mhurhangee/ep-ind-claims huggingface dataset:
Method of parametric coding of a multichannel digital audio signal comprising a step of coding a signal arising from a channels reduction processing applied to the multichannel signal and of coding spatialization cues in respect of the multichannel signal, characterized in that it comprises the following steps: - extraction (314, 320) of a plurality of spatialization cues in respect of the multichannel signal of at least two types; - obtaining (315, 317) of at least one representation model of the spatialization cues extracted; - determination (315, 411) of at least one angle parameter of a model obtained; - coding (316, 318) of the at least one determined angle parameter so as to code the at least two types of spatialization cues extracted during the coding of spatialization cues. - extraction (314, 320) of a plurality of spatialization cues in respect of the multichannel signal of at least two types; - obtaining (315, 317) of at least one representation model of the spatialization cues extracted; - determination (315, 411) of at least one angle parameter of a model obtained; - coding (316, 318) of the at least one determined angle parameter so as to code the at least two types of spatialization cues extracted during the coding of spatialization cues.
Sensor (16, 16', 16") for a high-pressure line having at least one transducer, at least one signal line and a tube, wherein the at least one transducer is connected to the at least one signal line, wherein the sensor (16, 16', 16") is a pressure sensor, wherein the at least one transducer is a force transducer, wherein the sensor comprises a metal outer tube (5, 5') having an outer surface, an inner surface (17, 17'), an outer diameter and an inner diameter and a metal inner tube (1, 1') having an outer surface (2, 2'), an inner surface (14, 14'), an outer diameter and an inner diameter, wherein the inner tube (1, 1') extends concentrically into the outer tube such that the inner tube (1, 1') and the outer tube (5, 5') together form the tube, wherein a total wall thickness, measured as half the difference between the outer diameter of the outer tube (5, 5') and the inner diameter of the inner tube (1, 1'), is equal to or greater than the inner diameter of the inner tube (1, 1'), wherein at least one groove (4, 13) extends in the inner surface (17, 17') of the outer tube (5, 5') or in the outer surface (2, 2') of the inner tube (1, 1') in a longitudinal direction of the tube, wherein the at least one signal line is arranged in the groove (4, 13), wherein the transducer is arranged at least in the groove (4, 13) or in at least one recess created in addition to the at least one groove (4, 13) at least in the outer surface (2, 2') of the innertube (1, 1') or in the inner surface (17, 17') of the outertube (5, 5'), wherein the outer tube (5, 5') sits on the inner tube (1, 1') in a force-fitting manner. at least one transducer, at least one signal line and a tube, wherein the at least one transducer is connected to the at least one signal line, wherein the sensor (16, 16', 16") is a pressure sensor, wherein the at least one transducer is a force transducer, wherein the sensor comprises a metal outer tube (5, 5') having an outer surface, an inner surface (17, 17'), an outer diameter and an inner diameter and a metal inner tube (1, 1') having an outer surface (2, 2'), an inner surface (14, 14'), an outer diameter and an inner diameter, wherein the inner tube (1, 1') extends concentrically into the outer tube such that the inner tube (1, 1') and the outer tube (5, 5') together form the tube, wherein a total wall thickness, measured as half the difference between the outer diameter of the outer tube (5, 5') and the inner diameter of the inner tube (1, 1'), is equal to or greater than the inner diameter of the inner tube (1, 1'), wherein at least one groove (4, 13) extends in the inner surface (17, 17') of the outer tube (5, 5') or in the outer surface (2, 2') of the inner tube (1, 1') in a longitudinal direction of the tube, wherein the at least one signal line is arranged in the groove (4, 13), wherein the transducer is arranged at least in the groove (4, 13) or in at least one recess created in addition to the at least one groove (4, 13) at least in the outer surface (2, 2') of the innertube (1, 1') or in the inner surface (17, 17') of the outertube (5, 5'), wherein the outer tube (5, 5') sits on the inner tube (1, 1') in a force-fitting manner.
A method for producing a Li 2 O-Al 2 O 3 -SiO 2 based crystallized glass which does not substantially comprise As 2 O 3 and Sb 2 O 3, the method comprising performing selection of a glass raw material and adjustment of a production condition so as to comprise at least one of Cl, CeO 2 and SnO 2, and have a S content of not more than 10 ppm in terms of SO 3, characterized in that the method further comprises using a SiO 2 raw material having an average grain diameter of from 45 to 180 μm.
