mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine system, comprising: a first pump configured to supply distillate fuel to a combustor; a second pump configured to supply fuel oil to the combustor; a fuel selection unit configured to control a first flow of distillate fuel and a second flow of fuel oil to the combustor; and a controller configured to receive feedback from a sensor (48, 50, 52); characterised in that the controller is further configured to: determine whether a distillate fuel was used in the previous shutdown; and control the first pump, the second pump, and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor (48, 50, 52), if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold. a first pump configured to supply distillate fuel to a combustor; a second pump configured to supply fuel oil to the combustor; a fuel selection unit configured to control a first flow of distillate fuel and a second flow of fuel oil to the combustor; and a controller configured to receive feedback from a sensor (48, 50, 52); characterised in that the controller is further configured to: determine whether a distillate fuel was used in the previous shutdown; and control the first pump, the second pump, and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor (48, 50, 52), if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold. determine whether a distillate fuel was used in the previous shutdown; and control the first pump, the second pump, and the fuel selection unit to start the gas turbine system on the fuel oil in response to the feedback from the sensor (48, 50, 52), if a distillate fuel was used in the previous shutdown and if the feedback indicates that a temperature and/or a pressure of the gas turbine system is above a respective threshold.
A method for operating a hearing device that is worn by a hearing device user, the method comprising the steps of: - receiving an acoustic signal by an input transducer of the hearing device, the acoustic signal comprising an audio signal of a sound source; - receiving a transmission signal comprising said audio signal of said sound source, said method further comprising: - determining an angle (α) defined by a sagittal plane of the hearing device user and a line drawn between the hearing device and the sound source, and - generating an output signal supplied to an output transducer of the hearing device by combining the audio signal of the transmission signal and the acoustic signal of the input transducer according to a combination ratio that is determined as a function of at least the angle (α). - receiving an acoustic signal by an input transducer of the hearing device, the acoustic signal comprising an audio signal of a sound source; - receiving a transmission signal comprising said audio signal of said sound source, - determining an angle (α) defined by a sagittal plane of the hearing device user and a line drawn between the hearing device and the sound source, and - generating an output signal supplied to an output transducer of the hearing device by combining the audio signal of the transmission signal and the acoustic signal of the input transducer according to a combination ratio that is determined as a function of at least the angle (α).
Monitoring system comprising a wearable system for electrocardiographic monitoring with an airtight container for medicines and integrated medical monitoring system, the wearable system being washable and adapted to recreation, sport and medical use, the wearable system being an ECG vest composed of electrodes, electronic circuit and conductive track, and the airtight container for specific medicines essential to the treatment of pathologies such as acute coronary syndrome, ACS, acute myocardial infarction, AMI, acute atrial fibrillation, AAF, and other cardiac arrhythmias, coupled to one another, and a mini electrocardiogram, ECG, apparatus containing a Global System Mobile, GSM, modem and Global Positioning System, GPS, or Bluetooth system for connection and information exchange among the devices integrated to a datacenter and a remote monitoring center configured to monitor patients with increased cardiovascular risk, seniors, amateur and professional athletes, and common individuals, being possible to diagnose and treat it as soon as possible, aiming at shortening time of definite treatment of those who present ACS, AMI, AAF, and other cardiac arrhythmias, and the wearable system further comprises a box containing the ECG apparatus and a button, wherein the acquisition of the electrical signals from the ECG is configured to automatically start when the user presses the button down, wherein the airtight container is configured to be controlled by a solenoid and electromechanical system through which a doctor, having an encrypted digital signature, can remotely trigger a door opening of the airtight container containing medicines for proper dispensing after diagnostic confirmation, wherein the GSM modem or Bluetooth system are configured to transfer the data collected by the ECG vest and its location made by GPS online via GSM or by integrating Bluetooth with a smartphone having a specific software or application, app, to a datacenter with an Integrated Monitoring System, IMS, in a secure and reliable manner having 24 × 7 × 365 coverage, and the Integrated Monitoring System is configured to assign the received ECG data to a doctor, who can immediately provide the users with the ECG report in an electronic or remote manner, indicating the first procedures, allowing for an immediate integration to an emergency hospital service and forwarding to users names and addresses of nearby specialized hospitals, wherein remote electrocardiogram monitoring with optional feature of automated interpretation of trace is performed by ECG analysis softwares, supported by a doctor and an expert system, an online software of Integrated Monitoring System, and a software integrated to the smartphone configured to receive electronic signals which enable i) the electronic signals sensed by the electrocardiogram to transmit the trace and to be visible in the smartphone in real time (online), which is enabled by the transmission from the Bluetooth coupled to the electrocardiogram for this smartphone, and ii) the record of this trace over 24 hours.
