mhurhangee/ep-ind-claims huggingface dataset:
Supply device for at least one fuel cell, comprising a first fluid circuit and a second fluid circuit, one to supply the/each fuel cell with fuel and the other to supply the/each fuel cell with combustion agent, whereby the first circuit comprises a first supply line having a first electrically controlled solenoid valve that supplies at least one first supply branch, whereby each first supply branch supplies one respective fuel cell, and a first starter configured to allow for the circulation of fluid in the first circuit towards the/each fuel cell when the electrical control of the first solenoid valve is inoperative, whereby the second circuit comprises a second supply line having a second electrically controlled solenoid valve that supplies at least one second supply branch, whereby each second supply branch supplies one respective fuel cell, and a second starter configured to allow for the circulation of fluid in the second circuit towards the/each fuel cell when the electrical control of the second solenoid valve is inoperative, said device further comprising at least one pressure-actuated pressure reducer arranged on the first circuit and actuated by a pressure in the second circuit, characterized in that the first solenoid valve and the second solenoid valve have respectively a first actuation member constituting the first starter and a second actuation member constituting the second starter, whereby the first solenoid valve and the second solenoid valve can be controlled manually using respectively the first actuation member and the second actuation member, or the first starter and the second starter respectively comprise a first bypass line for the first solenoid valve having a first bypass valve and a second bypass line for the second solenoid valve having a second bypass valve, the first bypass valve and the second bypass valve being manually actuatable.
Gas burner for a cooking appliance, which comprises a burner cover and a burner head with a burner head base body and a flame outlet region, wherein the burner cover and the burner head base body form a cylinder shape at least in the upper region and the flame outlet region, which is attached to the burner head base body, has a conical outer cross-section tapering upwards, characterised in that a groove is introduced in the underside of the burner cover, in which the upper side of the annular region of the flame outlet region is located, wherein in the region of the outer extent on the underside of the burner cover a projection through the groove is created.
A method performed by a network entity associated with a wireless communication system for selecting a neural network formation configuration, the method comprising: determining, by the network entity, a set of downlink deep neural network reference signals to send on a physical channel for measuring performance of deep neural networks in the wireless communication system; determining a set of downlink neural network formation configurations, each downlink neural network formation configuration corresponding to a respective downlink deep neural network reference signal of the set of downlink deep neural network reference signals; communicating, to a user equipment, a first indication of the set of downlink deep neural network reference signals and a second indication of the set of downlink neural network formation configurations to direct the user equipment to form a set of downlink deep neural networks, using the set of downlink neural network formation configurations, for processing the set of downlink deep neural network reference signals; and initiating transmission of the set of downlink deep neural network reference signals using the physical channel to direct the user equipment to process the set of downlink deep neural network reference signals with the set of downlink deep neural networks and select one of the set of downlink neural network formation configurations based on a performance of the set of downlink deep neural networks. determining, by the network entity, a set of downlink deep neural network reference signals to send on a physical channel for measuring performance of deep neural networks in the wireless communication system; determining a set of downlink neural network formation configurations, each downlink neural network formation configuration corresponding to a respective downlink deep neural network reference signal of the set of downlink deep neural network reference signals; communicating, to a user equipment, a first indication of the set of downlink deep neural network reference signals and a second indication of the set of downlink neural network formation configurations to direct the user equipment to form a set of downlink deep neural networks, using the set of downlink neural network formation configurations, for processing the set of downlink deep neural network reference signals; and initiating transmission of the set of downlink deep neural network reference signals using the physical channel to direct the user equipment to process the set of downlink deep neural network reference signals with the set of downlink deep neural networks and select one of the set of downlink neural network formation configurations based on a performance of the set of downlink deep neural networks.