A method for transmitting long term evolution advanced, LTE-A, reference signals at a base station to a user equipment in a multiple input multiple output, MIMO, system, the method comprising: transmitting cell specific reference signals, CRSs, through long term evolution, LTE, antenna port 0, through LTE antenna ports 0 and 1 or through LTE antenna ports 0 to 3 in every downlink subframe; and transmitting the LTE-A reference signals through an LTE-A antenna port which is not any one of the LTE antenna ports; and the method characterized in that: the LTE-A reference signals are transmitted in each of consecutive multiple downlink subframes, the consecutive multiple downlink subframes occur on a specific cycle, and the number of subframes included in the specific cycle is larger than the number of the consecutive multiple downlink subframes. transmitting cell specific reference signals, CRSs, through long term evolution, LTE, antenna port 0, through LTE antenna ports 0 and 1 or through LTE antenna ports 0 to 3 in every downlink subframe; and transmitting the LTE-A reference signals through an LTE-A antenna port which is not any one of the LTE antenna ports; and the method characterized in that: the LTE-A reference signals are transmitted in each of consecutive multiple downlink subframes, the consecutive multiple downlink subframes occur on a specific cycle, and the number of subframes included in the specific cycle is larger than the number of the consecutive multiple downlink subframes. the LTE-A reference signals are transmitted in each of consecutive multiple downlink subframes, the consecutive multiple downlink subframes occur on a specific cycle, and the number of subframes included in the specific cycle is larger than the number of the consecutive multiple downlink subframes.
A TDI-type linear image sensor in which pixels are constituted of CCDs (Charge Coupled Devices) of n phases, n being an integer not smaller than 3, characterised by: - a gate opening portion and a gate non-opening portion functioning as a TDI transfer channel formed in all transfer gates of the CCDs of n phases constituting the pixels, - at least one of n microlenses being formed within one pixel pitch in a TDI transfer direction such that light is gathered onto the gate opening portion formed at the transfer gate of each phase. - a gate opening portion and a gate non-opening portion functioning as a TDI transfer channel formed in all transfer gates of the CCDs of n phases constituting the pixels, - at least one of n microlenses being formed within one pixel pitch in a TDI transfer direction such that light is gathered onto the gate opening portion formed at the transfer gate of each phase.
A flow restrictor system for use with a subterranean well, the system comprising: flow restrictors forming sections of flow paths extending between an annulus on the exterior of the system to an interior flow passage of the system, the flow restrictions being configured to resist flow of fluid through the system; a pressure sensor; and an initially closed device, configured to open an additional flow path for the flow, and thereby to permit flow of fluid to bypass the flow restrictor, in response to a predetermined pressure signal being detected by the sensor, wherein the device comprises multiple materials, which, in use of the system, increase pressure in the device, in response to contact of the materials with each other, to open the additional flow path, in which system the additional flow path is parallel to the flow paths. flow restrictors forming sections of flow paths extending between an annulus on the exterior of the system to an interior flow passage of the system, the flow restrictions being configured to resist flow of fluid through the system; a pressure sensor; and an initially closed device, configured to open an additional flow path for the flow, and thereby to permit flow of fluid to bypass the flow restrictor, in response to a predetermined pressure signal being detected by the sensor, wherein the device comprises multiple materials, which, in use of the system, increase pressure in the device, in response to contact of the materials with each other, to open the additional flow path, in which system the additional flow path is parallel to the flow paths.
Method for transmitting complex data symbols intended to be implemented in a telecommunication system, delivering a multiple-carrier signal, characterized in that it comprises a step of forming at least one block of M × K complex data symbols, with M > 1 and K > 1, implementing the following steps: - for at least one column of said block: - transformation of the M complex data symbols of said column from the frequency domain to the time domain, delivering N transformed symbols, with N ≥ M; - cyclical repetition of said N transformed symbols, delivering NK repeated symbols; - filtering by a forming filter of said NK repeated symbols, delivering NK filtered symbols; and - summation of said filtered symbols obtained for the different columns of said block, delivering NK temporal samples forming said multiple-carrier signal. - for at least one column of said block: - transformation of the M complex data symbols of said column from the frequency domain to the time domain, delivering N transformed symbols, with N ≥ M; - cyclical repetition of said N transformed symbols, delivering NK repeated symbols; - filtering by a forming filter of said NK repeated symbols, delivering NK filtered symbols; and - transformation of the M complex data symbols of said column from the frequency domain to the time domain, delivering N transformed symbols, with N ≥ M; - cyclical repetition of said N transformed symbols, delivering NK repeated symbols; - filtering by a forming filter of said NK repeated symbols, delivering NK filtered symbols; and - summation of said filtered symbols obtained for the different columns of said block, delivering NK temporal samples forming said multiple-carrier signal.
