BG2913U1 - Shoe insole - Google Patents

Abstract

The utility model, the shoe insole, finds application in the footwear industry, in particular for the production of men's, children's and women's shoes. The utility model provides thermal insulation and absorption of released moisture from the entire foot and protects the toe of the foot from tiredness and to get sore due to vibration absorption by walking, by using parts of specific materials. Into the shoe insole is inserted an antimycotic pad (5), placed just below the upper pad (6). At the rear section of the antimycotic pad (5) there is an anti-shock opening (7), in which is integrated an anti-shock pad (8). The shoe insole is glued onto the sole of the shoe. It is also possible the shoe insole to be putted further into the shoe.

Description

Field of technology

The utility model is used in the footwear industry, especially in the production of men's, children's and women's shoes.

BACKGROUND OF THE INVENTION

A women's shoe insole [1] is known, which is glued to the sole of a women's shoe. Between the lower and upper pad of the insole is located by gluing antifungal pad, which covers the lower pad and on which are glued transverse, longitudinal and rear orthopedic insert.

This insole does not provide effective contact of the whole foot with the antifungal pad, and the thermal insulation and absorption of the moisture released by the foot is insufficient. The insole does not protect the heel of the foot from fatigue and bruising due to vibrations when walking.

Technical essence of the utility model

The task of the utility model is to create a shoe insole that provides contact of the whole foot with a dry, heat-insulating, moisture-absorbing surface and reduces vibrations when walking.

The problem is solved by creating a shoe insole in which the upper pad is made of absorbent foam material with multiple air chambers, through which the foot is in contact with the entire area of the antifungal pad, and in the back of the insole is an anti-shock insert of elastic silicone .

The shoe insole includes a lower pad and an upper pad. A transverse orthopedic insert is glued on the middle part of the lower pad. A longitudinal orthopedic insert is glued to the middle part of the lower pad. A back pad is glued to the lower pad and the longitudinal orthopedic insert. Immediately below the upper pad is an antifungal pad, which is made of heat-insulating antibacterial foam latex, perforated and laminated with textile. In the back of the antifungal pad there is an anti-shock hole in which there is an anti-shock insert glued to the back pad. The antifungal pad is glued to the front of the lower pad, the transverse orthopedic pad and the back pad.

The upper pad is made of absorbent material with multiple air chambers. The anti-shock insert is made of elastic silicone.

An advantage of the utility model is that it provides better thermal insulation and absorption of moisture from the entire foot as a result of the fact that the upper pad is made of absorbent material with multiple air chambers, and the antifungal pad is just below the top pad.

Another advantage of the utility model is that it protects the heel of the foot from fatigue and bruising due to the absorption of vibrations when walking by means of the anti-shock insert made of elastic silicone.

Explanation of the attached figure

An exemplary application of the utility model of a shoe insole is shown in Figure 1, which is a schematic unfolded view of a shoe insole.

Example of implementation of the utility model

In FIG. 1 shows a shoe insole that is applicable to men's, children's and women's shoes. The insole includes a lower pad 1 and an upper pad 6. A transverse orthopedic insert 3 is glued to the front of the lower pad 1. A longitudinal orthopedic insert 2 is glued to the middle of the lower pad 1. The lower pad 1 and the longitudinal orthopedic pad glued back pad 4. Immediately below the top pad 6 is located an antifungal pad 5, which is made of heat-insulating antibacterial foam latex, perforated and laminated with textile. In the back of the antifungal pad 5 there is an antishock hole 7, in which there is an antishock insert 8, glued on the back insert 4. The antifungal pad 5 is glued on the front part of the lower pad 1, the transverse orthopedic insert 3 and the back insert 4.

The upper pad 6 is made of absorbent foam material with a plurality of air chambers. Anti

856 the shock insert 8 is made of elastic silicone.

The insole made in this way can be glued to the sole of the shoe. It is also possible to place the insole additionally in a shoe.

Claims (2)

Claims Shoe insole comprising a lower pad (1) and an upper pad (6), characterized in that a transverse orthopedic insert (3) is glued on the front part of the lower pad (1) and on the middle part of the lower pad. (1) a longitudinal orthopedic insert (2) is glued, and a rear pad (4) is glued on the lower pad (1) and the longitudinal orthopedic insert (2), with an antifungal pad (5) being located immediately below the upper pad (6). , which is made of heat-insulating antibacterial foam latex, perforated and laminated with textile, and in the back of the antifungal pad (5) there is an anti-shock hole (7), in which there is an anti-shock insert (8) glued on the back pad (4), as and the antifungal pad (5) is glued to the front of the lower pad (1), the transverse orthopedic pad (3) and the back pad (4). Shoe insole according to claim 1, characterized in that the upper pad (6) is made of an absorbent material with a plurality of air chambers, and the anti-shock insert (8) is made of elastic silicone.