RU2595970C2 - Removable magnetic fastening system - Google Patents

Abstract

FIELD: personal use and household items.

SUBSTANCE: this system allows reliable fastening fasten different by magnetic attraction force magnets. It consists of three separate components, namely: fixed part, consisting of at least one pocket (1) made directly from the side of the object(s) clothes or attached to surface of the clothing article; the movable part, consisting of two or more flexible detachable magnetic strips (10); magnet or magnetic attractable element (25), which is required for sliding insert or magnetic strip (10) into the pocket (1).

EFFECT: disclosed is a removable magnetic system of fastening to multiple purpose systems, which, in particular, is designed and intended for use in clothes, underwear, skin articles, shoes, other attachments and any other applications.

8 cl, 22 dwg

Description

FIELD OF TECHNOLOGY

The present invention relates to a removable magnetic fastening system, in particular to a fastening / unfastening system for garments (as mentioned below) of all types, including: clothes, underwear, leather products (leather goods), shoes, bags, any accessories and any other application. This system consists of several components, which together form a new universal method and an improved approach for preserving (maintaining) parts of clothing, underwear, leather goods, bags, shoes, any accessories and other fields of application, buttoned, organized, docked and adjustable.

BACKGROUND

There are several methods of fastening that are used in the field of clothing, underwear, leather goods, bags, shoes, accessories, fabric materials and other applications in which two or more components are used at a time. The most well-known and widely used buttons (classic, automatic or magnetic), fasteners, hook and loop fasteners, latches, zippers, Velcro (Velcro), buckles, magnetic fasteners, etc.

All these fastening devices, permanently attached to clothing, require mechanical action along the entire length of the unfastening / fastening and may be unacceptable to a wide range of people (with permanent and / or temporary disabilities, people with disabilities, blind people, etc.). In addition, any of these devices creates some other disadvantages in the application and use (which will be discussed below), which makes them impractical, inconvenient and expensive.

The current state of technology creates the need and need for a new innovative system of fastening / unfastening, which eliminates the disadvantages and difficulties for the disabled, blind, as well as other categories of people, such as the elderly, pregnant women, children, etc., and also optimizes weight , flexibility, reliability, cost, ease of cleaning, ease of removal and insertion of the fastening system, and also takes into account characteristics such as fashion, practicality, ease of use in all other areas of application, both casual wear, business wear, evening wear, and professional clothing and so on.

It is this magnetic fastening / unfastening system that is described in this invention, and will be described in more detail below, that meets all these requirements.

Classic buttons, fasteners, a hook and loop, clips and buttons represent traditional methods of fastening and have drawbacks when used by the user; they must be re-sewn or removed in case of loss, re-made in case of resizing or in case of loss of logo parts. They also have the disadvantage of leaving a gap or gap between the parts, which can cause an unpleasant effect if the person is overweight. For manufacturers in the field of clothing, and in any other areas, the production and use of these fastening devices require additional work and costs. But one of the most obvious drawbacks of these devices is that its use can be inconvenient and difficult for people with disabilities, elderly people, pregnant women, children, since they require mechanical actions when fastening / unfastening.

Zipper and hook-and-loop fasteners (also known as Velcro Velcro) help to avoid some of these problems, but they have other disadvantages. So lightning often causes jamming of parts of the fabric and skin inside, which greatly complicates the fastening process. It cannot be applied to light tissues, it does not allow lateral adjustment, it adds costs and other disadvantages. Hook-and-loop fasteners help to avoid some of these problems, but they are not so easy to wash and quickly become contaminated with other fabrics and clogged with fluff, wool, hair, dust, etc. They can also damage the skin and tissue if they do not completely match together. In addition, it can be seen that all these fastening systems complicate the design of the garments in which they are hidden and require additional processes during the production phase (for example, shirts with hidden buttons, jackets with hidden zippers).

