mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an Application Function, AF, node , for handling a data session for a User Equipment, UE, in a communication network , the method comprising: obtaining information about usage of a first frequency for the UE from an Access and Mobility management Function, AMF, node ; the method characterized in : applying a first congestion mechanism based on the obtained information about usage of the first frequency; obtaining information about usage of a second frequency for the UE from the AMF node , wherein the information about usage of the second frequency comprises a detected changed UE frequency; and applying a second congestion mechanism in response to the obtained information about usage of the second frequency. obtaining information about usage of a first frequency for the UE from an Access and Mobility management Function, AMF, node ; the method characterized in : applying a first congestion mechanism based on the obtained information about usage of the first frequency; obtaining information about usage of a second frequency for the UE from the AMF node , wherein the information about usage of the second frequency comprises a detected changed UE frequency; and applying a second congestion mechanism in response to the obtained information about usage of the second frequency. applying a first congestion mechanism based on the obtained information about usage of the first frequency; obtaining information about usage of a second frequency for the UE from the AMF node , wherein the information about usage of the second frequency comprises a detected changed UE frequency; and applying a second congestion mechanism in response to the obtained information about usage of the second frequency.
An industrial chimney for wet stack operation provided with an internal lining system attached to the inner surface of the chimney , wherein the internal lining system comprises construction elements , that are arranged in a pattern, characterised in that the joints (32; 34) between the construction elements in the pattern at the flue gas side of the internal lining system are inclined at an angle α of at least 5 degrees from horizontal.
A linear liquid level sensing system comprising: a vessel containing an electrically conductive liquid with an electrical ground , a collector spanning a vertical distance corresponding to a desired-level-determining range, an insulator encasing the collector and having a liquid-contacting area which changes with the level of the liquid ; a voltage-supplying source which supplies a voltage to the collector so that the collector incurs a charge corresponding to the vertical level of the liquid; a charge-sensing device configured to sense the collector-incurred charge; and a single electrical line electrically connecting both the voltage-supplying source and the charge-sensing device to the collector such that the voltage-supplying source supplies the voltage to the collector through the single electrical line and the charge-sensing device senses the charge induced on the collector through the same single electrical line ; wherein the collector and encasing insulator are situated within the vessel and at least partially submerged within the liquid and wherein the vessel is a tank configured to be installed on an aircraft, the linear liquid level sensing system being characterized in that the electrically-conductive liquid is potable water. a vessel containing an electrically conductive liquid with an electrical ground , a collector spanning a vertical distance corresponding to a desired-level-determining range, an insulator encasing the collector and having a liquid-contacting area which changes with the level of the liquid ; a voltage-supplying source which supplies a voltage to the collector so that the collector incurs a charge corresponding to the vertical level of the liquid; a charge-sensing device configured to sense the collector-incurred charge; and a single electrical line electrically connecting both the voltage-supplying source and the charge-sensing device to the collector such that the voltage-supplying source supplies the voltage to the collector through the single electrical line and the charge-sensing device senses the charge induced on the collector through the same single electrical line ; wherein the collector and encasing insulator are situated within the vessel and at least partially submerged within the liquid and wherein the vessel is a tank configured to be installed on an aircraft, the linear liquid level sensing system being characterized in that the electrically-conductive liquid is potable water.
A computing system , comprising: initialization logic that receives a service request and identifies a set of workflows to be executed, and a set of application programming interface, API, calls to be made, in responding to the service request and generates an initialization output signal indicative of the set of workflows and the set of API calls ; an API calling engine that makes the set of API calls , concurrently with one another, based on the initialization output signal, and receives API call results; request handling workflow logic that executes the set of workflows (170-174) to obtain workflow results, to respond to the service request, the request handling workflow logic executing the set of workflows concurrently with, and asynchronously with respect to, the API calling engine making the set of API calls , wherein results of a given workflow, in the set of workflows, are dependent on the API call results of one of the set of API calls , wherein the given workflow is configured to access the API call results from the API calling engine ; and response logic that generates a response to the service request based on the workflow results. initialization logic that receives a service request and identifies a set of workflows to be executed, and a set of application programming interface, API, calls to be made, in responding to the service request and generates an initialization output signal indicative of the set of workflows and the set of API calls ; an API calling engine that makes the set of API calls , concurrently with one another, based on the initialization output signal, and receives API call results; request handling workflow logic that executes the set of workflows (170-174) to obtain workflow results, to respond to the service request, the request handling workflow logic executing the set of workflows concurrently with, and asynchronously with respect to, the API calling engine making the set of API calls , wherein results of a given workflow, in the set of workflows, are dependent on the API call results of one of the set of API calls , wherein the given workflow is configured to access the API call results from the API calling engine ; and response logic that generates a response to the service request based on the workflow results.
