EP2868219A1 - Finger glove - Google Patents

Abstract

The present invention provides a glove (1) comprising at least one finger cover (3) with a contact element (10) of conductive material. The contact element has a first contact region (13) and a second contact region (14), wherein the first contact region is arranged on a glove sleeve surface (17a) on a hand-side fingertip region (3a), the first contact region being connected to a second contact region (14), which is arranged on an inner surface of the glove is connected via an electrical route. The first contact region is limited to a fingertip-near edge region of the palm side fingertip region and formed substantially parabolic.

Description

TECHNICAL AREA

The present invention relates to a finger glove for use in sports activities in the colder season, e.g. skiing, ski touring, cross-country skiing, etc. With increasing importance of mobile communication, there is also an increased demand for the use of mobile communication devices such as mobile phones. Smartphones with touchscreens while exercising. The activation and operation of smartphones or touchscreens requires a direct contact of the skin with the screen. If a user wears gloves that do not allow electronic operation, they must first be removed before handling is possible.

STATE OF THE ART

Various gloves are known from the prior art, which have a conductive surface on the index finger and / or thumb, which allows operation of a touch screen. Some of them, such as the WO 2011/004672 A1 or EP 2 550 880 A2 use conductive yarns in the contact areas or external application of conductive surfaces to the areas concerned. Others embed a portion of conductive material on the palm side fingertip regions of the glove, such as the glove WO 2010/044962 or the EP 2 540 176 A2 , However, these solutions lead to relatively large conductive areas on the fingertips, which makes precise operation of touchscreen keyboards or an exact selection of specific buttons difficult.

The tendency for device downsizing, along with the display and display of documents and text on the progressively smaller screen, also requires the ability to manipulate such texts by precisely selecting text passages or manipulating miniature buttons. The DE 20 2011 109 508 U1 offers a solution to this by providing a point of discontinuity in the conductive region, which is intended to serve as an extension of the fingertip with a concrete dimension. The US 2013/0021292 A1 on the other hand, for the purpose of focusing the conductive area, an extension on the fingertip is disclosed, which extends through a cylindrical inner element and a conductive, outer material layer surrounding the inner element is formed.

PRESENTATION OF THE INVENTION

It is an object of the present invention to provide the gloves with touch screen operation function of the prior art with regard to the operation of electronic devices, in particular touchscreens, e.g. from smartphones, continue to improve.

This object is achieved by a glove which has at least one finger cover for receiving a finger of a user, wherein the finger cover has a contact element made of conductive material. The finger cover is preferably the index finger cover or the thumb cover. In particular, both the index finger sheath and the thumb sheath have a contact element according to the invention. In the light of the mostly two-finger operation of smartphones by thumb and forefinger, in a particularly preferred embodiment, a first contact element on the hand-side fingertip region of the index finger cover is arranged and a second contact element on the hand-side fingertip region of the thumb shell. In particular, the glove preferably has a contact element only on the thumb sheath and on the index finger sheath on its respective inside hand fingertip area, but not on the other finger covers (for middle, ring and little fingers). However, it may well be advantageous (for example, for the operation of larger tablets, which have a larger touchscreen keyboard so that can be written with ten-finger system) to provide the hand inside fingertip areas of one or more (even all) other fingers with a contact element according to the invention , All of the features described for a "finger cover" or for the contact element arranged thereon can therefore also be used for the thumb cover or the remaining finger covers.

According to the invention, the contact element has a first contact region and a second contact region, wherein the first contact region is arranged on an outer surface of the glove on a fingertip-side region of the finger cover on the inside of the hand. The first contact region is electrically connected to a second contact region, which is arranged on an inner surface of the glove. According to the invention, the first contact region is limited to an edge region near the fingertip of the palm region on the inside of the fingertips and is essentially parabolic in shape. The parabolic shape described by the first contact area has a first leg and preferably a second leg. Both legs are directed with their "free" ends to the root of the wrist or user of the glove-bearing user. The apex of the parabola (where the two legs converge) is located in a fingertip area. The surrounding around the parabolic contact area outer surface region of the finger cover with the contact element is not conductive, which means that the parabolic contact area allows a very precise surface contact at different angles between finger and contact surface and at different rotational positions of the finger to the contact surface.

