mhurhangee/patent-ind-claim-en huggingface dataset:
A current detection apparatus, comprising: a current path extending in a longitudinal direction (X); two magnetic detectors that are arranged oppositely on a front surface and a back surface of a board which is located above the current path in a height direction (Z) which is perpendicular to the longitudinal direction (X) in order to detect a strength of a magnetic field which is generated by a current which flows in the current path; and a control circuit adapted to determine a failure occurring in either of the two magnetic detectors from a difference between magnetic fields detected by the two magnetic detectors , respectively, characterized in that an electromagnetic shielding frame member is mounted on the current path so that the two magnetic detectors and a part of the current path where the two magnetic detectors are arranged are accommodated inside the electromagnetic shielding frame member ; and the two magnetic detectors are exposed at places where the magnetic field strength is different and located in different heights (C, D) in the electromagnetic shielding frame member in the height direction (Z); and sensitivities of the two magnetic detectors are adjusted so that current values outputted from the two magnetic detectors depending on detected magnetic fields are identical to each other in a normal state. a current path extending in a longitudinal direction (X); two magnetic detectors that are arranged oppositely on a front surface and a back surface of a board which is located above the current path in a height direction (Z) which is perpendicular to the longitudinal direction (X) in order to detect a strength of a magnetic field which is generated by a current which flows in the current path; and a control circuit adapted to determine a failure occurring in either of the two magnetic detectors from a difference between magnetic fields detected by the two magnetic detectors , respectively, characterized in that an electromagnetic shielding frame member is mounted on the current path so that the two magnetic detectors and a part of the current path where the two magnetic detectors are arranged are accommodated inside the electromagnetic shielding frame member ; and the two magnetic detectors are exposed at places where the magnetic field strength is different and located in different heights (C, D) in the electromagnetic shielding frame member in the height direction (Z); and sensitivities of the two magnetic detectors are adjusted so that current values outputted from the two magnetic detectors depending on detected magnetic fields are identical to each other in a normal state.
A method for determining a status of an antenna panel, comprising: receiving configuration information, wherein the configuration information comprises at least one downlink signal resource set; and sending first feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned on, wherein the first feedback information is used to indicate quality of a resource in the first downlink signal resource set, and the quality of the resource in the first downlink signal resource set is obtained by measuring a downlink signal by the first antenna panel; or sending second feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned off, wherein the second feedback information is used to indicate that the first antenna panel is turned off, wherein before the sending first feedback information or second feedback information, the method further comprises: determining , based on a first mapping relationship and the first downlink signal resource set, the first antenna panel corresponding to the first downlink signal resource set, wherein the first mapping relationship is a mapping relationship between the at least one downlink signal resource set and at least one antenna panel. receiving configuration information, wherein the configuration information comprises at least one downlink signal resource set; and sending first feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned on, wherein the first feedback information is used to indicate quality of a resource in the first downlink signal resource set, and the quality of the resource in the first downlink signal resource set is obtained by measuring a downlink signal by the first antenna panel; or sending second feedback information when a first antenna panel corresponding to a first downlink signal resource set in the at least one downlink signal resource set is turned off, wherein the second feedback information is used to indicate that the first antenna panel is turned off, wherein before the sending first feedback information or second feedback information, the method further comprises: determining , based on a first mapping relationship and the first downlink signal resource set, the first antenna panel corresponding to the first downlink signal resource set, wherein the first mapping relationship is a mapping relationship between the at least one downlink signal resource set and at least one antenna panel.
Phosphosulindac (PS) for use in treating and/or preventing neuropathic pain associated with post-traumatic peripheral neuropathy (PTPN) in a subject, wherein PS has the formula I (PS-I): or the formula II (PS-II):
A method of detecting the presence or absence of a target nucleic acid sequence in a sample comprising: a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, wherein the amplification reagents comprise a modified nucleoside triphosphate having a photocleavable moiety and having a structure of: where Base is a purine or pyrimidine base or a purine or pyrimidine base analog; and wherein prior to step a), the modified nucleoside triphosphate is irradiated with light having a wavelength capable of cleaving the photocleavable moiety. a) performing an amplifying step comprising contacting the sample with amplification reagents to produce an amplification product if the target nucleic acid sequence is present in the sample, and b) detecting the amplification product, where Base is a purine or pyrimidine base or a purine or pyrimidine base analog; and wherein prior to step a), the modified nucleoside triphosphate is irradiated with light having a wavelength capable of cleaving the photocleavable moiety.
