EP1784091B1 - Glove or lining for a piece of equipment - Google Patents

Abstract

The invention relates to a glove, in particular a pilot's glove, having a lining comprising at least one outer layer made up of several material blanks with a glove outer surface, and the outer layer of the lining has no joining point on at least a volar zone and preferably a distal zone in the finger tip region of one or more glove finger(s). The material blanks comprise at least an inner hand part, a top hand part, several finger side parts and optionally a thumb part, and the inner hand part is joined to the other material blanks along a single continuously extending join line 5 to form the at least one glove finger. The invention further relates to a lining comprising material blanks joined to one another and an intermediate element is stitched into the join formed by a seam.

Description

The invention relates to a glove and a method for producing a glove, as described in the preambles of claims 1 and 14, as well as a lining for a piece of equipment, as described in the preamble of claim 16.

Gloves are known from the prior art, which are in the range of fingers made of several material blanks, these blanks are connected by seams. Typically, one of these seams extends on a glove finger distal to the fingertip between a glove bottom and a glove top. In such gloves, the tactile and tactile sensation in the area of fingertips of a user's hand due to the distal seam connection is disadvantageously limited and these gloves have a shorter life because the seams in the fingertips by touching a variety of objects continuously and immediately increased stress , in particular abrasion, tensile stresses, harmful substances, sharp and sharp objects, etc., are exposed.

Furthermore, from the prior art gloves are known which have no seams in the immediate vicinity of the fingertips, such as in the DE 200 08 047 U1 described. This glove consists of an inner hand part (A) and an upper hand part (B), whereby the material of the palm is pulled up over a fingertip and there are no seams in the distal vicinity of a fingertip.

Since this glove consists of only two blank parts (part A and part B), it is necessary that a lug-shaped extension adjoins the inner hand part A in the fingertip area, which has a trapezoidal shape and which is pulled over the fingertip. The finger of the handpiece is cut so wide that it can be unfolded in side areas and can be connected in the area of the finger top with the upper hand part. The extension is cut in the neck region or provided with an undercut so that it can be sewn with folded side edges of the inner hand part A.

In such a configured glove there is the problem that the two material blanks can be connected to each other only under very high workload, since the connection of the tab-like extension of the A-part must be done with the finger-side areas of the A-part in the fingertip area and the connection of the A-part and the B-part each in separate operations. There is no continuous and continuous connecting line between the A-part and the B-part, but several connecting lines with sutures are provided in the region of the fingertips, wherein two perpendicular sutures are laterally offset from the distal fingertip area. In such a glove, a machine manufacturing, for example by means of a glove quilting machine, proves to be very difficult and in most cases not feasible, whereby the manufacturing cost of such a glove by manual production is enormous. Furthermore, such a glove has the disadvantage that the fingertip area is seam-free only in the immediately distal area and two seams are provided in the lateral fingertip areas, which optionally are exposed to the stresses occurring when using the glove by a user. Due to the thus occurring seam wear and the life of such a glove is very limited.

Another glove, which has no seams in the area of fingertips, is from the DE 697 16 928 T2 known. The glove provided for sports activities has sutures or junctions on one or more glove fingers only on the lateral sides and the dorsal and volar side of the glove fingers, the one or more fingers having no sutures on those surfaces, the volar, dorsal and distal surfaces correspond to the outer phalanges. The suture or junctions disposed on the dorsal and volar side of the fingers are located at least 30 to 40 mm from the extreme end of the fingers and extend between the lateral sides of the glove fingers.

A disadvantage of such a glove, in turn, that the production of the seamless fingertip area is very complicated and difficult to carry out, since in the fingertip area a separate part or blank is sewn or attached to the fingertip and this seams are attached to several, branched connecting lines. The production of such a glove is thus very uneconomical possible, as a hand-cut, an upper hand blank and the blanks in the fingertips can not be connected to each other in one operation, but each finger must be made with the respective intended fingertip part in a separate step. This is necessarily the case, since individual seams or connections are arranged on the volar side and on the dorsal side of the fingers. The glove shown thus has the further disadvantage that a seam is provided on the inside or the volar side of the glove on the underside of the fingers, which serves to connect the fingertip part and the inner hand part. This seam is thus in the contact and gripping surface of the glove, whereby the seam thus attached is worn or damaged very quickly by the stresses occurring when using the glove and the life of such a glove is severely limited.

