EP2177119A2 - Textile item of clothing - Google Patents

Abstract

Item of clothing comprises hydrophilic moisture transport zones (10) which extend from a lower end region of an upper clothing piece (1) to a neck opening (8) and connected to hydrophilic zones (9) to produce a chimney effect. Preferred Features: The hydrophilic moisture transport zones run linearly on a front side of the upper clothing piece. One hydrophilic zone covers the chest region when the upper clothing piece is correctly worn.

Description

The invention relates to a textile garment for a torso, in particular a undershirt, with hydrophilic zones and with warming zones.

The invention also relates to a underwear system according to the preamble of claim 16.

A generic textile garment, in particular an undergarment, is from the DE 202 07 797 U1 known.

One problem with known textile garments is that moisture released from the wearer's skin, especially perspiration and / or vapor, is not sufficiently removed from the skin sufficiently quickly and to a sufficient extent.

The DE 202 07 797 U1 describes an undergarment, in particular an undershirt and underpants, having zones which are those of the wearer's skin or wearer To absorb moisture emitted by the garment particularly well to quickly remove it from the skin of the wearer or the wearer. This is to be achieved by a combination of a polyester fiber with a polyamide fiber. The polyester fiber may be clad with the polyamide fiber so that the polyamide fiber is on the outside of the knitted area. By making the polyester fiber, which is a hydrophobic fiber, on the inside of the knitted portion and the polyamide fiber, ie, the hydrophilic fiber, on the outside of the knitted portion, it is intended to obtain that from the skin of the wearer or wearer The moisture and / or vapor emitted by the wearer is rapidly transported from the skin-contacting layer (polyester fiber) to the overlying layer (polyamide fiber). In the outer layer of the polyamide fiber, the moisture should quickly spread over a large area and evaporate. According to the DE 202 07 797 U1 If a so-called wicking effect, ie a strong liquid suction effect to be used to transport the sweat from the inside of the knitted area to the outside of the knitted area.

According to the DE 202 07 797 U1 it is envisaged that the garment comprises at least a second knitted area containing a polyester fiber and a polypropylene fiber. By using the relatively air-impermeable polypropylene fiber, the garment is intended to have areas which avoid cooling of particularly exposed areas of the body of the wearer or wearer of the garment. The most exposed areas are according to DE 202 07 797 U1 related to an undershirt around the shoulder blade area as well as the outer upper arm areas of the sleeves. The polypropylene fiber can be twofold twisted to give the heat-insulating layer a larger volume.

With regard to underpants, it can be provided that the polyester fiber is used with the polypropylene fiber in an area which at least partially covers the kidney area, the genital area and / or the outer sides of the thighs of the wearer.

According to the DE 202 07 797 U1 It is envisaged that the polyamide fiber has a high intrinsic elasticity, so that it is possible to dispense with the use of an additional spandex yarn in the knitted areas.

The collar, the waistband and the cuffs of the undershirt according to the DE 202 07 797 U1 may consist of a spandex yarn or the spandex yarn used may in particular be coated with a polyamide yarn.

Furthermore, according to the DE 202 07 797 U1 be provided that an adjoining the collar down upper shoulder region of the polypropylene fiber and spandex yarn is knitted. The relative air impermeability of the polypropylene yarn is intended to reduce the heat dissipation in the shoulder area.

From the general state of the art clothing articles are further known, which are provided with a warming or a hydrophilic zone or which are formed entirely from a hydrophilic material.

The problem of perspiration from the skin of the wearer or the wearer, without sensitive parts of the skin Body to be cooled too much, is not sufficiently solved by the known textile garments.

The present invention is therefore based on the object to provide a textile garment for a torso, which is comfortable to wear and in particular allows a good removal of sweat from the skin of the wearer or the wearer.

The present invention is also based on the object to provide an advantageous underwear system, which is comfortable to wear and allows a good removal of sweat from the skin of the wearer or the wearer.

