mhurhangee/ep-ind-claims huggingface dataset:
A method of editing a digital image, the method comprising: presenting simultaneously multiple operating controls corresponding to multiple graphical modification categories; receiving through the operating controls modification parameters indicating graphical modifications to be performed on a source image; presenting an intermediate image based on the source image; applying the received modification parameters to the intermediate image as each modification parameter is received; combining the received modification parameters into a modification set; and applying the modification set to the source image in a single composite operation to generate a target image. presenting simultaneously multiple operating controls corresponding to multiple graphical modification categories; receiving through the operating controls modification parameters indicating graphical modifications to be performed on a source image; presenting an intermediate image based on the source image; applying the received modification parameters to the intermediate image as each modification parameter is received; combining the received modification parameters into a modification set; and applying the modification set to the source image in a single composite operation to generate a target image.
An MIMO communication system comprising a transmitter with #1 to #N, N being an integer equal to or greater than 2, antennas and a receiver with #1 to #L, L being an integer equal to or greater than 2, antennas, in which said transmitter comprises: a transmission signal generator for generating a transmission signal; a signal dividing unit for dividing the transmission signal into #1 to #K, K being an integer equal to or less than smaller one of N or L, signal streams according to transmission weights derived from feedback information informed from the receiver through a feedback path; a signal modulator for modulating the #1 to #K signal streams, respectively; and a stream processor for dividing respective #1 to #K modulated signal streams into #1 to #N substreams and multiplying the #1 to #N substreams by the #1 to #N transmission weights, respectively; and said receiver comprising: a channel state estimating means for estimating state of each communication channel from received signals received by the #1 to #L antennas to output information of channel state; a feedback signal generating means for generating feedback information according to the information of channel state; a feedback-delay compensating means for processing the feedback information in order to compensate feedback-delay of the feedback path; a proper reception weight generating means for generating proper reception weights by using the information of channel state and processed feedback information from the feedback-delay compensating means; a reception weight multiplier for multiplying the received #1 to #L substreams of respective #1 to #K signal streams by the proper #1 to #L reception weights, respectively; a demodulator for composing the #1 to #L weighted substreams to obtain respective composed #1 to #K signal streams and demodulating the composed #1 to #K signal streams, respectively; and a signal combining unit corresponding to the signal dividing unit of the transmitter for combining the demodulated K signal streams from the demodulator to reproduce the original transmission signal. a transmission signal generator for generating a transmission signal; a signal dividing unit for dividing the transmission signal into #1 to #K, K being an integer equal to or less than smaller one of N or L, signal streams according to transmission weights derived from feedback information informed from the receiver through a feedback path; a signal modulator for modulating the #1 to #K signal streams, respectively; and a stream processor for dividing respective #1 to #K modulated signal streams into #1 to #N substreams and multiplying the #1 to #N substreams by the #1 to #N transmission weights, respectively; and said receiver comprising:
A method for characterizing a hydrocarbon sample, comprising: obtaining a hydrocarbon sample comprising at least about 90 wt% of saturate compounds; forming saturate-ion adducts by laser desorption ionization in the presence of a soft Lewis acid; detecting the saturate-ion adducts using mass spectrometry with a resolving power of at least about 10,000, the detected saturate-ion adducts comprising a mass spectrum which is a list of accurate masses and intensities of the corresponding masses; selecting the detected saturate-ion adducts based on Kendrick mass defect values so that Kendrick mass defect values of between about 0.150 to about 0.400 are retained; assigning molecular formula to the selected saturate-ion adducts in the mass spectrum; and determining weight percentages for compounds in the hydrocarbon sample based on the intensities of the saturate-ion adducts. obtaining a hydrocarbon sample comprising at least about 90 wt% of saturate compounds; forming saturate-ion adducts by laser desorption ionization in the presence of a soft Lewis acid; detecting the saturate-ion adducts using mass spectrometry with a resolving power of at least about 10,000, the detected saturate-ion adducts comprising a mass spectrum which is a list of accurate masses and intensities of the corresponding masses; selecting the detected saturate-ion adducts based on Kendrick mass defect values so that Kendrick mass defect values of between about 0.150 to about 0.400 are retained; assigning molecular formula to the selected saturate-ion adducts in the mass spectrum; and determining weight percentages for compounds in the hydrocarbon sample based on the intensities of the saturate-ion adducts.