Further, prior art liners for equipment, such as garments such as gloves, are known which are joined together by sewing over a suture. For garments that are frequently and directly exposed to mechanical stresses and other external influences and are regularly in contact with objects, as is the case continuously with gloves, for example, the planned seams can not withstand the stresses in the long term and the seams are loosened relatively quickly on. The equipment is in this case no longer usable or must be repaired at high cost and an often not equivalent to the original equipment result. There are therefore required sewing, which have a higher resistance and wear resistance.

The object of the present invention is to remedy the above-described problems or disadvantages of gloves and / or linings and to provide for this purpose a glove or a lining for the equipment, which have a higher resistance to external influences and stresses. Furthermore, it is a partial object of the invention to reduce the effort in the manufacture of a glove and at the same time to improve its resistance and tactile properties, especially in the area of fingertips. A further object of the invention is to provide a lining for a piece of equipment which has improved wear and resistance to external influences and stresses in order to increase the life of the piece of equipment.

The object of the invention is achieved by reproduced in the characterizing part of claim 1 features. The resulting advantage lies in the fact that the glove can be produced in a very simple and economical manner, since the inner hand part is connected to the further material blanks via a single, continuous connecting line to form a glove finger, whereby the connection of the inner hand part with the other Material blanks can be done in only one workflow. Due to the continuous course of the connecting line in addition to a manual and manual production of the glove and the use of mechanical devices, in particular a glove quilting machine possible, whereby the production cost can be greatly reduced and can be made more economical. Another advantage of the embodiment according to the invention is that no seams are provided on the glove inside and the fingertips by the one-piece inner hand part and thus no weak points are provided, which are optionally destroyed by stresses or external influences in a very short time and dissolve, thereby the life of the glove is increased.

A variant according to the features of claim 2 is advantageous since the arcuate course of the connection line between the two finger side regions of a glove finger can be used to sew the material blanks to be joined in this area in a simple and time-saving production process, with no seam branches and seam ends being provided. whereby particularly fragile or vulnerable weak points in the seam connection are avoided along the connecting line.

By the specified in claim 3, advantageous embodiment, the life and resistance of the glove can be increased, since the connecting elements outside of the lying on the glove side attack surfaces, which are constantly in contact with a user to be taken objects in contact or defective influences, such as substances Contact heat or cold, etc., are directly exposed, lie and the fasteners are thus only slightly stressed.

In the characterizing parts of claims 4 to 8 respectively advantageous embodiments are described in which the inner hand part by a special contour of the material blank in the range of fingertips of the glove fingers without disturbing seams in the volar or distal region, whereby the tactile and tactile senses in the area of the fingertips of a user's hand is not limited by connecting points. With such a glove thus sensitive and fine motor work can be performed by a user who require a special sensitivity for the perception of the outside environment. This is necessary, for example, in the work of pilots of aircraft to be able to operate the controls in the cockpit safely and accurately. Furthermore, the production of the glove can be additionally simplified and the resistance of the glove improved by the specified shape of the inner hand part.

According to the features indicated in at least one of claims 9 to 11, material blanks which have been tried and tested in the prior art and which form a glove designed for a user in the usual way may advantageously be used to produce a particularly resistant and tactile glove.

A particularly inexpensive and expedient embodiment of the connection points is described in claim 12.

The use of leather materials for the inner hand part according to claim 13 allows a user a comfortable wearing and a sensitive touch.

An independent solution of the object according to the invention is given by the features of claim 14, which results in the advantage of an economical and more efficient manufacturability of a glove. Through the use of a glove quilting machine as described in claim 15, the manufacturing efficiency of the glove production is additionally improved by the machine production. The use of a quilting machine for the production of the glove is possible by the continuous or curved course of the individual connecting line in the region of the fingertips, since no undercuts or seam branches are provided, which have to be processed in their own work steps.

