mhurhangee/ep-ind-claims huggingface dataset:
A method of finding an operating frequency for a drive signal to a transmit coil (L 1, 12) in a wireless power transfer system, WPTS, characterized in said method comprising: applying a pseudo-random signal to the transmit coil (L 1, 12); while the pseudo-random signal is being applied to the transmit coil (L 1, 12), recording a signal produced within the WPTS in response to the applied pseudo-random signal; and processing the recorded signal to generate an output signal, wherein the output signal identifies the operating frequency to be used for the drive signal and wherein processing the recorded signal comprises applying a nonlinear filter function. applying a pseudo-random signal to the transmit coil (L 1, 12); while the pseudo-random signal is being applied to the transmit coil (L 1, 12), recording a signal produced within the WPTS in response to the applied pseudo-random signal; and processing the recorded signal to generate an output signal, wherein the output signal identifies the operating frequency to be used for the drive signal and wherein processing the recorded signal comprises applying a nonlinear filter function.
Process for preparing spherical silicone resin particles, in which alkoxysilanes are reacted with water to form a hydrolyzate, the resulting silicone resin particles are isolated from the mixture, the silicone resin particles are dried and the particles are deagglomerated by ultrasonic sieving. the resulting silicone resin particles are isolated from the mixture, the silicone resin particles are dried and the particles are deagglomerated by ultrasonic sieving.
A battery system for comprising: a first battery group, the first battery group having a first capacity and being adapted to operate at a first temperature, wherein the battery cells of the first battery group are lithium ion batteries or nickel metal hydride batteries; a second battery group electrically coupled to the first battery group, the second battery group having a second capacity and being adapted to operate at a second temperature, the second capacity being greater than the first capacity, the second temperature being higher than the first temperature, the second battery group having at least a first battery segment and a second battery segment, and wherein the second battery group comprises a solid-state electrolyte; a first heating module electrically coupled to the first battery group; a thermal path thermally coupled to the first battery group and including a first thermal segment and a second thermal segment, the first thermal segment being thermally coupled to the first battery segment, the second thermal segment being thermally coupled to the second battery segment; and a control module being configured to cause the first battery group to power the first heating module to selectively provide heat to the first battery segment by the first thermal segment and the second battery segment by the second thermal segment. a first battery group, the first battery group having a first capacity and being adapted to operate at a first temperature, wherein the battery cells of the first battery group are lithium ion batteries or nickel metal hydride batteries; a second battery group electrically coupled to the first battery group, the second battery group having a second capacity and being adapted to operate at a second temperature, the second capacity being greater than the first capacity, the second temperature being higher than the first temperature, the second battery group having at least a first battery segment and a second battery segment, and wherein the second battery group comprises a solid-state electrolyte; a first heating module electrically coupled to the first battery group; a thermal path thermally coupled to the first battery group and including a first thermal segment and a second thermal segment, the first thermal segment being thermally coupled to the first battery segment, the second thermal segment being thermally coupled to the second battery segment; and a control module being configured to cause the first battery group to power the first heating module to selectively provide heat to the first battery segment by the first thermal segment and the second battery segment by the second thermal segment.
An ultrasonic flow meter comprising at least one ultrasonic transducer (TR1, TR2) and a signal generator for generating electrical signals to the transducer (TR1, TR2), the signal generator comprising an active component (OPsg), characterized in that the flow meter further includes means for measuring one or more power supply currents (SCSa, SCSb; SPSCS1, SPSCS2) to the active component (OPsg) of the signal generator.
