EP3932236B1 - Ski jumping glove - Google Patents

Description

The invention relates to a ski jumping glove with a glove body and glove fingers, the glove body of the ski jumping glove having a front palm covering the palm of the glove wearer when the ski jumping glove is worn and a rear glove back covering the back of the hand, the palm and the back of the glove first being cut into shape and thereafter sewn together at their outer contour lines with the exception of a tuck-in area for inserting the hand into the glove by means of seams, and the palm of the hand and the back of the glove are firmly connected to one another by at least one side layer.

A ski jumping glove with these features is described, for example, in EP 2 389 821 B1 .

Sewn or knitted gloves of this type have been known for a long time and have been made from a wide variety of materials such as fur, leather, textile material—more recently using plastics—since antiquity. The gloves are used in a variety of ways, for example in the work area as protective gloves to protect the hands against cold, heat or skin injuries during rough mechanical manual work, in the professional field, for example as pilot's gloves or racing driver's gloves, but also as a decorative part of elegant clothing, for example in Form of ball or uniform gloves as well as in sports, for example as ski gloves, as goalkeeper gloves, as climbing gloves or in similar functions. For ski jumping, there are special jumping gloves with glove fingers that curve slightly upwards towards the back of the hand.

As a rule, the upper part of a glove is sewn by the glove maker to the lower part on a so-called layer or side layer arranged between the two glove parts; see WIKIPEDIA at https://de.wikipedia.org/w/index.php?title=schichtel&oldid=188489511 In addition to the layers, gussets can also be used.

the EP 2 554 063 A1 describes a knitted compression glove. Such a glove has nothing at all to do with a generic ski jumping glove with the characteristics defined at the outset, in which the technical aim is to have as large an area as possible to improve the flight characteristics of the to get glove carriers. Such compression gloves are usually knitted two-dimensionally on a circular knitting machine. Therefore, nothing else is revealed EP 2 554 063 A1 . In fact, two-dimensional fabrication is the only thing in accordance with the present invention. In any case, the known compression gloves are not sewn together from cut individual parts, as in the case of the generic ski jumping gloves.

the DE 10 2018 110 479 A1 concerns a goalkeeper glove. Here one cannot speak of a two-dimensionality, but rather of the fact that the inside of these goalkeeper gloves must be replaceable after wear. It is also important here that different surfaces can be used depending on whether it is wet or dry during the football game. Such goalkeeper gloves cannot and must not have the specific properties of generic ski jumping gloves. Even the goalkeepers of the RB soccer clubs shouldn't really get "wings" during their work; but the ski jumper certainly does.

the U.S. 6,895,599 B1 describes a reversible glove. This is two-dimensional and has a white and a dark side. The glove after U.S. 6,895,599 B1 However, it has no layers at all and is therefore by no means to be classified as a generic ski jumping glove. The well-known reversible finger glove certainly does not have a thumb that is contrary to the anatomy of the human hand.

the DE 85 25 113 U1 reveals a somewhat curious object, namely a tube with four fingers, but which apparently has two thumb tubes having. This is supposed to make it possible for the glove to be worn on both the left and right hand. In any case, a two-dimensionality is by no means given here, but rather a "glove with two thumb tubes", which can be combined with a ski-jumping glove of the generic type, such as that in document EP 2 389 821 B1 described has absolutely nothing in common.

Normally all gloves that are sewn together have an anatomical hand shape, i.e. the thumb is automatically shifted towards the palm and the fingers are slightly curved towards the palm according to the "normal natural hand". In particular, the side layers of such anatomically cut finger gloves, via which the palm of the hand and the back of the glove are firmly connected to one another, are also curved inwards. The glove thumb is curved downwards from the level of the hand and slightly inwards.

However, in order to get an optimal ski jumping glove, this conventional cut is not necessarily effective. In fact, the ski jumper spreads his fingers in the air and tries to make a very wide hand in order to achieve as much "wing surface" and thus lift as possible. In addition, he usually tries to hyperextend his fingers backwards towards the back of his hand in order to increase this effect. To do this, however, the jumper must normally press against the resistance of a glove cut in the usual way.

