Abstract: A glove and glove construction material comprising two or more ethylene-based polymers which comprise (i) a first metallocene-linear low density polyethylene (m-LLDPE) and (ii) at least one ethylene-based polymer selected from the group consisting of a second metallocene-linear low density polyethylene (m-LLDPE), an ethylene-vinyl acetate copolymer (EVA), a linear low density polyethylene (LLDPE), and combinations thereof, plus optional additives.

Abstract: The present invention generally relates to disposable gloves, ethylene-based thermoplastic materials for use in preparing disposable gloves, and methods for preparing ethylene-based thermoplastic materials for use in preparing disposable gloves. In particular, the present invention relates to non-medical and non-surgical disposable gloves suitable for use in food-service and industrial applications.

Abstract: A produce bag dispenser includes a) a uninstructural base frame to receive and nest a plastic produce bag roll, including at least two back sections, a bottom section and a rip tongue, at least one back section at said rearward end having an arcuate shape; b) a set of opposing side guide panels connected for stabilizing the movement of a nested plastic produce bag roll; c) a fixed or adjustable connection mechanism connecting the side guide panels to the base frame; and, d) a plastic produce bag guide bar to create a bag flow space.

Abstract: A plastic bag comprising a grip strip configured to assist with opening the bag, wherein the grip strip is formed from a material different from a material from which its associated panel is formed.

Abstract: A heat-sealable polymer-based multilayer film having a low sealing initiation temperature, good haze, and low gloss for packaging applications. The film comprises a seal interlayer formed from a blend having a propylene-butene copolymer and a skin layer applied over the seal interlayer, with the seal interlayer being between the skin layer and the core layer.

Abstract: A portable shelter is erectable on a support surface for providing short to long term housing for humans. In general, the shelter includes a foundation, a floor supported by the foundation, and an enclosure. The shelter defines an interior which may be inhabited by a human. The shelter may include front, rear, side, and top walls, all of which may be folded to define inboard and outboard folds which enhance the structural integrity of the walls. The floor of the structure may include indentations corresponding to inboard folds of one or more walls for receiving the inboard folds for enhancing structural integrity of the shelter. The floor may be folded to form upstanding portions adjacent the indentations for securing the inboard folds in the indentations. Moreover, the walls may be folded to define feet which engage the support surface.

Abstract: A lightweight bed assembly kit includes slats and runners adapted for connection to each other at spaced apart locations to form a grid. A U-shaped channel member is adapted for connection to the grid to form a support frame. A covering constructed to form a substantially smooth sleeping surface for an adult human is sized and shaped to be disposed on a top surface of the support frame. A method of assembling a lightweight bed includes arranging runners and slats transversely to each other and connecting the runners and slats together to form a grid. A U-shaped channel member is connected to the grid to form a support frame. A covering constructed to form a substantially smooth sleeping surface is mounted on a top surface of the support frame. A second support frame can be connected to the first support frame by another U-shaped channel member.

Abstract: A portable shelter is erectable on a support surface for providing short to long term housing for humans. In general, the shelter includes a foundation, a floor supported by the foundation, and an enclosure. The shelter defines an interior which may be inhabited by a human. The shelter may include front, rear, side, and top walls, all of which may be folded to define inboard and outboard folds which enhance the structural integrity of the walls. The floor of the structure may include indentations corresponding to inboard folds of one or more walls for receiving the inboard folds for enhancing structural integrity of the shelter. The floor may be folded to form upstanding portions adjacent the indentations for securing the inboard folds in the indentations. Moreover, the walls may be folded to define feet which engage the support surface.

Abstract: A sealable plastic bag has a first panel and a second panel. The first panel and second panel are joined along three edges to define a bag interior and an opening to permit access to the bag interior. A permanent sealing structure is configured to permanently seal the first and second panels to close the opening and prevent access to the bag interior. A release liner strip overlies the permanent sealing structure to prevent the permanent sealing structure from sealing the first and second panels until activation by a user. A resealable sealing structure is configured to repeatedly and nondestructively seal the first and second panels to close the opening and prevent access to the bag interior.

Abstract: A sealable plastic bag has a first panel and a second panel. The first and second panels are joined to each other along three edges to define a bag interior and an opening permitting access to the bag interior. A resealable sealing structure extends continuously between the first and second side edges of at least one of the panels and is configured to repeatedly and nondestructively seal and unseal the first and second panels to close and open the bag interior. A secondary sealing structure extends continuously between the first and second side edges of both of the panels below the resealable sealing structure but spaced toward the top edges of the panels. The secondary sealing structure is also configured to repeatedly and nondestructively seal and unseal the first and second panels together to close and open the bag interior.

