AT524497A2 - Donning aid for elastic stockings with a new type of closure - Google Patents

Abstract

Donning aid (1), in particular for elastic stockings or bandages, with a substantially flat and flexible track body (22) which can be formed into a tube, wherein the track body (22) has at least one connecting means (2, 3) which Web body (22) held in tubular form by a detachable connection, characterized in that the connecting means (2, 3) is formed from microfibers, in particular an adhesive fabric.

Description

Donning aid for elastic stockings with a new type of closure

The present invention relates to a donning aid, in particular for elastic stockings or bandages, with an essentially flat and flexible track body that can be formed into a tube, the track body having at least one connecting means that connects the track body to the tube shape by a detachable connection

holds.

Compression stockings or orthopedic bandages for medical use have therapeutic effects, for example by putting pressure on the legs to prevent thrombosis. Since compression stockings naturally have to fit very tightly on the leg in order to achieve a sufficient compression effect, it can be difficult for older users in particular to put on the compression stockings. In addition, the stockings usually have a high level of friction due to their fabric structure, which makes them even more difficult to put on. For this purpose, there are so-called donning aids that make it much easier for the user to put on the tight-fitting compression stockings. Such donning aids for compression stockings are known and already available on the market.

A device is known from EP 1 790 258 A1 which makes it easier to put on stockings, in particular medical compression stockings. This donning aid consists of a flexible sheet body that has a low-friction inside and a high-friction outside and is closed with snaps or magnetic fasteners. It can be rolled into a tubular shape that has a larger diameter at one end and is thus tapered when rolled up. The track body is inserted into a sock with the smaller diameter end first and then pulled over the foot and leg together with the sock. The low-friction inside reduces the frictional forces to be applied. Thanks to the high-friction outside, the stocking has sufficient support to be pulled over the foot and leg together with the donning aid. The closures must then be opened and the donning aid removed from the stocking so that only the stocking remains on the user's leg. Due to the tight fit and the tight fasteners, this can be tiring, especially for older users.

little or almost impossible.

From EP 2 478 800 B1 a further development of the above donning aid for compress

sion stockings known, which facilitates the removal of the dressing aid. This dressing aid

can be solved.

The disadvantage of the solution known from EP 2 478 800 B1 or EP 1 790 258 A1 is the snap fasteners or the magnetic closures quite heavy weight. The thickness creates pressure points on users' legs and overall uncomfortable or even painful donning and doffing sensations. Handling is also made more difficult by the heavy weight. Another significant disadvantage is that use by users with pacemakers is problematic or even impossible.

is.

Conventional Velcro fasteners are fundamentally unsuitable as a replacement for magnetic fasteners. Firstly, the hook side of hook and loop fasteners such as Velcro® is very hard, so the side must not face towards the user's skin, otherwise it can cause pain when opening. However, the hook side must not face the stocking either, as this could damage the stocking. On the other hand, commercially available hook and loop fasteners are usually extremely stable against shearing forces. The closures of a donning aid according to the preamble of EP 2 478 800 B1, however, must be straight due to the design

Shear forces are opened.

The object of the present invention is therefore to provide a donning aid that eliminates the disadvantages described above and yet is particularly easy to remove.

possible. 200113 AT/18.11.2021/GE/KH

At least one of the objects of the invention is achieved with a donning aid according to claim 1 in that the connecting means is formed from microfibers, in particular an adhesive fabric. Further advantages result from the characteristics of the

claims.

A core idea of the invention is to form the connection means for the detachable connections of the donning aid by means of microfiber fasteners or adhesive tissue, hereinafter referred to simply as microfiber fasteners. much smaller than conventional loop-hook type Velcro fasteners such as Velcro®. A corresponding adhesive tissue is e.g. from DE 10 2016 109

466 A1, the content of which is hereby referred to in its entirety,

The new type of microfiber fasteners are advantageously very soft and therefore very pleasant for the skin. In particular, putting on and taking off the pull-off aid or rubbing it over the skin causes significantly less or excessive discomfort for the user in comparison to, for example, conventional Velcro fasteners or magnetic fasteners.

no pain at all

Equally advantageous, in contrast to the conventional solutions, when the donning aid is put on or taken off, the stocking or bandage is subjected to significantly less stress or damage, if at all, since the fiber surfaces are very soft and can be damaged

not snag or snag other fabrics in a damaging manner.