Also from the initially cited, generic EP 2 389 821 B1 A special ski jumping glove that has been known for a decade has such an anatomical cut. But to the drape on To reduce glove, which inevitably occurs in the action of pushing up the fingers by the ski jumper in one of the conventional gloves described above and leads to air turbulence when ski jumping, suggests EP 2 389 821 B1 proposed cutting the back of the glove shorter and the palm longer so that the back of the hand forms a concave surface when the glove is in a relaxed state.

Although these sports gloves for ski jumping, which are "slightly modified" compared to the "classic" gloves, have been doing their job successfully for many years and have certainly "helped" in winning some winter sports medals, there is still a not inconsiderable potential for improvement regarding the "technical" characteristics of this well-known ski jumping glove.

In contrast, the object of the present invention is to provide a generic ski jumping glove of the type described at the outset using the simplest possible technical means, inexpensively and inexpensively, with which on the one hand a significant improvement in the aerodynamic properties of the ski jumper compared to the use of conventional gloves and also compared to the above described known special ski jumping glove is achieved, so that in particular higher jump distances can be achieved, but on the other hand the proposal of the invention EP 2 389 821 B1 precisely not realized, but the set goal is achieved in a technically different way.

According to the invention, this object is achieved in a way that is as surprisingly simple as it is effective in that the back of the glove is cut at least as long as the palm of the hand, that the ski jumping glove is cut 2-dimensionally, i.e. not as with an anatomical template with the thumb facing inwards and opposite the other fingers offset downwards from the palm of the hand, but contrary to the anatomy of the human hand with the thumb spread out to the side in such a way that before wearing the ski jumping glove, the glove finger for the thumb is in the same plane of the ski jumping glove as the glove finger attachments for the other fingers of the Glove wearer on the glove body, so that the thumb is spread out to the side when wearing the ski jumping glove from the outset, that the back of the glove and the palm of the hand are cut congruently, and that either the side layers are designed geometrically in such a way that before the Tra With regard to the ski jumping glove, the palm of the hand runs essentially parallel to the back of the glove, or that the side layers are rotated by 180° compared to an anatomically cut glove, so that the ski jumping glove is already curved from the palm of the hand to the back of the glove before it is worn.

The invention is therefore essentially based on presenting a finger glove for ski jumping, in which the main properties of a ski jumping glove described above and desired are present, which should contribute to improved jumping results, but without deviating from the teaching of EP 2 389 821 B1 To make use of, instead of which, the physical properties of the glove and thus the achievable sporting results are compared to even significantly improved.

This is achieved on the one hand by the fact that the back of the glove is not cut shorter and the palm longer, but the back of the glove is cut at least as long as the palm. On the other hand, the ski jumping glove according to the invention no longer uses an anatomical glove cut. Rather, the present invention proposes cutting the glove not as usual 3-dimensionally, but rather 2-dimensionally, that is to say precisely not according to a natural anatomical shape of the hand. As a result, the glove finger for the thumb is not offset inwards and downwards in relation to the palm of the hand, but in the same plane of the ski jumping glove as the attachments of the glove fingers for the other fingers, so that the base of the thumb is spread laterally from the outset when wearing the ski jumping glove.

This two-dimensionality increases the surface of the ski-jumping glove, since the thumb is exposed to the side - against the anatomy of the hand. As a result, a higher and wrinkle-free surface is achieved in the ski jumping glove according to the invention, which generates up to 40% more buoyancy. Measurements in the wind tunnel, which was built by the applicant specifically for testing ski-jumping gloves, have produced a remarkable result (details see below).

In order to further simplify the production of the ski-jumping glove according to the invention and thus significantly reduce costs, it is also prescribed that the back of the glove and the palm of the hand be cut essentially congruently.

In a first variant of the ski jumping glove according to the invention, the side layers are designed geometrically in such a way that before the ski jumping glove is worn, the palm of the hand runs essentially parallel to the back of the glove. These variants are particularly easy to produce and have essentially the same physical effect on the glove wearer, regardless of whether the ski jumper aligns the back of the hand or the palm of the hand towards the take-off table during the flight phase.

Alternatively, in another variant of the invention, the side layers can be rotated by 180° compared to an anatomically cut glove, so that the ski jumping glove is already curved from the inner palm to the back of the glove before it is worn. As a result, the ski flyer does not have to exert any forces against the resistance of the glove during the jump phase in order to bring his fingers into the usual position spread away from the back of the hand and to stay in it.

