Abstract: A method includes forming a mixed vapor supply stream (MVSS) including measured amounts of water vapor, hydrocarbon vapor, and a carrier gas. For multiple target temperatures, the method includes (i) cooling the MVSS to form a first liquid stream and a mixed vapor outlet stream (MVOS), (ii) cooling the MVOS to condense vapor and form a second liquid stream, (iii) measuring an amount of a selected component in the second liquid stream, and (iv) calculating an amount of the selected component in the first liquid stream as the difference between the measured amounts of the selected component in the MVSS and the second liquid stream. The amount of the selected component as a function of the target temperature is analyzed to identify a lowest temperature at which the first liquid stream is expected to contain none of the selected component other than an amount soluble in the first liquid stream.

Abstract: Oven appliances and methods for operating oven appliances are provided. An oven appliance includes a cooking assembly, the cooking assembly including a heating element. The oven appliance further includes a user interface panel, the user interface panel comprising a resistive touchscreen operable to transmit electrical signals. The oven appliance further includes a controller in communication with the resistive touchscreen and the heating element. The controller is operable to receive the electrical signals, select a calibration set based on a temperature-related operating condition, and interpret the electrical signals based on the selected calibration set.

Abstract: Systems and methods to selectively control plurality of dosing modules may include receiving data indicative of an exhaust flow rate. An amount of reductant to be dosed may be determined based, at least in part, on the data indicative of the exhaust flow rate. A decomposition delay time may also be determined and a first dosing module and a second dosing module may be selectively activated. The first dosing module may be selectively activated at a first time and the second dosing module is selectively activated at a second time. The second time is based on the first time and the determined decomposition delay time.

Abstract: Materials, devices and methods related to below-resonance radio-frequency (RF) circulators and isolators. In some embodiments, a circulator can include a conductor having a plurality of signal ports, and one or more magnets configured to provide a magnetic field. The circulator can further include one or more ferrite disks implemented relative to the conductor and the one or more magnets so that an RF signal can be routed selectively among the signal ports due to the magnetic field. Each of the one or more ferrite disks can include synthetic garnet material having dodecahedral sites, octahedral sites and tetrahedral sites, with bismuth (Bi) occupying at least some of the dodecahedral sites, and aluminum (Al) occupying at least some of the tetrahedral sites. Such synthetic garnet material can be represented by a formula Y3-x-2y?zBixCa2y+zFe5-y-z-aVyZrzAlaO12. In some embodiments, x?1.4, y?0.7, z?0.7, and a?0.75.

Abstract: A draw latch retainer is used to secure a filter cartridge to a filter head. A cam actuated retainer extends from the head to engage a keeper in the top of the cartridge. Rotation of the cam draws the retainer and cartridge axially toward the head into an installed position. The retainer extends through an aperture in the upper portion of the cartridge to apply a retention force against the bottom side of the keeper. The keeper and upper portion of the cartridge supporting the keeper are configured to transmit the retaining force laterally across the top of the cartridge. A pair of axial conduits project from the cartridge and mount O-ring seals for implementing an axial sealing interface with passages in the head.

Abstract: In an image forming apparatus, a first electric pathway connects a charging portion and a power supply unit, a second electric pathway is formed in the photoconductor unit and connects the first electric pathway and the photoconductor. An electrical component is disposed on the second electric pathway and has predetermined electrical property in accordance with the type of the photoconductor unit. A current detection portion is configured to detect current flowing through the second electric pathway when a detection voltage is applied on the first electric pathway. A determination processing portion is configured to determine the type of the photoconductor unit and existence of usage of the photoconductor unit, based on a current value detected by the current detection portion. The blocking portion is configured to block the second electric pathway after determination by the determination processing portion.

Abstract: A land area can be improved to support a geotextile having nonwoven top and bottom layers, and a geogrid core. The top layer defining at least one parking space, such that land areas of various sizes can be covered to form parking lots with rain-draining features.

Abstract: Provided is a portable terminal capable of efficiently storing untransmitted print object data as print data in a non-volatile storage unit, and restarting printing by the print object data. Included are a storage unit, a remaining battery capacity detection unit, a print data construction unit that constructs the print data in each [print unit size] from a data start position of the print object data and transmits the print data to an image forming device, and a data storage processing unit that performs a data storage process in which the print object data is stored in the storage unit in each [storage unit size] toward the data start position from a data end position of the print object data when a remaining battery capacity is smaller than or equal to a preset reference value during transmission of the print data by the print data construction unit.

Abstract: A coating method includes a step of forming a film of a coating solution having a larger thickness in a central region of a substrate than in an edge region of the substrate by discharging droplets of the coating solution from a plurality of nozzles formed on an inkjet head to the substrate, and a step of moving the coating solution in the film from the central region toward the edge region of the substrate by rotating the substrate. This reduces a difference in thickness of the film between the central region and the edge region of the substrate, thereby to make the film thickness substantially uniform. At the same time, the movement of the coating solution in the film can make the surface of the film smoother.