An active road noise control system comprising: a sensor arrangement (102, 201, 302, 501) configured to generate a primary sense signal representative of at least one of accelerations, motions and vibrations that occur at a first position on a vehicle body, the sense signal having a magnitude; an active road noise control module (107, 204, 507) configured to provide a noise reducing signal by processing the primary sense signal according to an adaptive mode of operation or a non-adaptive mode of operation at a time; at least one loudspeaker (111, 202) configured to generate noise reducing sound at a second position within the vehicle body from the noise reducing signal, the at least one loudspeaker (111, 202) being disposed at a third position within the vehicle body; and an overload detection module (115, 205, 304, 306) configured to evaluate the primary sense signal and to control the active road noise control module (107, 204, 507) so that the active road noise control module operates in the adaptive mode of operation when the magnitude of the primary sense signal undercuts a first threshold and operates in the non-adaptive mode of operation when the magnitude of the primary sense signal exceeds a second threshold, the first threshold being smaller than the second threshold; wherein the overload detection module (115, 205, 304, 306) is further configured to exhibit a hysteresis behavior between the first threshold and the second threshold. a sensor arrangement (102, 201, 302, 501) configured to generate a primary sense signal representative of at least one of accelerations, motions and vibrations that occur at a first position on a vehicle body, the sense signal having a magnitude; an active road noise control module (107, 204, 507) configured to provide a noise reducing signal by processing the primary sense signal according to an adaptive mode of operation or a non-adaptive mode of operation at a time; at least one loudspeaker (111, 202) configured to generate noise reducing sound at a second position within the vehicle body from the noise reducing signal, the at least one loudspeaker (111, 202) being disposed at a third position within the vehicle body; and an overload detection module (115, 205, 304, 306) configured to evaluate the primary sense signal and to control the active road noise control module (107, 204, 507) so that the active road noise control module operates in the adaptive mode of operation when the magnitude of the primary sense signal undercuts a first threshold and operates in the non-adaptive mode of operation when the magnitude of the primary sense signal exceeds a second threshold, the first threshold being smaller than the second threshold; wherein the overload detection module (115, 205, 304, 306) is further configured to exhibit a hysteresis behavior between the first threshold and the second threshold.
A composite stamp extending laterally along lateral dimensions and vertically along a vertical dimension, said composite stamp comprising: a deformable layer having an internal surface and an external surface positioned opposite said internal surface, said external surface of said deformable layer having a plurality of relief features; a rigid support layer connected to said internal surface of said deformable layer, wherein said rigid support layer has a bottom surface and a top surface positioned opposite said bottom surface, wherein said bottom surface is positioned proximate to said internal surface of said deformable layer; and a reinforcement layer operably connected to said rigid support layer, said reinforcement layer having an opening that vertically coincides with at least a portion of said relief features of said external surface of said deformable layer, characterised in that, said reinforcement layer is at least partially embedded in said deformable layer and the reinforcement layer comprises a fiber component or a particle component. a deformable layer having an internal surface and an external surface positioned opposite said internal surface, said external surface of said deformable layer having a plurality of relief features; a rigid support layer connected to said internal surface of said deformable layer, wherein said rigid support layer has a bottom surface and a top surface positioned opposite said bottom surface, wherein said bottom surface is positioned proximate to said internal surface of said deformable layer; and a reinforcement layer operably connected to said rigid support layer, said reinforcement layer having an opening that vertically coincides with at least a portion of said relief features of said external surface of said deformable layer, characterised in that, said reinforcement layer is at least partially embedded in said deformable layer and the reinforcement layer comprises a fiber component or a particle component.
