet are uncomfortable, and the stability is poor; the high-heeled shoes with thick soles at the front sole parts are hard and cannot be bent naturally, heels cannot follow the feet when the feet are lifted, the feet are uncomfortable, and the feet are more difficult to walk.

Disclosure of Invention

An object of the utility model is to provide a split type dismantled and assembled high-heeled sole, the thick sole at its front end sole position is the components of a whole that can function independently around, sole position and arch of foot position in the front are fixed respectively, and correspond the position that can buckle naturally at shoes and be free, that is to say when people walk the shoes buckle naturally, at this moment the regional thickening sole of sole and the regional thickening sole of arch of foot are detached, the regional thickening sole of sole supports the health, the heel leaves ground with the foot naturally, and the effect of the regional thickening sole of arch of foot is when people stand naturally and the regional thickening sole of sole supports foot weight jointly, both solved high-heeled comfortable problem of dress, the stable problem of focus of walking of wearing high-heeled shoes has been solved again.

The technical scheme of the utility model is realized like this: the utility model provides a split type dismantled and assembled high-heeled sole, by former sole, former sole divide into four regions: a forefoot region, a bendable region, a arch region, a heel region; the sole is thickened in the half sole area, the sole is thickened in the arch area, and the heel is thickened; the method is characterized in that: the original sole is provided with a screw hole capable of fixing a screw, and the half sole area is a part which is completely unbendable at the front part of the shoe; the bendable region is a portion of the shoe that may bend naturally; the arch area is the middle part between the bendable area and the heel area; the heel area is the portion of the heel that contacts; a forefoot region thickened sole and a arch region thickened sole are fixed on the forefoot region and the arch region, wherein the forefoot region thickened sole and the arch region thickened sole are separated, the forefoot region thickened sole is a sole which can be detached and is arranged in the forefoot region, and the sole is divided into two parts, namely a contact part and a free part; the contact part is contacted with the half sole area which is completely unbendable of the original sole in front, the half sole area is thickened, and the sole is fixed on the completely unbendable part of the original sole by screws; the free part is contacted with the front half part of the bendable region of the original sole at the back, the free part of the sole thickened at the half sole region is free from the bendable part and is separated from the bendable part; the sole with the thickened sole in the arch area is a detachable sole which is arranged at the arch position behind the sole with the thickened sole in the half sole area and is divided into two parts, namely a free part and a contact part; the free part is contacted with the back half part of the bendable part of the original sole in front and is free and separated, and the contact part is contacted with the arch area of the original sole in back and is fixed by screws.

The sole is characterized in that the two free parts of the half sole area and the arch area are just the length of a bendable area of the original sole, and the bendable area is positioned right above the two free parts.

The thickened heel is contacted with the original heel and is fixed by screws.

A small seam is arranged between the sole with the thickened sole in the half sole area and the sole with the thickened sole in the arch area, and the width of the small seam is 1 mm-1.5 mm.

The sole with the thickened half sole area and the sole with the thickened arch area are single-layer I-shaped or multi-layer II-shaped, the height of the single-layer I-shaped is 10 mm, 20 mm, 30 mm, 40 mm and 50mm, and the sole with the thickened half sole area and the thickened arch sole area are independently used; the height of the multi-layer II type shoe sole is 10 mm, 20 mm and 40 mm, and three thickened shoe soles are combined for use.

The utility model has the advantages that the thick sole at the front end sole part is divided into a front sole part and a rear sole part which are respectively fixed at the front sole part and the arch part, the corresponding part of the shoe which can be bent naturally is free, namely when the shoe is bent naturally when people walk, at the moment, the sole with the thickened half sole area and the sole with the thickened sole in the arch area are separated, the sole with the thickened half sole area is used for supporting the body, the heel naturally leaves the ground with the foot, the sole with the thickened sole in the arch area has the function of supporting the weight of the foot together with the sole with the thickened sole in the half sole area when a person stands naturally, if only the sole with the thickened sole in the half sole area is used, but the sole with the thickened sole in the arch area is not used, because the thickened sole in the forefoot area is located in front of the natural bendable area of the shoe, i.e. in the area of the human toes, instead of the sole, namely, the body is supported by the toe part and the heel, so that the feet of the person can be tired; the sole with the thickened sole in the half sole area and the sole with the thickened sole in the arch area support the body together, namely the sole part and the heel support the body together, so people can not be tired; when walking, the regional thickening sole of half sole opens and shuts with the regional thickening sole of arch of the foot once, the heel of a shoe also can follow the foot well, people's foot joint is crooked naturally and leads to the nature of sole to buckle, this nature position of buckling varies from person to person, may lean on a little before, also may lean on a little after, but all can be at the position of the nature of shoes of buckling, because of having the existence at free position again, the nature problem of buckling of shoes has all been solved well anyway, thereby solve the comfortable problem of people's foot, the problem of shoes "follow the foot" and the problem of stability of walking.

Drawings

Fig. 1 is a schematic view of the structure name of the present invention.

