mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer electrolyte composition comprising an ionic group-containing polymer (A), a phosphorus-containing additive (B), and a nitrogen-containing aromatic additive (C), the phosphorus-containing additive (B) being at least one kind selected from a compound represented by the following general formula (B1) and a compound represented by the following general formula (B2), and the nitrogen-containing aromatic additive (C) being at least one kind selected from a compound represented by the following general formula (C1) and a compound represented by the following general formula (C2): where, in the general formulae (B1) and (B2), R 1 to R 7 each independently represent a substituent selected from hydrocarbon groups having a straight chain, a cyclic, or a branched structure, represented by the general formula C m H n (m and n are an integer number), alkoxy groups having a straight chain, a cyclic, or a branched structure, represented by the general formula OC m H n (m and n are an integer number), halogen atoms and a hydrogen atom; Z 1 represents a divalent substituent selected from hydrocarbon groups having a straight chain, a cyclic, or a branched structure, represented by the general formula C m H n (m and n are an integer number) and alkoxy groups having a straight chain, a cyclic, or a branched structure, represented by the general formula OC m H n (m and n are an integer number) or OC m H n O (m and n are an integer number); m and n are independent in each formula; and R 1 to R 7 , and Z 1 may arbitrarily bind to form a cyclic structure as represented by the general formulae (B1a) and (B2a): where, in the general formulae (C1) and (C2), R 8 to R 23 each independently represent a substituent selected from hydrocarbon groups having a straight chain, a cyclic, or a branched structure, represented by the general formula C m H n (m and n are an integer number), alkoxy groups having a straight chain, a cyclic, or a branched structure, represented by the general formula OC m H n (m and n are an integer number), halogen atoms, a hydrogen atom, carboxyl groups, carboxylate groups, sulfonic acid groups, sulfate groups, hydroxyl groups, amino groups, cyano groups and nitro groups; and m and n are independent in each formula.
A transport refrigeration system comprising: a transportation refrigeration unit ; an energy storage device configured to provide electrical power to the transportation refrigeration unit ; an electric generation device operably connected to at least one of a wheel of the transport refrigeration system and a wheel axle of the transport refrigeration system , the electric generation device being configured to generate electrical power from at least one of the wheel and the wheel axle to charge the energy storage device when the electric generation device is activated; a power management module in electrical communication with the energy storage device and the electric generation device , the power management module being configured to determine a current temperature of the electric generation device , wherein the power management module is configured to adjust a torque limit of the electric generation device in response to a current temperature of the electric generation device ; characterised by an ambient temperature sensor configured to measure an ambient temperature proximate the transport refrigeration system and transmit the ambient temperature to the power management module , wherein the power management module is configured to determine the current temperature of the electric generation device in response to at least the ambient temperature a transportation refrigeration unit ; an energy storage device configured to provide electrical power to the transportation refrigeration unit ; an electric generation device operably connected to at least one of a wheel of the transport refrigeration system and a wheel axle of the transport refrigeration system , the electric generation device being configured to generate electrical power from at least one of the wheel and the wheel axle to charge the energy storage device when the electric generation device is activated; a power management module in electrical communication with the energy storage device and the electric generation device , the power management module being configured to determine a current temperature of the electric generation device ,
Opening device for a cooling device having a door assembly, comprising a mounting base which comprises mounting holes for connection to the cooling device and a furniture body in which the cooling device is accommodated and is mountable on provided securing units for a door hinge of the cooling device , and a functional unit having an ejection element which can be extended under electrical control, characterized in that the mounting base has contacts and the functional unit has mating contacts , wherein the contacts and the mating contacts contact each other when the functional unit is secured to the mounting base to supply power to the functional unit, wherein the contacts of the mounting base are connected to a connecting cable comprising power supply lines and optionally signal lines.
