mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for roasting coffee beans comprising: - a vessel to contain coffee beans, - a heating device to heat coffee beans contained in the vessel, - a control system operable to control the heating device and configured to apply a roasting recipe providing the temperature T @t1, T @t2,... to be applied at discrete successive times t 1, t 2,..., respectively, wherein, for any customised quantity m of coffee beans of type Ny introduced inside the vessel, - the control system is configured to obtain at least:. the customised quantity m of coffee beans introduced inside the vessel, and. the type Ny of coffee beans introduced inside the vessel, and - based on the obtained type Ny, the control system is configured to get access at least to a roasting recipe Ry, said recipe being adapted to the roasting of one pre-determined quantity M of beans of type Ny, and to said pre-determined quantity M, and - based on the accessible roasting recipe Ry, on the accessible pre-determined quantity M and on said obtained customised quantity m of coffee beans introduced inside the vessel, the control system is configured to determine the roasting recipe to be applied to the customised quantity m of coffee beans of type Ny introduced inside the vessel. - a vessel to contain coffee beans, - a heating device to heat coffee beans contained in the vessel, - a control system operable to control the heating device and configured to apply a roasting recipe providing the temperature T @t1, T @t2,... to be applied at discrete successive times t 1, t 2,..., respectively, - the control system is configured to obtain at least:. the customised quantity m of coffee beans introduced inside the vessel, and. the type Ny of coffee beans introduced inside the vessel, and. the customised quantity m of coffee beans introduced inside the vessel, and. the type Ny of coffee beans introduced inside the vessel, and - based on the obtained type Ny, the control system is configured to get access at least to a roasting recipe Ry, said recipe being adapted to the roasting of one pre-determined quantity M of beans of type Ny, and to said pre-determined quantity M, and - based on the accessible roasting recipe Ry, on the accessible pre-determined quantity M and on said obtained customised quantity m of coffee beans introduced inside the vessel, the control system is configured to determine the roasting recipe to be applied to the customised quantity m of coffee beans of type Ny introduced inside the vessel.
Paint for protection against impacts, characterized in that it comprises: - epoxy resin 50-75 % - hollow spheres 0.5-10 % - reinforcing fibres 1-7 % - amine hardener 23-55 % said percentage quantities being expressed in weight in relation to the total weight of the paint. - epoxy resin 50-75 % - hollow spheres 0.5-10 % - reinforcing fibres 1-7 % - amine hardener 23-55 % said percentage quantities being expressed in weight in relation to the total weight of the paint.
Diphenyloxyalkylamine derivatives and aryloxyalkylamine derivatives selected from the structures below: Structure Code JME-170 JME-173 JME-141 JME-188 JME-207 JME-208 JME-209 JME-209-1 JME-209-2 JME-209-3 JME-209-4 JME-209-5 JME-209-6 JME-209-7 JME-209-8
A balloon catheter comprising: an inflatable and deflatable balloon on a tip-end side, the balloon comprising a straight tube portion having a diameter maximized during inflation and a tip-end tapered portion reduced in diameter from a tip-end portion of the straight tube portion toward the tip-end side; and a projection projectingly provided on an outer surface of the balloon and linearly extending along the outer surface, the projection comprising a first projection provided at the straight tube portion and a second projection provided at the tip-end tapered portion, wherein at least a part of the second projection in a longitudinal direction comprises a high projection having a larger projection amount from the outer surface than the first projection, wherein the second projection extends in an axial direction of the balloon along an outer surface of the tip-end tapered portion, and wherein the projection amount of the second projection is increased from a base-end side toward a tip-end side thereof, whereby at least the tip-end side comprises the high projection. an inflatable and deflatable balloon on a tip-end side, the balloon comprising a straight tube portion having a diameter maximized during inflation and a tip-end tapered portion reduced in diameter from a tip-end portion of the straight tube portion toward the tip-end side; and a projection projectingly provided on an outer surface of the balloon and linearly extending along the outer surface, the projection comprising a first projection provided at the straight tube portion and a second projection provided at the tip-end tapered portion, wherein at least a part of the second projection in a longitudinal direction comprises a high projection having a larger projection amount from the outer surface than the first projection, wherein the second projection extends in an axial direction of the balloon along an outer surface of the tip-end tapered portion, and wherein the projection amount of the second projection is increased from a base-end side toward a tip-end side thereof, whereby at least the tip-end side comprises the high projection.
