RU37303U1 - SHOES (OPTIONS) - Google Patents

Description

   MKI A43V 23YuO

SHOES (OPTIONS)

The utility model relates to the shoe industry and can be used in the manufacture of shoes of various assortments, contributing to the safety of the pedestrian who wears it.

Known shoes with lighting devices, namely:

shoes, to the back of which is attached a LED with side glow

or shoes containing an electric light source mounted in such a way that light is visible from the outside

or shoes in front of which the lighting system is provided

or shoes on the side surface of the sole, which is installed light-focusing cord 4.

Known shoes containing the top, sole and poposko made of material on which several light-emitting diodes 5 located at a distance from each other are stuck.

It should be noted that the aforementioned shoes can to some extent contribute to improving the safety of pedestrians as road users, since it allows you to determine only its location.

Known shoes with a luminous surface, having a lacing made of glowing in the dark material. The lace consists of luminous and adhesive surfaces connected to one another. When pulling the laces through the openings of the top, the luminous surface of the lace is outside 6. This analogue does not sufficiently contribute to the safety of the pedestrian if he is on the road section or roadside, since it also allows you to determine only its location.

Known shoes, including a workpiece top and bottom assembly, bonded to each other mechanically, chemically or in a combined way, and the harvesting top consists of external and internal detapi fastened to each other, while on the workpiece of the top there are grooves supplemented with supports made of retroreflective material 7 In this analogue, adopted as a prototype, retroreflective material is used to decorate shoes, all the same, to some extent, it can contribute to pedestrian safety.

The task to which the claimed utility model is directed is to increase

pedestrian safety, due to the advance transmission of a message to the driver of an approaching vehicle by applying color-coded markings on pedestrian shoes.

This problem is solved in that the shoes, including the top blank, consisting of the outer and inner parts pivoted among themselves, and the bottom assembly (sole), which is deflated with the top blank by a mechanical, chemical or combined method, additionally contains passive and / or active color elements located on the outer surface of the shoe upper workpiece, both on the right and on the left, that is, on both sides of the shoe, both in front, that is, in front of the shoe upper workpiece and at the rear, that is, in the back of the shoe upper workpiece.

At the same time, the elements have an unambiguous color coding, namely, on the right side - blue, on the left side - red, front white, respectively, and rear - orange.

This problem is also solved by the fact that the shoes, including the top blank, consisting of external and internal parts fastened with meme, and the bottom assembly (sole), which is detached from the top blank by a mechanical, chemical or combined method, additionally contains passive and / or active color elements located on the bottom of the shoe (sole) both on the right and on the left, that is, on both sides of the shoe, both in front, that is, in front of the bottom of the shoe and in the back, that is, in the back of the bottom of the shoe.

At the same time, the elements have an unambiguous color coding, namely, on the right side - blue, on the left side - bevel, in front, respectively, white, and behind - orange.

Passive color elements with unambiguous color coding are made in the form of tapes, accessories, or slips and are made of retroreflective, or light-absorbing, or light-scattering materials.

Active color elements of shoes with unambiguous color coding are made in the form of light emitting diodes, or mytholamps, or elements from materials with an afterglow effect.

In addition, passive and active color elements of shoes with unambiguous color coding are made in the form of contour figures of animals, characters of books, or cartoons

Passive color elements with unambiguous color coding are made in the form of tapes, accessories, or prints and are made of retroreflective, or light-absorbing, or light-scattering materials.

Active color elements of shoes with unambiguous color coding are made in the form of light emitting diodes, or microlamps, or elements from materials with an afterglow effect.

In addition, passive and active color elements of shoes with a clear color

encoding made in the form of contour figures of animals, characters of books, or cartoons.

It should be noted that the proposed color coding, in comparison with the known technical solutions, allows you to uniquely identify the orientation of the pedestrian, due to the location of the shoe element as follows:

an element of white shoes - a pedestrian is located towards the vehicle, then

  is facing the driver, who must see the pedestrian;

- orange shoe element - the pedestrian is located with his back to the vehicle, that is, his back to the driver, who must see him;

blue element - the pedestrian is located right side to the vehicle, that is, the driver should see the pedestrian who is preparing to cross the road from right to left; red element - the pedestrian is located on the left side of the vehicle, that is, the driver should see the pedestrian who is preparing to cross the road from left to right. The technical result achieved when using a product embodying a utility model is to increase safety and traffic, since it allows the vehicle driver to determine in advance not only the location, but also the direction of movement of the pedestrian due to the early receipt of information about his finding on passive or active elements with unambiguous color coding on his shoes, which, in turn, allows the driver to take the necessary precautions in advance.

