Tetra Laval Holdings & Finance S.a.

Kroy LLC

Tetra Alfa Holdings Sa

Ronald F Tuckner

Michael M Richardson

David L Persells

Glen John Peterson

Douglas A Schaffer

Joseph M Sega

An orientationally sensitive closure for mounting to a container in a specific orientation includes a closure body and a flange. A spout portion extends from one side of the flange and an orienting projection extends from a side of the flange opposite of the spout. The flange and spout may be coaxial with on another, with the spout centrally disposed thereon. The projection extends from the flange in a non-coaxial relation to the spout and flange. An apparatus for orienting the closure prior to mounting to a container includes a body defming inlet and outlet regions extending along a longitudinal axis of the body. Flange and projection receiving channels extend between the inlet and outlet regions. The flange channel defines a substantially straight-through path through the apparatus, along the longitudinal axis. The projection channel defines a path having at least two bends therein defming a portion generally transverse to the longitudinal axis. The closure rotates as it traverses through the apparatus to orient the closure so that a trailing edge of the closure adjacent the projection is last discharged from the apparatus.

Orientationally sensitive closure and orienting apparatus therefor

An orientationally sensitive closure for mounting to a container in a specific orientation includes a closure body and a flange. A spout portion extends from one side of the flange and an orienting projection extends from a side of the flange opposite of the spout. The flange and spout can be coaxial with one another, with the spout centrally disposed thereon. The projection extends from the flange in a non-coaxial relation to the spout and flange. An apparatus for orienting the closure prior to mounting to a container includes a body defining inlet and outlet regions extending along a longitudinal axis of the body. Flange and projection receiving channels extend between the inlet and outlet regions. The flange channel defines a substantially straight-through path through the apparatus, along the longitudinal axis. The projection channel defines a path having at least two bends therein defining a portion generally transverse to the longitudinal axis. The closure rotates as it traverses through the apparatus to orient the closure so that a trailing edge of the closure adjacent the projection is last discharged from the apparatus.

An apparatus for sterilizing and breaking score lines on cartons prior to filling includes a spraying assembly for spraying sterilizing solution into the interior of the carton and a score line breaking assembly that breaks the score lines on the upstanding walls of the carton. The spraying assembly and the score line breaking assembly are located at the same station within a filling machine so that both operations can be performed simultaneously. The spray assembly includes a movably mounted spray head that is provided with a spray nozzle. The score line breaking assembly includes a breaker member that is operatively connected to a drive assembly for driving the breaker member into contacting relation with the upper portion of the upstanding walls of a carton in order to urge the upstanding walls of the carton inwardly and thereby break the score lines on the carton walls. A device can be included to urge the breaker member and the spray head towards one another so that downward movement of the breaker member towards the carton results in downward movement of the spray head into the interior of the carton.

Method and apparatus for sterilizing cartons and breaking carton score

A lettering apparatus having an improved interface feature including a printer portion, a data input portion and an interface assembly for connecting the printer with the keyboard comprising an electrical interface, a font motor interface and an initial alignment interface. The interface assembly facilitates quick, uncomplicated and inexpensive conversion of a manual lettering system to an automated lettering system.

Lettering apparatus having a printer-keyboard interface

A lettering apparatus adapted for receiving a replaceable tape supply cartridge comprising a pair of spaced apart, parallel frame members defining a cartridge receiving cavity and a print bar pivotally supported between the frame members. The apparatus also includes an improved linkage for generating the lettering force, an improved tape cut-off mechanism and improved means for driving the tape advancement mechanism in the cartridge. The cartridge also includes a device for sensing the amount of tape remaining and means for aligning the tape and characters to be lettered.

Growing community of inventors

White Bear Lake, MN, United States of America

Ronald F Tuckner