A method for wireless communication performed by an apparatus, comprising: establishing a first connection with a user equipment, UE, using a first carrier in a first frequency band; receiving, from the UE, a timing difference between transmissions in the first frequency band and one or more transmissions in a second frequency band that is higher than the first frequency band; determining that the UE is to use an asynchronous carrier aggregation mode for communications using a second carrier in the second frequency band based at least in part on the timing difference, and transmitting an indication that the UE is to use the asynchronous carrier aggregation mode for communication with the second carrier in the second frequency band. establishing a first connection with a user equipment, UE, using a first carrier in a first frequency band; receiving, from the UE, a timing difference between transmissions in the first frequency band and one or more transmissions in a second frequency band that is higher than the first frequency band; determining that the UE is to use an asynchronous carrier aggregation mode for communications using a second carrier in the second frequency band based at least in part on the timing difference, and transmitting an indication that the UE is to use the asynchronous carrier aggregation mode for communication with the second carrier in the second frequency band.
A method for determining axial displacement of rotor blades, characterised by: monitoring an output signal of a sensor configured to detect the proximity of the rotor blades, at least one of the rotor blades being marked with a position marker (38, 48) that is configured to cause a recognizable inconsistency in the output signal only when the rotor blades rotate at a known default axial position; and determining the axial displacement of the rotor blades if the inconsistency is not detected in the output signal for at least one full revolution of the rotor blades. monitoring an output signal of a sensor configured to detect the proximity of the rotor blades, at least one of the rotor blades being marked with a position marker (38, 48) that is configured to cause a recognizable inconsistency in the output signal only when the rotor blades rotate at a known default axial position; and determining the axial displacement of the rotor blades if the inconsistency is not detected in the output signal for at least one full revolution of the rotor blades.
A mobile communication system in which a mobile station is capable of performing a carrier aggregation through cells under a plurality of radio base stations (eNB#1, eNB#2, eNB#3), wherein an anchor radio base station (eNB#1) which is one of the plurality of radio base stations maps one bearer (#B) established between the mobile station and a gateway device (P-GW) to a plurality of radio bearers (#3, #4, #5) established between the mobile station and the plurality of radio base stations (eNB#1, eNB#2, eNB#3), the mobile communication system characterized in that the anchor radio base station (eNB#1) performs the mapping by using information for mapping an identifier of the one bearer (#B) to identifiers of the plurality of radio bearers (#3, #4, #5) and identifiers of the plurality of radio base stations (eNB#1, eNB#2, eNB#3) or the cells, and the anchor radio base station transmits to the mobile station an RRC connection reconfiguration including the information therein.
A composition comprising a cluster organopolysiloxane having the following average chemical structure: X 3 SiO-SiR 2 -R'-(R 2 SiO) x -R 2 Si-[R b -(R 2 SiO) y -R 2 Si-R b' -(R 2 SiO) z -R 2 Si] m -R'-R 2 SiO-SiX 3 where: (a) X= -OSiR 2 -R'-R 2 SiO-R 2 Si-R"-A; (b) R is independently in each occurrence selected from a group consisting of alkyl groups having from 2 to 6 carbons and aryl groups; (c) R', R", R b and R b' are independently in each occurrence selected from divalent hydrocarbon groups comprising a chain of 2 to 6 methylene units; (d) A is independently in each occurrence selected from a group consisting of acrylate, methacrylate and trialkoxysilyl groups; provided that, on average, 60 to 90 mole-percent of the A groups are selected from acrylate and methacrylate groups; (e) Subscript m has an average value in a range of zero to 10; (f) Subscripts x, y and z each independently in each occurrence has an average value in a range of zero to 1200; and provided that the average values of m, x, y and z are such that the sum of the average values for x, y and z is in a range of 300-1200 and the molar ratio of methylene units to siloxane units is less than 0.15. (a) X= -OSiR 2 -R'-R 2 SiO-R 2 Si-R"-A; (b) R is independently in each occurrence selected from a group consisting of alkyl groups having from 2 to 6 carbons and aryl groups; (c) R', R", R b and R b' are independently in each occurrence selected from divalent hydrocarbon groups comprising a chain of 2 to 6 methylene units; (d) A is independently in each occurrence selected from a group consisting of acrylate, methacrylate and trialkoxysilyl groups; provided that, on average, 60 to 90 mole-percent of the A groups are selected from acrylate and methacrylate groups; (e) Subscript m has an average value in a range of zero to 10; (f) Subscripts x, y and z each independently in each occurrence has an average value in a range of zero to 1200; and
