mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing power, comprising: injecting a first heat transfer fluid through an injection well to a geothermally-heated formation that contains a second heat transfer fluid; heating the first heat transfer fluid via indirect heat exchange in an interwell run fluidly connected to the injection well and disposed within the geothermally-heated formation ; recovering the heated first heat transfer fluid through a production well fluidly connected to the interwell run ; and converting thermal energy contained in the recovered heated first heat transfer fluid in a power production unit fluidly connected to the injection well and the production well ; wherein the process further comprises: drilling a first borehole, from the earth's surface to a first depth within the geothermally-heated formation , for the injection well ; drilling a second borehole, from the earth's surface to a second depth, for the production well ; drilling an interwell borehole connecting the first borehole and the second borehole; characterised in that the process comprises disposing casing or a pipe within the interwell borehole; perforating the interwell casing or pipe ; and disposing one or more fluid conduits within the interwell casing or pipe, the fluid conduits fluidly connecting the injection well and the production well . injecting a first heat transfer fluid through an injection well to a geothermally-heated formation that contains a second heat transfer fluid; heating the first heat transfer fluid via indirect heat exchange in an interwell run fluidly connected to the injection well and disposed within the geothermally-heated formation ; recovering the heated first heat transfer fluid through a production well fluidly connected to the interwell run ; and converting thermal energy contained in the recovered heated first heat transfer fluid in a power production unit fluidly connected to the injection well and the production well ; drilling a first borehole, from the earth's surface to a first depth within the geothermally-heated formation , for the injection well ; drilling a second borehole, from the earth's surface to a second depth, for the production well ; drilling an interwell borehole connecting the first borehole and the second borehole; characterised in that the process comprises disposing casing or a pipe within the interwell borehole; perforating the interwell casing or pipe ; and disposing one or more fluid conduits within the interwell casing or pipe, the fluid conduits fluidly connecting the injection well and the production well .
A thermostat for use with at least one in-floor heating element , the thermostat comprising: a housing ; a heating element control circuit disposed within the housing , the heating element control circuit to cause an in-floor heating element to electrically couple to an AC power source; memory disposed within the housing , the memory configured to store at least one predefined voltage rating representing a voltage rating for the in-floor heating element ; characterized in that a first power measurement circuit disposed within the housing , the first power measurement circuit configured to measure a voltage of the AC power source; and a controller disposed within the housing , the controller configured to detect a voltage rating mismatch based on a comparison of the measured voltage of the AC power source with the predefined voltage rating. a housing ; a heating element control circuit disposed within the housing , the heating element control circuit to cause an in-floor heating element to electrically couple to an AC power source; memory disposed within the housing , the memory configured to store at least one predefined voltage rating representing a voltage rating for the in-floor heating element ; characterized in that a first power measurement circuit disposed within the housing , the first power measurement circuit configured to measure a voltage of the AC power source; and a controller disposed within the housing , the controller configured to detect a voltage rating mismatch based on a comparison of the measured voltage of the AC power source with the predefined voltage rating.
A railway vehicle structure , comprising: an underframe forming a floor surface; side structures each forming a side surface; and a roof structure mounted on upper end portions of the side structures, wherein each side structure includes a central portion side structure provided at a central portion of the side structure in a longitudinal direction (X), and an end portion side structure provided at an end portion of the central portion side structure in the longitudinal direction, the central portion side structure includes an extending portion , which extends an uppermost part of the central portion side structure to an end of the side structure in the longitudinal direction (X), and the end portion side structure is provided below the extending portion ; characterized in that : the end portion side structure includes a vertical edge member , a lateral edge member , and a face plate connected to the vertical edge member and the lateral edge member, the vertical edge member extends in a vertical direction (Z) at an edge of the end portion side structure adjacent the central portion side structure , and the lateral edge member extends in a horizontal direction at an upper edge of the end portion side structure. an underframe forming a floor surface; side structures each forming a side surface; and a roof structure mounted on upper end portions of the side structures, wherein each side structure includes a central portion side structure provided at a central portion of the side structure in a longitudinal direction (X), and an end portion side structure provided at an end portion of the central portion side structure in the longitudinal direction, the central portion side structure includes an extending portion , which extends an uppermost part of the central portion side structure to an end of the side structure in the longitudinal direction (X), and the end portion side structure is provided below the extending portion ; characterized in that : the end portion side structure includes a vertical edge member , a lateral edge member , and a face plate connected to the vertical edge member and the lateral edge member, the vertical edge member extends in a vertical direction (Z) at an edge of the end portion side structure adjacent the central portion side structure , and the lateral edge member extends in a horizontal direction at an upper edge of the end portion side structure.
