mhurhangee/ep-ind-claims huggingface dataset:
A co-curable thermoset acoustic liner comprising: a sound attenuating core having a plurality of core cells extending from an inner core edge to an outer core edge; an outer face sheet secured to the outer core edge of the sound attenuating core; an inner face sheet having a plurality of face sheet apertures extending through the inner face sheet; and an inner thermoset adhesive sheet having a plurality of adhesive sheet apertures disposed between the inner face sheet and the sound attenuating core and securing the inner face sheet to the inner core edge, wherein each of the plurality of adhesive sheet apertures is aligned within a corresponding one of the plurality of face sheet apertures, and wherein more than one of the plurality of adhesive sheet apertures is aligned within each of the plurality of face sheet apertures, so that the plurality of core cells are placed in fluid communication with airflow over the inner face sheet by the plurality of face sheet apertures and the plurality of adhesive sheet apertures creating a Single Degree of Freedom (SDOF) acoustic liner wherein the inner face sheet, the outer face sheet, the inner adhesive sheet and the sound attenuating core are co-bonded into the thermoset acoustic liner. a sound attenuating core having a plurality of core cells extending from an inner core edge to an outer core edge; an outer face sheet secured to the outer core edge of the sound attenuating core; an inner face sheet having a plurality of face sheet apertures extending through the inner face sheet; and an inner thermoset adhesive sheet having a plurality of adhesive sheet apertures disposed between the inner face sheet and the sound attenuating core and securing the inner face sheet to the inner core edge, wherein each of the plurality of adhesive sheet apertures is aligned within a corresponding one of the plurality of face sheet apertures, and wherein more than one of the plurality of adhesive sheet apertures is aligned within each of the plurality of face sheet apertures, so that the plurality of core cells are placed in fluid communication with airflow over the inner face sheet by the plurality of face sheet apertures and the plurality of adhesive sheet apertures creating a Single Degree of Freedom (SDOF) acoustic liner wherein the inner face sheet, the outer face sheet, the inner adhesive sheet and the sound attenuating core are co-bonded into the thermoset acoustic liner.
A control method of a washing machine including a cabinet including an entrance which is formed in a front surface of the cabinet such that laundry is input into or output from the entrance, a tub mounted inside the cabinet, a drum received in the tub and rotatably provided, a motor to provide driving force to rotate the drum, a vibration sensor to sense vibration of the tub, and a controller to control an operating mode for washing the laundry, the control method comprising: performing a tumble motion for rotating the drum at a preset rotational speed to rinse the laundry; characterized by: determining a stabilization time defined as an initial driving time taken until the motor reaches a steady state in which the motor constantly maintains a rotational speed; acquiring, by the controller, vibration data sensed by the vibration sensor after the stabilization time is elapsed; measuring a weight of the laundry and calculating a cloth amount level defined as a value that matches a weight range of the measured weight of the laundry, and determining a volume of the laundry based on the calculated cloth amount level and the vibration data. performing a tumble motion for rotating the drum at a preset rotational speed to rinse the laundry; characterized by: determining a stabilization time defined as an initial driving time taken until the motor reaches a steady state in which the motor constantly maintains a rotational speed; acquiring, by the controller, vibration data sensed by the vibration sensor after the stabilization time is elapsed; measuring a weight of the laundry and calculating a cloth amount level defined as a value that matches a weight range of the measured weight of the laundry, and determining a volume of the laundry based on the calculated cloth amount level and the vibration data. determining a stabilization time defined as an initial driving time taken until the motor reaches a steady state in which the motor constantly maintains a rotational speed; acquiring, by the controller, vibration data sensed by the vibration sensor after the stabilization time is elapsed; measuring a weight of the laundry and calculating a cloth amount level defined as a value that matches a weight range of the measured weight of the laundry, and determining a volume of the laundry based on the calculated cloth amount level and the vibration data.