In this case, the parabolic design of the first contact region is to be understood such that the shape described by the first contact region (in a state attached to the glove), for example substantially in the form of a parabola, a sickle, a bow, a crescent, or a ring portion or Arch segment or the like is formed, also possible in some angular configuration. The limbs of the respective shape may be tapered towards their free ends pointing towards the root of the finger, ie with a smaller width than in their region near the vertex, but this need not necessarily be the case. The legs can be essentially the same length, but they can also have different lengths. Which forms are to be understood inter alia under the term "parabolic" according to the invention is in FIG. 4 shown.

According to a preferred embodiment, the parabolic shape of the first contact region runs essentially along an edge of the palm side fingertip region of the glove. In the case of a glove in which a plurality of individual material sections are joined together (eg sewn together), this edge separates the palm side fingertip area from a side area of the finger cover which lies between the palm side fingertip area and a hand exterior area of the finger shell. The edge runs along the corresponding edge seam, which in most cases likewise extends substantially parabolically or in an arcuate manner, or is formed by the joining together and, if necessary, sewing / bonding of the adjoining material sections. Here, an edge seam is to be understood as a connection at a transition point of Materialabeschnitten, and includes not only with thread / yarn sewn connections, but also, for example, a glued connection with a.

In particular, in the case of a sewn / glued glove, the first contact area on the glove is preferably bead-shaped or tubular. For this purpose, an outer edge and an inner edge of the first contact region of the contact element in a not yet attached to the glove state along a curvature line is preferably merged, so that to some extent a parabolic (on the sewn inner longitudinal side open) "tube" results. This is then preferably attached to the outer surface of the glove, in particular sewn on, respectively partially sewn and / or glued. Preferably, this "tube" is sewn to the edge seam of the palm side fingertip area. This preferably leads to the formation of a "piping" or edge seam reinforcement. According to this preferred embodiment, the free ends of the legs in the state fastened to the glove are preferably directed into the inside of the glove and are not visible from the outside, which may result in the legs tapering towards the carpal, i.e., the leg. are formed with gradually decreasing width. However, the first contact region can also have a flat parabolic configuration which is sewn or glued onto the outer surface of the glove on the palm side of the fingertip.

Alternatively, the first contact region can also be adhesively fastened, in particular sprayed or otherwise applied or applied, on the outer side surface of the glove, provided an electrical connection to the second contact region is nevertheless ensured.

According to a further preferred embodiment, the first contact area is in the glove-mounted state in the fingertip area in a direction transverse to a longitudinal axis of the glove over the outer side of the glove on the inside of the glove, preferably around (a board of) at most half of a width of the legs in one corresponding leg portion of the contact element of the first contact region in the non-attached to the glove state. The first contact region is particularly preferably in the range of 0.2-3 mm. In the abovementioned case of the hose-shaped first contact region, the board corresponds at most to the diameter, preferably approximately the radius of the hose or the bead. With such a protruding bead, a touch screen can be operated much more precisely than with the whole fingertip surface.

The legs of the first contact area on the glove preferably have in the am Glove mounted state a width in a range of 0.5-5 mm, preferably from 0.2 to 3 mm, preferably the legs are formed on the glove tapering towards their free ends.

The arranged inside the glove second contact area is advantageously disposed on an inner surface of an outer material of the glove, which corresponds to a single-layer glove with only one material layer of the user's hand directly or indirectly contacting the inner surface of the glove. If the glove has an inner lining, the second contact region can be arranged on the inner surface of the inner lining, which preferably directly or indirectly contacts the hand of the user.

Alternatively, if the glove has an inner lining, it is possible for the second contact region to be disposed on an outer surface of the inner lining, and preferably between the inner surface of an outer material and the outer surface of the inner lining. In such an intermediate or "sandwich" arrangement of the second contact region between the two material layers of the glove but still an electrical connection must be ensured by the second contact element to the skin of the user. The first contact region is preferably connected via a mechanical connection, preferably via a web or a tab, to a second contact region, wherein the connection or the web is preferably formed at least partially from the same material as the contact element, particularly preferably from the same material as the first and / or the second contact area. The connection between the first and the second contact region can be realized, for example, by a one-piece design of the contact element. But there are also other connection means conceivable, in particular purely electrical connections.