A method of fitting a hearing instrument to a user's ear, the method comprising - taking an impression of the user's ear canal by an impression tool, wherein said impression tool comprises at least one measurement tube connected to an outside and opening into a remaining volume between the impression tool and the eardrum, and - manufacturing, based on geometrical data of the impression, an earmold, characterized in that the impression tool further comprises a receiver and a microphone, both in acoustic communication with the measurement tube, and the method comprises the further steps of - producing a sound signal in the ear canal and - performing an acoustic measurement of a response to this sound signal while the impression is being taken prior to removal of the impression, wherein the step of performing an acoustic measurement comprises the sub-steps of using the receiver to impinge the ear canal with the sound signal, and of using the microphone to measure a response acoustic signal in the ear canal, wherein the sound signal is emitted by the receiver into the measurement tube, and from there into the remaining volume, and the sound signal comes back from the remaining volume through the measurement tube and is picked up by the microphone. - taking an impression of the user's ear canal by an impression tool, wherein said impression tool comprises at least one measurement tube connected to an outside and opening into a remaining volume between the impression tool and the eardrum, and - manufacturing, based on geometrical data of the impression, an earmold, characterized in that the impression tool further comprises a receiver and a microphone, both in acoustic communication with the measurement tube, and - producing a sound signal in the ear canal and - performing an acoustic measurement of a response to this sound signal while the impression is being taken prior to removal of the impression, wherein the step of performing an acoustic measurement comprises the sub-steps of
Lamp capping device intended to be installed in a ceiling, comprising a set of branches of a first type, spaced apart from one another, said set being suitable for capping the lamp, the device further comprising at least one branch of a second type of a form different from that (those) of the branches of the first type, that is flexible and arranged in the space between two adjacent branches of the first type, characterized in that at least one branch of the second type has a shorter length than that of the branches of the first type so as to be positioned on fitting, from 1 to 5 mm above a bottom layer of the ceiling.
Aircraft propulsive unit of so-called "propfan" type, comprising a turbine engine rotationally driving at least one rotor, said rotor comprising a plurality of blades arranged around an annular crown ring that moves with these blades, said annular crown ring having an outer wall forming a part of the outer jacket of the propulsive unit, said outer jacket being subject to the atmospheric conditions external to the propulsive unit, said turbine engine generating a flow of hot gases exhausted through an annular hot duct, concentric to the mobile annular crown ring, and determined, for a part of its surface, by the inner wall of said mobile annular crown ring, characterized in that said rotor further comprises a device for generating electrical energy for the rotor, installed within said mobile annular crown ring, and comprising means for producing electrical energy from the thermal energy dissipated by the propulsive unit, and transmitted to said mobile annular crown ring by the annular hot duct.
Pharmaceutical combination comprising Sorafenib and one further inhibitor of the activity of Mapk14, namely or or or for use as a medicament in the treatment or prevention of liver cancer.
Rotatable drum for laundry washing machines comprising a substantially cylindrical lateral wall provided with a plurality of through holes, wherein said cylindrical lateral wall is also provided with one or more, outwards-projecting, first bulges, which radially protrude towards the external of the rotatable drum, with at least one of said through holes located therein, characterized in that said first bulges are provided with a number of outwards-projecting second bulges, which radially protrude towards the external of the rotatable drum each of which is roughly centered to a respective through hole.
A method of making a lithium battery comprising the steps of: (a) coating a porous separator layer on a substrate; (b) coating an electrode layer of one polarity directly on said separator layer; (c) coating one or more current collector layers directly on said electrode layer to make a separator/electrode stack; (d) laminating two of said separator/electrode stacks together, wherein said two separator/electrode stacks are laminated together so as to form a multilayer structure that has two substrates, two separator layers, two electrode layers having the same polarity, and a current collector layer, to form a separator/electrode assembly having said current collector layer interposed between the first and second electrode layers of said assembly, and, for each stack, delaminating said substrate from said separator layer; and (e) interleaving said assembly with an electrode comprising a current collector layer interposed between two electrode layers of opposite polarity to said electrode layer of step (b) so as to form a dry separator/electrode cell which comprises alternating layers of the assembly and the electrode. (a) coating a porous separator layer on a substrate; (b) coating an electrode layer of one polarity directly on said separator layer; (c) coating one or more current collector layers directly on said electrode layer to make a separator/electrode stack; (d) laminating two of said separator/electrode stacks together, wherein said two separator/electrode stacks are laminated together so as to form a multilayer structure that has two substrates, two separator layers, two electrode layers having the same polarity, and a current collector layer, to form a separator/electrode assembly having said current collector layer interposed between the first and second electrode layers of said assembly, and, for each stack, delaminating said substrate from said separator layer; and (e) interleaving said assembly with an electrode comprising a current collector layer interposed between two electrode layers of opposite polarity to said electrode layer of step (b) so as to form a dry separator/electrode cell which comprises alternating layers of the assembly and the electrode.
