mhurhangee/ep-ind-claims huggingface dataset:
A phototherapeutic system (100; 400) comprising: a housing at least partially defining an irradiation zone (106; 406), wherein the irradiation zone (106; 406) is configured to accommodate at least a portion of a human subject; an ultraviolet radiation source (110;408) configured to direct UV radiation along a radiation path (112; 410) extending from the radiation source (110;408) to the irradiation zone (106; 406); a filter (118;412) disposed along the radiation path (112;410) downstream from the radiation source (110; 408); a spreader (120;414) disposed along the radiation path (112; 410) downstream from the filter (118;412); and a collimator (126; 416) disposed along the radiation path (112; 410) downstream from the spreader (120; 414). a housing at least partially defining an irradiation zone (106; 406), wherein the irradiation zone (106; 406) is configured to accommodate at least a portion of a human subject; an ultraviolet radiation source (110;408) configured to direct UV radiation along a radiation path (112; 410) extending from the radiation source (110;408) to the irradiation zone (106; 406); a filter (118;412) disposed along the radiation path (112;410) downstream from the radiation source (110; 408); a spreader (120;414) disposed along the radiation path (112; 410) downstream from the filter (118;412); and a collimator (126; 416) disposed along the radiation path (112; 410) downstream from the spreader (120; 414).
A crystalline form of a compound of Formula: wherein the crystalline form is characterized by an XRPD pattern having degree 2Θ-reflections (+/- 0.2 degrees 2θ) at 9.8°, 16.0°, and 25.4°.
A method for transmitting a power headroom report, PHR, by a user equipment, UE, in a mobile communication system, the method comprising: receiving PHR configuration information for a dual connectivity of a first eNB and a second eNB, wherein the first eNB is a first base station and the second eNB is a second base station; if a pathloss of at least one activated serving cell of any medium access control, MAC, entity of the UE has changed more than a threshold, triggering, at a first MAC entity for the first base station in a first timing and at a second MAC entity for the second base station in a second timing different from the first timing, a dual connectivity PHR for the first base station and the second base station containing PHR information for the first base station and the second base station based on the PHR configuration information and a dual connectivity PHR format; and if a periodic PHR timer expires, triggering the dual connectivity PHR at either the first MAC entity or the second MAC entity where the periodic PHR timer expired. receiving PHR configuration information for a dual connectivity of a first eNB and a second eNB, wherein the first eNB is a first base station and the second eNB is a second base station; if a pathloss of at least one activated serving cell of any medium access control, MAC, entity of the UE has changed more than a threshold, triggering, at a first MAC entity for the first base station in a first timing and at a second MAC entity for the second base station in a second timing different from the first timing, a dual connectivity PHR for the first base station and the second base station containing PHR information for the first base station and the second base station based on the PHR configuration information and a dual connectivity PHR format; and if a periodic PHR timer expires, triggering the dual connectivity PHR at either the first MAC entity or the second MAC entity where the periodic PHR timer expired.
A device for presenting an onomatopoeia pertaining to results of evaluating a surrounding environment, comprising: a measurement information inputting section into which there is inputted a measurement result about a state measured by a measuring device regarding a surrounding environment of a user; an image processing section configured to perform an image analysis procedure to an image data to thereby obtain an image analysis result; an evaluation section to make a multi-graded evaluation for a plurality of environment evaluation items using multiple judgement criteria based on the obtained image analysis result and the measurement result and then to select an onomatopoeia which represents the result of the multi-graded evaluation, the onomatopoeia covering a voice-mimic word and a state-mimic word; an onomatopoeia data obtaining section configured to obtain onomatopoeia data which corresponds to the onomatopoeia selected in the evaluation section; and an onomatopoeia outputting section configured to output the onomatopoeia data obtained by the onomatopoeia data obtaining section to a notification device capable of making a notification to the user in form of audio or text, thereby causing the notification device to present an onomatopoeia that corresponds to the evaluation of the surrounding environment in the form of audio or text while the user is carrying out an action in the surrounding environment. a measurement information inputting section into which there is inputted a measurement result about a state measured by a measuring device regarding a surrounding environment of a user; an image processing section configured to perform an image analysis procedure to an image data to thereby obtain an image analysis result; an evaluation section to make a multi-graded evaluation for a plurality of environment evaluation items using multiple judgement criteria based on the obtained image analysis result and the measurement result and then to select an onomatopoeia which represents the result of the multi-graded evaluation, the onomatopoeia covering a voice-mimic word and a state-mimic word; an onomatopoeia data obtaining section configured to obtain onomatopoeia data which corresponds to the onomatopoeia selected in the evaluation section; and an onomatopoeia outputting section configured to output the onomatopoeia data obtained by the onomatopoeia data obtaining section to a notification device capable of making a notification to the user in form of audio or text, thereby causing the notification device to present an onomatopoeia that corresponds to the evaluation of the surrounding environment in the form of audio or text while the user is carrying out an action in the surrounding environment.