Another advantage of the microfiber fasteners is that they are very strong against lateral pulling forces, but can be separated from one another by shearing forces or by lifting

are.

The microfiber fasteners are also subject to significantly less wear and tear than, for example, conventional Velcro fasteners and are significantly less bulky than magnetic fasteners, resulting in less uncomfortable pressure points on the skin

of the user leads.

In one embodiment, the connecting means or the microfiber fastener formed from the microfibers is flat and has two corresponding fiber surfaces that are connected back to back. It is advantageous if a company

surface one fiber side with microfibers without loops and the other fiber surface one

forms the loop side with microfiber loops,

In such an embodiment, the connection strength of the connection

partly advantageous due to friction between the microfibers on the fiber side and the 200113 AT/18.11.2021/GE/KH

Microfibers of the loop side can be generated, in particular by the fact that the micro

fibers on the fiber side entangle in the microfiber loops on the loop side.

The fibers are 100% polyester or some other synthetic material

such as nylon, polypropylene or acrylic.

The microfibers consist of at most 5, in particular 3, denier (den) fibers. The number of fibers on the fiber side is at least 50,000, in particular 100,000 fibers per square inch (sqain). The loop side is designed even finer and has a fiber density of at least 1 million, in particular at least 1.3 million fibers or fiber bundles per square inch. This fiber density is achieved by the extremely thin fibers

possible and is many times higher than with conventional Velcro fasteners.

A comparison of the size groundings is shown in the following table:

Velcro Microfiber Closure Thickness: 325 den ; Thickness: 3.125 den hook side ' fiber side ı Density: 350 #/sqin Density: 96.768 #/squin Thickness: 20 den Thickness: 0.097 den Loop Loop

Density: 12,500#/sqin Density: 1,382,400#/sqin

side side

When closed, the very fine fibers get caught in the even finer loops and a tangle of fibers is created. The process is comparable to matting hair, for example in a dog's fur, and therefore does not require a conventional hook/loop pair. Bonding strength results from friction only. Each and every fiber is held in place by a tiny amount of frictional force. The extremely high density of fibers creates an overall frictional force of considerable magnitude, resulting in a stable yet easy to handle and detachable connection.

The fabric has the immense advantage that it is just as soft and pleasant to the skin as a thin fleece jacket, despite the high bond strength. In addition, it does not require any chemical coating and, in contrast to Velcro, is dryer-friendly. Joint strength is based solely on friction and is

therefore durable and easy to care for.

200113 AT/18.11.2021/GE/KH

- It is made of synthetic fibers;

- it comprises, in a first embodiment, a retaining fabric structure treated by thermal pressing and moulding, this retaining fabric structure comprising a first basic structure and a plurality of fiber bundles protruding from a surface of the first basic structure, and each of the fiber bundles comprises a plurality of inclined retaining fibers and said plurality of inclined retention fibers having a strength, said inclined retention fibers being inclined in the same direction and each forming an included angle with the surface of said first matrix, said included angle being greater than 5 and less than 60 degrees; and a loop fabric structure comprising a second chassis and a plurality of loop bundles, said loop bundles projecting from a surface of said second chassis, each of said loop bundles comprising a plurality of fibrous loops; wherein, when the retaining fabric structure and the looped fabric structure are brought into contact with each other to adhere to each other, the inclined retaining fibers and the fibrous loops become entangled with each other to produce an adhesion and attachment effect.

