RU175666U1 - SHOES - Google Patents

Abstract

The utility model relates to means for securing wearable products on the human body, in particular to loops intended for fixing fastening belts on a wearable product. made with spears of harpoon type on the free ends. Achievable technical result - the ability to install or reinstall the loops on any place of a wearable product made of fabric or other Gogo elastic sheet material. 9 s.p. f-ly, 25 ill.

Description

The utility model relates to means for fixing wearable products on the human body, in particular to loops (belt loops - English), which is, in the general case, a non-tightening closed loop fixed in a given place on a wearable product through which the belt is threaded, using which wearable product is fixed and held on the human body in a certain position, or to which something is attached (suspended).

Loops are fabric, leather, plastic, metal. As a belt can be various belts, harnesses, straps, cords, etc. Loops, unlike buckles, do not fix the belt motionless, but allow its movement in loops, as in guides.

Loops are widely used in various wearable products, for example:

in clothes (RU 2462967 - Device for clothing tightening, RU 2109469 - Transformable clothes, RU 14592 - Transformable garment, RU 31924 - Trousers, RU 2312693 - Work clothes with safety belts);

in personal protective equipment (RU 2250432 - Protective helmet, RU 117815 - Suit for protection against elevated temperatures, RU 53113 - Radiation-protective bib overalls, RU 999932 - Set of protective clothing);

in backpacks, satchels, bags (RU 2011359 - Backpack, RU 109646 - Raid backpack, RU 6310 - Backpack);

in portable medical devices (RU 2077289 - Orthopedic belt, RU 15651 - Belt for muscle correction of the lumbosacral spine, RU 2737 - Orthopedic belt).

Examples of the use of loops in various wearable products can be continued.

As a rule, belt loops are fixed on the corresponding elements of wearable products permanently in predetermined places without the possibility of changing the location of the belt loops at the request of the user.

In many cases, loops are made in the form of strips of the corresponding material, the ends of which are connected to the wearable product. An example is a belt loop from a strip of fabric, the ends of which are connected to a wearable product with a regular stitching (http://kroykashite.ru/kak-shit-semnye-poyasa-i-semnye-remni/).

Also known loops that are attached to the elements of the wearable product: using:

using rivets (http://store.dmbullardleather.com/catalog/product/1b15a031225d4ff39727 еа612238cd52, http://www.alltactical.nl/en/kydex-belt-loop-ckk-universal-design-kydex-w-hardw . html);

using threaded connections (http://www.terapeak.com/worth/8-belt-loops-for-kydex-holsters-2-1-4-inch-with-screws-rc-custom-kydex/121741952228/, https://www.ar15.com/archive/topic.html?b=7&f=161&t=1200 200).

A common feature of the above loops and the proposed solution is loops, including elements made with the possibility of forming a non-tightening closed loop in a given place of the wearable product.

In any of the above examples, belt loops are fixed on the corresponding elements of the wearable product permanently in predetermined places without the possibility of changing the location of the belt loops at the request of the user.

The so-called removable belt loops are known, the performance features of which allow you to change the location of the belt loops on the wearable product.

So, removable belt loops are known on the application of Japan JP 2010180518, IPC A41D 1/06, the filing date of the application is 08/19/2010, which is selected as an analogue.

A detachable belt loop contains elements of belt loops fastening on the waist part of the trousers by elastic pinching of the waist part, forming an elastic loop open at the bottom, in which the belt part is located, as well as belt fixation elements in the belt loop, forming an open top loop in which the belt is located. On the same loop can be suspended, for example, keys, key chains, etc. The belt loop can be placed anywhere in the waist of the trousers at the request of the user, in addition, several belt loops can be installed on the trousers as necessary.

A common feature of the analogue and the claimed solution is the belt loops, including elements made with the possibility of forming a non-tightening closed loop in a given place of the wearable product.

The belt loops described are specific and have limited application possibilities - the belt loops are designed to fix the belt on the waist of the trousers. The use of such a belt loops for fixing belts on other wearable products in places at the user's choice is problematic.

As a prototype, a removable belt loop, known by US patent No. 2315161, IPC A41F 9/00, the filing date of 06/01/1942, was selected.

The removable belt prototype is made in the form of a strip of leather or other elastic material, which is fixed on a wearable product using button fasteners. A button fastener is a device for quickly connecting parts, for example, clothes, by snapping in by pressing its two matching halves. The clasp-button consists of two parts that are included in one another - the covered part and the covering part. Some of the parts are fixed on the strip, others on the material of the wearable product in a given place. When combining and compressing these parts, the button fastener clicks and the strip is connected to the material of the wearable product. When the button fasteners are located at the ends of the strip, the strip together with the product material forms a non-tightening closed loop through which the belt is drawn.

