mhurhangee/ep-ind-claims huggingface dataset:
A light beam deflecting element comprising: an active type N x M transmissive birefringence modulator, including: a first substrate portion having a first substrate and N x M rectangular pixels which are arranged in a matrix form on the first substrate, wherein the first substrate is a Si substrate or a Ge substrate, each of the pixels is formed by an electronic circuit and a transparent electrode, the matrix form is configured by N pixels along a X axis direction and M pixels along a Y axis direction, and the X and Y directions are orthogonal to each other, a second substrate portion having a second substrate and a transparent electrode formed on the second substrate so as to cover one surface of the second substrate all over with the transparent electrode, wherein the second substrate is a Si substrate or a Ge substrate, and birefringent liquid crystals inserted between the first substrate portion and the second substrate portion, characterized in that the modulator is configured to be fitted on a polarization grating configured by orthogonal first and second axes in which a birefringence axis is rotating in a direction along the first axis at a period that gradually changes in accordance with a wavelength of incident light, the period is not a constant period, and the polarization grating is aligned such that the X axis and the first axis or the Y axis and the first axis are substantially in parallel. a first substrate portion having a first substrate and N x M rectangular pixels which are arranged in a matrix form on the first substrate, wherein the first substrate is a Si substrate or a Ge substrate, each of the pixels is formed by an electronic circuit and a transparent electrode, the matrix form is configured by N pixels along a X axis direction and M pixels along a Y axis direction, and the X and Y directions are orthogonal to each other, a second substrate portion having a second substrate and a transparent electrode formed on the second substrate so as to cover one surface of the second substrate all over with the transparent electrode, wherein the second substrate is a Si substrate or a Ge substrate, and birefringent liquid crystals inserted between the first substrate portion and the second substrate portion, characterized in that the modulator is configured to be fitted on a polarization grating configured by orthogonal first and second axes in which a birefringence axis is rotating in a direction along the first axis at a period that gradually changes in accordance with a wavelength of incident light, the period is not a constant period, and the polarization grating is aligned such that the X axis and the first axis or the Y axis and the first axis are substantially in parallel.
A laundry care composition comprising: (i) from 2 to 70 wt% of a surfactant; and (ii) from 0.0001 to 20.0 wt% of a leuco polymer comprising a polyamine covalently bound to a leuco moiety. (i) from 2 to 70 wt% of a surfactant; and (ii) from 0.0001 to 20.0 wt% of a leuco polymer comprising a polyamine covalently bound to a leuco moiety.
A camera including a system for collecting data from a satellite positioning system, the camera comprising: a camera lens having a lens axis; a satellite receiver for receiving satellite broadcast data from said satellite positioning system; and a satellite system antenna, wherein the satellite receiver is adapted to collect said data when the camera takes a photograph, whereby the location at which the photograph was taken can be recorded, characterised in that the satellite system antenna faces forwards and has a gain value in the direction of the lens axis which is greater than the gain value in all directions perpendicular to the lens axis. a camera lens having a lens axis; a satellite receiver for receiving satellite broadcast data from said satellite positioning system; and a satellite system antenna, wherein the satellite receiver is adapted to collect said data when the camera takes a photograph, whereby the location at which the photograph was taken can be recorded, characterised in that the satellite system antenna faces forwards and has a gain value in the direction of the lens axis which is greater than the gain value in all directions perpendicular to the lens axis.
A sensor support for arranging on a prosthesis, particularly on an artificial hand or an artificial foot, comprising a main part for receiving sensors, wherein said main part has a sensor section with sensors, and a holding section for holding the main part on a prosthesis part, characterized in that the main part has a knitted fabric tube, and wherein the holding section has a first knitted structure which allows a secure hold of the main part on the prosthesis part, and that the sensor section has a different knitted structure which allows secure positioning of the sensors relative to the prosthesis part.
A management method, comprising: receiving, by a network functions virtualization orchestrator, NFVO, unit from an operations support system or business support system, OSS/BSS, a management request of a network service, NS, wherein the management request carries affinity information, and the affinity information is used to configure affinity and/or anti-affinity between a virtualized network function, VNF, instance of the NS and an existing VNF instance; and managing, by the NFVO unit, the NS according to the affinity information. receiving, by a network functions virtualization orchestrator, NFVO, unit from an operations support system or business support system, OSS/BSS, a management request of a network service, NS, wherein the management request carries affinity information, and the affinity information is used to configure affinity and/or anti-affinity between a virtualized network function, VNF, instance of the NS and an existing VNF instance; and managing, by the NFVO unit, the NS according to the affinity information.