A method performed by a user equipment, the method comprising: receiving a downlink control information, DCI, for scheduling transmission of data on a set of bandwidth portions of a carrier, wherein the carrier comprises a plurality of bandwidth portions, wherein the DCI includes a bit field indicating a starting bandwidth portion index and a number of contiguous bandwidth portions on the carrier; performing a listen-before-talk, LBT, test on the set of bandwidth portions; and transmitting the data on one or more bandwidth portions of the set of bandwidth portions based on a result of the LBT test; characterized in that performing an LBT test on the set of bandwidth portions comprises performing a first LBT operation of the LBT test on one of the set of bandwidth portions as instructed by the DCI and performing a second LBT operation of the LBT test on remaining bandwidth portions of the set of bandwidth portions, wherein the first LBT operation is different from the second LBT operation. receiving a downlink control information, DCI, for scheduling transmission of data on a set of bandwidth portions of a carrier, wherein the carrier comprises a plurality of bandwidth portions, wherein the DCI includes a bit field indicating a starting bandwidth portion index and a number of contiguous bandwidth portions on the carrier; performing a listen-before-talk, LBT, test on the set of bandwidth portions; and transmitting the data on one or more bandwidth portions of the set of bandwidth portions based on a result of the LBT test; characterized in that performing an LBT test on the set of bandwidth portions comprises performing a first LBT operation of the LBT test on one of the set of bandwidth portions as instructed by the DCI and performing a second LBT operation of the LBT test on remaining bandwidth portions of the set of bandwidth portions, wherein the first LBT operation is different from the second LBT operation.
A sterilizing/pasteurizing composition comprising: a) alkyl-dicarboxylic acid; b) phosphono-carboxylic acid; and c) tri(amino-carboxylic acid). a) alkyl-dicarboxylic acid; b) phosphono-carboxylic acid; and c) tri(amino-carboxylic acid).
A modular helmet display system having at least one helmet shell, binoculars and a display device, the helmet shell having a mechanical arch securely mounted on the frontal part of said helmet, said mechanical arch having at least a first device for attaching the binoculars, said arch having a second device for attaching the display device, characterised in that the display system has a mechanical cover which is mounted in place of the display device when the latter is not mounted on the mechanical arch, the shape of the cover being adapted so as to hide the upper part of the helmet.
A device for securing sutures, comprising: a flat, thin, generally planar body (20; 70; 120; 200; 220; 240; 260) comprising a resiliently deformable material; a first suture engagement slot (22; 72; 122; 202; 222; 242; 262) in the body that extends into the body from a first inlet (24; 76; 126; 204; 224; 246; 266) at a perimeter of the body; and a second suture engagement slot (22; 72; 122; 202; 222; 242; 262) in the body that extends into the body from the first inlet or from a second inlet (24, 204, 224, 246, 266) at the perimeter of the body; wherein the first and second suture engagement slots are each configured to be resiliently spread apart to independently receive at least one suture through an associated inlet and are configured to apply a pinching force to the suture when received in the slot such that the device secures to the suture and resists the suture from moving axially through the device along a longitudinal axis of the suture and resists the suture from moving laterally out of the device through the associated inlet. a flat, thin, generally planar body (20; 70; 120; 200; 220; 240; 260) comprising a resiliently deformable material; a first suture engagement slot (22; 72; 122; 202; 222; 242; 262) in the body that extends into the body from a first inlet (24; 76; 126; 204; 224; 246; 266) at a perimeter of the body; and a second suture engagement slot (22; 72; 122; 202; 222; 242; 262) in the body that extends into the body from the first inlet or from a second inlet (24, 204, 224, 246, 266) at the perimeter of the body; wherein the first and second suture engagement slots are each configured to be resiliently spread apart to independently receive at least one suture through an associated inlet and are configured to apply a pinching force to the suture when received in the slot such that the device secures to the suture and resists the suture from moving axially through the device along a longitudinal axis of the suture and resists the suture from moving laterally out of the device through the associated inlet.
Device for cutting, cutting out and perforating web-shaped or sheet-shaped substrates, in particular for producing folding boxes or labels, the device comprising a transport device for transporting the substrate in a transport plane in a transport direction, a laser cutting device disposed above or below the transport plane and configured to process the substrate, and a machine control system for controlling at least the transport device and the laser cutting device, wherein the laser cutting device includes at least one laser array extending across the width of the substrate and including individually controllable lasers, characterized in that the laser are embodied as vertical-cavity surface-emitting lasers (VCSEL), that the laser cutting device has an optical system disposed between the laser array and the transport plane, and that the machine control system is connected to a camera disposed upstream of the laser cutting device to detect elements on the substrate.