Thus, in this case, the utility model fuppa refers to objects of the same type, characterized by the same purpose, providing the same technical result in essentially the same way. 2. shoes. shoes. shoes. shoes. : shoesZ shoes. shoes. shoes. shoes 2 shoes. shoes. In FIG. 1.1. depicts a general view of the shoe - a boot, consisting of a node of the bottom (sole) 1 and the top of the shoe. FIG. 1.2. - shoes with a color coding element for shoes 3 located at the front at the top. FIG. 1.3. - shoes with a color coding element for shoes 3 located at the back at the top. FIG. 1.4. - shoes with a color coding element for shoes 3 located on the upper left. FIG. 1.5. - shoes with a color coding element for shoes 3 located on the upper right. FIG. 2.1. Shows a general view of shoes - shoes, consisting of a node bottom (sole) 1 and top,. ::. x; -: -: - - - - - -: - ..-. -. In FIG. 2.2. - shoes with an element of color coding 3, located in front on the bottom of the shoe. In FIG. 2.3. - shoes with a color coding element for shoes 3, located at the back at the bottom. FIG. 2.4. - shoes with a color coding element for shoes 3 located on the lower left. FIG. 2.5. - shoes with a color coding element for shoes 3 located on the lower right. FIG. 3.1. depicts a General view of shoes - sandals, consisting of a node bottom (sole) 1 and top. In FIG. 3.2. - shoes with an element of color coding 3, located in front on the bottom of the shoe. In FIG. 3.3. - shoes with a color coding element for shoes 3, located at the back at the bottom. FIG. 3.4. - shoes with an element of color coding for shoes 3, located on the lower left. .

The utility model is illustrated by examples of specific performance, which, however, do not cover, and even more so, do not confuse the entire volume of claims. The examples below confirm the possibility of making shoes with the achievement of the specified technical result.

Example

Shoes containing a bottom assembly and as a workpiece for the upper — a flexible upper (boots or boots) with unique color coding elements (hereinafter referred to as elements) are made as follows. Passive color coding elements made of reflective material of brands: Reflexity GP-220, Luxor 900 A, B; Mir Light reflective material, light-scattering, and light-absorbing and representing a tape, or accessories (buttons, buckles), or patch elements in the form of embroidery, appliqués, prints are placed on the outer surface of the workpiece upper with blue on the left, red on the left, the front of the workpiece top is white, and the back, to the back of the workpiece top is orange.

The embroidery of the elements is carried out on the machine SEM-450X1BX as follows; depending on the pattern, they set a pro-gram, thread the necessary color threads, and put the shoe detail under the machine’s working element and thus embroider the element on the shoe upper blank.

The fastening of the elements is carried out by tuning them on individual parts of the workpiece upper shoe with threads, using the sewing equipment used in the shoe industry;

The elements are fastened by thermo-gluing them, which is carried out on equipment of the PMF-JmbH D-66957 brand. With the help of temperature and pressure, the elements are connected to the workpiece upper.

The fastening of the elements is carried out by gluing with the adhesive of the brand “Moment.

The fastening of the elements is carried out by applying a print of the element. To print an element under pressure and temperature, proceed as follows: a punch with a pattern is lowered onto a film with a color coating and pressed against the detail of the upper of the shoe. The color coating of the color marking element is imprinted on the shoe top blank with a punch pattern.

colored thermoplastic material and pressed against the upper part of the shoe. Colored thermoplastic material is molded onto the workpiece top of the shoe with a punch pattern.

The elements are fastened by welding on a Radyne brand machine due to temperature and pressure.

Elements are fastened by inserting them into blocks, eyelets, perforation.

Active, light-emitting color-coding elements made of LEDs, microlamps are attached as follows: sewing, gluing, heat-sealing, welding and inserting as described above.

In the case of children's shoes, elements having the appearance of animals, or characters of children's books, or cartoons are fixed in the same ways as listed above.

Example 2

; Shoes, containing a blank of the top and a knot of the bottom - sandals with unambiguous elements 14

coding (hereinafter referred to as elements) are made as follows.

