mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting a Multimedia Ring Tone, MRT, for an Instant Message, IM, comprising: setting for a user, in an Instant Message Application Server, IM-AS, an MRT presenting rule of the IM; when the IM-AS receives the IM from the user, and determines, according to the MRT presenting rule of the IM, that an MRT needs to be presented to a receiver of the IM, selecting (103; 202), by the IM-AS, an MRT to be presented from MRT resources of the user, and sending (104; 203), by the IM-AS, address information of the MRT to be presented in a Resource Server, RS, along with the IM to the IM receiver; and downloading (107; 219), by the IM receiver, the MRT from the RS according to the address information of the MRT resources; and presenting (109; 221), by the IM receiver, the MRT; wherein the MRT presenting rule of the IM comprises: when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in a cycle order in which the MRT resources are stored; or when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in the MRT resources in a random order. setting for a user, in an Instant Message Application Server, IM-AS, an MRT presenting rule of the IM; when the IM-AS receives the IM from the user, and determines, according to the MRT presenting rule of the IM, that an MRT needs to be presented to a receiver of the IM, selecting (103; 202), by the IM-AS, an MRT to be presented from MRT resources of the user, and sending (104; 203), by the IM-AS, address information of the MRT to be presented in a Resource Server, RS, along with the IM to the IM receiver; and downloading (107; 219), by the IM receiver, the MRT from the RS according to the address information of the MRT resources; and presenting (109; 221), by the IM receiver, the MRT; wherein the MRT presenting rule of the IM comprises: when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in a cycle order in which the MRT resources are stored; or when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in the MRT resources in a random order. when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in a cycle order in which the MRT resources are stored; or when the MRT resources of the user contain two or more MRTs, selecting an MRT to be presented to the IM receiver in the MRT resources in a random order.
A digital repeater system for repeating RF signals, the digital repeater system comprising: a receiving section configured for receiving an RF input signal (RF IN) that includes at least one frequency band having at least one subband associated with at least one communication channel of a telecommunications network, the receiving section being configured to digitize the RF input signal (RF IN) to obtain a digital signal (IF IN); a filter device (205, 206) comprising at least one digital filter (211 1 -211 N) having a passband for digitally filtering the digital signal (IF IN), the at least one digital filter (211 1 -211 N) being configurable by setting filter coefficients; a gain control device (213 1 -213 N) configurable to set a gain of at least a portion of the digital signal (IF IN); at least one transmitting section configured for transmitting an RF output signal (RF OUT) and for converting the digital signal (IF IN) to the RF output signal (RF OUT) for transmission; and a control unit adapted to configure the filter coefficients of the at least one digital filter (211 1 -211 N) in response to a change in the gain setting of the gain control device (213 1 -213 N), wherein the filter coefficients are configured based on the change in the gain setting to optimize group delay. a receiving section configured for receiving an RF input signal (RF IN) that includes at least one frequency band having at least one subband associated with at least one communication channel of a telecommunications network, the receiving section being configured to digitize the RF input signal (RF IN) to obtain a digital signal (IF IN); a filter device (205, 206) comprising at least one digital filter (211 1 -211 N) having a passband for digitally filtering the digital signal (IF IN), the at least one digital filter (211 1 -211 N) being configurable by setting filter coefficients; a gain control device (213 1 -213 N) configurable to set a gain of at least a portion of the digital signal (IF IN); at least one transmitting section configured for transmitting an RF output signal (RF OUT) and for converting the digital signal (IF IN) to the RF output signal (RF OUT) for transmission; and a control unit adapted to configure the filter coefficients of the at least one digital filter (211 1 -211 N) in response to a change in the gain setting of the gain control device (213 1 -213 N), wherein the filter coefficients are configured based on the change in the gain setting to optimize group delay.