An integrally molded body in which a substrate for reinforcement (a) having a discontinuous fiber and a resin and an injection molding body (b) having a discontinuous fiber and a resin are integrated, the substrate for reinforcement (a) having a difference in an orientation angle of the discontinuous fiber in each of regions obtained by dividing a major axis direction of the substrate for reinforcement (a) into 10 equal parts of within 10° when measured according to the method of the description, the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b). the substrate for reinforcement (a) having a difference in an orientation angle of the discontinuous fiber in each of regions obtained by dividing a major axis direction of the substrate for reinforcement (a) into 10 equal parts of within 10° when measured according to the method of the description, the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b).
An encoder comprising: a periodic-combined-envelope generating part which generates a periodic combined envelope sequence which is a frequency-domain sequence based on a spectral envelope sequence which is a frequency-domain sequence corresponding to a linear predictive coefficient code obtained from an input audio signal in a predetermined time segment and on a frequency-domain period corresponding to a period code obtained from the input audio signal; and a variable-length coding part which encodes a frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the periodic combined envelope sequence, wherein when an indicator of the degree of periodicity of the input audio signal is within a predetermined range indicating high periodicity, the variable-length coding part encodes the frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the periodic combined envelope sequence; and when the indicator is not within the range indicating high periodicity, the variable-length coding part encodes the frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the spectral envelope sequence. a periodic-combined-envelope generating part which generates a periodic combined envelope sequence which is a frequency-domain sequence based on a spectral envelope sequence which is a frequency-domain sequence corresponding to a linear predictive coefficient code obtained from an input audio signal in a predetermined time segment and on a frequency-domain period corresponding to a period code obtained from the input audio signal; and a variable-length coding part which encodes a frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the periodic combined envelope sequence, wherein when an indicator of the degree of periodicity of the input audio signal is within a predetermined range indicating high periodicity, the variable-length coding part encodes the frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the periodic combined envelope sequence; and when the indicator is not within the range indicating high periodicity, the variable-length coding part encodes the frequency-domain sequence derived from the input audio signal on the assumption that the amplitude of the input audio signal is greater for a frequency with a greater value of the spectral envelope sequence.
A method of connection re-establishment comprising the steps of controlling a mobile device capable of establishing connection with a first and at least a second type radio access network, the first and the second type radio access network operating with different radio access technologies, detecting a radio link failure, trying, in case a radio link failure is detected when the mobile device was having a connection with the first type radio access network, to re-establish the connection with the first type radio access network, checking whether the apparatus has information available regarding the second type radio access network and/or information regarding a frequency to be used for connecting with the second type radio access network, in case re-establishing the connection with the first type radio access network was not successful and the apparatus comprises the information, trying to re-establish the connection with the second type radio access network based on the information, and in case re-establishing the connection with the first type radio access network was not successful and the apparatus does not have the information available, entering an idle mode.
A physical quantity sensor including a resistor (7,8) for measuring a physical quantity, said resistor being formed on a substrate in a pattern of connected, folded strips of a material having a piezoresistant coefficient π, wherein the main stress in the sensor is imposed in said substrate in a first direction, wherein said resistor (7,8) has a first resistance component R1 parallel to a first direction and a second resistance component Rt in a second direction perpendicular to the first direction, and whereby for the resistor material the main stress acting in the first direction results in a first piezoresistance coefficient π1 in the first resistance component R1 and a second piezoresistance coefficient nt in the second resistance component Rt, whereby the ratio of the second piezoresistance coefficient nt to the first piezoresistance coefficient π1 is πt/π1 = -1/n, where n is an integer, and wherein the resistance value ratio of the first resistance component R1 to the second resistance component Rt is set to be within the range R1/Rt ≈ (1 ± 0.5)/n.
