mhurhangee/ep-ind-claims huggingface dataset:
- Method of manufacturing an electronic module intended to be implemented in a dual portable object comprising at least the following steps: - Use a single-sided film consisting of one or more contact areas and a dielectric layer comprising one or more apertures, - Use a single substrate comprising one or more electrically conductive areas intended for contactless communication of the object and comprising at least one contact pad (7p1, 7p2). - Bond said single-sided film and said substrate via an adhesive layer to form a support stack (4, 6, 9) of the module, said support stack (4, 6, 9) consisting of the single-sided film and said substrate and the adhesive layer - Position an integrated circuit and connect it to the contact areas of the single-sided film and to at least one contact pad (7p1, 7p2) of at least one of said electrically conductive areas, - Apply a protective layer including at least said integrated circuit, - Characterised in that an area is cut out in the centre of the at least one of said electrically conductive areas of said substrate and the integrated circuit is bonded directly to the rear face of the film, opposite the face of the film carrying the contacts. - Use a single-sided film consisting of one or more contact areas and a dielectric layer comprising one or more apertures, - Use a single substrate comprising one or more electrically conductive areas intended for contactless communication of the object and comprising at least one contact pad (7p1, 7p2). - Bond said single-sided film and said substrate via an adhesive layer to form a support stack (4, 6, 9) of the module, said support stack (4, 6, 9) consisting of the single-sided film and said substrate and the adhesive layer - Position an integrated circuit and connect it to the contact areas of the single-sided film and to at least one contact pad (7p1, 7p2) of at least one of said electrically conductive areas, - Apply a protective layer including at least said integrated circuit, - Characterised in that an area is cut out in the centre of the at least one of said electrically conductive areas of said substrate and the integrated circuit is bonded directly to the rear face of the film, opposite the face of the film carrying the contacts.
Compounds of general formula wherein the group -NR 0 R 1 together denotes a piperazinyl or homopiperazinyl, which is substituted by a substituent selected from among methyl, ethyl, n -propyl, iso -propyl, tert -butyl, cyclopropylmethyl, methoxypropyl, ethoxyethyl, iso -propyloxyethyl and cyclopropyl; L' is selected from among -C NH- and -NHC -; R 2 denotes the group R 3 is selected from among C 1-4 alkyl, C 1-4 haloalkyl, C 1-4 alkyl-O-, C 1-4 haloalkyl-O-, -NH 2, halogen and -NH(C 1-4 alkyl); wherein the compounds may optionally also be present in the form of the tautomers, racemates, enantiomers, diastereomers and the mixtures thereof or as the respective salts of all the above-mentioned forms. the group -NR 0 R 1 together denotes a piperazinyl or homopiperazinyl, which is substituted by a substituent selected from among methyl, ethyl, n -propyl, iso -propyl, tert -butyl, cyclopropylmethyl, methoxypropyl, ethoxyethyl, iso -propyloxyethyl and cyclopropyl; L' is selected from among -C NH- and -NHC -; R 2 denotes the group R 3 is selected from among C 1-4 alkyl, C 1-4 haloalkyl, C 1-4 alkyl-O-, C 1-4 haloalkyl-O-, -NH 2, halogen and -NH(C 1-4 alkyl);
A method for wireless communications, comprising: a. generating a packet having a preamble decodable by a first type of device having a first set of capabilities and a second type of device having a second set of capabilities, wherein at least a first portion of the packet has an increased length symbol duration or an increased length cyclic prefix relative to at least a portion of the preamble of the packet, and wherein the packet includes one or more padding symbols after the first portion; and b. outputting the generated packet for transmission. a. generating a packet having a preamble decodable by a first type of device having a first set of capabilities and a second type of device having a second set of capabilities, wherein at least a first portion of the packet has an increased length symbol duration or an increased length cyclic prefix relative to at least a portion of the preamble of the packet, and wherein the packet includes one or more padding symbols after the first portion; and wherein at least a first portion of the packet has an increased length symbol duration or an increased length cyclic prefix relative to at least a portion of the preamble of the packet, and wherein the packet includes one or more padding symbols after the first portion; and b. outputting the generated packet for transmission.
