mhurhangee/ep-ind-claims huggingface dataset:
A communication method, wherein the method comprises: determining, by a base station, that co-channel interference exists; and for N consecutive symbols before a guard period, GP, in a special subframe in a radio frame, sending, by the base station, a signal by using M1 middle resource blocks, RBs, of the N symbols, and not transmitting a signal on RBs other than the M1 RBs in the N symbols, wherein both N and M1 are positive integers; reserving, by the base station, use of M2 middle RBs of a target uplink subframe in the radio frame, and not scheduling the reserved RBs to any terminal, wherein M2 is a positive integer greater than or equal to M1, and the target uplink subframe comprises an uplink subframe adjacent to the special subframe, or comprises an uplink subframe adjacent to the special subframe and an uplink subframe with an interval of at least one subframe from the special subframe. determining, by a base station, that co-channel interference exists; and for N consecutive symbols before a guard period, GP, in a special subframe in a radio frame, sending, by the base station, a signal by using M1 middle resource blocks, RBs, of the N symbols, and not transmitting a signal on RBs other than the M1 RBs in the N symbols, wherein both N and M1 are positive integers; reserving, by the base station, use of M2 middle RBs of a target uplink subframe in the radio frame, and not scheduling the reserved RBs to any terminal, wherein M2 is a positive integer greater than or equal to M1, and the target uplink subframe comprises an uplink subframe adjacent to the special subframe, or comprises an uplink subframe adjacent to the special subframe and an uplink subframe with an interval of at least one subframe from the special subframe.
An in vitro method for evaluating or selecting an agent for regulating the amount of melanin in a keratinocyte, comprising: administering a test substance to a keratinocyte; measuring a change in autophagic activity in the keratinocyte, wherein if the autophagic activity is measured by examining the expression or activity of an autophagy-related gene or a molecule encoded by the gene, then said autophagy-related gene does not include the genes ATG7, RAB11A, CLIP-170, Rubicon and RAB7B; and evaluating whether the test substance regulates the amount of melanin, based on a result of the measurement. administering a test substance to a keratinocyte; measuring a change in autophagic activity in the keratinocyte, wherein if the autophagic activity is measured by examining the expression or activity of an autophagy-related gene or a molecule encoded by the gene, then said autophagy-related gene does not include the genes ATG7, RAB11A, CLIP-170, Rubicon and RAB7B; and evaluating whether the test substance regulates the amount of melanin, based on a result of the measurement.
An intragastric device comprising: an elongated member having a proximal end and a distal end; and an anchor connected to the elongated member, the anchor comprising: a stem having a proximal end and a distal end, the distal end of the stem attached to the proximal end of the elongated member; a first arch and a second arch, the first and second arches extending in substantially opposite radial directions, each arch having first and second ends and a proximal peak therebetween, the first end of each arch attached to the proximal end of the stem, and the second end of each arch extending radially away from the stem; and a curvilinear element connecting the second end of the first arch to the second end of the second arch, the curvilinear element further comprising first and second counterarches (8379a, 8379b), the first and second counterarches lying in a plane that is substantially perpendicular to the first and second arches, each counterarch having a peak and the peaks of the first and second counterarches extending distally and in substantially opposite radial directions from one another. an elongated member having a proximal end and a distal end; and an anchor connected to the elongated member, the anchor comprising: a stem having a proximal end and a distal end, the distal end of the stem attached to the proximal end of the elongated member; a first arch and a second arch, the first and second arches extending in substantially opposite radial directions, each arch having first and second ends and a proximal peak therebetween, the first end of each arch attached to the proximal end of the stem, and the second end of each arch extending radially away from the stem; and a curvilinear element connecting the second end of the first arch to the second end of the second arch, the curvilinear element further comprising first and second counterarches (8379a, 8379b), the first and second counterarches lying in a plane that is substantially perpendicular to the first and second arches, each counterarch having a peak and the peaks of the first and second counterarches extending distally and in substantially opposite radial directions from one another. a stem having a proximal end and a distal end, the distal end of the stem attached to the proximal end of the elongated member; a first arch and a second arch, the first and second arches extending in substantially opposite radial directions, each arch having first and second ends and a proximal peak therebetween, the first end of each arch attached to the proximal end of the stem, and the second end of each arch extending radially away from the stem; and a curvilinear element connecting the second end of the first arch to the second end of the second arch, the curvilinear element further comprising first and second counterarches (8379a, 8379b), the first and second counterarches lying in a plane that is substantially perpendicular to the first and second arches, each counterarch having a peak and the peaks of the first and second counterarches extending distally and in substantially opposite radial directions from one another.
