Abstract: A stowable dish drying rack system includes a mount for attachment to a bottom surface of a cabinet. A plate support is attached to the mount and is extendable vertically downwardly from the mount in a deployed position. The plate support receives vertically orientated plates such to facilitate drying of the plates. The plate support is positionable in a horizontal orientation in a stored position when the plate support is free of the plates.

Abstract: A stowable dish drying rack system includes a mount for attachment to a bottom surface of a cabinet. A plate support is attached to the mount and is extendable vertically downwardly from the mount in a deployed position. The plate support receives vertically orientated plates such to facilitate drying of the plates. The plate support is positionable in a horizontal orientation in a stored position when the plate support is free of the plates.

Abstract: A method of packaging a radioactive waste including the steps of: (a) providing a containment enclosure having (i) an outer polymeric fabric layer and (ii) an inner polymeric fabric layer, wherein the outer and inner polymeric fabric layers are thermally stable to ?40° F.; (b) placing a radioactive waste within the inner polymeric fabric layer; and (c) closing an outer closeable flap on the outer polymeric fabric layer.

Abstract: A method of packaging a radioactive waste including the steps of: (a) providing a containment enclosure having (i) an outer polymeric fabric layer and (ii) an inner polymeric fabric layer, wherein the outer and inner polymeric fabric layers are thermally stable to ?40° F.; (b) placing a radioactive waste within the inner polymeric fabric layer; and (c) closing an outer closeable flap on the outer polymeric fabric layer.

Abstract: A method of packaging a radioactive waste including the steps of: (a) providing a containment enclosure having (i) an outer polymeric fabric layer and (ii) an inner polymeric fabric layer, wherein the outer and inner polymeric fabric layers are thermally stable to ?40° F.; (b) placing a radioactive waste within the inner polymeric fabric layer; and (c) closing an outer closeable flap on the outer polymeric fabric layer.

Abstract: A treatment compound for hoof disease in an animal has a base material and treatment agent. The base material is wax, resin, paste, polymer, oil, or creme. The treatment agent is zinc, copper, oxytetracycline, or tetracycaline. The treatment compound is applied to a hoof area and has a high viscosity in the range of 100,000 to 2,000,000 centipoises to retain the treatment compound on the hoof in a normal animal environment. The treatment compound can be applied by brush, spray, roller, or dipping. The treatment compound is curable by air or UV light to provide a durable, robust shell. The treatment compound can be applied to an interior surface of a boot which is disposed over the hoof to retain the treatment compound on the hoof in normal animal environments. The boot is color coded to indicate length of time that the boot has been applied.

Abstract: A method of packaging a radioactive waste including the steps of: (a) providing a containment enclosure having (i) an outer polymeric fabric layer and (ii) an inner polymeric fabric layer, wherein the outer and inner polymeric fabric layers are thermally stable to ?40° F.; (b) placing a radioactive waste within the inner polymeric fabric layer; and (c) closing an outer closeable flap on the outer polymeric fabric layer.

Abstract: A treatment compound for hoof disease in an animal has a base material and treatment agent. The base material is wax, resin, paste, polymer, oil, or creme. The treatment agent is zinc, copper, oxytetracycline, or tetracycaline. The treatment compound is applied to a hoof area and has a high viscosity in the range of 100,000 to 2,000,000 centipoises to retain the treatment compound on the hoof in a normal animal environment. The treatment compound can be applied by brush, spray, roller, or dipping. The treatment compound is curable by air or UV light to provide a durable, robust shell. The treatment compound can be applied to an interior surface of a boot which is disposed over the hoof to retain the treatment compound on the hoof in normal animal environments. The boot is color coded to indicate length of time that the boot has been applied.

Abstract: A method for preparing low level radioactive hazardous wastes (LLHZ) for disposal in a landfill. The method includes providing a softsided transportable container at a hazardous debris collection site, where the softsided container has at least three layers of materials, an outer, middle and an inner layer, where the middle layer is a water impervious material. Each layer has a closable opening located on the top of the softsided layer. Hardsided closed containers containing LLHZ located in the interior of the hard container are loaded into the interior of the softsided container. Each layer of the softsided container is then closed, and the package transported and shipped to a disposal site for burial.

Abstract: A method for preparing low level radioactive hazardous wastes (LLHZ) for disposal in a landfill. The method includes providing a softsided transportable container at a hazardous debris collection site, where the softsided container has at least three layers of materials, an outer, middle and an inner layer, where the middle layer is a water impervious material. Each layer has a closable opening located on the top of the softsided layer. Hardsided closed containers containing LLHZ located in the interior of the hard container are loaded into the interior of the softsided container. Each layer of the softsided container is then closed, and the package transported and shipped to a disposal site for burial.