An antibody or antigen binding fragment capable of binding to CXCR3, said antibody or antigen binding fragment comprising six complementarity determining regions (CDRs): heavy chain variable domain CDR1, VH CDR2, VH CDR3, light chain variable domain CDR1, VL CDR2, and VL CDR3, wherein: VH CDR1 has the amino acid sequence GFTFTSYA; VH CDR2 has the amino acid sequence ISHGGTYT; VH CDR3 has the amino acid sequence ARHPIYSGNYQGYFDY; VL CDR1 has the amino acid sequence SGVNY; VL CDR2 has the amino acid sequence FTS; and VL CDR3 has the amino acid sequence QQFTSSPYT. VH CDR1 has the amino acid sequence GFTFTSYA; VH CDR2 has the amino acid sequence ISHGGTYT; VH CDR3 has the amino acid sequence ARHPIYSGNYQGYFDY; VL CDR1 has the amino acid sequence SGVNY; VL CDR2 has the amino acid sequence FTS; and VL CDR3 has the amino acid sequence QQFTSSPYT.
Method for controlling the machining of a part by a portable automatic machining apparatus, the machining apparatus comprising at least one machining tool which is configured to machine the part under the action of a pressurized fluid feeding the apparatus and following a machining cycle comprising a number of phases and at least one machining support equipment item (Y, E), said at least one machining support equipment item cooperating with said at least one machining tool during the machining of the part, the control method comprises the following steps: - measuring the pressure of the fluid at the outlet of the apparatus, - analyzing the measured pressure to detect at least one phase of the cycle of machining of the part by said at least one machining tool from the duly measured pressure, - controlling said at least one machining support equipment item as a function of said at least one detected machining cycle phase. - measuring the pressure of the fluid at the outlet of the apparatus, - analyzing the measured pressure to detect at least one phase of the cycle of machining of the part by said at least one machining tool from the duly measured pressure, - controlling said at least one machining support equipment item as a function of said at least one detected machining cycle phase.
Method implemented by a UWB system of a vehicle, said UWB system including at least two UWB sensors (21, 22, 23, 720), with a view to determining a zone in which a UWB device (20, 730) is located among a predetermined set of zones (11, 12), by applying a function dependent on a set of physical quantities including, for each respective UWB sensor (21, 22, 23, 720), at least one respective physical quantity dependent on the position of the UWB device (20, 730) with respect to the respective UWB sensor (21, 22, 23, 720), the function comprising one or more generalized linear models, each generalized linear model taking as input a respective subset of the physical quantities, each generalized linear model comprising respective weights and a respective decision boundary, the method comprising: • by each respective UWB sensor (21, 22, 23, 720), carrying out a measurement with a view to obtaining a measured value of the respective physical quantity, the measurement by one or more first UWB sensors (21, 23) succeeding, and the measurement by one or more second UWB sensors failing, the respective subset of at least one generalized linear model comprising at least one physical quantity for which the measurement failed; • for each generalized linear model comprising at least one physical quantity for which the measurement failed, and for each physical quantity for which the measurement failed, determination of a replacement value of the physical quantity for application of the generalized linear model, the replacement value being equal to the antecedent of the respective decision boundary by the generalized linear model divided by the sum of the respective weights; and • evaluation of the function based on the set consisting of each measured value and of each replacement value. • by each respective UWB sensor (21, 22, 23, 720), carrying out a measurement with a view to obtaining a measured value of the respective physical quantity, the measurement by one or more first UWB sensors (21, 23) succeeding, and the measurement by one or more second UWB sensors failing, the respective subset of at least one generalized linear model comprising at least one physical quantity for which the measurement failed; • for each generalized linear model comprising at least one physical quantity for which the measurement failed, and for each physical quantity for which the measurement failed, determination of a replacement value of the physical quantity for application of the generalized linear model, the replacement value being equal to the antecedent of the respective decision boundary by the generalized linear model divided by the sum of the respective weights; and • evaluation of the function based on the set consisting of each measured value and of each replacement value.
A rear axle of a motor vehicle comprising a rear crossmember provided with a body to which are connected a first and a second half-axle and also a silencer aiming to limit a noise level of exhaust gas circulating in an exhaust line, characterized in that said silencer is positioned in the interior of a hollow volume delimited by said body of said rear crossmember, in that the body of said rear crossmember is delimited by walls (15, 16, 17), and in that said body has a substantially U-shaped cross section.