A method for producing gears, in which a skiving wheel , which is rotationally driven by a tool spindle , produces a gearing in a workpiece gear , which is rotationally driven synchronously with the skiving wheel by a workpiece spindle , in a first step, wherein the workpiece spindle and the tool spindle are aligned at an axial intersection angle (α) to one another and the advance takes place in the direction, in which the tooth flanks extend, wherein at least a few teeth of the gearing are machined with a tooth machining tool in a second step, wherein the tooth machining tool and the skiving wheel are rigidly connected to one another and form a combination tool , and wherein the combination tool remains connected to the tool spindle and the workpiece gear remains connected to the workpiece spindle between the two steps, characterized in that the tooth machining tool is a scarping tool, an undercutting tool, a grooving tool or a universal milling or boring tool, wherein the two machining steps are carried out with different speed ratios and axial intersection angles (α) and merely the position of the tool spindle relative to the workpiece spindle and the speed ratio between the tool spindle and the workpiece spindle are changed between the two steps.
A radiation detection device for detecting gamma or x-ray radiation quanta comprising: a semiconductor scintillator element having two mutually opposing faces ; at least one photodetector that is in optical communication with the scintillator element ; wherein the at least one photodetector has a photodetector electrical output that is configured to generate a first electrical signal at the photodetector electrical output that is indicative of the time of reception of a detected gamma or x-ray radiation quantum; characterized by further comprising: at least one cathode in electrical communication with at least a portion of one of the two scintillator element faces; at least one anode in electrical communication with at least a portion of the other of the two scintillator element faces; wherein at least one of the at least one cathode or the at least one anode is configured to generate a second electrical signal that is indicative of the energy of the detected gamma or x-ray radiation quantum; and wherein the first electrical signal and the second electrical signal are correlated in order to determine the time of reception and the energy of the detected radiation quantum. a semiconductor scintillator element having two mutually opposing faces ; at least one photodetector that is in optical communication with the scintillator element ; wherein the at least one photodetector has a photodetector electrical output that is configured to generate a first electrical signal at the photodetector electrical output that is indicative of the time of reception of a detected gamma or x-ray radiation quantum; characterized by further comprising: at least one cathode in electrical communication with at least a portion of one of the two scintillator element faces; at least one anode in electrical communication with at least a portion of the other of the two scintillator element faces; wherein at least one of the at least one cathode or the at least one anode is configured to generate a second electrical signal that is indicative of the energy of the detected gamma or x-ray radiation quantum; and wherein the first electrical signal and the second electrical signal are correlated in order to determine the time of reception and the energy of the detected radiation quantum. at least one cathode in electrical communication with at least a portion of one of the two scintillator element faces; at least one anode in electrical communication with at least a portion of the other of the two scintillator element faces; wherein at least one of the at least one cathode or the at least one anode is configured to generate a second electrical signal that is indicative of the energy of the detected gamma or x-ray radiation quantum; and wherein the first electrical signal and the second electrical signal are correlated in order to determine the time of reception and the energy of the detected radiation quantum.
Extractor hood comprising a blower , at least one filter element , a baffle plate and a housing , which forms at least part of a flow space , which comprises a flow duct with an edge suction region that has at least one entry opening , wherein at least one air supply opening is arranged in the region of at least one deflection point of the flow duct and the flow space comprises an exhaust duct , in which the blower is arranged, and characterised in that the exhaust duct and the flow duct are separated from one another by a partition and the air supply opening is arranged in the partition or the air supply opening is introduced into an outer wall of the housing and the flow duct is narrowed at the point of the air supply opening . the flow space comprises an exhaust duct , in which the blower is arranged, and characterised in that the exhaust duct and the flow duct are separated from one another by a partition and the air supply opening is arranged in the partition or the air supply opening is introduced into an outer wall of the housing and the flow duct is narrowed at the point of the air supply opening .
