Abstract: An injection gate is provided for high pressure, high velocity secondary fluid for admixture of an atomized spray thereof with another or primary fluid that atomizes the other fluid. The secondary fluid may be an accelerant and the primary fluid may be a low pressure fuel or fuel/air mixture in a fuel injection arrangement for an internal combustion engine. An injection plate assembly for an engine is interposed between the carburetor and the manifold), with an array of accelerant injection gates grouped with an array of fuel or fuel/air gates about an aperture coinciding with a throttle bore and evenly balancing the spray about the throttle bore, creating an atomized admixture of accelerant/fuel. The injection of accelerant is directed sharply downwardly toward the center of the bore and through the injected fuel stream, atomizing the fuel thereof for a high efficiency boost of horsepower.

Abstract: A network element comprises a radio frequency (RF) transceiver module and a signal processing module operably coupled to the RF transceiver module and arranged to enable at least one telephony connection to be established over a first communication network between the network element and a plurality of local wireless communication units. The signal processing module is further arranged to enable a piconet to be established where the piconet comprises the network element and the plurality of wireless communication units. The signal processing module is further arranged to establish a common telephony connection between the piconet and at least one remote device over a second communication network.

Abstract: An electric submersible pump (“ESP”) module is disclosed for producing fluids from subsea wells. The ESP module includes at least two ESPs positioned side by side and connected in parallel to discharge into a common manifold. The ESPs and manifold can be enclosed in a housing and deployed to a subsea location. At the subsea location, the ESP module can be operationally connected to an electric source, the production fluid, and to an export conduit. The production fluid from the well(s) is drawn from within the housing into one or more of the at least two ESPs which energize and discharge the production fluid into the manifold and through the export conduit to a collection point. Each of the ESPs may be selectively operated to provide the desired flow rate and/or lifting head.

Abstract: A radiation power level control scheme for a wireless user equipment (UE) device. In one embodiment, a method comprises determining that a current transmission event involving the wireless UE device is commenced outside a time duration from a last transmission event. If so, responsive to the determining, the method involves disregarding or resetting a power data history associated with the wireless UE device in computing a Specific Absorption Rate (SAR) value for the wireless UE device during the current transmission event. Otherwise, at least a portion of the power data history may be used in computing the SAR values.

Abstract: Tilt imparted to video images captured by a handheld electronic communication device is identified and corrected by the disclosed method and apparatus for image orientation. The handheld device includes image capturing capability and an orientation sensor, which provides a signal representative of orientation relative to gravity to calculate an angle of rotation for the captured images suitable to compensate a difference between the orientation of the handheld device and the orientation relative to gravity. The handheld device also includes a receiver wherein the angle of rotation is recovered and used to determine the changes needed substantially eliminate the difference between the orientation of the captured images and the orientation relative to gravity.

Abstract: Antenna assembly having an electrically or virtually extended ground plane, adapted for use in a mobile communications device, for example. The antenna assembly comprises at least one radiation element having an operating frequency and a ground plane coupled to the radiation element. At least one conductive member is electrically coupled to the ground plane at one or more connection points such that the conductive member forms a loop with the ground plane having a minimum distance therefrom that is less than a predetermined fraction of one wavelength of the operating frequency.

Abstract: A radiation power level control scheme for a wireless user equipment (UE) device. In one embodiment, a method comprises determining a time-average transmission power level, comparing the time-average transmission power level with a first time-averaged transmission power limit threshold, the first time-averaged transmission power limit threshold having a value that depends on a transmission power history for the UE device, and responsive to the time-average transmission power level meeting or exceeding the first time-averaged transmission power limit threshold, reducing a transmission power level of the UE device.

Abstract: Various embodiments include devices, methods, data structures, and software that allow a reflective display device to, among other things, determine color components of a first image, detect an ambient light color composition, and weight one or more of the color components of the first image to provide a compensated image for display on the reflective display device. In one embodiment, the weighting compensates for a difference between the detected ambient light color composition and a specified color balance.

Abstract: A method for fulfilling orders at an inventory pier includes receiving orders. The orders are examined to identify an inventory item stored by an inventory holder stationed at an inventory pier. A first order is grouped with a second order based at least in part upon determining that the first order and the second order include requests for the inventory item. A first container associated with the first order and a second container associated with the second order are arranged on an order holder at an induction station. The first container and the second container are operable to receive the inventory item. The mobile drive unit is instructed to transport the order holder from the induction station to the inventory pier. The order holder receives the inventory item from the inventory pier at a location opposite to the inventory holder.

Abstract: The present invention relates to an area suitable for equestrian use. The area comprises an upper, equestrian surface layer, and a sub-surface support layer which includes a plurality of laterally arranged load bearing structural modules. Each module comprises a top wall and a bottom wall spaced therefrom by one or more supporting elements so as to define an interior volume between the top and bottom walls, and is provided with at least one aperture to permit the flow of water into and out of the volume. There is a system for retaining water within at least some modules in the sub-surface support layer. A water permeable layer that is impermeable to solid particles of the upper, equestrian surface layer is provided between the structural modules and the equestrian surface layer. A wicking system is in fluid communication with the interior volumes of at least some of the modules and have portions extending upwardly to transfer water to the upper, equestrian surface layer from the sub-surface support layer.

Abstract: The present invention is a system and method of software control flow watermarking including the steps of obtaining a program for protection, generating at least one watermark value using a formula or process from an external file, and placing the at least one watermark value in CASE values of the program. The system and method may further include determining the at least one watermark value by a formula with at least one variable. The formula may also contain a variable from outside of the program. The system may also stop the program if the variable from outside of the program is incorrect.