Fig. 2 is a schematic view of the type I assembled in a flat state.

Fig. 3 is a schematic view of the type II horizontal arrangement of the present invention.

Fig. 4 is an assembled schematic view of the I-shaped foot lifting state of the present invention.

Fig. 5 is a schematic view of the type II leg lift state of the present invention after assembly.

Fig. 6 is a schematic view of the position and fixing manner of the screw according to the present invention.

Fig. 7 is a partial detailed schematic view of the present invention.

FIG. 8 is a schematic view of a flat condition of a thickened sole in the forefoot region only and a thickened sole in the foot region not.

Fig. 9 is a schematic view showing a standing state of wearing the thickened sole only in the forefoot region and not in the foot region.

FIG. 10 is a schematic diagram of an enlarged slit in a free portion.

Detailed Description

The invention is further described below with reference to the accompanying drawings: as shown in fig. 1-10, a detachable high-heeled shoe sole is divided into four areas by an original shoe sole 1 and the original shoe sole 1: a half sole area 5, a bendable area 6, a sole area 7, a heel area 8 and an original heel 9; the sole 2 is thickened in the half sole area, the sole 3 is thickened in the arch area, and the heel 4 is thickened; the method is characterized in that: the front half part of the half sole area 5 of the original sole 1 is provided with a screw hole capable of fixing a screw, and the half sole area 5 is a part which is completely unbendable at the front part of the shoe; bendable region 6 is a portion of the shoe that may naturally bend; the arch region 7 is a portion between the bendable region 6 and the heel region 8; the heel region 8 is the portion that the original heel 9 contacts; a half sole region thickened sole 2 and a sole region thickened sole 3 are fixed on the half sole region 5 and the sole region 7, wherein the half sole region thickened sole 2 and the sole region thickened sole 3 are separated, the half sole region thickened sole 2 is a sole which can be detached and is arranged in the half sole region 5, and the sole is divided into two parts, namely a contact part 10 and a free part 11; the contact part 10 is in contact with the half sole area 5 which is completely unbendable of the original sole 1 in front, and the fixed screw is arranged in the area; the free part 11 is contacted with the front half part of the bendable region 6 of the original sole 1 at the back, the free part 11 of the sole thickened at the half sole region is free from the bendable region 6 and is separated from the bendable region 6; the sole 3 is a detachable sole which is arranged at the sole arch position behind the sole 2 and is divided into two parts, namely a free part 11 and a contact part 10; the free part 11 is contacted with the back half part of the bendable region 6 of the original sole 1 in the front, and is free and separated, and the contact part 10 is contacted with the arch region 7 of the original sole in the back and is fixed on the original sole 1 by screws.

The sum of the two free areas 11 of the forefoot area 5 and the arch area 7 is just the length of the bendable area 6 of the original sole, and the bendable area 6 is just above the two free areas 11 as shown in fig. 7.

The thickened heel 4 is contacted with the original heel 9 and is fixed by screws.

A small seam is arranged between the half sole region thickened sole 2 and the arch region thickened sole 3, and the width of the small seam is 1 mm-1.5 mm.

The half sole region thickened sole 2 and the arch region thickened sole 3 are of a single-layer I type or a multi-layer II type, and the heights of the single layers are 10 mm, 20 mm, 30 mm, 40 mm and 50 mm; the heights of the multiple layers are 10 mm, 20 mm and 40 mm, and three thickened soles are combined for use.

The original sole 1 is a sole calculated by bionics and conforms to human mechanics. The heel height of the shoes is different according to the size of the shoes. Take a shoe length of 305mm, an original sole thickness of 15mm, and a heel height (under the original sole) of 50mm as an example.

As shown in figure 6, fix the regional thickening sole of half sole 2 in the front portion of former sole with the screw, reuse screw fixes regional thickening sole of arch 3 in the arch position of former sole, and these two parts are close adjacent, have a slit (between 1mm ~1.5 mm), fix thickening heel 4 below former heel 9 with the screw again, and the installation is accomplished. Namely, the sole with the same height is installed on the basis of the original sole, and the original form of the original sole is not changed.

As shown in fig. 2-5, the scheme has two models: form I and form II. Type I is single-layered, thicker, and is a fixed height shoe. The shoes are directly produced to be 10 mm, 20 mm, 30 mm, 40 mm, 50mm and the like, and people buy shoes with heels of certain heights according to own habits, wherein the heels are fixed on the shoes (only one height is bought). As shown in figure 2, the sole with the height of 20 mm is flat, the upper part and the lower part of the sole are not layered and are integrated, when a foot is flat placed on the ground, the thickened sole 2 at the half sole area and the thickened sole 3 at the arch area are both grounded, the heel is also grounded, and the three parts support the body together. When the foot is lifted, the thickened sole 2 in the half sole area and the thickened sole 3 in the arch area are separated as shown in fig. 4, the bendable area 6 of the original sole is bent, the thickened sole 2 in the half sole area is flatly and solidly landed to play a role of supporting the body, the heel is lifted, the shoe is heeled, the foot is not uncomfortable, and the stability is good.