Annulus gear for a reduction gear unit with an epicyclic gear train, comprising: - an outer casing; - an inner ring comprising an inner toothing able to be engaged by planet wheels of the reduction gear unit, the inner ring being mounted against the outer casing so as to form a housing between them, - at least one crush stud situated in the housing, - at least one damper situated in the housing, the damper being arranged with respect to the crush stud so as to damp the angular movements of the inner ring with respect to the outer casing in at least one direction; - the crush stud comprising two radial surfaces of which one is in sliding contact with a radial surface of the outer casing or of the inner ring and the other is coupled in rotation with the inner ring or the outer casing, and characterized in that the crush stud, the outer casing and the inner ring form, in one part of the housing, a closed cavity of variable volume in which the damper is situated in such a way that the deformations of the said damper are limited. - an outer casing; - an inner ring comprising an inner toothing able to be engaged by planet wheels of the reduction gear unit, the inner ring being mounted against the outer casing so as to form a housing between them, - at least one crush stud situated in the housing, - at least one damper situated in the housing, the damper being arranged with respect to the crush stud so as to damp the angular movements of the inner ring with respect to the outer casing in at least one direction; - the crush stud comprising two radial surfaces of which one is in sliding contact with a radial surface of the outer casing or of the inner ring and the other is coupled in rotation with the inner ring or the outer casing, and characterized in that the crush stud, the outer casing and the inner ring form, in one part of the housing, a closed cavity of variable volume in which the damper is situated in such a way that the deformations of the said damper are limited.
A method of transmitting an amplitude shift keyed signal using a multi-layered transmission over a plurality of transmit antennas, where the plurality of antennas are transmitting modified versions of the signal with different precoding, where the precoding denotes a variation of phase and power per antenna of the plurality of transmit antennas, of different symbols which the signal represents for respective layers, the method comprising obtaining (500, 600) a sequence of bits to be conveyed; amplitude shift keying (502, 602) the sequence of bits to a signal; precoding (504, 606, 606') the signal to respective layer, wherein the precoding to respective layer is performed on a row or column of a precoding matrix for the respective layer, wherein each layer is transmitted by a respective antenna or set of antennas of the plurality of transmit antennas; selecting (503, 603) of the precoding matrix from a set of matrices; and transmitting (506, 608) the precoded signal, wherein the keying (502, 602) of the bits comprises Manchester coding the bits; and multiple signals are multiplexed in the transmission, and the selecting (503, 603) of the precoding matrix is based on a mapping between respective multiplexed signal and respective precoding matrix. obtaining (500, 600) a sequence of bits to be conveyed; amplitude shift keying (502, 602) the sequence of bits to a signal; precoding (504, 606, 606') the signal to respective layer, wherein the precoding to respective layer is performed on a row or column of a precoding matrix for the respective layer, wherein each layer is transmitted by a respective antenna or set of antennas of the plurality of transmit antennas; selecting (503, 603) of the precoding matrix from a set of matrices; and transmitting (506, 608) the precoded signal, wherein the keying (502, 602) of the bits comprises Manchester coding the bits; and multiple signals are multiplexed in the transmission, and the selecting (503, 603) of the precoding matrix is based on a mapping between respective multiplexed signal and respective precoding matrix.
