mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating an audio signal envelope from one or more coding values, comprising: an input interface for receiving the one or more coding values, and an envelope generator for generating the audio signal envelope depending on the one or more coding values, wherein the envelope generator is configured to generate an aggregation function depending on the one or more coding values, wherein the aggregation function comprises a plurality of aggregation points, wherein each of the aggregation points comprises an argument value and an aggregation value, wherein the aggregation function monotonically increases, and wherein each of the one or more coding values indicates at least one of the argument value and the aggregation value of one of the aggregation points of the aggregation function, wherein the envelope generator is configured to generate the audio signal envelope such that the audio signal envelope comprises a plurality of envelope points, wherein each of the envelope points comprises an argument value and an envelope value, and wherein, for each of the aggregation points of the aggregation function, one of the envelope points of the audio signal envelope is assigned to said aggregation point such that the argument value of said envelope point is equal to the argument value of said aggregation point, and wherein the envelope generator is configured to generate the audio signal envelope such that the envelope value of each of the envelope points of the audio signal envelope depends on the aggregation value of at least one aggregation point of the aggregation function. an input interface for receiving the one or more coding values, and an envelope generator for generating the audio signal envelope depending on the one or more coding values, wherein the envelope generator is configured to generate an aggregation function depending on the one or more coding values, wherein the aggregation function comprises a plurality of aggregation points, wherein each of the aggregation points comprises an argument value and an aggregation value, wherein the aggregation function monotonically increases, and wherein each of the one or more coding values indicates at least one of the argument value and the aggregation value of one of the aggregation points of the aggregation function, wherein the envelope generator is configured to generate the audio signal envelope such that the audio signal envelope comprises a plurality of envelope points, wherein each of the envelope points comprises an argument value and an envelope value, and wherein, for each of the aggregation points of the aggregation function, one of the envelope points of the audio signal envelope is assigned to said aggregation point such that the argument value of said envelope point is equal to the argument value of said aggregation point, and wherein the envelope generator is configured to generate the audio signal envelope such that the envelope value of each of the envelope points of the audio signal envelope depends on the aggregation value of at least one aggregation point of the aggregation function.
Method for inserting an undulating coil in a stator of a polyphase electrical rotating machine, such as an alternator or an alternator/starter system of a motor vehicle, the stator comprising an assembly of metal sheets which is perforated centrally and which has an axis of symmetry and axial through-recesses which are arranged in a radially internal face of the assembly of metal sheets, the coil comprising a plurality of phase windings which are each constituted by at least one electrically conductive continuous wire, each wire being intended to form around the internal face of the assembly of metal sheets a helix comprising a plurality of turns each corresponding to a revolution of the internal face, the method comprising the following steps: 1/ formation of each winding, each wire thereof being formed as a succession of notches which are connected by connection segments, each notch comprising two lateral branches which face each other and which are each intended to be inserted in a recess, and a head branch which connects the two lateral branches; 3/ insertion of the turns of each wire in a series of recesses of the stator, the turns of the different wires being radially superimposed in a predetermined order, characterised in that the wires of all the windings are inserted in the recesses at the same time, the turns of the different wires alternating in the predetermined superimposition order, and in that the predetermined superimposition order comprises a succession of identical sequences, each sequence being constituted by a turn of each wire. 1/ formation of each winding, each wire thereof being formed as a succession of notches which are connected by connection segments, each notch comprising two lateral branches which face each other and which are each intended to be inserted in a recess, and a head branch which connects the two lateral branches; 3/ insertion of the turns of each wire in a series of recesses of the stator, the turns of the different wires being radially superimposed in a predetermined order,
A production method of a mold comprising: a preparation process of preparing a plate precursor having a protruding pattern formed of a plurality of protrusions in a pattern presence region on a base, and a thermoplastic resin sheet; an alignment process of determining a position at which the plate precursor is to be pressed against the thermoplastic resin sheet by moving the plate precursor and the thermoplastic resin sheet relative to each other; and a forming process of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin sheet by pressing the protrusions of the plate precursor which is heated against the thermoplastic resin sheet at a position where a part of the pattern presence region of the plate precursor excluding the protrusions is separated from a surface of the thermoplastic resin sheet, cooling the plate precursor in a state in which the pressed protrusions and the thermoplastic resin sheet are in contact with each other, and separating the plate precursor from the thermoplastic resin sheet, characterized in that a depression is formed in advance in a pressing surface in the surface of the thermoplastic resin sheet, against which the protrusions forming the protruding pattern of the plate precursor are pressed.