The object of the invention is further solved independently by the characterizing features of claim 16, wherein the resulting advantage is that the resistance and fatigue strength of the connection between two sewn-together material blanks can be significantly increased over the arranged and sewn in the connection intermediate element. By the intermediate element of the sewing thread of the seam is not exposed on an outer side of the liner, but it is guided between the material blanks sewing thread through the body of the intermediate member and thus fully covered and protected from external influences. On the outside of the lining in the region of the connection occurring effects, for example in the form of mechanical abrasion, by contact with sharp objects, by contact with substances such as liquids, etc., concern in the first line, the intermediate element and not the sewing thread of the seam the seam formed by the sewing thread can withstand the stresses and actions significantly longer and thus the connection strength and durability of the seam connection is substantially increased. Thus, the life of equipment formed by the liner of the present invention can also be increased since the seams, which are usually the first failing weakness in the liner, are much more durable and last longer.

A strip or band-shaped embodiment of the intermediate element according to claim 17 is advantageous since the connection between the material blanks can be kept very compact and the deformability and flexibility of the glove is hardly limited by the intermediate element with such a configuration.

In the claims 18 and 19 further advantageous embodiments are described, with which by the materials used in the connection areas very flexible and thus a far-reaching functionality having lining can be created. In particular, when using the lining for garments with these a high level of comfort can be achieved.

By the embodiment variant specified in claim 20, the connection strength and resistance of the connection between the material blanks can be increased.

The embodiment variant described in claim 21 is advantageous because the seam which connects the two limbs, with the intermediate element arranged in the latter, enters the interior of the lining through the material blanks bent over to legs or edges can be displaced, whereby the sewing thread is protected from stresses and influences acting on the outer surface of the lining.

An additional improvement of the bond strength between the material blanks is achieved by a variant according to claim 22, since the intermediate element migrates towards the inside of the lining as the glove is in continuous use and the seam is long-term protected from external influences by an intermediate element projecting the outside of the material blanks.

The invention will be explained in more detail below with reference to the embodiments schematically illustrated in the drawings.

Fig. 1

eine mögliche Ausführungsvariante eines erfindungsgemäßen Handschuhs in Normalansicht auf einen Innhandteil des Handschuhs;

Fig. 2

der Handschuh nach Fig. 1 in Normalansicht auf einen Oberhandteil des Handschuhs;

Fig. 3

der Handschuhs nach den Fig. 1 und 2 in Bruchdarstellung in schräger Seitenansicht eines Fingerbereichs;

Fig. 4

die einzelnen Materialzuschnitte, aus denen eine Außenschicht einer Auskleidung des Handschuhs nach Fig. 1 bis 3 gebildet ist;

Fig. 5a

eine Detailansicht der Materialzuschnitte in zwei Fingerbereichen vor Verbindung der Materialzuschnitte zur Bildung des erfindungsgemäßen Handschuhs;

Fig. 5b

ein Finger des erfindungsgemäßen Handschuhs mit den verbundenen Materialzuschnitten nach Fig. 5a in Bruchdarstellung;

Fig. 6

eine stark schematisierte Darstellung eine Verbindungsbereichs einer erfindungsgemäßen Auskleidung;

Fig. 7

eine stark schematisierte, weitere Ausführungsvariante eines Verbindungsbereichs einer erfindungsgemäßen Auskleidung;

Fig. 8

eine weitere, stark schematisiert dargestellte Ausführungsvariante eines Verbindungsbereichs einer erfindungsgemäßen Auskleidung;

Fig. 9

der Verbindungsbereich einer Ausführungsvariante der erfindungsgemäßen Auskleidung in Draufsicht.

Show it:

Fig. 1

a possible embodiment of a glove according to the invention in normal view of an Innhandteil the glove;

Fig. 2

the glove after Fig. 1 in normal view on an upper hand part of the glove;

Fig. 3

the glove after the Fig. 1 and 2 in fracture view in oblique side view of a finger area;

Fig. 4

the individual material blanks, which make up an outer layer of a lining of the glove Fig. 1 to 3 is formed;

Fig. 5a

a detailed view of the material blanks in two finger regions before connection of the material blanks to form the glove according to the invention;

Fig. 5b

a finger of the glove according to the invention with the connected material blanks after Fig. 5a in fracture representation;

Fig. 6

a highly schematic representation of a connection region of an inventive Lining;

Fig. 7

a highly schematic, further embodiment variant of a connection region of a lining according to the invention;

Fig. 8

a further, highly schematically illustrated embodiment of a connecting portion of a liner according to the invention;

Fig. 9

the connection region of a variant of the lining according to the invention in plan view.

