mhurhangee/ep-ind-claims huggingface dataset:
A wireless system, comprising: multiple wireless sensors; a wireless relay configured to perform wireless communication with the multiple wireless sensors to send sensing information of one or more of the multiple wireless sensors to a receiver; and a display device, the wireless relay being configured to send a first wireless signal as a check signal, each of the multiple wireless sensors being configured, when receiving the check signal, to send a response signal including information indicative of a reception intensity of the received check signal and individual identification information thereof, the wireless relay being configured to, when receiving the response signals from the multiple wireless sensors, send, as a check signal, a second wireless signal including information indicative of reception intensities of the response signals of the multiple wireless sensors and pieces of the individual identification information of the multiple wireless sensors, and the display device having at least one of: a first function of receiving the response signals from the multiple wireless sensors and displaying the reception intensities of the received check signals of the multiple wireless sensors; and a second function of receiving the second wireless signal from the wireless relay and displaying the reception intensities of the response signals of the multiple wireless sensors. multiple wireless sensors; a wireless relay configured to perform wireless communication with the multiple wireless sensors to send sensing information of one or more of the multiple wireless sensors to a receiver; and a display device, the wireless relay being configured to send a first wireless signal as a check signal, each of the multiple wireless sensors being configured, when receiving the check signal, to send a response signal including information indicative of a reception intensity of the received check signal and individual identification information thereof, the wireless relay being configured to, when receiving the response signals from the multiple wireless sensors, send, as a check signal, a second wireless signal including information indicative of reception intensities of the response signals of the multiple wireless sensors and pieces of the individual identification information of the multiple wireless sensors, and the display device having at least one of: a first function of receiving the response signals from the multiple wireless sensors and displaying the reception intensities of the received check signals of the multiple wireless sensors; and a second function of receiving the second wireless signal from the wireless relay and displaying the reception intensities of the response signals of the multiple wireless sensors. a first function of receiving the response signals from the multiple wireless sensors and displaying the reception intensities of the received check signals of the multiple wireless sensors; and a second function of receiving the second wireless signal from the wireless relay and displaying the reception intensities of the response signals of the multiple wireless sensors.
Arrangement for modulating laser pulses, which are generated by a laser, with an electro-optical modulator which is operated by means of a pulsed modulation voltage, with a voltage converter which is connected upstream of the modulator and converts a pulsed switching voltage at an output voltage level into the modulation voltage which is increased relative to the output voltage level, wherein a pulse generator is connected upstream of the voltage converter and can be controlled via a control voltage generated by a control unit, wherein a laser signal used for generating the laser pulses can be synchronized with a control signal used for controlling the control unit, and wherein the voltage converter and the pulse generator are configured in such a manner that rise times of the modulation voltage are less than the pause time between two laser pulses, with the result that switching operations can be accommodated in the pause time.