A head mounted display device for displaying images from an integrated electronic display of a mobile device onto an eyepiece , comprising: a housing that secures the integrated electronic display and the mobile device, wherein the mobile device is an intelligent portable device that runs computer programs and has the integrated electronic display capable of displaying digital images, which fits on the head of a human viewer, wherein the diagonal length of the electronic display is at least 75 millimeters; a reflecting surface , connected to the housing, that reflects images displayed by the integrated electronic display; one or more lenses , connected to the housing, that focuses the images reflected by the reflecting surface; an eyepiece , onto which the images from the one or more lenses focus for display to the viewer, wherein the eyepiece is placed near the eye and reflects light to and from the eye(s) of the human user using the head mounted display device; and an eyepiece holder that secures the eyepiece to the housing ; wherein a lower extent of the housing , which excludes the eyepiece and the eyepiece holder , is at least 10 millimeters above the eyebrow of the viewer. a housing that secures the integrated electronic display and the mobile device, wherein the mobile device is an intelligent portable device that runs computer programs and has the integrated electronic display capable of displaying digital images, which fits on the head of a human viewer, wherein the diagonal length of the electronic display is at least 75 millimeters; a reflecting surface , connected to the housing, that reflects images displayed by the integrated electronic display; one or more lenses , connected to the housing, that focuses the images reflected by the reflecting surface; an eyepiece , onto which the images from the one or more lenses focus for display to the viewer, wherein the eyepiece is placed near the eye and reflects light to and from the eye(s) of the human user using the head mounted display device; and an eyepiece holder that secures the eyepiece to the housing ; wherein a lower extent of the housing , which excludes the eyepiece and the eyepiece holder , is at least 10 millimeters above the eyebrow of the viewer.
A die for a printhead, comprising: a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die, wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators , proximate to the plurality of fluid feed holes , each of the plurality of fluidic actuators comprising a fluid chamber to receive fluid from the plurality of fluid feed holes , a nozzle, and a driver to eject fluid from the chamber through the nozzle; and circuitry to operate the fluidic actuators , wherein traces are provided in layers between adjacent fluid feed holes of the plurality of fluid feed holes , connecting circuitry on each side of the plurality of fluid feed holes . a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die, wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators , proximate to the plurality of fluid feed holes , each of the plurality of fluidic actuators comprising a fluid chamber to receive fluid from the plurality of fluid feed holes , a nozzle, and a driver to eject fluid from the chamber through the nozzle; and circuitry to operate the fluidic actuators , wherein traces are provided in layers between adjacent fluid feed holes of the plurality of fluid feed holes , connecting circuitry on each side of the plurality of fluid feed holes .
A piezoresistive transducer, comprising: a substrate having a mechanical structure that is subject to an applied force; and a bridge circuit formed at least in part on the mechanical structure , the bridge circuit including a first half and a second half , characterized in that the first half of the bridge circuit comprises a first junction field-effect transistor, JFET, and a first piezoresistor coupled in series, and the second half of the bridge circuit comprises a second JFET and a second piezoresistor coupled in series. a substrate having a mechanical structure that is subject to an applied force; and a bridge circuit formed at least in part on the mechanical structure , the bridge circuit including a first half and a second half , characterized in that the first half of the bridge circuit comprises a first junction field-effect transistor, JFET, and a first piezoresistor coupled in series, and the second half of the bridge circuit comprises a second JFET and a second piezoresistor coupled in series.
A computer-implemented method for classifying anomalies of one or more feature-associated anomalies in network data traffic between devices in a first part of a network and devices in a second part of the network, the method comprising: - retrieving (S21) at least one network data traffic sample; - determining (S23) one or more feature-associated anomaly scores, - determining (S24) feature importance value for each feature of a feature-associated anomaly score, and - classifying (S25) one or more anomalies based on the determined one or more feature-associated anomaly scores and the determined feature importance values, characterized by the classifying comprising ranking the one or more anomalies in relation to one another based on a combination of the determined one or more feature-associated anomaly scores and the determined feature importance values. - retrieving (S21) at least one network data traffic sample; - determining (S23) one or more feature-associated anomaly scores, - determining (S24) feature importance value for each feature of a feature-associated anomaly score, and - classifying (S25) one or more anomalies based on the determined one or more feature-associated anomaly scores and the determined feature importance values, characterized by the classifying comprising ranking the one or more anomalies in relation to one another based on a combination of the determined one or more feature-associated anomaly scores and the determined feature importance values.
