mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sharing electronic content or comment to a specific user, performed by a client, comprising: receiving (S3101) a sharing operation instruction of a first user for electronic content or comment at a client of the first user; forming (S3102) a sharing initiating data related to the sharing operation at the client of the first user; sending (S3103) the sharing initiating data to a server at the client of the first user; and receiving (S3104) a sharing receiving data related to the sharing operation sent by the server at a client of the specific user; wherein the specific user is a receiving user determined in the sharing operation of the first user for the electronic content or the comment, or is a receiving user determined by the first user in advance; characterized in that the method further comprises displaying the electronic content or comment directly and displaying (S3105) a sharing information of the first user in a prominent manner in a display page or window for the electronic content or comment at the client of the specific user; and the sharing information of the first user displayed in a prominent manner is an additional information and indicates the electronic content or comment is shared by the first user to the specific user. receiving (S3101) a sharing operation instruction of a first user for electronic content or comment at a client of the first user; forming (S3102) a sharing initiating data related to the sharing operation at the client of the first user; sending (S3103) the sharing initiating data to a server at the client of the first user; and receiving (S3104) a sharing receiving data related to the sharing operation sent by the server at a client of the specific user; wherein the specific user is a receiving user determined in the sharing operation of the first user for the electronic content or the comment, or is a receiving user determined by the first user in advance; characterized in that the method further comprises displaying the electronic content or comment directly and displaying (S3105) a sharing information of the first user in a prominent manner in a display page or window for the electronic content or comment at the client of the specific user; and the sharing information of the first user displayed in a prominent manner is an additional information and indicates the electronic content or comment is shared by the first user to the specific user.
A flow rate control method, comprising: receiving , by a network device (CP), N explicit congestion notification packets, CNPs, from a first device (NP) which is a receive end of a first data flow, wherein the N CNPs correspond to the first data flow and indicate that the first data flow is congested, and N is a natural number; and sending , by the network device (CP), M CNPs to a second device (RP) which is a transmit end of the first data flow based on the N CNPs, wherein the M CNPs correspond to the first data flow, and M is an integer greater than N; wherein when the network device (CP) receives a CNP from the first device (NP), the network device (CP) immediately forwards the CNP to the second device (RP), and when the network device (CP) determines that an egress queue for the first data flow in the network device (CP) enters a congested state, the network device (CP) creates an auxiliary CNP and sends the auxiliary CNP to the second device (RP) when the CNP is not received from the first device (NP) . receiving , by a network device (CP), N explicit congestion notification packets, CNPs, from a first device (NP) which is a receive end of a first data flow, wherein the N CNPs correspond to the first data flow and indicate that the first data flow is congested, and N is a natural number; and sending , by the network device (CP), M CNPs to a second device (RP) which is a transmit end of the first data flow based on the N CNPs, wherein the M CNPs correspond to the first data flow, and M is an integer greater than N; wherein when the network device (CP) receives a CNP from the first device (NP), the network device (CP) immediately forwards the CNP to the second device (RP), and when the network device (CP) determines that an egress queue for the first data flow in the network device (CP) enters a congested state, the network device (CP) creates an auxiliary CNP and sends the auxiliary CNP to the second device (RP) when the CNP is not received from the first device (NP) .