An airbag device comprising: an airbag accommodated in a folded state between a front pillar and a front windshield glass; an inflator for feeding gas to the airbag to thereby deploy the airbag; and a garnish covering the airbag and being capable of opening by a deployment force of the airbag, wherein the garnish comprises: a metal core bar adapted to be mounted on the front pillar and extending from the front pillar to above the front windshield glass; and a window-glass-side wall made of resin and extending from an end part of the core bar positioned above the front windshield glass to a surface of the front windshield glass, the core bar comprises: a pillar sidewall extending in a longitudinal direction of the vehicle body along the front pillar; and a lid part extending from an upper end part of the pillar sidewall toward a center of the vehicle body to above the front windshield glass to cover the airbag, and the pillar sidewall and the lid part are integrally joined together, wherein the lid part has a corner part in a location linked to the pillar sidewall, and the lid part is supported pivotably about the corner part, and has a plurality of slits (48, 52) formed in the corner part in the longitudinal direction of the vehicle body so as to make the corner part adjustable in strength, and a distance (H1, H2, H3) between adjacent ones of the plural slits (48, 52) increases from locations set apart from the inflator toward a vicinity of the inflator. an airbag accommodated in a folded state between a front pillar and a front windshield glass; an inflator for feeding gas to the airbag to thereby deploy the airbag; and a garnish covering the airbag and being capable of opening by a deployment force of the airbag, wherein the garnish comprises: a metal core bar adapted to be mounted on the front pillar and extending from the front pillar to above the front windshield glass; and a window-glass-side wall made of resin and extending from an end part of the core bar positioned above the front windshield glass to a surface of the front windshield glass, the core bar comprises: a pillar sidewall extending in a longitudinal direction of the vehicle body along the front pillar; and a lid part extending from an upper end part of the pillar sidewall toward a center of the vehicle body to above the front windshield glass to cover the airbag, and the pillar sidewall and the lid part are integrally joined together, wherein the lid part has a corner part in a location linked to the pillar sidewall, and the lid part is supported pivotably about the corner part, and has a plurality of slits (48, 52) formed in the corner part in the longitudinal direction of the vehicle body so as to make the corner part adjustable in strength, and a distance (H1, H2, H3) between adjacent ones of the plural slits (48, 52) increases from locations set apart from the inflator toward a vicinity of the inflator.
A pharmaceutical aerosol formulation to be administered by a pressurized metered dose inhaler which comprises as active ingredient (R,R)-(±)-formoterol fumarate in a concentration comprised between 0.003 and 0.192 % w/v, in a solution of liquefied HFA 227 propellant and anhydrous ethanol as co-solvent, wherein the pH is comprised between 3.5 and 4.0 and is adjusted by adding hydrochloric acid, characterised in that the amount of residual water is less than 1500 ppm on the total weight of the formulation and that the fraction of particles equal or less than 1.1 μm delivered on actuation of the inhaler is higher or equal than 30% as defined by the content of the stages S6-AF of an Andersen Cascade Impactor, relatively to the content of the stages S3-AF, according to the method referred to in European Pharmacopoeia, second edition, 1995, part V.5.9.1, pages 15-17.
A method for gaze-based remote control of various remotely controllable electronic devices (16, 20, 22, 24, 26, 28, 30) within an environment, the method comprising: mapping the locations of said various remotely controllable electronic devices; detecting via data from a gaze direction detector (38, 56) a gaze direction of a user; detecting an indication from the user to control a remotely controllable device located in the gaze direction of said various electronic devices; adapting a user interface of a controller device to enable user control of the remotely controllable device; receiving input from the user interacting with the user interface of the controller device via gaze direction; and transmitting a signal to the remotely controllable device based upon the input received to control the remotely controllable device. mapping the locations of said various remotely controllable electronic devices; detecting via data from a gaze direction detector (38, 56) a gaze direction of a user; detecting an indication from the user to control a remotely controllable device located in the gaze direction of said various electronic devices; adapting a user interface of a controller device to enable user control of the remotely controllable device; receiving input from the user interacting with the user interface of the controller device via gaze direction; and transmitting a signal to the remotely controllable device based upon the input received to control the remotely controllable device.
A pharmaceutical composition comprising (9Z,9'Z)- -3-(((2-(6-((3-(((2R,3R,4R,5S,6R)-3-acetamido-5-(((2S,3R,4S,5S,6R)-3,5-dihydroxy-6-(hydroxymethyl)-4-(((2R,3R,4S,5R,6R)-3,4,5-trihydroxy-6-(hydroxymethyl)tetrahydro-2H-pyran-2-yl)oxy)tetrahydro-2H-pyran-2-yl)oxy)-4-hydroxy-6-(hydroxymethyl)tetrahydro-2H-pyran-2-yl)oxy)propyl)amino)-6-oxohexanamido)ethoxy)(hydroxy)phosphoryl)oxy)propane-1,2-diyl bis(octadec-9-enoate) for use in the treatment of a tumour.