An apparatus for subband processing of an input signal comprising: an analysis filter bank including two signal branches (2, 3) for establishing two subbands and for decomposing the input signal into two subband signals, the first branch of which includes a decimation filter, a subsequent down-sampling unit and a subsequent basis filter, and the second branch includes an allpass filter and a subtractor that is connected downstream of the allpass filter and that is connected downstream of the basis filter via a first up-sampling unit and a subsequent first interpolation filter; two subband signal processors (12, 13) supplied with the two subband signals from the analysis filter bank for processing the subband signals in the corresponding subbands and for generating two processed subband signals; and a synthesis filter bank for synthesizing an output signal, the synthesis filter bank includes an adder that is supplied with the processed subband signal of the second branch and that is supplied with the processed subband signal of the first branch via a second up-sampling unit and a subsequent second interpolation filter; the apparatus being characterized in that either the decimation filter is an infinite impulse response filter or the first interpolation filter is an infinite impulse response filter or both are infinite impulse response filters; and the allpass filter has a phase response adapted to compensate for the phase response of those of the decimation filter and the first interpolation filter which are infinite impulse response filters. an analysis filter bank including two signal branches (2, 3) for establishing two subbands and for decomposing the input signal into two subband signals, the first branch of which includes a decimation filter, a subsequent down-sampling unit and a subsequent basis filter, and the second branch includes an allpass filter and a subtractor that is connected downstream of the allpass filter and that is connected downstream of the basis filter via a first up-sampling unit and a subsequent first interpolation filter; two subband signal processors (12, 13) supplied with the two subband signals from the analysis filter bank for processing the subband signals in the corresponding subbands and for generating two processed subband signals; and a synthesis filter bank for synthesizing an output signal, the synthesis filter bank includes an adder that is supplied with the processed subband signal of the second branch and that is supplied with the processed subband signal of the first branch via a second up-sampling unit and a subsequent second interpolation filter; the apparatus being characterized in that either the decimation filter is an infinite impulse response filter or the first interpolation filter is an infinite impulse response filter or both are infinite impulse response filters; and the allpass filter has a phase response adapted to compensate for the phase response of those of the decimation filter and the first interpolation filter which are infinite impulse response filters.
Arrangement for contactless energy and data transmission through electric and/or electromagnetic fields, of which the transmission means, which contactlessly bridge an air gap, are formed as electric and/or electromagnetic transmission modules, which are composed of the transmission modules as annular transformer banks around a central free space, wherein the transmission modules of the transformer bank are each formed from a first transmission module half and a second transmission module half, wherein the first transmission module halves are held on a first mounting ring and the second transmission module halves are held on a second mounting ring, mounted movable in rotation relative to the first mounting ring, so as to include an air gap along mutually facing ring faces of the mounting rings (24, 25), and wherein the transmission module halves (22, 23) are mounted movable in rotation relative to one another.