This object is achieved with respect to a to be created textile garment for a torso by claim 1.

The object is achieved with respect to a to be created underwear system by claim 16.

With regard to the below-described orientation of the zones of the textile garment, it is assumed that it is correctly worn by a wearer.

Providing at least one hydrophilic weld transport zone which extends from a lower end portion of the garment to its neck opening to create a channel-like chimney effect and which is connected to the hydrophilic zones achieves sweat of an upper body rapidly is absorbed by the garment. The sweat is thus removed from the skin of the upper body and to the textile surface transported away to evaporate there. The solution according to the invention uses the so-called "venturi principle". By creating a chimney effect an active, not comparable with the previous solutions welding transport in the textile is produced. In particular, when the garment is an undershirt, the chimney effect achieved by the solution of the invention is particularly advantageous because it carries perspiration to the neck opening, which is usually the only area where the undershirt is exposed to outside air meets to allow moisture to evaporate there.

In the welding transport zone, the absorbed sweat is transported upwards, d. H. from a lower end portion of the garment toward the neck opening.

The solution according to the invention with the hydrophilic weld transport zone, which leads in the manner of a channel from the lower end region of the garment to the neck opening and is connected to the hydrophilic zones, causes the sweat to be actively transported to where it meets outside air to evaporate.

The inventor has also recognized that the neck opening is particularly well suited for wicking away perspiration, because air is permanently supplied to the neck opening due to the pumping action of the garments as the wearer of the garment moves. In addition, air also passes through other openings, such as zippers and the like in the garment and then flows when leaving the garment at the neck opening over.

The problem of previously known textile garments, in particular the previously known textile underwear for the upper body, was that they had only zones or islands which were either heated or hydrophilic. However, if the textile garment is an item of clothing, especially underwear, over which another item of clothing is worn, the sweat in the hitherto known solutions passes from the head of a wearer to the textile outside but does not come in contact with outside air, where the sweat could evaporate. For this purpose, it would be necessary that the garment which is worn over the underwear, in turn, absorbs the located on the textile outside sweat of the underwear and further transported to the outside. However, these solutions are insufficient.

From the state of the art, no holistic solution is known for actively transporting sweat in a textile undergarment to where it can optimally evaporate through contact with outside air. In the DE 202 07 797 U1 Rather, it is explicitly intended to knit the upper shoulder area of a spandex yarn and a polypropylene yarn, whereby a warming effect or an air-impermeable effect to be achieved, but no rapid removal of moisture is supported.

In the known solutions, the hydrophilic zones fill with moisture or sweat over time, which is then removed from there. The known solutions are not suitable to realize a good removal of moisture from a textile undergarment and therefore allow only a limited sweat absorption.

The solution according to the invention is suitable not only for underwear, but also for outerwear, in order to improve the Schweißabtransport there. This is especially true because even clothing items, for example in the form of shirts or sweaters, regularly on other items of clothing, such as a jacket, can be covered, which in turn the Schweißabtransport towards a zone that is in contact with the outside air, important is.

It is advantageous if the hydrophilic Schweißabtransportzone substantially centrally and rectilinearly or longitudinally from bottom to top at the front of the garment runs. Thus, when the garment is worn correctly on a torso, the hydrophilic perspiration transport zone is vertical. The hydrophilic weld transport zone is in connection with one, preferably several, preferably horizontally extending, hydrophilic zones which absorb sweat from the skin of the upper body in a known manner. By combining the hydrophilic zones with the hydrophilic weld-away zone, the sweat absorbed by the hydrophilic zone is removed. Of course, even from the hydrophilic Schweißabtransportzone sweat from the skin of an upper body can be picked up and transported away.

Preferably, the hydrophilic zones and the Schweißabtransportzone may be formed of the same or identical hydrophilic material or yarn.

It is advantageous if, alternatively or additionally, a hydrophilic weld transport zone is formed on the back of the item of clothing. The hydrophilic weld transport zone on the rear side may be formed analogous to the hydrophilic weld transport zone described above at the front of the outer garment.