A wireless power transmission system for transmitting a beam of optical power to at least one receiver having a receiver control unit, a receiver functionality monitor unit and a power conversion device, said system comprising: a transmitter having at least one low emission state, and at least one high emission state, each of said high emission states having emissions higher than the highest emissions of said low emission states, said receiver functionality monitor unit being adapted, upon detection of a receiver control unit fault, to preclude said transmitter, through information received through a communication channel, from switching from at least one of said low emission states to any of said high emission states; a transmitter control unit; a transmitter functionality monitor unit adapted, upon detection of a transmitter control unit fault, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states; and at least two sensors (767, 768, 769, 770, 771) configured to provide signals indicative of a likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level; wherein said transmitter control unit is adapted, when none of said at least two sensors are providing signals indicative of said likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level, and upon detecting an inconsistency between results arising from at least two of said sensors, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states. a transmitter having at least one low emission state, and at least one high emission state, each of said high emission states having emissions higher than the highest emissions of said low emission states, said receiver functionality monitor unit being adapted, upon detection of a receiver control unit fault, to preclude said transmitter, through information received through a communication channel, from switching from at least one of said low emission states to any of said high emission states; a transmitter control unit; a transmitter functionality monitor unit adapted, upon detection of a transmitter control unit fault, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states; and at least two sensors (767, 768, 769, 770, 771) configured to provide signals indicative of a likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level; wherein said transmitter control unit is adapted, when none of said at least two sensors are providing signals indicative of said likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level, and upon detecting an inconsistency between results arising from at least two of said sensors, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states.
Washing machine, that is to say a machine intended solely for washing clothing and textile articles in general, comprising: - a washing chamber, - a conduit feeding water into said washing chamber, - a pump for metering the quantity of cleansing agent fed into said washing chamber, - at least one hardness sensor for water fed into said washing chamber, - means controlling said pump as a function of the water hardness degree sensed by said sensor, and - a water-softening device for water fed into the washing chamber, which incorporates said at least one hardness sensor, wherein said water-softening device and said at least one hardness sensor are housed in a fixed support structure forming part of the washing machine. - a washing chamber, - a conduit feeding water into said washing chamber, - a pump for metering the quantity of cleansing agent fed into said washing chamber, - at least one hardness sensor for water fed into said washing chamber, - means controlling said pump as a function of the water hardness degree sensed by said sensor, and - a water-softening device for water fed into the washing chamber, which incorporates said at least one hardness sensor, wherein said water-softening device and said at least one hardness sensor are housed in a fixed support structure forming part of the washing machine.
A pneumatic tire comprising: a pair of bead rings; a body cord ply extending between the bead rings; the body cord ply having a plurality of body cords encased in a body cord ply material; an innerliner disposed inwardly of the body cord ply; a belt layer disposed outwardly of the body cord ply, the belt layer having a plurality of cords encased in a belt layer material; a pair of sidewalls disposed outwardly of the body cord ply, the sidewalls being fabricated from a sidewall material; and a plurality of micro-scale sized or smaller sensors providing wireless signals providing data related to at least one physical property of the tire, characterized in that the sensors are randomly distributed in at least one of the body cord ply material, the belt layer material, and the sidewall material, each sensor being no larger than 20 microns and to thereby avoid being an occlusion in the at least one of the body cord ply material, the belt layer material, and the sidewall material. a pair of bead rings; a body cord ply extending between the bead rings; the body cord ply having a plurality of body cords encased in a body cord ply material; an innerliner disposed inwardly of the body cord ply; a belt layer disposed outwardly of the body cord ply, the belt layer having a plurality of cords encased in a belt layer material; a pair of sidewalls disposed outwardly of the body cord ply, the sidewalls being fabricated from a sidewall material; and a plurality of micro-scale sized or smaller sensors providing wireless signals providing data related to at least one physical property of the tire, characterized in that the sensors are randomly distributed in at least one of the body cord ply material, the belt layer material, and the sidewall material, each sensor being no larger than 20 microns and to thereby avoid being an occlusion in the at least one of the body cord ply material, the belt layer material, and the sidewall material.
