DE10306092A1 - Glue bead packing has glue beads in region of their seal connected to flexible support element so that on respective connection the glue beads are detachable in seal region and separable from support element - Google Patents

Abstract

The glue bead packing (1) has the glue beads (2-8) in the region of their seal connected to a flexible support element (10) in such a way that on the respective connection (11) the glue beads are detachable in the seal region and separable from the support element. The glue beads are arranged optionally in one row (12), in several rows parallel to one another, in circle or oval fashion, or next to one another in multi-circle or multi-oval arrangement. Independent claims are also included for the following: (a) a procedure for the manufacture of glue bead packing; and (b) an arrangement for the forming of a connection for glue beads.

Description

The invention relates to a glue bead pack with glue beads for invisible connections of flat Parts, especially in furniture, the glue beads at least a partially flat closure have, as well as a method for producing glue bead packs.

They are procedures and facilities to manufacture. Glue beads known in the final stages of Manufacturing process of the sealed glue beads by punching from a carrier film for one Bulk shipping will be provided.

The areas of application are especially in industrial furniture manufacturing, preferably in the fully automatic production, whereby by means of adjusted Glue bead insertion machines, the glue beads inserted into the drill holes become.

Not just in industrial furniture manufacturing, but also increasingly, the craft and the home improvement insert the glue beads, which are made by hand from large containers. must be removed and then into the boreholes the area to be connected Parts are inserted. A problem with the latter is that it often occurs with manual contact that the glue beads pass through manual handling before insertion into the drill holes can be damaged and this allows the glue to escape from the glue beads.

On the other hand, it is common in Drug areas, especially in drug packs, however not close to the furniture industry, to bring the medication into blisters, especially in tablet form, which have depressions adapted to the tablet shape, and afterwards to be closed with a foil, in particular with an aluminum foil. The Tablets can directed from the blister recesses to the aluminum foil forces pressed through the aluminum foil and removed. there becomes the occlusive Aluminum foil destroyed, while the blister as such is partially crumpled, but not destroyed becomes.

The invention has for its object a Leimperlen pack to create that is designed so that a simple Handling the glue beads for introduction in the boreholes the area to be connected Parts guaranteed can be. Furthermore, a method for the production of Glue bead packs are specified, which is relatively inexpensive, the glue bead packs are preferably used for handicrafts and home improvement should be.

The task is characterized by the characteristics of the first and seventh claims. In the glue bead pack are according to the generic term of the first claim the glue beads in the area of their closure on a flexible support element like this adhered to the fact that the glue beads at the respective connection detachable in the closure area and from the support element are separable.

The glue beads can be on the support element optionally in a row, in several parallel to each other Rows, circular or oval-shaped, but also arranged in a multi-circle or multi-oval fashion his.

The carrier element can be flexible Carrier, in particular be a plastic film or a textile strip.

The connections can optionally be used as one around the closure releasably connected circular Contact bridge with or without perforations between the border of the closure and the carrier element be trained.

The connections can also be in a different version be formed by a preferably adhesive adhesive layer which the respective closure of the glue beads detachably adheres to, the Adhesive layer optionally over extend the entire underside of the second carrier element or in the size of each Closure on the carrier element can be dotted in particular island-like.

The glue bead packs can be in different size of the blank of the carrier element and in the same or different number and size of the glue beads be formed as sets for shipping.

• a) Bereitstellung einer Tiefziehfolie,
• b) Erzeugen eines Blisters mit Vertiefungen in einem Tiefziehvorgang,
• c) Füllen der Blistervertiefungen mit Leim zu offenen Leimbeuteln,
• d) Bedeckung des Blisters im Bereich der offenen Leimbeutel mit einer Abdeckfolie,
• e) Verschweißen der Abdeckfolie mit dem Oberseitenbereich des Blisters zum Verschließen der Leimbeutel und
• f) Ausbilden einer vorzugsweise kreisförmigen lösbaren Anbindung der verschlossenen Leimbeutel an das Trägerelement mittels einer Anlage zur Anbindungsausbildung.