For example, the hydrophilic zones associated with the hydrophilic weld transport zone (s) may cover the area of a pelvis and / or the chest area of an upper body when the textile garment is worn correctly.

The inventor has determined by means of body scanning and thermography that especially the area of the neck and the chest area sweat above average, so that especially in these areas hydrophilic zones are advantageous for absorbing perspiration. Of course, even more hydrophilic zones can be provided.

According to the invention, it may further be provided that the hydrophilic zone in the chest region comprises at least one highly hydrophilic subzone which covers the region of the breast which has the most sweat glands. This subzone is essentially a horizontal strip preferably centered in the middle of the breast. Starting from the hydrophilic weld transport zone extending centrally and vertically at the front of the item of clothing, two highly hydrophilic side channels (left and right) thus extend horizontally and centrally over the chest area.

Due to the highly hydrophilic zones in the chest area it is achieved that there is an even faster removal of sweat than in the hydrophilic zones.

In a further development of the invention, it can further be provided that the warming zones are arranged in such a way that they cover the area of the kidneys when the garment for the upper body is worn correctly over the upper body. In particular, the kidney area is particularly sensitive to the human body, so this should be specially protected. From the DE 202 07 797 U1 it is only known to make a pair of pants so that it protects the kidneys. However, it is advantageous if the undershirt or generally a garment for the upper body has a warming zone for the kidneys. Such a warming zone can be realized, for example, by a double layer of the material used or by thickened zones.

The warming zones are preferably designed so that they absorb less sweat from the skin of the upper body, since an evaporation of sweat always leads to a cooling. The warming zones are therefore less hydrophilic than the hydrophilic zones. The heating zones are formed from a material which is more impermeable to air, so that cooling down of the body in this area is prevented or at least reduced.

According to the invention, it may further be provided that compression zones are formed between the neck opening and the lower end region of the item of clothing, which have a higher elasticity or elasticity in comparison with the hydrophilic zones or a basic knit of the item of clothing exhibit. The compression zones actively support the "venturi" or chimney effect and also increase the wearing comfort.

It is advantageous if the compression zones are formed below the chest area. It is also advantageous if the compression zones end above the kidney areas.

According to the invention, it can further be provided that the compression zones comprise the warming zones, in particular the warming zones associated with the kidneys.

The compression zones can be designed so that the garment in this area is pulled particularly close to the upper body. The compression zones should cause the garment in this area sits very close to body. In principle, the entire item of clothing should fit snugly against the upper body in an advantageous embodiment, but the elasticity in the compression zones can still be higher in order to provide an even firmer fit.

In one embodiment it can be provided that the compression zones are also made hydrophilic or have a hydrophilic finish that corresponds to the hydrophilic zones.

According to the invention it can be provided that the compression zones are less elastic than the cuffs, which may be provided at the lower end of the garment or at the ends of the sleeve or in the neck area.

It is advantageous if a base knit serves as the basis for the Schweißabtransportzonen and / or the hydrophilic zones and / or the heating zones and / or the compression zones.

According to the invention, it can be provided that the item of clothing has a uniform basic knit. The yarn (s) forming the base fabric may then be entangled or otherwise bonded to other materials, preferably further yarns, to form the desired zones. It is particularly preferable if all provided zones, in particular the Schweißabtransportzone, the hydrophilic zone, the heating zone and the compression zone are formed by a variation of the base knit with other yarns or other materials.

As a basic knit, for example, polypropylene or a polypropylene fiber is suitable. However, it is also possible to use a polyester fiber or another suitable fiber or a combination of different fibers.

According to the invention, the formation of a hydrophilic weld transport zone which extends from a lower end region of the outer garment to its neck opening in order to produce a chimney effect or a wicking effect in such a way that the hydrophilic zones associated therewith are absorbed by the skin of an upper body is essential Sweat can be removed.