A wood-type golf club head, comprising: a cup face member including a ball striking face portion and a return portion extending from a perimeter area of the ball striking face portion; a first body member engaged with the return portion, the first body member including at least part of a sole portion of the golf club head; a second body member engaged with the return portion, the second body member including at least part of a crown portion of the golf club head; a third body member engaged with the first body member and the second body member, wherein the third body member extends across a rear portion of the golf club head from a heel side to a toe side of the club head, and wherein the second body member is located between and separates at least some portion of the third body member from the return portion; and a hosel member engaged with at least one of the cup face member and the second body member; wherein the cup face member, the first body member, the second body member, and the third body member, at least in part, define a hollow club head body; and wherein the second body member comprises a less dense material than the first and third body members, and the less dense material is a carbon fiber composite. a cup face member including a ball striking face portion and a return portion extending from a perimeter area of the ball striking face portion; a first body member engaged with the return portion, the first body member including at least part of a sole portion of the golf club head; a second body member engaged with the return portion, the second body member including at least part of a crown portion of the golf club head; a third body member engaged with the first body member and the second body member, wherein the third body member extends across a rear portion of the golf club head from a heel side to a toe side of the club head, and wherein the second body member is located between and separates at least some portion of the third body member from the return portion; and a hosel member engaged with at least one of the cup face member and the second body member; wherein the cup face member, the first body member, the second body member, and the third body member, at least in part, define a hollow club head body; and wherein the second body member comprises a less dense material than the first and third body members, and the less dense material is a carbon fiber composite.
A method for assisting in the control of a speed (v) of a rail vehicle (100, 200, 300) comprising at least one regenerative brake (181, 281, 381, 383), at least one friction brake (182, 282, 382, 384, 386), and an control element (110, 210, 310) by means of which a total braking force which can be divided between the at least one regenerative brake (181, 281, 381, 383) and the at least one friction brake (182, 282, 382, 384, 386) can be set, the method comprising the following steps: - determining an actual travel speed (v t) of the rail vehicle (100, 200, 300); - determining a desired position (S g) of the control element (110, 210, 310) at which, for the current travel speed (v t), a braking force portion (F 1) of the at least one regenerative brake (181, 281, 381, 383), which is determined according to a predetermined dependency (F 1 (v, F) of the braking force portion (F 1) of the at least one regenerative brake (181, 281, 381, 383) with respect to the total braking force on the speed (v) of the rail vehicle (100, 200, 300) and the position of the control element (110, 210, 310), assumes a maximum value; and - using the desired position (S g) of the control element (110, 210, 310) to output a recommendation relating to the position of the control element (110, 210, 310) to a driver of the rail vehicle and/or to control a behaviour of the control element (110, 210, 310). - determining an actual travel speed (v t) of the rail vehicle (100, 200, 300); - determining a desired position (S g) of the control element (110, 210, 310) at which, for the current travel speed (v t), a braking force portion (F 1) of the at least one regenerative brake (181, 281, 381, 383), which is determined according to a predetermined dependency (F 1 (v, F) of the braking force portion (F 1) of the at least one regenerative brake (181, 281, 381, 383) with respect to the total braking force on the speed (v) of the rail vehicle (100, 200, 300) and the position of the control element (110, 210, 310), assumes a maximum value; and - using the desired position (S g) of the control element (110, 210, 310) to output a recommendation relating to the position of the control element (110, 210, 310) to a driver of the rail vehicle and/or to control a behaviour of the control element (110, 210, 310).
A motor control unit, comprising: a three-phase full-bridge three-level inverter circuit and a control apparatus, wherein the three-phase full-bridge three-level inverter circuit comprises a vertical bridge circuit and a horizontal bridge circuit; characterised in that a current capacity of a switching transistor in the vertical bridge circuit is greater than or equal to a maximum current of a motor, and a current capacity of a switching transistor in the horizontal bridge circuit is less than the current capacity of the switching transistor in the vertical bridge circuit; and the control apparatus is configured to control the switching transistor in the horizontal bridge circuit based on torque of the motor, a current output by an output terminal of the vertical bridge circuit, a temperature of the switching transistor in the horizontal bridge circuit, and a terminal voltage of the switching transistor in the horizontal bridge circuit. a current capacity of a switching transistor in the vertical bridge circuit is greater than or equal to a maximum current of a motor, and a current capacity of a switching transistor in the horizontal bridge circuit is less than the current capacity of the switching transistor in the vertical bridge circuit; and the control apparatus is configured to control the switching transistor in the horizontal bridge circuit based on torque of the motor, a current output by an output terminal of the vertical bridge circuit, a temperature of the switching transistor in the horizontal bridge circuit, and a terminal voltage of the switching transistor in the horizontal bridge circuit.