Abstract: A wireless battery management system includes a computing device and first and second battery unit monitoring modules. The computing device includes an output data request port and an input data port. In response to a data request from the output data request port of the computing device, a first battery unit monitoring module transmits data of the first battery unit to the input data port of the computing device wirelessly and may transmits a data request to the second battery unit monitoring module. In response, the second battery unit monitoring module may transmit data of the second battery unit to the input data port of the computing device wirelessly or transmit data of the second battery to the first module for wireless transmission. In addition, each battery unit monitoring module may communicate wirelessly and independently with the computing device.

Abstract: Domino circuit and related architectures and methods for carrier aggregation. In some embodiments, a Domino circuit can include first and second signal paths for respective first and second frequency bands, and each signal path can be configured to present an approximately zero impedance to a signal in the other frequency band. The Domino circuit can further include a coupling circuit that couples the first and second signal paths, and configured such that the approximately zero impedance presented by the signal path to the signal in the other frequency band results in the signal in the other frequency band being substantially excluded from the signal path.

Abstract: The memory area managing unit 22 (a) sets a protect flag to each virtual area allocated in a virtual memory space, the protect flag indicating whether a use of the virtual area has been finished or not, and (b) when a part or all of a first virtual area would overlap another second virtual area due to expansion or movement of the first virtual area, allows the expansion or the movement of the first virtual area accompanying with overlapping the second virtual area, if the protect flag of the second virtual area indicates that a use of the second virtual area has been finished. If the expansion or the movement is allowed, the memory pool managing unit 23 adds a physical area in a physical memory space corresponding to an overlapping part of the first and second virtual areas into a memory pool to map to another virtual area.

Abstract: A tire bead locking tool is provided. The tool may include a body; a first jaw connected to the body; a second jaw pivotally connected to the body and located to oppose the first jaw; a locking mechanism configured to selectively lock the first and second jaws in a relative position with respect to each other; and a resilient member attached to one of the first and second jaws and located between the first and second jaws. A method of manufacturing may also be provide. The method may include: forming a body; forming a pair of jaws on the body wherein at least one of the jaws pivots with respect to the body; attaching a resilient member to at least one of the jaws; and forming a locking mechanism that can selectively lock the jaws in a position; and extending a handle further from the jaws than the locking mechanism.

Abstract: The present disclosure relates to a method for manufacturing one or more optical engine packages, each optical engine package comprising a silicon photonic die. The method includes receiving a substrate comprising a package portion and a cutting area adjacent to the package portion, assembling the optical engine package on the substrate such that an edge-coupled waveguide of the silicon photonic die overlaps a boundary between the cutting area and the package portion, and cutting the optical engine package and the substrate in the cutting area to expose the edge-coupled waveguide for optical coupling thereof to an optical fiber core.

Abstract: An ink-jet recording apparatus includes a plurality of recording heads including a first recording head for ejecting black ink and a second recording head for ejecting a color ink; a rubber wipe blade; and a drive mechanism that moves the wipe blade along an ink ejecting surface and is able to move-up/down the wiper blade to approach or leave the ink ejecting surface. The wipe blade has: a first wipe blade that wipes purged ink on the ink ejecting surface of the first recording head; and a second wipe blade that wipes purged ink on the ink ejecting surface of the second recording head; wherein the first wipe blade is lower than the second wipe blade in rubber hardness, and the rubber hardness of the first wipe blade is 30° or higher to 45° or lower in ASKER C hardness.

Abstract: The present disclosure relates to a method for manufacturing one or more optical engine packages, each optical engine package comprising a silicon photonic die. The method includes receiving a substrate comprising a package portion and a cutting area adjacent to the package portion, assembling the optical engine package on the substrate such that an edge-coupled waveguide of the silicon photonic die overlaps a boundary between the cutting area and the package portion, and cutting the optical engine package and the substrate in the cutting area to expose the edge-coupled waveguide for optical coupling thereof to an optical fiber core.

Abstract: Provided is an image forming apparatus with which, in selecting one of plural processing image areas in one image, even an inexpensive display unit will not lower the convenience. An information processing part of image forming apparatus includes a division number questioning part, answer receiving part, image dividing part, key highlighting part, processing image selection part, and reporting display part. Division number questioning part makes a question about a required image division number. Answer receiving part receives an answer. Image dividing part displays image, dividing it into plural processing image areas by the required image division number answered. Key highlighting part highlights keys corresponding to processing image areas. Processing image selection part selects processing image area corresponding to a key operated, as processing object.

Abstract: The present invention provides an oven appliance with a bracket for attaching a component such as a fan motor to the oven appliance. One or more features are provided for minimizing the transfer of heat from the oven appliance, through the bracket, to the component. In certain embodiments, a bracket having a plurality of bracket attachment elements, a plurality of motor attachment elements, and a plurality of slots is configured to define a nonlinear path for the transfer of heat from the oven appliance to the fan motor.

Abstract: An image forming apparatus includes a printing section, an acceptance section configured to accept an instruction for the printing section to change a printing speed, and an operation control section configured to control an operation of the printing section. When the acceptance section accepts the instruction, the operation control section calculates a first amount of time for the printing section to start and complete printing at an unchanged printing speed, a second amount of time for the printing section to start and complete printing at a changed printing speed, and a third amount of time for the printing section to change the printing speed and start printing at the changed printing speed, compares a total of the second and third amounts of time with the first amount of time, and determines whether to allow the printing section to change the printing speed based on a result of the comparison.