Particularly preferred are developments of this second, alternative variant of the invention, in which the side layers of the glove fingers except for the thumb are cut in a wedge shape in such a way that the fingers except for the thumb of the glove wearer are also bent upwards away from the back of the glove when wearing the ski jumping gloves.

Normally, anatomically cut gloves always have side layers that are anatomically curved inwards. In the case of the specially developed ski jumping glove according to the invention, on the other hand, these side layers are inserted "the wrong way around", so that the "inverted" layers point the glove fingers slightly upwards bend, which actually contradicts the "natural, normal" anatomy of a hand. Thus, the glove according to the invention with this sectional shape is already curved upwards and essentially already in the special ski jumping posture.

Embodiments of the ski jumping glove according to the invention are particularly advantageous, which are distinguished by the fact that the back of the glove and the palm of the hand, including the glove fingers, are cut exactly congruently.

This not only has the advantage of even more cost-effective production of the back of the glove and the palms of the hands, because these now have an identical shape. In addition, this embodiment of the invention gives the ski jumper the option of turning either the backhand or the palm of the hand towards the slope during the jump phase, depending on the jumping style—which differs individually. In any case, ski jumping gloves with exactly congruent backs and palms are completely "neutral" in terms of their handling properties.

Also very particularly preferred is a class of embodiments of the ski jumping glove according to the invention, in which the glove finger for the thumb is made in one piece with the back of the glove, in particular without a seam.

This has the decisive advantage that there is no seam between the thumb and the backhand. This avoids a bulge or folds when spreading the thumb. The big advantage is that thus thumb and backhand form a unit without seams . This avoids air turbulence.

Normally, in known finger gloves, the thumb is always cut separately from the part on the back of the hand and then attached and sewn to it. In the present case, however, the back of the hand and the thumb are cut together in one piece, so that no creases can form on the back of the hand, particularly in the thumb area, when the glove is flat and spread out when ski jumping.

Alternatively or additionally, the glove according to the invention can also be designed as a knitted glove, in particular without seams, preferably dipped. A knitted, stretchable and seamless glove that can be dipped for optimal grip is also possible. With gloves without a seam, a better sense of touch is usually also achieved. Of course, if there is no seam, it cannot come loose either, so the durability of the glove is increased. A particularly good grip is achieved by coating, usually by dipping.

Traditionally, ski jumping gloves are made of a material made of PA and foam on the back of the hand, which is also used for the suits. Leather is processed in the palm. However, the ski jumping glove according to the invention can also have special materials on the palm, such as synthetic leather, imitation leather with a very good grip, and also artificial materials with a corresponding grip coating, nubs or other print. This imprint can also be carried out partially, ie not over the entire palm. On the one hand, these gripping materials enable the ski jumper to handle their equipment particularly safely, and on the other hand, they also allow optimal push-off on the ski jump beam, even in wet and adverse conditions. This significantly reduces the risk of slipping off the beam.

In advantageous embodiments, the ski-jumping gloves according to the invention can be made of synthetic leather, imitation leather with good grip or synthetic materials with a grip coating, nubs or a printed surface structure. All of the materials mentioned are common in glove manufacture and can therefore be easily obtained commercially.

Also preferred are embodiments of the ski jumping glove according to the invention, which are characterized in that the palm is made of synthetic leather, imitation leather with good grip or synthetic materials with a grip coating, nubs or a printed surface structure. Chloroprene, polychloroprene or chlorobutadiene rubber is particularly suitable because these materials have a slightly lower density and therefore have a larger volume for the same weight, which in turn increases the surface area of the glove and contributes to aerodynamic lift when skiing. In this way, the ski-jumping gloves modified according to the invention can also be produced using the conventional methods without additional complex new production technologies.

Developments of these embodiments are particularly advantageous in which a coating, napping or an imprint with a surface structure is only partially applied to a partial surface of the palm is upset. On the one hand, this saves on coating material, and on the other hand, individual grip properties can be specifically evoked for the respective ski jumping glove.

In further particularly preferred embodiments of the ski-jumping glove according to the invention, the palm of the hand is made from the same material as the back of the glove, preferably from a material that is also used for ski-jumping suits. As a result, the glove is "neutral" in its physical properties when flying on skis with regard to the hand position of the respective user, i.e. the palm of the hand or the back of the hand directed towards the ground. In addition, by matching the glove materials with the suit materials, a uniformity of the ski jumping equipment is also achieved from an aesthetic point of view.