Abstract: An injection gate (44,144,244,344) for high pressure, high velocity secondary fluid for admixture of an atomized spray (80,180) thereof with another or primary fluid that atomizes the other fluid. The secondary fluid may be an accelerant and the primary fluid may be a low pressure fuel/air mixture in a fuel injection arrangement for an internal combustion engine. An injection billet (10,110,210,310) for an engine is interposed between the carburetor (12) and the manifold (14), with an array of such injection gates (44,244,344) paired with an array of fuel/air gates (34,234,334) about an aperture coinciding with a throttle bore (60,160,260,360) and evenly balancing the spray about the throttle bore, creating a halo effect of atomized admixture of accelerant/fuel. The injection of accelerant is directed sharply downwardly toward the center of the bore and through the injected fuel stream, atomizing the fuel thereof for a high efficiency boost of horsepower.

Abstract: A subsoil methane collection and treatment system (10), which includes a subsoil distribution layer (13) for receiving methane, a subsoil biofilter layer (14) above the distribution layer which contains a biofilter (18) such as compost to convert the methane to carbon dioxide and water, a subsoil ventilation layer (15) above the biofilter layer, in which the carbon dioxide is diluted with air, and a vent (17) to the atmosphere from the ventilation area for venting the diluted carbon dioxide. The layers may be defined by horizontal arrays of load bearing prefabricated structural modules (1). The system (10) may collect methane from the ground beneath and/or be fed with methane collected from beneath a building (19) adjacent the system.

Abstract: An injection gate (44,144,244,344) for high pressure, high velocity secondary fluid for admixture of an atomized spray (80,180) thereof with another or primary fluid that atomizes the other fluid. The secondary fluid may be an accelerant and the primary fluid may be a low pressure fuel/air mixture in a fuel injection arrangement for an internal combustion engine. An injection billet (10,110,210,310) for an engine is interposed between the carburetor (12) and the manifold (14), with an array of such injection gates (44,244,344) paired with an array of fuel/air gates (34,234,334) about an aperture coinciding with a throttle bore (60,160,260,360) and evenly balancing the spray about the throttle bore, creating a halo effect of atomized admixture of accelerant/fuel. The injection of accelerant is directed sharply downwardly toward the center of the bore and through the injected fuel stream, atomizing the fuel thereof for a high efficiency boost of horsepower.

Abstract: A radiation power level control scheme for a wireless user equipment (UE) device. In one embodiment, a method comprises determining a time-average transmission power level, comparing the time-average transmission power level with a first time-averaged transmission power limit threshold, the first time-averaged transmission power limit threshold having a value that depends on a transmission power history for the UE device, and responsive to the time-average transmission power level meeting or exceeding the first time-averaged transmission power limit threshold, reducing a transmission power level of the UE device.

Abstract: A radiation power level control system for a wireless user equipment (UE) device. In one embodiment, the system comprises a tracking component for maintaining a history of power data for the wireless UE device, the power data comprising data tracked over a time window relative to one or more variables on a per transmission event basis. A SAR determining module determines one or more SAR values during a current transmission event involving the wireless UE device, wherein the SAR determining module uses the history of power data if the current transmission event occurred within a predetermined duration from a last transmission event. An adjustment module is provided for adjusting a transmit power level of the wireless UE device if at least one of the one or more SAR values exceeds a threshold.

Abstract: The invention is directed to techniques for supporting multi-link protocols within a computer network. In one embodiment, a method includes receiving a set of data blocks from a plurality of links in one or more interface cards according to a multi-link protocol and sending the data blocks to a multi-link service card for sequencing. The data blocks may then be sent to the one or more interface cards for communication to a destination device over a computer network. Implementing a multi-link service card may allow a network device, such as a router, to support multi-link protocols.

Abstract: A network element comprises a radio frequency (RF) transceiver module and a signal processing module operably coupled to the RF transceiver module and arranged to enable at least one telephony connection to be established over a first communication network between the network element and a plurality of local wireless communication units. The signal processing module is further arranged to enable a piconet to be established where the piconet comprises the network element and the plurality of wireless communication units. The signal processing module is further arranged to establish a common telephony connection between the piconet and at least one remote device over a second communication network.

Abstract: A radiation power level compliance and control scheme for a wireless user equipment (UE) device including one or more tunable elements. The wireless UE device comprises a component configured to detect one or more changes with respect to at least one operational parameter associated with the wireless UE device. A component is provided for determining that a tunable action is required with respect to at least one of the tunable elements. Upon defining one or more tunable element settings, a component is configured to determine a Specific Absorption Rate (SAR) value, which is compared against an acceptable limit. If the SAR is within the limit, appropriate tuning control signals are provided to the tunable elements according to the defined tunable element settings. If the SAR is not within the limit or is about to exceed the limit, then the tunable element settings may be changed and retested.

Abstract: A technique is provided for pumping fluid in subsea applications. A self-contained pumping module is created by mounting a pumping unit on a skid that can be lowered to a sea floor. The skid comprises a support structure designed to hold the pumping unit in a desired orientation, such as an inclined orientation with respect to a base of the skid. The self-contained nature of the pumping module facilitates deployment to a sea floor/retrieval from the sea floor to enable use of the pumping module in a variety of subsea applications with reduced complexity and cost.