By way of introduction, the location information chosen in the description, such as top, bottom, side, etc. related to the immediately described and illustrated figure and are to be transferred to the new situation mutatis mutandis when a change in position. Furthermore, individual features or combinations of features from the different exemplary embodiments shown and described can also represent independent, inventive or inventive solutions.

In the Fig. 1 to 3 a possible embodiment of a glove 1 according to the invention is described. In the exemplary embodiment, the glove 1 is formed in Fünffingerform, wherein this can also be formed in Dreifingerform or in mitten shape. The glove 1 consists of a lining 2, which may be composed of one or more layers. At least the lining 2 consists of an outer layer 3 which is composed or formed from a plurality of material blanks 4.

The material blanks 4 are connected together to form the outer layer 3 of the lining 2 at connection points which extend at least partially in the form of connecting lines 5. Along the connecting lines 5 seams 6 are arranged, which connect two material blanks 4 together. The seams 6 are preferably formed by seams, but they may further be formed by adhesive seams, welds, staples or the like.

The material from which the outer layer 3 or further layers of the lining 2 is constructed, for example, from the group of leather, textile, or plastic materials may be selected. Furthermore, one or more layers of the lining 2 can be formed by functional layers which fulfill a special purpose. For example, a liquid-tight functional layer, in particular a semi-permeable membrane or foil, may be provided in the lining 2.

The material blanks 4 of the outer layer 3 are at least by an inner hand part 7, which covers a palm or a palm of a user's hand, an upper hand part 8, which covers a back of the hand or a user's hand, several finger-side parts 9, the respective finger-side portions 10th Cover a user's hand and optionally a thumb part 11, which covers at least one thumb of a user's hand, formed.

The inner hand part 7 is preferably formed by a flexible and soft material, which has very good tactile properties, so that the tactile and sense of a user's hand in the region of the inner hand part 7 is not or hardly limited. The material of the inner hand part 7 is preferably made of natural leather, especially soft goat leather, or artificial leather. Furthermore, the inner hand part 7 or further material blanks 4 can be processed in a treatment process, for example by hydrophobing.

On the exact configuration and structure of the lining of the glove 1, in particular on the one or more provided layers, on the materials used or combinations of materials, etc., will not be discussed at this point, since these facts are active in this field Skilled in any way are known.

The glove 1 has in the illustrated embodiment, five glove fingers 12 to 16, wherein the glove finger 12 is formed by a thumb. The fingertip portion 17 of the glove fingers 12-16 has a distal zone 18 extending in the outer vicinity of the tip of the glove fingers 12-16 and farthest from a user's body, a dorsal zone 19 located at the tip of the glove fingers 12 to 16 extends from the distal zone 18 to a glove top 21 toward the upper hand part 8 of the glove 1, and a volar zone 20 extending from the distal zone 18 to an inner side 22 on the inner hand part 7. Lateral zones 23, 24 in the fingertip region 17 extend at finger side regions 10 from the distal zone 18 in the direction of a finger joint region 25.

According to the invention, the inner hand part 7 is connected to the further material blanks 4 for forming the at least one glove finger 12 to 16 on a connection point formed in the form of a single, continuously extending connecting line 5. Preferably, the connecting line 5 in the fingertip region 17 extends arcuately between two finger-side regions 10 of a glove finger 12 to 16. The connecting line 5 can extend in the fingertip region 17 simultaneously in the direction of the dorsal zone 19 convexly curved. For this purpose, the inner hand part 7 can be stretched substantially arcuately over the seamless fingertip area 17 in the direction of the upper hand part 8.