Abstract: The present invention generally relates to disposable gloves, ethylene-based thermoplastic materials for use in preparing disposable gloves, and methods for preparing ethylene-based thermoplastic materials for use in preparing disposable gloves. Generally, the present invention relates to non-medical and non-surgical disposable gloves suitable for use in food-service and industrial applications. In particular, the present invention is directed to disposable including a coloring agent incorporated into one or more of the ethylene-based polymer layers to indicate, for example, the size of the glove, the right- or left-handedness of the glove, and/or the presence of one or more additives (e.g., an antibacterial agent).

Abstract: The present invention generally relates to disposable gloves, ethylene-based thermoplastic materials for use in preparing disposable gloves, and methods for preparing ethylene-based thermoplastic materials for use in preparing disposable gloves. In particular, the present invention relates to non-medical and non-surgical disposable gloves suitable for use in food-service and industrial applications.

Abstract: A lightweight bed assembly kit includes slats and runners adapted for connection to each other at spaced apart locations to form a grid. A U-shaped channel member is adapted for connection to the grid to form a support frame. A covering constructed to form a substantially smooth sleeping surface for an adult human is sized and shaped to be disposed on a top surface of the support frame. A method of assembling a lightweight bed includes arranging runners and slats transversely to each other and connecting the runners and slats together to form a grid. A U-shaped channel member is connected to the grid to form a support frame. A covering constructed to form a substantially smooth sleeping surface is mounted on a top surface of the support frame. A second support frame can be connected to the first support frame by another U-shaped channel member.

Abstract: A plastic bag dispenser with side panels and guide bar includes: a) a base frame with a back and bottom section with open front adapted to hold a plastic bag roll; b) a swing arm and core rod adapted to receive a plastic bag roll for rotation and to move downwardly as the plastic bag roll is depleted; c) a first and second set of opposing side panels located on the base frame for stabilizing the movement of the plastic bag roll; d) an elongated open guide bar having a top and sides located on the open fronted bottom section for movement of bags from the plastic bag roll; and, e) a rip tongue located on the open fronted bottom section with an upward taper adapted to catch and separate a passing bag when pulled forward through the guide bar and over the rip tongue. Mounting mechanisms for the present invention are also detailed.

Abstract: A glove and glove construction material comprising two or more ethylene-based polymers which comprise (i) a first metallocene-linear low density polyethylene (m-LLDPE) and (ii) at least one ethylene-based polymer selected from the group consisting of a second metallocene-linear low density polyethylene (m-LLDPE), an ethylene-vinyl acetate copolymer (EVA), a linear low density polyethylene (LLDPE), and combinations thereof, plus optional additives.

Abstract: A cross-laminated film comprising at least a two layers and including a thermoplastic component and an elastic component to provide special elastic characteristics for certain packaging and wrapping applications.

Abstract: A pelletizing machine for forming pellets from extruded material includes an extruder having at least one exit port and a body defining a cutting chamber through which high-temperature liquid flows, flooding the cutting chamber. The exit port of the extruder opens into the cutting chamber, which includes a cutting section defining a flow path for liquid through the cutting section. A cutter in the cutting section of the cutting chamber is mounted for rotation about an axis generally perpendicular to the first direction and disposed for cutting the extruded material exiting the exit port into the pellets. The axis of rotation of the cutter is parallel to or coincident with the flow path of the cutting section. A method for forming pellets of thermoplastic material with a foaming agent is also disclosed.

Abstract: A structural forming assembly comprises wall molding panels for forming laterally spaced, opposed molding surfaces that define a wall mold cavity for forming a wall structure. The wall panels are vertically disposed and laterally spaced to provide the molding surfaces along opposed sides of the wall mold cavity. Reinforcement rod suspending grid elements attached to the opposed wall forming panels are for freely positioning and retaining horizontally and freely disposed reinforcement rods at a preselected horizontal location spaced inwardly from each opposed molding surface within the mold cavity, and at spaced preselected vertical locations between the molding surfaces. The rod suspending elements are effective to retain reinforcement rods in place at the preselected horizontal and vertical locations while the hardenable material is being poured into an upwardly directed top mold opening and allowed to harden within the wall mold cavity.

Abstract: The present invention generally relates to an extruded thermoplastic board having a light weight relative to its thickness, as well as enhanced mechanical strength relative to its weight. More specifically, the present invention relates to an extruded, thermoplastic board that is corrugated (e.g., a board containing internal ribs), that is both thick and light weight, and that has enhanced mechanical strength. The present invention is additionally directed to a process for preparing such a board.