According to a further preferred embodiment of the invention, the web of the contact element is guided by the outer surface of the glove through an outer material of the glove or passes through the outer material or a seam which connects two sections of outer material to one another. Preferably, the web of the contact element is optionally additionally guided through a possibly existing inner lining to the inner surface of the glove, or to the inner surface of the inner lining. In this case, preferably, the entire web is arranged in the glove inside. However, it may also be that the portion of the web facing the first contact region protrudes at least partially from the outer surface of the glove or even at the Outside surface of the glove extends, while the second contact region facing portion of the web extends in the glove inside.

The second contact region is preferably configured to come into direct or indirect contact with a skin surface of a user's hand when in use. For this purpose, it is preferably flat, but which discontinuities or protrusions or relief pattern should not exclude.

Advantageously, the contact element and preferably both the first and the second contact region is formed from a conductive material. It is possible, for example, in the case of a knitted glove, or even if the glove itself is formed in the fingernail area handinnenuppen from a flat fabric to achieve the conductivity of the material of the contact element by the interweaving of at least one conductive yarn or thread. The conductive yarn (for example, a silver thread) can then be drawn parabolic in the hand-side fingertip area for the formation of the first contact region, wherein the height of the board from the outer surface of the glove can be varied by the layer thickness of the interweaving. In the case of a knitted glove, which does not necessarily have seams in the area of the fingertips, the edge along which the parabolic-shaped first contact element extends is, as it were, formed by the parabolic or arcuate shape of the fingertip region on the fingertip itself.

But knitted gloves have the disadvantage that air and moisture can penetrate into the tissue, which is why for gloves used at cooler temperatures, preferably a continuous sheet and / or at least partially conductive fabric and / or at least for the conductive material of the contact element partially conductive nonwoven fabric is used, or a combination thereof. Particularly preferably, the conductive material is a plastic, particularly preferably conductive polyurethane (PU) or polyvinyl chloride (PVC). However, the conductive material may also be a plastic having incorporated therein conductive fibers or conductive particles, or a plastic having at least one molecular conductor incorporated therein.

It would also be possible to provide a mixed form, for example, that the first contact region is configured by a (in the case of the first contact region parabolic) Aufnähung / application of a conductive yarn, while the second contact region of a flat conductive material is designed, or vice versa. Furthermore, it is conceivable that a natural material, which normally has no conductive properties (such as leather or natural fabric), is subjected to a treatment by a pigmented conductive liquid or a coating with conductive material. This can make a material that is normally nonconductive conductive.

Further embodiments are described in the dependent claims.

BRIEF DESCRIPTION OF THE DRAWINGS

Fig. 1

eine schematische Abbildung eines Handschuhs für eine linke Hand gemäss einer bevorzugten Ausführungsform;

Fig. 2

eine Vergrösserung des Ausschnittes X mit dem Fingerkuppenbereich der Zeigefingerhülle des Handschuhs von Figur 1 in einer "halbtransparenten" Darstellung;

Fig. 3

eine schematische Abbildung eines leitfähigen Kontaktelements im nicht am Handschuh befestigten Zustand gemäss einer bevorzugten Ausführungsform;

Fig. 4

eine schematische Abbildung von 5 verschiedenen Beispielformen des ersten Kontaktbereichs im am Handschuh befestigten Zustand;

Fig. 5

eine Schnittdarstellung entlang der Handfläche durch einen Fingerkuppenbereich gemäss einer bevorzugten Ausführungsform in Bezug auf die Anordnung des zweiten, inneren Kontaktbereichs;

Fig. 6

eine Schnittdarstellung entlang der Handfläche durch einen Fingerkuppenbereich gemäss einer weiteren bevorzugten Ausführungsform in Bezug auf die Anordnung des zweiten, inneren Kontaktbereichs.

Preferred embodiments of the invention will be described below with reference to the drawings, which are given by way of illustration only and are not to be interpreted as limiting. In the drawings show:

Fig. 1

a schematic illustration of a glove for a left hand according to a preferred embodiment;

Fig. 2

an enlargement of the section X with the fingertip area of the index finger cover of the glove of FIG. 1 in a "semitransparent"representation;

Fig. 3

a schematic illustration of a conductive contact element in not attached to the glove state according to a preferred embodiment;

Fig. 4

a schematic illustration of 5 different example forms of the first contact area in the glove-mounted state;

Fig. 5

a sectional view along the palm through a fingertip region according to a preferred embodiment with respect to the arrangement of the second, inner contact region;

Fig. 6

a sectional view along the palm by a fingertip region according to another preferred embodiment with respect to the arrangement of the second, inner contact region.

