mhurhangee/ep-ind-claims huggingface dataset:
A controller for executing brake control that is executed on the basis of primary information and secondary information that is selectively defined whether to be used with the primary information and indicates an assumed state related to connection and disconnection of a clutch of a vehicle, the controller comprising: a determination section (5A1) that is configured to determine whether an actual state related to the connection and the disconnection of the clutch matches the assumed state at least in accordance with a relationship between the secondary information and travel state information indicative of a travel state of the vehicle, wherein the determination section (5A1) is configured to determine that the actual state does not match the assumed state in the cases where the secondary information is information indicative of a disconnected state of the clutch and the travel state information is information indicating that acceleration of the vehicle is at least equal to prescribed acceleration; and a brake control section that is configured to execute the brake control by using the primary information but not the secondary information in the case where the determination section (5A1) determines that the actual state does not match the assumed state. a determination section (5A1) that is configured to determine whether an actual state related to the connection and the disconnection of the clutch matches the assumed state at least in accordance with a relationship between the secondary information and travel state information indicative of a travel state of the vehicle, wherein the determination section (5A1) is configured to determine that the actual state does not match the assumed state in the cases where the secondary information is information indicative of a disconnected state of the clutch and the travel state information is information indicating that acceleration of the vehicle is at least equal to prescribed acceleration; and a brake control section that is configured to execute the brake control by using the primary information but not the secondary information in the case where the determination section (5A1) determines that the actual state does not match the assumed state.
Method for operating a wind turbine, wherein - the wind turbine has an aerodynamic rotor which is constructed as a horizontal axis rotor and which has a hub having at least one rotor blade, - and at least one load measurement means is provided on the rotor for detecting a wind load of the rotor, the method comprises the steps of: - rotating the rotor of the wind turbine without a wind load or with a small wind load in order to calibrate the load measurement means, and receiving a load measurement with the load measurement means, - calibrating the load measurement means based on the load measurement and previously known weight forces which occur on the rotor, characterised in that, in a first passage using the load measurement means over a complete revolution or a plurality of complete revolutions of the rotor, a series of measurements with a plurality of measurements is recorded and the values of the measurements of the series of measurements is totalled, a sensitivity of the load measurement means being determined from one of the known weight forces and the totalled values of the measurements of the series of measurements. - the wind turbine has an aerodynamic rotor which is constructed as a horizontal axis rotor and which has a hub having at least one rotor blade, - and at least one load measurement means is provided on the rotor for detecting a wind load of the rotor, - rotating the rotor of the wind turbine without a wind load or with a small wind load in order to calibrate the load measurement means, and receiving a load measurement with the load measurement means, - calibrating the load measurement means based on the load measurement and previously known weight forces which occur on the rotor,
An absorbent sheet for pets comprising: a liquid-permeable top sheet; a liquid-impermeable back sheet; an absorbent core provided between the top sheet and the back sheet; a super absorbent polymer provided on the top sheet side relative to the absorbent core; an antimicrobial and/or a bacteriostat in a powder form attached to a surface of the super absorbent polymer; a colored area covered with the top sheet and visually recognizable from the top sheet side; and an aroma chemical provided on the top sheet side relative to the absorbent core; wherein an L*value of the colored area in an L*a*b*color system is 50 or less, and a total light transmittance of the top sheet is in a range of 40 to 80%, wherein an absorption rate of an absorbent material provided in the absorbent core is higher than an absorption rate of the super absorbent polymer, wherein the aroma chemical is included in cyclodextrin, and wherein the antimicrobial and/or the bacteriostat and the aroma chemical are provided in the same layer. a liquid-permeable top sheet; a liquid-impermeable back sheet; an absorbent core provided between the top sheet and the back sheet; a super absorbent polymer provided on the top sheet side relative to the absorbent core; an antimicrobial and/or a bacteriostat in a powder form attached to a surface of the super absorbent polymer; a colored area covered with the top sheet and visually recognizable from the top sheet side; and an aroma chemical provided on the top sheet side relative to the absorbent core; wherein an L*value of the colored area in an L*a*b*color system is 50 or less, and a total light transmittance of the top sheet is in a range of 40 to 80%, wherein an absorption rate of an absorbent material provided in the absorbent core is higher than an absorption rate of the super absorbent polymer, wherein the aroma chemical is included in cyclodextrin, and wherein the antimicrobial and/or the bacteriostat and the aroma chemical are provided in the same layer.