The different zones, especially the hydrophilic zones, do not necessarily have to be replaced by another material be formed as the basic knit, it is also possible to provide the basic knit with hydrophilic elements or to achieve the desired effect by the knitting or the thread guide and / or different knitting patterns.

It is advantageous if the garment has no seams or only the sleeves (if any) are connected by seams with the "main part" of the garment. By a suitable knitting, however, it is also possible if necessary to make the sleeves in one piece seamlessly with the main body. An advantage of seamlessly forming at least the major part of the upper body garment is that it is more comfortable to wear and freedom of movement is not restricted. Further, a seamless design of at least the majority of the garment will assist active perspiration transport in the perspiration transport zones.

According to the invention it can be provided that also the neck area or the neck opening of the item of clothing is knitted.

According to the invention it can be provided that the different zones and the Schweißabtransportzone are highlighted visually, for example by color changes. For this purpose, for example, a bi-color design of the garment is suitable. On the one hand the user is pointed to the different functional zones on the one hand and on the other hand a highlight possibly supports the technical effects psychologically.

An advantageous underwear system results from claims 16 and 17. This underwear system can also be combined with the features described above and in particular the features as disclosed in claims 1 to 15.

The underwear system according to the invention provides that an undershirt according to claims 1 to 15 is combined with a pair of underpants so that the underpants are made of a material in an area where it overlaps with the undershirt when the underwear system is worn correctly, which is identical to the material that makes up the overlapping area of the undershirt.

The hydrophilic zones and in particular also the active perspiration removal from the hydrophilic zones are assisted by the fact that the underpants and the undershirt are formed in the overlapping regions from the same material. In general, it is envisaged that the underpants and the undershirt overlap in the pelvic area, i. H. in an area where the undershirt has a hydrophilic zone.

According to the invention, however, it may also be provided that the underpants and the undershirt overlap in the kidney area. In this case, the panty briefs may have an area whose material is identical to the material used in the undershirt in the kidney area and an area identical to the area the undershirt has in the pelvic area.

Regarding possible design of the compression zones, the warming zones, the hydrophilic zones (including the welding transport zones) is an example of the combination of yarns, which in the DE 202 07 797 U1 are described. However, the invention is of course not limited thereto, but a variety of other combinations are possible to make the desired zones.

A suitable hydrophilicity can be produced, for example, by appropriate equipment of the fibers. The fibers can z. B. equipped with plasma or it can be "coupled" to the fibers hydrophilic groups. It is also advantageous if an antimicrobial equipment, for. B. by silver ions, is provided. In this case, both the whole yarn, d. H. the whole knit or individual zones, especially the hydrophilic zones, with antimicrobial equipment, e.g. B. silver ions, be provided.

Advantageous embodiments and modifications of the invention will become apparent from the dependent claims. An exemplary embodiment of the invention is shown in principle below with reference to the drawing.

It shows:

Fig. 1

a front view of a garment for a male upper body according to the invention in combination with underpants as underwear system;

Fig. 2

a view according to Fig. 1 with an illustration of the caused by the welding transport zones active Schweißabtransport;

Fig. 3

a front view of a garment according to the invention for a male upper body in a second embodiment in combination with a underwear as underwear system;

Fig. 4

a back view of a garment for a male upper body according to the invention in combination with a underwear as underwear system;

Fig. 5

a front view of a garment according to the invention for a female upper body in combination with underpants as underwear system; and

Fig. 6

a front view of a garment according to the invention for a female upper body in a second embodiment in combination with a underwear as underwear system.

Fig. 1 shows a textile garment for a male upper body in an embodiment as an undershirt 1. Also shown is a pair of underpants 2, which forms a Unterwäschesystem together with the undershirt 1. The upper edge of the pants 2 is shown only by dashed lines.

Basically, those in the FIGS. 1 to 6 illustrated undershirts 1 and pants 2 are also used independently, ie they do not have to form an underwear system.

