mhurhangee/ep-ind-claims huggingface dataset:
A motion input device comprising: recognition processing means for, in response to a user's motion, executing information processing according to related information associated with a registered motion similar to the user's motion according to a similarity criterion, wherein the user's motion is a gesture or graphic input by a user operating an input device; receiving means for receiving, from a user, a new user motion and new related information associated with the new user motion, where the new user motion and the new related information are to be newly registered; determining means for determining whether a similarity between the new user motion received by the receiving means and the registered motion is larger than a threshold value; and registration processing means for executing different processing in relation to registering the new user motion received by the receiving means and the new related information when it is determined, by the determining means, that the similarity between the new user motion and the registered motion is larger than the threshold value, wherein the different processing is: registering, in the recognition processing means, the new user motion in association with the new related information, and changing the similarity criterion by which it is determined whether the new user motion is similar to the registered motion, wherein the similarity criterion is the threshold value. recognition processing means for, in response to a user's motion, executing information processing according to related information associated with a registered motion similar to the user's motion according to a similarity criterion, wherein the user's motion is a gesture or graphic input by a user operating an input device; receiving means for receiving, from a user, a new user motion and new related information associated with the new user motion, where the new user motion and the new related information are to be newly registered; determining means for determining whether a similarity between the new user motion received by the receiving means and the registered motion is larger than a threshold value; and registration processing means for executing different processing in relation to registering the new user motion received by the receiving means and the new related information when it is determined, by the determining means, that the similarity between the new user motion and the registered motion is larger than the threshold value, wherein the different processing is: registering, in the recognition processing means, the new user motion in association with the new related information, and changing the similarity criterion by which it is determined whether the new user motion is similar to the registered motion, wherein the similarity criterion is the threshold value.
Method for controlling an electrical grid with several grid components, wherein a) physical operating data of the grid components are recorded by means of sensors, b) by way of the recorded physical operating data, a current operating status (STAT) of the electrical grid is determined by way of a network model of the electrical grid which spans the grid components, c) a first grid component (HVDC) is controlled as a function of a control signal by means of a regulator with a grid-component-internal control circuit which is adjustable via control parameters, d) a first component model (KM, LKM) of the first grid component (HVDC) is imported to determine a dynamic reaction (DDR, DR) of the first grid component (HVDC) to the control signal depending on the control parameters, e) as part of an optimization procedure the control parameters are varied, wherein by means of the first component model (KM, LKM) as well as the network model, depending on the current operating status (STAT) and the varied control parameters the dynamic reaction (DDR, DR) is determined and the control parameters are determined in such a way that the dynamic reaction (DDR, DR) fulfills a predetermined criterion, and f) the regulator is adjusted by the thus determined control parameters, characterized in that a plurality of dynamic reactions of a grid component (G2, HVDC) to control signals is recorded by means of sensors, and that a further component model (KM2, LKM) of the grid component (G2, HVDC) is generated and adjusted in such a way that it reproduces the plurality of dynamic reactions. a) physical operating data of the grid components are recorded by means of sensors, b) by way of the recorded physical operating data, a current operating status (STAT) of the electrical grid is determined by way of a network model of the electrical grid which spans the grid components, c) a first grid component (HVDC) is controlled as a function of a control signal by means of a regulator with a grid-component-internal control circuit which is adjustable via control parameters, d) a first component model (KM, LKM) of the first grid component (HVDC) is imported to determine a dynamic reaction (DDR, DR) of the first grid component (HVDC) to the control signal depending on the control parameters, e) as part of an optimization procedure the control parameters are varied, wherein by means of the first component model (KM, LKM) as well as the network model, depending on the current operating status (STAT) and the varied control parameters the dynamic reaction (DDR, DR) is determined and the control parameters are determined in such a way that the dynamic reaction (DDR, DR) fulfills a predetermined criterion, and f) the regulator is adjusted by the thus determined control parameters,
A method of processing lignocellulosic biomass comprising the steps of: - hydrothermally pretreating lignocellulosic biomass in such manner as to avoid agitation of the feedstock during pretreatment with water content during pretreatment between 40 and 85% by weight at pH within the range 3.0 - 8.0 and at temperature within the range 130 - 205 oC and with pretreatment conducted so as to achieve severity log Ro between 3.0 and 4.2 where Ro is residence time in minutes * EXP(reaction temperature in oC - 100/14.75); - using the pretreated feedstock or process residual derived from the pretreated feedstock as biomass input to an anaerobic digestion for production of biogas, an enzymatic saccharification or a fermentation for production of specific soluble products from which mass is removed in such manner as to produce at least one solid fraction and at least one liquid fraction by screening/ filtration or centrifugal separation which liquid fraction has a concentration of suspended lignin-rich microparticles that pass through filter paper with pore size 20 to 25 μm and that have lignin content > 60 wt. % of the non- ash content of at least 3 g/L; and - processing the at least one liquid fraction so as to concentrate the suspension or recover a purified solid fraction of suspended microparticle mass. - hydrothermally pretreating lignocellulosic biomass in such manner as to avoid agitation of the feedstock during pretreatment with water content during pretreatment between 40 and 85% by weight at pH within the range 3.0 - 8.0 and at temperature within the range 130 - 205 oC and with pretreatment conducted so as to achieve severity log Ro between 3.0 and 4.2 where Ro is residence time in minutes * EXP(reaction temperature in oC - 100/14.75); - using the pretreated feedstock or process residual derived from the pretreated feedstock as biomass input to an anaerobic digestion for production of biogas, an enzymatic saccharification or a fermentation for production of specific soluble products from which mass is removed in such manner as to produce at least one solid fraction and at least one liquid fraction by screening/ filtration or centrifugal separation which liquid fraction has a concentration of suspended lignin-rich microparticles that pass through filter paper with pore size 20 to 25 μm and that have lignin content > 60 wt. % of the non- ash content of at least 3 g/L; and - processing the at least one liquid fraction so as to concentrate the suspension or recover a purified solid fraction of suspended microparticle mass.