Sensor device for detecting a moisture content of a flowing fluid medium, comprising at least one moisture module having at least one sensor element for recording the moisture content, the sensor device also having at least one housing, the moisture module being at least partially arranged in a measuring chamber of the housing, the housing having a protective tube, protruding in an axial direction into the flowing fluid medium, the protective tube. having at least one inflow path, the fluid medium being able to flow through the inflow path counter to the axial direction into the measuring chamber, and the protective tube also having at least one outflow path, the fluid medium being able to flow through the outflow path in the axial direction out of the measuring chamber, and at least one contour section being arranged between at least one mouth of the inflow path into the measuring chamber and at least one mouth of the outflow path into the measuring chamber, characterized in that the sensor device comprises at least one protective membrane shielding the sensor element, the at least one contour section running parallel to the protective membrane, and in that the protective tube comprises an outflow nozzle and at least one inlet nozzle, the outflow path being at least partially arranged in the outflow nozzle, the inflow path being arranged in the inflow nozzle, the protective tube having an annular gap between the outer circumferential surface of the outflow nozzle and the inlet openings.
A torque sensor assembly comprising: a shaft configured to receive an applied torque, wherein the shaft includes at least one region being magnetoelastic and configured to generate a magnetic field in response to the applied torque; a plurality of sensors, circumferentially positioned around the at least one region, are configured to generate a plurality of signals that are indicative of the magnetic field, wherein each of the plurality of signals includes multiple harmonic components; and a controller connected with the plurality of sensors and being configured to: receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors. a shaft configured to receive an applied torque, wherein the shaft includes at least one region being magnetoelastic and configured to generate a magnetic field in response to the applied torque; a plurality of sensors, circumferentially positioned around the at least one region, are configured to generate a plurality of signals that are indicative of the magnetic field, wherein each of the plurality of signals includes multiple harmonic components; and a controller connected with the plurality of sensors and being configured to: receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors. receive the plurality of signals; determine (i) an average of the plurality of signals in order to cancel at least one of the harmonic components of the multiple harmonic components for each of the plurality of signals, and (ii) a magnitude of the applied torque based on the average of the plurality of signals; characterized in that the controller is further configured to calculate an error for the average of the plurality of signals, wherein the error for the average of the plurality of signals is expressed as a function of a number of the plurality of sensors.
A reception apparatus comprising: a receiver which, in operation, is configured to receive a signal that includes a legacy preamble (102, 104, 106), a non-legacy preamble (108, 110, 112, 114, 116) and a data field, wherein the non-legacy preamble (108, 110, 112, 114, 116) comprises a first non-legacy signal, SIG-A, field and a second non-legacy signal, SIG-B, field, the SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband, wherein the SIG-A field comprises a SIG-B compression subfield and a number of SIG-B symbols subfield, wherein the number of SIG-B symbols subfield indicates a number of SIG-B symbols in the SIG-B field when the SIG-B compression subfield indicates that a full bandwidth containing the first frequency subband and the second frequency subband is not allocated for multi-user, MU, MIMO transmission, and the number of SIG-B symbols subfield indicates a number of MU MIMO users when the SIG-B compression subfield indicates that the full bandwidth is allocated for MU MIMO transmission; and a processor which, in operation, is configured to decode the received signal. a receiver which, in operation, is configured to receive a signal that includes a legacy preamble (102, 104, 106), a non-legacy preamble (108, 110, 112, 114, 116) and a data field, wherein the non-legacy preamble (108, 110, 112, 114, 116) comprises a first non-legacy signal, SIG-A, field and a second non-legacy signal, SIG-B, field, the SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband, wherein the SIG-A field comprises a SIG-B compression subfield and a number of SIG-B symbols subfield, wherein the number of SIG-B symbols subfield indicates a number of SIG-B symbols in the SIG-B field when the SIG-B compression subfield indicates that a full bandwidth containing the first frequency subband and the second frequency subband is not allocated for multi-user, MU, MIMO transmission, and the number of SIG-B symbols subfield indicates a number of MU MIMO users when the SIG-B compression subfield indicates that the full bandwidth is allocated for MU MIMO transmission; and a processor which, in operation, is configured to decode the received signal.