A winding machine for winding and/or unwinding band-shaped or strip-shaped material having at least one rotary plate , which is arranged on a pivot arm and can be driven by at least one drive device by means of at least two opposite coupling elements , at least one coupling element being associated with the rotary plate , the rotary plate being transferrable by means of a pivot device between at least one decoupled state and at least one coupled state, characterized in that the winding machine comprises at least one first sensor and, in using the first sensor, the coupling elements can be positioned opposite one another in a coupling position in a sensor-based manner.
A power amplifier comprising a driver circuit and a bias circuit , wherein: the driver circuit having an input configured to receive a radio frequency, RF, signal, an output configured to output a digital output signal , and a bias port configured to receive a bias signal , wherein the RF signal is a digital signal having a duty cycle; the bias circuit having a first input coupled to the output of the driver circuit configured to receive the digital output signal , a second input coupled to the input of the driver circuit configured to receive the RF signal, and an output coupled to the bias port of the driver circuit configured to provide the bias signal to the driver circuit to balance rise and fall times of the digital output signal ; wherein the bias circuit further comprises: a first averaging circuit configured to determine a first average voltage value of the digital output signal ; a second averaging circuit configured to determine a second average voltage value of the RF signal; and a comparator configured to generate a bias voltage signal based on a difference between the first average voltage value and the second average voltage value. the driver circuit having an input configured to receive a radio frequency, RF, signal, an output configured to output a digital output signal , and a bias port configured to receive a bias signal , wherein the RF signal is a digital signal having a duty cycle; the bias circuit having a first input coupled to the output of the driver circuit configured to receive the digital output signal , a second input coupled to the input of the driver circuit configured to receive the RF signal, and an output coupled to the bias port of the driver circuit configured to provide the bias signal to the driver circuit to balance rise and fall times of the digital output signal ; wherein the bias circuit further comprises: a first averaging circuit configured to determine a first average voltage value of the digital output signal ; a second averaging circuit configured to determine a second average voltage value of the RF signal; and a comparator configured to generate a bias voltage signal based on a difference between the first average voltage value and the second average voltage value. a first averaging circuit configured to determine a first average voltage value of the digital output signal ; a second averaging circuit configured to determine a second average voltage value of the RF signal; and a comparator configured to generate a bias voltage signal based on a difference between the first average voltage value and the second average voltage value.