An apparatus comprising: memory; and processing circuitry, configured to cause a User Equipment, UE, to: determine, for a group of two or more physical links of a split radio bearer, maximum sequence numbers, SNs, of Packet Data Convergence Protocol, PDCP, packets received on the physical links; determine a SN of a missing PDCP packet based on the SNs of the received PDCP packets; determine that the SN of the missing PDCP packet is greater than at least one of the maximum SNs; in response to the determination that the SN of the missing PDCP packet is greater than at least one of the maximum SNs, start a PDCP reordering timer associated with the missing PDCP packet; wherein the processing circuitry is further configured to cause the UE to: receive additional PDCP packets on the two or more second physical links; determine an updated set of maximum SNs based on the additional PDCP packets; determine that the SN of the missing packet is below the updated set of maximum SNs; and determine that the PDCP reordering timer for the missing PDCP packet is to be halted based on the determination that the SN of the missing PDCP packet is less than the updated set of maximum SNs. determine, for a group of two or more physical links of a split radio bearer, maximum sequence numbers, SNs, of Packet Data Convergence Protocol, PDCP, packets received on the physical links; determine a SN of a missing PDCP packet based on the SNs of the received PDCP packets; determine that the SN of the missing PDCP packet is greater than at least one of the maximum SNs; in response to the determination that the SN of the missing PDCP packet is greater than at least one of the maximum SNs, start a PDCP reordering timer associated with the missing PDCP packet; wherein the processing circuitry is further configured to cause the UE to: receive additional PDCP packets on the two or more second physical links; determine an updated set of maximum SNs based on the additional PDCP packets; determine that the SN of the missing packet is below the updated set of maximum SNs; and determine that the PDCP reordering timer for the missing PDCP packet is to be halted based on the determination that the SN of the missing PDCP packet is less than the updated set of maximum SNs. receive additional PDCP packets on the two or more second physical links; determine an updated set of maximum SNs based on the additional PDCP packets; determine that the SN of the missing packet is below the updated set of maximum SNs; and determine that the PDCP reordering timer for the missing PDCP packet is to be halted based on the determination that the SN of the missing PDCP packet is less than the updated set of maximum SNs.
An instantaneous-interruption prevention device comprising a latch part that operates so as to come into contact with a hook button of a telephone when receiving an impact, wherein the hook button is configured to swing about a first shaft, wherein a reception part is provided to the first shaft, and wherein the latch part is configured to stop motion of the hook button by fitting to the reception part when receiving the impact in the pressing direction of the hook button.
Assembly for stiffening an aircraft fuselage, comprising longitudinal stringers (1, 8), transverse frames crossing the stringers, and attachments (7, 20, 23, 26, 28) connecting the stringers to the frames, the stringers each comprising a sole designed to be placed on the fuselage, the attachments comprising a base placed on the stringers overlapping the soles of two adjacent stringers, characterized in that the stringers are made up of a main portion having a uniform section and of plates manufactured separately from the main portion and then joined intimately thereto, the plates being separated from one another along the stringers and situated between the bases of the attachments and the fuselage.