The process according to the invention for producing glue bead packs has the following steps,

• a) provision of a thermoformed film,
• b) producing a blister with depressions in a deep-drawing process,
• c) filling the blister wells with glue to open glue bags,
• d) covering the blister in the area of the open glue bags with a cover film,
• e) welding the cover film to the top area of the blister to seal the glue bags and
• f) Forming a preferably circular detachable connection of the sealed glue bags to the carrier element by means of a system for connection formation.

• g; Ausstanzen der verschlossenen Leimbeutel aus der Tiefziehfolie als Leimperlen mittels einer Anlage mit Stanzelementen,
• h) geometrisches, vorzugsweise reihenförmiges Anordnen der Leimperlen ausgerichtet nach deren ebenflächigen Verschlüssen,
• i) Auftragen einer Haftschicht ertweder auf den Verschlüssen oder auf dem Trägerelement und
• k) Aufbringen des flexiblen Trägerelements auf die Verschlüsse der Leimperlen zur lösbaren Anbindung.

The method for producing glue bead packs can be designed in a different way to branch off the carrier element, with the sealing film being welded to the carrier element and the glue bags being closed Follow the steps:

• G; Punching out the sealed glue bags from the thermoformed film as glue beads using a system with punching elements,
• h) geometric, preferably row-shaped arrangement of the glue beads aligned according to their flat closures,
• i) applying an adhesive layer either on the closures or on the carrier element and
• k) Applying the flexible carrier element to the closures of the glue beads for detachable connection.

The facility for connection training of glue beads can be designed such that they are around the closures by means of local temperature increases folienverdünnende Grooves characterizes which optionally with associated equipment. Ultrasonic vibrators can be brought about, whereby each a releasable tethered circular Contact bridge with or without perforations or local breaks each after setting the groove depth between the edge of the closure and the carrier element arises.

The invention enables simple solving of the Glue beads out of the holding area of the carrier element.

The invention also opens up the possibility of that the glue bead pack by a geometric cut of the carrier element in packaging, especially in shrink wrap can.

Further training and advantageous versions are in further subclaims shown.

The invention is based on several embodiments explained in more detail by means of several drawings.

Show it:

1 2 shows a schematic perspective illustration of a first pack of glue beads according to the invention on a plastic film carrier element with a row of glue beads,

2 is a schematic perspective view of a second pack of glue beads according to the invention on a flexible carrier element with a large-area adhesive layer on the outside and thereon. detachably attached glue beads in a row,

3 1 shows a schematic representation of a known glue bead in a borehole of an intended flat part to be connected before the introduction of a wooden dowel,

4a a thermoformed film as the starting material for the carrier element of the glue bead pack 1 .

4b one from the thermoformed film 4a blisters with depressions created after a deep-drawing process, which represent outer walls for the glue bag,

4c a blister after 4b with glue-filled depressions,

4d a blister with a cover film to close the glue bags 4c .

4e a sealed untreated blister with a schematically shown. System for connecting glue beads to the carrier element,

4f a glue bead pack from a carrier element according to the 4a to 4e with circular grooves around the respective closure of the glue beads. are embossed around, and with associated releasable circular contact bars,

4g a sealed untreated blister with a schematically shown. Plant for punching out the glue beads from the thermoformed film according to the 4a to 4d .

4h a row-shaped arrangement of the punched out glue beads 4g before attaching a flexible support element,

4i a glue bead pack after 2 with a flexible support element and a series of glue beads, which are releasably connected to the support element on the underside with an adhesive layer. are after the 4a to 4d such as 4g and 4f .