A surgical stapling apparatus including a releasable buttress material, the surgical stapling apparatus comprising: a cartridge assembly including a plurality of staples and a tissue contacting surface defining staple retaining slots, the cartridge assembly including a swaged outer edge; an anvil assembly including a tissue contacting surface defining staple pockets for forming staples expelled from the staple retaining slots of the cartridge assembly; and a buttress material including an outer portion retained within the swaged outer edge of the cartridge assembly, characterised in that the outer portion of the buttress material is frayed. a cartridge assembly including a plurality of staples and a tissue contacting surface defining staple retaining slots, the cartridge assembly including a swaged outer edge; an anvil assembly including a tissue contacting surface defining staple pockets for forming staples expelled from the staple retaining slots of the cartridge assembly; and a buttress material including an outer portion retained within the swaged outer edge of the cartridge assembly, characterised in that the outer portion of the buttress material is frayed.
Electrically operated vehicle having an electrical charging cable by means of which a vehicle-side accumulator is chargeable by a vehicle-external power supply network in a charging process, wherein the charging cable can be unplugged from a vehicle-side terminal, in particular automatically in a lock-free manner, at least after completion of the charging process, wherein the vehicle and/or the charging cable has a check function which enables charging cable usage if a usage authorisation is present and blocks the charging cable usage if a usage authorisation is not present, characterised in that a counter unit is associated with the check function and, if an invalid ID code (ID L) is detected or if a non-authorisation is present, increments a numeric value by 1 until a maximum value is reached, and in that the check function enables the charging cable usage given a numeric value less than the maximum value, and does so in spite of the presence of a non-authorisation, and in that the check function only blocks the charging cable usage upon reaching the maximum value.
A method of operating a computer system for evaluating medical conditions relating to effort of breathing in a subject in need thereof, the computer system comprising one or more processors, a display and memory storing one or more programs comprising instructions that when executed by the one or more processors cause the processors to: obtain, from a first sensor, first biometric signals wherein the first biometric signals are respiratory inductance plethysmography and obtain, from a second sensor, second biometric signals, wherein the second biometric signals are esophageal pressure (Pes); calibrate the RIP signals, wherein the RIP signals are calibrated so as to provide a signal proportional to a tidal volume; determine, from the first and second biometric signals a relative effort of breathing value and plot the calibrated RIP signals against the Pes signals to obtain a flow pressure loop; and display on the display a report comprising an interpretation of the effort of breathing value, wherein the interpretation is updated as additional data relating to the flow pressure loops is received. obtain, from a first sensor, first biometric signals wherein the first biometric signals are respiratory inductance plethysmography and obtain, from a second sensor, second biometric signals, wherein the second biometric signals are esophageal pressure (Pes); calibrate the RIP signals, wherein the RIP signals are calibrated so as to provide a signal proportional to a tidal volume; determine, from the first and second biometric signals a relative effort of breathing value and plot the calibrated RIP signals against the Pes signals to obtain a flow pressure loop; and display on the display a report comprising an interpretation of the effort of breathing value, wherein the interpretation is updated as additional data relating to the flow pressure loops is received.
