AT54401B - Bottle cap and machine for its manufacture. - Google Patents

Bottle cap and machine for its manufacture.

Info

Publication number
AT54401B
AT54401B AT54401DA AT54401B AT 54401 B AT54401 B AT 54401B AT 54401D A AT54401D A AT 54401DA AT 54401 B AT54401 B AT 54401B
Authority
AT
Austria
Prior art keywords
manufacture
machine
bottle cap
bottle
groove
Prior art date
Application number
Other languages
German (de)
Inventor
Franz Zwinz
Original Assignee
Franz Zwinz
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Franz Zwinz filed Critical Franz Zwinz
Application granted granted Critical
Publication of AT54401B publication Critical patent/AT54401B/en

Links

Landscapes

  • Wrapping Of Specific Fragile Articles (AREA)
  • Sealing Of Jars (AREA)
  • Closures For Containers (AREA)

Description

  

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 ist an seinem weiteren Fortgange   gehemmt, der Schlitten   2 bewegt sich jedoch noch weiter, wobei sich sein Stift 11 in dem Schlitz 72 des Stempels vorbewegt und die Feder 13 zusammengedrückt wird. Die   Stopfbacken   9 werden durch den schrägen Anlauf des   Schnittes   zur Flasche 29 zu   geschwungen   und schieben und pressen den Rand der Kapsel und dessen anschliessenden Teil in die Ringnut der Flasche ein.

   Um nun, wie bereits erwähnt, die Entstehung von Kontrollappen e   herbeizuführen,   sind die seitlichen   Beg1 enzungsflächen   einander benachbarter   Pressbacken   divergierend, so dass sie in vollständig geschlossenem Zustande, d. h. wenn ihr Innenrand, an den Flaschenhals anliegend, einen geschlossenen Kreis bildet, Schlitze 30 (Fig. 4) freilassen. 



  Es wird somit, trotzdem an der Innenperipherie ein vollständig   nüssigkeitsdichter Abschluss   stattfindet, an den   Stellen. ? (Fig.   4) kein   vollständiges Einpressen   des gesamten Materiales ii. die Nut der Flasche stattfinden, sondern es bleiben über dieselbe vorragende, zur Kontrolle dienende Lappen e erhalten. Vollführt der Schlitten 2 seinen Aufwärtsgang, so drüchen die Federn 28 
 EMI2.1 
 Grösse der Flaschen bzw. ihrer Nut und Richtung derselben beliebig eingestellt werden. 



  Nach erfolgtem Hube des   Schlittens wird das Materialband   durch   den vorerwähnten     Mechanismus     14   bis 17 um ein entsprechendes Stückt weitergefördert, so dass sich für die nächste Flasche das Spiel wiederholen kann. 



   Es ist klar, dass an Stelle schwingender Backen auch sich in horizontaler oder anderer Richtung bei   der Bewegung des Schiittens verstellende Stopfer angeordnet   werden könnten.   welche das Kapsc ! material   in die Nut einschieben und darin verdicken und dass die Nuten der Flaschen sowohl   horizontal. schräg,   innen oder aussen   am   Flaschenhals ausgespart und demgemäss auch die Stopfer entsprechend angeordnet werden könnten, ohne dass dadurch das Wesen 
 EMI2.2 
 des Schnittes die durch das Nichtanfassen des Kapselmaterialrandes an einzelnen Stellen und   Nichteindrücken.

   s desselben entstehenden Lappen   in ihrer Grösse zu ändern und ferner   alleufa)) s   die Stopfer oder den Pressstempel stellenweise einzufärben, um durch einen Linienzug über die   einzelnen   Falten deren Lage erkennbar zu fixieren. 
 EMI2.3 




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 is inhibited from its further progress, but the carriage 2 continues to move, its pin 11 being advanced in the slot 72 of the punch and the spring 13 being compressed. The stuffing jaws 9 are swung to the bottle 29 by the inclined approach of the cut and push and press the edge of the capsule and its adjoining part into the annular groove of the bottle.

   In order, as already mentioned, to bring about the formation of control flaps, the lateral bounding surfaces of adjacent pressing jaws are divergent, so that they can be in the completely closed state, i.e. H. when its inner edge, lying against the bottle neck, forms a closed circle, leave slots 30 (FIG. 4) free.



  In spite of the fact that there is a completely leak-tight seal at the inner periphery, the points. ? (Fig. 4) no complete pressing in of the entire material ii. the groove of the bottle take place, but there are retained over the same protruding, control serving tabs e. When the slide 2 performs its upward gear, the springs 28 push
 EMI2.1
 The size of the bottles or their groove and direction of the same can be set as desired.



  After the slide has been lifted, the material band is conveyed further by a corresponding piece by the aforementioned mechanism 14 to 17, so that the game can be repeated for the next bottle.



   It is clear that, instead of vibrating jaws, stoppers which adjust in the horizontal or other direction during the movement of the slide could also be arranged. which the capsc! insert material into the groove and thicken it and that the grooves of the bottles both horizontally. obliquely, on the inside or outside of the bottle neck, and accordingly the stoppers could also be arranged accordingly without affecting the essence
 EMI2.2
 of the cut caused by not touching the edge of the capsule material at individual points and non-indentations.

   s to change the size of the flap that is created and also to a)) s to color the stuffer or the press die in places in order to fix the position of the individual folds with a line of lines.
 EMI2.3


 
AT54401D 1911-03-20 1911-03-20 Bottle cap and machine for its manufacture. AT54401B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
AT54401T 1911-03-20

Publications (1)

Publication Number Publication Date
AT54401B true AT54401B (en) 1913-02-10

Family

ID=3575816

Family Applications (1)

Application Number Title Priority Date Filing Date
AT54401D AT54401B (en) 1911-03-20 1911-03-20 Bottle cap and machine for its manufacture.

Country Status (1)

Country Link
AT (1) AT54401B (en)

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