Further features and advantages of the invention result from the following detailed description of exemplary embodiments of the invention with reference to the figures of the drawing, which show details essential to the invention, and from the claims. The individual features can each be implemented individually or together in any combination in variants of the invention.

The schematic drawing shows exemplary embodiments of the invention, which are explained in more detail in the following description.

Fig. 1

eine schematische Draufsicht auf eine erste Ausführungsform des erfindungsgemäßen Skisprunghandschuhs mit Blick von schräg oben auf den Handrücken, wobei die Handschuhfinger in einer Ebene mit dem Handschuhkörper liegen;

Fig. 2

eine schematische Draufsicht auf eine zweite Ausführungsform des erfindungsgemäßen Skisprunghandschuhs mit "verdrehten" Seitenschichteln und vom Handrücken nach oben gekrümmten Handschuhfingern;

Fig.3

eine schematische Draufsicht auf einen Fingerhandschuh nach dem Stand der Technik; und

Fig. 4

eine schematische Darstellung eines speziellen Windkanals zum Ermitteln der aerodynamischen Eigenschaften des erfindungsgemäßen Skisprunghandschuhs, gegebenenfalls auch im Vergleich mit herkömmlichen Handschuhen.

Show in detail:

1

a schematic top view of a first embodiment of the ski jumping glove according to the invention with a view of FIG diagonally on top of the back of the hand, with the glove fingers in a plane with the glove body;

2

a schematic plan view of a second embodiment of the ski jumping glove according to the invention with “twisted” side layers and glove fingers curved upwards from the back of the hand;

Fig.3

a schematic plan view of a glove according to the prior art; and

4

a schematic representation of a special wind tunnel for determining the aerodynamic properties of the ski jumping glove according to the invention, optionally also in comparison with conventional gloves.

Generally illustrate the Figures 1 to 3 the drawing a sewn, in particular ready-made, or a knitted ski jumping glove 10; 20; 30 made of a close-fitting, stretchable, flexible base material, in particular made of textile material, leather or plastic, with a glove body and glove fingers 11a, 11b, 11c, 11d, 11e; 21a, 21b, 21c, 21d, 21e; 31a,31b,31c,31d,31e. The glove has a front side, when wearing the ski jumping glove 10; 20; 30 the palm of the hand covering the palm of the glove wearer, practically not visible in the drawing , and a back of the glove 12 lying opposite the palm of the hand and covering the back of the hand; 22; 32 which, in the case of a sewn glove, on their outer contour lines except for one Insertion are sewn together for inserting the hand in the glove by means of seams. The palm of the hand and the back of the glove 12; 22; 32 are at least one Seitenschichtel 13; 23; 33 firmly connected.

According to the invention, the ski jumping glove 10; 20 characterized in that the back of the glove 12; 22 is cut at least as long as the palm of the hand, that the ski jumping glove 10; 20 is cut two-dimensionally, ie not as in an anatomical model with the thumb offset inwards relative to the other fingers and downwards from the palm of the hand, but in such a way that before wearing the ski jumping glove 10; 20 the glove finger 11a; 21a for the thumb in the same plane of the ski jumping glove 10; 20 lies, like the bases of the glove fingers 11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e for the other fingers of the glove wearer on the glove body, so that the thumb when wearing the ski jumping glove 10; 20 is spread laterally from the outset, and that the back of the glove 12; 22 and the palm of the hand are cut congruently.

1. a) mit dem Handrücken zum Boden
   oder
2. b) mit der Innenhand zum Boden.

As already explained above, nowadays when ski jumping/ski flying, the ski jumper tries to create as large a surface as possible by holding the hand with the fingers spread out, so that the jumper can use the gloves to generate lift, but also as wings for control. There are basically two different hand positions, viz

1. a) with the back of the hand on the ground
   or
2. b) with the palm to the ground.

With the new glove cut according to the invention (" SEIZ Cut") described here, not only jumpers who jump to the bottom of the hill with the back of their hands can now get a glove that is suitable for them, but now also jumpers who jump to the bottom of the hill with their palms.

In this case, the backhand material, which is also used for the jump suits, is used in the palm and thus has the same effect as with the jumpers who fly with the backhand to the ground.