Abstract: A lifting bag having at least one side wall and a closed bottom forming an interior, the bag further having a closable top portion connected to the sidewall and adapted to close the interior of the bag. The opening is a single slit centered on the bag top and closable with a zipper. The lifting bag includes a sling coupled to the bag, generally through a edge strip positioned at ore near the top edge of the bag. The bag can be constructed from a single multilayered sheet. The bag is used in conjunction with a lifting strap system.

Abstract: A method for preparing low level radioactive hazardous wastes (LLHZ) for disposal in a landfill. The method includes providing a softsided transportable container at a hazardous debris collection site, where the softsided container has at least three layers of materials, an outer, middle and an inner layer, where the middle layer is a water impervious material. Each layer has a closable opening located on the top of the softsided layer. Hardsided closed containers containing LLHZ located in the interior of the hard container are loaded into the interior of the softsided container. Each layer of the softsided container is then closed, and the package transported and shipped to a disposal site for burial.

Abstract: A method of lifting a loaded bag with a coupled lifting sling. The bag has a top portion, a closed sidewall, a closed bottom portion, and an opening on the top portion. The method uses a lifting sling coupled to the bag, where the lifting sling is a series of straps that holds the bag. The bag has a series of strap retention devices attached near the bags top edge. The straps are movable vertically in the retention devices. The method includes the steps of loading the bag with a load to a load level, then lifting the lifting straps using a lifting device. The bag's surface above the load line slides down the coupled straps, as the straps are coupled but not attached to the bags above the load line.

Abstract: A method of lifting a loaded bag with a coupled lifting sling. The bag has a top portion, a closed sidewall, a closed bottom portion, and an opening on the top portion. The method uses a lifting sling coupled to the bag, where the lifting sling is a series of straps that holds the bag. The bag has a series of strap retention devices attached near the bags top edge. The straps are movable vertically in the retention devices. The method includes the steps of loading the bag with a load to a load level, then lifting the lifting straps using a lifting device. The bag's surface above the load line slides down the coupled straps, as the straps are coupled but not attached to the bags above the load line.

Abstract: A lifting bag having at least one side wall and a closed bottom forming an interior, the bag further having a closable top portion connected to the sidewall and adapted to close the interior of the bag. The opening is a single slit centered on the bag top and closable with a zipper. The lifting bag includes a sling coupled to the bag, generally through a edge strip positioned at ore near the top edge of the bag. The bag can be constructed from a single multilayered sheet. The bag is used in conjunction with a lifting strap system.

Abstract: A lifting bag having at least one side wall and a closed bottom forming an interior, the bag further having a closable top portion connected to the sidewall and adapted to close the interior of the bag. The opening is a single slit centered on the bag top and closable with a zipper. The lifting bag includes a sling coupled to the bag, generally through a edge strip positioned at ore near the top edge of the bag. The bag can be constructed from a single multilayered sheet. The bag is used in conjunction with a lifting strap system.

Abstract: A lifting bag having at least one side wall and a closed bottom forming an interior, the bag further having a closable top portion connected to the sidewall and adapted to close the interior of the bag. The opening is a single slit centered on the bag top and closable with a zipper. The lifting bag includes a sling coupled to the bag, generally through a edge strip positioned at ore near the top edge of the bag. The bag can be constructed from a single multilayered sheet. The bag is used in conjunction with a lifting strap system.

Abstract: A 4×4 LUT comprises a K to K LUT merged with a CMYK to CMYK LUT with values ranging from [0, 0, 0, 0] to [0, 0, 0, 255], said 4×4 LUT written to a known file format. A method for creating 4×4 look up tables (LUTs) uses the source and destination ICC profiles. A K to K LUT is built, a CMYK to CMYK LUT is built, the K to K LUT is merged with the CMYK to CMYK LUT, and the resulting LUT is written to a known file format. Such a process is important since it solves the issue of preserving K in a CMYK to CMYK transform while adding the performance improvement of a 4×4 LUT.

Abstract: Mapping an input color space into a colorimetric subspace can generate a target colorimetry space. Initial device color values can be used to generate an initial reference colorimetry space. A penalty error between the target colorimetry space and the reference colorimetry space can be minimized by generating a next reference colorimetry space based on subsequent device colors.

Abstract: A system for tracking and locating surgical items and objects in an operating room environment that incorporates two-stage functionality. A first stage provides mechanisms for tracking objects using radio frequency (RF) tags that are positioned on or in conjunction with every surgical item and object so as to be tracked by a number of RF transceivers located about the operating room. In addition to integrating RF ID components, the tags integrate hard spherical components that are easily identifiable by ultrasonic detection. If an object is “lost” from the tracking system functionality (RF tracking), the system operator may review a last known location and movement path presented on a display and thereafter utilize an ultrasonic sub-system in a localized area to detect the exact location of the missing object or item. Narrowing the location of a “lost” object is facilitated by the use of one or more LED laser pointers that are directed through the last known path of the object and to its last known location.