Apparatus for processing a multichannel audio signal comprising a plurality of channel signals (x 1 , x 2 ), wherein the apparatus is configured for performing a time scale modification of the multichannel audio signal , and wherein the apparatus comprises: a combiner for providing combined signals (X s , X d ) based on the channel signals (x 1 , x 2 ), wherein the combiner is configured for providing a sum signal (X s ) by calculating a sum of two channel signals (x 1 , x 2 ) and for providing a difference signal (X d ) by calculating a difference of said two channel signals (x 1 , x 2 ); a phase adaptor , wherein the phase adaptor is configured for providing at least one processed signal (Y s ) to perform time scale modification by modifying a phase of the sum signal (X s ), and optionally a processed difference signal (Y d ) by modifying a phase of the difference signal, wherein the phase adaptor is configured for modifying the phase by applying a phase vocoder method, wherein the phase adaptor is configured for modifying the phase by applying a phase locking, or wherein the phase adaptor is configured for modifying the phase so that a horizontal phase coherence is maintained, and a separator , wherein the separator is configured for providing separated signals (Y 1 , Y 2 ) based on the at least one processed signal (Y s ) and the difference signal (X d ) or the optionally processed difference signal (Y d ), wherein the separator is configured for reversing the combination of the channel signals, applied by the combiner . a combiner for providing combined signals (X s , X d ) based on the channel signals (x 1 , x 2 ), wherein the combiner is configured for providing a sum signal (X s ) by calculating a sum of two channel signals (x 1 , x 2 ) and for providing a difference signal (X d ) by calculating a difference of said two channel signals (x 1 , x 2 ); a phase adaptor , wherein the phase adaptor is configured for providing at least one processed signal (Y s ) to perform time scale modification by modifying a phase of the sum signal (X s ), and optionally a processed difference signal (Y d ) by modifying a phase of the difference signal, wherein the phase adaptor is configured for modifying the phase by applying a phase vocoder method, wherein the phase adaptor is configured for modifying the phase by applying a phase locking, or wherein the phase adaptor is configured for modifying the phase so that a horizontal phase coherence is maintained, and a separator , wherein the separator is configured for providing separated signals (Y 1 , Y 2 ) based on the at least one processed signal (Y s ) and the difference signal (X d ) or the optionally processed difference signal (Y d ), wherein the separator is configured for reversing the combination of the channel signals, applied by the combiner .
An airfoil journal bearing having an improved top foil, comprising: a bearing housing including a hollow portion which is formed therein and in which a rotor is disposed and having width-direction opposite sides that are formed to be open; a bump foil disposed inside the bearing housing , formed in a circumferential direction, and fixedly coupled to the bearing housing ; and a top foil disposed inside the bump foil , formed in a circumferential direction, and having one side fixedly coupled to the bearing housing , wherein the top foil includes: an external top foil closely mounted to the bump foil and having both end portions disposed above the rotor ; an internal top foil disposed inside the external top foil to contact the rotor and having both end portions disposed above the rotor ; and an intermediate top foil interposed between the external top foil and the internal top foil and formed with a smaller length than the external top foil and the internal top foil in such a way that one end portion of the intermediate top foil is disposed above the rotor and the other end portion is disposed below the rotor. a bearing housing including a hollow portion which is formed therein and in which a rotor is disposed and having width-direction opposite sides that are formed to be open; a bump foil disposed inside the bearing housing , formed in a circumferential direction, and fixedly coupled to the bearing housing ; and a top foil disposed inside the bump foil , formed in a circumferential direction, and having one side fixedly coupled to the bearing housing , wherein the top foil includes: an external top foil closely mounted to the bump foil and having both end portions disposed above the rotor ; an internal top foil disposed inside the external top foil to contact the rotor and having both end portions disposed above the rotor ; and an intermediate top foil interposed between the external top foil and the internal top foil and formed with a smaller length than the external top foil and the internal top foil in such a way that one end portion of the intermediate top foil is disposed above the rotor and the other end portion is disposed below the rotor. an external top foil closely mounted to the bump foil and having both end portions disposed above the rotor ; an internal top foil disposed inside the external top foil to contact the rotor and having both end portions disposed above the rotor ; and an intermediate top foil interposed between the external top foil and the internal top foil and formed with a smaller length than the external top foil and the internal top foil in such a way that one end portion of the intermediate top foil is disposed above the rotor and the other end portion is disposed below the rotor.
Method for adjusting a polyphase DC/DC converter , which comprises at least two individual converters and, at an interface, a capacitor with an internal resistor , which are both connected in a series circuit, wherein a current is provided by each individual converter in accordance with a sequence, said current flowing through the capacitor and the resistor , wherein a voltage is dropped at the series circuit and is measured, wherein the drop results from the superposition of the individual currents of the individual converters , wherein the individual converters are actuated successively in accordance with the sequence, wherein each individual converter is switched on during a switch-on duration; wherein a period results from a switch-on duration for each individual converter , during which period the voltage drop is produced at the capacitor common to all individual converters by way of a current flow of an individual converter , wherein an AC component of the voltage at the capacitor , which results from the superposition of the individual partial currents of the individual converters , is amplified by a measurement amplifier , which is connected in parallel with the capacitor and the resistor , and is detected, wherein, in a profile of an AC component of the voltage at the capacitor , a minimum value arises at a time at which a first individual converter is actively actuated, wherein the actuation duration of the first individual converter is adjusted in such a way that the heights of the amplitudes of the voltage of all of the individual converters are balanced by changing the switch-on duration of the first individual converter .