The connecting line 5 extends in the fingertip area 17 at least above the volar zone 20, in particular above the distal zone 18, preferably in the dorsal zone 19, between the two finger side areas 10 of the glove fingers 12 to 16. Thus, in the fingertip area 17 in those Volar, preferably also distal and optionally dorsal zones 18 to 20 no disturbing seams 6 are provided in which takes place via a finger of a user's hand with the environment, an interaction on the tactile and sense. Thus, the external environment with the glove 1 according to the invention can be perceived very sensitively by a user's hand.

The inner hand part 7 can be cut in an advantageous embodiment variant in the fingertip area 17 substantially notch or edge-free. The inner hand part 7 in the fingertip area 17 is preferably folded or pulled over by a glove inner side 22 to form the seamless fingertip in the direction of a glove upper side 21 and connected to the further material blanks 4 in this area. The connecting line 5 running between the inner hand part 7 and the further material blanks 4 can, at least in the fingertip area 17, take a free course from undercuts or branches, cutouts or the like. In such a configured, continuous connecting line 5, the inner hand part 7 can be connected in a simple manner in only one coherent workflow, in particular with the aid of mechanical devices, with the other material blanks 4.

The inner hand part 7 can form a substantially half-shell-like or trough-like shape in the fingertip region 17, which covers a fingertip of a user's hand.

The above-described embodiment of the glove 1 in the fingertip area 17 creates a very resistant and tactile glove, since in the area of an inside hand and fingertips of a user - the fingertips also comprise subregions of the lateral zones 23, 24 - without connecting points or seams 6 and thus there are no weak or destructive vulnerabilities. Thus, the tactility of the glove over the entire palm and fingertips of a user through joints or seams 6 is not limited in an advantageous manner.

In the Fig. 4 are the individual material blanks 4 of the outer layer of the lining 2 in the Fig. 1 to 3 shown glove 1 shown.

The inner hand part 7 comprises a thumb cut 26 and four finger blanks 27, which each have arcuate, in particular approximately semicircular, fingertip regions 17, to which preferably rectangular main extension regions adjoin. As described above, the inner hand part 7 can be formed from a particularly thin leather material, such as goatskin. In general, the blanks 4 can be produced with any device or method known from the prior art, the contour shape of the material blank 4 or the blanks 26, 27 being determined along a section line 28.

The upper hand part 8 has four finger blanks 29 with again arcuate, in particular approximately semicircular, fingertip areas 17 and adjoining these, preferably rectangular main extension areas.

At least one finger cut 27 or one thumb cut 26 of the inner hand part 7 in the fingertip area 17 is cut longer by an amount 41, for example 1 mm to 50 mm, in particular 2 mm to 10 mm, compared to an associated finger cut 29 of the upper hand part 8 or a further thumb cut 35. Thus, the inner hand part 7 can be bent over a fingertip of a user's hand to form a seamless fingertip area 17 and at one in the region of the dorsal zone 19 extending connecting line 5 are connected to the upper hand part 8 and two finger-side parts 9.

Furthermore, the material blanks 4 comprise four finger side parts 9 and the thumb part 11. The finger side parts 9 are wedge-shaped or band-shaped or strip-shaped and, as shown, partially curved and cut in the direction tapering from the end narrow sides. A first, second and third side panel blank 30, 31, 32 of the finger side parts 9 are each for arrangement between two adjacent fingers, in particular between the index and middle fingers 13, 14; between and ring fingers 14, 15; between a ring finger and a small finger 15, 16 are provided. Another side panel blank 33 is arranged on a side flank 34 of the glove 1, which comprises the small finger 16. The thumb part 11 is cut, for example in the form of a so-called English thumb, which is connected to the formation of the thumb 12 with the thumb piece 26 of the inner hand part 7, wherein the thumb cut 35 comprises a portion 36, which together with end portions 37 of the upper hand part 8 and inner hand part 7 a Shaft 38 is formed, which extends, for example, from a finger area tubular in the direction of an end portion 40 and an insertion and Ausschlüpföffnung of the glove 1.

In the Fig. 5a and 5b are individual glove fingers 14, 15 of the glove 1 shown in fracture representation, wherein in the Fig. 5a the individual, before joining together laid material blanks 4 are shown and in the Fig. 5b the glove finger 14 after joining the material blanks 4 is shown.