A communication apparatus, comprising: providing means for performing a provision process for providing a communication parameter via wireless communication; receiving means for performing a reception process for receiving the communication parameter via wireless communication; and selection means for selecting whether to perform the provision process by the providing means or the reception process by the receiving means based on information of a first other communication apparatus (S312-S315); characterized by further comprising: transmission means for transmitting a signal for suppressing, while performing the provision process by the providing means, a request for the communication parameter from a second other communication apparatus, which is different from the first other communication apparatus, to the communication apparatus in a case where the selection means selects to perform the provision process by the providing means. providing means for performing a provision process for providing a communication parameter via wireless communication; receiving means for performing a reception process for receiving the communication parameter via wireless communication; and selection means for selecting whether to perform the provision process by the providing means or the reception process by the receiving means based on information of a first other communication apparatus (S312-S315); characterized by further comprising: transmission means for transmitting a signal for suppressing, while performing the provision process by the providing means, a request for the communication parameter from a second other communication apparatus, which is different from the first other communication apparatus, to the communication apparatus in a case where the selection means selects to perform the provision process by the providing means.
A method of identifying the location of a source of an interfering upstream signal in an optical communications network comprising an optical line terminal connected to a plurality of optical network terminals (ONTs) via a 1-to-N branching device having a first port connected to the OLT and N second ports connected to N respective network branches extending towards the ONTs, the interfering signal propagating in the upstream direction towards the OLT, the method comprising the steps of: stopping downstream OLT transmissions from being output from the second ports of the branching device, detecting a second port (B X) of the branching device still receiving an upstream signal from the connected network branch (5 X) despite the absence of downstream OLT transmissions on said network branch (5 X), and identifying the network branch (5 X) connected to the second port (B X) detected in the detecting step as the location of the source of the interfering signal. stopping downstream OLT transmissions from being output from the second ports of the branching device, detecting a second port (B X) of the branching device still receiving an upstream signal from the connected network branch (5 X) despite the absence of downstream OLT transmissions on said network branch (5 X), and identifying the network branch (5 X) connected to the second port (B X) detected in the detecting step as the location of the source of the interfering signal.
An electric motor with an electromagnetically actuatable brake, wherein the brake has a coil received in a magnet body, wherein a brake lining carrier is connected non-rotatably but axially displaceably to a rotor shaft of the electric motor and an armature disc is connected non-rotatably but axially displaceably to the magnet body, wherein the armature disc is arranged axially between the brake lining carrier and the magnet body, wherein springs supported on the magnet body press on the armature disc, characterised in that a second electromagnet is arranged on the magnet body, in particular is connected detachably to the magnet body, wherein a lever is mounted pivotably, in particular rotatably, in relation to and/or on the magnet body, wherein the lever, in particular by means of a rod, is connected to the armature disc such that in a first rotary position of the lever the armature disc is pressed against the brake lining carrier, in particular such that the brake is applied, and in a second rotary position, in particular one different from the first rotary position, of the lever the armature disc is held drawn towards the magnet body, in particular such that the brake is released. wherein the brake has a coil received in a magnet body, wherein a brake lining carrier is connected non-rotatably but axially displaceably to a rotor shaft of the electric motor and an armature disc is connected non-rotatably but axially displaceably to the magnet body, wherein the armature disc is arranged axially between the brake lining carrier and the magnet body, wherein springs supported on the magnet body press on the armature disc, characterised in that a second electromagnet is arranged on the magnet body, in particular is connected detachably to the magnet body, wherein a lever is mounted pivotably, in particular rotatably, in relation to and/or on the magnet body, wherein the lever, in particular by means of a rod, is connected to the armature disc such that in a first rotary position of the lever the armature disc is pressed against the brake lining carrier, in particular such that the brake is applied, and in a second rotary position, in particular one different from the first rotary position, of the lever the armature disc is held drawn towards the magnet body, in particular such that the brake is released.
A method for configuring a network of a household appliance, comprising: acquiring a wireless access point name input by a user and a password input by the user, in a mode of configuring the network of the household appliance; verifying whether the wireless access point name and the password are correct; acquiring a configuring key value input by the user, if it is verified that the wireless access point name and the password are correct; characterized in that the method further comprises determining a target configuring key value according to a preset manner and inputting the target configuring key value, for a successful configuration of the network of the household appliance, if a configuration of the network according to the configuring key value is verified to be failed. acquiring a wireless access point name input by a user and a password input by the user, in a mode of configuring the network of the household appliance; verifying whether the wireless access point name and the password are correct; acquiring a configuring key value input by the user, if it is verified that the wireless access point name and the password are correct; characterized in that the method further comprises determining a target configuring key value according to a preset manner and inputting the target configuring key value, for a successful configuration of the network of the household appliance, if a configuration of the network according to the configuring key value is verified to be failed.