Several attempts have been made earlier to develop commercially successful magnetic fastener devices that try to reduce the imperfections that occur when fastening clothing, shoes, and other accessories. In particular, magnetic fasteners consist mainly of known, expected and obvious structural configurations (magnets, polymers, etc.) that are attached, sewn or attached to elements of clothing, underwear and other applications. Some of them solve the problem of mechanical manipulation, but do not solve the other problems described above.

Previously known devices are described in: US 6301754; EP 0958750; US 7,607,205; US 6954968; WO 2000/33328; WO 2003/056956; WO 2008/025905; US 7992264.

As already mentioned, magnetic fastener devices have been presented in many forms. Almost all of them consist of a structure made of a polymeric material, to which magnets are attached, making it heavy and, if these systems are used in light garments, they change its structure and reduce the wear resistance of clothes. But the biggest drawback is that all these systems are permanently attached to the parts of the clothes that need to be connected or fastened, which requires a physical (structural) change of the garment in such a way as to adapt the magnetic component (s). As a result, the cost and complexity of manufacturing the garment and the magnetic device itself increase. Each garment requires its own fastener. In addition, it is very important that when clothes with such a magnetic device are washed / dried or ironed, they are attached (due to magnetic force) to the drum of the washing / drying machine or to the iron. This creates many disadvantages and makes it more difficult to remove them from the washer / dryer and may limit the washing or drying efficiency due to the lack of uniform mixing and / or inversion and the efficiency of the magnets themselves. In addition, some permanently attached magnetic snap fasteners are exposed to the environment and have no protection against moisture penetration, which can adversely affect magnets.

To eliminate all these shortcomings and difficulties (mentioned above) that are common to all known fastening systems, which serve to close parts of clothing, underwear, leather goods, shoes, any accessories, a new fastening system was invented and developed, which is described in this inventions. A system that securely fastens two or more components of sewing products does not require physical manipulations (to help people with disabilities and has the advantages of more practical use and fastening / unfastening speed), as well as having advantages in flexibility, lightness (does not burden, does not cause a change in the structure of the fabric or other material and can be inserted into various clothes and fashion accessories), is not sewn in, is not permanently attached to parts of the garment (in favor of maintaining magnetic force, which allows the styrat the sewing product in the washing machine, dried in the dryer and ironed without magnetic attachment to the surface), is invisible and does not create undesirable deformations (does not create any restrictions on the style and aesthetic modifications, allowing the greatest freedom in creating new forms and types of clothing, lower linen, leather goods, shoes, bags and any accessories), which has a low cost of production and sale (in favor of the manufacturer and consumer), as well as this one and the same fastening system (as soon as it will be standardized) can be applied in different kinds of clothes at no additional cost.

SUMMARY OF THE INVENTION

The fastening system refers to multi-purpose systems, which, in particular, are designed and intended for use in clothing, underwear, leather goods, shoes, other accessories and any other field of application. This fastening system allows you to reliably fasten various components due to the attractive force of the magnets.

One of the main and significant differences of the universal invisible removable magnetic fastening system is that the magnetic element is very flexible, repeats the natural fold line of even lightweight fabric. It can be easily inserted and removed, which allows washing in a washing machine, drying in a tumble dryer and ironing sewing products, clothes, underwear, leather products, shoes, other accessories and any other application without any worries, without worrying that the magnetic element attaches to the surface of the metal. The invention consists of three components, which provide its main characteristics and distinguish it from any other known fastening system.

1. The fixed part consists of at least one pocket cut from the sewing product or fixed to the surface of the sewing product (hereinafter referred to as “pockets” or “pocket eye”). (Hereinafter, the term “product” or “sewing product” is used, which means any part of clothing, underwear, leather, shoes, bags, any accessories and any other application where the fastening system of the present invention can be used).

2. The movable part consists of two or more flexible removable magnetic tapes (hereinafter referred to as “magnetic strips”).

3. A magnet or magnetically attracted element (for example, steel, iron, etc., but preferably a magnet) that helps to insert, slide along the magnetic part or magnetic strip (hereinafter referred to as the “magnetic slider” (slider)) in the “pocket” "or" pocket ear ".