In 1 a ski jumping glove 10 according to the invention is shown with a two-dimensional section, in which the side layers 13 are geometrically designed in such a way that the palm of the hand runs essentially parallel to the back of the glove 12 before the ski jumping glove 10 is worn. Here, the palm of the hand and the back of the glove 12 are cut the same, in particular with the same finger lengths. There is no seam between thumb and backhand, which has very important advantages. If you try to spread your thumb with a three-dimensional glove, there is automatically excess material on the back of the hand, i.e. a bulge that leads to annoying air turbulence during the ski flying phase.

2 shows an even more refined variant of the invention, in which the Seitenschichtel 23 are used rotated by 180 ° compared to an anatomically cut glove, so that the ski jumping glove 20 before wearing the Palm is curved towards the back of the glove 22. In particular, the side layers 23 of the glove fingers 21b, 21c, 21d, 21e except for the thumb are cut in a wedge shape such that the fingers except for the thumb of the glove wearer are also bent upwards away from the back of the glove 22 when the ski jumping glove 20 is worn. This hand position is aerodynamically designed like a wing and therefore shows the best physical ski flying properties.

Both in the embodiment after 1 as well as after 2 it is particularly favorable if the back of the glove 12; 22 and the palm of the hand including the glove fingers 11a, 11b, 11c, 11d, 11e; 21a, 21b, 21c, 21d, 21e are cut exactly congruently.

As in the figures 1 and 2 each by a dashed oval 14; 24 indicated, the glove finger 11a; 21a for the thumb integral with the glove back 12; 22, in particular without a seam.

Alternatively or additionally, the ski jumping glove 10; 20 can also be seamless, preferably immersed.

At in the figures 1 and 2 schematically illustrated embodiments of the ski jumping glove 10 according to the invention; 20 are the glove fingers 11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e for the index finger, the middle finger, the ring finger and the little finger are cut in such a way that their attachment points on the glove body run essentially parallel to one another even before they are worn, while the glove finger 11a; 21a for the thumb to the side of the others glove fingers 11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e protrudes by about 45°.

Not specifically shown in the drawing are embodiments of the ski jumping glove according to the invention, in which the palm of the hand is made of a material with good grip or synthetic materials with a grip coating, nubs or a printed surface structure. An imprint with a surface structure can also be applied only partially to a partial area of the palm of the hand. Chloroprene, polychloroprene or chlorobutadiene rubber are particularly suitable as materials for this.

3 Figure 1 shows a conventional three-dimensional glove 10 with the thumb protruding inward - in accordance with the "normal" anatomy of the hand. The figure clearly shows that there is a seam 34 between the glove finger 31a for the thumb and the back 32 of the glove. So far, this has generally been the case with all cut gloves.

To different embodiments of the ski jumping glove according to the invention 10; 20 also in comparison to conventional gloves 30 with regard to their aerodynamic properties, the applicant has specially built a special wind tunnel that 4 is shown schematically.

The wind tunnel 41 was developed to measure ski jumping gloves in particular with regard to their air resistance and the buoyancy they generate.

Functionality:

Air is accelerated by two fans 42', 42" connected in series and guided through a tube 43. A constant air flow of 68 km/h is generated. A glove is placed in the tube 43 at a distance from the fan 42', 42". 40 -for example size 9.5- which was stretched onto a defined hand shape (not recognizable in the drawing). The hand form has a device 44 for fixing to a toggle lever 45 which leads to the outside of the tube 43 and is connected to a newton meter 46 . The force in N caused by the resulting wind pressure can then be read from this.

Current measurements have shown the following:

SEIZ Profi Cut 10.3N SEIZ Profi Cut 10.1N Competition model 1 6.9N Competition model 1 7.1N competition model 2 7.3N competition model 2 7.2N competition model 3 7.4N competition model 3 7.4N

The values for embodiments of the ski jumping glove according to the invention therefore show a resistance that is up to 40% higher and the buoyancy associated with it.

The ski jumping glove according to the present invention is primarily concerned with maintaining as much wing surface area and thus lift as possible during the flight phase of the ski jumper.

For this, the thumb spread out to the side, which is cut completely against the anatomy of the human hand, is essential. Namely, in the natural anatomy of a (non-crippled) human, the thumb regularly points inward and toward the other fingers.

For no other glove in the world - except for a generic ski jumping glove - would it make sense to cut the glove parts in such a way that after sewing them together, the thumb is spread out to the side in a non-anatomical way, of all things.