In the Fig. 5a In each case, a portion of the inner hand part 7, the upper hand part 8 and three finger side parts 9 is shown. It can be seen that the inner hand part 7 is cut to a contour shape that can substantially correspond to a contour shape of the upper hand part 8, wherein on the inner hand part 7 one or more fingertip areas 17 compared to the upper hand part 8 by the extent 41 are cut longer.

Finger-side portions 9 are respectively to be arranged on finger-side regions 10, these being bent by way of example - as indicated by the side-part blank 31 drawn between the middle finger 12 and the ring finger 13 - in a direction transverse to the broad side and the finger side parts 9 are bent in the Lining 2 between fingertip areas 17 of two adjacent fingers along the finger side regions 10 extend over a curved finger throat 42. With the in the Fig. 5a symbolized arrow is intended to indicate that the finger side parts 9 erected or transversely, in particular perpendicularly standing on the end face, are connected to a main extension plane 43 of the inner hand part 7 and upper hand part 8 with these.

Due to the fact that the inner hand part 7 is cut longer in the area of the fingertips 17 by an extent 41 with respect to the upper hand part 8, the inner hand part 7 can be turned over in the area of the fingertips 17 to form the seamless fingertip area 17, so that the outer contour or cut line 28, along which runs the connecting line 5, is arranged on the upper side of the glove 21 or dorsal sides 19 of the glove 1.

With such formed material blanks 4, which, as in the Fig. 5a and 5b shown attached to a continuous connecting line 5, the attachment of the seam 6 along the connecting line 5 can be carried out in a single operation or a coherent manufacturing step. In particular, the sewing of the material blanks 4 by means of a glove quilting machine not shown is possible.

A use of the above-described glove 1 for pilots has proved to be particularly advantageous due to the preservation of the sense of touch and feel of a user's hand.

In the Fig. 6 to 9 is shown a further, independent solution of the object according to the invention, wherein a lining 44 for a piece of equipment 45 is shown, in particular a piece of clothing such as a glove 1 - which at least partially as in the course of Fig. 1 to 5 may be formed described, which comprises a plurality of material blanks 46, 47. The material blanks 46, 47 are formed in particular from textile material, leather material or flexible plastic material.

The liner 44 is preferably formed by an outer liner having an outer surface 48 in contact with an outside environment. For example, the liner 44 is formed by at least one outer layer 49 of the equipment 45. Of course, it is also possible that the lining 44 by an inner layer or an inner lining or an intermediate layer or intermediate lining in a piece of equipment 45 is formed.

The material blanks 46, 47 of the lining 44 are connected in a connecting region 50 along a connecting line 51, on which a connection 53 formed by a sewing seam 52 is provided.

According to the invention, at least one intermediate element 54 is sewn into the connection 53 between the material blanks 46, 47. Preferably, the intermediate element is strip-shaped or strip-shaped and perforated on wide or flat sides 55 through the sewing seam 52 and the sewing thread 56. Preferably, the intermediate element 54 is formed by a sewable and flexible or deformable material. The material of the intermediate element 54 may for this purpose be formed by a material selected from the group of textile materials, leather materials or flexible plastic or rubber materials.

The intermediate element 54 may, as in the embodiment according to Fig. 6 shown in one layer or as in the embodiment according to Fig. 7 be formed multi-layered. In a multilayer intermediate element 54, the different layers may be formed of similar or different materials. Furthermore, several layers can be laminated or combined to form a composite part or a layer package.

In the exemplary embodiments shown, the material blanks 46, 47 are butt-joined to one another in the connecting region 50 to form a substantially planar outer side, for which purpose the material blanks 46, 47 are bent in front end regions 57, 58 in the direction of an inner side 59 of the lining 44. The formed edges or webs 60, 61 have mutually facing edge surfaces 62, 63, between which the intermediate element 54 is arranged. The sewing seam 52 extends from the inner side 59 of the webs 60 and 61 via the intermediate element, which is perforated by the sewing thread 56, toward the further web 60 and 61, respectively.