The undershirt 1 according to Fig. 1 is formed from a basic knit 3, which forms the basic building block for the functional zones described in more detail below. In the exemplary embodiment, the basic knitted fabric 3 is made of polypropylene.

The undershirt 1 consists of a main part 4 and two sleeves 5. The main part 4 is seamless, only the connection of the main part 4 with the sleeves 5 in a known manner via a seam. 6

The regions of the undershirt 1, in which no functional zones are formed, in the exemplary embodiment consist of the basic knit 3 and are correspondingly in FIG Fig. 1 designated.

At the ends of the sleeve 5 and at the lower end of the main part 4 collars 7 are formed in a known manner. The bundles 7 have a high elasticity.

A neck opening 8 of the undershirt 1 may also be formed as a federal government. In the embodiment, the neck opening 8 is knitted or formed as a so-called cuff knit. The neck opening 8 is hydrophilic or hochhydrophil formed in the embodiment in order to carry away the sweat or to allow evaporation.

The undershirt 1 according to Fig. 1 has hydrophilic zones 9 in the area of the pelvis as well as in the chest area of the wearer. The hydrophilic zones 9 are produced in the exemplary embodiment by knitting the basic knit 3 with at least one hydrophilic fiber or a hydrophilic yarn or providing it in another way. The hydrophilic zones 9 are connected to a hydrophilic weld transport zone 10 at the front of the undershirt 1. The hydrophilic weld transport zone 10 is formed to create a chimney effect in the manner of a channel and extends from a lower end region of the undershirt 1, in the embodiment directly from the lower end to the neck opening eighth

The hydrophilic weld transport zone 10 extends centrally and substantially rectilinearly from bottom to top or vertically when the undershirt 1 is worn.

At the back of the undershirt 1, a mirror-image extending weld transport zone 10 is provided. In the exemplary embodiment, the welding transport zone 10 is formed of the same material as the hydrophilic zones 9. The perspiration transport resulting from the hydrophilic zones 9 and the welding transport zone 10 from bottom to top - if the undershirt 1 is worn correctly - is in Fig. 2 shown schematically.

In the exemplary embodiments, the hydrophilic zones 9 are connected to the welding transport zone 10 in that they are formed from the same material and knitted in one piece.

The hydrophilic zone 9 according to Fig. 1 comprises in the chest area a highly hydrophilic sub-zone 11 which, when the undershirt 1 is worn correctly, covers the area of the breast having the most sweat glands. As it turned out Fig. 1 Furthermore, the highly hydrophilic sub-zone 11 extends approximately centrally within the hydrophilic zone 9 and is formed substantially by two horizontally extending strips. The highly hydrophilic sub-zone 11 can also be omitted. In this case, the hydrophilic zone 9 in the chest area also includes the area of the highly hydrophilic sub-zone 11.

As it turned out Fig. 1 shows, the undershirt 1 has two warming zones 12, which are arranged so that they cover the area of the kidneys when the undershirt 1 is worn correctly.

The warming zones 12 may be formed by a double layer or a compaction. Furthermore, alternatively or additionally, it can also be provided that a yarn is entangled with the basic knit 3, which makes it possible to produce the desired property for the undershirt 1, namely to prevent the skin areas covered by the warming zone 12 from rapidly cooling down. For this purpose, it may also be suitable to make the heating zones 12 particularly impermeable to air.

As it turned out Fig. 1 furthermore, the undershirt 1 has two compression zones 13. The compression zones 13 are arranged below the chest region or the corresponding hydrophilic zone 9 and above the kidney region or the warming zone 12. The compression zone 13 can be produced, for example, by entangling a yarn or a fiber with a high intrinsic elasticity with the basic knit 3.

The underpants 2 overlaps the undershirt 1 in the pelvic area. The panty 2 is at least in the area where it overlaps with the undershirt 1 formed of the same material as the undershirt 1 in the overlapping area.

