Abstract: A structure formed from composite material and method of forming a structure composite material is disclosed in which one or more metal layers are disposed on the composite material.

Abstract: A fiber-reinforced composite structure includes a cut edge; an elastomeric cap covering the cut edge; and an adhesive sealant bonding the elastomeric cap to the cut edge. The fiber-reinforced composite structure is joined to a component and the elastomeric cap includes a generally Z or L-shaped cap with a web bonded to the cut edge of the fiber-reinforced structure and a flange bonded to the component and extending away from the fiber-reinforced structure.

Abstract: A structure formed from composite material and method of forming a structure composite material is disclosed in which one or more metal layers are disposed on the composite material.

Abstract: A split grommet assembly comprising a grommet and a clamping ring. The grommet has a body portion with a peripheral edge and a sealing groove round the peripheral edge of the body portion. The grommet also has a gland portion with a peripheral edge, and a hole passing through the body and gland portions. The body and gland portions are each split along a split line which runs from the hole to their peripheral edges. The clamping ring encircles the peripheral edge of the gland portion and can be opened to permit an elongate object to be fitted into the hole via the split line, and closed to apply a compressive load to the peripheral edge of the gland portion which resists opening of the body along the split line.

Abstract: A fibre-reinforced composite structure includes a cut edge; an elastomeric cap covering the cut edge; and an adhesive sealant bonding the elastomeric cap to the cut edge. The fibre-reinforced composite structure is joined to a component and the elastomeric cap includes a generally Z or L-shaped cap with a web bonded to the cut edge of the fibre-reinforced structure and a flange bonded to the component and extending away from the fibre-reinforced structure.

Abstract: A method of supplying health care workers with disposable supplies appropriate for a single patient visit determines a requirement for disposable medical supplies for a patient during an associated single visit by a health care worker. An accounting code is recorded in an accounting database, the code corresponds to the disposable supplies determined to be associated with the visit. The disposable supplies are placed in a disposable container, which is delivered a first site whereat a patient is to receive treatment, prior to the visit by the health care worker. The container is subsequently delivered to a second site for disposal after the visit. Movement of the disposable container is recorded in a computer database when the disposable container is delivered to the first site and to the second site.

Abstract: The system (10) for collecting and disposing of contaminated waste products such as medical sharps and other medical wastes includes a housing (11) and its telescopic cover (9) which are fabricated of biodegradable and combustible material such as natural cellulose and non-natural cellulose. An absorbent biodegradable and combustible absorption package (30) or insert (35) can be placed in the bottom of the holding chamber (12) for absorbing any liquids emitted from the sharps and other wastes, and for enhancing the combustion of the medical sharps and other wastes when the housing is placed in a furnace. When the housing is burned it evolves no more than trace levels of sulfur or chlorine and yields substantially only biodegradable ash.

Abstract: The system (10) for collecting and disposing of contaminated waste products such as medical sharps and other medical wastes includes a housing (11) and its telescopic cover (9) which are fabricated of biodegradable and combustible material such as natural cellulose and non-natural cellulose. An absorbent biodegradable and combustible absorption package (30) or insert (35) can be placed in the bottom of the holding chamber (12) for absorbing any liquids emitted from the sharps and other wastes, and for enhancing the combustion of the medical sharps and other wastes when the housing is placed in a furnace. When the housing is burned it evolves no more than trace levels of sulfur or chlorine and yields substantially only biodegradable ash.

Abstract: The system (10) for collecting and disposing of contaminated waste products such as medical sharps and other medical wastes includes a housing (11) and its telescopic cover (9) which are fabricated of biodegradable and combustible material such as natural cellulose and non-natural cellulose. An absorbent biodegradable and combustible absorption package (30) or insert (35) can be placed in the bottom of the holding chamber (12) for absorbing any liquids emitted from the sharps and other wastes, and for enhancing the combustion of the medical sharps and other wastes when the housing is placed in a furnace. When the housing is burned it evolves no more than trace levels of sulfur or chlorine and yields substantially only biodegradable ash.

Abstract: The system (10) for collecting and disposing of personal-use hypodermic syringes (29) comprises a cylindrical container (11) and a telescopic cover 12. The container (11) includes a side wall (15) defining a collection chamber (19) for collecting used hypodermic syringes (29). The telescopic cover (12) includes an inner top wall (25) and an outer top wall (26) having an opening (28) therein, which is of sufficient internal breadth sized and shaped specifically for receiving hypodermic syringes (29). The used syringes (29) will be pushed through a scored portion (30) of the inner top wall (25), and then a barrel (31) portion of the syringe fits through the opening (28) formed by the outer top wall (26). The container (11) is sized and shaped so that once deposited in the collection chamber (19), the syringes (29) cannot turn end-for-end.