A common feature of the prototype and the claimed solution is belt loops, including elements made with the possibility of forming a non-tightening closed loop in a given place of the wearable product.

The prototype loops described above are unsuitable for installing or reinstalling the loops on any place of the wearable product at the request of the user, since the place for installing the loops on the wearable product must be prepared in advance - must be equipped with the corresponding details of the button fastener.

The utility model is based on the task of improving the loops, in which due to the design features of its implementation, it is possible to install or reinstall the loops on any place of a wearable product made of fabric or other elastic sheet material, at the request of the user.

The problem is solved in that the belt loader, including elements made with the possibility of forming a non-retractable closed loop in a given place of the wearable product, according to the utility model is made in the form of a U-shaped bracket formed by a longitudinal element and two transverse elements connected to the ends of the longitudinal element and made with harpoon type tips on free ends.

These signs are essential features of the utility model, as they are necessary and sufficient to achieve a technical result - the ability to install or reinstall the loops on any place of a wearable product made of fabric or other elastic sheet material, at the request of the user.

The loops can be installed anywhere on the wearable product by piercing the material of the product with the points of the transverse elements and fixed in the selected place due to the anchor properties of the spears of the harpoon type. The loops can be manually removed and reinstalled in another place by piercing the material with points in another place of the wearable product of the user's choice.

It is advisable to realize the harpoon effect of the tip using a persistent transverse platform made on the tip. The persistent transverse platform on the tip located on the back side of the sheet material of the wearable product prevents unauthorized pulling of the belt loops.

The tip can be made in the form of a cone, in the form of a multifaceted pyramid, in the form of an arrow, drop-shaped, etc.

Each transverse element can be made expanding in the direction from the point to the longitudinal element, which limits the “failure” of the belt loop, that is, it maintains the gap between the longitudinal belt element and the material of the wearable product until the belt is inserted into the belt loop.

An additional emphasis can be made on each transverse element, located between the tip and the longitudinal element, preventing the belt from falling through.

Each transverse element can be made cranked. The knee of the transverse elements prevent the “loosening” of the loops.

The longitudinal element may be made in the form of a frame with a window for the location of the belt. This implementation does not require the use of tools that limit or prevent the "failure" of loops.

The following is a description of the inventive belt loops with reference to the drawings, which show:

FIG. 1 - Loop, front view.

FIG. 2 - Loop, view A in FIG. one.

FIG. 3 - Loop, view B in FIG. one.

FIG. 4 - Belt loops, view B in FIG. one.

FIG. 5 - Loop, the implementation of the tip in the form of a cone.

FIG. 6 - Loop, view G in FIG. 5.

FIG. 7 - Loop, the implementation of the tip in the form of a tetrahedral pyramid.

FIG. 8 - Loop, view D in FIG. 7.

FIG. 9 - Loop, the implementation of the tip in the form of a hexagonal pyramid.

FIG. 10 - Loop, view E in FIG. 9.

FIG. 11 - Loop, the implementation of the tip in the form of an arrow.

FIG. 12 - Loop, view W in FIG. eleven.

FIG. 13 - Loop, the implementation of the tip in the form of a drop.

FIG. 14 - Loop, view K in FIG. 13.

FIG. 15 - Loop, view In figure 1, with expanding transverse elements.

FIG. 16 - Loop, front view, with stops on the transverse elements.

FIG. 17 - Loop, section LL in FIG. 16.

FIG. 18 - Loop, front view, cranked execution of the transverse elements.

FIG. 19 - Loop, front view, the implementation of the longitudinal element in the form of a frame.

FIG. 20 - Loop, front view, the execution of the longitudinal element in the form of a frame with transverse elements offset to the center.

FIG. 21 - Loop, section MM in FIG. 19, 20.

FIG. 22 - Loopback, front view, execution with gasket.

FIG. 23 - Loop, view N in FIG. 22.

FIG. 24 - Loop loops, application example for Lyapko applicator, top view.

FIG. 25 - Loop, section PP in FIG. 24.

The belt loop is made in the form of a U-shaped bracket formed by a longitudinal element 1 and two transverse elements 2 connected to the ends of the longitudinal element 1 and made with harpoon type tips 3 at the free ends of the transverse elements 2. Each tip 3 is made with a persistent transverse platform 4. When piercing the 3 points of the fabric material 5 (or any other elastic sheet material) of which the wearable product is made, the belt loop together with the material 5 of the wearable product forms a non-tightening closed loop through which belt 6 is threaded through or to which something is attached (suspended). In this case, the tips 3 are located on the reverse side of the sheet material 5. The persistent transverse platforms 4 prevent unauthorized pulling of the belt loops from the material 5 (Figs. 1, 2, 3, 4).