A method for generating a digital signature for a digital content by means of a computer and a trustworthy signature hardware connected thereto for data exchange by: - generating a message digest from the digital content by an application executed on the computer and a one-way function; - generating descriptive data relating to the digital signature; - transmitting the message digest and the descriptive data to the trustworthy signature hardware; - outputting the descriptive data at an output device of the trustworthy signature hardware; - carrying out a user interaction as precondition for the continuation of the method; - generating signature data from the message digest and the descriptive data by the trustworthy signature hardware, in which at least a part of the signature data is dependent both on the message digest and on the descriptive data, wherein the signature data are derived from a linking of the message digest and the descriptive data, which linking comprises the execution of a one-way function on the descriptive data and the message digest; and - transmitting the signature data from the trustworthy signature hardware to the computer and in particular the application. - generating a message digest from the digital content by an application executed on the computer and a one-way function; - generating descriptive data relating to the digital signature; - transmitting the message digest and the descriptive data to the trustworthy signature hardware; - outputting the descriptive data at an output device of the trustworthy signature hardware; - carrying out a user interaction as precondition for the continuation of the method; - generating signature data from the message digest and the descriptive data by the trustworthy signature hardware, in which at least a part of the signature data is dependent both on the message digest and on the descriptive data, wherein the signature data are derived from a linking of the message digest and the descriptive data, which linking comprises the execution of a one-way function on the descriptive data and the message digest; and - transmitting the signature data from the trustworthy signature hardware to the computer and in particular the application.
A method for video coding, comprising: arranging video data in a plurality of luma subblocks and a plurality of chroma subblocks, wherein the video data has a color sampling format, and each chroma subblock corresponds to one or more luma subblocks according to the color sampling format; and deriving an affine motion vector for a chroma subblock out of the chroma subblocks using an average luma motion vector obtained by averaging motion vectors of the corresponding luma subblocks; wherein the corresponding luma subblocks are derived according to the color sampling format; characterised in that the averaging process uses the motion vectors from different luma subblocks under different color sampling formats, wherein in the case that the color sampling format is 4:4:4, the average luma motion vector is the motion vector of one corresponding luma subblock, and in the case that the color sampling format is 4:2:2, the average luma motion vector is obtained by taking an average of the motion vectors of two corresponding luma subblocks. arranging video data in a plurality of luma subblocks and a plurality of chroma subblocks, wherein the video data has a color sampling format, and each chroma subblock corresponds to one or more luma subblocks according to the color sampling format; and deriving an affine motion vector for a chroma subblock out of the chroma subblocks using an average luma motion vector obtained by averaging motion vectors of the corresponding luma subblocks; wherein the corresponding luma subblocks are derived according to the color sampling format; characterised in that the averaging process uses the motion vectors from different luma subblocks under different color sampling formats, wherein in the case that the color sampling format is 4:4:4, the average luma motion vector is the motion vector of one corresponding luma subblock, and in the case that the color sampling format is 4:2:2, the average luma motion vector is obtained by taking an average of the motion vectors of two corresponding luma subblocks.
Electrical plug-in connector with a connection part with which a multiplicity of pins are associated, wherein the pins can be electrically connected by in each case one conductor with contacts of a contact strip which is arranged in a housing in particular, wherein at least one leadframe, which has at least one of the conductors, is fixedly arranged in a holder, characterized in that the leadframe has in each case one spring-action strain-relief means in the region of the conductors, which strain-relief means are of meandering shape, wherein the strain-relief means are stamped out of the leadframe in a meandering shape.
A de-icing arrangement of a wind turbine rotor blade, which de-icing arrangement comprises - an electrically conductive mat; - an electrically conductive band for distributing an electric current along a first edge of the mat; - a current supply connector for connecting the band to a current supply; wherein at least the electrically conductive mat is embedded in the body of the rotor blade; and wherein the de-icing arrangement comprises a pressure connection formed between the conductive band and the conductive mat; and is characterized in that the mat comprises an arrangement of electrically and thermally conductive fibres, and an arrangement of thermally conductive raised elements applied to the electrically conductive fibres, said raised elements are formed as bumps applied to the mat, above which any fibreglass layer and/or resin coating is thinnest. - an electrically conductive mat; - an electrically conductive band for distributing an electric current along a first edge of the mat; - a current supply connector for connecting the band to a current supply;
A system for measuring optical signal detector performance, comprising: an optical signal detector comprising a first detection channel having a first light source and a first sensor, the first detection channel being configured to emit and focus light generated by the first light source at a first detection zone, and to receive and focus light on the first sensor; and a controller operatively coupled to the optical signal detector and configured to determine an operational performance status of the optical signal detector based on (i) a first measured intensity of light focused on the sensor while a first non-fluorescent surface portion is in the first detection zone and (ii) a second measured intensity of light focused on the sensor while a void is in the first detection zone. an optical signal detector comprising a first detection channel having a first light source and a first sensor, the first detection channel being configured to emit and focus light generated by the first light source at a first detection zone, and to receive and focus light on the first sensor; and a controller operatively coupled to the optical signal detector and configured to determine an operational performance status of the optical signal detector based on (i) a first measured intensity of light focused on the sensor while a first non-fluorescent surface portion is in the first detection zone and (ii) a second measured intensity of light focused on the sensor while a void is in the first detection zone.
