mhurhangee/ep-ind-claims huggingface dataset:
A network node, comprising: processing circuitry configured to: determine adapted configured grant, CG, control information based at least on CG control information; and signal the adapted CG control information for configuring transmission on at least one CG resource, the adapted CG control information corresponding to adapted CG-uplink control information, UCI, wherein the adapted CG control information includes at least one field that has a configurable quantity of bits, wherein the at least one field includes at least one of a hybrid automatic repeat request-identifier, HARQ-ID, field, a redundancy version, RV, field, a new data indicator, NDI, field. determine adapted configured grant, CG, control information based at least on CG control information; and signal the adapted CG control information for configuring transmission on at least one CG resource, the adapted CG control information corresponding to adapted CG-uplink control information, UCI, wherein the adapted CG control information includes at least one field that has a configurable quantity of bits, wherein the at least one field includes at least one of a hybrid automatic repeat request-identifier, HARQ-ID, field, a redundancy version, RV, field, a new data indicator, NDI, field.
A method to realize a liquid crystal tri-dimensional aligned structure, including: ∘ Providing a first substrate having a first surface; ∘ Forming a liquid crystal layer in contact to said first surface, said liquid crystal layer including a polymerizable liquid crystal compound; ∘ Realizing a first aligning formation (10, 10a, 10b, 20a, 30a, 40a, 50a, 60a) within said liquid crystal layer by irradiating a first portion of said liquid crystal layer with a direct laser writing technique according to a given first pattern, so that said first portion of liquid crystal compound becomes polymerized and said first aligning formation (10, 10a, 10b, 20a, 30a, 40a, 50a, 60a) is made of said polymerized liquid crystal compound according to said given first pattern, said first aligning structure defining a first aligning axis (F1, F2); ∘ Locally orienting optical axes of molecules of said liquid crystal layer along said first aligning axis (F1, F2). ∘ Providing a first substrate having a first surface; ∘ Forming a liquid crystal layer in contact to said first surface, said liquid crystal layer including a polymerizable liquid crystal compound; ∘ Realizing a first aligning formation (10, 10a, 10b, 20a, 30a, 40a, 50a, 60a) within said liquid crystal layer by irradiating a first portion of said liquid crystal layer with a direct laser writing technique according to a given first pattern, so that said first portion of liquid crystal compound becomes polymerized and said first aligning formation (10, 10a, 10b, 20a, 30a, 40a, 50a, 60a) is made of said polymerized liquid crystal compound according to said given first pattern, said first aligning structure defining a first aligning axis (F1, F2); ∘ Locally orienting optical axes of molecules of said liquid crystal layer along said first aligning axis (F1, F2).
A composite machining tool comprising: a tool body (101, 201, 301, 401, 501, 601, 702) with at least one cutting edge (102, 202, 302, 402, 502, 602, 703) and at least one grinding region (103, 203, 303, 403, 503, 603, 704), wherein the grinding region is located adjacent to the cutting edge such that there is a gap (110, 204, 304, 404, 504, 604, 705) between the grinding region and the cutting edge and such that when the tool performs a machining action the cutting edge and the grinding region act together on a material surface; characterised in that the grinding region is positioned on the tool body such that it increases in depth in a direction away from the cutting edge.
A method for extracting power from an electric power source by means of a power conditioning system, wherein: the operating conditions of said source vary as a function of at least one uncontrollable quantity; for each value of the uncontrollable quantity the source presents a characteristic curve of a supplied power as a function of a controlled quantity; each characteristic curve has a maximum for an optimal value of said controlled quantity; said method including the steps of: - determining whether an actual value of the controlled quantity is greater or lower than said optimal value for the actual value of said uncontrollable quantity; - after having determined whether said actual value is greater or lower than the optimal value, generating a regulation signal in order to modify the actual value of the controlled quantity towards said optimal value. - determining whether an actual value of the controlled quantity is greater or lower than said optimal value for the actual value of said uncontrollable quantity; - after having determined whether said actual value is greater or lower than the optimal value, generating a regulation signal in order to modify the actual value of the controlled quantity towards said optimal value.