This in Fig. 1 undershirt 1 shown with its front can be designed analogously on its back, with the body-specific features and differences in the formation of perspiration between the front of a torso and its back can be discussed. In particular, the compression zones 13, the warming zones 12 and the hydrophilic zones 9 can be arranged in the region of the pelvis on the back of the undershirt 1, as shown on the front side thereof.

A pumping effect, which pumps air through an upper body garment while walking, is particularly prominent on the back, along the spine. Even with tight-fitting clothing, z. B. an undershirt forms there a channel through which air is pumped from bottom to top, past the shoulder blades, to the neck opening. In conjunction with the welding transport zone 10, which preferably extends in this area, this is optimal for active removal of sweat.

It is not essential to the invention of which yarn or of which fiber the hydrophilic zones 9, the welding transport zone 10 or the warming zones 12 are formed, since this is well known from the general state of the art, but the design of a welding transport zone 10 by utilizing the " Venturi principle "or a chimney or wicking effect from the hydrophilic zones 9 to transport sweat (from bottom to top) to the neck opening 8 so that it comes there with outside air in connection and can evaporate.

The FIGS. 3 and 4 and the FIGS. 5 and 6 show respectively the front and the back of an undershirt 1 for a male or a female wearer. It is particularly advantageous if a undershirt for a man according to the FIGS. 3 and 4 and a undershirt for a woman according to the FIGS. 5 and 6 is trained. Basically, however, in the Figures 3 and 5 shown front of the undershirt can be combined with any back. Conversely, in the FIGS. 4 and 6 shown back of the undershirt 1 are combined with any front. It is advantageous in each case if at least the front or back also about Compression zones 13, warming zones 12 and hydrophilic zones 9 in the area of the pelvis has.

The in the FIGS. 3 to 6 illustrated embodiments may be prepared by the choice of a suitable knitting such that the sleeves 6 are made in one piece seamlessly with the main part 4. Thus, among other things, the active transport of sweat in the welding transport zones can be supported and the garment is more comfortable to wear. Alternatively, however, the sleeves 6 may be connected in a known manner with the main part 4 via seams, therefore, in the FIGS. 3 to 6 a possible course of the seams 6 shown by dashed lines.

The in the FIGS. 3 to 6 designated by the same reference numerals correspond to those in the Figures 1 and 2 shown zones in terms of their design and function, so that a description thereof is omitted. Possible deviations, in particular with regard to the positions of the zones, result from the FIGS. 3 to 6 ,

This in Fig. 3 illustrated second embodiment of a front side of a undershirt for a male carrier differs from that in Fig. 1 illustrated embodiment in that the weld transport zone 10 divided before reaching the neck opening 8 into two sub-channels. The two sub-channels form between them in the exemplary embodiment triangular area, which is formed from the basic knit 3.

In the Fig. 4 illustrated back of a singlet 1 is particularly suitable in combination with the in Fig. 3 shown front side, but also in combination with the in Fig. 1 illustrated front of a singlet.

In the Fig. 4 shown back side is different from the one in the FIGS. 1 and 3 shown front of the undershirt essentially by the following features. The welding transport zone 10 has a smaller width. However, the width can be the same. Further, in the region of the spine opposite to the chest area, a channel structure of the hydrophilic zones 9 and the highly hydrophilic sub-zones 11 changed from the chest area of the undershirt 1 is realized. Provided are a total of three pairs of highly hydrophilic subzones 11, each extending, starting from the welding transport zone, strip-shaped toward the sides of the undershirt 1. The high-hydrophilic sub-zones 11 are surrounded by the hydrophilic zones 9. The lowermost pair of highly hydrophilic sub-zones 11 corresponds in terms of course and arrangement substantially the highly hydrophilic sub-zone 11 at the front of the undershirt 1. The other two pairs of highly hydrophilic sub-zones 11 are arranged above. Unlike the front of the undershirt, as in the FIGS. 1 and 3 is shown at the back of the undershirt 1 before reaching the neck opening, approximately at the level of the shoulder blades, again a pair of highly hydrophilic subzones 11 (the third pair) is formed, which is strip-shaped, starting from the welding transport zone 10, in the direction of the shoulder blades extends. The two highly hydrophilic subzones 11 of this pair are in turn surrounded by a hydrophilic zone 9.

