mhurhangee/ep-ind-claims huggingface dataset:
An automatic tilting vehicle which includes a pair of wheels (12L, 12R) that are laterally spaced and rotatably supported by corresponding wheel carriers (16L, 16R), a vehicle tilting device that is configured to tilt the vehicle to the inner side of a turn at a time of turning of the vehicle, and a control unit that is configured to control the vehicle tilting device; the vehicle tilting device includes a swing member swinging about a swing axis extending in the longitudinal direction of the vehicle, an actuator that rotates a rotary shaft about the swing axis to swing the swing member about the swing axis, a pair of connecting rods (40L, 40R) that are pivotally attached to the swing member at upper end pivotal attachment portions and pivotally attached to the corresponding wheel carriers at lower end pivotal attachment portions on both lateral sides of the swing axis, and a lock device that is configured to selectively prevent the rotation of the rotary shaft, characterized in that the lock device includes a lock holder integrally held by the rotary shaft and having a plurality of teeth arranged around the swing axis, a lock pin capable of reciprocating in a direction transverse to the swinging axis, and a driving device for moving the lock pin between a lock position in which a tip portion of the lock pin is positioned between two of the plurality of teeth and an unlock position in which the tip portion of the lock pin is not positioned between two of the plurality of teeth, and characterized in that the control unit is configured, when an ignition switch changes from ON to OFF, to move the lock pin from the unlock position to the lock position by the driving device and to rotate the rotary shaft by the actuator in a direction in which a tilt angle (θ) of the vehicle increases.
The dispensing package for surgical suture material that consists of a piece of suture material and one needle attached to one end or two needles attached to both ends, with a thread carrier, wherein the thread carrier is formed by fitting together a lower and an upper 'plate, consisting of a foldable outer packaging and a thread carrier which can be assembled by a lower and an upper plate, wherein the lower plate, the upper plate, each provided with a surrounding ring-shaped or oval ring area, are intended for uptake of the movable spikes of an angular device with one section of the outer packaging minimum with a minimum of one opening that is located in a distance to the outer ring area.
Light arrangement for a motor vehicle having at least one light source for emission of light which can be reflected on a surface of a motor vehicle part, which surface is provided by a part of a roof of the motor vehicle and also forms a part of the light arrangement, into the field of view of an observer of the surface, and having a surround by which the light source is hidden from the observer, wherein the surround comprises at least one light exit region, wherein the size and shape of the light exit region predetermine the size and the shape of an image of a light reflection which can be represented as a geometric figure on the reflective surface, so that the geometric figure which can be represented on the surface by means of the reflected light can have proportions, which correspond to proportions of a contour of the light exiting from the surround during operation of the light arrangement, said contour being predetermined by the at least one light exit region, characterised in that the contour predetermined by the at least one light exit region comprises at least one line, wherein during operation of the light arrangement the light exiting from the light exit region is reflected by the surface towards the observer as a linear geometric figure which reproduces an outline of the motor vehicle part.
A rotary compressor comprising: a rotation compression element configured to compress gas as a result of rotation of a crankshaft about a rotation axis; a discharge port configured to discharge the gas compressed by said rotation compression element; and a muffler arranged to cover said discharge port and surround said crankshaft, said muffler having a muffler crankshaft hole through which said crankshaft passes, and a muffler discharge region (n1, n2) configured to discharge the compressed gas discharged from said discharge port toward an outer surface of said crankshaft, said muffler discharge region (n1, n2) being notch regions (n1, n2) disposed symmetrically and extending radially outwardly from said crankshaft hole as said muffler is viewed along said rotation axis, characterized in that said muffler is cup shaped and has a frusto-conical portion and an annular upper planar portion perpendicular to the rotation axis of the frusto-conical portion and extending between the crankshaft hole and the frusto-conical portion, said notch regions (n1, n2) being provided in said planar portion. a rotation compression element configured to compress gas as a result of rotation of a crankshaft about a rotation axis; a discharge port configured to discharge the gas compressed by said rotation compression element; and a muffler arranged to cover said discharge port and surround said crankshaft, said muffler having a muffler crankshaft hole through which said crankshaft passes, and a muffler discharge region (n1, n2) configured to discharge the compressed gas discharged from said discharge port toward an outer surface of said crankshaft, said muffler discharge region (n1, n2) being notch regions (n1, n2) disposed symmetrically and extending radially outwardly from said crankshaft hole as said muffler is viewed along said rotation axis, said muffler is cup shaped and has a frusto-conical portion and an annular upper planar portion perpendicular to the rotation axis of the frusto-conical portion and extending between the crankshaft hole and the frusto-conical portion, said notch regions (n1, n2) being provided in said planar portion.