An air or oxygen flow supply system between a supply source and nasal prongs applicable to a patient, comprising: a) a succession of flow ducts (D1,D2,D3) having different flow areas; b) there being junctions between successive of said ducts; c) said flow areas defined by A1, A2 - - - An where n>2; d) flow areas decreasing at junctions , in the direction of said flow; e) an inlet tubular fitting defining one of said ducts (D1) sized and configured to directly endwise connect to a source of oxygen, or oxygen and air, said fitting defining an inlet flow passage area A1; f) a pair of tubular prongs defining another of said ducts (D3) operatively connected with said inlet fitting , and receivable in an infant's nostrils to deliver oxygen, or oxygen and air flow to the infant, said prongs each having flow passing area A3; g) wherein A1>>A3; h) two flexible elongated plastic tubes operatively connected between said fitting and said prongs , wherein said tubes have elongated ribbing at their interiors to resist bending; i) the inlet tubular fitting having two tubular stems , the two stems having bores forming two flow outlets extending in parallel relation and aligned with the two tubular stems ; the two elongated plastic tubes being inserted into the two bores of the stems ; the inlet tubular fitting further having a flange merging with the stems on one face of the flange , the said one duct (D1) being disposed on the other face of the flange , said duct being connected to the bores of the stems . a) a succession of flow ducts (D1,D2,D3) having different flow areas; b) there being junctions between successive of said ducts; c) said flow areas defined by A1, A2 - - - An where n>2; d) flow areas decreasing at junctions , in the direction of said flow; e) an inlet tubular fitting defining one of said ducts (D1) sized and configured to directly endwise connect to a source of oxygen, or oxygen and air, said fitting defining an inlet flow passage area A1; f) a pair of tubular prongs defining another of said ducts (D3) operatively connected with said inlet fitting , and receivable in an infant's nostrils to deliver oxygen, or oxygen and air flow to the infant, said prongs each having flow passing area A3; g) wherein A1>>A3; h) two flexible elongated plastic tubes operatively connected between said fitting and said prongs , wherein said tubes have elongated ribbing at their interiors to resist bending; i) the inlet tubular fitting having two tubular stems , the two stems having bores forming two flow outlets extending in parallel relation and aligned with the two tubular stems ;
Method for controlling an active suspension of a vehicle, characterized in that , by means of at least one active adjusting device , which comprises at least one actuator , during cornering, a force directed in the direction of the roadway is exerted both on the corner-outside wheel and on the corner-inside wheel of a vehicle axle, or a force directed away from the roadway is exerted both on the corner-outside wheel and on the corner-inside wheel of a vehicle axle.
A substance, which is trans-N-[4-[2-[4-(2,3-dichlorophenyl)piperazin-1-yl]ethyl]cyclohexyl]-N',N'-dimethylurea and/or its close analog trans-N-[4-[2-[4-(2,3-dichlorophenyl)piperazin-1-yl]ethyl]cyclohexyl]-morpholine-4 carboxamide and/or its deuterated derivatives and/or pharmaceutically acceptable salts thereof, for use in the treatment of a core symptom of autism spectrum disorder, wherein core symptom of autism spectrum disorder are socio-communicational deficits or restricted and repetitive behaviors; or for use in the treatment of irritability associated with autism spectrum disorder; or for use in the treatment of attention deficit and hyperactivity associated with autism spectrum disorder. for use in the treatment of a core symptom of autism spectrum disorder, wherein core symptom of autism spectrum disorder are socio-communicational deficits or restricted and repetitive behaviors; or for use in the treatment of irritability associated with autism spectrum disorder; or for use in the treatment of attention deficit and hyperactivity associated with autism spectrum disorder.
Positioning system for a bone resecting instrumentation comprising a resection driver , wherein the positioning system comprises at least one positioning marker (12; 140) marking a fixed position on a reference direction (X), and a depth sensor (10; 18) integral in motion with the resection driver , for detecting a resection depth (d) based on the relative longitudinal positions of the positioning marker (12; 140) and the depth sensor , and wherein the positioning system comprises a reference pin intended to be inserted in a fixed orientation in a bone (S) for marking the reference direction (X), the at least one positioning marker (12; 140) being provided on the reference pin .