Another significant difference between the present invention and all other known finger gloves is the way in which the side layers are designed and arranged:
Either the side layers are designed geometrically in such a way that the palm of the hand runs essentially parallel to the back of the glove before the ski jumping glove is worn, or the side layers are rotated by 180° compared to an anatomically cut glove, so that the ski jumping glove is curved from the palm of the hand to the back of the glove before wearing it.

In no case does the known state of the art give any indication, no matter how hidden, of this concrete technical solution to the problem that can be achieved with the present invention.

Claims (9)

1. Ski jumping glove (10; 20; 30), comprising a glove body and glove fingers (11a, 11b, 11c, 11d, 11e; 21a, 21b, 21c, 21d, 21e; 31a, 31b, 31c, 31d, 31e), the glove body of the ski jumping glove (10; 20; 30) having a front palm area, which covers the palm of the glove wearer when the ski jumping glove (10; 20; 30) is worn, and a rear back of the glove (12; 22; 32), which covers the back of the hand, the palm area and the back of the glove (12; 22; 32) being first cut to shape and then sewn together at their outer contour lines by means of seams, with the exception of an insertion region for sliding the hand into the glove, and the palm area and the back of the glove (12; 22; 32) being firmly interconnected via at least one fourchette (13; 23; 33),
   characterized in that

   the back of the glove (12; 22) is cut at least as long as the palm area,

   in that the ski jumping glove (10; 20) is cut two-dimensionally, i.e. not as in an anatomical model with the thumb offset inwards with respect to the other fingers and downwards from the palm area, but contrary to the anatomy of the human hand with the thumb protruding laterally such that before the ski jumping glove (10; 20) is worn, the glove finger (11a; 21a) for the thumb is in the same plane of the ski jumping glove (10; 20) as the bases of the glove fingers (11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e) for the remaining fingers of the glove wearer on the glove body, so that the thumb is spread out to the side from the outset when the ski jumping glove (10; 20) is worn,

   in that the back of the glove (12; 22) and the palm area are cut congruently,

   and in that either the fourchettes (13) are designed geometrically such that before the ski jumping glove (10) is worn, the palm area extends substantially in parallel with the back of the glove (12),

   or in that the fourchettes (23) are rotated by 180° compared to an anatomically cut glove, so that, before it is worn, the ski jumping glove (20) is curved from the palm area toward the back of the glove (22).
2. Ski jumping glove according to claim 1, characterized in that the fourchettes (23) of the glove fingers (21b, 21c, 21d, 21e), except for the thumb, are cut in a wedge shape such that when the ski jumping glove (20) is worn, the fingers, except for the thumb, of the glove wearer are also curved upwardly away from the back of the glove (22).
3. Ski jumping glove according to any of the preceding claims, characterized in that the back of the glove (12; 22) and the palm area, including the glove fingers (11a, 11b, 11c, 11d, 11e; 21a, 21b, 21c, 21d, 21e) are cut exactly congruently.
4. Ski jumping glove according to any of the preceding claims, characterized in that the glove fingers (11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e) for the index finger, the middle finger, the ring finger and the little finger are cut in such a way that their bases on the glove body extend substantially in parallel with one another even before they are worn, whereas the glove finger (11a; 21a) for the thumb protrudes laterally away from the other glove fingers (11b, 11c, 11d, 11e; 21b, 21c, 21d, 21e), preferably by between 20° and 90°, in particular by approximately 45°.
5. Ski jumping glove according to any of the preceding claims, characterized in that the glove finger (11a; 21a) for the thumb is manufactured in one piece with the back of the glove (12; 22), in particular without a seam.
6. Ski jumping glove according to any of the preceding claims, characterized by the construction of a close-fitting, stretchable, flexible base material, in particular of textile material, leather and/or plastics material.
7. Ski jumping glove according to any of the preceding claims, characterized in that the palm area is made of synthetic leather, imitation leather having good grip or synthetic materials having a grip coating, nubs or a printed surface structure, in particular chloroprene rubber, polychloroprene rubber or chlorobutadiene rubber.
8. Ski jumping glove according to claim 7, characterized in that an imprint with a surface structure is applied only in part to a partial area of the palm area.
9. Ski jumping glove according to any of the preceding claims, characterized in that the palm area is made from the same material as the back of the glove (12; 22), preferably from a material that is also used for ski jumping suits.

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