- Use of at least one phenolic composition of following formula (I): Formula (I) wherein: • R 1 is: - a hydrogen atom, - a linear C 1 - C 8 alkyl radical, - a linear C 1 - C 8 hydroxyalkyl radical, - a hydroxy group, • R 2 , R 3 and R 5 , the same or different, are: - a hydrogen atom, - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy groups, - a hydroxy group • R 4 is: - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy radicals, - a hydroxy group • on the understanding that R 4 and R 5 together can form a five- or six-membered ring comprising an oxygen atom; said ring being substituted by a linear or branched C 1 - C 17 alkyl radical, to stabilise radical copolymerization reactions of ethylene under high pressure in the presence of one or more initiators, the initiator(s) preferably being chosen from among organic peroxides, oxygen, azobisisobutyronitrile (AIBN) and mixtures thereof, by limiting the decomposition of ethylene in radical copolymerization reactions of ethylene under high pressure. • R 1 is: - a hydrogen atom, - a linear C 1 - C 8 alkyl radical, - a linear C 1 - C 8 hydroxyalkyl radical, - a hydroxy group, - a hydrogen atom, - a linear C 1 - C 8 alkyl radical, - a linear C 1 - C 8 hydroxyalkyl radical, - a hydroxy group, • R 2 , R 3 and R 5 , the same or different, are: - a hydrogen atom, - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy groups, - a hydroxy group - a hydrogen atom, - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy groups, - a hydroxy group • R 4 is: - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy radicals, - a hydroxy group - a linear or branched C 1 - C 8 alkyl radical, optionally substituted by one or more hydroxy radicals, - a linear or branched C 1 - C 8 alkoxy radical, optionally substituted by one or more hydroxy radicals, - a hydroxy group • on the understanding that R 4 and R 5 together can form a five- or six-membered ring comprising an oxygen atom; said ring being substituted by a linear or branched C 1 - C 17 alkyl radical,
Implantable ventricular assist system comprising: - a measuring device , configured to determine a first impedance parameter at a first point in time and a second impedance parameter at a second point in time, - a processing unit , configured at least to determine a change in the impedance parameter using the first impedance parameter and the second impedance parameter or to compare at least the first or second impedance parameter with a threshold value, - wherein the measuring device comprises at least two electrodes via which an impedance can be measured, characterized in that the electrodes for ventricular impedance measurement are arranged circumferentially on or in the outer surface of the assist system. - a measuring device , configured to determine a first impedance parameter at a first point in time and a second impedance parameter at a second point in time, - a processing unit , configured at least to determine a change in the impedance parameter using the first impedance parameter and the second impedance parameter or to compare at least the first or second impedance parameter with a threshold value, - wherein the measuring device comprises at least two electrodes via which an impedance can be measured,
A method comprising: receiving a session request for a user equipment, UE, (12a; 12b; 12c) at a node (36; 24), wherein the session request includes a timestamp for the UE and a retry count; determining if the session request is a stray session request based on the timestamp and the retry count; and maintaining session information for an existing session for the UE at the node if the session request is a stray session request. receiving a session request for a user equipment, UE, (12a; 12b; 12c) at a node (36; 24), wherein the session request includes a timestamp for the UE and a retry count; determining if the session request is a stray session request based on the timestamp and the retry count; and maintaining session information for an existing session for the UE at the node if the session request is a stray session request.