DESCRIPTION OF PREFERRED EMBODIMENTS

FIG. 1 shows a glove 1 according to a first embodiment of the invention. This has five finger covers 2-6, wherein only the hand inside fingertip portion 3a of the index finger sheath 3 with an inventive Contact element 10 is shown. According to the illustrated preferred embodiment, the thumb cover 2 has such a contact element 10 according to the invention, but this is not visible to the viewer due to the view of the glove 1. Also possible would be additional contact elements 10 on one or more of the other finger covers 4-6. The illustrated and described in the following features of the index finger cover 3 (hereinafter referred to as "finger cover" called) should also apply to the thumb cover 2 and any other finger covers 4-6 with a contact element 10.

The glove 1 further comprises a wrist portion 9 and a middle-hand portion 7, and a fixing means 11 disposed between the finger covers 2-6 and the wrist portion 9 for fixing the width of the glove 1 to the wrist of the user. The illustrated glove 1 further comprises an optional coupling device 8, which (eg in the form of eyelet shown), the coupling of the glove 1 to a stick handle, such as a trekking, Nordic walking, cross-country skiing or ski pole allows. The finger covers 2-6 of the illustrated glove 1 are here sewn together from different sections of an outer material 17. In this case, the finger cover 3 (also applicable to other finger covers, in particular also for the thumb cover) is formed from a hand-side fingertip area 3a and a hand-outside area 3b, which are connected to one another via a side area 3c. On the inside of the fingertip area 3a, a contact element 10 is mounted on the glove side or on the outer surface of the glove 1, the parabolic or sickle-shaped or arcuate extent being limited essentially to the edge area of the fingertip area 3a in the fingertip area 3a on the inside. In this case, the contact element 10 projects in a direction transverse to the longitudinal axis L of the glove 1 somewhat beyond the actual finger surface of the palm-side fingertip region 3a or the outer surface 17a of the glove 1. According to the exemplary embodiment illustrated, the contact element 10 directly adjoins an edge seam (not shown) in the direction of the fingertip region 3 a, which connects the side region 3 c to the fingertip region 3 a. That is, the parabolic form nestles in the illustrated example of a sewn (or formed of several joined material sections) glove at the edge 18, which essentially by the along the hand inside portion of the Fingerhülle 3 extending (not shown) edge seam is formed.

In FIG. 2 is an enlarged section X of the fingertip portion 3a of FIG. 1 shown. The contact element 10 is formed in accordance with this exemplary embodiment from a first, outer contact region 13 and a second, inner contact region 14, which are connected to one another via a web 15. The web 15 extends from the fingertip group 3a over the curved area of the fingertip or the fingertip area 3d in the direction of the hand-outside area 3b or the back of the finger cover 3, wherein the web 15 runs in the interior of the glove 1 and is barely visible from the outside , The web 15 thus leads through the outer material 17 or through the edge seam into the glove interior and there connects the first contact region 13 with the second contact region 14 arranged in the glove interior.

This inner, second contact region 14 can, as in FIG. 5 is shown, in the case of a glove with inner lining 16, between outer material 17 and inner lining 16 may be arranged. However, it is a prerequisite that the contact (the electrical connection) is ensured at least indirectly via the inner lining 16 to the skin of the user. In FIG. 5 It can be seen how the web 15 passes through the outer material 17 and the second contact region 14 is arranged on the outer surface 16 a of the inner lining 16.

Alternatively, as in FIG. 6 illustrated, the second contact area 14 in the inner cavity 12 of the finger cover 3 of the glove 1, ie, be arranged on the inner surface 16b of the inner lining 16. Thus, direct contact of the second contact region 14 with the skin of the user is ensured (this contact need not be limited to the user's fingertip), since the hand is inserted into the inner cavity 12 for use of the glove 1. In the embodiment of FIG. 6 However, it would also be possible to provide a single-layered glove with an outer material 17, in which the. 15 passes through the web 15, which connects the first, outer contact region 13 with the second, inner contact region 14 first contact region 13 on the outer surface 17a of the outer material 17, and the second contact region 14 on the inner surface 17b of the outer material 17 is arranged.