Passive color coding elements made of reflective material of brands: Reflexily GP-220, Luxor 900 A, B; Mir Light reflective material, light-scattering, and light-absorbing and representing a tape, or accessories (buttons, buckles), or patch elements in the form of embroidery, appliqués, slip, are placed on the outer surface of the bottom of the shoe with blue on the left, red on the left, in the front of the top blank is white, and in the back, that is, in the back of the top blank is orange.

The elements are embroidered on the SEM-450X1BX machine as follows: depending on the pattern, they set the profile, fill the necessary color threads, and put the shoe detail under the machine’s working element and thus embroider the element on the bottom of the shoe.

The elements are fastened by tuning them to individual parts of the bottom part of the shoe with threads, using the sewing equipment used in the shoe industry;

The fastening of the elements is carried out by thermally accumulating them, which is carried out on equipment of the PMF-JmbH D-66957 brand. Using temperature and pressure, the elements are connected to the bottom of the shoe.

The fastening of the elements is carried out by applying a print of the element. Applying a slip of an element under pressure and temperature is as follows: a punch with a pattern is lowered onto a film with a color coating and pressed against the bottom of the shoe. Coloring of the color marking element is imprinted on the bottom of the shoe with a punch pattern.

The fastening of the elements is carried out by forming the element. The element is formed under pressure and temperature as follows: a punch with a pattern is lowered onto a film of colored thermoplastic material and pressed against the bottom of the shoe. Colored thermoplastic material is molded onto the bottom of the shoe with a punch pattern.

The elements are fastened by welding on a Radyne brand machine due to temperature and pressure.

1 The elements are heated by inserting them into blocks, grommets, perforation.

Shoes, supplemented by color coding elements, have increased safety, as it allows the driver of the vehicle to determine in advance not only the location, but also the direction of movement of the pedestrian due to the location of the element with unambiguous color coding on his shoes, which, in turn, allows the driver to take the necessary precautions in advance. An additional effect is achieved due to the arrangement of color coding elements on shoes at a height of no more than 25 ohms. from ground level, which is essential for determining the location and orientation of a pedestrian in fog, especially at night, since only this area is accessible for lighting the vehicle with fog lights.

Sources of information.

1. US patent No. 2,473,877,1949;

2. U.S. Patent No. 4,336.092, 1982;

3. Patent of the Russian Federation No. 2111136.1999;

4. Patent of the Russian Federation No. 2139558.1999;

Claims (8)

1. Shoes, including a top blank, consisting of external and internal parts bonded to each other, and a bottom assembly (sole), which is bonded to the top blank by mechanical, chemical or combined methods, characterized in that it additionally contains passive and / or active color elements located on the outer surface of the shoe upper workpiece both on the right and on the left, that is, on both sides of the shoe upper workpiece both in front, that is, in front of the shoe upper workpiece and in the back, that is, in the back of the workpiece PXA footwear, with color elements have a unique color-coded, namely, the right side - blue, on the left side - red, front - white, respectively, and behind - orange. 2. Shoes according to claim 1, characterized in that the passive elements with unambiguous color coding are made in the form of ribbons, accessories, prints, which are made of retroreflective, or reflective, or light-absorbing, or light-scattering materials. 3. Shoes according to claim 1, characterized in that the active elements with unambiguous color coding are made in the form of light-emitting diodes, or microlamps, or elements from materials with an afterglow effect. 4. Shoes according to claim 1, characterized in that the passive and active color elements with unambiguous color coding have the form of contour figures of animals, characters of books or cartoons. 5. Shoes, including a top blank, consisting of external and internal parts bonded to each other, and a bottom assembly (sole), which is bonded to the top blank by a mechanical, chemical or combined method, characterized in that it additionally contains passive and / or active color elements located on the bottom of the shoe both on the right and on the left, that is, on both sides of the bottom of the shoe both in front, that is, in the front of the bottom of the shoe, and at the back, that is, in the back of the node, while the color elements are unambiguous color The encoding on the right, namely, on the right side is blue, on the left side it is red, in front it is white, respectively, and behind it is orange. 6. Shoes according to claim 5, characterized in that the passive elements with unambiguous color coding are made in the form of tapes, accessories, prints, which are made of retroreflective, or reflective, or light-absorbing, or light-scattering materials. 7. Shoes according to claim 5, characterized in that the active elements with unambiguous color coding are made in the form of light-emitting diodes, or microlamps, or elements from materials with an afterglow effect. 8. Shoes according to claim 5, characterized in that the passive and active color elements with unambiguous color coding have the form of contour figures of animals, characters of books or cartoons.