An earthing device for preventing rotor-caused bearing currents in an electric motor comprising an electrically conductive ring element with holding means arranged thereon, on which fiber bundles are attached, by means of which an electrical discharge of a static charge at least to a discharge element can occur, characterized in that the fiber bundles are attached oriented in an inclined angular position with respect to a radial plane perpendicular to an axial midline of the ring element and/or with respect to an axial plane via an inclined position of the holding means and have a length protruding from the holding means of the ring element, which is greater than necessary in order to extend over a radial distance of the ring element to the discharge element.
A nerve regeneration device comprising a matrix contained within a bioresorbable conduit having a longitudinal axis, the matrix comprising elongate pores aligned with said longitudinal axis; the matrix comprising collagen, fibronectin, laminin-1, and laminin-2; wherein the amount, by weight, of laminin-1 or laminin-2 is greater than the amount of fibronectin in the matrix. the matrix comprising collagen, fibronectin, laminin-1, and laminin-2; wherein the amount, by weight, of laminin-1 or laminin-2 is greater than the amount of fibronectin in the matrix.
A nonwoven fabric composed of regenerated cellulosic fibers with a fiber size, determined as described in the description, of 0.5 μm to 10.0 μm, wherein the nonwoven fabric has a dry surface roughness, determined as described in the description, of 100 μm or lower, a dry formation index, determined as described in the description, of 250 or less, and an initial tensile strength in the weft direction of the nonwoven fabric when wet, determined as described in the description, of 0.25 N/50 mm to 0.75 N/50 mm, whereby the "weft direction of the nonwoven fabric" refers to the direction perpendicular to the pull direction in which the initial tensile strength is greatest during measurement of the initial tensile strength of the nonwoven fabric when wet.
A processed sesame product which is powder, comprising a ground product of sesame, wherein the ground product of sesame has an oil content of smaller than 30% by mass relative to a total mass of the ground product and has a 10% cumulative diameter of 30 μm or smaller, as determined using the method described herein.
A method, comprising: receiving code from a data source and sampling syntactic characteristics and construct properties of a language in which the code is written to determine which portion or portions of the code are to be morphed with regard to syntax and/or structure, while still retaining original context of the code, the code being an assemblage of programmable and executable code, wherein first processing results for the code relative to a compiler (225, 425) are known; morphing the code in a benign manner, wherein the morphing in the benign manner includes injecting at least one morph into the code, wherein the morphing includes at least one of expanding a width of a primitive type, superfluously using an external variable, replacing a method with a constant or converting locals into another storage space, wherein the morphing includes rewriting at least one underlying construct of the code while retaining the original context of the code; testing the compiler (225, 425) by processing the morphed code, wherein the processing includes compiling the morphed code by the compiler (225, 425) producing a second processing result of the morphed code; and comparing the first processing results to the second processing result to detect bugs with regard to the at least one morph, at least with regard to the compiler (225, 425). receiving code from a data source and sampling syntactic characteristics and construct properties of a language in which the code is written to determine which portion or portions of the code are to be morphed with regard to syntax and/or structure, while still retaining original context of the code, the code being an assemblage of programmable and executable code, wherein first processing results for the code relative to a compiler (225, 425) are known; morphing the code in a benign manner, wherein the morphing in the benign manner includes injecting at least one morph into the code, wherein the morphing includes at least one of expanding a width of a primitive type, superfluously using an external variable, replacing a method with a constant or converting locals into another storage space, wherein the morphing includes rewriting at least one underlying construct of the code while retaining the original context of the code; testing the compiler (225, 425) by processing the morphed code, wherein the processing includes compiling the morphed code by the compiler (225, 425) producing a second processing result of the morphed code; and comparing the first processing results to the second processing result to detect bugs with regard to the at least one morph, at least with regard to the compiler (225, 425).