The magnetic strip is inserted using said magnetic slider into said pocket, mounted on an object or cut out in an article during production; the force of magnetic attraction between the said magnetic strips ensures reliable fastening of the object.

A pocket (s) is a bag or envelope-shaped container attached or cut in a garment, underwear, leather goods, shoes, other accessories and any other application to accommodate a flexible removable magnetic strip. The pocket (s) can be attached, fixed by soldering, basting, gluing, sealing, but preferably a quilted, stitched, stitched with each of the opposite sides of the product. In another case, the pocket (s) can be formed, cut out of the internal material of the product (for example, fabric, leather and any other) during the production process (not a separate fabric pocket), forming a gap, a hole, an eye in the inside of the object, and should be connected by stitching layers of fabric accordingly.

The magnetic strip (s), inserted into pockets or ears, provides reliable and quick fastening or fastening of clothing components, underwear, leather products, shoes, other accessories and any other field of application due to the force of attraction of magnets.

The insertion of sliding strips into the pockets is ensured by a magnetic slider. By installing a strip at the end / at the beginning of the pocket, placing it at the beginning of the eye (hole), the magnetic force of attraction passing through the material of the pocket allows the magnetic strip to slide quickly, following the direction of the magnetic slider (slider) to the desired position. The time for introducing a magnetic strip can vary from 0.5 seconds or more, depending on the length and experience of the user. The unfastening of the item is ensured by separation, separation of the sides of the clothes, on which pockets are attached, having magnetic strips inside.

The magnetic part (the said magnetic strip) can be easily removed from the pocket of a garment, underwear, leather products, shoes, other accessories and any other application to avoid problems during washing, drying, ironing caused by other systems (devices), permanently sewn, attached to the product.

This system is very practical to use both for people with disabilities, as well as for any other category of people. Its advantage is that the magnetic part can be easily inserted and easily removed from the garment. It is very flexible, naturally repeats the bending of any material, without creating an aesthetic problem. It is commercially effective in terms of its cost of production and sale.

A system that reliably holds two or more components (garments) together does not require physical actions (to help people with disabilities and has advantages since it is more practical to use and provides faster fastening / unfastening), it is flexible, lightweight (does not burden, does not provoke a change in the line of fabric or other material and can be inserted into various clothes and fashion accessories), is not permanently attached to part of the clothes (in favor of maintaining the magnetic strength of magnets and easy washing the washing machine, dryer dryer and ironing without magnetic attachment to the surface), is invisible and does not create unwanted deformations (does not create any restrictions on the style and aesthetic modifications, allowing the greatest freedom in the forms and types of clothes, underwear, leather goods , shoes, bags and any accessories), which has a low cost of production and sale (in favor of the manufacturer and consumer), as well as the same fastening system (as soon as it is standardized) can be applied in various types of clothes at no additional cost.

BRIEF DESCRIPTION OF THE DRAWINGS

The characteristics and advantages of the present invention will become more apparent from the description of the accompanying drawings, depicted in this way only as non-limiting examples, namely:

FIG. 1 schematically shows the fixed component (s) of the present invention: pocket (s).

FIG. 1 (a) schematically shows the fixation, attachment, adjustable pocket (s) to the next adjacent inner edge of the product or garment (in this example and in the rest, a shirt is shown, but the present invention can be applied to any other garment, underwear, products from leather, shoes, any accessories and any other scope or their various parts).

FIG. 1 (b) schematically shows a pocket (s), a so-called “pocket eye”, cut from a product. It can be formed from the internal structure of the product (for example, fabric, leather and any other) during the manufacturing process.

FIG. 1 (c) schematically shows the edge (board) of a garment.

FIG. 2 schematically shows the movable components of the present invention: magnetic strips that allow fast fastening or fastening of the components of an article, garment, underwear, leather goods, shoes, other accessories and any other application due to the force of attraction of the magnets.

FIG. 2 (a) schematically shows a fastener or fasteners, called a label (s), which allows the magnetic strips to find the correct position inside the “pocket (s) eye”.