A high-frequency device having high-frequency-signal-treating circuits (SPDT1-2, BypSW1-2, PA1-2, LNA1-2) in and on a laminate substrate comprising pluralities of dielectric layers (DL1-3) having conductor patterns, said high-frequency-signal-treating circuits (SPDT1-2, BypSW1-2, PA1-2, LNA1-2) having amplifier circuits (PA1-2, LNA1-2) and switch circuits (SPDT1-2, BypSW1-2); terminals (Tx, Rx, Vcc, Vab, Vpd, VccL, Vtx1-2, Vrx1-2, VbL1-2, Vby1-2) including input and output terminals (Tx, Rx) of high-frequency signals, power supply terminals (Vcc, Vab, VccL) of said amplifier circuits (PA1-2, LNA1-2) and power supply terminals (Vtx1-2, Vrx1-2, VbL1-2, Vby1-2) of said switch circuits (SPDT1-2, BypSW1-2) being formed on one main surface of said laminate substrate; power supply lines (lvab, lvccL) each having one end connected to each of the power supply terminals (Vcc, Vab, VccL) of said amplifier circuits (PA1-2, LNA1-2) and power supply lines (lvtx1-2, lvrx1-2) each having one end connected to the power supply terminals (Vtx1-2, Vrx1-2) of said switch circuits (SPDT1-2, BypSW1-2) being formed on one dielectric layer to constitute a power supply line layer; a first ground electrode being arranged on said main surface with respect to said power supply line layer, said first ground electrode overlapping at least part of said power supply lines (lvab, lvccL, lvtxl-2, lvrx1-2) in a lamination direction; a second ground electrode being arranged on the opposite side of said first ground electrode with respect to said power supply line layer, said second ground electrode overlapping at least part of said power supply lines (lvab, lvccL, lvtx1-2, lvrx1-2) in a lamination direction; said power supply line layer being sandwiched by said first ground electrode and said second ground electrode without interposing any other ground electrode; via-electrodes connected to said first and second ground electrodes (GND 1, GND2) being arranged between said power supply lines (lvab, lvccL) of said amplifier circuits (PA1-2, LNA1-2) and said power supply lines (lvtxl-2, lvrx1-2) of said switch circuits (SPDT1-2, BypSW1-2); and said high-frequency-signal-treating circuits (SPDT1-2, BypSW1-2, PA1-2, LNA1-2) being arranged on the opposite side of said power supply line layer with respect to said second ground electrode.
Secure electrical supply system for powering an electrical load comprising: - a main electrical power supply source, - an electrical power supply circuit linking the main electrical power supply source to the electrical load, - at least one control unit connected to the electrical power supply circuit and controlled to the open state or to the closed state so as to respectively open or close said electrical power supply circuit, and thus act, according to its state, on the electrical load, - a secondary electrical power supply source connected to the electrical power supply circuit and designed to power the electrical load in case of interruption of the electrical power supply provided by the main electrical power supply source, characterized in that it comprises: - a control device comprising an emitter device designed to dispatch a message representative of a change of state of the control unit and a receiver device designed to receive said message and to control the turning on or the turning off of said secondary electrical power supply source according to the new state taken by the control unit, and in that - the receiver device is designed to control the turning off of said secondary electrical power supply source when the control unit is in the open state. - a main electrical power supply source, - an electrical power supply circuit linking the main electrical power supply source to the electrical load, - at least one control unit connected to the electrical power supply circuit and controlled to the open state or to the closed state so as to respectively open or close said electrical power supply circuit, and thus act, according to its state, on the electrical load, - a secondary electrical power supply source connected to the electrical power supply circuit and designed to power the electrical load in case of interruption of the electrical power supply provided by the main electrical power supply source, - a control device comprising an emitter device designed to dispatch a message representative of a change of state of the control unit and a receiver device designed to receive said message and to control the turning on or the turning off of said secondary electrical power supply source according to the new state taken by the control unit, and in that - the receiver device is designed to control the turning off of said secondary electrical power supply source when the control unit is in the open state.