An elevator communication system, comprising: an ethernet bus ; a safety master node communicatively connected to the ethernet bus and configured to communicate via the ethernet bus ; safety slave nodes communicatively connected to the ethernet bus and configured to communicate via the ethernet bus ; wherein the safety master node and the safety slave nodes are configured to communicate by using a time-triggered communication protocol, wherein in the time-triggered communication protocol the safety master node is configured to send a polling diagnostic request message to the safety slave nodes by using a predetermined polling cycle, and wherein in the time-triggered communication protocol the safety master node is configured to send a broadcast diagnostic request message as the polling diagnostic request message to the safety slave nodes , and each of the safety slave nodes is configured to respond with a diagnostic reply message. an ethernet bus ; a safety master node communicatively connected to the ethernet bus and configured to communicate via the ethernet bus ; safety slave nodes communicatively connected to the ethernet bus and configured to communicate via the ethernet bus ; wherein the safety master node and the safety slave nodes are configured to communicate by using a time-triggered communication protocol, wherein in the time-triggered communication protocol the safety master node is configured to send a polling diagnostic request message to the safety slave nodes by using a predetermined polling cycle, and wherein in the time-triggered communication protocol the safety master node is configured to send a broadcast diagnostic request message as the polling diagnostic request message to the safety slave nodes , and each of the safety slave nodes is configured to respond with a diagnostic reply message.
A synthetic focusing ultrasound imaging method, including: activating a plurality of elements of an ultrasound probe to transmit plane waves multiple times, wherein transmit apodizations formed in each event that the plurality of elements transmit plane waves correspond to a corresponding row in a measurement matrix where elements obey a random distribution; after each such plane wave transmission, activating all elements of the ultrasound probe to receive echo signals to obtain channel data, all the respectively obtained channel data forming a channel dataset; recovering a synthetic focusing channel dataset by utilizing a compressed sensing reconstruction algorithm according to the channel dataset and the measurement matrix; and beamforming the synthetic focusing channel dataset to generate an ultrasound image. activating a plurality of elements of an ultrasound probe to transmit plane waves multiple times, wherein transmit apodizations formed in each event that the plurality of elements transmit plane waves correspond to a corresponding row in a measurement matrix where elements obey a random distribution; after each such plane wave transmission, activating all elements of the ultrasound probe to receive echo signals to obtain channel data, all the respectively obtained channel data forming a channel dataset; recovering a synthetic focusing channel dataset by utilizing a compressed sensing reconstruction algorithm according to the channel dataset and the measurement matrix; and beamforming the synthetic focusing channel dataset to generate an ultrasound image.
A mouthpiece for a smoking article comprising: at least one mouthpiece element; a substantially transparent wrapper comprising an acetate ester of cellulose, the substantially transparent wrapper being wrapped around the at least one mouthpiece element such that first and second opposed edges of the substantially transparent wrapper overlap with each other along a longitudinal overlapping region; and a substantially transparent seam formed in the substantially transparent wrapper by an agent comprising an ester of glycerol disposed between the first and second opposed edges of the substantially transparent wrapper in at least a portion of the longitudinal overlapping region. at least one mouthpiece element; a substantially transparent wrapper comprising an acetate ester of cellulose, the substantially transparent wrapper being wrapped around the at least one mouthpiece element such that first and second opposed edges of the substantially transparent wrapper overlap with each other along a longitudinal overlapping region; and a substantially transparent seam formed in the substantially transparent wrapper by an agent comprising an ester of glycerol disposed between the first and second opposed edges of the substantially transparent wrapper in at least a portion of the longitudinal overlapping region.