In FIG. 3 a contact element 10 is shown in a not yet attached to the glove 1 form. An inventive contact element 10 may for example from the formed mold, which is particularly suitable when the contact element is to be sewn to the glove 1. This can be done by folding the crescent-shaped region 13 into a substantially parabolic bead or tube by merging the outer edge 13c with the inner edge 13d along the illustrated line K. The merged edges 13c, 13d would then according to this embodiment sewn together with the edge seam (not shown) at the edge 18 of the hand-side fingertip region 3a. The width b2 of the bead or hose is then at most half the width b1 of the legs of the contact element 10 in the non-folded and thus not attached to the glove or on / sewn state. In the FIG. 3 represented axis A, and thus the center of the web 15, comes in accordance with the illustrated embodiment of FIG. 2 during the incorporation of the contact element 10 in the glove 1 to lie on the curved portion in the fingertip portion 3d of the finger cover 3, in a direction transverse to the longitudinal direction of an outstretched finger of the user. The web 15 is arranged according to the illustrated embodiment, both with its the first contact portion 13 facing portion 15a, and with its second contact portion 14 facing portion 15b inside the glove. In the FIG. 3 shown legs 13a, 13b of the contact element 10 in the state not attached to the glove are slightly tapered towards their free ends. The legs 13a, 13b of the contact element 10 sewn on to the glove 1 run in this case also tapering towards their ends, the ends being directed downwards, ie away from the fingertip to the root of the finger or to the hand-side centerhand section 7. The apex 21 of the parabolic shape of the first contact region 13 is arranged in the glove-mounted state of the contact element 10 in the fingertip region 3d of the finger cover 3.

In FIG. 4 5 shows schematically examples of a shape of the first contact region 13, all of which are to be regarded as "parabolic" in the sense of the present invention. It shows Fig. 4a a classic parabolic shape, and Fig. 4b a partial / semi-parabola shape. However, the first contact region 13 can also, as in Fig. 4c shown, have a more semi-circular or arcuate shape, or according to Fig. 4e be designed sickle-shaped or crescent-shaped. In the Fig. 4d shown somewhat "angular" parabolic shape can be used in particular in gloves, in which a plurality of material sections are connected or sewn together, because here the seam usually specifies a somewhat "angular" shape of the fingertip section, or the shape of a half rectangle with rounded corners. In the illustration given here, the legs are each the same length, but the legs can also have different lengths. The maximum extent or the length p (from the vertex to the tip of the longest leg) of the first contact region 13, measured along a longitudinal axis L of the finger cover, or the glove 1, is in the range of 2-25 mm, preferably in the range of 5-15 mm, more preferably in the range of 7-13 mm LIST OF REFERENCE NUMBERS 1 Glove 15 Connecting bridge between 13 and 14 2 Thumb shell 3 Finger cover, index finger cover 15a directed towards 13 3a hand indoor side Section of 15 Fingertip area of 3 15b pointing to 14 section of 15 3b hand outside area of 3 16 lining 3c Side area of 3 16a Outer surface of 16 3d Fingertip area of 3 16b Inner surface of 16 4 Middle finger sleeve 17 outer material 5 Ring finger sleeve 17a Outside area of 17 or 1 6 Small finger sleeve 17b Inner surface of 17 7 Midhand section from 1 18 Edge of 3a 8th coupling device 19 Palm 9 wrist section 20 Hand outside 10 contact element 21 Vertex of 13 11 setting means A Folding line of 10 12 Inner cavity of 3 K Curvature line of 13 13 first, outer contact area of 10 L Longitudinal axis of 1 b1 Width of 13a, 13b in 10 ' 13a first leg of 13 b2 Width of 13a, 13b in 10 13b second leg of 13 p Length of 13 in 3a 13c Outside edge of 13 v Board of 13 13d Inner edge of 13 14 second, inner contact area of 10

Claims (15)

