Abstract: This invention relates to a labeling system for continuously applying a layer of a UV curable adhesive to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the UV curable adhesive to the labels.

Abstract: This invention relates to a labeling system for continuously applying a layer of a UV curable adhesive to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the UV curable adhesive to the labels.

Abstract: This invention relates to a labeling system for continuously applying a layer of a UV curable adhesive to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the UV curable adhesive to the labels.

Abstract: This invention relates to a labeling system for continuously applying a layer of a UV curable adhesive to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the UV curable adhesive to the labels.

Abstract: This invention relates to a UV curable system of the type for continuously applying a UV curable adhesive to labels, at least partially curing the adhesive on the labels to render the adhesive tacky and thereafter applying the labels to discrete containers through the tacky adhesive layer. Most preferably the labels are cut and stack labels retained in a dispensing magazine prior to the application of the UV adhesive to the labels, and most preferably both the labels and the UV curable (and cured) adhesive are clear, and the clear labels with the clear tacky adhesive thereon preferably are adhered to clear glass containers, e.g. soda bottles, beer bottles and the like.

Abstract: This invention relates to a labeling system for continuously applying a layer of a radiation curable adhesive, e.g., a UV curable adhesive, to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the radiation curable adhesive to the labels.

Abstract: This invention relates to a radiation curable system for continuously applying a layer of a radiation curable adhesive, e.g., a UV curable adhesive, to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the label to a container in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized ) plastic films and can be retained in a dispensing magazine prior to the application of the radiation curable adhesive to the labels.

Abstract: This invention relates to a labeling system for continuously applying a layer of a radiation curable adhesive, e.g., a UV curable adhesive, to plastic, sheet fed, cut and stack, labels, irradiating the adhesive on the labels to render the adhesive sufficiently tacky to effectively adhere the labels to containers in a commercial labeling machine and thereafter applying the labels to discrete containers through the sufficiently tacky adhesive layer. The plastic labels can be clear, opaque (including metallized) plastic films and can be retained in a dispensing magazine prior to the application of the radiation curable adhesive to the labels.

Abstract: An improved assembly for a computer that includes at least two through hole mounted components, which are mounted to a printed circuit board, and a heat resistant strip mounted to the top of each of those components.

Abstract: A shrink film comprising a biaxially oriented polymer film comprising polypropylene having a machine direction shrinkage and a transverse direction shrinkage that is less than or equal to 50% of the machine direction shrinkage, and wherein the machine direction shrinkage is greater than 15% and the transverse direction shrinkage is less than 10% at about 140.degree. C. The shrink film is formed by a process comprising subjecting a biaxially oriented polymer film to a treatment which comprises the heating the film to a temperature of about 100.degree. C. to 180.degree. C. The heated film is drawn under conditions to extend it by at least 1.05 times its original length in the machine direction. The drawn film is cooled under tension to produce a shrink film having the specified ratio between the machine direction shrinkage and the transverse direction shrinkage in addition to having a kinetic film-to-film coefficient of friction of about 0.05 to 0.40. The shrink film is suitable for wrapping contoured articles.

Abstract: A guided weight exercise device has a lower anchor arrangement for readily attaching the lower portion of the device to a supporting wall by pivotal movement of the device about a floor-engaging support upwardly from a slanted position with the lower portion of the unit adjacent the wall. Reverse pivotal movement of the device detaches it from the wall. The floor-engaging support may be a wheel assembly. The guide assembly for the weights comprises a pair of spaced parallel guide bars each having separate upper and lower bar sections, and a coupling which interconnects the guide bars and joins their upper and lower sections. The weight is lifted by a guided carriage and an arrangement of upper and lower sheaves and a cable. The sheaves and cable are located adjacent the wall and completely behind the carriage and the guide bars.

Abstract: A method and apparatus for processing poultry gizzards at substantially high line speeds. A plurality of gizzards preferably with the stomach and intestines attached are directed in a random arrangement into a feeding and aligning station. Feed roll means at that station apply an initial orienting force to each gizzard and transport each gizzard along a predetermined path. Orienting means adjacent said feed roll means applys a second orienting force to each gizzard which cooperates with the first orienting force to orient each gizzard into a preselected position. Means are also provided to secure each gizzard in said preselected position. Means then remove the stomach and intestines from the tender lining of each gizzard. Slitting and spreader means slit and open each gizzard, and cleaning means flush the contaminants from the opened gizzards. Shearing means then engage and remove the residual tender lining from each gizzard, and peeling means peel the interior lining or membrane from the gizzards.