A method of manufacturing Nd-Fe-B magnets comprising at least the steps of: - providing Nd-Fe-B ribbons produced by melt spinning technique and a powder containing a heavy rare earth metal, - mixing the Nd-Fe-B ribbons with the powder containing the heavy rare earth metal such that a mixture having between 1 and 4 weight % of the heavy rare earth metal in the mixture is achieved, - pressing and spark plasma sintering the mixture to a fully dense nanocrystalline Nd-Fe-B magnet and - subsequently annealing the Nd-Fe-B magnet to allow the diffusion of the heavy rare earth metal. - providing Nd-Fe-B ribbons produced by melt spinning technique and a powder containing a heavy rare earth metal, - mixing the Nd-Fe-B ribbons with the powder containing the heavy rare earth metal such that a mixture having between 1 and 4 weight % of the heavy rare earth metal in the mixture is achieved, - pressing and spark plasma sintering the mixture to a fully dense nanocrystalline Nd-Fe-B magnet and - subsequently annealing the Nd-Fe-B magnet to allow the diffusion of the heavy rare earth metal.
A direct digital synthesizer including a digital-to-time converter, the DDS further including a system for reducing DTC spurs comprising: at least one dither source; measurement circuits configured to perform pulse delay measurements across the DTC; a microprocessor configured to calculate look-up table values based on the pulse delay measurements; a random access memory including a look-up table configured to store the calculated look-up table values; and an adder configured to combine outputs of the look-up table and the dither source so as to compensate unequal unit delay values in the DTC. at least one dither source; measurement circuits configured to perform pulse delay measurements across the DTC; a microprocessor configured to calculate look-up table values based on the pulse delay measurements; a random access memory including a look-up table configured to store the calculated look-up table values; and an adder configured to combine outputs of the look-up table and the dither source so as to compensate unequal unit delay values in the DTC.
A mounting arrangement for an electrical contactor, comprising: a panel; a post having a first end and a second end protruding from the panel, the first end configured to connect to an electrical contactor, the second end configured to connect to an electrical bus bar; and a cold plate extending about the post and overlaying the panel, wherein the cold plate is in thermal communication with the post for transferring heat between the cold plate and the post; characterized in that the cold plate has an inlet and an outlet, and defines with its interior a coolant channel, the coolant channel overlaying the panel; wherein the coolant channel is a first coolant channel, and wherein the cold plate defines a second coolant channel overlaying the panel; and wherein the first coolant channel and the second coolant channel are disposed on laterally opposite sides of the post. a panel; a post having a first end and a second end protruding from the panel, the first end configured to connect to an electrical contactor, the second end configured to connect to an electrical bus bar; and a cold plate extending about the post and overlaying the panel, wherein the cold plate is in thermal communication with the post for transferring heat between the cold plate and the post; characterized in that the cold plate has an inlet and an outlet, and defines with its interior a coolant channel, the coolant channel overlaying the panel;
A polymerizable thermoset composition, comprising a) a cross-linkable organic cyanate ester resin, and b) a cross-linkable aryl ethynyl-terminated polyimide, wherein the polymerizable thermoset composition comprises at least one allyl compatibilizer comprising at least two functional groups selected from the group comprising hydroxides, primary amines, secondary amines, anhydrides, cyanate esters, epoxides and mixtures thereof. a) a cross-linkable organic cyanate ester resin, and b) a cross-linkable aryl ethynyl-terminated polyimide,
Method for inspection of metallurgical cast products in a production line, comprising the steps of: - recording a thermographic image of at least a part area of the cast product; and - evaluating the thermographic image with respect to the presence of surface defects and/or near-surface defects, wherein the thermographic recording is carried out by means of a thermographic camera and the thermographic camera during the thermographic recording is moved synchronously with the cast product and preferably after conclusion of recording of the thermographic image is moved opposite to the production direction back into a starting position for fresh recording of a thermographic image. - recording a thermographic image of at least a part area of the cast product; and - evaluating the thermographic image with respect to the presence of surface defects and/or near-surface defects,
A composition comprising 2'-fucosyllactose for use in treating and/or preventing viral diarrhoea caused by rotavirus, said composition not being human milk.
Device for mounting/dismounting tyres of vehicles, in particular heavy goods vehicles, installed in a light utility vehicle, said device comprising at least a first chassis, an arm articulated on one of the ends of said chassis, a chuck secured to the free end of said arm and arranged to secure and rotate a rim about a first substantially horizontal rotation axis, and a tool holder provided with at least one tool for mounting/dismounting tyres, said tool holder being telescopic and able to move with respect to said arm in order to position said tool in the working position, said device being characterised in that it comprises a heat engine secured to the first chassis and a hydraulic pump coupled directly to said heat engine and able to distribute oil under pressure in order at least indirectly, firstly, to move the arm and the tool holder in order to position the chuck and the tool in their respective working positions and secondly to rotate the chuck about said rotation axis.