The sewing seam 52 is thus not accessible from the outside 48, since it is enclosed and protected by the intermediate element 54.

In the 6 and 7 is the intermediate element 54 in the connection 53 between the Material blanks 46, 47 arranged, the one end face 64, the outer side 48 of the material blanks 46, 47 projects beyond an extent 65. This proves to be advantageous since the intermediate element 54 in the course of using the liner 44 as a result of abrasion, stresses, natural seaming, etc., migrates towards the inside 59 of the liner 44 and in position only with continuous use of the liner 44th consolidates.

In the Fig. 8 a further embodiment variant of the liner 44 is shown, in which the end face 64 of the intermediate element 54 lies in a common plane 66 with the surrounding outer surface 48 of the lining 4.

In the Fig. 9 a portion of the liner 44 is shown in plan view, wherein the linear course of the seam 52 along the connecting line 51 can be seen. It can be seen that only the end face 64 of the intermediate element 54 is exposed on the outer surface 48 of the lining 44 and the sewing threads of the sewing seam 52 do not come into direct contact with influences acting on the outer surface 48.

The embodiments show possible embodiments of the glove 1, as well as the liner 44, it being noted at this point that the invention is not limited to the specifically illustrated embodiments thereof, but also various combinations of the individual embodiments are mutually possible and this variation possibility due to Teaching for technical action by objective invention in the skill of those working in this technical field is the expert. There are therefore also all possible embodiments, which are possible by combinations of individual details of the illustrated and described embodiment, the scope of protection.

For the sake of order, it should finally be pointed out that for a better understanding of the structure of the glove 1, as well as the lining 44, these or their components have been shown partially unevenly and / or enlarged and / or reduced in size.

The problem underlying the independent inventive solutions can be taken from the description.

Above all, the individual in the Fig. 1, 2 . 3 . 4 . 5 ; 6; 7; 8th; 9 shown embodiments form the subject of independent solutions according to the invention. The relevant objects and solutions according to the invention can be found in the detailed descriptions of these figures.

REFERENCE NUMBERS

1

Glove

2

lining

3

outer layer

4

material cutting

5

connecting line

6

seam

7

Inner hand part

8th

Upper hand part

9

Finger-side part

10

Finger-side area

11

thumb part

12

finger

13

finger

14

finger

15

finger

16

finger

17

Fingertip area

18

distal zone

19

dorsal zone

20

volare zone

21

Glove top

22

Glove page

23

lateral zone

24

lateral zone

25

Finger joint area

26

Daum cut

27

finger cut

28

intersection

29

finger cut

30

Side panel cut

31

Side panel cut

32

Side panel cut

33

Side panel cut

34

Glove side flank

35

Daum cut

36

section

37

end

38

shaft

39

finger region

40

end

41

extent

42

finger throat

43

extension plane

44

lining

45

Of equipment

46

material cutting

47

material cutting

48

outer surface

49

outer layer

50

connecting area

51

connecting line

52

stitched seam

53

connection

54

intermediate element

55

Wide or flat side

56

sewing thread

57

end region

58

end region

59

inside

60

leg

61

leg

62

edge surface

63

edge surface

64

front edge

65

extent

66

level

Claims (22)