5 1 shows a schematic perspective illustration of an embossing stamp of a system for connection formation,

6 a schematic perspective representation of the embossing stamp after 5 laterally from below and 7 a front view of the die after the 5 . 6 ,

In the 1 shown first glue bead pack 1 shows several glue beads 2 . 3 . 4 . 5 . 6 . 7 . 8th for invisible connections of flat parts, especially in furniture, which have at least a partially flat closure 9 to have.

According to the invention, the glue beads 2 to 8th in the area of their closure 9 on a flexible support element 14 bound in such a way that it is connected to the respective connection 11 the glue beads 2 to 8th in the closure area 9 detachable and from the support element 10 are separable.

The glue beads 2 to 8th and other glue beads added can be placed on the support element 10 optionally in a row 12 , in several parallel rows next to each other, circular or oval, but also arranged in a multi-circle or multi-oval manner.

In 2 is a perspective view of a second pack of glue beads 13 shown whose glue beads 14 . 15 . 16 . 17 . 18 in a second row 19 arranged on the second carrier element 20 are connected. The second support element 20 can be a flexible carrier, in particular a plastic film or a textile strip. The connection according to the invention can preferably be achieved by a adhesive adhesive layer 21 be formed on the respective closure 22 the glue 14 to 18 releasably attached. The adhesive layer 21 can spread over the entire underside of the second carrier element 20 extend, but it can also in the size of the respective closure 22 on the second support element 20 be dotted in particular island-like.

In contrast to the well-known sealed medication blister packs and carried out in a significantly different way, the glue bead packs 1 and 13 the tied glue beads 2 to 8th and 14 to 18 not pushed out of a blister and through the respective closure 9 respectively. 22 removed through.

In 3 is a glue bead 2 that in detail from the glue bag 27 and the fixed closure, preferably with a brim 9 consists in a borehole 23 of a flat part 26 brought in, the closure 9 the borehole opening 24 and the glue bag 27 the perforated floor 28 are facing.

The glue bead 2 becomes from the glue bead pack 1 through from the top of the clasp 9 directed forces from their connection 11 solved without the glue bag 27 through the support element 10 is pushed through. As a result, the blister-like pack as such is canceled and destroyed.

On the input side into the borehole opening 24 is a corrugated wooden dowel 25 fitted into the borehole during the intended pressing 23 the lock 9 opens up so that the glue escaping 29 themselves in the borehole 23 distributed and finally to the connection between the wooden dowel 25 and surrounding flat part 25 leads in the hardening process.

The invention opens up the possibility that when manually inserting the glue beads 2 to 8th . 14 to 18 in the boreholes 23 the respective glue bead 2 to 8th respectively. 14 to 18 on the the closure 9 respectively. 22 opposite end area, the glue bag 27 , targeted into the boreholes 23 fit and only then from the glue bead pack 1 respectively. 13 be solved so that the glue bag 27 stressful touches need not be exposed.

The process according to the invention for the production of glue bead packs is shown in FIG 4a to 4f in a first process step sequence or on the basis of the 4a to 4d . 4g . 4h . 4i explained in more detail in another second process step sequence:
The first sequence of steps, which largely corresponds to that in 1 illustrated glue bead pack 1 results in the following:
In the first step of the process, 4a a thermoformed film 30 provided as a starting material for the carrier element 10.

In the second step, after 4b one from the thermoformed film 30 blisters formed after a deep-drawing process 31 with recesses 32 . 33 . 34 . 35 , which are also outer walls for the glue bags 36 . 37 . 38 . 39 represent, get. The bag-like depressions 32 to 35 can be in a trough-like, lower offset top area 41 the thermoforming film 30 are located.

Then the blister 31 to 4c with glue 29 filled so that the wells 32 . 33 . 34 . 35 in open glue bags 36 . 37 . 38 . 39 to be changed.