A method for generating uplink feedback information transmission for data received in an Unlicensed Spectrum, comprising: receiving, by a terminal device, at least one first signaling having DCI format 1_0 from a network device, wherein the first signaling has no group information and said having no group information comprises that group information is not indicated in Downlink control information, DCI, and wherein the group information indicates which group corresponds to a physical downlink shared channel, PDSCH, scheduled by the DCI or corresponds to the physical downlink control channel, PDCCH, carrying the DCI; determining, by the terminal device, a first transmission resource for transmitting first feedback information corresponding to the first signaling; and generating, by the terminal device, a first feedback information codebook, wherein the first feedback information codebook comprises the first feedback information and second feedback information, the second feedback information is feedback information corresponding to a target PDSCH group or a target PDCCH group indicated by a second signaling received from the network device, and a transmission resource of the second feedback information is overlapping with the first transmission resource; and transmitting, by the terminal device, the first feedback information codebook to the network device in the first transmission resource, wherein the terminal device adopts a group based ACK/NACK feedback of PDSCH or PDCCH. receiving, by a terminal device, at least one first signaling having DCI format 1_0 from a network device, wherein the first signaling has no group information and said having no group information comprises that group information is not indicated in Downlink control information, DCI, and wherein the group information indicates which group corresponds to a physical downlink shared channel, PDSCH, scheduled by the DCI or corresponds to the physical downlink control channel, PDCCH, carrying the DCI; determining, by the terminal device, a first transmission resource for transmitting first feedback information corresponding to the first signaling; and generating, by the terminal device, a first feedback information codebook, wherein the first feedback information codebook comprises the first feedback information and second feedback information, the second feedback information is feedback information corresponding to a target PDSCH group or a target PDCCH group indicated by a second signaling received from the network device, and a transmission resource of the second feedback information is overlapping with the first transmission resource; and transmitting, by the terminal device, the first feedback information codebook to the network device in the first transmission resource, wherein the terminal device adopts a group based ACK/NACK feedback of PDSCH or PDCCH.
An image processing device (20, 20A, 21) comprising: setting means for setting a parameter related to system errors assumed in a case where printing is performed by a printing system; simulation image generation means for generating a simulation image in which the system error indicated by the parameter is reflected; image quality evaluation means for evaluating image quality of the simulation image; and halftone process generation means for generating halftone processing rules that defines the processing contents of halftone processes used in the printing system based on the simulation image in which the evaluation falls within a target range, wherein each halftone processing rule is specified by a combination of a halftone algorithm and a halftone parameter, wherein the halftone parameter is updated based on the image quality evaluation. setting means for setting a parameter related to system errors assumed in a case where printing is performed by a printing system; simulation image generation means for generating a simulation image in which the system error indicated by the parameter is reflected; image quality evaluation means for evaluating image quality of the simulation image; and halftone process generation means for generating halftone processing rules that defines the processing contents of halftone processes used in the printing system based on the simulation image in which the evaluation falls within a target range, wherein each halftone processing rule is specified by a combination of a halftone algorithm and a halftone parameter, wherein the halftone parameter is updated based on the image quality evaluation.
A method of processing sensor data for transmission, the method comprising: receiving, by at least one processing device, one or several operational parameters of a machine having a rotating component, the one or several operational parameters of the machine being distinct from the sensor data, wherein the sensor data represent data that are measured on said machine and that are influenced by the one or several operational parameters of the machine; applying, by at least one processing device, a compression technique to a spectral representation of the sensor data to generate a compressed sensor data representation, wherein the applied compression technique is dependent on the one or several operational parameters of the machine; and transmitting, by the at least one processing device, the compressed sensor data representation. receiving, by at least one processing device, one or several operational parameters of a machine having a rotating component, the one or several operational parameters of the machine being distinct from the sensor data, wherein the sensor data represent data that are measured on said machine and that are influenced by the one or several operational parameters of the machine; applying, by at least one processing device, a compression technique to a spectral representation of the sensor data to generate a compressed sensor data representation, wherein the applied compression technique is dependent on the one or several operational parameters of the machine; and transmitting, by the at least one processing device, the compressed sensor data representation.