FIG. 2 (b) is a perspective view of said magnetic strip inserted in said pocket and said label, which may be marked and may be made of magnetically attractable material.

FIG. 2 (c) is a cross-sectional view of magnetic attraction between said magnetic strips.

In FIG. 3 schematically shows an object that helps to insert the magnetic strip (s) inside the pocket (s): a magnetic slider (slider).

FIG. 3 (a) shows a cross-sectional view of said magnetic slider.

FIG. 3 (b) illustrates a schematic perspective view of an insert using said magnetic slider of said magnetic strip inside said “pocket eye” of a garment.

In FIG. 3 (c) schematically shows the process of inserting said magnetic strip (s) into said pocket using said magnetic slider.

FIG. 3 (d) schematically shows the point at which said magnetic strip reaches the desired position, said magnetic slider locks them in a pocket with said tag or fastener, which closes and blocks the movement of the magnetic slider.

FIG. 4 (a-b), FIG. 5 (a-b) and FIG. 6 (a-b) schematically shows (as a non-limiting example in the accompanying drawings) a detailed application of the fastening / unfastening system for a shirt, trousers and medical gown, respectively, and its unfastening / fastening phase.

MODE FOR CARRYING OUT THE INVENTION

This description is one of the possible ways to implement the present invention, called a removable magnetic fastening system, retaining all rights to make changes to improve the system without changing the main qualities of this invention.

The invention contains three components that provide its basic characteristics and distinguish it from any other known fastening system. This system is very practical to use both for people with disabilities, as well as for any other category of people. Its advantage is that the magnetic part can be easily inserted and easily removed from the garment. It is very flexible, naturally repeats the bending of any material without creating aesthetic problems. It is commercially effective in terms of cost of production and sale.

FIG. 1 is a schematic view of a pocket 1, which can be made of any lightweight and flexible material of natural origin (for example, cotton, wool, silk, rubber); or synthetic (polyester, rayon, other plastics or polymers) but preferably it is a woven material 2 (as will be called later). The two parts of the woven material are joined together using any of the methods to join the two materials (soldered, sour cream, glued, sealed, but preferably sewn, rolled up, sewn 3 (as will be called hereinafter) along the length of their edge. different materials and can be made of one strip of fabric sewn along its length on one side, or it can be made of two stripes of the same size sewn on both sides.The fabrics can be selected depending on the criteria for better gliding, for in order to provide a faster insertion of the magnetic strip inside the pocket with the help of a magnetic slider.One of the ends or points of the said pocket (the so-called lower part) 4 should be closed (fastened), while the other end or point (called the upper part) 5 should remain open, unzipped, and the pocket is empty, as shown in plan view 5a.

FIG. 1 (a) said pocket may be attached 6 by sewing to the inner edge 7 of an article or garment 8. As used herein, the term “article” or “sewing article” means any part of clothing, underwear, leather goods, shoes, bags any accessories and any other application where the fastening system of the present invention can be used.

FIG. 1 (b), the so-called “pocket eye” can be cut directly from the garment. The eyelet can be made in the end side of the edge 7a of the sewing product and accordingly folded along the bend 6a and fixed on the inside of the sewing product to create a new edge, a board that is hollow and has an inlet. This process structurally changes the garment and makes it innovative and distinguishes it from all known ones.

FIG. 1 (c) a garment with a pocket eye on the inside of the edge, side (end) 9. And an enlarged view of the small eye 9a on the inside of the edge of the garment (which may leave the outer part (or visible part) intact).