After the glue filling, the blister 31 with a cover film 44 covered. By welding the cover film 40 with the top area 41 of the blister 31 is a closure of the glue bags 36 to 39 to 4d brought about. In a further process step 4e becomes the sealed blister 31 with a system shown schematically 42 for connecting the sealed glue bags 35 to 39 on the support element 10 treated. The connection training can. by means of a around the closure 9 embossing around or along the rim of the brim in the form of a circular groove 47 . 48 . 49 . 50 be designed so that a thin-film detachable contact web 55 . 57 . 58 . 59 between the closure / brim edging and the carrier element 10 remains of the releasable connection 11 in 1 Complies. The sealed glue bags releasably connected in this way 35 to 39 thus represent latent glue beads. A third pack of glue beads 51 to 4f becomes a carrier element 10 after the 4a to 4e with the circular grooves 47 to 50 that around the respective closure 9 the glue bag 35 to 39 are embossed around, preserved, whereby the detachably connected contact webs 55 to 59 arise.

The attachment 42 for connection formation with a groove-shaped embossing can, for example, with ultrasonic vibration sensors 43 . 44 . 45 . 46 work, the circular grooves via a local temperature increase, preferably triggered by frequency and amplitude adjustable vibrations 47 . 48 . 49 . 50 in 4f form. can. In the 4f third pack of glue beads shown 51 is the first glue bead pack 1 similar in essential characteristics. The film-thin circular contact bars 56 . 57 . 58 . 59 place the detachable connections there 11 the on the support element 10 held glue beads 2 . 3 . 4 . 5 represents.

The second sequence of steps, which is largely used in 2 illustrated glue bead pack 13 results in the following:
In a branch of the process step according to 4a to 4d is in 4g the sealed blister 31 with a known system shown only schematically 52 with stamping elements 53 . 54 . 55 for punching out the sealed glue bags from the thermoformed film 30 after the 4a to 4d treated. The sealed glue bags become glue beads by punching them out 14 . 15 . 16 trained, preferably after 4h can optionally be placed in a row. Then the flat closures 9 the one arranged in rows. Leimperlen. 14 . 15 . 16 the flexible support element 20 in the process step after 4i applied, the glue beads 14 . 15 . 16 on an island-shaped adhesive layer 21 on the underside of the carrier element 20 are releasably attached, which makes the second glue bead pack 13 with the flexible support element 20 and a row of glue beads 14 . 15 . 16 is obtained.

The following are the 5 . 6 and 7 considered together. In the 5 . 6 and 7 can the attachments 42 for connecting glue beads in the carrier element 10 and the facility 52 for punching out glue beads from a carrier element 10 be interchangeably combined in one system as required. Both plants 42 . 52 can be an embossing stamp as an essential part 60 be assigned. The embossing stamp 60 is in the 5 . 6 . 7 formed in an exemplary embodiment for a carrier element with two rows of glue beads arranged parallel to one another. The embossing stamp 60 consists essentially of a base plate 61 , a headstock 62 , Guides 63 . 64 , a headstock shifter 65 and an upper embossed part body 66 and a lower die body 67 ,

The lower die body 67 contains one by means of screw connections 68 . 69 . 70 on the base plate 61 attached cutting plate 81 , The upper die part 65 has one by means of screw connections 71 . 72 attached pressure plate 73 on that at least one cutting stamp 74 . 75 (divided but interconnected cutting stamp) to the surrounding section of the carrier element and preferably a center knife 75 for embossing a longitudinal groove in the carrier element between the two rows of glue beads. With the cutting stamps 74 . 75 can the setting of the edge of the trough-like depression 82 be cut off to the remaining part of the carrier element.

Essential elements of the printing plate 73 are the two rows of punches 77 and 78 , The punch series 77 . 78 point at the lower end over the flat underside of the pressure plate 73 protruding stamp profile 79 with a raised profile edge 80 on. The upper die part 66 is over the headstock 62 preferably movable with frequency and amplitude adjustable ultrasonic vibrations.

