mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless charging an energy storage device , comprising: transmitting electrical energy from a power source to a power reception apparatus by using a power transmission apparatus magnetic-resonance coupled to the power reception apparatus ; wherein the power transmission apparatus is further connected to the power source via a frequency-adjustable current converter adapted to convert an electrical current from the power source to a high frequency AC current in a resonant coil of the power transmission apparatus , thereby generating a high frequency electrical current in a resonant coil of the power reception apparatus ; and converting, by means of a current converter connected to the energy storage device , the generated high frequency electrical current to electrical current required to provide operation of the energy storage device ; wherein the frequency adjustable current converter is set for a frequency of a quarter-wavelength resonance of the resonant coil of the power transmission apparatus ; wherein the resonant coil of the power transmission apparatus is an open-ended quarter-wavelength line formed of a pair of insulated wires coiled into a double-wire flat spiral. transmitting electrical energy from a power source to a power reception apparatus by using a power transmission apparatus magnetic-resonance coupled to the power reception apparatus ; wherein the power transmission apparatus is further connected to the power source via a frequency-adjustable current converter adapted to convert an electrical current from the power source to a high frequency AC current in a resonant coil of the power transmission apparatus , thereby generating a high frequency electrical current in a resonant coil of the power reception apparatus ; and converting, by means of a current converter connected to the energy storage device , the generated high frequency electrical current to electrical current required to provide operation of the energy storage device ; wherein the frequency adjustable current converter is set for a frequency of a quarter-wavelength resonance of the resonant coil of the power transmission apparatus ; wherein the resonant coil of the power transmission apparatus is an open-ended quarter-wavelength line formed of a pair of insulated wires coiled into a double-wire flat spiral.
An electric heater , in particular for a device or household appliance for preparing hot beverages, comprising - a metal body ; - at least one electric resistor arranged in the metal body ; - a first pipe and a second pipe arranged in the metal body ; wherein the first pipe and the second pipe are mutually distinct and adapted to be connected to each other so that a fluid can pass from the first pipe to the second pipe and/or vice versa; characterized in that the inner section of the second pipe is from 3 to 22 times greater than the inner section of the first pipe . - a metal body ; - at least one electric resistor arranged in the metal body ; - a first pipe and a second pipe arranged in the metal body ; wherein the first pipe and the second pipe are mutually distinct and adapted to be connected to each other so that a fluid can pass from the first pipe to the second pipe and/or vice versa; characterized in that the inner section of the second pipe is from 3 to 22 times greater than the inner section of the first pipe .
A method for machine learning to determine severity of motion artifacts on volumetric images generated by a magnetic resonance system, the method comprising: generating, by the magnetic resonance system, a first three-dimensional representation of a patient; reorienting the three-dimensional representation over time based on a model of motion of the patient; simulating magnetic resonance scanning of the patient from the reoriented three-dimensional representation over time, the simulating of the magnetic resonance scanning including a k-space readout line acquisition order for k-space measurements where the k-space measurements at different times are simulated from the reoriented three-dimensional representation at different orientations; reconstructing a second three-dimensional representation from the k-space measurements of the simulated scanning of the three-dimensional representation as reoriented over time; training, by a machine using deep learning, a network to indicate a level of motion artifact based on a difference between the first and second three-dimensional representations; and storing the machine-learned network, characterized in that simulating and reconstructing are repeated for different k-space readout line acquisition orders, and wherein training comprises training based on results from the repetitions. generating, by the magnetic resonance system, a first three-dimensional representation of a patient; reorienting the three-dimensional representation over time based on a model of motion of the patient; simulating magnetic resonance scanning of the patient from the reoriented three-dimensional representation over time, the simulating of the magnetic resonance scanning including a k-space readout line acquisition order for k-space measurements where the k-space measurements at different times are simulated from the reoriented three-dimensional representation at different orientations; reconstructing a second three-dimensional representation from the k-space measurements of the simulated scanning of the three-dimensional representation as reoriented over time; training, by a machine using deep learning, a network to indicate a level of motion artifact based on a difference between the first and second three-dimensional representations; and storing the machine-learned network, characterized in that simulating and reconstructing are repeated for different k-space readout line acquisition orders, and wherein training comprises training based on results from the repetitions.