- It comprises, in a further embodiment, a retention fabric structure treated by thermal pressing and molding, said retention fabric structure comprising a first basic structure and a plurality of fiber bundles protruding from a surface of said first basic structure, each of said fiber bundles comprising a plurality of inclined retention fibers and said plurality of inclined retention fibers thereby having a strength, said inclined retention fibers being inclined in the same direction and each forming an included angle with the surface of said first matrix, said included angle being greater than 5 and less than 60 degrees; and a flat loop fabric structure comprising a plurality of flat loop bundles formed on a plane, each of said second flat loop bundles comprising a plurality of fibrous loops; wherein, when the retaining fabric structure and the looped fabric structure are brought into contact with each other to adhere to each other, the inclined retaining fibers and the fibrous loops are entangled with each other to produce an adhesion and attachment effect;

- textured polyester, nylon, polypropylene yarn or acrylic wool may be selected as the material of the containment fabric structure;

- wherein the included angle can be greater than 15 and less than 50 degrees;

200113 AT/18.11.2021/GE/KH

wherein the length of the plurality of inclined retention fibers protruding from the surface of the first framework may be between 0.2mm and 5mm;

wherein the length of the plurality of inclined retaining fibers protruding from the surface of the first framework is between 0.4 mm and 3 mm;

wherein the containment fabric structure is made from fibers having a size of from 3 to 30 denier;

wherein the restraining fabric structure is a fabric with loop piles made by circular knitting, knitting or weaving of filament yarn, the tops of the loop piles are sheared, and the thermal pressing and shaping treatment for the preparation of the inclined restraining fibers can be done;

wherein the retention fabric structure is a fabric having loop piles made by circular knitting, knitting or weaving of filament yarn, the upper ends of the loop piles are sheared, the free ends of the plurality of retention fibers are each formed as a spherical distal end with a singeing process, and the inclined retention fibers through thermal pressing and molding treatment are formed;

wherein the containment fabric structure is formed with a double layer fabric formed by circular knitting, knitting or weaving of filament yarn; this double-layer fabric is divided into two pieces of fabric with the inclined retaining fibers being formed by thermal pressing and by the shaping treatment;

wherein the containment fabric structure is formed with a double layer fabric formed by circular knitting, knitting or weaving of filament yarn; this double-layer fabric is divided into two pieces of fabric, the free ends of the plurality of retaining fibers are each formed as a spherical distal end by a singeing process, and these inclined retaining fibers are formed by thermal pressing and by the shaping treatment;

wherein the conditions of the thermal pressing and molding treatment are as follows: temperature is between 140 and 250 degrees Celsius in an environment with an adjusted pressure, the thermal pressing and molding treatment lasts 10 to 60 seconds;

wherein the thermal pressing and shaping treatment can be done as a sublimation printing process;

wherein the size of the fibrous loop of the loop fabric structure is less than 5 denier

can be;

200113 AT/18.11.2021/GE/KH

wherein the fiber of the fibrous loop of the looped fabric structure can be formed with a fiber splitting treatment with a chemical or mechanical method to form the microfibers in a size of less than 1 denier; wherein the fiber of the fibrous loop of the looped fabric structure can be formed with a fiber splitting treatment with a chemical or mechanical method to form the microfibers in a size of less than 1 denier; wherein the elastic fibers can be included in the first chassis and in the second chassis;

= wherein the elastic fibers can be included in the first matrix and in the second matrix; wherein the first foundation and the second foundation are formed on the same foundation so that the retaining inclined fibers of the retention fabric structure and the fibrous loops of the looped fabric structure can be formed on different surfaces of a same fabric; whereby the inclined retention fibers of the retention fabric structure and the fibrous loops of the looped fabric structure can be formed on two different pieces of fabric; wherein the retaining inclined fibers of the retaining fabric structure and the fibrous loops of the looped fabric structure are formed on two different pieces of fabric and thereafter joined together to form a resultant fabric, the two opposite sides of which can be adhered to each other when they come into contact with each other;

»- wherein the retaining inclined fibers of the retaining fabric structure and the fibrous loops of the looped fabric structure are formed on two different pieces of fabric, an intermediate layer is bonded between them to form a resultant fabric, the two opposite sides of which can be adhered to each other when they come into contact with each other ; wherein, as the material of the intermediate layer, a neoprene foam, thermoplastic air-impermeable and thermoplastic polyurethane film (TPU), air-permeable and thermoplastic polyurethane film {TPU)}, air-permeable perfluorotetraethylene film {PTFE} or an elastic

fabric can be selected.