The lower fixed die body 67 points in the crotch plate 81 a rectangular trough-like depression 82 as well as two rows of glue pearls arranged parallel to each other 83 . 84 on. The carrier element 10 that, like in 1 is shown by the deep-drawing process with a rectangular trough-like depression 85 can be formed with its trough-like lowering 85 and the two rows of glue beads formed here into the recess 82 and the rows of holes 83 . 84 of the lower embossed body 67 fitted inserted.

After setting the height of the protruding profile edges 80 of the stamp profile 79 can emboss the carrier element 10 around the closures 9 the glue bag 36 to 39 take place around the releasable circular contact bars 56 to 59 according to 4e and 4f leads, or it can, on the other hand, at a greater height the protruding. profile edge 80 punching out the glue beads 14 . 15 . 16 according to the 4g . 4h respectively.

Due to the possibility that the profile edges 80 can have different heights, depending on the intended manufacturing process, and consequently different printing plates 73 can cause, as required, the punch profiles 79 The pressure plates can be changed 73 through the screw connections 71 . 72 interchangeable and compatible with the cutting plate 81 educated.

The lower die body 67 and the upper die body 66 are like this on the base plate 61 and on the headstock 62 attached that at one in the lower die body 67 inlaid glue bead pack of the upper embossed part body 66 so corresponding to the lower embossed body 67 is arranged that the punch stamp profiles 79 either around the glue bag closures 9 shape the releasable contact webs according to the invention or by punching them out freely in the lower embossed part body 67 generate glue beads. After the latter, the remaining stamped carrier element part can be removed and another flexible carrier element provided with an adhesive material or an adhesive layer 20 as in 2 shown on the closures of the free glue beads according to 4i be applied.

By the glue bead packs according to the invention 1 . 51 and 13 clean and downhole-related work for handicrafts and do-it-yourselfers is made possible, which in particular makes repairs easier and improves their quality.

The glue bead packs 1 . 51 and 13 can be made in different sizes of the cut and number of rows of glue beads as sets for shipping.

The invention thus also provides handling and environmentally friendly solution.

1

First Leimperlen pack

2

First Leimperle

3

Second Leimperle

4

third Leimperle

5

Fourth Leimperle

6

Fifth glue bead

7

Sixth Leimperle

8th

Seventh Leimperle

9

first shutter

10

first support element

11

First connection

 12

First Leimperlen series

13

Second Leimperlen pack

14

Eighth Leimperle

15

Ninth Leimperle

16

Tenth Leimperle

17

Eleventh Leimperle

18

Twelfth glue bead

19

Second Leimperlen series

20

second support element

21

adhesive layer

22

second shutter

23

well

24

drill hole opening

25

wooden dowels

26

Flat part

27

Leimbeutel

28

bottomhole

29

glue

30

Thermoforming film

31

Blister

32

First deepening

33

Second deepening

34

third deepening

35

fourth deepening

36

first Leimbeutel

37

second Leimbeutel

38

third Leimbeutel

39

fourth Leimbeutel

40

cover

41

Top area

42

investment for connection training

43

first Ultrasonic vibration transmitter

44

second Ultrasonic vibration transmitter

45

third Ultrasonic vibration transmitter

46

fourth Ultrasonic vibration transmitter

47

First circular groove

48

Second circular groove

49

third circular groove

50

Fourth circular groove

51

third Leimperlen pack

52

investment with stamping elements

53

first punch

54

second punch

55

third punch

56

first circular contact web

57

second circular contact web

58

third circular contact web

59

fourth circular contact web

60

dies

61

baseplate

62

headstock

63

First guide

64

Second guide

65

Head Platt closing program

66

Oberer Embossing member body

67

lower Embossing member body

68

First screw

69

Second screw

70

third screw

71

Fourth screw

72

Fifth screw connection

73

printing plate

74

first Cutting stamp (left)

75

second Cutting stamp (right)

76

Center knife.