Abstract: The container (11) includes a side wall (15) defining a syringe storage chamber (19) where a coiled strip pack (31) of syringes (29) is placed. A central core (35) is place concentrically within the container and forms a collection chamber (20) for used syringes. The side wall (15) includes an outlet opening (30) so that the strip pack (31) can be paid out through the opening (30) and the syringes can be dispensed. The used syringes (29) will be pushed, needle-first through the central opening (26) and into the collection chamber (20), whereby when all the syringes in the strip pack are used and deposited into the collection chamber, the entire container can be disposed of, as by burning.

Abstract: The system (10) for collecting and disposing of medical sharps and other medical wastes includes a housing (11) and its telescopic cover (9) which are fabricated of biodegradable and combustible material such as natural cellulose, non-natural cellulose, and other materials and an absorbent biodegradable and combustible absorption package (30) or insert (35) can be placed in the bottom of the holding chamber (12) for absorbing any liquids emitted from the sharps and other medical wastes, and for enhancing the combustion of the medical sharps and other medical wastes when the housing is placed in a furnace. The system for collecting and disposing of medical wastes when burned, evolves no more than trace levels of sulfur or chlorine and yields substantially only biodegradable ash.

Abstract: The system (10) for collecting and disposing of medical sharps such as personal use insulin syringes and other medical wastes includes a housing (11) and its telescopic cover (9) which are fabricated of biodegradable and combustible material such as natural cellulose, non-natural cellulose, and other materials and an absorbent biodegradable and combustible absorption package (30) or insert (35) can be placed in the bottom of the holding chamber (12) for absorbing any liquids emitted from the sharps and other medical wastes, and for enhancing the combustion of the medical sharps and other medical wastes when the housing is placed in a furnace. The system for collecting and disposing of medical wastes when burned, evolves no more than trace levels of sulfur or chlorine and yields substantially only biodegradable ash.

Abstract: A pair of support blocks of similar construction are connected together by a flexible strap extending therebetween. Each support block includes a platform for engaging a floor surface and a support plate positioned on the platform, and an end portion of the strap extends between the support plate and the platform of each support block. The support plate of each of the support blocks is hingedly connected to its platform and includes an upwardly facing support surface sloped downwardly toward the opposite support block whereby a cylindrical roll or the like can be placed on and supported by the support blocks, with the support blocks forming wedges on opposite sides of the cylindrical roll.

Abstract: A lightweight plyable heat and noise end panel insulator panel is mounted to the exterior surface of the axial end wall of a temperature controlled cylinder. The insulator panel comprises multiple layers of heat and noise insulation material and relatively non-stretchable material stitched and grommeted together whereby a pattern of pockets are formed to hold the fragile heat insulation in place. The panel defines a central opening and a slot extending from the central opening through the outer peripheral edge portion so that the panel can be positioned about the axle of the cylinder.

Abstract: A lightweight pliable heat and noise insulator blanket is mounted to the exterior surface of the axial end wall of a temperature controlled cylinder. The insulator blanket comprises multiple layers of heat and noise insulation material, and the blanket defines a central opening and a slot extending from the central opening through the outer peripheral edge portion so that the blanket can be positioned about the axle of the rotary cylinder. The insulator blanket includes an annular protrusion just inwardly of its outer periphery for placement against the exterior surface of the axial end wall of the rotary cylinder to form a seal between the insulator blanket and the rotary cylinder. The outer peripheral portion of the insulator blanket extends about the connector screws of the rotary cylinder while the annular seal of the insulator blanket is urged by centrifugal force toward a sealed relationship between the insulator blanket and the axial end wall of the rotary cylinder.

Abstract: A lightweight pliable heat and noise insulator blanket is mounted to the exterior surface of the axial end wall of a temperature controlled cylinder with band clamps that grasp adjacent ones of the connector screws that hold the end panel to the cylinder. The insulator blanket comprises multiple layers of heat and noise insulation material, and the blanket defines a central opening and a slot extending from the central opening through the outer peripheral edge portion so that the blanket can be positioned about the axle of the rotary cylinder. The band clamps each include a band formed in a closed shape for positioning about adjacent ones of the connector screws of the rotary cylinder, and a mounting block positioned between the connector screws.