An atom interferometry acceleration measurement method comprising: releasing atoms from an atom source into an interferometer region of a Bragg-transition atom interferometer; directing pulses of light at the atoms to place the atoms in different quantum states and to recombine the quantum states such that the recombined quantum states interfere with each other when the quantum states are overlapped spatially, the recombined quantum states creating a spatial fringe pattern with a phase; detecting the spatial fringe pattern and the phase of the spatial fringe pattern when the quantum states of the atoms are overlapped spatially; and measuring, based on the detected spatial fringe pattern, the acceleration of the Bragg-transition atom interferometer. releasing atoms from an atom source into an interferometer region of a Bragg-transition atom interferometer; directing pulses of light at the atoms to place the atoms in different quantum states and to recombine the quantum states such that the recombined quantum states interfere with each other when the quantum states are overlapped spatially, the recombined quantum states creating a spatial fringe pattern with a phase; detecting the spatial fringe pattern and the phase of the spatial fringe pattern when the quantum states of the atoms are overlapped spatially; and measuring, based on the detected spatial fringe pattern, the acceleration of the Bragg-transition atom interferometer.
A method of detecting a biogenic amine messenger in an ex vivo rapid test, comprising the steps of (a) contacting an inorganic-organic hybrid compound in the form of nanoparticles having a particle diameter in the range of 1 to 100 nm, consisting of an inorganic metal cation selected from the group consisting of Cu +, Cu 2+ and Ag +, and an organic fluorescent dye anion containing at least one scarboxylate group with the biogenic amine messenger in a suspension, wherein the inorganic-organic hybrid compound has a molar solubility in water of at most 10 -2 mol/l and wherein the organic fluorescent dye anion is released in an amount relative to the amount of the biogenic amine messenger due to the higher affinity of the biogenic amine messenger to the inorganic metal cation; (b) photometrically determining the concentration of the free organic fluorescent dye anion; and (c) correlating the concentration of the free organic fluorescent dye anion with the concentration of the biogenic amine messenger, wherein the organic fluorescent dye anion is an anion of calcein or 3,4,9,10-perylenetetracarboxylic acid; and wherein the biogenic amine messenger is histamine. (a) contacting an inorganic-organic hybrid compound in the form of nanoparticles having a particle diameter in the range of 1 to 100 nm, consisting of an inorganic metal cation selected from the group consisting of Cu +, Cu 2+ and Ag +, and an organic fluorescent dye anion containing at least one scarboxylate group with the biogenic amine messenger in a suspension, wherein the inorganic-organic hybrid compound has a molar solubility in water of at most 10 -2 mol/l and wherein the organic fluorescent dye anion is released in an amount relative to the amount of the biogenic amine messenger due to the higher affinity of the biogenic amine messenger to the inorganic metal cation; (b) photometrically determining the concentration of the free organic fluorescent dye anion; and (c) correlating the concentration of the free organic fluorescent dye anion with the concentration of the biogenic amine messenger,
A mobile terminal having a dual display unit (100, 120), the terminal comprising: a main body (102, 104) formed in two portions rotatably assembled with respect to each other, characterised in that the terminal further comprises: a front display unit adapted to display a multimedia mode, having a screen formed at a front surface of the main body (102, 104); a rear display unit adapted to display a normal mode supporting a phone communication function, having a screen smaller than the screen of the front display unit, formed at the rear surface of the main body (102, 104); and a screen control module adapted to turn off the rear display unit and to turn on the front display unit, and to display an execution screen of a multimedia function, wherein the multimedia function is supported by one of the multimedia mode only and both the multimedia and normal modes, in the front display unit, if a request for executing the multimedia function is input while the rear display unit is turned on and if the requested function is not supported by the normal mode. a main body (102, 104) formed in two portions rotatably assembled with respect to each other, characterised in that the terminal further comprises: a front display unit adapted to display a multimedia mode, having a screen formed at a front surface of the main body (102, 104); a rear display unit adapted to display a normal mode supporting a phone communication function, having a screen smaller than the screen of the front display unit, formed at the rear surface of the main body (102, 104); and a screen control module adapted to turn off the rear display unit and to turn on the front display unit, and to display an execution screen of a multimedia function, wherein the multimedia function is supported by one of the multimedia mode only and both the multimedia and normal modes, in the front display unit, if a request for executing the multimedia function is input while the rear display unit is turned on and if the requested function is not supported by the normal mode. a front display unit adapted to display a multimedia mode, having a screen formed at a front surface of the main body (102, 104); a rear display unit adapted to display a normal mode supporting a phone communication function, having a screen smaller than the screen of the front display unit, formed at the rear surface of the main body (102, 104); and a screen control module adapted to turn off the rear display unit and to turn on the front display unit, and to display an execution screen of a multimedia function, wherein the multimedia function is supported by one of the multimedia mode only and both the multimedia and normal modes, in the front display unit, if a request for executing the multimedia function is input while the rear display unit is turned on and if the requested function is not supported by the normal mode.