(Currently Amended) A long-acting palmitic acid-conjugated gonadotropin-releasing hormone (GnRH) derivative, comprising: palmitic acid conjugated to i) a sodium salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 4, ii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 5, or iii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 6, wherein a carboxyl group of the palmitic acid is conjugated through a peptide-bond to an amino terminal of the peptide portion of the GnRH derivative. palmitic acid conjugated to i) a sodium salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 4, ii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 5, or iii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 6, i) a sodium salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 4, ii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 5, or iii) an acetate salt of a GnRH derivative comprising an amino acid sequence of SEQ ID NO : 6, wherein a carboxyl group of the palmitic acid is conjugated through a peptide-bond to an amino terminal of the peptide portion of the GnRH derivative.
A method , comprising: at a welding apparatus : monitoring , via one or more transducers, one or more operating parameters associated with the welding apparatus; determining by a controller , based on the one or more operating parameters, a dynamic duty cycle of the welding apparatus; and being characterized by : providing by the controller , and via a user interface of the welding apparatus , one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus , given the present/current operating conditions of the welding apparatus , wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating. monitoring , via one or more transducers, one or more operating parameters associated with the welding apparatus; determining by a controller , based on the one or more operating parameters, a dynamic duty cycle of the welding apparatus; and being characterized by : providing by the controller , and via a user interface of the welding apparatus , one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus , given the present/current operating conditions of the welding apparatus , wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating. providing by the controller , and via a user interface of the welding apparatus , one or more indications of a real-time value of the dynamic duty cycle, so that the users have an accurate indication of how long the welding apparatus may be used without damage and/or a forced shutdown, wherein the dynamic duty cycle is a measure or estimate of the remaining operational time or run-time of the welding apparatus , given the present/current operating conditions of the welding apparatus , wherein the dynamic duty cycle increases when the welding apparatus is not being used to perform a functional operation such as welding, cutting or heating.
Method for controlling a transmission power for a radio connection from at least one antenna (A1, A2, AN) of a motor vehicle to at least one radio device , wherein - as the at least one antenna, respectively one interior antenna is used, - at least one seat occupation sensor (S1, S2, SN) of the motor vehicle signalises a seat occupation of a respective vehicle seat by means of a respective occupation signal , - depending on the occupation signal the respective transmission power at the at least one interior antenna (A1, A2, AN) is regulated, and - the transmission power at the respective interior antenna (A1, A2, AN) is reduced in step-wise or continuous manner depending on a distance of a vehicle seat or seat with a signalised seat occupation to a respective interior antenna (A1, A2, AN), characterised in that the at least one radio device is a radio device external to the vehicle, and the distance to a respective interior antenna is not uniform or concentric about the interior antenna but rather depends on a directionality or antenna characteristic of the respective interior antenna. - as the at least one antenna, respectively one interior antenna is used, - at least one seat occupation sensor (S1, S2, SN) of the motor vehicle signalises a seat occupation of a respective vehicle seat by means of a respective occupation signal , - depending on the occupation signal the respective transmission power at the at least one interior antenna (A1, A2, AN) is regulated, and - the transmission power at the respective interior antenna (A1, A2, AN) is reduced in step-wise or continuous manner depending on a distance of a vehicle seat or seat with a signalised seat occupation to a respective interior antenna (A1, A2, AN), characterised in that the at least one radio device is a radio device external to the vehicle, and the distance to a respective interior antenna is not uniform or concentric about the interior antenna but rather depends on a directionality or antenna characteristic of the respective interior antenna.