Fire protection curtain with (a) a fire protection element that comprises - at least a first section made of fire resistant material and - at least one second section made of fire resistant material, and (b) a winding shaft for winding the fire protection element up and down, (c) wherein the sections (22,24) join on a flat plan in an overlap and are joined such that they overlap vertically, wherein (d) the sections (22, 24) - form an overlap that has a greater extension in the vertical direction than in the horizontal direction and - are joined together by a connector of which at least some sections are not heat-resistant. (a) a fire protection element that comprises - at least a first section made of fire resistant material and - at least one second section made of fire resistant material, and - at least a first section made of fire resistant material and - at least one second section made of fire resistant material, (b) a winding shaft for winding the fire protection element up and down, (c) wherein the sections (22,24) join on a flat plan in an overlap and are joined such that they overlap vertically, wherein (d) the sections (22, 24) - form an overlap that has a greater extension in the vertical direction than in the horizontal direction and - are joined together by a connector of which at least some sections are not heat-resistant. - form an overlap that has a greater extension in the vertical direction than in the horizontal direction and - are joined together by a connector of which at least some sections are not heat-resistant.
A system of a plurality of consumption meters each arranged for measuring consumption data of a supplied utility, and a data collector for collecting the consumption data, the consumption meters and the data collector being arranged in a communication network, each consumption meter comprises a processor for operating the consumption meter based on program data or by use of program data; wherein the data collector is arranged for updating the program data of a group of consumption meters over the network by transmitting update program data as a series of update program segments from a distributor unit (3B, 10) to each consumption meter of the group of consumption meters; wherein the data collector establishes a dedicated update session to each consumption meter of the group of consumption meters, and wherein segments addressed to the consumption meter in session, are transmitted, and possibly retransmitted, until the consumption meter in session acknowledges receipt of all segments; wherein, during the update session, a consumption meter to which an update program segment is not addressed, upon receipt of the segment, accepts the segment for storage; and wherein, during the update session only segments not already stored from a previous session to another consumption meter are transmitted to the consumption meter in session. wherein the data collector is arranged for updating the program data of a group of consumption meters over the network by transmitting update program data as a series of update program segments from a distributor unit (3B, 10) to each consumption meter of the group of consumption meters; wherein the data collector establishes a dedicated update session to each consumption meter of the group of consumption meters, and wherein segments addressed to the consumption meter in session, are transmitted, and possibly retransmitted, until the consumption meter in session acknowledges receipt of all segments; wherein, during the update session, a consumption meter to which an update program segment is not addressed, upon receipt of the segment, accepts the segment for storage; and wherein, during the update session only segments not already stored from a previous session to another consumption meter are transmitted to the consumption meter in session.
A method of reducing acoustic feedback in an acoustic system comprising at least one audio device, the method comprising: generating an estimated system gain spectrum of the acoustic system, wherein the estimated system gain spectrum is updated in real-time to respond to changes in the acoustic system; tracking peak gains in the estimated system gain spectrum as the estimated system gain spectrum is updated in real-time; identifying based on the tracking at least one frequency at which the estimated system gain spectrum is currently exhibiting a peak gain; and characterized by: based on said identification of the at least one frequency, controlling an audio equalizer to apply, to a first speech containing signal to be played out via an audio output device of the audio device and/or to a second speech containing signal received via an audio input device of the audio device, an equalization filter to reduce the level of the first and/or second speech containing signal in a portion of its spectrum that includes the identified frequency, wherein the equalization filter is applied continuously throughout intervals of both speech activity and speech inactivity in the first and/or second speech containing signal. generating an estimated system gain spectrum of the acoustic system, wherein the estimated system gain spectrum is updated in real-time to respond to changes in the acoustic system; tracking peak gains in the estimated system gain spectrum as the estimated system gain spectrum is updated in real-time; identifying based on the tracking at least one frequency at which the estimated system gain spectrum is currently exhibiting a peak gain; and characterized by: based on said identification of the at least one frequency, controlling an audio equalizer to apply, to a first speech containing signal to be played out via an audio output device of the audio device and/or to a second speech containing signal received via an audio input device of the audio device, an equalization filter to reduce the level of the first and/or second speech containing signal in a portion of its spectrum that includes the identified frequency, wherein the equalization filter is applied continuously throughout intervals of both speech activity and speech inactivity in the first and/or second speech containing signal.