A terminal device comprising: an operating system that does not allow a user to have right to incorporate a device driver in the operating system; a processor; and a memory that is capable of storing therein the operating system in which a first device driver is preliminarily incorporated, an application and a plurality of second device drivers, each of the second device drivers corresponding to each of a plurality of external peripheral devices, wherein out of the second device drivers, a certain second device driver corresponding to a certain external peripheral device out of the external peripheral devices converts a first control command provided by the application into a second control command in a form deliverable to the certain external peripheral device, the first device driver has a transmission and reception function with the external peripheral devices, the transmission and reception function being a function shared in a plurality of applications, and transmits the second control command output from the certain second device driver to the external peripheral device, the application and the second device drivers do not have the transmission and reception function with the external peripheral devices, and do not depend on a communication system allowing the terminal device to perform communication, and the first device driver is included in an operating system layer, and the application and the second device drivers are included in an application layer. an operating system that does not allow a user to have right to incorporate a device driver in the operating system; a processor; and a memory that is capable of storing therein the operating system in which a first device driver is preliminarily incorporated, an application and a plurality of second device drivers, each of the second device drivers corresponding to each of a plurality of external peripheral devices, wherein out of the second device drivers, a certain second device driver corresponding to a certain external peripheral device out of the external peripheral devices converts a first control command provided by the application into a second control command in a form deliverable to the certain external peripheral device, the first device driver has a transmission and reception function with the external peripheral devices, the transmission and reception function being a function shared in a plurality of applications, and transmits the second control command output from the certain second device driver to the external peripheral device, the application and the second device drivers do not have the transmission and reception function with the external peripheral devices, and do not depend on a communication system allowing the terminal device to perform communication, and the first device driver is included in an operating system layer, and the application and the second device drivers are included in an application layer.
Scroll compressor with a compressor housing, a high-pressure chamber, a low-pressure chamber which is fluidically connected to the high-pressure chamber via an oil return channel, an oil return throttle being provided in the oil return channel, an orbiting displacement scroll which is arranged on a driven eccentric unit and engages in a fixed scroll, a sliding disc being arranged between the orbiting displacement scroll and the compressor housing, and a back-pressure chamber which adjoins the displacement scroll and is fluidically connected to the high-pressure chamber via a gas connection channel, wherein a gas connection throttle being provided in the gas connection channel, characterised in that the oil return channel and/or the gas connection channel extends through the sliding disc, wherein the sliding disc has the oil return throttle and/or the gas connection throttle. a compressor housing, a high-pressure chamber, a low-pressure chamber which is fluidically connected to the high-pressure chamber via an oil return channel, an oil return throttle being provided in the oil return channel, an orbiting displacement scroll which is arranged on a driven eccentric unit and engages in a fixed scroll, a sliding disc being arranged between the orbiting displacement scroll and the compressor housing, and a back-pressure chamber which adjoins the displacement scroll and is fluidically connected to the high-pressure chamber via a gas connection channel, wherein a gas connection throttle being provided in the gas connection channel, characterised in that the oil return channel and/or the gas connection channel extends through the sliding disc, wherein the sliding disc has the oil return throttle and/or the gas connection throttle.
A blower comprising: a lower case, which has a suction port, in which a fan is disposed; an upper case which is disposed on an upper side of the lower case; a main discharge port (222, 232) which is formed at the upper case, and discharges air introduced through the suction port to flow forward along a surface of the upper case; an auxiliary discharge port (211c, 226, 227, 236, 237) which is formed at the upper case, positioned in a front lower side of the main discharge port (222, 232), and discharges the air introduced through the suction port upward; characterized by a door (540, 560, 580) which opens and closes the auxiliary discharge port (211c, 226, 227, 236, 237); and a door motor that provides power to the door (540, 560, 580). a lower case, which has a suction port, in which a fan is disposed; an upper case which is disposed on an upper side of the lower case; a main discharge port (222, 232) which is formed at the upper case, and discharges air introduced through the suction port to flow forward along a surface of the upper case; an auxiliary discharge port (211c, 226, 227, 236, 237) which is formed at the upper case, positioned in a front lower side of the main discharge port (222, 232), and discharges the air introduced through the suction port upward; characterized by a door (540, 560, 580) which opens and closes the auxiliary discharge port (211c, 226, 227, 236, 237); and a door motor that provides power to the door (540, 560, 580).