A system comprising: an extravascular electrode (10, 11, 28); a therapy module comprising an energy storage module (55, 57); and a processor configured to control the therapy module to discharge the energy storage module to generate a cardiac pacing pulse, deliver the pacing pulse to a patient via the extravascular electrode, and discharge the energy storage module further to generate a cardiac shock pulse; characterized in that the pacing pulse comprises a sequence of pacing pulses, and wherein the processor is configured to control the therapy module to deliver the shock pulse to the patient via the extravascular electrode after the predetermined time period has elapsed since the delivery of a last pacing pulse of the sequence,, wherein the shock pulse is configured to induce an arrhythmia in the heart of the patient. an extravascular electrode (10, 11, 28); a therapy module comprising an energy storage module (55, 57); and a processor configured to control the therapy module to discharge the energy storage module to generate a cardiac pacing pulse, deliver the pacing pulse to a patient via the extravascular electrode, and discharge the energy storage module further to generate a cardiac shock pulse; characterized in that the pacing pulse comprises a sequence of pacing pulses, and wherein the processor is configured to control the therapy module to deliver the shock pulse to the patient via the extravascular electrode after the predetermined time period has elapsed since the delivery of a last pacing pulse of the sequence,, wherein the shock pulse is configured to induce an arrhythmia in the heart of the patient.
Solid milling tool for rotary material machining, having an elongate tool shank which has a working region in which at least three helical lips (17.1, 17.2, 17.3, 17.4) having associated rake faces are arranged in an asymmetric manner, wherein flanks (22a, 22b, 22c, 22d) arranged behind the lips with regard to a direction of rotation are also provided and wherein a core diameter in the working region increases in an axial direction starting from an end side of the solid milling tool, characterized in that at least one front flank, which is adjacent to the lip, and a rear flank, which is adjacent to a rake face of a subsequent lip, are provided per lip at least in an end-side portion of the working region, wherein in the case of at least one of the lips, a width of the rear flank decreases starting from the end side of the solid milling tool.
A multiway switch, applicable to an electronic device being operable in a single-frequency dual-transmit mode and the electronic device comprising the multiway switch, a radio frequency circuit, and an antenna system; the multiway switch comprising four T ports and 2 n P ports; the four T ports being configured to be coupled with the radio frequency circuit; the 2 n P ports being configured to be coupled with the antenna system; the four T ports comprising two first T ports coupled with all of the 2 n P ports; n being an integer and n ≥2; and the multiway switch being configured to be coupled with the radio frequency circuit and the antenna system to implement a preset function of the electronic device, the antenna system comprising 2 n antennas, and the preset function being a function of transmitting a sounding reference signal, SRS, through the 2 n antennas corresponding to the 2 n P ports in turn, characterized in that the four T ports further comprise two second T ports; each of the two second T ports is coupled with only one corresponding P port of the 2 n P ports; the two first T ports support at least a transmission function; and the two second T ports support only a reception function.
A regenerative brake device for a vehicle, which device comprises an output shaft of a combustion engine, an input shaft of a gearbox, an electrical machine which comprises a stator and a rotor, and a planetary gear which comprises a sunwheel, a ring gear and a planet wheel carrier, such that the engine output shaft is disconnectably connectable to the planetary gear by a movable piston which in a first position connects the engine output shaft to the planetary gear and in a second position disconnects the engine output shaft from the planetary gear, the engine output shaft is disconnectably connected to the planetary gear's sunwheel which has a common axis of rotation with the engine output shaft characterized in that the piston takes the form of an annular sleeve which substantially concentrically surrounds a portion of the engine output shaft and a portion of the planetary gear, wherein said portions of the engine output shaft and of the planetary gear are provided with splines which in the piston's first position cooperate with splines on the piston to form a splined connection, and that the piston is movable along the engine output shaft and the planetary gear and wherein the piston in a third position acts upon a connecting means which connects the planetary gear to an element which is fixed relative to the planetary gear. the piston takes the form of an annular sleeve which substantially concentrically surrounds a portion of the engine output shaft and a portion of the planetary gear, wherein said portions of the engine output shaft and of the planetary gear are provided with splines which in the piston's first position cooperate with splines on the piston to form a splined connection, and that the piston is movable along the engine output shaft and the planetary gear and wherein the piston in a third position acts upon a connecting means which connects the planetary gear to an element which is fixed relative to the planetary gear.