A device for exercising muscles and balance comprising: - a board with a support surface to accommodate at least one person performing a physical exercise; - a static support structure; - suspension means between the static structure and the board, the suspension means being configured to maintain the board suspended and raised off the ground; - at least one first actuator of said suspension means mounted on the static structure; wherein said suspension means comprises flexible and elongated members each having a first end connected to said at least one first actuator and a second opposite end connected to the board, said at least one actuator being controllable by a control unit adapted to generate a sequence of activation and deactivation signals to move the suspension means and, therefore, to vary a height or an inclination of the board, or both; said at least one actuator causing a sequence of movements of said board during the performance of the exercise, said suspension means being substantially inextensible and the board comprising a substantially rigid table. - a board with a support surface to accommodate at least one person performing a physical exercise; - a static support structure; - suspension means between the static structure and the board, the suspension means being configured to maintain the board suspended and raised off the ground; - at least one first actuator of said suspension means mounted on the static structure;
Pretwisting spindle segment for a two-stage twisting or cabling machine, comprising a support frame with a plurality of pretwisting spindles, which are each provided for holding a feed package, from which a thread can be pulled off to a final-twisting spindle position of a final-twisting spindle unit of the twisting or cabling machine, wherein at least one controllable drive device is assigned to the pretwisting spindles for defined drive, which drive device is coupled to an electronic unit assigned to the pretwisting spindle segment with at least one interface for controlling the at least one drive device, characterised in that the pretwisting spindle segment is designed for the modular coupling, arranging and/or fastening of at least one spindle expansion segment, which has an additional support frame with at least one additional motor-drivable pretwisting spindle for holding an additional feed package, from which an additional thread can be pulled off to the or an additional final-twisting spindle position of the final-twisting spindle unit; and at least one additional controllable drive device, which can drive the at least one additional pretwisting spindle, the electronic unit being designed to control the at least one additional drive device.
A communication apparatus comprising: selection means for selecting one of a first operation mode for persistently using communication parameter setting information for wireless communication to be set and a second operation mode for temporarily using the communication parameter setting information to be set; processing means for performing, in the selected operation mode, a setting process of setting, among plural apparatuses, the communication parameter setting information; and control means for controlling the communication apparatus to operate communication using the communication parameter setting information set by the processing means; wherein in the first operation mode, the communication parameter setting information set by the processing means is stored for resuming operation therewith after completing a communication service using the communication parameter setting information, and in the second operation mode, after completing a communication service for communicating images using the communication parameter setting information set by the processing means, conducting a next communication service using the communication parameter setting information is made impossible. selection means for selecting one of a first operation mode for persistently using communication parameter setting information for wireless communication to be set and a second operation mode for temporarily using the communication parameter setting information to be set; processing means for performing, in the selected operation mode, a setting process of setting, among plural apparatuses, the communication parameter setting information; and control means for controlling the communication apparatus to operate communication using the communication parameter setting information set by the processing means; wherein in the first operation mode, the communication parameter setting information set by the processing means is stored for resuming operation therewith after completing a communication service using the communication parameter setting information, and in the second operation mode, after completing a communication service for communicating images using the communication parameter setting information set by the processing means, conducting a next communication service using the communication parameter setting information is made impossible.
Automatic window or door installation having at least one swivel leaf which is driven by a drive device, and having a sensor device for monitoring at least one secondary closing edge of the swivel leaf, the sensor device having at least one transmitter element which is designed to emit a scanning beam, the transmitter element being arranged and oriented in such a manner that the scanning beam runs close to the secondary closing edge, and the sensor device having at least one receiver element which is designed to detect reflection of the scanning beam, the transmitter element being arranged in a stationary manner on the frame of the window or door installation and being oriented in such a manner that the scanning beam is reflected at a reflection point on the swivel leaf, characterized in that the transmitter element and/or the receiver element is/are arranged and oriented in such a manner that the distance (X R) between the transmitter element or the receiver element and the reflection point changes as soon as the swivel leaf is moved, the sensor device and/or the drive device having a distance calculation device, and the distance calculation device being designed to calculate the distance (X R) between the transmitter element or the receiver element and the reflection point of the scanning beam from the transit time of the reflected scanning beam.