A method for receiving broadcast signals, the method comprising; receiving the broadcast signals including first and second broadcast signals of an M*M-QAM mode and demodulating the received broadcast signals by an Orthogonal Frequency Division Multiplexing, OFDM, method; frequency de-interleaving the demodulated first and second broadcast signals; parsing first and second signal frames from the frequency de-interleaved first and second broadcast signals; time de-interleaving data in the parsed first and second signal frames; Multi-input Multi-Output, MIMO, processing the time de-interleaved data in the first and second signal frames based on M-QAM modes, wherein the MIMO processing is performed by using a MIMO processing matrix having a MIMO processing parameter a which is defined according to the M-QAM modes, wherein the MIMO processing matrix is represented as 1 1 + a 2 ⁢ 1 a a - 1 = 1 1 + a 2 a 1 + a 2 a 1 + a 2 - 1 1 + a 2 = cos θ sin θ sin θ - cos θ, and a = 2 + 4 2 + 2, Forward Error Correction, FEC, decoding the MIMO processed data to output Physical Layer Pipe data, wherein the PLP data carries at least one service component; and output processing the PLP data.
A method for processing at least one file in a portable terminal, the method comprising: selecting a file processing option of one of moving, copying or transmitting the at least one file from a first folder of the portable terminal; displaying, in response to the file processing option selection, a file edit mode for the first folder in which the at least one file is capable of being added to a file group matched to the file processing option or being excluded therefrom; receiving a user input for matching a file group to a file processing option; in response to receiving a user input, transition to a second folder of the terminal as a destination folder to which the selected file processing option of the file group is to be performed; in response to receiving a first user input for processing the selected file processing option, storing a location of the second folder and displaying the file edit mode for the first folder; and in response to receiving a second user input for processing the selected file processing option whilst displaying the file edit screen for the first folder, executing, by the portable terminal, the file processing option of the file group. selecting a file processing option of one of moving, copying or transmitting the at least one file from a first folder of the portable terminal; displaying, in response to the file processing option selection, a file edit mode for the first folder in which the at least one file is capable of being added to a file group matched to the file processing option or being excluded therefrom; receiving a user input for matching a file group to a file processing option; in response to receiving a user input, transition to a second folder of the terminal as a destination folder to which the selected file processing option of the file group is to be performed; in response to receiving a first user input for processing the selected file processing option, storing a location of the second folder and displaying the file edit mode for the first folder; and in response to receiving a second user input for processing the selected file processing option whilst displaying the file edit screen for the first folder, executing, by the portable terminal, the file processing option of the file group.
A driving device (100, 100a) to drive a three-phase motor having coils, the driving device (100, 100a) comprising: a converter configured to generate a bus voltage; an inverter configured to convert the bus voltage to an AC voltage and supply the AC voltage to the coils; and a connection switching unit connected to the inverter and configured to switch a connection state of the coils; wherein the connection state of the coils has a first connection state and a second connection state; wherein a line voltage in the coils is lower in the second connection state than in the first connection state for a same rotation speed of the motor; wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, wherein the bus voltage generated by the converter is kept at a first bus voltage V1 when the connection state of the coils is the first connection state, and is kept at a second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state, wherein in a case where the connection switching unit switches the connection state of the coils from the first connection state to the second connection state, the bus voltage generated by the converter is switched from the first bus voltage V1 to the second bus voltage V2. a converter configured to generate a bus voltage; an inverter configured to convert the bus voltage to an AC voltage and supply the AC voltage to the coils; and a connection switching unit connected to the inverter and configured to switch a connection state of the coils; wherein the connection state of the coils has a first connection state and a second connection state; wherein a line voltage in the coils is lower in the second connection state than in the first connection state for a same rotation speed of the motor; wherein the first connection state is a Y connection and the second connection state is a delta connection, or the first connection state is a series connection and the second connection state is a parallel connection, wherein the bus voltage generated by the converter is kept at a first bus voltage V1 when the connection state of the coils is the first connection state, and is kept at a second bus voltage V2 higher than the first bus voltage V1 when the connection state of the coils is the second connection state, wherein in a case where the connection switching unit switches the connection state of the coils from the first connection state to the second connection state, the bus voltage generated by the converter is switched from the first bus voltage V1 to the second bus voltage V2.