A method comprising: a) providing a source of zinc, a source of sulfur and a source of one or more dopants chosen from selenium, gallium, aluminum and silicon; b) injecting the source of zinc as a gas at 0.2 to 1 slpm, the source of sulfur as a gas at 0.1 to 0.9 slpm and the one or more sources of selenium, gallium, aluminum and silicon as a gas at 0.01 slpm to 0.1 slpm into a chemical vapor deposition chamber comprising an inert gas, the pressure in the chemical vapor deposition chamber ranges from 20 to 50 Torr; and c) chemical vapor depositing one or more layers of a composition comprising zinc sulfide and 0.5 molar% to 10 molar% of one or more of the dopants chosen from selenium, gallium, aluminum and silicon on a substrate, a temperature of the substrate is from 600° C to 800° C. a) providing a source of zinc, a source of sulfur and a source of one or more dopants chosen from selenium, gallium, aluminum and silicon; b) injecting the source of zinc as a gas at 0.2 to 1 slpm, the source of sulfur as a gas at 0.1 to 0.9 slpm and the one or more sources of selenium, gallium, aluminum and silicon as a gas at 0.01 slpm to 0.1 slpm into a chemical vapor deposition chamber comprising an inert gas, the pressure in the chemical vapor deposition chamber ranges from 20 to 50 Torr; and c) chemical vapor depositing one or more layers of a composition comprising zinc sulfide and 0.5 molar% to 10 molar% of one or more of the dopants chosen from selenium, gallium, aluminum and silicon on a substrate, a temperature of the substrate is from 600° C to 800° C.
A system, including: a license server being capable of: delivering a conditional license to a playback device; obtaining information regarding the state of content currently available to the playback device, wherein the state of the content currently available to the playback device includes at least one of: a game score, a minimum or maximum measure thereof, a statistical measure determined in response thereto, a set of information related to the state of progress through a game, or another characteristic of player success in a game; and evaluating a condition associated with a conditional license, wherein the condition associated with the conditional license is responsive to the state of the content currently available to the playback device; and a secure processor at the playback device being capable of determining if the condition associated with the conditional license is satisfied; wherein new rights responsive to the state of the content currently available to the playback device are released if the condition associated with the conditional license is satisfied. a license server being capable of: delivering a conditional license to a playback device; obtaining information regarding the state of content currently available to the playback device, wherein the state of the content currently available to the playback device includes at least one of: a game score, a minimum or maximum measure thereof, a statistical measure determined in response thereto, a set of information related to the state of progress through a game, or another characteristic of player success in a game; and evaluating a condition associated with a conditional license, delivering a conditional license to a playback device; obtaining information regarding the state of content currently available to the playback device, wherein the state of the content currently available to the playback device includes at least one of: a game score, a minimum or maximum measure thereof, a statistical measure determined in response thereto, a set of information related to the state of progress through a game, or another characteristic of player success in a game; and a game score, a minimum or maximum measure thereof, a statistical measure determined in response thereto, a set of information related to the state of progress through a game, or another characteristic of player success in a game; and evaluating a condition associated with a conditional license, wherein the condition associated with the conditional license is responsive to the state of the content currently available to the playback device; and a secure processor at the playback device being capable of determining if the condition associated with the conditional license is satisfied; wherein new rights responsive to the state of the content currently available to the playback device are released if the condition associated with the conditional license is satisfied.
