70results about How to "Minimizing size" patented technology

A mobile device including a first image sensor, an image processor coupled to and residing on the same integrated circuit as the first image sensor, and a second image sensor, wherein the image processor is configured to substantially and separately process images from the first and second image sensors.

An ultrasound system and related method for forming 2D C-scan images and/or collecting 3D image data from 2D transducer arrays. The system including in part a 2D transducer array of elements, transmit voltage generation means for each element, a memory buffer with or part of channels for each element, and a receive beamformer. On a time serial or sequential basis, several times for each line of firing, the contents of the per element memory buffer are read into the beamformer with different focusing values for each buffer reading cycle. In this way, the beamformer can calculate beamformed image values for multiple points per line firing cycle—or per each line of signals between the transducer array and receive beamformer.

A turbocharger, having an axial compressor wheel and an axial turbine wheel mounted on a first shaft supported by a housing, and a radial compressor wheel and a radial turbine wheel mounted on a second shaft, the second shaft concentrically extending around the first shaft and being supported by the housing. The housing defines a first duct extending axially from the exducer of the axial compressor to the inducer of the radial compressor, and a second duct extending axially from the exducer of the radial turbine to the inducer of the axial turbine. A plurality of controllable compressor guide vanes extend through the first duct, and a plurality of controllable turbine stator vanes extend through the second duct. The housing is provided with variable diffuser vanes at the exducer of the radial compressor, and with variable turbine vanes at the inducer of the radial turbine. The variable turbine vanes and the turbine stator vanes are controlled to accurately control the rotation rate of the radial and axial turbines. The compressor guide vanes are controlled to minimize surge and maximize choke flow rate.

An inerting system (10) for an aircraft (12) includes one or more fuel tank circuits (15) associated with fuel tanks (16). An air source (17) supplies pressurized air. A heat exchanger (56) cools the pressurized air. An air separation module (46) is in fluid communication with the heat exchanger (56) and separates inerting gas from the pressurized air. A controller (40) controls flow of the inerting gas from the air separation module (46) to the fuel tanks (16).

For supporting a satellite based positioning of a mobile arrangement (30,40) with assistance data, a communication network converts parameters of a dedicated orbit model describing a movement of a satellite (50,60), which dedicated orbit model is defined for a particular satellite based positioning system, into parameters of a common orbit model describing a movement of a satellite (50,60). Alternatively or in addition, the network replaces a reference value that is based on a satellite based positioning system time in available parameters of an orbit model by a reference value that is based on a communication system time. After the parameter conversion and/or the reference value replacement, the parameters are provided as a part of assistance data for the satellite based positioning.

There is provided an avionics system that provides several avionics functions within a single LRU. In one embodiment, the system comprises a software-configurable RF assembly, one or more processor assemblies that are configured to provide multiple TAWS/TCAS/Mode S/ADS-B/ATC functions, interfaces to allow connections to aircraft electronics and data loaders, and multipurpose antennas. In one embodiment, a common processor architecture allows generic avionics processors to be configured to operate a number of TAWS/TCAS/Mode S/ADS-B/ATC functions without the need for multiple LRUs, and software-defined RF functions allow RF circuitry that interfaces to the processors to handle current and future communication needs.

The present invention is a cell phone holder and transmitter that is compact in size and is small and light in weight whereby it is capable of being clipped onto a holder attachment in a vehicle by a mounting clip and a gooseneck with affixed clip at the end. The holder of the cell phone itself also acts as the transmitter thereby minimizing the size and dimensions of the present invention. The present invention is capable of transmitting from an MP3 device, I-Pod or other media player. The present invention is also compatible with other devices utilizing a standard 3.5 mm audio output source. The present invention utilizes mounting surfaces composed of silicon rubber embedded in fluoride. Said combination of materials allows the formation of a secure seal for a cell phone while resting within the present invention and said material additionally allows a user to place and remove a cell phone of varying dimensions with minimum effort. A co-axial microphone wire cable of the present invention serves as a Frequency Modulation (FM) transmitter antenna. Said speaker and microphone wire cable antenna is composed of a copper alloy material to further its utility as an antenna. Said Transmitter sends signals to the FM band. Said FM band transmission is of a frequency at or between 88.1 and 88.9. Said present invention operates on less than 1 watt of output.

A resonator for a vehicle is provided, including a housing having at least one chamber formed therein. The housing has at least one aperture formed in a wall thereof. The housing is in fluid communication with an air conduit of the vehicle. At least one flexible member is disposed within the chamber of the housing. The flexible member includes an outer portion and an inner extension protruding from the outer portion which vibrates to attenuate low frequency sound energy transmitted from the air conduit.

Disclosed herein is a detergent supplying apparatus of a washing machine comprising a drawer 254 partitioned so that either of a bleach supplying part 311 and a softener supplying part 312 is positioned at a side and a front of the other. The present invention enables the drawer 254 to be made compact, and softener and bleach to be injected with the drawn width of the drawer 254 minimized.