The II type is multi-storied, and each pair of shoes all takes 10 millimeters, 20 millimeters, three kinds of thickening heels of 40 millimeters (including the regional thickening sole 2 of preceding palm, regional thickening sole 3 of arch of the foot, thickening heel 4), takes these three high heels when purchasing, according to the different demands of oneself during the use, selects the combination of not co-altitude heels when wearing at every turn, fixes on the sole with the screw, reaches this altitude requirement: the height of the heel can be combined into a heel with the height of 30 mm by 10 mm and 20 mm, the height of the shoe can be combined into a shoe with the height of 50mm by 10 mm and 40 mm, the height of the heel can be combined into a heel with the height of 60 mm by 20 mm and 40 mm, the height of the heel can be combined into a heel with the height of 70 mm by 10 mm, 20 mm and 40 mm, and the original height of 10 mm, 20 mm and 40 mm is added for 7 height combinations. This is preferable, a pair of shoes can have several heights, and soles with different heights can have different colors and patterns, so that the face of the sole which can only be 'grey' in the past is changed. As shown in figure 3, the shoes with the height of 30 mm combined by 10 mm and 20 mm are flat, namely, the half sole area 2 with the upper layer of 10 mm and the lower layer of 30 mm after being combined by 20 mm and the thickened sole 3 in the arch area are all grounded, the heel is also grounded, and the three parts support the body together. When the foot is raised as shown in fig. 5, the thickened sole 2 of the forefoot region is separated from the thickened sole 3 of the arch region, where the bendable region 6 of the original sole is bent, the thickened sole 2 of the forefoot region is flat and solid and serves to support the body, the heel is raised, the shoe is heel-up, the foot is not uncomfortable and the stability is good.

As shown in fig. 8, only the forefoot region thickens the sole 2 and no foot region thickens the sole 3. When only the forefoot region thickens the sole 2 and no foot region thickens the sole 3 as shown in figure 9, the toe of the shoe will tilt up because only the toes will support and not the ball of the foot. Therefore, the sole with thickened sole in arch area is designed (named arch area, actually in the back of sole, for distinguishing front toe area). The gap at the free site is enlarged as shown in FIG. 10, and the case of the free site 11 can be more fully explained. In practice there is no such large gap between the upper side of the upstream separation 11 and the original sole 1, and the sole with such a large gap will bend downwards under the influence of the foot force. In fact, are in close proximity.

Claims (5)

1. The utility model provides a split type dismantled and assembled high-heeled sole, by former sole, former sole divide into four regions: a forefoot region, a bendable region, a arch region, a heel region; the sole is thickened in the half sole area, the sole is thickened in the arch area, and the heel is thickened; the method is characterized in that: the original sole is provided with a screw hole capable of fixing a screw, and the half sole area is a part which is completely unbendable at the front part of the shoe; the bendable region is a portion of the shoe that may bend naturally; the arch area is the middle part between the bendable area and the heel area; the heel area is the portion of the heel that contacts; a forefoot region thickened sole and a arch region thickened sole are fixed on the forefoot region and the arch region, wherein the forefoot region thickened sole and the arch region thickened sole are separated, the forefoot region thickened sole is a sole which can be detached and is arranged in the forefoot region, and the sole is divided into two parts, namely a contact part and a free part; the contact part is contacted with the half sole area which is completely unbendable of the original sole in front, the half sole area is thickened, and the sole is fixed on the completely unbendable part of the original sole by screws; the free part is contacted with the front half part of the bendable region of the original sole at the back, the free part of the sole thickened at the half sole region is free from the bendable part and is separated from the bendable part; the sole with the thickened sole in the arch area is a detachable sole which is arranged at the arch position behind the sole with the thickened sole in the half sole area and is divided into two parts, namely a free part and a contact part; the free part is contacted with the back half part of the bendable part of the original sole in front and is free and separated, and the contact part is contacted with the arch area of the original sole in back and is fixed by screws.

2. The detachable high-heeled shoe sole of claim 1, wherein the free areas of the forefoot region and the arch region are the same length as the bendable area of the original shoe sole, and the bendable area is located directly above the free areas.

3. The detachable high-heeled shoe sole of claim 1, wherein the thickened heel is in contact with the original heel and is fixed by screws.

4. The detachable high-heeled shoe sole of claim 1, wherein a small gap is formed between the sole with the thickened sole in the half sole area and the sole with the thickened sole in the arch area, and the width of the small gap ranges from 1mm to 1.5 mm.

5. The detachable high-heeled shoe sole of claim 1, wherein the sole with the thickened sole in the half sole area and the sole with the thickened sole in the arch area are of a single-layer I type or a multi-layer II type, and the single-layer I type has a height of 10 mm, 20 mm, 30 mm, 40 mm or 50mm and is used independently; the height of the multi-layer II type shoe sole is 10 mm, 20 mm and 40 mm, and three thickened shoe soles are combined for use.