A liquid electrophotography, LEP, print apparatus comprising: a container-receiving unit for receiving a removable and reusable print agent container; a print agent reservoir for storing print agent to be consumed by the print apparatus during a printing operation; a pump for transferring print agent between a reusable print agent container positioned in the container-receiving unit and the print agent reservoir; and processing circuitry to: operate the pump to transfer print agent of a first concentration from the reusable print agent container to the print agent reservoir; and responsive to determining that a volume of print agent of the first concentration in the reusable print agent container has fallen below a threshold volume, operate the pump to transfer a volume of print agent of a second, lower concentration from the print agent reservoir to the reusable print agent container. a container-receiving unit for receiving a removable and reusable print agent container; a print agent reservoir for storing print agent to be consumed by the print apparatus during a printing operation; a pump for transferring print agent between a reusable print agent container positioned in the container-receiving unit and the print agent reservoir; and processing circuitry to: operate the pump to transfer print agent of a first concentration from the reusable print agent container to the print agent reservoir; and responsive to determining that a volume of print agent of the first concentration in the reusable print agent container has fallen below a threshold volume, operate the pump to transfer a volume of print agent of a second, lower concentration from the print agent reservoir to the reusable print agent container. operate the pump to transfer print agent of a first concentration from the reusable print agent container to the print agent reservoir; and responsive to determining that a volume of print agent of the first concentration in the reusable print agent container has fallen below a threshold volume, operate the pump to transfer a volume of print agent of a second, lower concentration from the print agent reservoir to the reusable print agent container.
A silicon rod cutting apparatus, comprising a silicon rod loading device , arranged between a material storage area and a cutting working area , and configured to transfer a silicon rod to be cut in the material storage area to the cutting working area ; a wire cutting device , comprising an upper cutting frame suspended in the cutting working area , wherein a single-wire saw and a multi-wire saw are arranged on the cutting frame , and configured to realize switching between a first cutting state for cutting by the multi-wire saw and a second cutting state for cutting by the single-wire saw through the rotation of the cutting frame when the silicon rod in the cutting working area is cut; and a silicon rod unloading device , arranged at a discharge end of the cutting working area , and configured to clamp and transport a resulting single silicon rod section that satisfies workpiece specifications for unloading. a silicon rod loading device , arranged between a material storage area and a cutting working area , and configured to transfer a silicon rod to be cut in the material storage area to the cutting working area ; a wire cutting device , comprising an upper cutting frame suspended in the cutting working area , wherein a single-wire saw and a multi-wire saw are arranged on the cutting frame , and configured to realize switching between a first cutting state for cutting by the multi-wire saw and a second cutting state for cutting by the single-wire saw through the rotation of the cutting frame when the silicon rod in the cutting working area is cut; and a silicon rod unloading device , arranged at a discharge end of the cutting working area , and configured to clamp and transport a resulting single silicon rod section that satisfies workpiece specifications for unloading.
Drive of a carriage of a ground drilling device having a rotary drive and a pinion driven by the rotary drive , which pinion can be brought into engagement with a rack , wherein the rotary drive is in engagement with a further pinion , which can be brought into engagement with the rack , characterized in that the rotary drive as precisely one drive motor has a drive pinion in engagement with the two pinions and the drive axis of the drive pinion lies outside the plane spanned by the two axes of the two pinions .
Ultrasonic actor in the form of a piezoelectric plate of length L, height H and having a transverse symmetry plane S which extends perpendicular to the longitudinal direction of the ultrasonic actor through the center thereof, wherein the ultrasonic actor comprises two generators for acoustic standing waves and wherein at the ultrasonic actor at least one friction element for driving an element to be driven is arranged, wherein each of the generators comprises two parts which are disposed on different sides of the transverse symmetry plane S, and wherein the length L and the height H of the piezoelectric plate are dimensioned such that the resonance frequency f l of the second mode of the longitudinal wave is substantially identical to the resonance frequency f b the fifth mode of the stationary bending wave, characterized in that each of the generators generates at the same time in the ultrasonic actor a stationary longitudinal wave and a stationary bending wave each propagating along the plate length L.
