Abstract: A film structure includes a first outer layer system, a second outer layer system, and a core layer system. The first outer layer system includes at least one layer formed of a starch polymer thermoplastic bioresin. The second outer layer system includes at least one layer formed of a starch polymer thermoplastic bioresin. The core layer system includes at least one layer formed of a modified Polyvinyl Alcohol (PVOH). The first outer layer system, the second outer layer system, and the core layer system are compostable.

Abstract: The present disclosure relates to multi-layer film structures and methods of manufacturing the same. The films can be oriented and heat shrinkable. The films can include an ethylene vinyl alcohol layer. In certain instances, the films do not include an individual polyamide layer.

Abstract: A package including a tray and a lid is provided. The tray can include a central portion disposed between a plurality of walls and first and second legs. A lid may be releasably coupled to the tray such that the package is configured to hold a food product. Methods of manufacturing and using the package are also provided.

Abstract: The present disclosure relates to multi-layer film structures and methods of manufacturing the same. The films can be oriented and heat shrinkable. The films can include an ethylene vinyl alcohol layer. In certain instances, the films do not include an individual polyamide layer.

Abstract: A packaging assembly can include a plurality of containers and a film. The packaging assembly can further include one or more tear lines disposed between adjacent containers, or between adjacent rows of containers. The tear lines can include scored tear lines or perforated tear lines. The scores or perforations can be formed by a laser, blade, or other implement. One or more containers can be removed from the packaging assembly by tearing the film along the tear line.

Abstract: A package (10) includes a one-piece molded plastic container having a base (14), an outer wall (16), and at least one dividing wall extending across the outer wall to divide the container into at least first and second chambers that are separated from each other by the dividing wall. The container has an open end remote from the base, and a molded plastic lid (12) is provided for receipt over the open end of the container in sealing engagement with the outer wall and the dividing wall. The lid is constructed to seal the chambers from each other and from ambient surrounding the package. In at least one of the chambers, the dividing wall preferably has ribs for engagement by a coating application roller.

Abstract: A package (10) includes a one-piece molded plastic container having a base (14), an outer wall (16), and at least one dividing wall extending across the outer wall to divide the container into at least first and second chambers that are separated from each other by the dividing wall. The container has an open end remote from the base, and a molded plastic lid (12) is provided for receipt over the open end of the container in sealing engagement with the outer wall and the dividing wall. The lid is constructed to seal the chambers from each other and from ambient surrounding the package. In at least one of the chambers, the dividing wall preferably has ribs for engagement by a coating application roller.

Abstract: A package for a two-part coating includes a container having an outer wall and at least one dividing wall extending across the outer wall to divide the container into at least first and second chambers that are separated from each other by the dividing wall. A roller tray has a longitudinal edge adapted removably to be received over the dividing wall such that the roller tray extends from the dividing wall over one of the chambers. In one exemplary embodiment of the present disclosure, at least one support leg extends from an opposing edge of the roller tray and is adapted removably to be received on the outer wall of the container.

Abstract: A plurality of separate display modules are interchangeably installed on a shelf of a cooperating cabinet structure and arranged to provide convexly curved display panels mounting selected arrangements of illuminated sample chips, an interactive video display, and brochure receptacles. The structure is provided with an integral sprinkler water distribution system and may include a two-part sample chip mounting mechanism which facilitates changing out of sample chips.

Abstract: A plurality of separate display modules are interchangeably installed on a shelf of a cooperating cabinet structure and arranged to provide convexly curved display panels mounting selected arrangements of illuminated sample chips, an interactive video display, and brochure receptacles. The structure is provided with an integral sprinkler water distribution system and may include a two-part sample chip mounting mechanism which facilitates changing out of sample chips.

Abstract: An improved coextruded asymmetric multilayer plastic structure and method of forming the same are provided. The layers of the structure consist of a barrier layer comprised of an ethylene vinyl alcohol copolymer, an adhesive layer on each surface of the barrier layer, inner and outer surface layers, and a bulk layer positioned between the outer surface layer and its adjacent adhesive layers. The bulk layer is comprised of a thermoplastic polymer and calcium carbonate in an amount sufficient that the multilayer structure has an acceptable level of curling. The structure can be used to form a tubular body that has a cylindrical shape. A collapsible dispensing container having a body wall formed of the aforementioned structure and having improved product dispense properties is also provided.

Abstract: A mechanically pressurized electronic fuel injector for use in internal combustion engines is actuated by the engine valve train during the injection stroke. A control solenoid is mounted to the injector and has its axis inclined with respect to the axis of the injector. A control valve passage has its axis generally coaxial with the central axis of the control solenoid. Machining of the control valve passage is accomplished through the receiving boss for the control solenoid. High pressure sealing plugs, previously required to seal orifices in the exterior surface of the injector body which were needed to provide access to drill or machine the control valve passage, are completely eliminated. The drilling and machining of the control valve passage is accomplished without drilling through the exterior surface of the injector body.

Abstract: A piston cooling assembly for cooling each of the pistons in an internal combustion engine is provided. The piston cooling assembly of the present invention, which directs a spray of cooling fluid, typically oil, to a selected targeted area of the piston with which it is associated, is installed, adjusted and removed entirely from the exterior of the engine block. The piston cooling assembly is received in a specially configured bore in the engine block and includes a flange located exteriorly of the engine block to position and secure the assembly in its desired location. A nozzle tube support attached to the flange is sealingly engaged within the engine block bore and is fluidically connected with the engine cooling fluid supply to provide a supply of cooling fluid to a nozzle tube. The nozzle tube, one end of which is supported by the nozzle tube support, sprays cooling fluid toward the targeted piston area.