A device for determining a dialysis efficiency/dialysis dose of an extracorporeal blood treatment with a radiation source, a cuvette, at least one detection unit (6, 10) and a regulation/control unit, wherein the radiation source is intended and configured to emit a radiation, the intensity of which is controlled/regulated by adjusting a current strength to which the radiation source is subjected, the cuvette is preferably provided with a dialysis fluid inlet and a dialysis fluid outlet and is intended and configured to be penetrated by the radiation emitted by the radiation source, the detection unit (6, 10) is provided and adapted to detect, as a measurement detection unit, the intensity of the radiation after it has passed the cuvette, the regulation/control unit determines the dialysis efficiency/dialysis dose from the intensity of the radiation detected by the detection unit (6, 10), characterized in that the regulation/control unit is connected to the radiation source and the detection unit (6, 10) and is provided and configured to reduce the intensity of the emitted radiation by adjusting the current strength over the time course of the extracorporeal blood treatment at least once, based on a decrease in a concentration of urinary substances in the dialysis fluid. the radiation source is intended and configured to emit a radiation, the intensity of which is controlled/regulated by adjusting a current strength to which the radiation source is subjected, the cuvette is preferably provided with a dialysis fluid inlet and a dialysis fluid outlet and is intended and configured to be penetrated by the radiation emitted by the radiation source, the detection unit (6, 10) is provided and adapted to detect, as a measurement detection unit, the intensity of the radiation after it has passed the cuvette, the regulation/control unit determines the dialysis efficiency/dialysis dose from the intensity of the radiation detected by the detection unit (6, 10), characterized in that the regulation/control unit is connected to the radiation source and the detection unit (6, 10) and is provided and configured to reduce the intensity of the emitted radiation by adjusting the current strength over the time course of the extracorporeal blood treatment at least once, based on a decrease in a concentration of urinary substances in the dialysis fluid.
A method of remote collection of data for the account of an entity, using an automatic reading system comprising a central management unit and a plurality of sources (14a; 14b...14g) of said data to be collected, adapted to transfer said data to said central management unit through communications interfaces (16a; 16b...16d; 30) a data communications network operated by a third party with respect to said entity, characterised in that it comprises the following steps: monitoring, at a traffic manager unit of said data communications network the traffic load of said data communications network; upon detection, by said traffic manager unit, that said traffic load is below a predetermined threshold level corresponding to an occupation below peak capacity, sending from said traffic manager unit to said central management unit a first signal (AMR AUTHORISATION) authorizing said central management unit to start the collection of data, wherein said first signal is accompanied with one dynamically variable condition of use of said network, relating to at least: - a geographical or topographical zone of said network from which data can be collected, and/or - a quantity of data authorised to be transported on said network. monitoring, at a traffic manager unit of said data communications network the traffic load of said data communications network; upon detection, by said traffic manager unit, that said traffic load is below a predetermined threshold level corresponding to an occupation below peak capacity, sending from said traffic manager unit to said central management unit a first signal (AMR AUTHORISATION) authorizing said central management unit to start the collection of data, wherein said first signal is accompanied with one dynamically variable condition of use of said network, relating to at least: - a geographical or topographical zone of said network from which data can be collected, and/or - a quantity of data authorised to be transported on said network. - a geographical or topographical zone of said network from which data can be collected, and/or - a quantity of data authorised to be transported on said network.
Method for operating a generator having a rectifier arrangement having diodes that contain a Schottky diode as a semiconductor element, wherein the generator has a hot point, at which a junction temperature of the diodes is the highest depending on the rotational speed of the generator, wherein the thermal resistance (Rth) between a depletion layer of the semiconductor of the semiconductor element and ambient air during operation at the hot point of the generator does not exceed a predefined value, wherein the maximum permissible junction temperature of the diodes is designed at least for operation at the hot point, characterized in that the generator and thus the Schottky diodes (D1-D6) are operated in an operating range in which the diode losses increase as the junction temperature increases, and in that at the hot point the maximum permissible junction temperature T of the diodes satisfies the following relationship: 1 2 ⋅ UR ⋅ Rth ⋅ Ea T 2 ⋅ IR T ≤ 1 wherein Rth is the thermal resistance at the hot point, UR is the reverse voltage, IR is the reverse current, T is the temperature of the depletion layer, and Ea is the activation energy.