1. Glove (1), in particular a pilot's glove, having a lining (2) comprising at least one outer layer (3) made up of several material blanks (4) with a glove outer surface, which outer layer (3) of the lining (2) has no joining point at least on a volar zone (20) and preferably a distal zone (18) in the finger tip region (17) of one or more glove finger(s) (12 to 16), characterised in that the material blanks (4) are made up of at least an inner hand part (7), a top hand part (8), several finger side parts (9) and optionally a thumb part (11) and the inner hand part (7) is joined to the other material blanks (4) to form the at least one glove finger (12 to 16) along an individual, continuously extending join line (5).
2. Glove as claimed in claim 1, characterised in that the join line (5) in the finger tip region (17) extends in an arc between two finger side regions (10) of a glove finger (12 to 16) and the inner hand part (7) is tensed in an arcuate shape towards the top hand part (8) across the seam-free finger tip region (17).
3. Glove as claimed in claim 1 or 2, characterised in that the join line (5) in the finger tip region (17) extends at least above the volar zone (20), in particular above the distal zone (18), preferably in a dorsal zone (19), between the two finger side regions (10) of a finger (12 to 16).
4. Glove as claimed in one of the preceding claims, characterised in that the inner hand part (7) in the finger tip region (17) is of an arcuate shape, for example approximately semicircular, and is preferably cut free of edges and notches.
5. Glove as claimed in one of the preceding claims, characterised in that the inner hand part (7) in the finger tip region (17) is folded over or pulled round from a glove inner face (22) in the direction of a glove top face (21) forming the seam-free finger tip or distal zone (18).
6. Glove as claimed in one of the preceding claims, characterised in that the join line (5) of the inner hand part (7) in the finger tip region (17) follows a contour free of undercuts and intersections.
7. Glove as claimed in one of the preceding claims, characterised in that the inner hand part (7) in the finger tip region (17) forms an essentially half shell-type or cup-type shape, which covers a finger tip of a user's hand free of seams.
8. Glove as claimed in one of the preceding claims, characterised in that at least one finger blank (27) or a thumb blank (26) of the inner hand part (7) in the finger tip region (17) is cut to a longer length than a finger blank (29) of the top hand part (8) or another thumb blank (35) co-operating with it by a dimension (41).
9. Glove as claimed in one of the preceding claims, characterised in that the inner hand part (7) covering a hand surface of a user's hand comprises the thumb blank (26) and four finger blanks (27).
10. Glove as claimed in one of the preceding claims, characterised in that the top hand part (8) covering the back of a user's hand comprises four finger blanks (29).
11. Glove as claimed in one of the preceding claims, characterised in that the finger side parts (9) are respectively disposed between two oppositely lying inner finger side regions (10) of two adj acent fingers (13 to 16), in particular between an index and middle finger (13, 14), between a middle and ring finger (14, 15), between a ring finger (15) and a little finger (16), and a finger side part (9) is disposed on a glove side face (34) surrounding the little finger (16).
12. Glove as claimed in one of the preceding claims, characterised in that seams (6) for joining two material blanks (4) are formed by a stitching yarn serving as a joining element.
13. Glove as claimed in one of the preceding claims, characterised in that the inner hand part (7) is made from a material selected from the group comprising leather materials or textile materials, in particular leather, preferably kid.
14. Glove (1) as claimed in one of the preceding claims, characterised in that it comprises several material blanks (46, 47) made from a textile, leather or plastic material for example, and a join (53) extending along a join line (51) is formed between two material blanks (46, 47) by a stitched seam (52), and at least one intermediate element (54) is stitched in the join (53) between two material blanks (46, 47) at the same time.
15. Glove (1) as claimed in claim 14, characterised in that the intermediate element (54) is of a tape or strip-shaped design.
16. Glove (1) as claimed in claim 14 or 15, characterised in that the intermediate element (54) is made from a flexible or deformable material.
17. Glove (1) as claimed in one of claims 14 to 16, characterised in that the intermediate element (54) is made from a material selected from the group comprising textile, leather, plastic or rubber materials.
18. Glove (1) as claimed in one claims 14 to 17, characterised in that the intermediate layer (54) comprises one or several layers.
19. Glove (1) as claimed in one of claims 14 to 18, characterised in that the material blanks (46, 47) are bent round in the region of the join (53) and the material blanks (46, 47) respectively form legs (60, 61) with inner edge surfaces (62, 63) in this region, and the intermediate element (54) is disposed between the edge surfaces (62, 63).
20. Glove (1) as claimed in one of claims 14 to 19, characterised in that a terminal edge (64) of the intermediate element (54) lies in a same plane as an external face (48) of the material blanks (46, 47) or the terminal edge (64) extends beyond the external face (48) of the material blanks (46, 47) by a dimension (65).
21. Method of producing a glove (1) as claimed in one of the preceding claims, characterised in that the seam (6) is applied along the join line (5) in a single work sequence, in particular a stitching operation or a continuous production step.
22. Method as claimed in claim 21, characterised in that the material blanks (4) are stitched by machine using a quilting machine.

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