Hobart Corporation

Premark Feg L.l.c.

Lee E Trouteaud

Robert J Hadick

Fritz F Treiber

Michael A Whitby

Randall L Redman

Kinred Bowling

Matthew A Zakel

Joseph M Gaccetta

A label printing apparatus for accommodating a plurality of widths of rolled label stock is provided. The label printing apparatus includes a frame, a label stock support arm extending from the frame, and a print head located for having label stock pass thereby for printing. The label stock support arm may have at least two stepped regions for supporting rolled label stock, including a first stepped region with edges spaced apart by a first distance corresponding to a first width of label stock and a second stepped region with edges spaced apart by a second distance corresponding to a second width of label stock. One or more label stock guides may include recessed regions for guiding different widths of label stock. A movable wall may also be provided. The various features could also be provided in connection with printers using rolled print media other than label stock.

Apparatus to guide label stock in a printer

A method for conveying a package to a wrap station of a package wrapping machine involves the steps of providing a conveying system for moving the package to the wrap station, the conveying system being selectively adjustable for varying a lateral position of a package; sensing a lateral position of the package as it travels along the conveying system; comparing the sensed lateral position of the package with a desired lateral position of the package; and based upon the comparison, adjusting the conveying system to place the package in the desired lateral position.

Package wrapping machine with automatic package positioning prior to wrapping

Label applier of an automatically operated label applying system is selectively controlled by a machine operator to rotate self-adhesive labels to any of a variety of different angular orientations in response to interception of a driving bevel gear at a predetermined position. A driven pinion gear which carries a vacuum wand with a vacuum gripper on an end thereof rotates the wand and label to any one of 90, 180 or 270 degrees, depending on which of three intercepting pins is activated under selective control of an operator. In the event no intercepting pin is activated, the drive gear rotates through the same angle as its supporting shaft and effectively avoids rotation of the driven gear and turning of the label. The label applier is remotely controlled by automatic means, thereby avoiding the necessity to make manual changes to the applier each time a new angular orientation becomes necessary.

Label applying system

An apparatus and method for storing and dispensing comestibles, such as ice cream, has a cabinet defining an interior for holding a plurality of stacked ice cream containing magazines. A refrigeration system for cooling the interior of the cabinet below the freezing point of the ice cream is connected thereto. An X-Y picker assembly is positioned in the cabinet interior to transport ice cream from the selected magazine without heating the selected ice cream container or any other ice cream containers stored therein. The ice cream is carried by the X-Y picker assembly to a dispensing opening in the cabinet from which it can be accessed by the consumer. A nonvolatile information storage device is associated with the plurality of magazines and contains product characteristic information therein related to the flavors of ice cream in the magazines. A mapping system maps switch closures from product selection switches with the product characteristic information.

Apparatus for storing and dispensing frozen comestibles

A label transfer arm having a central axis and comprising a socket body with a transfer nozzle rotatably mounted therein engages labels delivered to a label pickup station and transfers them to a label delivery station. An applicator head strips the labels from the transfer arm and moves them along a fixed path from the label delivery station to a package labeling station to apply the labels to packages. Transfer arm guiding rails are positioned on either side of the label transfer arm for engaging an eccentric collar attached to the transfer nozzle to thereby orient the transfer nozzle into a fixed angular orientation about the central axis of the transfer arm when the transfer arm is at the label delivery station. An operator-controllable selector ring is rotatably mounted to the socket body of the arm and is freely rotatable between selected locations defined by detents. The selector ring is coupled to the transfer nozzle by a torsion spring such that an operator can select one of at least two different angular orientations of the transfer nozzle about the central axis of the transfer arm when the arm is located at the label pickup station. By selecting the angular orientation of the arm at the label pickup station and forcing the arm into a fixed angular orientation at the label delivery station, a label held by the transfer arm is rotated about the central axis of the arm by an angle equal to the difference between the selected angular orientation and the fixed angular orientation.

Apparatus for label transfer

A collapsible elevator for a package elevating wrapping machine comprises a base member, a package supporting member and a pair of spring-biased rods. The rods resiliently engage the package supporting member to maintain it in a package elevating position relative to the base member, yet permit it to be resettably collapsed relative to the base member upon exertion of a defined force on the package supporting member. The package supporting member comprises a top plate and two downwardly extending spaced supports which have notches in their lower ends for receiving the spring-biased rods. The supports define surfaces which taper inwardly toward the top plate to facilitate resetting the elevator. An electrical switch is coupled to the base member and a switch actuating rod is coupled to the package supporting member and adapted to activate the electrical switch upon collapse of the elevator. The package elevating wrapping machine is shutdown upon a signaled elevator collapse to substantially reduce the possibility of damaging the machine by the jam condition which caused the collapse of the elevator.

Collapsible elevator for package elevating wrapping machine

A label transfer arm having a central axis and comprising a socket body with a transfer nozzle rotatably mounted therein engages labels delivered to a label pickup station and transfers them to a label delivery station. An applicator head strips the labels from the transfer arm and moves them along a fixed path from the label delivery station to a package labeling station to apply the labels to packages. Transfer arm guiding rails are positioned on either side of the label transfer arm for engaging an eccentric collar attached to the transfer nozzle to thereby orient the transfer nozzle into a fixed angular orientation about the central axis of the transfer arm when the transfer arm is at the label delivery station. An operator-controllable selector ring is rotatably mounted to the socket body of the arm and is freely rotatable between selected locations defined by detents. The selector ring is coupled to the transfer nozzle by a torsion spring such that an operator can select one of at least two different angular orientations of the transfer nozzle about the central axis of the transfer arm when the arm is located at the lable pickup station. By selecting the angular orientation of the arm at the label pickup station and forcing the arm into a fixed angular orientation at the label delivery station, a label held by the transfer arm is rotated about the central axis of the arm by an angle equal to the difference between the selected angular orientation and the fixed angular orientation.

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Huber Heights, OH, United States of America

Lee E Trouteaud