A method for operating a coffee machine having a brewing chamber which is formed in a brewing cylinder and is axially limited by a piston displaceably disposed in the brewing cylinder, wherein in an imbruing phase, the coffee grounds are imbrued, and preferably swirled, by feeding brewing water into the brewing chamber, and in a coffee drawing phase, coffee flows from the coffee grounds through a filter cake formed adjacent to a sieve disposed at the piston from the coffee grounds and through the sieve in direction of an outlet, and wherein for providing the brewing chamber with brewing water, a feed pump is provided which is controllable via a control unit as a function of a sensor signal of a flow meter disposed in a water path and by means of which water is fed via the water path through a heating device to the brewing chamber, wherein the coffee drawing phase is divided into several sub-phases during which the control unit controls the feed pump in such a manner that the feed pump supplies the brewing chamber with brewing water in average brewing-water volume flows, which differ from one another, in at least two of the sub-phases, characterized in that input means are assigned to the control unit by means of which it is possible to select between at least two different brewing profiles which, with regard to the design of at least two of the sub-phases of the respective coffee drawing phase, differ with regard to the size of the brewing water volume flow and/or the sub-phase duration and/or with regard to the quantity of brewing water to be delivered in the sub-phase and/or with regard to their sequence.
A rotatable dental polishing instrument comprising - a central region, and - a plurality of polishing fingers which are arranged at the central region and projecting from the central region, - wherein the polishing fingers are flexibly formed, - wherein a thickened portion is formed on at least one polishing finger at an end region of the polishing finger, - the thickened portion being arranged exclusively on one side of the polishing finger, and - wherein the plurality of polishing fingers protrude from the central region in a plane perpendicular to the rotational axis of the polishing instrument. - a central region, and - a plurality of polishing fingers which are arranged at the central region and projecting from the central region, - wherein the polishing fingers are flexibly formed, - wherein a thickened portion is formed on at least one polishing finger at an end region of the polishing finger, - the thickened portion being arranged exclusively on one side of the polishing finger, and - wherein the plurality of polishing fingers protrude from the central region in a plane perpendicular to the rotational axis of the polishing instrument.
A pressure contact type connector (1; 2), comprising: an upper flat plate portion (1a; 2a) which extends in a flat plate shape along a horizontal direction (X1, X2, Y1, Y2); a lower flat plate portion (1b; 2b) which extends in a flat plate shape along the horizontal direction (X1, X2, Y1, Y2) and is disposed below the upper flat plate portion (1a; 2a); and a spring portion (1c, 1d; 2c) which connects one end portion of the upper flat plate portion (1a; 2a) and one end portion of the lower flat plate portion (1b; 2b) and has elasticity in a vertical direction (Z1, Z2), being wounded around a virtual centre line which is set along the vertical direction (Z1, Z2); wherein the spring portion (1c, 1d; 2c) is formed from an upper L-shaped portion (1n, 2f) which includes an upper plate portion (1k, 2d); a lower L-shaped portion (1q, 2m) which includes a lower plate portion (1p, 2g); and at least one intermediate plate portion (1m,1r, 2e, 2n) of a metal plate bent with respect to the upper flat plate portion (1a; 2a) and the lower flat plate portion (1b; 2b), and wherein a width dimension (W, W1, W2, W3, W11, W12, W13, W14, W21, W22, W23, W24) of the at least one intermediate plate portion (1m,1r, 2e, 2n) in the vertical direction (Z1, Z2) is larger than a thickness dimension of the metal plate in the horizontal direction (X1, X2, Y1, Y2); characterized in that the width dimension (W, W1, W2, W3, W11, W12, W13, W14, W21, W22, W23, W24) of the at least one intermediate plate portion (1m,1r, 2e, 2n) in the vertical direction (Z1, Z2) decreases from the lower side toward the upper side in the entirety thereof. an upper flat plate portion (1a; 2a) which extends in a flat plate shape along a horizontal direction (X1, X2, Y1, Y2); a lower flat plate portion (1b; 2b) which extends in a flat plate shape along the horizontal direction (X1, X2, Y1, Y2) and is disposed below the upper flat plate portion (1a; 2a); and a spring portion (1c, 1d; 2c) which connects one end portion of the upper flat plate portion (1a; 2a) and one end portion of the lower flat plate portion (1b; 2b) and has elasticity in a vertical direction (Z1, Z2), being wounded around a virtual centre line which is set along the vertical direction (Z1, Z2); wherein the spring portion (1c, 1d; 2c) is formed from an upper L-shaped portion (1n, 2f) which includes an upper plate portion (1k, 2d); a lower L-shaped portion (1q, 2m) which includes a lower plate portion (1p, 2g); and at least one intermediate plate portion (1m,1r, 2e, 2n) of a metal plate bent with respect to the upper flat plate portion (1a; 2a) and the lower flat plate portion (1b; 2b), and wherein a width dimension (W, W1, W2, W3, W11, W12, W13, W14, W21, W22, W23, W24) of the at least one intermediate plate portion (1m,1r, 2e, 2n) in the vertical direction (Z1, Z2) is larger than a thickness dimension of the metal plate in the horizontal direction (X1, X2, Y1, Y2); characterized in that the width dimension (W, W1, W2, W3, W11, W12, W13, W14, W21, W22, W23, W24) of the at least one intermediate plate portion (1m,1r, 2e, 2n) in the vertical direction (Z1, Z2) decreases from the lower side toward the upper side in the entirety thereof.