A low-vibration floating metal bearing comprising a sliding bearing, the sliding bearing includes: oil supply holes formed at six isogonal positions in an isotropic manner with respect to an axial center; and a substantially circular bearing hole having a surface on which at least six regions with different fluid lubrication conditions are formed by inner machining so as to be continuously disposed at isogonal positions in an isotropic manner with isotropic distance with respect to an axial center, wherein each of the regions with different fluid lubrication conditions forms a narrow flow path that is substantially convex in cross section and extends in an axial center direction in an oil flow path and the narrow flow path causes a change in oil pressure to give a high centering effect and suppress occurrence of noise from a low rotational speed range to a high rotational speed range, characterized in that the narrow flow path extends in an axial direction in the oil flow path by changing a roundness of the bearing hole to be from 2.5 to 4 μm. oil supply holes formed at six isogonal positions in an isotropic manner with respect to an axial center; and a substantially circular bearing hole having a surface on which at least six regions with different fluid lubrication conditions are formed by inner machining so as to be continuously disposed at isogonal positions in an isotropic manner with isotropic distance with respect to an axial center, wherein each of the regions with different fluid lubrication conditions forms a narrow flow path that is substantially convex in cross section and extends in an axial center direction in an oil flow path and the narrow flow path causes a change in oil pressure to give a high centering effect and suppress occurrence of noise from a low rotational speed range to a high rotational speed range, characterized in that the narrow flow path extends in an axial direction in the oil flow path by changing a roundness of the bearing hole to be from 2.5 to 4 μm.
A method of predicting a position of a target site inside a body using heterogeneous surrogates comprising varying scales and units, the method characterized by comprising: transforming measurements of said heterogeneous surrogates and target positions into different representations by applying at least one operator; establishing a relationship between the transformed measurements of said heterogeneous surrogates and the transformed target positions; and continuously predicting the target position from the transformed measurements of said heterogeneous surrogates and the established relationship, wherein one of the measurements of said heterogeneous surrogates comprises at least one of blood oxygen level measured using a conventional pulse oxygen monitor, heart electrical activity measured using an EKG, brain electrical activity measured using an EEG, air flow measured using a spirometer, and a differential temperature of air flow measured using a thermocouple. transforming measurements of said heterogeneous surrogates and target positions into different representations by applying at least one operator; establishing a relationship between the transformed measurements of said heterogeneous surrogates and the transformed target positions; and continuously predicting the target position from the transformed measurements of said heterogeneous surrogates and the established relationship,
A wiring device which has a leakage detection function and is located between a commercial power supply and a load, comprising: a leakage control unit for detecting a leakage current flowing through an electrical path connecting the commercial power supply and the load to perform a leakage determination; and a switching unit for interrupting the electrical path in accordance with the leakage determination of the leakage control unit, characterized in that the leakage control unit further comprises: a filter for filtering the detected leakage current, the filter having a frequency characteristic which a human body has with respect to an electrical shock, so that when the leakage current exceeds a trip level, the electrical path is interrupted, wherein the trip level gets higher as the frequency gets higher; a square operation unit for calculating a square operation value of a signal of the detected leakage current passing through the filter; and a determination unit for performing the leakage determination by comparing the square operation value obtained by the square operation unit to a preset threshold value. a leakage control unit for detecting a leakage current flowing through an electrical path connecting the commercial power supply and the load to perform a leakage determination; and a switching unit for interrupting the electrical path in accordance with the leakage determination of the leakage control unit, a filter for filtering the detected leakage current, the filter having a frequency characteristic which a human body has with respect to an electrical shock, so that when the leakage current exceeds a trip level, the electrical path is interrupted, wherein the trip level gets higher as the frequency gets higher; a square operation unit for calculating a square operation value of a signal of the detected leakage current passing through the filter; and a determination unit for performing the leakage determination by comparing the square operation value obtained by the square operation unit to a preset threshold value.
A magnetic nanoparticle, comprising: an inner functionalized iron oxide core comprising gadolinium or ruthenium doping agents; an inert metal seeding the functionalized core; and an outer inert metal alloy nanoshell. an inner functionalized iron oxide core comprising gadolinium or ruthenium doping agents; an inert metal seeding the functionalized core; and an outer inert metal alloy nanoshell.
