Abstract: An automatic labelling system for products, such as fruits and vegetables, of the type including a conveyor (4) for feeding a product-receiving structure (2) to a labelling station (5) provided with a device for labelling the products. The product-receiving structure (2) includes a mechanism (3) for identifying the position of the products in the structure. The system also includes a sensor detector (6) for detecting the identifying means for causing the actuation of the labelling device of the labelling station.

Abstract: A labeling machine in which pressure sensitive adhesively backed labels are releasably adhered to a backing strip moving along a path from a dispensing roll to a take-up roll. The labels are removed from the backing strip onto a rotating applicator drum at a first station along said path, and the thus removed labels are transferred from the applicator drum to articles being successively presented at a second station. The improvement comprises a scanning unit, a comparator unit, and a removal unit. The scanning unit is positioned in advance of the first station for reading indicia appearing on the labels adhered to said backing strip. The comparator unit is associated with the scanning unit for comparing the indicia on the labels with a preselected standard and for generating a control signal in the event of a mismatch between the standard and the indicia appearing on an incorrect label.

Abstract: A sealing material for an electric wire connection, comprising a tape-form releasable material, viscous sealing pieces comprising a waterproofing compound, each piece having a width narrower than the width of the releasable material and being releasably formed on one surface of the releasable material, and a sheet-form base material having a larger area than the viscous sealing piece such that each end of the base material projects over each edge portion of the viscous sealing piece formed in one body on each viscous sealing piece, a sealing method for an electric wire connection using the sealing material, and a method for producing the sealing material.

Abstract: A label assembly includes machine readable indicia on the underside of the backing strip for verifying correspondence between identifying indicia on the label and the contents of a container before and/or during and/or after labeling of the container and is made by feeding a label layer/backing layer laminate web along a travel path and printing machine readable indicia on the underside of the backing layer and printing identifying indicia on the label layer.

Abstract: A roll labeler for labeling containers one by one automatically is provided. A label sheet is supplied as uncoiled from a roll over a predetermined length and the label sheet is cut by a cutter thereby producing a cut sheet of label which is then glued while being transported and attached to the corresponding container. The labeler includes a feed roller for feeding the label sheet to the cutter intermittently and a mechanism for transporting containers to be labeled along a container transportation path. The labeler also includes a pair of driving sources: one driving source for driving the feed roller and the other driving source for driving the container transporting mechanism.

Abstract: The present system involves the use of a backing tape with pressure-sensitive labels mounted along one portion of the width of the backing tape, and at least one continuous strip of material carrying related indicia, for example in bar code form, is mounted on a different portion of the backing tape. As the label is applied to containers, the bar code or other information associated with each label is also read to insure correspondence between the contents of the containers being packaged, as programmed into the optical reader at the label applicator head, with the bar code information identifying the label which is being applied to the product. The pressure-sensitive labels are individually mounted on the backing tape, either in the form of die cut or butt cut labels, while the associated bar code information is on the continuous strip.

Abstract: A process for labelling a system of file folders comprises printing a label for the system, where each printed label is different from other printed labels for the system. Each label has a field in which a set of indicia is printed, where the indicia are both machine and visually readable. The printed indicia is machine read for directing a labeler's application to a file folder flap of individual color coded labels. Each color coded label, as applied, has an indicium corresponding to one of the machine read indicium.

Abstract: A method of applying multiple labels to a label receiving surface of an article comprising conveying articles to be labeled to a label applying station, dispensing first and second labels onto a vacuum belt transport, transporting the first and second labels to the label applying station utilizing the vacuum belt transport and wrapping the first and second labels onto different locations on the label-receiving surface of a first of the articles.

Abstract: Alphabetic labelling of articles includes the use of a label having on a portion of its face a first set of indicia and on another portion of its face a second set of indicia which relate to the same subject matter as the first set. The second set of indicia is oriented in reverse and upside down relative to the first set. A machine readable code unique to the subject matter of the sets of indicia is located on one of the face portions of the label. The label when folded about its length isolates the two fields and on application to an article, provides visual identification of the article from two of its sides. The label may be provided with a machine readable indicia code which is representative of at least one indicium of either of the sets. An article labelling system may be adapted to read the indicia code and apply as controlled by the reading operation, one or more labels having letters corresponding to the coded indicia.

Abstract: A method and apparatus for applying a label to the bottom of a product, the label having a universal product code thereon. The apparatus includes a first labeling assembly, a first scanning assembly, a second labeling assembly, a second scanning assembly and means for feeding a product past these assemblies along a feeding path. The first scanning assembly detects whether or not the first labeling assembly has applied a label to the bottom of the product and if none was applied then activates the second labeling assembly to apply a label and if the second scanning assembly determines that no label has yet been applied to the product, that product is diverted from the feeding path. Additionally, a character recognition assembly is provided to determine if the correct label has been applied to the product and to divert a mislabeled product from the feeding path.

Abstract: Apparatus for applying labels bearing a pressure-sensitive adhesive to articles wherein each article is moved by a first pair of conveyor belts into engagement with a second pair of conveyor belts. The first and second pair of conveyor belts hold and move the articles. As the articles are moved, each article passes a sensor, such as an electric eye, which actuates label feeding means, thereby causing a label to be moved into the path of travel of the article. The leading edge of the moving article engages the label between the label ends and moves the label against a pair of spaced rollers. As the article is moved through the space between the rollers, the rollers press the leading end of the label and the center of the label against the bottom and top surface of the article, respectively.