In one embodiment, the dressing aid according to the invention essentially consists of a flat and flexible strip body with fastening means made of microfiber fasteners, which are arranged on opposite outer edges of the strip body. The track body is made of a smooth material on at least one side and can be 200113 AT/18.11.2021/GE/KH

tube can be folded, rolled or laid, with the fastening means holding the web body in tubular form. If the web body is in tubular form, it is suitable for being inserted into a stocking, a compression stocking, a bandage or similar textiles, in particular of a therapeutic or medical nature. This creates a tubular body with an insertion side for a

Foot.

It can be advantageous if the track body has an inner and an outer side, the inner side having a different, in particular lower, friction than the outer side. The friction on the two sides can be designed in such a way that the donning aid offers good gliding properties on the skin, but also enough friction

Offers exercise potential to carry the stocking with you or to prevent it from slipping,

It is particularly advantageous if the web body has a cutting pattern such that the resulting tubular shape is substantially conical. When the donning aid is pulled out, the detachable connections, in particular the microfiber fasteners, are gradually opened by shearing forces, while the track body easily and evenly slides between the stocking and the skin or its own skin thanks to its smooth surface.

a downside, slides out.

In one embodiment, the donning aid has at least one removal means, in particular in the form of a band which is arranged on the track body, with the aid of which the donning aid can be removed, in particular pulled, from the stocking or bandage after donning. The removal agent is arranged, for example, on the web body in such a way that after the stocking has been put on, it protrudes from it and can be gripped and pulled by the user, the microfiber fasteners loosening and the donning aid with the removal agent from the

stocking is pulled.

In one embodiment of the donning aid, the removal means consists of a strip of material that is attached to the track body at the height of the foot part and extends in the direction of the insertion opening for the foot and beyond it. The removal means can also be arranged at the opposite end of the track body and only be brought by folding towards the foot opening. Preferably the removal means is also provided with its own microfiber fastener so that it can be releasably connected to the remainder of the sheet body and coupled thereto in the folded position. In this way, the removal means is placed in a fixed position relative to the donning aid, which is conducive to user-friendliness. In this case, the detachable connection can also be made using a conventional method.

be generated circuit, since it only serves to remove the agent in a for

200113 AT/18.11.2021/GE/KH

and stocking to help.

In an advantageous embodiment, the donning aid has a cord with a cord loop that interacts with the removal means in such a way that the detachable fastener

binding of the lanyard is automatically released when the donning aid is removed.

This can be done, for example, in that the cord runs along the edge of the track body and is wrapped in a fabric and is coupled to the removal means via the cord loop or by a handle arranged thereon, so that the cord can be actuated together with the removal means, whereby the cord can be arranged in such a way that the pull in the area of the detachable connections

is particularly advantageous.

In principle, the connecting means or the fiber surfaces can be arranged in, on or on the donning aid in a variety of ways. In a preferred embodiment of the invention, the loop sides of the connecting means are located on one outer edge of the web body and the fiber sides on the opposite corres-

ponding outer edge of the roadbed.

In one embodiment, a multiplicity of fiber surfaces are arranged along at least one outer edge of the web body. Correspondingly, a variety

number of fiber surfaces or fewer and larger fiber surfaces can be arranged.

In a further embodiment, corresponding fiber areas of at least one connecting means have different sizes. In this way it can be achieved that the same dressing aid is suitable for feet or leg circumferences of different sizes, since the corresponding fiber surfaces can interact in several positions and the at least one connecting means can thus establish the connection in several layers. For example, if a fiber area is significantly larger than the corresponding fiber area, the smaller fiber area can be connected to the larger fiber area at many different positions. In this way, tube shapes with different radii can be realized with suitable dimensions. The size ratio of the corresponding effective areas can be 1.1/1 or more,

preferably 1.5/1 or more, more preferably 2/1 or more.

Of course, both corresponding fiber surfaces can also be dimensioned in such a way that they can be connected in more than one position relative to one another. This can

can also be realized by designing both fiber surfaces to be relatively large 200113 AT/18.11.2021/GE/KH

are, so that even if the fiber surfaces only partially overlap, one is sufficient

there is a strong connection.