A glove (1) comprising at least one finger cover (3) for receiving a user's finger, the finger cover (3) comprising a contact element (10) of conductive material, the contact element (10) having a first contact region (13) and a second contact region (13) Contact region (14), wherein the first contact region (13) on an outer surface (17a) of the glove (1) on a hand inside fingertip region (3a) of the finger cover (3) is arranged, and wherein the first contact region (13) with a second Contact area (14), which is arranged on an inner surface of the glove (1) is electrically connected, characterized in that the first contact area (13) is limited to a fingertip near edge region of the hand-side fingertip region (3a) and is formed substantially parabolic, wherein a parabolic shape described by the first contact region (13) comprises a first leg (13a) and a second leg (13b) Both are directed towards a carpal and a vertex of the parabolic shape is located in a fingertip area (3d). Glove (1) according to claim 1, characterized in that the parabolic shape of the first contact region (13) extends substantially along an edge (18) of the hand-side fingertip region (3a) of the glove (1), which preferably in the case of a sewn glove (1 ) separates the hand-side fingertip area (3a) from a side area (3c) of the finger cover (3) lying between the hand-side fingertip area (3a) and a hand-outside area (3b). Glove (1) according to one of the preceding claims, characterized in that the glove (1) has an index finger cover (3) with a contact element (10) and / or a thumb cover (2) with a contact element (10), and preferably one first contact element (10) is arranged on the inside of the fingertip region (3a) of the index finger sheath (3) and a second contact element (10) on the inside of the hand side Fingerkuppenbereich (3a) of the thumb sheath (2) is arranged, in particular preferably of the finger covers of the glove (1) only the thumb sheath (2) and the index finger sheath (3) on their respective hand inside fingertip area (3a) each have a contact element (10) , Glove (1) according to any one of the preceding claims, characterized in that the first contact region (13) on the glove bead-shaped or tubular, wherein preferably an outer edge (13c) and an inner edge (13d) of the first contact region (13) of the contact element (10) are folded together in a not yet attached to the glove state along a line of curvature (K) and in a glove-mounted state particularly preferably with an edge seam at an edge (18) of the hand-side fingertip region (3a) are sewn. Glove (1) according to one of the preceding claims, characterized in that the first contact region (13) in the hand-side fingertip region (3a) in a direction transverse to a longitudinal axis (L) of the glove (1) on the outer surface (17a) of the glove ( 1), preferably around a board (v) of at most half a width (b1) of the legs (13a, 13b) of the first contact area (13) in a corresponding leg portion of the contact element (10), wherein the first contact area (13) particularly preferably protrudes by a range of 0.2-3 mm. Glove (1) according to one of the preceding claims, characterized in that the second contact region (14) is arranged on an inner surface (17b) of an outer material (17) of the glove (1), or if the glove (1) comprises an inner lining (16 ), the second contact region (14) is arranged on an inner surface (16b) of the inner lining (16). Glove (1) according to any one of claims 1-5, characterized in that the glove (1) has an inner lining (16), and that the second contact region (14) on an outer surface (16a) of the inner lining (16) is arranged and preferably between an inner surface (17b) of an outer material (17) and the Outer surface (16 a) of the inner lining (16) is arranged. Glove (1) according to one of the preceding claims, characterized in that the first contact region via a web (15) with a second contact region (14) is connected, wherein the web (15) is preferably at least partially formed from the same material as that Contact element (10), preferably made of the same material as the second contact region (13). Glove (1) according to one of the preceding claims, characterized in that the web (15) of the contact element (10) is guided by the outer surface (17a) of the glove (1) through an outer material (17) of the glove (1), wherein the web of the contact element is optionally additionally guided through an inner lining (16) to the inner surface of the glove. Glove (1) according to any preceding claim, characterized in that the legs (13a, 13b) of the first contact region (13) on the glove (1) have a width (b2) in a range of 0.5-5 mm, preferably 0.2-3 mm, wherein preferably the legs (13a, 13b) are formed on the glove tapering towards their free ends. Glove (1) according to one of the preceding claims, characterized in that the first contact region (13) is sewn with an edge seam on an edge (18) of the hand-side fingertip region (3a), the first contact region (13) preferably sewn into a piping is. Glove (1) according to any one of the preceding claims, characterized in that the second contact region (14) is adapted, in use, to come into direct or indirect contact with a skin surface of a user's hand. Glove (1) according to one of the preceding claims, characterized in that the second contact region (14) is formed flat. Glove (1) according to one of the preceding claims, characterized in that the contact element (10) and in particular the second contact region (14), of a conductive material, preferably made of a continuous sheet and / or at least partially conductive fabric and / or or at least partially conductive nonwoven fabric is formed, wherein the conductive material is particularly preferably a plastic, more preferably made of conductive polyurethane (PU) or polyvinyl chloride (PVC), or of a plastic with incorporated therein conductive fibers or conductive particles, or at least a molecular conductor incorporated therein. Glove (1) according to any one of the preceding claims, characterized in that the first contact region (13) on an outer surface (17a) of the outer material (17) of the glove (1) is firmly bonded, in particular sprayed.

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