A scribing item, such as a ruler, a set square or a protractor, substantially made of synthetic material, and including printed elements such as graduation and/or patterns for decoration, advertising or other purposes, characterized in that it comprises a synthetic material sheet permanently attached on at least a portion of one face or on respectively upper and lower both faces (6, 7) of a stiff base plate made of synthetic material, which synthetic material sheet is printed with at least one graduation and/or at least one pattern either on its internal face in contact with the upper or lower face of the base plate, or on its external face in contact with a permanent protective element.
An apparatus for forming air-laid fibrous articles, comprising a plurality of discrete pockets defining the shape of the articles disposed in a circumferential relationship about the periphery of a rotatable deposition drum comprising a disk-shaped backing plate, characterized in that the discrete pockets are removably attached to interfacing segments which are themselves removably attached to the backing plate.
A listening device for a hearing impaired person, the listening device comprising - an input transducer (110, 120) configured to provide an electric input signal representing an audio signal, - a signal processing unit configured to process the electric input signal according to a compression scheme and to output a processed electric output signal, - an input measurement unit configured to determine an input value of a modulation parameter of the electric input signal, - an output measurement unit configured to determine an output value of the same modulation parameter of the processed electric output signal, CHARACTERIZED IN THAT the listening device further comprises - a voice detector for determining whether or not the electric input signal comprises a voice signal, and - a controller coupled to the signal processing unit and being configured to control processing of the electric input signal through the signal processing unit in dependence of the determined input value and the determined output value, wherein adaptation of an output modulation is provided by modifying a slope of a piecewise linear compression curve segment for levels around which the input value varies to maintain or increase the modulation present in the electric input signal in the electric output signal, and is only activated during time periods, where the voice signal is identified in the electric input signal. - an input transducer (110, 120) configured to provide an electric input signal representing an audio signal, - a signal processing unit configured to process the electric input signal according to a compression scheme and to output a processed electric output signal, - an input measurement unit configured to determine an input value of a modulation parameter of the electric input signal, - an output measurement unit configured to determine an output value of the same modulation parameter of the processed electric output signal, - a voice detector for determining whether or not the electric input signal comprises a voice signal, and - a controller coupled to the signal processing unit and being configured to control processing of the electric input signal through the signal processing unit in dependence of the determined input value and the determined output value, wherein adaptation of an output modulation is provided by modifying a slope of a piecewise linear compression curve segment for levels around which the input value varies to maintain or increase the modulation present in the electric input signal in the electric output signal, and is only activated during time periods, where the voice signal is identified in the electric input signal.
A flow sensor assembly, comprising: a housing, wherein the housing is a single piece molded part, defining at least part of: an inlet flow port; an outlet flow port; a fluid channel extending between the inlet flow port and the outlet flow port; and a bypass channel including an upstream tap in fluid communication with the fluid channel at a first location that is downstream of the inlet flow port and a downstream tap in fluid communication with the fluid channel at a second location that is upstream of the outlet flow port, wherein the second location is downstream of the first location; a cover that along with the housing defines the fluid channel; and a flow sensor positioned in fluid communication with the bypass channel, and configured to sense a measure related to a flow rate of a fluid flowing through the bypass channel, which is related to a flow rate of a fluid flowing through the fluid channel; characterised in that: the housing includes one or more partitions (48, 50) positioned in the fluid channel defining one or more fluid sub-passages, wherein the partitions (48, 50) are fin-type dividers that extend toward the cover. a housing, wherein the housing is a single piece molded part, defining at least part of: an inlet flow port; an outlet flow port; a fluid channel extending between the inlet flow port and the outlet flow port; and a bypass channel including an upstream tap in fluid communication with the fluid channel at a first location that is downstream of the inlet flow port and a downstream tap in fluid communication with the fluid channel at a second location that is upstream of the outlet flow port, wherein the second location is downstream of the first location; an inlet flow port; an outlet flow port; a fluid channel extending between the inlet flow port and the outlet flow port; and a bypass channel including an upstream tap in fluid communication with the fluid channel at a first location that is downstream of the inlet flow port and a downstream tap in fluid communication with the fluid channel at a second location that is upstream of the outlet flow port, wherein the second location is downstream of the first location; a cover that along with the housing defines the fluid channel; and a flow sensor positioned in fluid communication with the bypass channel, and configured to sense a measure related to a flow rate of a fluid flowing through the bypass channel, which is related to a flow rate of a fluid flowing through the fluid channel; the housing includes one or more partitions (48, 50) positioned in the fluid channel defining one or more fluid sub-passages, wherein the partitions (48, 50) are fin-type dividers that extend toward the cover.