Abstract: Methods of producing peroxides of uranium may include preparing an aqueous solution comprising uranyl ions (UO2+2) in a vessel, bubbling ozone (O3) through the aqueous solution comprising the uranyl ions, and recovering the peroxide of uranium. The peroxide of uranium may comprise at least one of studtite (UO4·4(H2O) or metastudtite (UO4·2(H2O).

Abstract: A water storage and filtering system for capturing pollutants from pollution borne storm water. The water storage and filtering system comprises a subsurface basin, at least one tire bundle made from a plurality of substantially whole tires secured sidewall to sidewall, and a filler which substantially fills the unoccupied volume of the subsurface basin. Pollutants in the storm water are captured as sediment in the subsurface basin as a result of the filtration and storage effects of the combination of the filler and tire bundles. The subsurface basin is covered by a water-permeable structure and multiple hollow vertical support columns may be included to support the expected load on the top of the basin.

Abstract: A water storage and filtering system for capturing pollutants from pollution borne storm water. The water storage and filtering system comprises a subsurface basin, at least one tire bundle made from a plurality of substantially whole tires secured sidewall to sidewall, and a filler which substantially fills the unoccupied volume of the subsurface basin. Pollutants in the storm water are captured as sediment in the subsurface basin as a result of the filtration and storage effects of the combination of the filler and tire bundles. The subsurface basin is covered by a water-permeable structure and multiple hollow vertical support columns may be included to support the expected load on the top of the basin.

Abstract: An apparatus is provided for extending a data model. The apparatus may include at least one memory and at least one processor configured to provide information to a queue responsive to detection of new data associated with a user or an encounter or detection of modified data associated with the user or encounter. The processor is also configured to identify a pattern(s) based on analyzing the information in the queue. The information includes content of the new data or the modified data. The patterns include instructions specifying a calculation(s) for execution based on usage of the new data or the modified data. The processor is also configured to provide results of the calculation(s) to a database to enable access of the results by an application(s) or a communication device(s) responsive to executing a pattern(s) and determining the results of the calculation. Corresponding computer program products and methods are also provided.

Abstract: An apparatus is provided for identifying patients of a cohort. The apparatus may include at least one memory and at least one processor configured to generate at least one user interface defining items of predefined criteria to identify a plurality of patients, among a candidate set of patients, of a cohort. The patients have at least one common characteristic associated with a designated medical condition or a designated health plan. The processor is also configured to identify the plurality of patients of the cohort in response to receiving indications of selections of one or more of the items of the predefined criteria. The processor is also configured to monitor and manage care of the identified patients of the cohort on an ongoing basis to provide interventions and track outcomes. Corresponding computer program products and methods are also provided.

Abstract: Performance parameters of a switch may be ascertained by observing its behavior during a brief interval of high call volume. This may be achieved by accumulating call messages on a queue before allowing them to be processed together as a group. Without increasing the rate of incident calls, an accumulation of messages is accomplished by altering the amount of time that elapses between transferring the accumulation to a processing queue. In one implementation, test calls are accumulated in call input queue. Ordinarily, these calls are transferred to a second queue for processing every few milliseconds (the transfer period). By increasing the transfer period, an increased number of calls are stored in the call input queue before being transferred to the second queue. This allows a larger number of calls to be processed by the telephone switch in a given cycle and, hence, allows the switch's operation under increased call volumes to be observed.

Abstract: A method, and digital capture apparatus for use therewith, is described for correcting a channel dependent color aberration in a digital image, where the digital image is composed of a plurality of color channels. The method includes capturing an image comprising the color channels, where one of the color channels is a blurred color channel due to a channel dependent color aberration affecting that channel. Then, one of the other color channels, other than the blurred color channel, is used as an indication of an aim sharpness, and the sharpness of the blurred color channel is adjusted, at least partially, toward the aim sharpness.