Method for determining the rate of formation of Fe 3+ and/or Fe 3+ hydroxide in water or an aqueous fluid, comprising the following steps: a) determination of the redox potential Fe 2+ /Fe 3+ by means of a redox electrode, b) determination of the pH, c) determination of the temperature and d) determination of the oxygen content of the water or of the aqueous fluid and calculation of the rate of formation according to the equation d Fe OH 3 dt = k ⋅ a F e 2 + ⋅ p O 2 ⋅ a O H − 2 / M * min − 1 in conjunction with the equation a F e 2 + = 10 ∧ E 0 − E h ' / E N + log K s * − 3 ⋅ pH / M and where k∼10 14 M -2 atm -1 min -1 and logK s *(Fe 3(s) =logK s (Fe 3(s))+n.pKw with n = 3, where the determination of the rate of formation of Fe 3+ and/or Fe 3+ hydroxide in water or an aqueous fluid comprises correction of the redox potential of Fe 2+ /Fe 3+ by a factor determined from the oxygen content O 2 of the water. a) determination of the redox potential Fe 2+ /Fe 3+ by means of a redox electrode, b) determination of the pH, c) determination of the temperature and d) determination of the oxygen content of the water or of the aqueous fluid and calculation of the rate of formation according to the equation d Fe OH 3 dt = k ⋅ a F e 2 + ⋅ p O 2 ⋅ a O H − 2 / M * min − 1 in conjunction with the equation a F e 2 + = 10 ∧ E 0 − E h ' / E N + log K s * − 3 ⋅ pH / M and where k∼10 14 M -2 atm -1 min -1 and logK s *(Fe 3(s) =logK s (Fe 3(s))+n.pKw with n = 3, where the determination of the rate of formation of Fe 3+ and/or Fe 3+ hydroxide in water or an aqueous fluid comprises correction of the redox potential of Fe 2+ /Fe 3+ by a factor determined from the oxygen content O 2 of the water.
A nozzle assembly for a dishwasher, comprising: a rotor arm having an upper rotor arm and a lower rotor arm; and a nozzle rotatably mounted to the upper rotor arm with a connecting part; wherein the rotation centre of the upper rotor arm is positioned eccentrically from the rotation centre of the lower rotor arm, the upper rotor arm includes a first body connected to the nozzle, a second body rotatably received in the lower rotor arm, and a third body to connect the first body and the second body such that a rotation centre of the first body and a rotation centre of the second body are positioned eccentrically from each other, characterised in that the connecting part of the nozzle and the second body of the upper rotor arm are configured so that the frictional force between the nozzle and the upper rotor arm and the frictional force between the upper rotor arm and the lower rotor arm alternately increases or decreases relative to each other during rotation of the nozzle relative to the upper rotor arm and rotation of the upper rotor arm relative to the lower rotor arm. a rotor arm having an upper rotor arm and a lower rotor arm; and a nozzle rotatably mounted to the upper rotor arm with a connecting part; wherein the rotation centre of the upper rotor arm is positioned eccentrically from the rotation centre of the lower rotor arm, the upper rotor arm includes a first body connected to the nozzle, a second body rotatably received in the lower rotor arm, and a third body to connect the first body and the second body such that a rotation centre of the first body and a rotation centre of the second body are positioned eccentrically from each other, characterised in that the connecting part of the nozzle and the second body of the upper rotor arm are configured so that the frictional force between the nozzle and the upper rotor arm and the frictional force between the upper rotor arm and the lower rotor arm alternately increases or decreases relative to each other during rotation of the nozzle relative to the upper rotor arm and rotation of the upper rotor arm relative to the lower rotor arm.