A method of preparing reduced graphene oxide comprising: a) adjusting the pH of a graphene oxide composition to between 8 and 12; b) adding to the pH adjusted graphene oxide composition at least one curing agent and mixing the graphene oxide composition by slow agitation at a temperature in the range of from 20 °C to 80 °C for a time period in the range of 4 to 24 hours, wherein the at least one curing agent is selected from: sulfur, at least one dithiocarbamate, and a thiazole; and zinc oxide is optionally part of the mixture of curing agent(s). a) adjusting the pH of a graphene oxide composition to between 8 and 12; b) adding to the pH adjusted graphene oxide composition at least one curing agent and mixing the graphene oxide composition by slow agitation at a temperature in the range of from 20 °C to 80 °C for a time period in the range of 4 to 24 hours,
A twisted string actuator comprising: a first actuator ; a first coupler configured to be rotated by the first actuator; a shaft which is coupled to and interlocked with the first coupler; a second coupler which comprises a plurality of string receiving portions; and a string which has one end fixed to the first coupler and the other end fixed to a moving body through the string receiving portions of the second coupler; characterized in that the second coupler is selectively interlocked with the first coupler . a first actuator ; a first coupler configured to be rotated by the first actuator; a shaft which is coupled to and interlocked with the first coupler; a second coupler which comprises a plurality of string receiving portions; and a string which has one end fixed to the first coupler and the other end fixed to a moving body through the string receiving portions of the second coupler; characterized in that the second coupler is selectively interlocked with the first coupler .
A method of monitoring an electrical machine, wherein the method comprises: a) obtaining temperature measurement values of the temperature at a plurality of locations of the electrical machine, b) obtaining estimated temperatures at said plurality of locations given by a thermal model of the electrical machine, the thermal model comprising initial weight parameter values, c) minimizing a difference between the temperature measurement values and the estimated temperatures by finding optimal weight parameter values, d) storing the initial weight parameter values to thereby obtain a storage of used weight parameter values, and updating the optimal weight parameter values as new initial weight parameter values, repeating steps a)-d) over and over during operation of the electrical machine, and monitoring the electrical machine using the thermal model with the new initial weight parameter values. a) obtaining temperature measurement values of the temperature at a plurality of locations of the electrical machine, b) obtaining estimated temperatures at said plurality of locations given by a thermal model of the electrical machine, the thermal model comprising initial weight parameter values, c) minimizing a difference between the temperature measurement values and the estimated temperatures by finding optimal weight parameter values, d) storing the initial weight parameter values to thereby obtain a storage of used weight parameter values, and updating the optimal weight parameter values as new initial weight parameter values, repeating steps a)-d) over and over during operation of the electrical machine, and monitoring the electrical machine using the thermal model with the new initial weight parameter values.
A method of tracing fluid flow in a subterranean formation, the method comprising: providing a first polymeric tracer to a first injector location in the subterranean formation, wherein the first polymeric tracer comprises a first polymer formed from at least a first monomer; collecting a first aqueous sample from a first producer location in the subterranean formation; and assessing the presence of the first polymeric tracer in the first aqueous sample by a process comprising: removing water from the first aqueous sample to yield a first dehydrated sample, pyrolyzing the first dehydrated sample to yield a first gaseous sample, and assessing the presence of a pyrolization product of the first polymer in the first gaseous sample, wherein the presence of the pyrolization product of the first polymer in the first gaseous sample is indicative of the presence of the first polymeric tracer in the first aqueous sample, and the presence of the first polymeric tracer in the first aqueous sample is indicative of the presence of a first subterranean flow pathway between the first injector location and the first producer location. providing a first polymeric tracer to a first injector location in the subterranean formation, wherein the first polymeric tracer comprises a first polymer formed from at least a first monomer; collecting a first aqueous sample from a first producer location in the subterranean formation; and assessing the presence of the first polymeric tracer in the first aqueous sample by a process comprising: removing water from the first aqueous sample to yield a first dehydrated sample, pyrolyzing the first dehydrated sample to yield a first gaseous sample, and assessing the presence of a pyrolization product of the first polymer in the first gaseous sample, wherein the presence of the pyrolization product of the first polymer in the first gaseous sample is indicative of the presence of the first polymeric tracer in the first aqueous sample, and the presence of the first polymeric tracer in the first aqueous sample is indicative of the presence of a first subterranean flow pathway between the first injector location and the first producer location. removing water from the first aqueous sample to yield a first dehydrated sample, pyrolyzing the first dehydrated sample to yield a first gaseous sample, and assessing the presence of a pyrolization product of the first polymer in the first gaseous sample, wherein the presence of the pyrolization product of the first polymer in the first gaseous sample is indicative of the presence of the first polymeric tracer in the first aqueous sample, and the presence of the first polymeric tracer in the first aqueous sample is indicative of the presence of a first subterranean flow pathway between the first injector location and the first producer location.