A gymnastics balance beam including a rigid profiled section, a layer of a flexible material disposed over an upper surface of said profiled section, and a cover covering said layer of flexible material, said beam including a bottom portion including a lower portion of the profiled section and a top portion including an upper portion of the profiled section, the upper portion being laid bearing on the lower portion, the upper portion being rigidly fastened to the lower portion by connecting means adapted to secure or detach the bottom portion and the top portion.
Apparatus for preparing food, comprising a food preparation chamber with an air-permeable bottom wall and an upper air discharge opening, a fan positioned above the discharge opening for moving hot air succesively through the bottom wall, the food preparation chamber and the discharge opening, air guide means for returning the air from the discharge opening towards the bottom wall separate from the food preparation chamber, heat radiating means positioned in the upper part of the food preparation chamber and air guide means below the food preparation chamber and on top of a bottom part comprising at least one air guide rib for directing the air flow essentially upwards into food present in the food preparation chamber, characterized in that said air guide rib is arranged along a curved line extending substantially towards a central region of said bottom part, wherein said air guide rib is provided with a concave side which, as seen in a vertical section through said air guide rib, along at least part of its extension along said curved line includes an angle with the bottom part below the air guide rib smaller than 90°.
A portable device for mixing a dilute disinfectant solution comprising a disinfectant reservoir holding undiluted disinfectant solution, a chamber which is connected to said disinfectant reservoir and which is for holding a predetermined amount of dilutant, disinfectant discharging means for discharging a predetermined amount of said undiluted disinfectant solution from said disinfectant reservoir to be mixed with said predetermined amount of dilutant, whereby said device provides the dilute disinfectant solution at a fixed dilution determined by the ratio of the predetermined amount of said undiluted disinfectant solution to the predetermined amount of dilutant, and an indicator reservoir holding an indicator indicating the activity of the dilute disinfectant solution.
A solid-state laser device comprising: a resonator composed of a pair of mirrors (11,12); a laser rod disposed in the resonator; and a laser chamber that contains at least a part of the laser rod, wherein the resonator and the laser rod are disposed in a housing, a polarizer and a Q switch that are disposed between one of the pair of mirrors and the laser rod, and an aperture member that is disposed in a light path of the resonator, that suppresses propagation of stray light, which is generated in the housing, in a direction from the one of the pair of mirrors toward the laser rod, and that has an opening in the light path, the aperture member being disposed separately from the chamber, wherein the aperture member is disposed more adjacent to the laser rod than the polarizer and the Q switch wherein the laser chamber comprises a hole having a columnar shape that is shorter than a longitudinal axial length of the laser rod, wherein the laser rod is inserted through the hole of the laser chamber and is supported in a state in which two end portions of the laser rod are exposed from the hole, wherein an O-ring is disposed at an exposed root of at least one end portion of the two end portions, the exposed root being exposed from the laser chamber, and wherein the solid-state laser device comprises a cover member (38, 39) that is disposed on a side surface of the laser rod between the O-ring and an end surface of the at least one end portion of the laser rod and that blocks incidence of stray light, which is generated in the housing, on the O-ring. a resonator composed of a pair of mirrors (11,12); a laser rod disposed in the resonator; and a laser chamber that contains at least a part of the laser rod, wherein the resonator and the laser rod are disposed in a housing, a polarizer and a Q switch that are disposed between one of the pair of mirrors and the laser rod, and an aperture member that is disposed in a light path of the resonator, that suppresses propagation of stray light, which is generated in the housing, in a direction from the one of the pair of mirrors toward the laser rod, and that has an opening in the light path, the aperture member being disposed separately from the chamber, wherein the aperture member is disposed more adjacent to the laser rod than the polarizer and the Q switch wherein the laser chamber comprises a hole having a columnar shape that is shorter than a longitudinal axial length of the laser rod, wherein the laser rod is inserted through the hole of the laser chamber and is supported in a state in which two end portions of the laser rod are exposed from the hole, wherein an O-ring is disposed at an exposed root of at least one end portion of the two end portions, the exposed root being exposed from the laser chamber, and wherein the solid-state laser device comprises a cover member (38, 39) that is disposed on a side surface of the laser rod between the O-ring and an end surface of the at least one end portion of the laser rod and that blocks incidence of stray light, which is generated in the housing, on the O-ring.