77

First Punch row

78

Second Punch row

79

stamping profile

80

profile edge

81

cutting plate

82

trough-like deepening

83

First Leimperlen receiving hole series

84

Second Leimperlen receiving hole series

85

trough-like Absenkun

Claims (20)

Package of glue pearls with glue pearls for invisible connections of flat: parts, especially in furniture, wherein the glue pearls have at least a partially flat closure, characterized in that the glue pearls. ( 2 . 3 . 4 . 5 . 6 . 7 . 8th ; 14 . 15 . 16 . 17 . 18 ) in the area of their closure ( 9 ; 22 ) on a more flexible. Carrier element ( 10 ; 20 ) are connected in such a way that the respective connection ( 11 ; 22 ) the glue beads ( 2 . 3 . 4 . 5 . 6 . 7 . 8th ; 14 . 15 . 16 . 17 . 18 ) detachable in the closure area and from the holding carrier element ( 10 ; 20 ) are separable. Glue bead pack according to claim 1, characterized in that the glue beads ( 2 to 8th ; 19 to 18 ) on the support element ( 14 ; 24 ) optionally in a row ( 12 ; 19 ), arranged in several parallel rows next to each other, circular or oval, but also arranged in a multi-circle or multi-oval fashion. Glue bead pack according to claim 1 or 2, characterized in that the carrier element ( 14 ; 24 ) is a flexible carrier, in particular a plastic film or a textile strip. Glue bead pack according to at least one of the preceding claims, characterized in that the connections ( 11 ) optionally as one around the closure ( 9 ) detachably connected circular contact bridge ( 55 . 57 . 58 . 59 ) with or without perforations between the border of the closure ( 9 ) and the support element ( 10 ) are trained. Glue bead pack according to at least one of the preceding claims, characterized in that the connection by a preferably adhesive adhesive layer ( 21 ) on which the respective closure ( 22 ) the glue beads ( 19 to 18 ) attaches releasably, whereby the adhesive layer ( 21 ) optionally over the entire underside of the second carrier element ( 24 } extends or in the size of the respective closure ( 22 ) on the support element ( 20 ) is especially dotted in an island-like manner. Pack of glue beads after at least one of the preceding claims, characterized in that they have different sizes of the cut of the carrier element ( 10 . 20 ) and in different numbers and sizes of glue beads ( 2 . 3 . 4 . 5 . 6 . 7 . 8th ; 19 . 15 . 16 . 17 . 18 ) are formed as sets for shipping. Process for the production of glue bead packs according to at least one of the preceding claims, characterized by the following steps, a) provision of a deep-drawing film ( 30 ), b) creating a blister ( 31 ) with recesses ( 32 . 33 . 34 . 35 ) in a deep-drawing process, c) filling the blister depressions ( 32 . 33 . 34 . 35 ) with glue ( 29 ) to open glue bags ( 36 to 39 ), d) covering the blister ( 31 ) in the area of open glue bags ( 36 to 39 ) with a cover film ( 40 ), e) welding the cover film ( 40 ) with the top area ( 41 ) of the blister ( 31 ) to seal the glue bags ( 36 to 39 ) and f) forming a detachable connection { 11 ) the sealed glue bag ( 35 to 39 ) to the support element ( 14 ) by means of a system ( 42 ) for connection training. A method for producing glue bead packs according to claim 7, wherein after welding the cover film ( 40 ) and sealing the glue bags ( 35 to 39 ) the following (steps follow: g) punch out the sealed glue bags from the thermoformed film ( 34 ) as glue beads ( 14 . 15 . 16 ) by means of a system ( 52 ) for punching out glue beads with punching elements ( 53 . 54 . 55 ), h) geometric, preferably row-shaped arrangement of the glue beads ( 14 . 15 . 16 ) aligned with that. flat closures ( 9 ), i) applying an adhesive layer ( 21 ) either on the closures ( 9 ) or on the support element ( 20 ) and k) applying the flexible carrier element ( 20 ) on the closures ( 9 ) the glue beads ( 14 . 15 . 16 ) for detachable connection. Attachment training system. Glue beads according to the preceding claims, characterized in that they around the closures ( 9 ) film-thinning grooves (local temperature increases) 47 . 