A moist heating device comprising a heat generating element and a holder; the heat generating element being a heat generating sheet adapted to make use of chemical energy and which is configured to supply steam while applied to a body surface of a wearer with a holder portion interposed between the heat generating element and the body surface, wherein the heat generating element including an oxidizable metal, a reaction accelerator, an electrolyte, a fibrous material and water, wherein the weight to unit area ratio of the oxidizable metal is 0.02 g/cm 2 to 0.14 g/cm 2, the heat generating element containing 60-90% of the oxidizable metal, 5-25% of the reaction accelerator and 5-35% of a fibrous material, all by weight, and comprising an aqueous electrolyte solution the concentration of which is 1-15% by weight, the amount of water present in the heat generating element being 30 to 60% by weight based on the weight of the heat generating element excluding water and the electrolyte; the moist heating device having steam supplying capability such that, under a measuring environment of 20°C and 40% RH, the water content of the horny layer of the skin of the application site reaches 0.25 g/cm 3 or more after 0.5 hours from the start of application and that the water content of that level is maintained for 5 hours or longer from the start of application, characterized in that the holder has an air permeable portion having a water vapor transmission rate falling within the range of 150 to 2000 g/(m 2 ·24 h), measured according to JIS Z0208 at 40°C and 90% RH, wherein the air permeable portion has a first air permeable layer that is to be located farther from the wearer's skin while worn and a second air permeable layer that is to be located closer to the wearer's skin while worn and adapted to be interposed between the body surface of the wearer and the heat generating element and wherein the holder has an air permeability of 8000 to 15000 s/100 cm 3, measured according to JIS P8117.
A phase change memory, comprising: an array of phase change memory cells; and a reset verify circuit configured to: send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage. an array of phase change memory cells; and a reset verify circuit configured to: send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage. send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage.
A single-dose packaging unit which is a blow-fill-seal container which comprises a sterile pharmaceutical or veterinary liquid composition which is a solution, wherein: a) the composition comprises a therapeutically effective amount of clotrimazole or a pharmaceutically or veterinary acceptable salt thereof, together with one or more pharmaceutically or veterinary acceptable excipients or carriers, wherein clotrimazole is the single active ingredient of the composition, and b) the container has a volume from 0.05 to 8 mL, with the condition that the water content of the composition is equal to or lower than 4% by weight with respect to the total composition weight. a) the composition comprises a therapeutically effective amount of clotrimazole or a pharmaceutically or veterinary acceptable salt thereof, together with one or more pharmaceutically or veterinary acceptable excipients or carriers, wherein clotrimazole is the single active ingredient of the composition, and b) the container has a volume from 0.05 to 8 mL,
An actuator control system comprising: a dual concentric servo valve having a primary spool and a concentric secondary spool; a dual piston actuator, coupled to the dual concentric servo valve, and having two pistons (113, 115); a first motor coupled to one end of the primary spool; and a second motor coupled to an opposing end of the primary spool, wherein both the first and second motors are coupled to the primary spool for selectively displacing the primary spool relative to the secondary spool and for selectively displacing the primary spool and secondary spool together when the primary spool is not movable relative to the secondary spool; a rotary variable differential transformer sensor operably associated with at least one of the first and second motors for sensing the location of the primary spool; a linear variable differential transformer for sensing the linear displacement of at least one of the pistons; and a flight control computer; wherein the flight control computer uses information gathered from the rotary variable differential transformer and the linear variable differential transformer to control movement of the first and second motors. a dual concentric servo valve having a primary spool and a concentric secondary spool; a dual piston actuator, coupled to the dual concentric servo valve, and having two pistons (113, 115); a first motor coupled to one end of the primary spool; and a second motor coupled to an opposing end of the primary spool, wherein both the first and second motors are coupled to the primary spool for selectively displacing the primary spool relative to the secondary spool and for selectively displacing the primary spool and secondary spool together when the primary spool is not movable relative to the secondary spool; a rotary variable differential transformer sensor operably associated with at least one of the first and second motors for sensing the location of the primary spool; a linear variable differential transformer for sensing the linear displacement of at least one of the pistons; and a flight control computer; wherein the flight control computer uses information gathered from the rotary variable differential transformer and the linear variable differential transformer to control movement of the first and second motors.