An evaluation apparatus comprising: an acceptance unit configured to accept an input of communication data of a traffic session between Internet of Things (IoT) devices; and an evaluation unit configured to estimate a probability density of the input of communication data by combining a first probability density estimated by applying a first variational auto encoder model in which normal initial learning data has been learned and a second probability density estimated by applying a second variational auto encoder model in which normal excess detection data has been learned, wherein normal excess detection data is normal communication data that has been previously detected as abnormal in a course of evaluation processing, and to evaluate whether the input of communication data is normal or abnormal based on the estimated probability density of the input of communication data. an acceptance unit configured to accept an input of communication data of a traffic session between Internet of Things (IoT) devices; and an evaluation unit configured to estimate a probability density of the input of communication data by combining a first probability density estimated by applying a first variational auto encoder model in which normal initial learning data has been learned and a second probability density estimated by applying a second variational auto encoder model in which normal excess detection data has been learned, wherein normal excess detection data is normal communication data that has been previously detected as abnormal in a course of evaluation processing, and to evaluate whether the input of communication data is normal or abnormal based on the estimated probability density of the input of communication data.
Method for adjustment of a timepiece oscillator (1; 1') comprising a balance, a support and a flexure pivot connecting the balance to the support and guiding the balance in rotation with respect to the support about a virtual axis of rotation, the flexure pivot having, in orthogonal projection in a plane (P1; P2) perpendicular to the virtual axis of rotation, an axis of symmetry which is also an axis of symmetry for the points (5a, 6a) where the flexure pivot is joined to the balance, characterised in that the unbalance of the balance is adjusted so that, in orthogonal projection in said plane (P1; P2), the centre of mass of the balance is substantially on the axis of symmetry and at a position distinct from that of the virtual axis of rotation, the position of the virtual axis of rotation not being modified by said adjustment of the unbalance, said position of the centre of mass being chosen so as to reduce, and preferably render minimal, the dependency of the oscillation frequency with respect to the orientation of gravity for a predetermined amplitude of oscillation.
A heating element comprising: a substrate; a conductive heating pattern provided on the substrate; and the cured pattern provided on the conductive heating pattern, wherein the cured pattern comprises a derivative in which an acid generated by a thermal acid generator and an epoxy group of an aromatic epoxy resin form bonds; and an organic dye. a substrate; a conductive heating pattern provided on the substrate; and the cured pattern provided on the conductive heating pattern, wherein the cured pattern comprises a derivative in which an acid generated by a thermal acid generator and an epoxy group of an aromatic epoxy resin form bonds; and an organic dye.
Device to demold negatives in plastic injection, which is coupled to the means for ejecting a plastic injection mold, and includes a guide bushing which can be attached to the die plate on the movable part of the mold, inside which extends a counter-mold is located which molds the negative, formed of a guide runner and a collapsible head to demold the negative; characterized in that inside the guide bushing there is a projection which pushes against the side of the head as the counter-mold moves forward, in order to force the lateral collapse of the head and to release the negative, wherein inside the guide bushing a stop has been placed to prevent entry by the counter-mold, for the purpose of limiting its run and eliminating burrs in the molded piece and the projection and the stop are implemented by a single removable piece, which fits into housings inside the guide bushing.