Abstract: A method and apparatus for processing poultry gizzards employing in-feed rollers and retarding means to initially orient the gizzards with appendage organs dangling below. The appendage organs are severed whereupon the gizzards are secured in the initial positions, transported and reoriented to a new position before being slit by a cutting blade. The slit gizzards are spread apart and transferred while being secured in a predefined position to a shearer-peeler station having a pair of primary rollers with a shearing and a peeling section, and then to a pair of slower rotating rollers also with a shearer and a peeler section. A vibrating tamper compresses the gizzards on the secondary peeler section for a final thorough cleaning of the gizzards.

Abstract: An apparatus for processing poultry gizzards at substantially high line speeds. A plurality of gizzards preferably with the stomach and intestines attached are directed in a random arrangement into a feeding and aligning station. Feed roll means at that station apply an initial orienting force to each gizzard and transport each gizzard along a predetermined path. Orienting means adjacent said feed roll means applys a second orienting force to each gizzard which cooperates with the first orienting force to orient each gizzard into a preselected position. Means are also provided to secure each gizzard in said preselected position. Means then remove the stomach and intestines from the tender lining of each gizzard. Slitting and spreader means slit and open each gizzard, and cleaning means flush the contaminants from the opened gizzards. Shearing means then engage and remove the residual tender lining from each gizzard, and peeling means peel the interior lining or membrane from the gizzards.

Abstract: A method and apparatus for processing poultry gizzards at substantially high line speeds. A plurality of gizzards preferably with the stomach and intestines attached are directed in a random arrangement into a feeding and aligning station. Feed roll means at that station apply an initial orienting force to each gizzard and transport each gizzard along a predetermined path. Orienting means adjacent said feed roll means applys a second orienting force to each gizzard which cooperates with the first orienting force to orient each gizzard into a preselected position. Means are also provided to secure each gizzard in said preselected position. Means then remove the stomach and intestines from the tender lining of each gizzard. Slitting and spreader means slit and open each gizzard, and cleaning means flush the contaminants from the opened gizzards. Shearing means then engage and remove the residual tender lining from each gizzard, and peeling means peel the interior lining or membrane from the gizzards.

Abstract: A poultry skinning machine for removing the skin from poultry parts utilizes rollers having inter-engaging helical teeth that laterally transport the poultry parts while removing the skin from the product. The rollers act in cooperation with a cover means having a shearing section disposed in a substantially bearing relationship along at least a portion of the rollers adjacent their ends. The shearing section facilitates separating the product from detaching skin whereby roller clogging is avoided by directing skin through a receiving gap formed between end bearing means. The skinned product is at the same time conveyed atop the closely fitting shear section.

Abstract: A cleaning tub having therein a holding basket mounted for rotation about a vertical axis. The basket has a lower section with circumferentially aligned holding and partition members to contain tubular-like members to be cleaned in circumferential alignment. There is also an upper section having radial partitions to contain other objects to be cleaned. During a first washing and rinsing cycle, the basket is caused to oscillate throughout the filling period, the washing period, the emptying period, and also through a final "shake-off" period. There is also a transfer tub to hold either a pasteurizing liquid (i.e. hot water) or a disinfect liquid. Subsequent to the washing cycle, the liquid in the transfer tub can be moved over to the cleaning tub either to pasteurize or disinfect the articles in the basket. Heat control means are provided to bring the transfer liquid to the proper temperature in the transfer tub, and also to maintain this proper temperature in the cleaning tub.

Abstract: An apparatus for handling and storing elongated articles comprises a plurality of parallel article support members or skids arranged in a horizontal plane to define a storage area having a receiving side from which the skids extend laterally. A plurality of transfer cars are located between the skids beneath the aforesaid horizontal plane. The transfer cars are aligned in a direction perpendicular to the skids and are moved in unison towards or away from the receiving side of the storage area by a common drive. Each transfer car carries a set of article elevating members with each set being adjustable individually between a lowered inoperative position beneath the plane of the skids and a raised operative position protruding thereabove.

Abstract: An apparatus and system is disclosed for receiving upstanding cylindrical product coils from a coil forming station at the delivery end of a rolling mill, and for transporting the coils along a path along which additional processing operations are performed on the coils at different locations. The apparatus includes a plurality of separately driven and independently operable roller table modules which are aligned to form longitudinally extending roller conveyor avenues. Transfer carriages are provided to laterally shift certain or these roller table modules from one to another of the longitudinally extending roller conveyor avenues. The drives for the roller table modules and the transfer carriages are all located beneath the transport level defined by the table rollers, the latter being located approximtely at the floor level of the coil handling area. Smaller coils may be carried directly on the rollers of the roller table modules, while larger coils are preferably carried on specially designed pallets.