Analogous to Fig. 1 The highly hydrophilic subzones 11 can also be omitted, in which case the hydrophilic zone can then be used 9 be designed to be larger or occupy the space of the highly hydrophilic subzones 11.

Anatomically, the shirts or undershirts 1 for ladies and gentlemen on differences, in particular is advantageous in the ladies shirts or undershirts embossing cups. These may preferably be formed from the basic knit 3.

Fig. 5 , which shows a front side of a undershirt 1 for a female wearer, differs from the Figures 1 and 2 essentially in that a highly hydrophilic sub-zone 11 (ie, a pair) is arranged above each of the kidney-warming zones 12. In the exemplary embodiment, the highly hydrophilic sub-zone 11 has a substantially strip-shaped, narrow course. Above the highly hydrophilic sub-zone 11 and thus directly below the breasts of the female wearer, a compression zone 13 is provided, which also extends in a strip-like manner, but spans the entire front side of the undershirt 1 below the breasts. In the exemplary embodiment it is provided that the compression zone 13 has a section which extends upwards between the breasts. For this purpose, the compression zone has an upwardly extending projection or a vertically extending projection. The projection of the compression zone 13 extends substantially in line with the welding transport zone 10. The projection of the compression zone 13 opens with its upper end in a highly hydrophilic sub-zone 11. The highly hydrophilic sub-zone 11 is arranged in an area between the breasts and above the breasts. In the exemplary embodiment, however, the highly hydrophilic sub-zone 11 does not extend in a strip-like manner above the breasts, since in this region a pair a hydrophilic zone 9 is provided, which extends, starting from the weld transport zone 10 and the highly hydrophilic sub-zone 11, strip-shaped to the left and right in the direction of the sides of the undershirt 1.

The area encompassing the breasts of the female wearer is in the Fig. 5 illustrated embodiment of the basic knitted fabric 3. By the compression zone 13 below and between the breasts it is ensured that the undershirt 1 fits tightly and thus the Schweißabtransport along the welding transport zones 10 is supported. The highly hydrophilic subzones 11 and the hydrophilic zones 9 are arranged in regions in which the inventor has recognized that typically a particularly high degree of sweat formation is to be expected. Instead of the highly hydrophilic subzones 11, hydrophilic zones 9 can also be formed. In principle, deviations and adjustments of the individual zones are possible. This also applies to the other embodiments.

Fig. 6 shows a rear view of a singlet 1, which is particularly in combination with the in Fig. 5 shown front view of a singlet 1 is suitable.

Fig. 6 shows above the two heating zones 12, respectively, the formation of a highly hydrophilic sub-zone 11 (ie, a pair). The two highly hydrophilic subzones 11 are formed higher than the corresponding one at the front of the undershirt 1 according to Fig. 5 provided highly hydrophilic sub-zone 11. D. h. the highly hydrophilic sub-zone 11 at the back of the undershirt 1 has a greater extent in the vertical direction. Above the two highly hydrophilic subzones 11, which pass through the Schweißabtransportzone 10 are separated from each other, a strip-shaped compression zone 13 runs, which extends across the entire back of the undershirt 1. The compression zone 13 is higher, and thus at the rear, approximately at the level of the breast area of the female wearer, compared to the compression zone 13 at the front of the undershirt 1. Above the compression zone 13, a hydrophilic zone 9 is formed, which extends from the lateral edges of the undershirt 1 upwards in the direction of the neck region 8 or runs approximately arcuately or wedge-shaped in the direction of the neck region 8. The hydrophilic zone 9 is provided with two pairs of mirror-inverted highly hydrophilic subzones 11. The highly hydrophilic subzones 11 extend substantially, starting from the Schweißabtransportzone 10, strip-shaped and slightly bent down towards the side edges of the undershirt 1. In a shoulder region, the undershirt 1 according to FIG Fig. 6 a pair of strip-shaped hydrophilic zones 9 which extend from the weld transport zone 10 towards the shoulder blades. The training is analogous to that in Fig. 4 illustrated embodiment on the back of a undershirt 1 for a male carrier. The hydrophilic strip-shaped zones 9 in the amount of the shoulder blades are each subdivided by a highly hydrophilic sub-zone 11. Above the hydrophilic strip-shaped zone 9 in the amount of the shoulder blades, the welding transport zone 10 divides into two channels, which lead to the neck opening 8 and between them form a surface which is formed from the basic knit 3.