A method for reducing a computational load in high efficiency video coding, comprising: generating a full rate distortion calculation list of selected intra coding modes, the intra coding modes including intra prediction modes and depth modeling modes; determining a rate distortion cost for each intra prediction mode in the full rate distortion calculation list and selecting n smallest rate distortion cost intra prediction modes having n smallest rate distortion costs, wherein n is a positive integer, and wherein a segment-wise depth coding mode is disabled for each intra prediction mode in the determination; performing a full rate distortion cost calculation with the segment-wise depth coding mode being enabled on the selected n smallest rate distortion cost intra prediction modes and the depth modeling modes; identifying a particular intra prediction mode with the smallest rate distortion cost with the segment-wise depth coding mode being enabled; comparing the rate distortion cost of the particular intra prediction mode obtained for the segment-wise depth coding mode being enabled and the rate distortion cost of the smallest rate distortion cost intra prediction mode obtained for the segment-wise depth coding mode being disabled; and applying one of the particular intra prediction mode and the smallest rate distortion cost intra prediction mode having the smallest rate distortion cost to a prediction unit. generating a full rate distortion calculation list of selected intra coding modes, the intra coding modes including intra prediction modes and depth modeling modes; determining a rate distortion cost for each intra prediction mode in the full rate distortion calculation list and selecting n smallest rate distortion cost intra prediction modes having n smallest rate distortion costs, wherein n is a positive integer, and wherein a segment-wise depth coding mode is disabled for each intra prediction mode in the determination; performing a full rate distortion cost calculation with the segment-wise depth coding mode being enabled on the selected n smallest rate distortion cost intra prediction modes and the depth modeling modes; identifying a particular intra prediction mode with the smallest rate distortion cost with the segment-wise depth coding mode being enabled; comparing the rate distortion cost of the particular intra prediction mode obtained for the segment-wise depth coding mode being enabled and the rate distortion cost of the smallest rate distortion cost intra prediction mode obtained for the segment-wise depth coding mode being disabled; and applying one of the particular intra prediction mode and the smallest rate distortion cost intra prediction mode having the smallest rate distortion cost to a prediction unit.
Ventilation or air conditioning system comprising an air generator , in turn comprising: - a plenum forming an internal compartment and at least one outlet port in fluid communication with the internal compartment ; and - a fan arranged for introducing air into the internal compartment so as to generate a flow of air leaving the at least one outlet port ; - a motor supply system ; and wherein: - the fan comprises in turn an electric motor and an impeller driven by the electric motor ; - the motor supply system is arranged for supplying the electric motor with a time-varying electric current and/or voltage and comprising in turn a semiconductor switch ; characterized in that the motor supply system further comprises a power supply control system configured to detect the current and/or voltage coming from the semiconductor switch and arranged for causing the current and/or voltage from the semiconductor switch and with which the latter supplies the electric motor , to have: a) a root mean square equal to a predetermined target value, within a first predetermined tolerance and/or b) a symmetry degree equal to or higher than a predetermined symmetry threshold, the power supply control system being configured to interrupt the supply to the electric motor in case the symmetry degree of the voltage and/or current from the semiconductor switch is less than the predetermined symmetry threshold. - a plenum forming an internal compartment and at least one outlet port in fluid communication with the internal compartment ; and - a fan arranged for introducing air into the internal compartment so as to generate a flow of air leaving the at least one outlet port ; - a motor supply system ; - the fan comprises in turn an electric motor and an impeller driven by the electric motor ; - the motor supply system is arranged for supplying the electric motor with a time-varying electric current and/or voltage and comprising in turn a semiconductor switch ; a) a root mean square equal to a predetermined target value, within a first predetermined tolerance and/or b) a symmetry degree equal to or higher than a predetermined symmetry threshold, the power supply control system being configured to interrupt the supply to the electric motor in case the symmetry degree of the voltage and/or current from the semiconductor switch is less than the predetermined symmetry threshold.
A processor to process a substance located in a container having an interior, the processor including: a movement causing device to be located in the container interior so that relative movement between the container and the device causes processing of the substance; an electric motor operatively to be associated with the container and device to cause said relative movement; characterized in that it further comprises a sensor configured to produce a sensor beam to be directed at the interior so as to produce a reflection from the substance in the interior and to produce a signal indicative of the reflection; and a controller operatively associated with the sensor and motor, configured so as to receive the signal from the sensor so as to detect a change in the signal and therefore a change in the substance in the bowl, and to change operation of the motor when a predetermined change in the signal is detected by the controller. a movement causing device to be located in the container interior so that relative movement between the container and the device causes processing of the substance; an electric motor operatively to be associated with the container and device to cause said relative movement; a sensor configured to produce a sensor beam to be directed at the interior so as to produce a reflection from the substance in the interior and to produce a signal indicative of the reflection; and a controller operatively associated with the sensor and motor, configured so as to receive the signal