If necessary, the belt loop can be removed from the material 5 by manually applying the appropriate force in the direction of pulling the belt from the material 5, taking into account its elastic properties. After that, the loops can be installed in another place of the wearable product by piercing the tips 3 of the fabric material 5 in another place of the wearable product of the choice of the user.

Point 3 may have a different implementation.

In FIG. 5, 6 shows an example of the implementation of the tip 3 in the form of a cone 7, the base of which performs the function of a persistent transverse platform 4, the dimensions of which exceed the dimensions of the cross section of the belt loop element 2.

In FIG. 7, 8, 9, 10 shows an example of the implementation of the tip 3 in the form of a polyhedral pyramid 8 (Fig. 7, 8 - a tetrahedral pyramid, Fig. 9, 10 - a hexagonal pyramid). The base of the pyramids 8 perform the function of a persistent transverse platform 4, the dimensions of which exceed the dimensions of the cross section of the belt loop element 2.

In FIG. 11, 12 shows an example of the implementation of the tip 3 in the form of an arrow 9, the diverging elements 10 of which form a persistent transverse platform 4, the dimensions of which exceed the dimensions of the cross section of the belt loop element 2.

In FIG. 13, 14 shows an example of the implementation of the tip 3 in the form of a drop 11, the rounded surface 12 of which performs the function of a persistent transverse pad, the dimensions of which exceed the dimensions of the cross section of the belt loop element 2.

The belt loop may have means that limit or prevent its “sagging,” that is, means that maintain the gap between the longitudinal element 1 and the material 5 of the wearable product before installing the belt 6 in the belt loop.

In FIG. 15 shows an example of a belt loop in which each transverse element 2 is made expanding in the direction from the tip 3 to the longitudinal element 1. This embodiment limits the “failure” of the belt loop.

In FIG. 16, 17 shows an example of a belt loop, in which an additional stop 13 is located on each transverse element 2, located between the tip 3 and the longitudinal element 1. This stop 13 prevents the belt from falling through.

In FIG. 18 shows an example of a belt loop in which each transverse element 2 is cranked, that is, with a knee 14. The knee 14 prevents the belt from “falling through”.

The longitudinal element 1 can be made in the form of a frame with a window 15 for the location of the belt 6 (Fig. 19, 21). This embodiment of belt loops does not require the use of means restricting or preventing the “loosening” of belt loops, since the window 15 in the longitudinal belt loop element 1 does not depend on the belt loops being fixed on the material 5 of the wearable product. In this case, the transverse elements 2 can be shifted to the center of the belt loop (Fig. 20), which ensures the convenience of securing the belt loop at the edge of the material 5 of the wearable product.

In cases where the material 5 of the wearable product is not strong enough, the belt loop can be installed using a lining 16 of a stronger material, which is placed between the tips 3 and the back side of the material 5 and pierced together with the material 5. To facilitate the installation of the belt loops, the lining 16 in places its piercing can be performed with holes whose diameter is less than the transverse size of the tip 3.

The design features of the proposed belt loops allow you to mount belt loops on the wearable product in places at the user's choice, as well as reinstall belt loops to other places of the wearable product, again, at the user's choice.

In FIG. 25, 26 shows an example of the use of loops for the belt-retainer 6 of the Lyapko applicator, which is a base of elastic sheet material, on the working surface of which active needles are made. Loops are installed by piercing the base from the side of the non-working surface of the applicator. A belt-retainer 6 is threaded through the loops, with which the applicator is fixed in a given place on the human body.

Claims (12)

1. A belt loop comprising elements made with the possibility of forming a non-tightening closed loop at a predetermined location of the wearable product, characterized in which is made in the form of a U-shaped bracket formed by a longitudinal element and two transverse elements connected to the ends of the longitudinal element and made with harpoon type tips at the free ends. 2. A belt loaf according to claim 1, characterized in that each tip is made with a persistent transverse platform. 3. A belt loaf according to claim 2, characterized in that the point is made in the form of a cone. 4. A belt loaf according to claim 2, characterized in that the point is made in the form of a multifaceted pyramid. 5. A belt loaf according to claim 2, characterized in that the tip is made in the form of an arrow. 6. A belt loaf according to claim 2, characterized in that the tip is made drop-shaped. 7. A belt loop according to claim 1, characterized in that each transverse element is made expanding in the direction from the tip to the longitudinal element. 8. A belt loaf according to claim 1, characterized in that an additional emphasis is made on each transverse element located between the tip and the longitudinal element. 9. A belt loaf according to claim 1, characterized in that each transverse element is cranked. 10. The belt loaf according to claim 1, characterized in that the longitudinal element is made in the form of a frame with a window for the location of the belt.

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