A radio communication terminal apparatus comprising: integrated circuitry which, in operation, generates CSI, Channel State Information, using a desired signal component and an interference component; and a transmitter which, in operation, transmits the CSI, wherein the integrated circuitry, in operation, measures the desired signal component and the interference component using a resource indicated by resource information, wherein the resource information indicates a resource to which a reference signal is mapped, wherein, when no resource exists for measuring a desired signal component of CSI to be reported in a subframe received at timing at which trigger information that requests a CSI report is received, the integrated circuitry, in operation, uses a desired signal component of CSI to be reported that is measured before receiving the trigger information, and when a resource used to measure a desired signal component of CSI corresponding to a base station and a resource used to measure an interference component of CSI corresponding to another base station are the same, the integrated circuitry, in operation, measures the desired signal component using the resource after receiving the trigger information and measures the interference component using the interference component measured using the resource before receiving the trigger information. integrated circuitry which, in operation, generates CSI, Channel State Information, using a desired signal component and an interference component; and a transmitter which, in operation, transmits the CSI, wherein the integrated circuitry, in operation, measures the desired signal component and the interference component using a resource indicated by resource information, wherein the resource information indicates a resource to which a reference signal is mapped, wherein, when no resource exists for measuring a desired signal component of CSI to be reported in a subframe received at timing at which trigger information that requests a CSI report is received, the integrated circuitry, in operation, uses a desired signal component of CSI to be reported that is measured before receiving the trigger information, and when a resource used to measure a desired signal component of CSI corresponding to a base station and a resource used to measure an interference component of CSI corresponding to another base station are the same, the integrated circuitry, in operation, measures the desired signal component using the resource after receiving the trigger information and measures the interference component using the interference component measured using the resource before receiving the trigger information.
A method for operating a fuel cell system comprising a fuel cell stack comprising a fuel inlet and fuel outlet and an oxidant inlet and oxidant outlet and at least one fuel cell comprising a membrane, an anode and a cathode, the anode fluidly connected to the fuel inlet and fuel outlet, the cathode fluidly connected to the oxidant inlet and oxidant outlet and, a fuel supply line for supplying a fuel to the fuel inlet, a jet pump connected to the fuel supply line, a recirculation line connecting the fuel outlet with the jet pump, a valve upstream of the jet pump for opening or closing fuel supply to the stack, and a control unit for operating the valve in response to an operational parameter indicative of the anode-cathode pressure differential, characterized in that the method comprises the step of controlling the valve to produce a pulsed fuel supply to the stack when a load applied to the fuel cell system is below a value L, which is the load that satisfies a minimum anode pressure differential between the fuel inlet and the fuel outlet that ensures adequate removal of water droplets accumulated in anode flow field channels, and the step of closing the valve to direct fuel through a bypass line to a pressure regulator, the jet pump, and further to the fuel inlet when operating at loads higher than the value L, wherein the step of controlling the valve is accomplished by closing the valve to reduce the fuel supply to the stack when the operational parameter indicative of the anode-cathode pressure differential is above a first predetermined threshold value A, and opening the valve to restart the fuel supply to the stack when the operational parameter indicative of the anode-cathode pressure differential drops below a second predetermined threshold value B, the second predetermined threshold value B being lower than the first predetermined threshold value A.
A method of determining how to adjust a time stamp, comprising: providing a packet comprising the time stamp to a plurality of sequentially arranged comparison blocks (213, 215, 217, 219, 221), sequentially performing a comparison of information in the provided packet to respective sets of parameter values by at least some of the sequentially arranged comparison blocks, each of said sets of parameter values representing a particular one of a plurality of communication protocols; providing, by each of the comparison blocks other than an ultimate comparison block, an offset indicator to a subsequent comparison block of the plurality of sequentially arranged comparison blocks, said information in the provided packet selected responsive to said offset indicator; and determining, by the ultimate comparison block, an action to take regarding modification of the time stamp. providing a packet comprising the time stamp to a plurality of sequentially arranged comparison blocks (213, 215, 217, 219, 221), sequentially performing a comparison of information in the provided packet to respective sets of parameter values by at least some of the sequentially arranged comparison blocks, each of said sets of parameter values representing a particular one of a plurality of communication protocols; providing, by each of the comparison blocks other than an ultimate comparison block, an offset indicator to a subsequent comparison block of the plurality of sequentially arranged comparison blocks, said information in the provided packet selected responsive to said offset indicator; and determining, by the ultimate comparison block, an action to take regarding modification of the time stamp.
A method for assigning Notification Throttling Thresholds within a telecommunications network, said telecommunications network comprising a Management System in communicative contact with a Gateway Network Element, said Gateway Network Element being arranged for subtending Network Elements, and said Gateway Network Element and said subtended Network Elements being arranged for sending notifications to said Management System, the method comprising the steps of: a) determining (a) the number of Network Elements that are subtended by the Gateway Network Element; b) calculating (b) a Notification Throttling Threshold in dependence upon the number of Network Elements that are subtended by the Gateway Network Element; c) assigning (c) the Notification Throttling Threshold to the subtended Network Elements. a) determining (a) the number of Network Elements that are subtended by the Gateway Network Element; b) calculating (b) a Notification Throttling Threshold in dependence upon the number of Network Elements that are subtended by the Gateway Network Element; c) assigning (c) the Notification Throttling Threshold to the subtended Network Elements.