A process for the production of particles for use in a pharmaceutical composition, said process comprising: mixing water with a component composition comprising at least a rheology modifying agent and a therapeutically active agent, to produce a paste, wherein the rheology modifying agent is present in an amount of at least 10 wt % of the component composition and the therapeutically active agent is present in an amount of more than 0 wt % to 90 wt % of the component composition; extruding at least a portion of the paste to form extrudate; spheronising at least a portion of the extrudate to form spheronised particles; and drying at least a portion of the spheronised particles, characterised in that the process comprises: controlling the amount of water used with the component composition to be from 180 wt % to 190 wt % of the component composition, so as to obtain a particle size distribution such that 80% to 98% of the particles have a diameter from 800 to 1500 μm. mixing water with a component composition comprising at least a rheology modifying agent and a therapeutically active agent, to produce a paste, wherein the rheology modifying agent is present in an amount of at least 10 wt % of the component composition and the therapeutically active agent is present in an amount of more than 0 wt % to 90 wt % of the component composition; extruding at least a portion of the paste to form extrudate; spheronising at least a portion of the extrudate to form spheronised particles; and drying at least a portion of the spheronised particles, characterised in that the process comprises: controlling the amount of water used with the component composition to be from 180 wt % to 190 wt % of the component composition, so as to obtain a particle size distribution such that 80% to 98% of the particles have a diameter from 800 to 1500 μm. controlling the amount of water used with the component composition to be from 180 wt % to 190 wt % of the component composition, so as to obtain a particle size distribution such that 80% to 98% of the particles have a diameter from 800 to 1500 μm.
Method of surface treatment, in particular for the hydrophilisation, of a reservoir surface in a sample chamber, wherein the sample chamber comprises a cover plate and a bottom plate joined thereto in a fixed manner, wherein a recess with a base is provided in the cover plate so that a cavity reservoir is formed by the bottom plate, comprising the steps: leading a plasma or a waste gas of a plasma to a feed/outlet of the cavity reservoir, where it can be passed into the cavity reservoir, passing the plasma or the waste gas of the plasma through the cavity reservoir for the plasma treatment of the reservoir surface, wherein an atmospheric plasma with nitrogen as the active gas is used for the plasma treatment. leading a plasma or a waste gas of a plasma to a feed/outlet of the cavity reservoir, where it can be passed into the cavity reservoir, passing the plasma or the waste gas of the plasma through the cavity reservoir for the plasma treatment of the reservoir surface, wherein an atmospheric plasma with nitrogen as the active gas is used for the plasma treatment.
A system for evaluating lameness in an animal and operable with at least one processor, the evaluation system configured to receive a plurality of signals comprising motion data representative of a head motion, a pelvis motion, and at least one limb motion during a stride of the animal, the evaluation system comprising: a data-acquisition module configured to collect motion data from the received plurality of signals; a data-decomposition module configured to generate simulated head and pelvis movement patterns for the stride; a curve-modification module configured to receive input data and to modify and smooth the simulated head and pelvis movement patterns based on input data; a position-detection module configured to detect a maximum head position, a minimum head position, a maximum pelvis position, and a minimum pelvis position during the stride based on the modified simulated head and pelvis movement patterns; and a phase-shift calculation module configured to identify a limb affected with lameness based on a comparison of the detected maximum head position, the detected minimum head position, the detected maximum pelvis position, and the detected minimum pelvis position with at least one lameness reference pattern, the at least one lameness pattern indicating a peak time of lameness. a data-acquisition module configured to collect motion data from the received plurality of signals; a data-decomposition module configured to generate simulated head and pelvis movement patterns for the stride; a curve-modification module configured to receive input data and to modify and smooth the simulated head and pelvis movement patterns based on input data; a position-detection module configured to detect a maximum head position, a minimum head position, a maximum pelvis position, and a minimum pelvis position during the stride based on the modified simulated head and pelvis movement patterns; and a phase-shift calculation module configured to identify a limb affected with lameness based on a comparison of the detected maximum head position, the detected minimum head position, the detected maximum pelvis position, and the detected minimum pelvis position with at least one lameness reference pattern, the at least one lameness pattern indicating a peak time of lameness.