An inflatable light concentrating mirror comprising two sheets (1, 2) substantially made of flexible polymer foil, or are made of flexible polymer foil which is reinforced by fibres and wherein the two sheets of the inflatable mirror comprise a UV-resistant or substantially UV-resistant polymer material, and the sheets being fixed to a rigid support, or envelope a rigid support which defines the outer periphery of the inflatable mirror, said rigid support being fixed to a mirror support structure, wherein the sheets being connected or sealed to each other to define a chamber therebetween which is adapted to be inflated with air or gas to form the inflated mirror, wherein each sheet (1, 2) has an outer periphery and both outer peripheries being connected or sealed to each other so as to define an air- or gasproof chamber therebetween, wherein both sheets (1, 2) being elastic and one of the sheets being transparent for a defined range of electromagnetic radiation and the other sheet has essentially a reflecting mirror-like surface which is reflective for a defined range of electromagnetic radiation, and wherein means are provided for inflating or deflating the mirror by adjusting the pressure in the air or gas that is enclosed in the chamber, said means comprising an device for the generation of a defined pressure in the air or gas which is enclosed in the chamber and on which a curvature of the mirror is basically depending, and a receiver is arranged in a focal point or in a focal line of the inflatable mirror in the surrounding area of the inflatable mirror to receive the electromagnetic radiation being reflected by the reflecting mirror-like surface, characterized in that said device comprises an automatic device for the generation of a defined overpressure which is a differential pressure between the atmospheric pressure and the pressure of the air or gas enclosed in the chamber, which is within a defined differential pressure range, and said automatic device is formed by an automatic compressor unit including a pressure-gauge which measures the pressure of the enclosed gas and another pressure-gauge which measures the outside atmospheric air-pressure and being either constantly or temporarily in communication with the chamber such that the defined overpressure is automatically generated and maintained in the air or gas enclosed in the chamber by inflation and deflation of the chamber.
A composition comprising the following ingredients a) a soluble foamer ingredient containing gas under pressure and releasing gas upon reconstitution and b) soluble coffee powder having retarded solubility, wherein 50% of the soluble coffee dissolve in water at 85°C after 2 seconds or more with mechanical agitation at 100 rpm and wherein the soluble foamer ingredient releases the gas being present upon addition of liquid in an amount of at least 1 ml of gas under ambient conditions, per gram of soluble foamer ingredient. a) a soluble foamer ingredient containing gas under pressure and releasing gas upon reconstitution and b) soluble coffee powder having retarded solubility,
A method of polishing a target surface of a waveguide to achieve accurate perpendicularity of the target surface relative to at least one reference surface of the waveguide, characterized in that the method comprising: providing a polishing apparatus comprising a polishing plate having a flat surface parallel to a polishing plane and defining a reference plane, and an adjustable mounting apparatus configured to hold the waveguide during polishing at any of a plurality of angular orientations relative to the reference plane; for each given reference surface, positioning a corresponding optical alignment sensor configured to emit one or more collimated light beams and to receive reflections thereof, and a corresponding light reflecting apparatus configured to reflect a collimated light beam exactly 90 degrees, such that a first collimated light beam is reflected off of a surface parallel to the reference plane, and a second collimated light beam, perpendicular to the first collimated light beam, is reflected off of the given reference surface; by use of the mounting apparatus, aligning the waveguide within said polishing apparatus by adjusting the angular orientation of the waveguide such that for each given reference surface, the reflections received by the optical alignment sensor corresponding to the given reference surface align within said optical alignment sensor, thereby being indicative of perpendicularity between the reference plane and the given reference surface; and by use of the polishing apparatus, polishing the target surface of the aligned waveguide. providing a polishing apparatus comprising a polishing plate having a flat surface parallel to a polishing plane and defining a reference plane, and an adjustable mounting apparatus configured to hold the waveguide during polishing at any of a plurality of angular orientations relative to the reference plane; for each given reference surface, positioning a corresponding optical alignment sensor configured to emit one or more collimated light beams and to receive reflections thereof, and a corresponding light reflecting apparatus configured to reflect a collimated light beam exactly 90 degrees, such that a first collimated light beam is reflected off of a surface parallel to the reference plane, and a second collimated light beam, perpendicular to the first collimated light beam, is reflected off of the given reference surface; by use of the mounting apparatus, aligning the waveguide within said polishing apparatus by adjusting the angular orientation of the waveguide such that for each given reference surface, the reflections received by the optical alignment sensor corresponding to the given reference surface align within said optical alignment sensor, thereby being indicative of perpendicularity between the reference plane and the given reference surface; and by use of the polishing apparatus, polishing the target surface of the aligned waveguide.
An image sensor with extended dynamic range and reduced blooming, comprising: an array of unit pixels, each unit pixel having at least two photodiodes, the array configured to permit independent control of the exposure time of the photodiodes within each unit pixel; a timing controller configured to select a readout timing whereby, in the course of a readout cycle, in a first portion of the cycle the first photodiode in each unit pixel functions as a long exposure time photodiode having a first exposure time, and in a second portion of the cycle the second photodiode in each unit pixel functions as a short exposure time photodiode having a second exposure time, wherein the second exposure time is shorter than the first exposure time, the readout timing being further chosen so that, when in an overflow drain mode, short exposure time photodiodes act as drains for excess charge overflowing from neighbouring long exposure time photodiodes, the overflow drain mode of the short exposure time photodiode occurring at a different portion of the readout cycle than the exposure time of the short exposure time diode. an array of unit pixels, each unit pixel having at least two photodiodes, the array configured to permit independent control of the exposure time of the photodiodes within each unit pixel; a timing controller configured to select a readout timing whereby, in the course of a readout cycle, in a first portion of the cycle the first photodiode in each unit pixel functions as a long exposure time photodiode having a first exposure time, and in a second portion of the cycle the second photodiode in each unit pixel functions as a short exposure time photodiode having a second exposure time, wherein the second exposure time is shorter than the first exposure time, the readout timing being further chosen so that, when in an overflow drain mode, short exposure time photodiodes act as drains for excess charge overflowing from neighbouring long exposure time photodiodes, the overflow drain mode of the short exposure time photodiode occurring at a different portion of the readout cycle than the exposure time of the short exposure time diode.