In a further embodiment, at least one fiber surface extends continuously along an outer edge of the web body. The corresponding fiber surface can also be formed continuously or by a large number of smaller fiber surfaces

be.

In a further embodiment, fiber surfaces are arranged on at least one outer edge of the web body on the inside and outside. If fiber surfaces are arranged on both outer edges on the inside and outside, the donning aid can be designed in such a way that

that there is advantageously no preferential order when closing the tube shape,

In yet another embodiment, at least one fiber side and at least one loop side are arranged, in particular adjacent to one another, on at least one outer edge of the web body. It can also accommodate a variety of loop

and fiber sides can be arranged, for example, alternately next to one another.

In another embodiment, at least one fiber surface is triangular, semi-

circular, circular or cone-shaped.

In a further embodiment, at least two mutually adjacent fiber surfaces are arranged in a zigzag manner relative to one another along at least one outer edge of the web body and/or are formed by triangles, in particular adjoining ones. Depending on the arrangement of the fiber surfaces, this can have the advantage that the force required to loosen the connecting means falls significantly more quickly than, for example, with rectangular connecting means arranged in parallel, since the overlap of the corresponding fiber surfaces decreases rapidly as the opening progresses. This benefit will

reinforced in an embodiment with alternating fiber and loop sides,

In a further embodiment, the boundary between adjacent fiber surfaces runs, in particular in a wavy, curved manner. Depending on the dimensions of the fiber surfaces, a particularly advantageous expenditure of force when opening or a particular

can be achieved by simply closing the tubular shape.

In another embodiment of the donning aid, at least two fiber surfaces that correspond to one another can have essentially the same shape. Alternatively or additionally, at least two fiber surfaces that correspond to one another can be dimensioned in such a way that they can be connected to one another in more than one position relative to one another, i.e. not only with a perfect overlap of the two fiber surfaces. That

makes closing the tubular shape particularly easy and comfortable.

200113 AT/18.11.2021/GE/KH

In an advantageous embodiment of the invention, the track body has, on its side opposite the foot opening, a toe connecting piece which is made of a smooth material and can be folded into the track body in such a way that

that the tubular form is closed.

Preferably, the toe connector has at least one fastener for retaining the toe connector on the track body with a releasable connection when the track body is closed. Here it is possible to use a conventional

closure or a microfiber closure.

In a preferred embodiment, at least one connecting means is formed by a microfiber fastener, for example from GoodCatch®. In a particularly preferred embodiment, all connecting means are microfa-

server locks, for example from the company GoodCatch ® formed.

The invention is explained below with reference to figures in which preferred configurations of the donning aid according to the invention are shown. A donning and doffing process is also described. It should be pointed out that the donning aid is not only suitable for compression stockings but also for similar donning processes such as bandages, prostheses, sports equipment or similar and

way limited to medical applications. Show it

1 shows the upper side of an unfolded web body of a donning aid according to the invention with the removal means already folded to form the entry opening;

Figure 2 shows the web body folded into tubular form, ready for use;

3 shows the tightening process;

4 shows the extraction process;

Fig. 5a a donning aid with corresponding fiber surfaces of different sizes,

5b a dressing aid with continuous fiber surfaces,

5c a donning aid with fiber surfaces arranged on the inside and outside,

5d a donning aid with alternating fiber surfaces arranged in a zigzag shape,

5e shows a donning aid with wavy fiber surfaces.

FIG. 1 shows the unfolded track body of a dressing aid 1 according to the invention. Arranged on the outer edges are fiber sides 2 and loop sides 3, which each form connecting means 2, 3 in the closed state. A cord 4 with a cord loop 5 is additionally arranged along one edge, which serves to

to facilitate the removal of the pull-off aid 1. The removal means 14 has here

200113 AT/18.11.2021/GE/KH

Shape of a band and is already folded towards the entry opening of the foot

and held with a connecting means 2, 3 on the track body.