FIG. 2, the magnetic strip (s) 10 (like the pocket eye) can be made of any flexible material, preferably woven material 11. The two parts of the woven material are connected using any of the methods to keep the two materials connected (by soldering, basting, gluing, sealing), but preferably stitched, rolled up, stitched 12 along the edge of their length. The fabric of any strip can be made of any material and can consist of one strip of fabric sewn on one side along the entire length, or can be made of two strips of the same size, sewn along the length of any size. Permanent magnetic materials 13 are preferably used in ferromagnetic objects, which are joined by winding, gluing, sealing, but are preferably stitched, sewn into the inner connected layers. The magnets may be of any shape, but preferably have a cylindrical shape. A magnet, preferably a permanent magnet, made of hard rigid material / (for example, aluminum-nickel-cobalt, strontium, hard ferrite, samarium cobalt and / or neodymium-iron-boron). Permanent magnets are a class of materials that retain their magnetic properties after the main magnetic field has been removed. There are a number of permanent magnetic materials, including aluminum-nickel-cobalt (Alnico), strontium, hard ferrite, samarium-cobalt (Sm-Co) and neodymium-iron-boron (Nd-Fe-B or neodymium). Samarium-cobalt permanent magnets (Sm-Co) are composed of samarium, cobalt and iron. These rare earth magnets are extremely strong for their small size, metallic in appearance and come in simple shapes such as rings, blocks and discs, etc .; plastic: magnetized polymers, or new ones, which consist of (V (СО) 6TCNE) vanadium tetracyanoethylene, or any other natural or artificial magnets. Magnets can be ceramic-metal or polymer-soldered. For use in a fastening system, neodymium magnets are by far the most preferred option since they are extremely strong for their small size and come in simple shapes. The length (box) or diameter (cylindrical) can vary from 5 mm to 30 mm per magnet; their thickness can vary from 0.5 mm to 4 mm per magnet; their weight varies from 0.2 g to 8 g per magnet; the attractive force can vary from 4N to 30N per magnet; can be installed at a distance of approx. 2 cm to 10 cm to avoid that magnets of the same magnetic strip will be attracted between them. The magnets of the same strip are located in the same magnetic orientation and can be coated with a polymer material to avoid oxidation of the magnets when they are in contact with organic liquids and / or water. Each pair of magnetic strips consists of magnets of the same shape and approximately the same magnetic field strength (which contributes to the ideal linear attachment of the magnets), which are located at the same distance between them to ensure perfect alignment of the two edges of the garment to be fastened. The magnets in the same strip are oriented so that the polarity of the magnets is uniform with respect to the flexible material. In each pair of said magnetic strips, one magnetic strip has negative pole magnets, and the other has positive pole magnets to create an interaction between them. Magnetic strips arranged as shown in FIG. 2 generate a magnetic attraction between them 14, which provides for fastening the fastening system.

The label 15 is preferably attached by suturing to one of the ends or edges (called the top edge) of said magnetic strip (os). It can be made from any lightweight and flexible material. He plays the role of the final clasp or clip. The label allows said magnetic strip (s) 18 to find the correct position inside said pocket (which is shown in Fig. 2 (a)). The lower part of said magnetic strip is preferably in the form of a triangle or circle and may comprise a thin and rigid plastic element to facilitate sliding of said magnetic strip into said pocket. Since this innovative method of the fastening system allows the use of lightweight flexible fabric material to produce the magnetic strip, the weight of the entire fastening system is really small (for example, the fastening system for a shirt has a mass of about 6 g) and the whole system is practically invisible, and therefore the shape and the garment line remains unchanged. In addition, the use of fabric material allows easier gliding when inserted into said clothing pocket using a magnetic slider. This advantage distinguishes it from all known fastening systems permanently sewn or attached to products, which mainly use polymeric materials, which make them too heavy, uncomfortable and deform the shape of the product. To avoid unwanted product defects, the difference between the thickness of the strip and the pocket / pocket of the pocket can vary from 0.5 mm to 20 mm, and the length of the pockets can be adjusted depending on the size of the product that needs to be fastened. The length of the strips depends on the size of the magnets sewn inside them, but ranges from 5 mm to 45 mm and can be standardized depending on the attractive force required to fasten a specific part of the product.