Abstract: Ground anchors, in particular tent stakes (100), comprise one or more inherently flexible tines (110), a ground compression plate (160), and various tie points (420, etc.) for attaching a guy rope or the like to the top of anchor. The compression plate extends perpendicularly or at a large angle to the tine so that when the guy rope pulls on the anchor, the tine will tend to rotate about an underground fulcrum so that the compression plate will press against the ground and help the anchor resist pullout. The anchors are driven into the ground with a hammer or mallet. The tie points include hooks (420), closed holes (520), and swivel types comprising vertical members (810) with restraining, bulbous tops (820). An additional spring tie point (1600) can be inserted into optional lugs (1094, 1096) in the compression plate. The stakes can be driven into the ground vertically, or at an angle for additional holding force in some situations. They can also incorporate angled compression plates (160H, 160I).

Abstract: In an identification method, an analysis region in a test digital image is identified and values of a test parameter at a grid of locations in the analysis region are determined. A reference model of fixed pattern noise is associated with the test image. The reference model has an array of values of the test parameter for fixed pattern noise of a reference image acquisition device. A two or more dimensional similarity measure is calculated between the grid and at least a corresponding portion of the array.

Abstract: A mouthguard (10) of “C” shaped configuration having a forward portion (11) from which there rearwardly diverges a pair of arms (12). The mouthguard (10) in transverse cross section is of a “U” shaped configuration. In one embodiment each arm (12) is provided with a ridge (22) which acts as a shield, while the forward portion (11) is thickened so as to provide a labial shield (23).

Abstract: Ground anchors, in particular tent stakes (100), comprise one or more inherently flexible tines (110), a ground compression plate (160), and various tie points (420, etc.) for attaching a guy rope or the like to the top of anchor. The compression plate extends perpendicularly or at a large angle to the tine so that when the guy rope pulls on the anchor, the tine will tend to rotate about an underground fulcrum so that the compression plate will press against the ground and help the anchor resist pullout. The anchors are preferably driven into the ground with a hammer or mallet. The tie points include hooks (420), closed holes (520), and swivel types comprising vertical members (810) with restraining, bulbous tops (820). An additional spring tie point (1600) can be inserted into optional lugs (1094, 1096) in the compression plate. The stakes can be driven into the ground vertically, or at an angle for additional holding force in some situations. They can also incorporate angled compression plates (160H, 160I).

Abstract: A ground anchor for beach anchoring of vessels comprises three spaced parallel tines (10) pointed at one end and secured in spaced relationship at the other end by a mounting member (14, 24, 34). The mounting member includes one or more vertical or horizontal plates (16, 26, 40) and an optional stabilizer (28) which coact with the tines (10) to induce overlapping zones of compression in a sandy soil mass to reinforce the soil against movement of the anchor when horizontal tension is applied to it from a hawser attached to a moored vessel.

Abstract: Cooking apparatus comprising a stake having a first end arranged to be driven into the ground in upright manner and a support for supporting items to be cooked or heated connected to said stake in such manner that said support is arranged to be swivelled about said stake. The support may be in the form of one or more of several embodiments. In each such embodiment, the support comprises a sleeve arranged to surround the stake and is rotatable with respect thereto. Further, the embodiments may be in the form of a barbecue tray, a hollow for a wok type receptacle, a rotisserie or an elongate member having a hook.

Abstract: The invention consists of a mass spectrometer having a sample insertion probe on which a reference compound and an unknown sample can be simultaneously introduced without mixing into a field ionization or ion or neutral particle bombardment ion source. An insulated support is mounted by a parallel hinge on the end of the probe shaft. Two or more separated segments or emitter wires, one carrying the unknown sample, another carrying an appropriate reference compound, are mounted on a base member which is fitted to the support. A drive shaft, concentric with the outer probe shaft, has an eccentric peg on the end, which engages with a cam on the support, so that rotation of the drive shaft results in an oscillating motion of the segments or emitters, alternately positioning them in the optimum position for ionization. A spectrum of the sample or the reference compound can be obtained when required by selecting the appropriate position of the drive shaft.