The approximately wedge-shaped cutting pattern serves to ensure that the donning aid forms a substantially conical tube when folded. The opening on one side is then larger than the other and serves as a foot entry opening, while the other side is covered by a toe connector 11, which is also

by means of a connecting means 2, 3 is held on the track body.

FIG. 2 shows the same track body folded up and formed into a conical tube. The cord loop 5 is with the distance center! 14 coupled via a handle 13, so that it is only necessary to pull on the removal means 14 in order to actuate the cord 4 and thus open the closure means 2, 3. With the distance center| 14 the donning aid 1 can then be removed very easily from the stocking. The cord 4 runs along an edge of the track body and is folded into a fabric 12 . The toe connector 11 covers the opening that is inserted into the stocking and is releasably secured to the collapsed panel. All detachable connecting means 2, 3 are in this embodiment by microfiber

conclusions formed.

FIGS. 3 and 4 show a donning and doffing process of a donning aid 1 according to the invention. A foot 21 is inserted into the folded track body 22, which is essentially in the same state as in FIG. Then the foot 21 together with the put-on aid 1 is put into a compression stocking 32 and pulled over a leg 31 . The removal means 14 is also suitable as an entry aid. Then the dressing aid 1 is removed again as described above by

Removal means 14 is pulled out.

Figures 5a-5e show further embodiments of donning aids, each with differently designed connecting means 2, 3. In Figure 5a, the fiber sides 2 are dimensioned significantly narrower than the loop sides 3. This makes it possible to put together the same donning aid tube shapes with different radii. This can make production particularly cost-effective and/or the use of

make it comfortable.

FIG. 5b shows an embodiment with continuous fiber surfaces, where the fiber

and loop side 2, 3 are each somewhat the same size.

FIG. 5c shows an embodiment with fiber surfaces arranged on the outside and inside

chen. On the left side in the illustration there are loop sides on the inside and outside

arranged. On the opposite side are 200113 AT/18.11.2021/GE/KH on the inside and outside

the corresponding fiber sides arranged. As a result, the order in which the two sides are folded together can be varied as desired. This can be used

make it significantly more comfortable.

The fiber surfaces in FIG. 5d are formed in a zigzag shape by adjacent triangles. Adjoining triangles are each alternately formed by a fiber and a loop side 2, 3. The corresponding fiber surface on the opposite side is a loop or a fiber side. In the collapsed state, the tubular shape is held by the connecting means. When opening the lanyard, the force required to open it drops rapidly due to the triangular shape. This can be done for the user with suitable dimensioning of the fiber surface

be particularly comfortable.

A further embodiment is shown in FIG. 5e. The two outer edges of the web body each have a fiber side and a loop side 2, 3. The border between the adjoining fiber surfaces is curved. With suitable dimensioning of the corresponding fiber surfaces, these versions can also be used for

be beneficial to the user.

200113 AT/18.11.2021/GE/KH

21 22

31 32

"14-

Reference List

Donning aid fiber side loop side cord

cord loop

Toe connector fabric grip

removal agent

Foot

roadbed

leg

compression stocking

200113 AT/18.11.2021/GE/KH

Claims (1)