An in vitro method of identifying an individual afflicted with cancer as being suitable or not suitable for immunotherapy comprising: i) testing for the presence or absence of Duffy-null mutation in the genome of cells obtained from the individual, or the presence or absence of DARC protein on red blood cells from the individual; and ii) if the Duffy-null mutation is present in both alleles, or if no DARC protein is detected on red blood cells, identifying the individual as a RBC-DARC negative individual and therefore, as an individual not suitable for immunotherapy, and if the Duffy-null mutation is not present on one or both alleles, or if the RBCs express DARC protein, then identifying the individual as suitable for immunotherapy. i) testing for the presence or absence of Duffy-null mutation in the genome of cells obtained from the individual, or the presence or absence of DARC protein on red blood cells from the individual; and ii) if the Duffy-null mutation is present in both alleles, or if no DARC protein is detected on red blood cells, identifying the individual as a RBC-DARC negative individual and therefore, as an individual not suitable for immunotherapy, and if the Duffy-null mutation is not present on one or both alleles, or if the RBCs express DARC protein, then identifying the individual as suitable for immunotherapy.
A data update system, comprising: a server system having a main server for storing a configuration data and a communication server ; a terminal device for inputting an update data for updating a part of or the whole of the configuration data; a remote configuration device for communicating with the terminal device and the communication server ; the remote configuration device comprising a configuration file having a configuration data that is the same as a configuration data stored in the main server , an interface for communicating with the communication server , and an interface for communicating with the terminal device ; wherein the remote configuration device is configured to share the configuration file with the terminal device using the interface for communicating with the terminal device , and wherein the terminal device cannot directly transmit a command to the communication server ; wherein the terminal device is configured to access the remote configuration device and to update a part of the configuration file with the update data; and wherein the communication server is configured to differentially update the updated data among the configuration data stored in the main server with an updated configuration file received from the remote configuration device . a server system having a main server for storing a configuration data and a communication server ; a terminal device for inputting an update data for updating a part of or the whole of the configuration data; a remote configuration device for communicating with the terminal device and the communication server ; the remote configuration device comprising a configuration file having a configuration data that is the same as a configuration data stored in the main server , an interface for communicating with the communication server , and an interface for communicating with the terminal device ; wherein the remote configuration device is configured to share the configuration file with the terminal device using the interface for communicating with the terminal device , and wherein the terminal device cannot directly transmit a command to the communication server ; wherein the terminal device is configured to access the remote configuration device and to update a part of the configuration file with the update data; and wherein the communication server is configured to differentially update the updated data among the configuration data stored in the main server with an updated configuration file received from the remote configuration device .
Energy storage module having a plurality of electrochemical round cells , which are electrically interconnected in series and/or in parallel, wherein the round cells are arranged adjacent to one another in layers , and at least two layers arranged on top of one another are provided, and two opposite support walls , which retain the two longitudinal ends of the round cells , wherein the support walls have projections (8, 9, 10; 108, 109, 110), on which the longitudinal ends of the round cells rest, and wherein the projections (8, 9, 10; 108, 109, 110) vary in length in a longitudinal direction of the round cells from layer to layer. a plurality of electrochemical round cells , which are electrically interconnected in series and/or in parallel, wherein the round cells are arranged adjacent to one another in layers , and at least two layers arranged on top of one another are provided, and two opposite support walls , which retain the two longitudinal ends of the round cells , wherein the support walls have projections (8, 9, 10; 108, 109, 110), on which the longitudinal ends of the round cells rest, and wherein the projections (8, 9, 10; 108, 109, 110) vary in length in a longitudinal direction of the round cells from layer to layer.
A toner comprising a binder resin and an adhesive agent, wherein the toner has a glass transition temperature of -5 degrees C or higher and 5 degrees C or lower; wherein the toner contains at least one adhesive agent selected from polyethylene terephthalate, polyethylene isophthalate, polybutylene terephthalate, and polybutylene isophthalate; and wherein the glass transition temperature (Tg) is measured according to the description. wherein the toner has a glass transition temperature of -5 degrees C or higher and 5 degrees C or lower; wherein the toner contains at least one adhesive agent selected from polyethylene terephthalate, polyethylene isophthalate, polybutylene terephthalate, and polybutylene isophthalate; and wherein the glass transition temperature (Tg) is measured according to the description.