A gyroscope comprising: a structure configured to be driven to move about a drive axis, the structure further configured to move about a sense axis in response to a Coriolis force generated by rotation of the structure about a rotational axis while moving about the drive axis; and an optical sensor system configured to optically measure movement of the structure about the sense axis, wherein the optical sensor system comprises at least one optical fiber configured to irradiate at least a portion of the structure with electromagnetic radiation in a direction of the movement about the sense axis and to receive reflected electromagnetic radiation from the portion of the structure to optically measure the movement of the structure about the sense axis; further comprising a drive system configured to drive the structure to oscillate about the drive axis, characterised in that the drive system comprises one or more optical fibers configured to irradiate at least a portion of the structure with electromagnetic radiation having sufficient radiation pressure to drive the structure to oscillate about the drive axis. a structure configured to be driven to move about a drive axis, the structure further configured to move about a sense axis in response to a Coriolis force generated by rotation of the structure about a rotational axis while moving about the drive axis; and an optical sensor system configured to optically measure movement of the structure about the sense axis, wherein the optical sensor system comprises at least one optical fiber configured to irradiate at least a portion of the structure with electromagnetic radiation in a direction of the movement about the sense axis and to receive reflected electromagnetic radiation from the portion of the structure to optically measure the movement of the structure about the sense axis;
A pressure-sensitive adhesive base comprising components A to C below; A. a copolymer having as monomer units a carboxyl group-containing monomer and a (meth)acrylic acid ester, B. one or more type of liquid or semisolid organic compound that is miscible with the copolymer of component A, and C. at least one type selected from a multivalent metal oxide and a multivalent metal hydroxide, the total content of component A being 40% to 80% of the total mass of the pressure-sensitive adhesive base, the carboxyl group-containing monomer of the copolymer of component A being 5 to 50 mass %, the total content of component B being at least 10% of the total mass of the pressure-sensitive adhesive base, the total content of component C being 0.1% to 2% of the total mass of the pressure-sensitive adhesive base, and the base containing substantially no water. A. a copolymer having as monomer units a carboxyl group-containing monomer and a (meth)acrylic acid ester, B. one or more type of liquid or semisolid organic compound that is miscible with the copolymer of component A, and C. at least one type selected from a multivalent metal oxide and a multivalent metal hydroxide,
A method for reducing oscillation loads of a wind turbine induced by high turbulence or combined with other environmental conditions, the method comprising: determining at least one wind parameter at the wind turbine; wherein determining the at least one wind parameter comprises filtering a plurality of wind parameters; monitoring an operating condition of the wind turbine; determining, by a processor, a variance of the monitored operating condition based at least in part on the standard deviation of the operating condition, and of the plurality of the wind parameters, wherein the variance is indicative of an oscillation occurring at one or more wind turbine components; determining, by the processor, an operating set point based on the variance; and operating the wind turbine based on the operating set point when the variance indicates that the oscillation comprises a frequency within a certain frequency band so as to modify the frequency, wherein the modified frequency is outside of the frequency band and reduces oscillation loads occurring at the one or more wind turbine components. determining at least one wind parameter at the wind turbine; wherein determining the at least one wind parameter comprises filtering a plurality of wind parameters; monitoring an operating condition of the wind turbine; determining, by a processor, a variance of the monitored operating condition based at least in part on the standard deviation of the operating condition, and of the plurality of the wind parameters, wherein the variance is indicative of an oscillation occurring at one or more wind turbine components; determining, by the processor, an operating set point based on the variance; and operating the wind turbine based on the operating set point when the variance indicates that the oscillation comprises a frequency within a certain frequency band so as to modify the frequency, wherein the modified frequency is outside of the frequency band and reduces oscillation loads occurring at the one or more wind turbine components.