A touch type electrophoretic display device includes: a first substrate on which a plurality of gate lines and a plurality of data lines cross to define a plurality of pixels; a plurality of sensing signal lines formed to be parallel to the data lines on the first substrate; a plurality of first touch driving voltage lines formed to be parallel to the gate lines; a driving thin film transistor (TFT) formed at each pixel so as to be connected to the gate lines and the data lines; a pixel electrode formed at each pixel so as to be connected to the driving TFT; a switching TFT formed at each pixel so as to be connected to the sensing signal lines and the gate lines; a lo photo TFT formed in each pixel so as to be connected to the first touch driving voltage lines and the switching TFT and serving to recognize an applied touch; a second substrate attached to the first substrate in a facing manner; a common electrode formed on the second substrate; an electrophoretic film formed between the first and second substrates; a lead-out driver for detecting a position of the photo TFT when a sensing signal is transferred via the switching TFT in a corresponding pixel and the sensing signal lines according to an operation of the photo TFT, and outputting touch data; a gate control signal generating unit for outputting a second gate control signal indicating a touch mode operation when touch data is not inputted from the lead-out driver, and outputting a first gate control signal indicating a driving mode operation for converting an image if it is determined that a touch has been applied upon receiving touch data from the lead-out driver; and a gate driver for driving the gate lines upon receiving the first or second gate control signal from the gate control signal generating unit, wherein a timing at which each gate line is turned on and off when the gate driver receives the first gate control signal and a timing at which each gate line is turned on and off when the second gate control signal is received are different.

Provided is a battery system in which an interior part of a battery structure includes phase-change particles including a capsule and phase-change materials. The phase-change materials have a high latent heat of phase change at a specific temperature, and are encapsulated in the capsule. The capsule is made of an inert material. The battery system in accordance with the present invention can prolong a service life of the battery by inhibiting temperature elevation inside the battery under normal operating conditions without substantial effects on size, shape and performance of the battery, and further, can inhibit the risk of explosion resulting from a sharp increase in temperature inside the battery under abnormal operating conditions, thereby contributing to battery safety.

For supporting a satellite based positioning of a mobile arrangement (30,40) with assistance data, a communication network converts parameters of a dedicated orbit model describing a movement of a satellite (50,60), which dedicated orbit model is defined for a particular satellite based positioning system, into parameters of a common orbit model describing a movement of a satellite (50,60). Alternatively or in addition, the network replaces a reference value that is based on a satellite based positioning system time in available parameters of an orbit model by a reference value that is based on a communication system time. After the parameter conversion and/or the reference value replacement, the parameters are provided as a part of assistance data for the satellite based positioning. Alternatively or in addition, a set of data is transmitted in one direction between the mobile arrangement and the communication network, which is independent of the employed positioning mode.

For supporting a satellite based positioning of a mobile arrangement (30,40) with assistance data, a communication network converts parameters of a dedicated orbit model describing a movement of a satellite (50,60), which dedicated orbit model is defined for a particular satellite based positioning system, into parameters of a common orbit model describing a movement of a satellite (50,60). Alternatively or in addition, the network replaces a reference value that is based on a satellite based positioning system time in available parameters of an orbit model by a reference value that is based on a communication system time. After the parameter conversion and/or the reference value replacement, the parameters are provided as a part of assistance data for the satellite based positioning. Alternatively or in addition, a set of data is transmitted in one direction between the mobile arrangement and the communication network, which is independent of the employed positioning mode.

A thermal engine includes an expansion fluid pump which propels water from an expansion fluid tank into an electrolytic cell having an anode and a cathode, which generates a quantity of oxyhydrogen from the water; and propels the oxyhydrogen into one of an engine cylinder and an exhaust chamber, whereupon oxyhydrogen propelled into the cylinder expands abruptly into steam in the intake chamber to increase pressure within the cylinder and thereby enhance thermal engine power, and oxyhydrogen propelled into the heat exchanger cools the water vapor back into liquid water, which generates a vacuum within the exhaust chamber to increase the power of the thermal engine.

A dual-band (SWIR/visible) optical system operating based on Angles-Only Navigation technology. The SWIR module is optimized for imaging stars. The visible-light sensor is independently optimized for imaging satellites including GPS satellites at night. Preferred embodiment provides continuous high accuracy geo-position solutions day and night (including through the “midnight hole”, when solar-illuminated Low Earth Orbit (LEO) satellites are not available. Applicants have experimentally validated proposed system by imaging LEO satellites during terminator using a 1-inch diameter telescope and GPS satellites at night during midnight hole using a 5-inch telescope.

A double-stator rotating electric machine includes a rotor, an outer stator having an outer multi-phase coil wound thereon, and an inner stator having an inner multi-phase coil wound thereon. Each corresponding pair of phase windings of the outer and inner multi-phase coils are formed of at least one common electric conductor wire. The electric conductor wire includes a bridging portion that bridges the corresponding pair of phase windings of the outer and inner multi-phase coils across the rotor. The bridging portion extends obliquely with respect to both radial and circumferential directions of the rotor so that radially outer and radially inner ends of the bridging portion, which are respectively connected to the corresponding pair of phase windings of the outer and inner multi-phase coils, are circumferentially offset from each other by an offset angle θ. The offset angle θ is greater than 0° and less than 180° in electrical angle.