An unmanned aerial vehicle (UAV) with audio filtering components, said UAV comprising: a central body ; a plurality of arms , wherein the arms extend outward from the central body in a radial manner; at least one audio source collecting microphone configured to detect a target audio signal; a plurality of background noise-producing components (150a-d, 240, 340), wherein each background noise-producing component (150a-d, 240, 340) is a propulsion unit of the UAV and is configured to produce background noise that is different from the target audio signal; a plurality of background microphones positioned within a proximity sufficiently close to collect interfering noise from the plurality of background noise-producing components (150a-d, 240, 340), wherein each arm supports a propulsion unit of the plurality of propulsion units and a background microphone of the plurality of background microphones ; and at least one processor configured to (a) receive signals indicative of audio data collected by the at least one audio source collecting microphone and audio data collected by at least one of the background microphones , and (b) generate a processed signal based on the received signals, wherein the audio data collected by the at least one of the background microphones is used to reduce the background noise from the audio data collected by the at least one audio source collecting microphone to generate the processed signal, a central body ; a plurality of arms , wherein the arms extend outward from the central body in a radial manner; at least one audio source collecting microphone configured to detect a target audio signal; a plurality of background noise-producing components (150a-d, 240, 340), wherein each background noise-producing component (150a-d, 240, 340) is a propulsion unit of the UAV and is configured to produce background noise that is different from the target audio signal; a plurality of background microphones positioned within a proximity sufficiently close to collect interfering noise from the plurality of background noise-producing components (150a-d, 240, 340), wherein each arm supports a propulsion unit of the plurality of propulsion units and a background microphone of the plurality of background microphones ; and at least one processor configured to (a) receive signals indicative of audio data collected by the at least one audio source collecting microphone and audio data collected by at least one of the background microphones , and (b) generate a processed signal based on the received signals, wherein the audio data collected by the at least one of the background microphones is used to reduce the background noise from the audio data collected by the at least one audio source collecting microphone to generate the processed signal,
Method for operating an electromechanical steering system for a motor vehicle with a steering shaft , a control unit and a feedback actuator , which has an electric motor with a motor shaft and is designed to apply a torque to the steering shaft via a gearbox with a gear ratio, wherein at a point in time a first angle sensor is used to detect a rotation angle of the steering shaft as a first sensor value and a second angle sensor is used to detect a rotation angle of the motor shaft as a second sensor value, characterized in that the control unit checks whether the detected first sensor value and the detected second sensor value form a plausible pair of values based on a model stored in the control unit , which model takes into account at least the gear ratio as a parameter of the gearbox .
A computer-implemented method comprising: receiving a first channel of audio data corresponding to an utterance and a second channel of audio data corresponding to the utterance ; generating, using a trained recurrent neural network comprising one or more long short-term memory layers , (i) a first set of filter parameters for a first time-domain filter based on the first channel of audio data and the second channel of audio data and (ii) a second set of filter parameters for a second time-domain filter based on the first channel of audio data and the second channel of audio data; generating a single combined channel of audio data by combining (i) time-domain audio data of the first channel that has been convolved with the first time-domain filter and (ii) time-domain audio data of the second channel that has been convolved with the second time-domain filter; inputting the audio data for the single combined channel to a neural network trained as an acoustic model; and providing a transcription for the utterance that is determined based at least on output that the neural network provides in response to receiving the combined convolution outputs. receiving a first channel of audio data corresponding to an utterance and a second channel of audio data corresponding to the utterance ; generating, using a trained recurrent neural network comprising one or more long short-term memory layers , (i) a first set of filter parameters for a first time-domain filter based on the first channel of audio data and the second channel of audio data and (ii) a second set of filter parameters for a second time-domain filter based on the first channel of audio data and the second channel of audio data; generating a single combined channel of audio data by combining (i) time-domain audio data of the first channel that has been convolved with the first time-domain filter and (ii) time-domain audio data of the second channel that has been convolved with the second time-domain filter; inputting the audio data for the single combined channel to a neural network trained as an acoustic model; and providing a transcription for the utterance that is determined based at least on output that the neural network provides in response to receiving the combined convolution outputs.
Chair with a seat , wherein the seat is comprised of a seat support and a seat plate connected thereto, the seat plate having a seat surface on its upper side and limited movability relative to the seat support ; wherein the seat plate is connected by at least one load-bearing element to the seat support underneath the seat surface and above the seat support or on a level with the seat support and the seat plate so as to be laterally tiltable to a limited extent relative to the seat support about a tilting axis extending along or parallel to a longitudinal middle line of the seat , characterized in that at least one pressure hose is connected to the upper side of the seat support and extends along the longitudinal middle line of the seat , between the seat support and the superimposed seat plate , thereby forming the load-bearing element, with the seat plate being mounted on the pressure hose for limited lateral tilting movement relative to the seat support .