Vehicle panel handle lever comprising: - a lever body, - a mobile trigger part, intended to cooperate with a latch mechanism to actuate the handle and which is able to be mobile in rotation between a resting position wherein the said mobile trigger part does not activate the said latch mechanism and an activating position wherein said mobile trigger part activates the said latch mechanism enabling the opening of the vehicle panel, wherein the trigger part comprises an inner volume comprising at least one electrical element, characterized in that it further comprises a handle lever cover intended to be received on the lever body, and wherein the inner volume further comprises - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other. - a lever body, - a mobile trigger part, intended to cooperate with a latch mechanism to actuate the handle and which is able to be mobile in rotation between a resting position wherein the said mobile trigger part does not activate the said latch mechanism and an activating position wherein said mobile trigger part activates the said latch mechanism enabling the opening of the vehicle panel, wherein the trigger part comprises an inner volume comprising at least one electrical element, characterized in that it further comprises a handle lever cover intended to be received on the lever body, and wherein the inner volume further comprises - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other. - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other.
Guiding apparatus for guiding a tool, comprising a connecting element; a drawbar element which is connected to the connecting element and can be moved relative to the connecting element to a first position or a second position; a supporting element having a supporting stop which holds the drawbar element in the first position by supporting the supporting stop on a holding element; wherein the drawbar element is lower in the second position than in the first position; the drawbar element can be connected to the tool by means of the connecting element; either the holding element is connected to the connecting element and the supporting element is movably connected to the drawbar element or the holding element is connected to the drawbar element and the supporting element is movably connected to the connecting element; the drawbar element can be pivoted to the second position after the supporting stop is released from the holding element; and wherein the supporting element has a height-adjusting element for adjusting an angle position between the connecting element and the drawbar element in the first position.
At least one peptide, suitable for eliciting an immune response, wherein the or each peptide corresponds to a fragment of a wild-type RAS protein but has one amino acid substitution thereof, for use in the treatment of cancer by simultaneous or sequential administration with pyrimidine analogue or a pharmaceutically acceptable salt thereof, wherein the or each peptide comprises a region of at least 8 amino acids which includes position 12 or 13 of the RAS protein, and wherein the amino acid substitution of the or each peptide is at said position 12 or 13, respectively, and is selected from a G13A, G13C, G13D, G13R, G13S, G13V, G12A, G12C, G12D, G12R, G12S or a G12V substitution.
A lance (10, 30, 50), for conducting a pyrometallurgical operation by top submerged lancing injection, wherein the lance (10, 30, 50) has at least inner (12, 32, 52) and outer (14, 34, 54) substantially concentric pipes with the lower outlet end of the inner (12, 32, 52) or at least the next innermost pipe set at a level relative to the lower, outlet end of the outer pipe (14, 34, 54) required for the pyrometallurgical operation; and wherein the lance (10, 30, 50) further includes a shroud (22, 42, 62) through which the outer pipe (14, 34, 54) extends and which is mounted on and extends along an upper portion of the outer pipe (14, 34, 54) to define with the outer pipe (14, 34, 54) a passageway (28, 48, 68) along which gas is able to be supplied for flow towards the outlet end of the outer pipe (14, 34, 54) for discharge exteriorly of the lance (10, 30, 50), characterised in that the shroud (22, 42, 62) is adjustably mounted on the upper end to the outer pipe (13, 14, 34, 54) for longitudinally adjustment relative to the outer pipe (14, 34, 54) whilst the lance is in use during a pyrometallurgical operation to enable substantial maintenance of, or variation in, a longitudinal spacing between the outlet ends of the shroud (22, 42, 62) and the outer pipe (14, 34, 54).
A control system for a motor vehicle diesel engine equipped with fuel supply means of the cylinders thereof according to multiple injections, and exhaust gas recirculation means at the inlet of the engine, said system including an acquisition chain of the pressure in at least one cylinder of the engine and of the engine angle, control means of the recirculation means and means for determining a level of combustion noise in the engine, the means for determining the level of combustion noise in the engine being adapted to determine the latter as a function of the maximum of the increases in pressure gradient in the at least one cylinder caused by the multiple injections of fuel therein, and the control means being adapted to control the recirculation means as a function of the determined level of combustion noise, characterized in that the determining means are suitable to determine the level of combustion noise in the engine as a function of a level of combustion noise in the at least one cylinder according to the equation: nbc i = max j ∈ 1,2..., N max α i ∈ B j dP i d α i − dP i d α i ini j in which nbc i is the level of combustion noise in the at least one cylinder, N is the number of multiple injections of fuel in the cylinder, B j is a predetermined range of crankshaft angles of the cylinder including the maximum of the pressure gradient caused by the jth injection of fuel in the cylinder, and dP i d α i ini j. is the value of the pressure gradient in the at least one cylinder at the crankshaft angle at the start of combustion of the fuel of the jth injection.