In the Fig. 6 shown back of the undershirt 1 has analogous to the back according to Fig. 4 three pairs of highly hydrophilic subzones 11.

The back of the undershirt 1 for a female wearer differs from the back of a undershirt 1 for a male wearer substantially in that an additional hydrophilic zone 9 is provided in the undergarment 1 for a female wearer between the warming zone 12 and the compression zone 13 and therefore the compression zone 13 has a correspondingly lower height. In addition, the compression zone 13 extends in a female carrier over the entire width of the back part.

The compression zone 13 in the undershirt 1 for a female wearer has a supporting function in the underbust area.

Claims (15)

Textile garment for a torso, in particular undershirt, with hydrophilic zones and with warming zones,
marked by
at least one hydrophilic weld transport zone (10) extending from a lower end portion of the outer garment (1) to the neck opening (8) thereof, which is connected to the hydrophilic zones (9) to create a channel-like chimney effect. Textile garment according to claim 1,
characterized in that
the hydrophilic weld transport zone (10) extends substantially centrally and rectilinearly on a front side of the garment (1). Textile garment according to claim 1 or 2,
characterized in that
a hydrophilic weld transport zone (10) is formed on the back of the garment (1). Textile garment according to claim 1, 2 or 3,
characterized in that
a hydrophilic zone (9) covers the area of a pelvis when the garment (1) is worn correctly. Textile garment according to one of claims 1 to 4,
characterized in that
a hydrophilic zone (9) covers the chest area when the garment (1) is worn correctly. Textile garment according to claim 5,
characterized in that
the hydrophilic zone (9) in the chest region comprises at least one highly hydrophilic sub-zone (11) which, when the garment (1) is worn correctly, covers the area of the breast having the most sweat glands. Textile garment according to one of claims 1 to 5,
characterized in that
the welding transport zones (10) and the hydrophilic zones (9) are formed from an identical material. Textile garment according to one of claims 1 to 7,
characterized in that
the warming zones (12) are arranged so as to cover the area of the kidneys when the garment (1) is worn correctly. Textile garment according to one of claims 1 to 8,
characterized in that
between the neck opening (8) and the lower end portion of the garment (1) compression zones (13) are formed, which have a higher elasticity compared to the hydrophilic zones (9) or a base knit (3) of the garment (1). Textile garment according to claim 9,
characterized in that
the compression zones (13) are formed below the chest area. Textile garment according to claim 9 or 10,
characterized in that
the compression zones (13) terminate above the warming zones (12). Textile garment according to one of claims 1 to 11,
characterized in that
a base knit (3) serves as the basis for the welding transport zones (10) and / or the hydrophilic zones (9) and / or the heating zones (12) and / or the compression zones (13). Textile garment according to claim 12,
characterized in that
the basic knit (3) is polypropylene or polypropylene. Underwear system comprising an undershirt according to one of claims 1 to 13 and a pair of underpants,
characterized in that
the underpants (2) in an area where it overlaps with the undershirt (1) when the underwear system (1) is worn correctly is formed of a material identical to the material of which the overlapping area of the undergarment is made (1) is formed. Underwear system according to claim 14,
characterized in that
the underpants (2) and the undershirt (1) overlap in the pelvic area.

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