200113AT November 17, 2021 patent claims . Donning aid (1), in particular for elastic stockings or bandages, with a substantially flat and flexible track body (22) which can be formed into a tube, wherein the track body (22) has at least one connecting means (2, 3) which web body (22) by a detachable connection in the tubular shape, characterized in that the connecting means (2, 3) made of microfibers, in particular an adherent tissue, is formed, . Dressing aid (1) according to claim 1, characterized in that the connecting means (2, 3} is flat and has two corresponding fiber surfaces (2, 3) on has, in particular a fiber surface a fiber side (2) with microfibers without loops and the other fiber surface forms a loop side (3) with microfiber loops, Dressing aid (1) according to Claim 2, characterized in that the connection strength of the connection means (2, 3} is generated by friction between the microfibers on the fiber side (2) and the microfiber loops on the loop side (3), in particular in that the microfibers the fiber side (2) in the microfiber loops of the loop side (3) tangle. ‚ Dressing aid (1} according to one of the preceding claims, characterized in that the microfibers are essentially, in particular completely, made of polyester, nylon, polypropylene or acrylic. . Donning aid (1) according to one of the preceding claims, characterized in that the microfibers consist of at most 5, in particular 3, denier fibers and the number of fibers on the fiber side is at least 50,000, in particular at least 100,000 fibers per square inch and the number of fibers the loop side at least 1 million, in particular at least 1.3 million, fibers or fiber bundles del per square inch. . Dressing aid (1) according to one of the preceding claims, characterized in that the web body (22) has an inner and an outer side, the inner side having a different, in particular lower, friction than the outer side. points. 200113 AT/18.11.2021/GE/KH 11, 12, 13. 14 15 16 "16 - Dressing aid (1) according to one of the preceding claims, characterized in that that the tube shape is conical. Dressing aid (1) according to one of the preceding claims, characterized in that at least one removal means (14), in particular a band, is provided, with the help of which the dressing aid (1) can be removed from the stocking after donning or the bandage can be removed, in particular pulled. Dressing aid (1) according to any one of the preceding claims, characterized in that a cord (4) with a cord loop (5) is provided which cooperates with the removal means (14) in such a way that the detachable connection of the connection is automatically released by means of (2.3) when removing the donning aid (1). Dressing aid (1) according to Claim 9, characterized in that the cord (4) runs along the edge of the web body (22), is folded into a fabric (12) and has a handle (13) coupled to the removal means (14), Dressing aid (1} according to one of the preceding claims, characterized in that along at least one outer edge of the web body (22) a plurality of Fa water surfaces (2, 3) is arranged. Dressing aid (1) according to one of Claims 2-11, characterized in that corresponding fiber surfaces (2, 3) of at least one connecting means (2, 3} have different sizes, in particular with a ratio of 1.1/1 or more. preferably 1.5/1 or more, more preferably 2/1 or more. Donning aid (1) according to one of Claims 2-12, characterized in that at least one fiber surface (2, 3) extends continuously along an outer edge of the web body (22), Dressing aid (1) according to one of Claims 2-13, characterized in that at least one outer edge of the web body (22) has fiber surfaces on the inside and outside (2, 3) are arranged. Dressing aid (1) according to one of Claims 2-14, characterized in that at least one fiber side (2) and at least one loop side (3), in particular adjacent to one another, are arranged on at least one outer edge of the web body (22). is. Donning aid according to one of Claims 2-15, characterized in that at least one fiber surface (2, 3) is triangular, semicircular, circular or cone-shaped is trained. 200113 AT/18.11.2021/GE/KH 18 19 20 21 22 23 24 "17 - Dressing aid (1) according to one of Claims 2-16, characterized in that at least two mutually adjacent fiber surfaces (2, 3) are arranged in a zig-zag pattern relative to one another along at least one outer edge of the web body (22). and/or are formed by triangles, in particular adjoining ones. Dressing aid (1) according to any one of claims 2-17, characterized in that the boundary between adjacent fiber surfaces (2, 3) is curved, in particular special wavy, Dressing aid (1} according to any one of claims 2-18, characterized in that at least two corresponding fiber surfaces (2, 3) have a substantially have the same shape Dressing aid (1) according to one of Claims 2-19, characterized in that at least two corresponding fiber surfaces are dimensioned in such a way that they can be connected to one another in more than one position relative to one another. Dressing aid (1) according to one of the preceding claims, characterized in that the track body (22) has a toe connector (11) on its side opposite the foot opening, which is made of a smooth material and can be folded towards the track body (22) in this way that the tube shape will be closed. Dressing aid (1) according to Claim 21, characterized in that the toe connection piece (1) has at least one connecting means (2, 3) in order to fasten the toe connection piece (11) with a releasable closure when the track body (22) is closed. to keep binding on the roadbed (22). Dressing aid (1} according to one of the preceding claims, characterized in that at least one connecting means (2, 3) is formed by a microfibre fastener is. Dressing aid (1} according to one of the preceding claims, characterized in that that all connecting means (2, 3) are formed by microfiber fasteners. 200113 AT/18.11.2021/GE/KH