Rasagiline mesylate particles having a D 90 particle size of 600 microns to 1500 microns, wherein the rasagiline mesylate has a total purity of 99% to 99.99% as measured by HPLC.
An apparatus for operating on tissue, the apparatus comprising an end effector, wherein said end effector comprises: (a) an ultrasonic blade, wherein said end effector is operable to apply ultrasonic energy at the blade; (b) a clamp arm pivotable relative to the blade; and (c) a clamp pad secured to said clamp arm, wherein said clamp pad is positioned to oppose said blade such that said end effector is operable to compress tissue between said clamp pad and said blade; characterized in that said clamp pad is formed from an injection-moldable material and is injection molded onto the clamp arm, the injection-moldable material comprising a blend of polybenzimidazole and polyetherketoneketone and having an Inherent Viscosity of greater than 0.6dL/g. (a) an ultrasonic blade, wherein said end effector is operable to apply ultrasonic energy at the blade; (b) a clamp arm pivotable relative to the blade; and (c) a clamp pad secured to said clamp arm, wherein said clamp pad is positioned to oppose said blade such that said end effector is operable to compress tissue between said clamp pad and said blade;
Method for purifying a first fatty acid using an initial mixture further comprising at least one second fatty acid, a third fatty acid and a fourth fatty acid, with the method comprising at least: - a first step of chromatographic separation in liquid phase, using the initial mixture, carried out in a first unit for chromatographic separation, making it possible to recover on the one hand a first flow enriched with a first fatty acid and on the other hand a flow enriched with a second fatty acid; - a second step of chromatographic separation in liquid phase, using the first flow enriched with a first fatty acid, carried out in a second chromatographic separation unit, making it possible to recover on the one hand a second flow enriched with a first fatty acid and on the other hand a flow enriched with a third fatty acid, the second unit for chromatographic separation being a static bed chromatographic separation unit; - a third step of chromatographic separation in liquid phase, using the second flow enriched with a first fatty acid, carried out in a third chromatographic separation unit, making it possible to recover on the one hand a third flow enriched with a first fatty acid and on the other hand a flow enriched with a fourth fatty acid, wherein the first fatty acid is a first polyunsaturated fatty acid. - a first step of chromatographic separation in liquid phase, using the initial mixture, carried out in a first unit for chromatographic separation, making it possible to recover on the one hand a first flow enriched with a first fatty acid and on the other hand a flow enriched with a second fatty acid; - a second step of chromatographic separation in liquid phase, using the first flow enriched with a first fatty acid, carried out in a second chromatographic separation unit, making it possible to recover on the one hand a second flow enriched with a first fatty acid and on the other hand a flow enriched with a third fatty acid, the second unit for chromatographic separation being a static bed chromatographic separation unit; - a third step of chromatographic separation in liquid phase, using the second flow enriched with a first fatty acid, carried out in a third chromatographic separation unit, making it possible to recover on the one hand a third flow enriched with a first fatty acid and on the other hand a flow enriched with a fourth fatty acid, wherein the first fatty acid is a first polyunsaturated fatty acid.
A sample smearing apparatus comprising: a first slide glass feeder for feeding a slide glass before processing; characterized by: a slide glass transporter that includes a slide glass holder that holds the slide glass, and that is capable of receiving the slide glass at a first slide glass feeding position from the first slide glass feeder, and transporting the received slide glass while holding the slide glass with the slide glass holder; and a slide processor for performing processing on the slide glass held by the slide glass holder, wherein the slide glass holder is configured to transport the slide glass in an X-direction and a Y-direction while holding the slide glass. a slide glass transporter that includes a slide glass holder that holds the slide glass, and that is capable of receiving the slide glass at a first slide glass feeding position from the first slide glass feeder, and transporting the received slide glass while holding the slide glass with the slide glass holder; and a slide processor for performing processing on the slide glass held by the slide glass holder, wherein the slide glass holder is configured to transport the slide glass in an X-direction and a Y-direction while holding the slide glass.