A method for issuing an alarm in an Electronic Article Surveillance ("EAS") system, comprising: using an exciter coil to generate an electromagnetic field within a surveillance zone through which one or more persons travel when exiting from a secured area; detecting a response to the electromagnetic field caused by one or more objects within the surveillance zone; based on the response to the electromagnetic field, selectively producing an alarm condition in accordance with at least one detection algorithm; measuring a speed of a person traveling through the surveillance zone; determining if the speed exceeds a threshold; selectively varying at least one characteristic of the at least one detection algorithm when the speed exceeds a predetermined threshold. using an exciter coil to generate an electromagnetic field within a surveillance zone through which one or more persons travel when exiting from a secured area; detecting a response to the electromagnetic field caused by one or more objects within the surveillance zone; based on the response to the electromagnetic field, selectively producing an alarm condition in accordance with at least one detection algorithm; measuring a speed of a person traveling through the surveillance zone; determining if the speed exceeds a threshold; selectively varying at least one characteristic of the at least one detection algorithm when the speed exceeds a predetermined threshold.
A method for data transfer, comprising: receiving a control signal triggering a transfer of a secret value into an element of a circuit, characterized in that: in response to the control signal, a deterministic, non-constant dummy value and the secret value are inserted in succession into the element of the circuit; and asserting a data valid signal after inserting the secret value into the element, wherein the data valid signal is deasserted while the element holds the dummy value. receiving a control signal triggering a transfer of a secret value into an element of a circuit, characterized in that: in response to the control signal, a deterministic, non-constant dummy value and the secret value are inserted in succession into the element of the circuit; and asserting a data valid signal after inserting the secret value into the element, wherein the data valid signal is deasserted while the element holds the dummy value. in response to the control signal, a deterministic, non-constant dummy value and the secret value are inserted in succession into the element of the circuit; and asserting a data valid signal after inserting the secret value into the element, wherein the data valid signal is deasserted while the element holds the dummy value.
A method, carried out by a system comprising a first, second and third computing device, comprising: receiving, by the first computing device, a playback queue from the second computing device, wherein the playback queue includes a media item, and wherein the media item comprises a media item identifier, a first account identifier, and a delegate token; selecting, by the first computing device, the media item for playback by the first computing device; determining, by the first computing device, that the media item is associated with the first account identifier that is distinct from a second account identifier configured for the first computing device; sending, by the first computing device, a media asset request to the third computing device, the media asset request including the media item identifier, the first account identifier, the delegate token, and a device identifier for the first computing device; receiving, by the first computing device, a media asset corresponding to the media item identifier responsive to the third computing device validating the delegate token based on the first account identifier and the device identifier; and presenting, by the first computing device, the media asset corresponding to the selected media item. receiving, by the first computing device, a playback queue from the second computing device, wherein the playback queue includes a media item, and wherein the media item comprises a media item identifier, a first account identifier, and a delegate token; selecting, by the first computing device, the media item for playback by the first computing device; determining, by the first computing device, that the media item is associated with the first account identifier that is distinct from a second account identifier configured for the first computing device; sending, by the first computing device, a media asset request to the third computing device, the media asset request including the media item identifier, the first account identifier, the delegate token, and a device identifier for the first computing device; receiving, by the first computing device, a media asset corresponding to the media item identifier responsive to the third computing device validating the delegate token based on the first account identifier and the device identifier; and presenting, by the first computing device, the media asset corresponding to the selected media item.
Surveillance device for monitoring alignment of a lifting object on a lifting platform, comprising at least one support for the lifting object, at least one attachment device for attaching the surveillance device to a support arm of the lifting platform, and at least one sensor, wherein the support is mounted movably relative to the attachment device, and the sensor is configured to detect a relative movement between the support and the attachment device.
A method for controlling a device for protecting an electric conductor connecting electrically an electric charge to an electric supply, the device comprising a current sensor suitable for measuring the intensity of the current circulating in said conductor, and a temperature sensor suitable for measuring the ambient temperature close to a point situated along said conductor, said method being characterized in that it comprises a first step of estimation of the value ( T est_T) of the temperature ( T cond) at at least one sensitive point of said conductor and as a function of the data received from said temperature sensor and from said current sensor, and a second step (200; 200') for protection, during which the value (α _ NT) of said cyclic ratio (α pwm) of the electronic switch is calculated as a function of the difference (e) between a predefined maximum temperature ( T MAX) for said conductor and said estimated value of the temperature ( T est_T).