An ultrasound transducer (10, 40, 70, 140) comprising: an application specific integrated circuit (ASIC) (14, 15) having a plurality of contact pads (16, 17) on a surface of the ASIC (14, 15) that are separated from adjacent ones thereof by a first pitch; an array of acoustic elements separated from adjacent ones thereof by a second pitch; and a pitch independent interposer (12, 42, 52, 72, 73) featuring a plurality of conductive elements (26, 54), wherein the plurality of conductive elements (26, 54)are separated from adjacent ones thereof by a third pitch different from both the first pitch and the second pitch, the pitch independent interposer (12, 42, 52, 72, 73) being electrically coupled (i) on a first side (28, 56) to the ASIC (14, 15) via a first subset of the plurality of conductive elements (26, 54) and (ii) on a second side (30, 58) to the array of acoustic elements via a second subset of the plurality of conductive elements (26, 54), characterized in that more than one of the plurality of conductive elements (26, 54) electrically couple a contact pad (16, 17) of the ASIC (14, 15) with a corresponding acoustic element of the array of acoustic elements and in that the first subset of the plurality of conductive elements (26, 54) that couples the pitch independent interposer (12, 42, 52, 72, 73) to the ASIC (14, 15) and the second subset that couples the pitch independent interposer (12, 42, 52, 72, 73) to the array of acoustic elements are different subsets. an application specific integrated circuit (ASIC) (14, 15) having a plurality of contact pads (16, 17) on a surface of the ASIC (14, 15) that are separated from adjacent ones thereof by a first pitch; an array of acoustic elements separated from adjacent ones thereof by a second pitch; and a pitch independent interposer (12, 42, 52, 72, 73) featuring a plurality of conductive elements (26, 54), wherein the plurality of conductive elements (26, 54)are separated from adjacent ones thereof by a third pitch different from both the first pitch and the second pitch, the pitch independent interposer (12, 42, 52, 72, 73) being electrically coupled (i) on a first side (28, 56) to the ASIC (14, 15) via a first subset of the plurality of conductive elements (26, 54) and (ii) on a second side (30, 58) to the array of acoustic elements via a second subset of the plurality of conductive elements (26, 54), characterized in that more than one of the plurality of conductive elements (26, 54) electrically couple a contact pad (16, 17) of the ASIC (14, 15) with a corresponding acoustic element of the array of acoustic elements and in that the first subset of the plurality of conductive elements (26, 54) that couples the pitch independent interposer (12, 42, 52, 72, 73) to the ASIC (14, 15) and the second subset that couples the pitch independent interposer (12, 42, 52, 72, 73) to the array of acoustic elements are different subsets.
A binder for a nonaqueous electrolyte secondary battery electrode, the binder comprising a crosslinked polymer having a carboxyl group, or salt thereof, wherein the crosslinked polymer comprises a structure derived from an ethylenically unsaturated carboxylic acid monomer in an amount of 50 to 100 mass% of total structural units of the crosslinked polymer, and the crosslinked polymer particles have a volume-based median diameter of 0.1 to 7.0 μm, wherein the volume-based median diameter is measured, as described in the specification, by measuring a water-swollen hydrogel solution that contains 0.5 mass% of the crosslinked polymer neutralized to a degree of neutralization of 80 to 100 mol% according to a laser diffraction/scattering type particle size distribution measuring method using a 1 mass% NaCl aqueous solution as a dispersion medium.
A cylinder head for a spark-ignition internal combustion engine with fuel injection directly into a cylinder of the internal combustion engine, wherein two intake valves (2, 2') and two gas-exchange exhaust valves (3, 3') are provided in the cylinder head for the cylinder, and a fuel injector is arranged on the intake side between the gas-exchange intake valves (2, 2') and an ignition means is arranged on the exhaust side between the gas-exchange exhaust valves (3, 3'), characterised in that an intake-side valve train has a larger installation space in the direction of an exhaust-side valve train than the exhaust-side valve train, with an adjusting shaft arranged parallel to a camshaft being arranged in the larger installation space and the intake-side valve train being a variable-lift valve train, the fuel injector and the ignition means being arranged in a common sleeve which can be arranged in the cylinder head between the gas-exchange valves (2, 2', 3, 3') and the sleeve having a constriction on the intake side in the region of the adjusting shaft.