A load-transferring connecting element for establishing a connection between a first building element and a second building element and which is adapted for transfer of force between these two building elements, the load-transferring connecting element comprising an elongated box-shaped main body, where a first end portion of the elongated box-shaped main body of the load-transferring connecting element is arranged for attachment into the first building element with a remaining second end portion of the elongated box-shaped main body of the load-transferring connecting element positioned so that it projects from the first building element, and where this second end portion is adapted for being received in a cavity arranged in the second building element, wherein the second end portion of the elongated box-shaped main body of the load-transferring connecting element is provided with an attachment area for attaching lifting equipment for handling of the first building element, wherein the second end portion of the elongated box-shaped main body of the load-transferring connecting element is arranged with an adjusting device adapted for adjusting the relative height between the first building element and the second building element when receiving the load-transferring connecting element in the cavity of the second building element.
A method of preparing a mushroom-based meat substitute comprising about 30% w/w to about 95% w/w mushroom material, about 2% w/w to about 60% w/w emulsion and about 0.5% w/w to about 10% w/w binding agent, wherein the method comprises the steps of: preparing a raw mushroom-based meat substitute comprising the mushroom material, the binding agent and the emulsion; exposing the raw mushroom-based meat substitute to a forming process to produce a formed mushroom-based meat substitute; exposing the formed mushroom-based meat substitute to a retorting process comprising the step of heating the raw mushroom-based meat substitute to a temperature of 121°C to 141°C for at least about 5 minutes in a hermetically sealed package; wherein the mushroom material substantially comprises mushroom stem; and wherein the retorting process induces a Maillard reaction. preparing a raw mushroom-based meat substitute comprising the mushroom material, the binding agent and the emulsion; exposing the raw mushroom-based meat substitute to a forming process to produce a formed mushroom-based meat substitute; exposing the formed mushroom-based meat substitute to a retorting process comprising the step of heating the raw mushroom-based meat substitute to a temperature of 121°C to 141°C for at least about 5 minutes in a hermetically sealed package; wherein the mushroom material substantially comprises mushroom stem; and wherein the retorting process induces a Maillard reaction.
Use, for the preparation of a paper or folding carton coating composition, having a dry matter content greater than 25%, a leguminous starch dextrin, which means a starch modified in dry phase by the action of heat, a combination of heat and a chemical reagent or by the action of ionizing radiation, characterized in that it has: - a molecular weight, determined by molecular sieving with light diffusion detection, at most equal to 0,40.10 6, and at least equal to 0,04.10 6, - a sol/gel conversion temperature of less than 20°C, determined as follow: different colloidal solutions are the subject of rheological assessments during cooling stage, according to principles for the determination of complex viscosities, these measurements are carried out using an AR2000 dynamic rheometer, distributed by TA Instrument, using 14/15 mm coaxial cylinders, a linear cooling gradient comprised between 80 and 5°C, at a rate of 1°C/minute, the colloidal stress constraint varies as a function of the response of the simple tested, the frequency being fixed at 1 Hertz, - an amylose content of less than 60 %, - has a degree of branching, determined by NMR analysis, of greater than 4 %. - a molecular weight, determined by molecular sieving with light diffusion detection, at most equal to 0,40.10 6, and at least equal to 0,04.10 6, - a sol/gel conversion temperature of less than 20°C, determined as follow: different colloidal solutions are the subject of rheological assessments during cooling stage, according to principles for the determination of complex viscosities, these measurements are carried out using an AR2000 dynamic rheometer, distributed by TA Instrument, using 14/15 mm coaxial cylinders, a linear cooling gradient comprised between 80 and 5°C, at a rate of 1°C/minute, the colloidal stress constraint varies as a function of the response of the simple tested, the frequency being fixed at 1 Hertz, - an amylose content of less than 60 %, - has a degree of branching, determined by NMR analysis, of greater than 4 %.