Process for the simultaneous dehydration and skeletal isomerisation of isobutanol to make corresponding olefins, having the same number of carbons and consisting essentially of a mixture of n-butenes and iso-butene, said process comprising: a) introducing in a reactor a stream comprising isobutanol, optionally water, optionally an inert component, b) contacting said stream with a catalyst in said reactor at conditions effective to dehydrate and skeletal isomerise at least a portion of the isobutanol to make a mixture of n-butenes and iso-butene, c) recovering from said reactor a stream, removing water, the inert component if any and unconverted isobutanol if any to get a mixture of n-butenes and iso-butene, Wherein, the WHSV of the isobutanol is at least 1 h -1 and the catalyst is capable to make simultaneously the dehydration and skeletal isomerization of butene and is a crystalline silicate of the group FER, MWW, EUO, MFS, ZSM-48, MTT, MFI, MEL or TON having Si/Al higher than 10, or a dealuminated crystalline silicate of the group FER, MWW, EUO, MFS, ZSM-48, MTT, MFI, MEL or TON having Si/Al higher than 10, or a phosphorus modified crystalline silicate of the group FER, MWW, EUO, MFS, ZSM-48, MTT, MFI, MEL or TON having Si/Al higher than 10, or a silicoaluminaphosphate molecular sieve of the group AEL, or a silicated, zirconated or titanated or fluorinated alumina. a) introducing in a reactor a stream comprising isobutanol, optionally water, optionally an inert component, b) contacting said stream with a catalyst in said reactor at conditions effective to dehydrate and skeletal isomerise at least a portion of the isobutanol to make a mixture of n-butenes and iso-butene, c) recovering from said reactor a stream, removing water, the inert component if any and unconverted isobutanol if any to get a mixture of n-butenes and iso-butene,
A method for reporting measurements in a wireless communication system, the method comprising: deciding, by a user equipment, UE, to restrict measurements to specific subframes, the deciding including: measuring interference of several subframes, comparing the measured interference of one subframe with the interference of another of the several subframes, and selecting restricted subframes based on subframes out of the several subframes that have reduced interference; and reporting measurements of the restricted subframes by the UE. deciding, by a user equipment, UE, to restrict measurements to specific subframes, the deciding including: measuring interference of several subframes, comparing the measured interference of one subframe with the interference of another of the several subframes, and selecting restricted subframes based on subframes out of the several subframes that have reduced interference; and measuring interference of several subframes, comparing the measured interference of one subframe with the interference of another of the several subframes, and selecting restricted subframes based on subframes out of the several subframes that have reduced interference; and reporting measurements of the restricted subframes by the UE.
A composition comprising a high-density lipoprotein-derived nanoparticle, which comprises rapamycin, 1,2-(di-myristoyl-sn-glycero-3-phosphatidylcholine (DMPC), 1-myristoyl-2-hydroxy-sn-glycero-phosphocholine (MHPC) and ApoA-1 for use in the prophylaxis of organ or tissue rejection in a patient.
Apparatus for representing user information, comprising an antenna apparatus (20, 53, 63, 73, 83, 95, 43), a processing apparatus, a representation apparatus and a positioning apparatus (41, 51, 61, 71,81,91), wherein the antenna apparatus (20, 53, 63, 73, 83, 95, 43) comprises several different directional characteristics and is configured to receive at least one signal each of at least one transmitter in a scene with several directional characteristics relating to spatially different receive sensitivities, wherein the processing apparatus is configured to process the received signals with respect to the scene and to determine representation data, and to determine, based on the at least one directional characteristic and based on at least one received signal, a signal distribution of the transmitter as representation data, and wherein the representation apparatus is configured to represent the signal distribution in order to allow visualization of the electromagnetic radio frequency signals that are received from the antenna apparatus (20, 53, 63, 73, 83, 95, 43), wherein the positioning apparatus (41, 51, 61, 71, 81, 91) provides data about the at least one transmitter and/or about received signals originating from the at least one transmitter and comprises the antenna apparatus (20, 53, 63, 73, 83, 95, 43) and/or the processing apparatus, wherein a signal processing apparatus is configured to process the signals received from the antenna apparatus and to determine one amplitude value each of a field strength of the received signal; and wherein a data processing apparatus is configured to determine, based on the directional characteristics and the amplitude values determined from the respectively allocated signals, information about the position of the transmitter.