A process of producing a cured 3-dim article, the process comprising the step of processing a radiation-curable composition with an additive-manufacturing technique comprising a radiation-curing step, the radiation-curable composition comprising mercapto-functional Component A comprising at least three mercapto moieties, crosslinker Component B with at least three vinyl or allyl moieties, photo-initiator(s) Component C for initiating a curing reaction between Component A and Component B, wherein the radiation-curable composition does not comprise urethane (meth)acrylate oligomers in an amount of more than 4 wt.% with respect to the weight of the whole composition. the radiation-curable composition comprising mercapto-functional Component A comprising at least three mercapto moieties, crosslinker Component B with at least three vinyl or allyl moieties, photo-initiator(s) Component C for initiating a curing reaction between Component A and Component B, wherein the radiation-curable composition does not comprise urethane (meth)acrylate oligomers in an amount of more than 4 wt.% with respect to the weight of the whole composition.
Reactor for the high-pressure non-catalytic synthesis of melamine from urea, comprising an outer pressure shell, a first reaction zone and a second reaction zone contained in said outer shell, wherein the second reaction zone is an annular space arranged coaxially around the first reaction zone, the reactor further including: a urea input arranged to direct a urea feed into the first reaction zone, which is a zone for conversion of urea into a crude melamine melt; separation means arranged to separate the first reaction zone from the second reaction zone; at least one communication port (26, 35, 44) between the first reaction zone and the second reaction zone arranged to transfer the liquid crude melamine melt formed in the first reaction zone to the second reaction zone for further processing; at least one melamine outlet for withdrawing a purified melamine-containing product from bottom of the second reaction zone, and at least one gas passage (24, 34, 43) for withdrawing overhead melamine off gas containing ammonia and carbon dioxide from said second reaction zone; wherein said at least one communication port has a liquid inlet section (26a, 35a, 44a) which, in operation, is located below the level of the liquid melamine melt contained in the first reaction zone, said inlet section being immersed in the liquid melamine melt to create a hydraulic seal between the first reaction zone and the second reaction zone. a urea input arranged to direct a urea feed into the first reaction zone, which is a zone for conversion of urea into a crude melamine melt; separation means arranged to separate the first reaction zone from the second reaction zone; at least one communication port (26, 35, 44) between the first reaction zone and the second reaction zone arranged to transfer the liquid crude melamine melt formed in the first reaction zone to the second reaction zone for further processing; at least one melamine outlet for withdrawing a purified melamine-containing product from bottom of the second reaction zone, and at least one gas passage (24, 34, 43) for withdrawing overhead melamine off gas containing ammonia and carbon dioxide from said second reaction zone; wherein said at least one communication port has a liquid inlet section (26a, 35a, 44a) which, in operation, is located below the level of the liquid melamine melt contained in the first reaction zone, said inlet section being immersed in the liquid melamine melt to create a hydraulic seal between the first reaction zone and the second reaction zone.
A liquid immersion member for use in an immersion exposure apparatus for exposing a substrate with exposure light via an emergent surface of an optical member, to form an immersion space on an object that is capable of moving below the optical member, the liquid immersion member comprising: a first member having an opening through which the exposure light can pass and a first lower surface arranged surrounding the opening; a second member having a second lower surface arranged surrounding the first lower surface and arranged such that the object can face the second lower surface; a supply port arranged on the first member to supply liquid; and a recovery part arranged so as not to oppose the object when the object faces the second lower surface to recover at least a part of the liquid in a gap between the first member and the second member, characterised in that: the second member is arranged to be movable by a drive system. a first member having an opening through which the exposure light can pass and a first lower surface arranged surrounding the opening; a second member having a second lower surface arranged surrounding the first lower surface and arranged such that the object can face the second lower surface; a supply port arranged on the first member to supply liquid; and a recovery part arranged so as not to oppose the object when the object faces the second lower surface to recover at least a part of the liquid in a gap between the first member and the second member, characterised in that: the second member is arranged to be movable by a drive system. the second member is arranged to be movable by a drive system.