A module strain estimating apparatus, comprising: a module information obtaining unit configured to obtain a plurality of numerical information for a battery module; and a processor configured to receive the plurality of numerical information from the module information obtaining unit, generate a first profile representing a correspondence between a force applied from the inside of the battery module to the outside and a strain of the battery module characterized in that: the processor is further configured to generate a second profile representing a correspondence between the force and a stress of the battery module, based on a preset learning module and the plurality of numerical information, generate a third profile representing a correspondence between the strain and the stress of the battery module, based on the first profile and the second profile, and estimate a strain of the battery module according to a stress of the battery module based on the third profile. a module information obtaining unit configured to obtain a plurality of numerical information for a battery module; and a processor configured to receive the plurality of numerical information from the module information obtaining unit, generate a first profile representing a correspondence between a force applied from the inside of the battery module to the outside and a strain of the battery module characterized in that: the processor is further configured to generate a second profile representing a correspondence between the force and a stress of the battery module, based on a preset learning module and the plurality of numerical information, generate a third profile representing a correspondence between the strain and the stress of the battery module, based on the first profile and the second profile, and estimate a strain of the battery module according to a stress of the battery module based on the third profile.
Cooking vessel (1a, 1b, 1c, 1d) comprising a side wall (3a, 3b, 3c, 3d) and a handle, said handle comprising a connecting part fastened to the side wall (3a, 3b, 3c, 3d), said connecting part comprising an axial portion which extends parallel to the side wall (3a, 3b, 3c, 3d) and which is fastened to the side wall (3a, 3b, 3c, 3d) by at least two rivets (20, 21), the at least two rivets (20, 21) being arranged in at least two parallel horizontal planes (H1, H2), separated by a distance, characterised in that the axial portion extends laterally to a vertical plane, perpendicular to the side wall (3a, 3b, 3c, 3d), over a width of less than 30 millimetres, preferably less than 25 millimetres, the axial portion of the connecting part comprising an external surface which, in a horizontal cross-sectional plane, has an arc shape with a radius between 7 and 12 centimetres, said external surface bearing at least partially on the side wall (3a, 3b, 3c, 3d).
A micro grid control system comprising: a plurality of sources of electrical energy comprising a generator, a renewable energy source and a stored energy source; each of the sources of electrical energy comprising a source controller configured to optimize generation of electrical energy according to a source objective independently associated with each of the sources; and a central power controller configured to receive operational parameters from each of the plurality of sources and selectively and dynamically provide a power demand signal and a mode signal to each of the sources independently, the mode signal indicative of an operational mode of the micro grid control system, the central power controller further configured to provide electrical energy to a micro grid from any two or more of the sources according to a system objective, wherein the two or more sources are operable in accordance with their respective source objective, which is weighted by the source controller based on the power demand signal and the mode signal to supply electrical power to the central power controller for allocation to the micro grid. a plurality of sources of electrical energy comprising a generator, a renewable energy source and a stored energy source; each of the sources of electrical energy comprising a source controller configured to optimize generation of electrical energy according to a source objective independently associated with each of the sources; and a central power controller configured to receive operational parameters from each of the plurality of sources and selectively and dynamically provide a power demand signal and a mode signal to each of the sources independently, the mode signal indicative of an operational mode of the micro grid control system, the central power controller further configured to provide electrical energy to a micro grid from any two or more of the sources according to a system objective, wherein the two or more sources are operable in accordance with their respective source objective, which is weighted by the source controller based on the power demand signal and the mode signal to supply electrical power to the central power controller for allocation to the micro grid.