Artificial neuron implementing integration, leakage and firing functions, characterised in that the artificial neuron is an artificial neuron of the "leaky integrate and fire" reference model, and in that it is composed of a single monocomponent electric dipole comprising a material belonging to the family of the Mott insulators connected to two electrical electrodes (32, 33).
Method of manufacturing a winding mass for a watch movement, said winding mass comprising an axis of geometric rotation, a peripheral portion and a connecting portion between the peripheral portion and the axis of rotation, the connecting portion being provided with bird feather portions, each feather portion being obtained by stamping a bird feather, each portion comprising a portion of the rachis of said bird feather, and barbs, said method comprising the following steps: selecting feathers; stamping a feather portion from the vane of each selected feather, each stamped portion comprising said portion of the rachis and said barbs, a base and an end, said rachis becoming progressively narrower from said base to said tip, the angle between the barbs and the rachis becoming increasingly smaller from said base to said end; gluing the rachis of the stamped feather portions onto a winding mass, oriented radially with the rachis close to the axis of geometric rotation. selecting feathers; stamping a feather portion from the vane of each selected feather, each stamped portion comprising said portion of the rachis and said barbs, a base and an end, said rachis becoming progressively narrower from said base to said tip, the angle between the barbs and the rachis becoming increasingly smaller from said base to said end; gluing the rachis of the stamped feather portions onto a winding mass, oriented radially with the rachis close to the axis of geometric rotation.
A transcranial interface configured to be implanted in the skull of a patient comprising: a channel having an outer wall and an inner wall defining a cavity; and a plurality of lumens, wherein each lumen has a lumen wall, and each lumen is disposed in the cavity; and characterized in that one or more of the plurality of lumens is filled or partially filled with a material to facilitate leadless conduction of electrical current through the channel. a channel having an outer wall and an inner wall defining a cavity; and a plurality of lumens, wherein each lumen has a lumen wall, and each lumen is disposed in the cavity;
A parking assistance device configured to assist a parking operation in which a vehicle is guided along a vehicle passage from a parking start position (Pa) via a reversing position (Pb) and perpendicularly parked in a parkable area, comprising: an attitude angle look-up circuit configured to look up attitude angles (θM) of the vehicle at the reversing position (Pb) with respect to a travel direction (Da) of the vehicle at the parking start position (Pa); a route generating circuit configured to generate a route along which the vehicle is to travel from the parking start position (Pa) to the parkable area via the reversing position (Pb) according to the attitude angle set by use of the attitude angle look-up circuit; a vehicle passage width obtaining circuit configured to obtain a width of a vehicle passage which the parkable area faces; wherein the attitude look-up circuit determines whether the front portion of the vehicle will interfere with an obstacle adjacent to the vehicle passage in the width direction of the vehicle passage according to the width of the vehicle passage and the reversing position (Pb) on the route generated by the route generating circuit in response to the looked-up attitude angle, and characterized in that when it is determined that the front portion of the vehicle will interfere with the obstacle, the attitude look-up circuit repeatedly looks up the attitude angle in a descending order starting from an attitude angle (θ F) at a completion of parking until the generated route does not interfere with the obstacle. an attitude angle look-up circuit configured to look up attitude angles (θM) of the vehicle at the reversing position (Pb) with respect to a travel direction (Da) of the vehicle at the parking start position (Pa); a route generating circuit configured to generate a route along which the vehicle is to travel from the parking start position (Pa) to the parkable area via the reversing position (Pb) according to the attitude angle set by use of the attitude angle look-up circuit; a vehicle passage width obtaining circuit configured to obtain a width of a vehicle passage which the parkable area faces; wherein the attitude look-up circuit determines whether the front portion of the vehicle will interfere with an obstacle adjacent to the vehicle passage in the width direction of the vehicle passage according to the width of the vehicle passage and the reversing position (Pb) on the route generated by the route generating circuit in response to the looked-up attitude angle, and characterized in that when it is determined that the front portion of the vehicle will interfere with the obstacle, the attitude look-up circuit repeatedly looks up the attitude angle in a descending order starting from an attitude angle (θ F) at a completion of parking until the generated route does not interfere with the obstacle.