A drive support device for use in a host vehicle, said device comprising: an acquisition unit operable to acquire time-series signal information relating to the lighting state of a signal; and an information providing unit operable to provide information created on the basis of the signal information acquired by the acquisition unit to a driver of the host vehicle through at least one of screen display and voice, wherein: when the current time is a time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information when a predetermined time has elapsed after the lighting state of the signal changes; and when the current time is not the time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information. an acquisition unit operable to acquire time-series signal information relating to the lighting state of a signal; and an information providing unit operable to provide information created on the basis of the signal information acquired by the acquisition unit to a driver of the host vehicle through at least one of screen display and voice, wherein: when the current time is a time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information when a predetermined time has elapsed after the lighting state of the signal changes; and when the current time is not the time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information. when the current time is a time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information when a predetermined time has elapsed after the lighting state of the signal changes; and when the current time is not the time at which the signal is switched, the information providing unit is operable to provide the information to the driver of the host vehicle by at least one of starting, ending, and changing provision of the information.
A suspension assembly, comprising: an axle member having a central axis; a first trailing beam assembly including a first trailing beam and a first spring support, the first trailing beam having a first end pivotably coupled to a vehicle frame about a first pivot axis and having a second end operably coupled to the axle member, the first spring support including a spring support plate having a spring supporting surface that is outwardly canted with respect to at least a select one of the central axis of the axle member and the first pivot axis prior to coupling the first trailing beam with the vehicle frame; and a second trailing beam assembly including a second trailing beam and a second spring support, the second trailing beam having a first end pivotably coupled to a vehicle frame about a second pivot axis and having a second end operably coupled to the axle member, the second spring support including a spring support plate having a spring supporting surface that is outwardly canted with respect to at least a select one of the central axis of the axle member and the second pivot axis prior to coupling the second trailing beam with the vehicle frame. an axle member having a central axis; a first trailing beam assembly including a first trailing beam and a first spring support, the first trailing beam having a first end pivotably coupled to a vehicle frame about a first pivot axis and having a second end operably coupled to the axle member, the first spring support including a spring support plate having a spring supporting surface that is outwardly canted with respect to at least a select one of the central axis of the axle member and the first pivot axis prior to coupling the first trailing beam with the vehicle frame; and a second trailing beam assembly including a second trailing beam and a second spring support, the second trailing beam having a first end pivotably coupled to a vehicle frame about a second pivot axis and having a second end operably coupled to the axle member, the second spring support including a spring support plate having a spring supporting surface that is outwardly canted with respect to at least a select one of the central axis of the axle member and the second pivot axis prior to coupling the second trailing beam with the vehicle frame.
Method for cleaning filter structures (4, 35) in filtration installations (1, 1 a) for filtering liquid products containing a gas or gas mixture that is neutral to the product, in particular for filtering drinks containing the gas or gas mixture that is neutral to the product, wherein the pressure of the liquid product inside the filter installation (1, 1 a) during the filtering operation is relieved at least once under a saturation pressure of the gas or gas mixture contained in the liquid product and neutral to the product, and specifically for the production of an unfiltrate residue from the bleeding of the gas or gas mixture that is neutral to the product which is released from the filter structure (4, 35) in a controlled manner and forced or increased, characterised in that the pressure relief takes place by the specific controlling of a delivery pump to conduct the unfiltrate.
A method of selecting operation antennas in a multiple input receiver having a plurality of antennas connected to respective antenna ports of the receiver, the method comprising entering a fallback reception state comprising using fewer antenna ports than the plurality of antenna ports to save energy by determining pairwise correlation of propagation channels among the plurality of antenna ports, respectively; determining a candidate first number of antenna ports to use for operation, wherein the candidate first number is less than a total number of available antenna ports for handling Multiple Input Multiple Output, MIMO, layers; selecting the first number of antenna ports among the plurality of antenna ports, wherein the selecting comprises selecting antenna ports based on mutual correlation among the plurality of antenna ports, and where less correlated antenna ports are selected before more correlated antenna ports; and operating the multiple input receiver using the selected first number of antenna ports, characterised in that the determination of the number of antenna ports to use for operation includes performing an energy calculation operation, wherein the determination is made such that energy consumption for an amount of data to be received is limited, based on one or more situation parameters, wherein the situation parameters include one or more of: estimated overall capacity of a network in which the receiver operates; requirements of service associated with reception; and estimated fading. estimated overall capacity of a network in which the receiver operates; requirements of service associated with reception; and estimated fading.