Mentioned magnetic strips can be made in standard sizes depending on the application, for example, from 1 cm to 10 cm in length for pants, trousers, jeans. FIG. 5 (each of these magnetic strips may have from 1 to 7 magnets inside); from 20 cm to 40 cm for t-shirts, jackets, etc. fig. 4 (each of these magnetic strips may have from 1 to 13 magnets inside); 40 cm to 150 cm for fastening professional clothing (such as dresses, lab coats, etc.) FIG. 6 (each of these magnetic strips may have from 1 to 23 magnets inside). That allows you to use the same pair of the mentioned standard magnetic strips for different products, clothes, underwear, leather goods, shoes, other accessories, etc. This advantage can significantly reduce production costs and the selling price to consumers.

FIG. 2 (a), the label 15 can have a magnetic attractive force in the upper part 16, can be bent in the central part 17, and can be sewn to the magnetic strip in the lower part 20. The bend has a support function during the pivoting movement 18, which allows up and down movement said labels on said magnetic strip due to the magnetic force of magnet (s) 19 (shown by a dotted line) inserted into said magnetic strip. The label 15a may be opened to remove the magnetic strip 10 from the pocket 1 or may be closed 15a (adjacent to the magnet 19) to block the movement of the magnetic strip in the pocket, in the vertical position (due to gravity) or in the longitudinal position (if the fastening system is not located upright). The label can be made of any material (synthetic: magnetic polymer, plastic, etc., natural material: woven material, etc., mixed. Material: fabric with magnets sewn onto it, fabrics coated with a magnetic polymer. Label if it is magnetized, it will remain fastened on a magnet fastening the strip.The label can be labeled 24, contain the names of people, some features and more.

FIG. 2 (b), the label serves as the final fastener 21, which blocks the magnetic strip 10a (shown by a dotted line) in the desired position, if necessary, some empty space 22 can be left in the pocket 1. This fact also allows the production of magnetic stripes that can be inserted into pocket (s) or eye of pocket (s) cut at the edges of a product or clothing, in standard sizes and various lengths. Standardization simplifies the location of the inserted magnets 23 and makes it easier to recognize the side of the insert (magnetic pole (for example: negative) that will be on the same side of the strip (for example, on the side of the label)). To eliminate unwanted movement of an object, the difference in width between said magnetic strip (s) and said pocket / ear can vary from 0.5 mm to 200 mm, and the length of said pocket or said pocket ear can vary depending on the size of the object.

FIG. 2 (c) is a cross-sectional view of said magnetic strip, two layers of fabric 11a that are joined together, preferably stitched together 12, with magnets 13 fixed inside. Magnetic attraction 14 between the bands is only possible if the bands are positioned correctly (positive attracts negative). That is why it is necessary that each strip has the same orientation of the magnets.

FIG. 3, an object that allows a simple and quick insertion of said magnetic strip into said pocket, called a magnetic slider 25. It consists of a magnet 26 (preferably a permanent cylindrical) or a magnetic element, which may contain any metallic material that is magnetic, attracted to the magnet (for example, steel, iron), and / or, possibly, also (preferably) contains a second magnet, which has a large magnetic attraction (shown by the dotted line), which were inserted into said magnesium full band. The magnetic slider may be coated with a housing 28 (preferably made of a polymeric material) and may have a handle 27 that facilitates use. The magnet 26 can be inserted into the casing 28 with a handle during production, having the following polarity (in the lower part it can have a polarity (+) opposite the polarity (-)) depending on the surface of said magnetic strip with a buttoned button. This facilitates the standardization of said magnetic strip and reduces the cost of manufacturing a fastening system. The magnetic slider may comprise a magnet, which may have a magnetic force of 10 N to 60 N, greater than one magnet inserted in the strip. In the upper part, it can have a handle that facilitates insertion, and in the lower part it can have a fabric to improve sliding between the magnet and the outer part of the pocket (edges, eyelet in the sewing product).

