RU26284U1 - ORTHOPEDIC FOOTWEAR FOR CHILDREN - Google Patents

Description

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, ™ J ,,; 1 ORTHOPEDIC FOOTWEAR FOR CHILDREN

The utility model relates to shoes, namely, shoes for young children, in particular shoes with medical devices, shoes with supports for supporting the foot, shoes with fixed arch support with flat feet, supports for the middle part of the foot.

Known shoes (boot), consisting of a sole on which a top is fastened, including a toe, a vamp, a back, berets, a lining, an interlining, and

the same forming elements in the form of a backdrop and toe cap. At the same time, profile plates of shockproof material are installed in the interlining of berets in the areas of the ankles, Achilles tendon and in the cord zones, the toe cap is five-layer, three layers of which are made of granitol or thermoplastic, between which there are layers of reinforcing material, and the back is made of molded cardboard, duplicated reinforcing material and a layer of granitol or thermoplastic (RF Patent N 2128932, A43 B 3/00, 1999).

A disadvantage of the known shoes is the insufficient rigidity of the sole, which is a necessary requirement for children's (up to 5 years) shoes to prevent injuries and the development of pathology of the children's foot.

The task of creating a utility model is the development of orthopedic shoes, providing a non-deformable support surface for the gel and heel zones of the foot.

The technical pesynbTat provided by the proposed shoe design is to provide ease of use by increasing the rigidity of the sole of the shoe.

IPC A43 B 3/30, 7/00, 7/14, 7/22

The technical result is achieved in that the design of orthopedic shoes for children, containing a sole, on which a top is fixed, having a lining, provided with a multilayer rigid insert, fixed on the upper side of the sole, consisting of a middle layer made of molded thermoplastic connected to the upper and lower layers made of material with high adhesion, and a layer of thermoplastic is available only under the diaper and heel zones of the foot, and under the bundle and forefoot zones of the foot, the upper and lower layers are multilayer oh hard inserts are interconnected.

In this case, the lower side of the multilayer rigid insert in the middle zone

J is connected to the sole, and along the perimeter is connected to the soles tucked under it

the edges of the upper shoe. Moreover, on the inner side of the gehenic zone of the foot, the edge of the multilayer rigid insert is raised and bent up, thereby forming a profile corresponding to the profile of the longitudinal arch of the foot. In addition, the design of the shoe is equipped with a podvodnik made of soft elastic material connected to the upper side of the multilayer rigid insert in the region of the longitudinal arch of the foot and having a shape corresponding to the profile of the longitudinal arch of the foot. Additionally, there is an insole, while the insole covers the beam, gelennoy and heel zones of the foot.

The upper and lower layers of the multilayer rigid insert can be made of pressed cardboard or leather.

The sub-water can be made of pedlatex or microporous rubber.

The utility model is illustrated by drawings:

-Fig. 1 - orthopedic shoes for children, longitudinal section; Ha the sole 1 (Fig. 1) glue-board method fixed to the top of the shoe 2,

having a lining 3. The multilayer rigid insert includes a bottom layer 4 made of pressed cardboard, a middle layer of thermoplastic 5, an upper layer 6 of pressed cardboard, and has an raised and curved edge 7 on the inside of the foot area of the foot 7. On the upper side of the multilayer a rigid insert in the region of the longitudinal arch of the foot is glued to the sub-lead 8. The insole 9, glued on top to the multi-layer rigid insert and the under-water, covers the beam, gel and calcaneal zones of the foot.

The lower side of the lower layer 4 of the multilayer rigid insert in the middle

the zone is glued to the sole 1, and along the perimeter of the skepen with the edges of the upper of the shoe 2 tucked under it. The middle layer of thermoplastic 5 of the multilayer rigid insert is available only under the gel and heel zones of the foot, and under the bundle and forefoot zones of the foot, the lower layer 4 and the upper layer 6 are glued between themselves.

A multilayer rigid insert (Fig. 2) consists of a middle layer of thermoplastic 5, hot formed in one with the lower layer 4 and the upper layer 6, made of pressed cardboard. On the inner side of the gelenic zone of the foot, the multilayer rigid insert has a raised and bent up edge 7, providing additional longitudinal rigidity and forming a profile similar to the profile of the longitudinal arch of the foot. In the area of the longitudinal arch of the foot, the multilayer rigid insert is provided with a sub-water 8 made of pedatex glued to the upper layer 6 of the multilayer rigid insert and having a shape corresponding to the profile of the longitudinal arch of the foot.

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Claims (4)

1. Shoes containing a sole, on which a top is fixed, having a lining, characterized in that it is equipped with a multilayer rigid insert, a sub-diver and an insole, while the multilayer rigid insert fixed on the upper side of the sole consists of a middle layer made of molded thermoplastic connected to the upper and lower layers, and the molded thermoplastic layer is located under the gel and heel zones, and under the bundle and toe zones, the upper and lower layers are interconnected, while on the inside of the lenoch zone, the edge of the multilayer rigid insert is raised and bent up, forming a profile corresponding to the profile of the longitudinal arch, in addition, the shoe design is equipped with a sub-water made of soft elastic material connected to the upper side of the multilayer rigid insert in the region of the longitudinal arch, in addition there is an insole while the insole covers the beam, gelenkoy and calcaneal zones of the foot.  2. Shoes according to claim 1, characterized in that the upper and lower layers of the multilayer rigid insert are made of pressed cardboard or leather.  3. Shoes according to claim 1, characterized in that the sub-water tank is made of pedlatex or microporous rubber. 4. Shoes according to claim 1, characterized in that the sub-diaphragm has a shape corresponding to the profile of the longitudinal arch of the foot.