48 . 49 . 50 ), which optionally with system-related ultrasonic vibrators ( 43 . 44 . 45 . 46 ) can be brought about, as a result of which an associated, releasably connected circular contact web ( 56 . 57 . 58 . 59 ) between the border of the closure ( 9 ) and the support element ( 10 ) arises. Plant according to at least one of the preceding claims, characterized in that the plant ( 42 ) for connecting glue beads in the carrier element ( 10 ) in a plant ( 52 ) for punching out glue beads from a carrier element ( 14 ) is changeable. Installation according to at least one of the preceding claims, characterized in that it comprises a variable embossing stamp ( 50 ) for optional embossing or punching. System according to at least one of the preceding claims, characterized in that the embossing stamp ( 60 ) essentially from a round plate ( 61 ), a head plate ( 62 ), Guides ( 63 . 64 ), a headstock shifter ( 65 ) and an upper embossed part body ( 66 ) and a lower embossed part body ( 67 ) consists. Plant according to at least one of the preceding claims, characterized in that the lower embossed part body ( 67 ) one by means of screw connections ( 68 . 69 . 70 ) on the base plate ( 61 ) attached cutting plate ( 81 ) and the upper embossed part body ( 66 ) one by means of screw connections ( 71 . 72 ) attached pressure plate ( 73 ) exhibit. System according to at least one of the preceding claims, characterized in that the upper embossed part body ( 65 ), especially the pressure plate ( 73 ) over the headstock ( 62 ) is preferably movable with frequency and amplitude adjustable ultrasonic vibrators. System according to at least one of the preceding claims, characterized in that the at least one cutting punch, preferably divided but interconnected cutting punch ( 74 . 75 ) to the bordering section of the carrier element and optionally at least one center knife ( 75 ) for multiple rows of glue beads for embossing a longitudinal groove in the carrier element between the multiple rows of glue beads. System according to at least one of the preceding claims, characterized in that the pressure plate ( 73 ) at least one row of punches, preferably multiple rows of punches ( 74 . 78 ), each at the lower end over the flat underside of the pressure plate ( 73 ) protruding stamp profile ( 79 ) with a protruding profile edge ( 80 ) exhibit. Plant according to at least one of the preceding claims, characterized in that the lower embossed part body ( 67 ) in the cutting plate ( 91 ) preferably a rectangular trough-like depression ( 82 ) and at least one row of glue bead receiving holes therein, preferably two rows of glue bead receiving holes arranged parallel to one another ( 83 . 84 ) having. System according to at least one of the preceding claims, characterized in that the height of the protruding profile edges ( 80 ) of the stamp profile ( 79 ) is adjustable, on the one hand embossing the carrier element around the closures ( 9 ) the glue bag around enables the detachable circular contact bars ( 56 to 59 ) leads, or on the other hand at greater height of the protruding profile edge ( 80 ) punching out the glue beads ( 14 . 15 . 16 ) for subsequent attachment to a flexible carrier element ( 20 ) brings about. System according to at least one of the preceding claims, characterized in that the pressure plates ( 73 ) with different heights of the profile edges ( 80 ) interchangeable and compatible with the cutting plate ( 81 ) are trained. Plant according to at least one of the preceding claims, characterized in that the lower embossed part body ( 67 ) and the upper embossed part body ( 66 ) on the base plate ( 61 ) and on the head plate ( 52 ) are attached so that one in the lower embossed part body ( 67 ) inserted glue bead pack of the upper embossed part body ( 56 ) corresponding to the lower embossed part body ( 67 ) is arranged that the punch stamp profiles ( 79 ) either around the glue bag closures ( 9 ) shape the detachable contact webs or create glue beads by punching them out.