In FIG. 3 (a) is a cross-sectional view of a magnetic slider that shows the position of the magnet 26 inside of it, covered by a circumferential component at the bottom, preferably made of fabric or some other slippery material (in order to facilitate sliding on the surface of the material of the garment, which fixes the magnet to exit inside the housing 28, which has a handle 27, the magnet is locked at a thickness of 30, which prevents its lateral or longitudinal movement. (This image shows one of the possible forms and possible combinations of materials from which said magnetic slider may be made.)

In FIG. 3 (b) said magnetic strip 10a (dotted) is inserted into said ear of pocket 9a of the garment. FIG. 1 (a), said tag 15 is unfastened, and the rotational movement 18 is not yet complete. Said magnetic slider 25 is placed to the first magnet inserted into said magnetic strip, which generates a magnetic attraction force 32, which passes through the material of the product, which makes it possible to stabilize the optimal position and contact between said magnetic strip and said magnetic slider. Sliding down 31 of said magnetic slider will cause sliding of said magnetic strip, facilitating penetration into said pocket ear. The best sliding of the fabric on the fabric (between the said magnetic strip and the inside of the pocket eye and between the magnetic slider and the outside of the pocket ear) is important for maintaining the quality and durability of the clothes.

In FIG. 3 (c) shows a process similar to that in FIG. 3 (b), but the type of pocket is different. Said magnetic strip 10a (the inserted part is indicated by a dotted line) is inserted into said pocket of the sewing product. FIG. 1 (a), said label is unfastened and the rotational movement 18 is not yet complete. Said magnetic slider 25 is placed on a first magnet inserted into said magnetic strip, which generates a magnetic attraction force 32, which passes through the material of the product, which makes it possible to stabilize the optimal position and contact between said magnetic strip and said magnetic slider. Sliding down said magnetic slider will cause sliding (penetration) 31a in the horizontal direction (in this case) 31 of said magnetic strip into said pocket ear.

As shown in FIG. 3 (d) when said magnetic slider 25 reaches the desired position (maximum insertion of said magnetic strip 10a into said pocket 1), while the label 15 (due to the bend of Fig. 2 (a) 17), if it is magnetized, closes (acting as a fastener or lock 21) on a magnet inserted into said magnetic strip and will block, even if there is still an empty space in said pocket (as in Fig. 2 (b) 22), further sliding of said magnetic strip.

The removable magnetic fastening system (two magnetic strips and / or two pockets attached to the sewing product) for clothes, underwear, leather goods, shoes, other accessories and for any other application is very light, weight can vary from 0, 8 g to 200 g

In FIG. 4 (a-b), 5 (a-b), 6 (a-b), a non-limiting method of using a magnetic removable fastening / unfastening system, applied respectively on shirts, trousers and a medical gown, and the phases of its unfastening / fastening are presented in detail. The ear of the pocket 9, on which the label (label) 15 is closed (the visible part of the system) and the magnetic strip 10 with the magnet 13 inside (the invisible part of the system), inserted into the inside of the garment. The system is invisible 33 when the garment is unfastened and when the garment is unfastened 35, only one part of the system 34 (cut or attached to the sewing product) remains visible.

The present invention admits numerous modifications and variations that remain within the scope of the present invention; All parts can be replaced by other technically equivalent elements. The material, as well as the dimensions, can be adjusted according to requirements.

INDUSTRIAL APPLICABILITY

The fastening system has optimal characteristics, is easy to use, convenient, is removable, can be easily removed and inserted to facilitate washing, drying and ironing. Despite the fact that the structure of the garment changes, it retains its original shape without changing it, which makes the fastening system described in the present invention suitable for any type of style and various aesthetic and economic requirements of the market. It can also be used for shoes and in any other field of application. It guarantees reliable fastening of parts of clothes, underwear, leather goods, shoes, bags, any accessories and for any other application (the magnetic force of one magnet can reach 80 N), easier than the fastening systems known previously. In addition, this fastening system is commercially effective since the manufacturer does not need to make loops or sew buttons or other fastening devices on the product (s), avoiding the production costs, while the owner can use the same magnetic strips and magnetic sliders (as soon as they will be standardized) for different products, avoiding additional costs.