A method of transmitting a power headroom report by a user equipment in a communication system supporting multi-carriers, comprising the steps of: calculating a power headroom for a first serving cell using a maximum transmission power of the user equipment for the first serving cell; calculating a power headroom for a second serving cell using a maximum transmission power of the user equipment for the second serving cell; and transmitting the power headroom report to a base station, the power headroom report including the power headroom for the first serving cell, the maximum transmission power for the first serving cell, the power headroom for the second serving cell, and the maximum transmission power for the second serving cell, wherein each power headroom includes information on power status of the user equipment for a corresponding serving cell. calculating a power headroom for a first serving cell using a maximum transmission power of the user equipment for the first serving cell; calculating a power headroom for a second serving cell using a maximum transmission power of the user equipment for the second serving cell; and transmitting the power headroom report to a base station, the power headroom report including the power headroom for the first serving cell, the maximum transmission power for the first serving cell, the power headroom for the second serving cell, and the maximum transmission power for the second serving cell, wherein each power headroom includes information on power status of the user equipment for a corresponding serving cell.
A method for controlling a plurality of Remote User Interface Servers, RUISs, (201, 202, 203) by a Remote User Interface Client, RUIC, in a home network, the method comprising: displaying (503, 509) an user interface, UI, page for controlling the plurality of RUISs; receiving (504, 510) an input of a control command for controlling the plurality of RUISs from a user through the UI page; generating a control message for transmitting the control command in a multicast manner or a broadcast manner, the control message including a common control command for the plurality of RUISs and an additional control command for at least one of the plurality of RUISs; and transmitting the control message to the plurality of RUISs. displaying (503, 509) an user interface, UI, page for controlling the plurality of RUISs; receiving (504, 510) an input of a control command for controlling the plurality of RUISs from a user through the UI page; generating a control message for transmitting the control command in a multicast manner or a broadcast manner, the control message including a common control command for the plurality of RUISs and an additional control command for at least one of the plurality of RUISs; and transmitting the control message to the plurality of RUISs.
Fluid flow regulating device, particularly for automotive gas systems, comprising a body made of a first material and a component coupled to the body and made of a second material different from said first material, wherein the component comprises a coupling portion by means of which it is coupled to the valve body and an abutment surface lying in a plane perpendicular to the axis of the coupling portion, and wherein an o-ring is mounted on the component between the coupling portion and the abutment surface, the device further comprising, between the body and the component, a spacer element of annular shape arranged around the component so as to be in contact on the one hand against the body and on the other against the component, thus avoiding direct contact between the latter and the body in a zone of the device exposed to the surrounding environment, the device being characterized in that said spacer element is made of a third material having an electric potential value between those of said first material and of said second material.
A process for pretreating a formed article, characterized in that it comprises a step of projecting particles that are made of ceramics, with an average particle size of not more than 200 μm, onto at least a portion of a surface of a formed article that comprises a resin and interior fibers, so that an arithmetic mean surface roughness Ra of the surface of the formed article after the step of projecting the particles is not less than 0.3 μm and not more than 2 μm so as to pretreat without causing damage to the interior fibers, in the step of projecting particles, a blast pressure is not less than 0.1 MPa and not more than 1 MPa, and a coverage formed by the projected particles is not less than 100% and not more than 1000%.
Perforated plate for an application device for application of a fluid serving as a coating medium onto a motor vehicle body and/or an attachment for this, with at least four through-holes (2.1, 3.1, 3.2, 3.3) for passage of the fluid, wherein the through-holes (2.1, 3.1, 3.2, 3.3) are assigned to a nozzle row with a central region and two edge regions (3a, 3b) and spaced apart from each other by hole spacings (a1, a2, a3, a4, a5), wherein the at least one outermost hole spacing (a1, a2) of the nozzle row in at least one edge region is larger by at most the factor of 3 than at least one hole spacing in the central region, characterised in that all through-holes (2.1, 3.1, 3.2, 3.3) of the nozzle row each have a hole inlet opening on the upstream side of the perforated plate and a hole outlet opening with a pipe stub as a three-dimensional structuring on the downstream side of the perforated plate.