An apparel item configured to reduce distractions and promote upright sleeping, the apparel item comprising: a first front panel and a second front panel both configured to overlay a front upper torso area of a wearer when the apparel item is worn, wherein the first front panel is releasably secured to the second front panel by a zipper assembly, wherein the first front panel comprises at least a right side pocket (111, 113) and the second front panel comprises at least a left side pocket (115, 117); a back panel configured to overlay a back upper torso area of the wearer when the apparel item is worn, wherein the first and second front panels (110, 112) and the back panel together help to define at least a neckline opening and a waist opening for the apparel item; a hood affixed at least in part to the neckline opening, the hood having at least an outer layer and an inner layer, wherein a space or void is maintained between the outer layer and the inner layer; a first foam insert secured between the outer layer and the inner layer of the hood at a first right side location of the hood; a second foam insert secured between the outer layer and the inner layer of the hood at a second left side location of the hood; and a strap system configured to hold the wearer's head in a static position, the strap system comprising: a first strap segment having a first end coupled to the first foam insert, a second end coupled to the zipper assembly, and a first intervening portion extending between the first end and the second end, a second strap segment having a third end coupled to the second foam insert, a fourth end coupled to the zipper assembly, and a second intervening portion extending between the third end and the fourth end, and a third strap segment having a fifth end coupled to the first foam insert, a sixth end coupled to the second foam insert, and third intervening portion extending between the fifth end and the sixth end.
A method for reactive power generation for a wind turbine generator, within a wind farm, characterized by: receiving, from a field-level controller, a field-level voltage command signal, the field-level voltage command signal being determined as a function of a power output of the wind farm and a voltage at a point of common coupling of a plurality of wind turbine generators; adjusting the field-level voltage command signal as a function of a local reactive power droop characteristic for the wind turbine generator by generating a voltage trim signal as a function of the reactive power droop characteristic and a measured reactive power feedback signal from the wind turbine generator, limiting the voltage trim signal to a predetermined range and applying the voltage trim signal to the field level voltage command signal to generate an adjusted voltage command signal; determining a reactive current command for the wind turbine generator in response to the adjusted voltage command signal; transmitting the reactive current command to a controller of the wind turbine generator; and generating a reactive power based on the reactive current command that is determined in response to the field-level voltage command signal. receiving, from a field-level controller, a field-level voltage command signal, the field-level voltage command signal being determined as a function of a power output of the wind farm and a voltage at a point of common coupling of a plurality of wind turbine generators; adjusting the field-level voltage command signal as a function of a local reactive power droop characteristic for the wind turbine generator by generating a voltage trim signal as a function of the reactive power droop characteristic and a measured reactive power feedback signal from the wind turbine generator, limiting the voltage trim signal to a predetermined range and applying the voltage trim signal to the field level voltage command signal to generate an adjusted voltage command signal; determining a reactive current command for the wind turbine generator in response to the adjusted voltage command signal; transmitting the reactive current command to a controller of the wind turbine generator; and generating a reactive power based on the reactive current command that is determined in response to the field-level voltage command signal.
A system for reducing optical noise comprising: a first transmitter (206, 604) having a first transmitter lens (216, 616) and a first optical housing (214, 614) with a first transmitter aperture (212, 610); a first light source (208, 608) for emitting a first light; and a first phosphor-based layer (290, 612) positioned proximate to the first transmitter aperture (212, 610) and between the first light source (208, 608) and the first transmitter lens (216, 616), wherein the first phosphor-based layer (290, 612) shifts the wavelength of the first light passing through the first phosphor-based layer (290, 612) to a first selected wavelength prior to emission from the first transmitter (206, 604); a first receiver (204, 606) having a first light detector (226, 620) capable of detecting the first selected wavelength of the shifted first light; and a second phosphor-based layer (240, 622) positioned proximate to the first light detector (226, 620) for shifting the wavelength of at least a portion of incoming light that is not within the first selected wavelength, to a wavelength that exceeds the detection range of the first light detector (226, 620). a first transmitter (206, 604) having a first transmitter lens (216, 616) and a first optical housing (214, 614) with a first transmitter aperture (212, 610); a first light source (208, 608) for emitting a first light; and a first phosphor-based layer (290, 612) positioned proximate to the first transmitter aperture (212, 610) and between the first light source (208, 608) and the first transmitter lens (216, 616), wherein the first phosphor-based layer (290, 612) shifts the wavelength of the first light passing through the first phosphor-based layer (290, 612) to a first selected wavelength prior to emission from the first transmitter (206, 604); a first receiver (204, 606) having a first light detector (226, 620) capable of detecting the first selected wavelength of the shifted first light; and a second phosphor-based layer (240, 622) positioned proximate to the first light detector (226, 620) for shifting the wavelength of at least a portion of incoming light that is not within the first selected wavelength, to a wavelength that exceeds the detection range of the first light detector (226, 620).