Earphone comprising: a membrane mounted on a membrane carrier and arranged between a top space and a bottom space; a membrane actuator implemented to deflect the membrane in dependence on a control signal; a housing where the membrane carrier, the membrane and the membrane actuator are arranged, wherein the housing comprises a sound exit, wherein the membrane carrier comprises openings (26a, 26b, 26c), and wherein the membrane comprises holes (28a, 28b, 28c), wherein the openings (26a, 26b, 26c) and the holes (28a, 28b, 28c) connect the top space and the bottom space to each other, such that gas can move through the openings and holes between the top space and the bottom space. a membrane mounted on a membrane carrier and arranged between a top space and a bottom space; a membrane actuator implemented to deflect the membrane in dependence on a control signal; a housing where the membrane carrier, the membrane and the membrane actuator are arranged, wherein the housing comprises a sound exit, wherein the membrane carrier comprises openings (26a, 26b, 26c), and wherein the membrane comprises holes (28a, 28b, 28c), wherein the openings (26a, 26b, 26c) and the holes (28a, 28b, 28c) connect the top space and the bottom space to each other, such that gas can move through the openings and holes between the top space and the bottom space.
A fuel-tank system comprising: a fuel tank; a transducer carrier tape coupled to a surface of the tank; at least one ultrasonic transducer attached to the transducer carrier tape, wherein an acoustic emission from at least one ultrasonic transducer is reflected from a fuel-air surface and a reflected signal is received by at least one ultrasonic transducer to determine a fuel level in the fuel tank; and a controller for determining a shape of the fuel tank based on the acoustic emission and the received reflected signal with the fuel tank being full of fuel, wherein the controller is arranged to compare the determined shape of the fuel tank to a stored shape of the fuel tank to determine whether a structural alteration of the fuel tank has occurred. a fuel tank; a transducer carrier tape coupled to a surface of the tank; at least one ultrasonic transducer attached to the transducer carrier tape, wherein an acoustic emission from at least one ultrasonic transducer is reflected from a fuel-air surface and a reflected signal is received by at least one ultrasonic transducer to determine a fuel level in the fuel tank; and a controller for determining a shape of the fuel tank based on the acoustic emission and the received reflected signal with the fuel tank being full of fuel, wherein the controller is arranged to compare the determined shape of the fuel tank to a stored shape of the fuel tank to determine whether a structural alteration of the fuel tank has occurred.
An anti-sloshing apparatus comprising: a plurality of anti-sloshing blocks, each including a buoyant member and a foam member surrounding the buoyant member, the buoyant member having buoyancy to be floated on the surface of liquid, the foam member having open cell structure to absorb the liquid and covering the buoyant member; and a plurality of connecting members (120, 122) that removably connect the plurality of anti-sloshing blocks together to form a grid structure, wherein each one of the anti-sloshing blocks is removably connected to adjacent ones of the anti-sloshing blocks by the connecting members (120, 122) and is detachable from the adjacent ones of the anti-sloshing blocks by detaching adjacent ones of the connecting members without affecting a structure formed by the other ones of the anti-sloshing blocks. a plurality of anti-sloshing blocks, each including a buoyant member and a foam member surrounding the buoyant member, the buoyant member having buoyancy to be floated on the surface of liquid, the foam member having open cell structure to absorb the liquid and covering the buoyant member; and a plurality of connecting members (120, 122) that removably connect the plurality of anti-sloshing blocks together to form a grid structure, wherein each one of the anti-sloshing blocks is removably connected to adjacent ones of the anti-sloshing blocks by the connecting members (120, 122) and is detachable from the adjacent ones of the anti-sloshing blocks by detaching adjacent ones of the connecting members without affecting a structure formed by the other ones of the anti-sloshing blocks.
V-ribbed belt having a main body made of an elastomeric material, where the V-ribbed belt has an outer ply as belt backing, a force transmission zone having multiple tensile strands as strength members and a substructure provided with a V-ribbed profile, where the V-ribbed belt contains glass fibre cords as strength members, where the glass fibres of the cords consist of a glass having 58% to 70% silicon oxide (SiO 2), 7% to 17% magnesium oxide (MgO), 16% to 27% aluminium oxide (Al 2 O 3) and a content of less than 4% diboron trioxide (B 2 O 3), characterized in that the glass fibre cords are formed with a linear density of the glass between 450 and 920 tex, preferably between 530 and 730 tex.