Abstract: Packaging for a weapon sight and associated components and methods. The weapon sight may comprise a telescopic sight or scope and include a sighting axis along which a user looks to use the optical sighting device. The packaging comprises a package defining an interior sized and shaped to fit the sight. The packaging is configured to permit the user to view the optical sighting device through the cover and to look through the sight along the sighting axis.

Abstract: Packaging for an optical sighting device and associated components and methods. The optical sighting device has a sighting axis along which a user looks to use the optical sighting device. The packaging comprises a package defining an interior sized and shaped to fit the optical sighting device. The package includes a base comprising an optical sighting device mount to which the optical sighting device is connected. A cover is connected to the base and at least partially bounds the interior. The cover is configured to permit the user to view the optical sighting device through the cover and to look through the sight along the sighting axis.

Abstract: The present invention relates to improved therapeutically active nanocomposite microstructure compositions, including nanoparticle compositions and nanoparticle preparations. Preferred embodiments include nanoparticle compositions comprising nanoparticles of a therapeutically active agent dispersed in a carrier matrix. The invention also relates to a method for preparing said compositions and preparations using solid-state mechanochemical synthesis. Further, it relates to therapeutic products produced using said compositions and to methods of treatment using the compositions.

Abstract: The present invention relates to improved therapeutically active nanocomposite microstructure compositions, including nanoparticle compositions and nanoparticle preparations. Preferred embodiments include nanoparticle compositions comprising nanoparticles of a therapeutically active agent dispersed in a carrier matrix. The invention also relates to a method for preparing said compositions and preparations using solid-state mechanochemical synthesis. Further, it relates to therapeutic products produced using said compositions and to methods of treatment using the compositions.

Abstract: A peptide sequence of the form: X(Lys,Arg)XXXXX(Arg,Lys)X, wherein Lys and Arg are replaceable and X is preferably one or more of the following amino acids: hydrophobic amino acid residues (eg Pro, Leu, Met, Ile), basic amino acid residues or threonine; and wherein the sequence is capable of engaging A? and ameliorating its SOD activity and/or metal ion binding.

Abstract: A toilet bowl treatment composition dispensing device, comprising a hanger and a treatment composition block. The hanger (20) comprises an elongate body portion (21) having a first end and a second end; a hook portion (22) at the first end for suspending the hanger (20) from a rim of a toilet bowl; and a block supporting portion (23) at the second end, the block supporting portion (23) having at least one finger (25) projecting from a surface of the supporting portion. Wherein the hook portion (22) and the at least one finger (25) project from one of the same longitudinal side of the body portion (21), and opposite longitudinal sides of the body portion (21), and the treatment composition block (10) is retained on the supporting portion (23) by said at least one finger inserted into a surface of said treatment composition block.

Abstract: A driven conveyor having an upper surface for receiving and transporting seed cotton comprises a plurality of spaced apart slats, each extending transversely relative to the direction of travel. Each slat has a roughened surface to which cotton fiber will adhere. The transverse gaps between the respective slats facilitate severance of seed by a transverse blade that is in contact with the upper surface of the conveyor, while the cotton fiber adheres to the slatted upper surface and is pulled through the pinch point between the blade and the conveyor. An air flow chamber is arranged above the blade so that seed separated from the fiber at the pinch point can be removed. An air suction device is provided downstream of the blade for removal of the fiber from the upper surface. A blade mounting assembly resiliently biases the blade in floating contact with the upper surface of the conveyor.

Abstract: A driven conveyor (10) having an upper surface for receiving and transporting seed cotton in a forward direction of travel A comprises a plurality of spaced apart slats (20), each extending transversely relative to the direction of travel. Each slat (20) has an upper layer (22) of surface roughened material to which cotton fibre will adhere. The slats (20) are preferably mounted between a pair of substantially parallel endless chains (24), each formed of plural chain links (26) and having rollers (28) mounted thereto whereby the chains are guided along respective guide tracks (16) at each side of the machine frame (12). The transverse gaps between the respective slats (20) facilitate severance of seed by a transverse blade (40) which has a lower surface in contact with the upper surface of the conveyor, while the cotton fibre adheres to the slatted upper surface and is pulled through the pinch point between the blade (40) and the conveyor (10).

Abstract: A peptide sequence of the form: X(Lys,Arg)XXXXX(Arg,Lys)X, wherein Lys and Arg arc replaceable and X is preferably one or more of the following amino acids: hydrophobic amino acid residues (eg Pro, Leu. Met, Ile), basic amino acid residues or threonine; and wherein the sequence is capable of engaging ?? and ameliorating its SOD activity and/or metal ion binding.

Abstract: The present invention relates to improved therapeutically active nanocomposite microstructure compositions, including nanoparticle compositions and nanoparticle preparations. Preferred embodiments include nanoparticle compositions comprising nanoparticles of a therapeutically active agent dispersed in a carrier matrix. The invention also relates to a method for preparing said compositions and preparations using solid-state mechanochemical synthesis. Further, it relates to therapeutic products produced using said compositions and to methods of treatment using the compositions.

Abstract: A method and apparatus for ginning harvested seed cotton comprising the steps of: introducing harvested seed cotton including lint and seed on to the upper surface of a lower rotating plate (3); rotating said plate to thereby carry said harvested seed cotton towards the leading edge (29) of a knife positioned at a defined distance above said lower rotating plate such that the cotton seed is drawn/combed under the knife edge (27); extracting line separated from said harvested seed cotton from a rearward facing edge of said knife; and collecting said seed from the leading edge of the knife.