Funnel insert for a filling pipe of a fuel tank for a motor vehicle, the funnel insert being arranged in an end region of the filling pipe intended to receive a fuel nozzle, and there being a free space between the outside of the funnel insert and the inside of the filling pipe , in which free space a liquid barrier is arranged, characterized in that the liquid barrier is designed as a sealing body arranged on the outer circumference of the funnel insert , which sealing body has a sealing lip that rests in partial regions or all around on the inside of the filling tube , and which sealing body consists of a material having a higher flexibility than the material of the funnel insert , the funnel insert consisting of POM material and the sealing body consisting of HDPE material.
A surgical instrument , comprising: a tool mounting portion configured for connection to a robotic system ; a shaft assembly removably connected to the tool mounting portion ; an end effector connected to the shaft assembly, wherein the end effector comprises an anvil , and is configured to support a staple cartridge , and is movable between an open position and a closed position; an anvil closure arrangement; a knife bar coupled to a cutting member , the knife bar movable through at least a portion of the end effector ; a first electric motor configured to drive the knife bar to eject staples from the staple cartridge ; a transmission arrangement ; a control circuit , including a power source , a solenoid power switch and a double pole switch and configured to electrically couple the power source to the first electric motor at the direction of the robotic system , the power source electrically coupled to the solenoid power switch , wherein the tool mounting portion comprises a tool mounting plate , and wherein the tool mounting plate is configured to support the first electric motor and the transmission arrangement , wherein the first electric motor is configured to supply firing and retraction motions to the transmission arrangement to drive the knife bar , wherein the solenoid power switch is configured to permit the power source to supply power to the double pole switch , and wherein the double pole switch is configured to supply power from the power source to the first electric motor . a tool mounting portion configured for connection to a robotic system ; a shaft assembly removably connected to the tool mounting portion ; an end effector connected to the shaft assembly, wherein the end effector comprises an anvil , and is configured to support a staple cartridge , and is movable between an open position and a closed position; an anvil closure arrangement; a knife bar coupled to a cutting member , the knife bar movable through at least a portion of the end effector ; a first electric motor configured to drive the knife bar to eject staples from the staple cartridge ; a transmission arrangement ; a control circuit , including a power source , a solenoid power switch and a double pole switch and configured to electrically couple the power source to the first electric motor at the direction of the robotic system , the power source electrically coupled to the solenoid power switch , wherein the tool mounting portion comprises a tool mounting plate , and wherein the tool mounting plate is configured to support the first electric motor and the transmission arrangement , wherein the first electric motor is configured to supply firing and retraction motions to the transmission arrangement to drive the knife bar , wherein the solenoid power switch is configured to permit the power source to supply power to the double pole switch , and wherein the double pole switch is configured to supply power from the power source to the first electric motor .
A kitchen device for processing of food ingredients, comprising at least a motorized driving means, one or more connecting means for connection of various attachments and a user control means for controlling the operation of the kitchen device and the kitchen device also comprises a sensing module adapted to sense in real-time a parameter dependent on the power consumption of the kitchen device, a calculating module adapted to collect and process the data acquired from the said sensing module and a decision module able to automatically stop the operation of the kitchen device at the time point when the parameters from said calculating module are within a predetermined range wherein the predetermined range is adjusted according to measurements during processing characterized in that the said processing of the data acquired from the sensing module includes calculating a moving average of the second derivative of the data acquired from the said sensing module.
An autonomous transport vehicle for a storage and retrieval system, the autonomous transport vehicle comprising: a payload bed , a driven member movably connected to the payload bed for movement along a first axis ; and a transfer arm disposed in the payload bed and configured to extend along the first axis to transfer a pickface to and from the payload bed , characterized in that , the transfer arm including fingers that are independently movable relative to each other along a second axis , substantially perpendicular to the first axis , where movement of the fingers along the second axis selectively couples the transfer arm to the driven member for picking and placing the pickface. a payload bed , a driven member movably connected to the payload bed for movement along a first axis ; and a transfer arm disposed in the payload bed and configured to extend along the first axis to transfer a pickface to and from the payload bed , characterized in that , the transfer arm including fingers that are independently movable relative to each other along a second axis , substantially perpendicular to the first axis , where movement of the fingers along the second axis selectively couples the transfer arm to the driven member for picking and placing the pickface.