A method, comprising: obtaining, by a controller, at least one operational metric for a transceiver of a communication device; calculating, by the controller, a current figure of merit as a function of the at least one operational metric; comparing, by the controller, the current figure of merit to a target figure of merit; adjusting, by the controller, a setting of a variable component of a tunable matching network to a value to change the current figure of merit relative to the target figure of merit, wherein the tunable matching network is connected with one of a first antenna or a second antenna of the communication device; determining, by the controller, an offset based on a transmit frequency and a receipt frequency; and adjusting, by the controller, a setting of another variable component of another tunable matching network based on the offset, wherein the other tunable matching network is connected with the other of the first antenna or the second antenna of the communication device; wherein the first antenna is a transmit and receive antenna, the second antenna is a diversity reception antenna and wherein the at least one operational metric is associated with the second antenna without measuring any parameters at the input of the first antenna. obtaining, by a controller, at least one operational metric for a transceiver of a communication device; calculating, by the controller, a current figure of merit as a function of the at least one operational metric; comparing, by the controller, the current figure of merit to a target figure of merit; adjusting, by the controller, a setting of a variable component of a tunable matching network to a value to change the current figure of merit relative to the target figure of merit, wherein the tunable matching network is connected with one of a first antenna or a second antenna of the communication device; determining, by the controller, an offset based on a transmit frequency and a receipt frequency; and adjusting, by the controller, a setting of another variable component of another tunable matching network based on the offset, wherein the other tunable matching network is connected with the other of the first antenna or the second antenna of the communication device; wherein the first antenna is a transmit and receive antenna, the second antenna is a diversity reception antenna and wherein the at least one operational metric is associated with the second antenna without measuring any parameters at the input of the first antenna.
A composition for treating a water system to remediate biofilm, the composition comprising: citric acid in a concentration in the range of about 0.0005 M to 0.005 M; sodium citrate in a concentration in the range of about 0.001 M to 0.01 M; and a surfactant comprising tetradecyltrimethyl ammonium bromide, didecyl dimethyl ammonium chloride, an alcohol ethoxylate compound or an alcohol ethoxysulfate compound in a concentration in the range of about 0.00015 M to 0.0015 M; and wherein the concentrations are of these ingredients when mixed with a volume of water in the water system being treated. citric acid in a concentration in the range of about 0.0005 M to 0.005 M; sodium citrate in a concentration in the range of about 0.001 M to 0.01 M; and a surfactant comprising tetradecyltrimethyl ammonium bromide, didecyl dimethyl ammonium chloride, an alcohol ethoxylate compound or an alcohol ethoxysulfate compound in a concentration in the range of about 0.00015 M to 0.0015 M; and wherein the concentrations are of these ingredients when mixed with a volume of water in the water system being treated.
A process for producing a sheet material which is not more than 30 mm in thickness, comprising the steps of i) providing an open-cell foam, ii) applying to the foam a mixture comprising at least one ethylenically unsaturated monomer bearing at least one acid group, and iii) polymerizing the mixture to form the superabsorbent. i) providing an open-cell foam, ii) applying to the foam a mixture comprising at least one ethylenically unsaturated monomer bearing at least one acid group, and iii) polymerizing the mixture to form the superabsorbent.
A process for biogas production, comprising the steps of: a) contacting a solid fraction of a digestate containing cellulose and/or hemicellulose in a biodigester with cellulolytic bacteria of the species Clostridium thermocellum, causing an anaerobic digestion with lysis of the cellulose and/or hemicellulose and formation of a degraded digestate containing free sugars to be recycled to a gas production plant, b) addition of the degraded digestate obtained in step a) to a biomass to be subjected to anaerobic digestion with formation of biogas wherein the cellulolytic bacteria are a mixture of strains DSM 32298, DSM 32299 DSM 32310. a) contacting a solid fraction of a digestate containing cellulose and/or hemicellulose in a biodigester with cellulolytic bacteria of the species Clostridium thermocellum, causing an anaerobic digestion with lysis of the cellulose and/or hemicellulose and formation of a degraded digestate containing free sugars to be recycled to a gas production plant, b) addition of the degraded digestate obtained in step a) to a biomass to be subjected to anaerobic digestion with formation of biogas wherein the cellulolytic bacteria are a mixture of strains DSM 32298, DSM 32299 DSM 32310.
A scaffolding coupler for detachably connecting scaffolding tubes of a scaffolding system to each other, wherein said scaffolding coupler comprises two tube receiving parts (1a, 1b), characterized in that one or more parts of said scaffolding coupler substantially consist of oval-shaped wire.
A plasma chamber for coating a sheet of fabric, such as a textile material, with a polymer layer, the plasma chamber having a plurality of electrode layers (RF, M) 5 each having a generally planar or plate like form arranged successively within the plasma chamber, the plurality of electrode layers comprising a pair of radiofrequency electrode layers and a pair of ground electrode layers, wherein at least two adjacent electrode layers are either radiofrequency electrode layers or ground electrode layers, wherein the electrode layers are arranged either side of a passage for receiving a fabric, and wherein the plasma chamber includes a plurality of rollers (101, 102) for guiding a sheet of fabric, in use, between electrode layers.