A method of jointly training pre-processing and post-processing neural networks for a visual data encoding and decoding process, the method comprising the steps of: determining a differential approximation of a standard codec process, the differential approximation comprising a codec neural network layer that is fixed in functionality, wherein the codec neural network layer approximates an encoding process and a decoding process; receiving one or more sections of input visual data ; using the pre-processing neural network to process the input visual data and output pre-processed visual data; applying the codec neural network layer to the pre-processed visual data to generate decoded visual data; using the post-processing neural network to further process the decoded visual data and output reconstructed visual data ; comparing the reconstructed visual data with the input visual data using a metric to determine a reconstruction error; and updating parameters of the pre-processing neural network and the post-processing neural network to minimise a loss function comprising the reconstruction error and a number of bits used for the encoding of the pre-processed visual data, wherein updating the parameters of the pre-processing neural network and the post-processing neural network comprises applying a backpropagation algorithm that uses gradients of the differential approximation to the codec process. determining a differential approximation of a standard codec process, the differential approximation comprising a codec neural network layer that is fixed in functionality, wherein the codec neural network layer approximates an encoding process and a decoding process; receiving one or more sections of input visual data ; using the pre-processing neural network to process the input visual data and output pre-processed visual data; applying the codec neural network layer to the pre-processed visual data to generate decoded visual data; using the post-processing neural network to further process the decoded visual data and output reconstructed visual data ; comparing the reconstructed visual data with the input visual data using a metric to determine a reconstruction error; and updating parameters of the pre-processing neural network and the post-processing neural network to minimise a loss function comprising the reconstruction error and a number of bits used for the encoding of the pre-processed visual data, wherein updating the parameters of the pre-processing neural network and the post-processing neural network comprises applying a backpropagation algorithm that uses gradients of the differential approximation to the codec process.
A wireless communication method, comprising: sending , by a terminal device, indication information to a network device, the indication information being used to indicate that there is uplink data in a time domain after the indication information; and after sending the indication information in the time domain, sending , by the terminal device, the uplink data to the network device, characterized in that , a time unit spaced between the indication information and the uplink data is greater than or equal to a threshold. sending , by a terminal device, indication information to a network device, the indication information being used to indicate that there is uplink data in a time domain after the indication information; and after sending the indication information in the time domain, sending , by the terminal device, the uplink data to the network device, characterized in that , a time unit spaced between the indication information and the uplink data is greater than or equal to a threshold.
A hydraulic system for a construction machine comprising an emergency control unit for an electric hydraulic pump, the hydraulic system comprising: first and second electric hydraulic pumps (110a and 110b), which are pressure control type variable capacity pumps; a plurality of main control valves (120a, 120b, 120c, and 120d) configured to selectively control a flow of working oil discharged from the first and second electric hydraulic pumps (110a and 110b); a plurality of working machines (140a and 140b) and first and second travel pumps (130a and 130b) driven through the working oil supplied from each corresponding main control valve among the plurality of main control valves; a straight travel control valve configured to set a supply path of the working oil supplied to the first and second travel pumps (130a and 130b); a joystick which can be placed within an operation seat; an electronic control unit configured to control the quantity of outlet flow of the working oil of the first and second electric hydraulic pumps by outputting pressure control electric signals (152a and 152b) for the first and second electric hydraulic pumps (110a and 110b) based on flow signals (114a and 114b) of the first and second electric hydraulic pumps and an operation signal of the joystick; and an emergency control unit configured to output predetermined pressure control electric signals for the first and second electric hydraulic pumps (110a and 110b) when the electronic control unit fails to operate, characterized in that the emergency control unit is configured to selectively control the quantity of outlet flow of the first and second electric hydraulic pumps (110a and 110b) according to the amount of load of the working machines, wherein when the amount of load of the working machines is a low load, the emergency control unit is configured to output a first set of predetermined pressure control electric signals to drive the first and second electric hydraulic pumps (110a and 110b) to generate the same pressure, wherein when the amount of load of the working machines is a high load, the emergency control unit is configured to output a second set of predetermined pressure control electric signals to drive only one of the first and second electric hydraulic pumps to generate a higher pressure than in the case of a low load.
A pharmaceutically acceptable base addition salt of a compound of Formula (I): wherein, the base addition salt is crystalline form A of mono-sodium salt of compound of formula (I) having an X-ray powder diffraction pattern comprising 2θ values at 14.73° ± 0.2°, 14.93° ± 0.2°, 21.77° ± 0.2°, 22.59° ± 0.2°, 23.29° ± 0.2° and 24.87° ± 0.2°.