In addition, the present invention structurally changes the garments to which it is applied, and creates new garments, the feature of which is a pocket for inserting the magnetic part. This fact allows us to expand the range of products invented earlier.

Claims (8)

1. A removable magnetic fastening system for garments, clothing, underwear, leather products, shoes, bags, any accessories and for any other application that is flexible and lightweight, the weight ranges from 0.8 g to 200 g, and may vary depending on the required force of attraction, and consisting of three separate parts, all are necessary:
- the main part, consisting of at least one pocket made of an elastic material, preferably fabric, fixed by soldering, basting, gluing, sealing, but preferably stitching, stitching on each of the opposite edges of the garment to be fastened / unfastened , or which consists of at least one pocket cut out during the production process from the inner opposite edges of the garment, which must be fastened / unfastened;
- a movable part consisting of at least one removable magnetic strip made of flexible material, preferably fabric, within which ferromagnetic objects are located, preferably cylindrical permanent magnets, one end of said magnetic strip can be closed with a self-locking label, which can be magnetized, and made of a flexible material, preferably a polymeric non-woven material, which blocks in the required position the sliding, insertion of the said magnetic strip inside said pocket and accelerates the removal of said magnetic strip from said pocket to facilitate washing, drying and ironing of the product;
- a magnetic slider that allows you to quickly insert, insert said magnetic strip into said pocket, and consists of at least one ferromagnetic object, preferably a permanent cylindrical magnet, which has a greater magnetic attraction force than magnets inserted into said magnetic strip. 2. The fastening system according to claim 1, consisting of at least one pocket cut from the inside of the opposite edges, sides, sides of the garment using various edge manufacturing processes: one end of the fabric is bent and fixed on the inside of the item, creating the hollow edge on which the hole is made, an eye intended to insert said magnetic strip. 3. The fastening system according to claim 1, consisting of a magnetic strip having two parts made of flexible material, natural, preferably fabric, joined by soldering, basting, gluing, sealing, but preferably stitched, stitched, rolled up, inside of which there are ferromagnetic objects, preferably cylindrical permanent magnets having the same magnetic orientation. 4. The fastening system according to claim 1, consisting of at least one magnetic strip, at one end of which is fixed, preferably, a label is made of a flexible material, preferably a polymeric non-woven material, which has a triple function:
- a final clasp or clip that blocks said magnetic strip in said pocket and locks it in a desired position;
- a label necessary to remove said magnetic strip from said pocket;
- a label that may have a label, name, logo, etc. 5. The fastening system according to claim 1, consisting of a magnetic slider, which contains at least one ferromagnetic object, preferably a permanent cylindrical magnet having a magnetic attraction force greater than that of the magnet (s) installed in said magnetic strip, and accelerates sliding, the insertion of said magnetic strip into said pocket, said magnetic slider may have a handle and is coated with a sliding material, preferably a fabric, on the side that slides over the product. 6. The fastening system according to the preceding paragraphs, which can be removed, removed from any item of clothing, underwear, leather products, shoes, bags, any accessories and any other application, during washing, drying, ironing and reinserted, after the processes cleaning using the components of the fastening system. 7. The magnetic strip for the fastening system according to paragraphs. 1, 3, 4, 6, made for the production of sizes of standard length:
- from 1 cm to 15 cm fasteners for bracelets, cuffs, pockets, polos, ties, trousers, underwear, bags, shoes, etc., with each magnetic strip having from 1 to 7 magnets;
- from 15 cm to 40 cm for fastening jackets, vests, sleeves of a new design, bags, skirts, shirts, etc., with each magnetic strip having from 2 to 13 magnets;
- from 40 cm to 150 cm for fastening jackets, coats, dresses, suits, trousers, bathrobes, etc., with each magnetic strip having from 3 to 29 magnets. 8. Garments with a fastening system according to Claims 1 and 2, underwear, leather goods, shoes, bags, any accessories and any other field of application in which the pocket is sewn during the manufacturing process and is designed to insert the magnetic stripes.

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