Composition comprising at least one UV-crosslinkable polyacrylate hotmelt adhesive and at least one terpene-phenolic resin, the total concentration of the terpene-phenolic resins being 2 to 4 wt%, based on the total weight of the composition.
Use of a nozzle jet process for decontaminating contaminated soil or the contents of storage tanks, wherein after drilling an injection lance into the soil or the contents of the tank a liquid decontaminating agent is subsequently introduced into the soil or the contents of the tank, characterized in that the liquid decontaminating agent is introduced into the soil or the contents via a nozzle of an injection lance by an injection jet coated with compressed air.
Reinforcing implant for the lamina of a vertebra, comprising a transverse support and one anchoring device for the right-hand side and one anchoring device for the left-hand side of the lamina of the vertebra, wherein an expansion element with a guide device and with cheek elements (4, 4') is provided on the transverse support, which cheek elements (4, 4') are mounted so as to be longitudinally movable along the guide device, wherein bearing surfaces for the lamina are formed on outer faces of the cheek elements (4, 4') directed away from each other, and a return stop for the cheek elements (4, 4') is provided, characterized in that at least one of the cheek elements (4, 4') is provided with an aligning device for modifying the orientation of its bearing surface relative to the guide device.
A closed sterilized container comprising - at least one carrier which is a stabilizer; and - at least one biomolecule reversibly attached to the carrier, wherein said carrier partially or completely covers the attached biomolecules, and wherein the carrier is solid, semi-solid or solubilizable, and wherein said at least one carrier is selected from the group consisting of peptides, amino acids, compatible solutes, saponins and a mixture thereof; and wherein the container has been filled with the biomolecule and closed and subsequently sterilized. - at least one carrier which is a stabilizer; and - at least one biomolecule reversibly attached to the carrier,
A method of extracting a sub-bitstream from a three-dimensional video, 3DV, bitstream that includes coded texture view components and coded depth view components, the method comprising: determining a first list that indicates views in the 3DV bitstream, the views indicated by the first list having texture view components that are required for decoding pictures in a plurality of target views, the plurality of target views comprising a subset of the views in the 3DV bitstream that are decodable from the sub-bitstream; determining a separate, second list that indicates views in the 3DV bitstream, the views indicated by the second list having depth view components that are required for decoding pictures in the plurality of target views, the first list and the second list indicating different subsets of the views in the 3DV bitstream; and determining the sub-bitstream based at least in part on the first list and the second list. determining a first list that indicates views in the 3DV bitstream, the views indicated by the first list having texture view components that are required for decoding pictures in a plurality of target views, the plurality of target views comprising a subset of the views in the 3DV bitstream that are decodable from the sub-bitstream; determining a separate, second list that indicates views in the 3DV bitstream, the views indicated by the second list having depth view components that are required for decoding pictures in the plurality of target views, the first list and the second list indicating different subsets of the views in the 3DV bitstream; and determining the sub-bitstream based at least in part on the first list and the second list.
A computer implemented method comprising: dividing a two-dimensional area into cells (2001, 2002,..., 2009), wherein the cells are arranged in a grid; receiving a selection trigger for a subset of cells of the grid, wherein at least one cell of the subset has at least one sensor (S1, S3, S4) and the at least one cell has a cell sampling frequency associated; determining a set of constraints for the at least one sensor (S1, S3, S4); selecting the at least one sensor (S1, S3) if the at least one sensor (S1, S3) complies with the set of constraints; and calculating a sampling frequency of the at least one sensor dependent on the cell sampling frequency of the at least one cell such that the at least one sensor is instructed to provide measurement data in compliance with the respective cell sampling frequency and in total the cell provides data at the required cell sampling frequency. dividing a two-dimensional area into cells (2001, 2002,..., 2009), wherein the cells are arranged in a grid; receiving a selection trigger for a subset of cells of the grid, wherein at least one cell of the subset has at least one sensor (S1, S3, S4) and the at least one cell has a cell sampling frequency associated; determining a set of constraints for the at least one sensor (S1, S3, S4); selecting the at least one sensor (S1, S3) if the at least one sensor (S1, S3) complies with the set of constraints; and calculating a sampling frequency of the at least one sensor dependent on the cell sampling frequency of the at least one cell such that the at least one sensor is instructed to provide measurement data in compliance with the respective cell sampling frequency and in total the cell provides data at the required cell sampling frequency.