An apparatus for processing an audio signal for reproduction by a sound transducer , the apparatus comprising: an equalization parameter determinator for determining a set of equalization parameters; and an equalizer configured to equalize an input audio signal , to obtain an equalized audio signal ; wherein the equalization parameter determinator is configured to obtain a set of equalization parameters using a measurement of an impedance of the sound transducer over frequency; characterized in that the equalization parameter determinator is configured to combine equalization parameters associated with a plurality of reference sound transducers, reference impedance curves over frequency of which have at least a similarity in at least one distinctive feature with the measured impedance over frequency of the sound transducer , to obtain the set of equalization parameters. an equalization parameter determinator for determining a set of equalization parameters; and an equalizer configured to equalize an input audio signal , to obtain an equalized audio signal ; wherein the equalization parameter determinator is configured to obtain a set of equalization parameters using a measurement of an impedance of the sound transducer over frequency; characterized in that the equalization parameter determinator is configured to combine equalization parameters associated with a plurality of reference sound transducers, reference impedance curves over frequency of which have at least a similarity in at least one distinctive feature with the measured impedance over frequency of the sound transducer , to obtain the set of equalization parameters.
Household appliance with a base body , wherein the base body has a base body opening , and an appliance door for closing the base body opening , wherein the appliance door has a window ring made of plastic for holding a window and a recessed grip made of plastic for actuating the appliance door and wherein the appliance door has a window frame , wherein the window frame is connected to the appliance door and wherein the window frame is arranged around an outer face of the window ring facing away from the base body opening , characterised in that the window ring and the recessed grip are configured as a single piece, wherein the window frame is connected to the window ring so that the window frame connected to the window ring makes it possible to ensure that the window is held effectively on the window ring .
A process for manufacturing a thermoset polymer foam, comprising the steps of - subjecting a reaction mixture comprising surfactant and a prepolymer to an agitation step, the prepolymer being obtained by polymerisation of a combination of polyol monomers and polycarboxylic acid monomers, of hydroxycarboxylic acid monomers, or of a combination of polyol monomers and polycarboxylic acid monomers and hydroxycarboxylic acid monomers, the prepolymer having an extent of polymerisation between 0.1 and 0.8, the extent of polymerisation being measured as described in the description, and - subjecting the reaction mixture thus obtained to a curing step in the absence of agitation, to obtain a thermoset polymer foam, wherein the surfactant comprises an ampholytic surfactant, the total surfactant concentration being in the range of 0.1-6 wt.%. - subjecting a reaction mixture comprising surfactant and a prepolymer to an agitation step, the prepolymer being obtained by polymerisation of a combination of polyol monomers and polycarboxylic acid monomers, of hydroxycarboxylic acid monomers, or of a combination of polyol monomers and polycarboxylic acid monomers and hydroxycarboxylic acid monomers, the prepolymer having an extent of polymerisation between 0.1 and 0.8, the extent of polymerisation being measured as described in the description, and - subjecting the reaction mixture thus obtained to a curing step in the absence of agitation, to obtain a thermoset polymer foam,
Locking assembly in the form of a rotary press lock for a door of a tempering chamber, in particular for the door of a cooling chamber, - with an actuating handle in the form of a handle bar which is rotatably mounted on the inside of the door and on the outside of the door, - with a connecting bolt which passes through the door leaf and connects the handle bars to one another, - with a locking bolt on the inside, which is coupled with a rotary lock, engages behind a striking plate in a locking position and can be moved into an open position by turning a handle bar and the axis of rotation defined by the connecting bolt, - with an actuating handle arranged rotatably about an axis of rotation (D) on a cooling chamber door, - with a base of the actuating handle, which projects axially with respect to the door leaf and from which a handle bar , which is axially spaced from the door leaf, projects radially, wherein the locking assembly is subjected to a torque for locking and unlocking the door and tensile and compressive forces act on the handle bar for swinging the door open and closed, characterized in that - the handle bar is interchangeably fixed to the base , - a radially directed mandrel protrudes from the base , - the handle bar forms a housing for the mandrel , - the mandrel is positively mounted in the housing . - with an actuating handle in the form of a handle bar which is rotatably mounted on the inside of the door and on the outside of the door, - with a connecting bolt which passes through the door leaf and connects the handle bars to one another, - with a locking bolt on the inside, which is coupled with a rotary lock, engages behind a striking plate in a locking position and can be moved into an open position by turning a handle bar and the axis of rotation defined by the connecting bolt, - with an actuating handle arranged rotatably about an axis of rotation (D) on a cooling chamber door, - with a base of the actuating handle, which projects axially with respect to the door leaf and from which a handle bar , which is axially spaced from the door leaf, projects radially, wherein the locking assembly is subjected to a torque for locking and unlocking the door and tensile and compressive forces act on the handle bar for swinging the door open and closed, - the handle bar is interchangeably fixed to the base , - a radially directed mandrel protrudes from the base , - the handle bar forms a housing for the mandrel , - the mandrel is positively mounted in the housing .