A method performed by a base station for facilitating relay backhaul communication in a wireless communication system using at least one relay node, the method comprising: identifying at least one relay node utilized for communication with respective user devices; identifying at least one relay backhaul control channel for conducting communication with the at least one relay node, wherein the at least one relay backhaul control channel comprises a control portion of a first set of resource blocks, RBs, and a non-control portion of a second set of RBs; identifying , in the control portion of the first set of RBs, a first set of resources providing reference signals configured for demodulation of the at least one relay backhaul control channel; identifying , in the control portion of the first set of RBs, a second set of resources providing reference signals configured for demodulation of at least one relay backhaul data channel, the second set of resources including at least the first set of resources, wherein the second set of resources is larger than the first set of resources; and communicating with the at least one relay node using the at least one relay backhaul control channel. identifying at least one relay node utilized for communication with respective user devices; identifying at least one relay backhaul control channel for conducting communication with the at least one relay node, wherein the at least one relay backhaul control channel comprises a control portion of a first set of resource blocks, RBs, and a non-control portion of a second set of RBs; identifying , in the control portion of the first set of RBs, a first set of resources providing reference signals configured for demodulation of the at least one relay backhaul control channel; identifying , in the control portion of the first set of RBs, a second set of resources providing reference signals configured for demodulation of at least one relay backhaul data channel, the second set of resources including at least the first set of resources, wherein the second set of resources is larger than the first set of resources; and communicating with the at least one relay node using the at least one relay backhaul control channel.
Refrigerated display case comprising a display compartment for food products and a technical compartment , separate from said display compartment and located in fluidic communication with the latter, at least one evaporator of a refrigeration plant being installed in said technical compartment , a defrosting device being associated with said evaporator to defrost said evaporator , said technical compartment comprises: - a first pipe in which said evaporator is installed and defining with said display compartment a first circuit for the passage of the air, and comprising at least one fan , installed in said technical compartment and configured to selectively generate a flow of air through said first circuit or through a second circuit , characterized by - a second pipe in which a eutectic container made of deformable plastic material is installed and defining with said display compartment said second circuit for the passage of the air, wherein said eutectic container comprises opposite walls formed by undulating profiles able to create ample heat exchange surfaces and wherein the deformable plastic material of which the eutectic container is made also allows it to suitably adapt to the dilations due to the temperature variations of the eutectic solution. - a first pipe in which said evaporator is installed and defining with said display compartment a first circuit for the passage of the air, and comprising at least one fan , installed in said technical compartment and configured to selectively generate a flow of air through said first circuit or through a second circuit , - a second pipe in which a eutectic container made of deformable plastic material is installed and defining with said display compartment said second circuit for the passage of the air, wherein said eutectic container comprises opposite walls formed by undulating profiles able to create ample heat exchange surfaces and wherein the deformable plastic material of which the eutectic container is made also allows it to suitably adapt to the dilations due to the temperature variations of the eutectic solution.
A method of controlling a gas turbine engine comprising: receiving an instantaneous thrust demand for current operation of the gas turbine engine ; determining a flow rate and/or pressure ratio for a compressor of the gas turbine engine, the flow rate and/or the pressure ratio being directly measured; determining whether the flow rate and/or the pressure ratio meets a predetermined operating condition for the compressor; and adjusting an angle of one or more aerofoil of the compressor according to a closed control loop if the flow rate and/or pressure ratio do not meet said predetermined operating condition in order to adjust the flow rate and/or pressure ratio towards said predetermined operating condition; and concurrently adjusting a fuel flow to a combustor of the gas turbine engine in order to meet the thrust demand. receiving an instantaneous thrust demand for current operation of the gas turbine engine ; determining a flow rate and/or pressure ratio for a compressor of the gas turbine engine, the flow rate and/or the pressure ratio being directly measured; determining whether the flow rate and/or the pressure ratio meets a predetermined operating condition for the compressor; and adjusting an angle of one or more aerofoil of the compressor according to a closed control loop if the flow rate and/or pressure ratio do not meet said predetermined operating condition in order to adjust the flow rate and/or pressure ratio towards said predetermined operating condition; and concurrently adjusting a fuel flow to a combustor of the gas turbine engine in order to meet the thrust demand.