A method of notifying a second electronic device of a message received by a first electronic device , the method comprising: enabling , by the first electronic device, wireless communication with the second electronic device, which is mutually registered with the first electronic device; and receiving , by the first electronic device, a message from an external device, while wireless communication with the second electronic device is enabled; characterized in that the method further comprises: notifying , by the first electronic device, the second electronic device of the receiving of the message, based on detecting no user input to the first electronic device for a predetermined period of time and based on information, provided by the second electronic device, indicating a user is within range of a sensor of the second electronic device, the notifying comprising transmitting, to the second electronic device, via wireless communication, a notification of the receiving of the message for causing the second electronic device to indicate, at the second electronic device, the notification. enabling , by the first electronic device, wireless communication with the second electronic device, which is mutually registered with the first electronic device; and receiving , by the first electronic device, a message from an external device, while wireless communication with the second electronic device is enabled; characterized in that the method further comprises: notifying , by the first electronic device, the second electronic device of the receiving of the message, based on detecting no user input to the first electronic device for a predetermined period of time and based on information, provided by the second electronic device, indicating a user is within range of a sensor of the second electronic device, the notifying comprising transmitting, to the second electronic device, via wireless communication, a notification of the receiving of the message for causing the second electronic device to indicate, at the second electronic device, the notification.
A method of controlling a turbine of a floating wind turbine structure to reduce fatigue of its moorings , comprising curtailing the turbine based on a motion of the wind turbine structure and a wind direction at the wind turbine structure relative to the directions in which each of the moorings extends away from the wind turbine.
Actuating system for an aircraft comprising: - an electromechanical actuator comprising an electric motor , a power module intended to generate a current supplied to the electric motor, measuring means adapted for measuring a servo-control magnitude of the electromechanical actuator and for generating a digital measurement signal representative of the servo-control magnitude, a communication module and a non-volatile memory wherein stored data including configuration data specific to the electromechanical actuator is stored; the electric motor , the power module , the measuring means , the communication module and the non-volatile memory being integrated into the electromechanical actuator ; - a control unit separated from the electromechanical actuator and intended to execute a servo-control algorithm by acquiring and using configuration data to adapt the servo-control algorithm to the electromechanical actuator , with the servo-control algorithm implementing a servo-control loop the feedback signal of which is the digital measurement signal and the output signal of which is a digital signal controlling the electric motor intended to the power module ; - at least one digital transmission channel connecting the control unit and the electromechanical actuator and enabling the routing of the digital measurement signal, the stored data and the digital control signal between the control unit and the electromechanical actuator . - an electromechanical actuator comprising an electric motor , a power module intended to generate a current supplied to the electric motor, measuring means adapted for measuring a servo-control magnitude of the electromechanical actuator and for generating a digital measurement signal representative of the servo-control magnitude, a communication module and a non-volatile memory wherein stored data including configuration data specific to the electromechanical actuator is stored; the electric motor , the power module , the measuring means , the communication module and the non-volatile memory being integrated into the electromechanical actuator ; - a control unit separated from the electromechanical actuator and intended to execute a servo-control algorithm by acquiring and using configuration data to adapt the servo-control algorithm to the electromechanical actuator , with the servo-control algorithm implementing a servo-control loop the feedback signal of which is the digital measurement signal and the output signal of which is a digital signal controlling the electric motor intended to the power module ; - at least one digital transmission channel connecting the control unit and the electromechanical actuator and enabling the routing of the digital measurement signal, the stored data and the digital control signal between the control unit and the electromechanical actuator .