mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a first radio device (UE, 1000, 21, 31, 32, 33) for quality reporting of a radio channel , and a second radio device (BS, 20, 1100) for adaptation of transmission over the radio channel , the first radio device (UE, 1000, 21, 31, 32, 33) operative to: determine a condition of the radio channel and enter a monitoring phase if the condition of the radio channel exhibits an invariance of statistics of the radio channel , and the second radio device (BS, 20, 1100) operative to: determine the condition of the radio channel in which the radio channel exhibits the invariance of statistics, and transmit at least one data symbol carrying payload data, via the radio channel , wherein the first radio device (UE, 1000, 21, 31, 32, 33) is further operative to: receive the at least one data symbol carrying the payload data, via the radio channel during the monitoring phase, based on the transmitted at least one data symbol carrying the payload data by the second radio device (BS, 20, 1100), determine a statistical characterization of the radio channel based on the received at least one data symbol carrying the payload data, wherein the statistical characterization is determined further based on a modulation and/or coding scheme, MCS, for transmitting the at least one data symbol, and report a quality of the radio channel to the second radio device (BS, 20, 1100) if the statistical characterization exceeds a predetermined threshold, and wherein the second radio device (BS, 20, 1100) is further operative to: receive the quality report of the radio channel , based on the transmitted at least one data symbol carrying the payload data, from the first radio device (UE, 1000, 21, 31, 32, 33), and adapt the radio channel based on the received quality report. receive the at least one data symbol carrying the payload data, via the radio channel during the monitoring phase, based on the transmitted at least one data symbol carrying the payload data by the second radio device (BS, 20, 1100), determine a statistical characterization of the radio channel based on the received at least one data symbol carrying the payload data, wherein the statistical characterization is determined further based on a modulation and/or coding scheme, MCS, for transmitting the at least one data symbol, and report a quality of the radio channel to the second radio device (BS, 20, 1100) if the statistical characterization exceeds a predetermined threshold, and receive the quality report of the radio channel , based on the transmitted at least one data symbol carrying the payload data, from the first radio device (UE, 1000, 21, 31, 32, 33), and adapt the radio channel based on the received quality report.
A print module comprising: a printhead die ; an input regulator to regulate input fluid pressure to the die ; an output regulator to regulate output fluid pressure from the die ; a die carrier to which the die is adhered at its backside; and a bypass gap at the backside of the die to circulate fluid behind the die via input and output manifold passages in the die carrier ; first and second fluid slots formed in the die ; a chamber layer on a top side of the die ; and a micro-channel formed in the chamber layer to enable fluid flow between the first and second slots . a printhead die ; an input regulator to regulate input fluid pressure to the die ; an output regulator to regulate output fluid pressure from the die ; a die carrier to which the die is adhered at its backside; and a bypass gap at the backside of the die to circulate fluid behind the die via input and output manifold passages in the die carrier ; first and second fluid slots formed in the die ; a chamber layer on a top side of the die ; and a micro-channel formed in the chamber layer to enable fluid flow between the first and second slots .
A method for controlling an adaptive speed control system, referred to as an ACC system, of a first vehicle , said method comprising the following steps: - detection of a second vehicle travelling in front of said first vehicle according to a circulation direction of said first vehicle ; - determining a first relevance indicator associated with said second vehicle , said first relevance indicator being representative of a probability that said second vehicle is on a first trajectory of said first vehicle , said first trajectory of the first vehicle being determined from first data representative of a taxiway on which said first vehicle is travelling, said first data being obtained from a camera on board said first vehicle , said first relevance indicator being determined as a function of a first piece of information representative of a surface quantity of said second vehicle covering said taxiway as a function of time and of a second piece of information representative of distance between the first vehicle and said second vehicle ; - determining a second relevance indicator associated with said second vehicle , said second relevance indicator being representative of a probability that said second vehicle is on a second trajectory of said first vehicle , said second trajectory of the first vehicle being determined from second dynamic data of said first vehicle , said second relevance indicator being determined as a function of third information representative of positions of said second vehicle by report to said first vehicle as a function of time and of a fifth information representative of a lateral speed of said second vehicle ; - determination of a third relevance indicator associated with said second vehicle according to said first relevance indicator and said second relevance indicator; - selecting said second vehicle as a target object of said ACC system according to a first function of said third relevance indicator. - detection of a second vehicle travelling in front of said first vehicle according to a circulation direction of said first vehicle ; - determining a first relevance indicator associated with said second vehicle , said first relevance indicator being representative of a probability that said second vehicle is on a first trajectory of said first vehicle , said first trajectory of the first vehicle being determined from first data representative of a taxiway on which said first vehicle is travelling, said first data being obtained from a camera on board said first vehicle , - determining a second relevance indicator associated with said second vehicle , said second relevance indicator being representative of a probability that said second vehicle is on a second trajectory of said first vehicle , said second trajectory of the first vehicle being determined from second dynamic data of said first vehicle , - determination of a third relevance indicator associated with said second vehicle according to said first relevance indicator and said second relevance indicator; - selecting said second vehicle as a target object of said ACC system according to a first function of said third relevance indicator.
An audio system for a vehicle comprising: a speaker housing mounted in the vehicle; a bass-range speaker mounted in the speaker housing for producing low frequency acoustic output from a front side of the bass-range speaker to a passenger compartment of the vehicle, the speaker housing enclosing a back side of the bass-range speaker; and a duct having a proximal end extending to a distal end, the proximal end being fluidly sealed in the speaker housing and the distal end being in fluid communication with the atmosphere outside the vehicle, wherein the duct extends from a forward side of a vehicle door across a hinge area between the vehicle door and a body structure of the vehicle, and characterized in that at least a portion of the duct is contained in a grommet along the hinge area, and wherein the grommet contains electrical wiring. wherein the duct has a cross-sectional area being at least twenty-five percent of a cone area of the speaker. a speaker housing mounted in the vehicle; a bass-range speaker mounted in the speaker housing for producing low frequency acoustic output from a front side of the bass-range speaker to a passenger compartment of the vehicle, the speaker housing enclosing a back side of the bass-range speaker; and a duct having a proximal end extending to a distal end, the proximal end being fluidly sealed in the speaker housing and the distal end being in fluid communication with the atmosphere outside the vehicle, wherein the duct extends from a forward side of a vehicle door across a hinge area between the vehicle door and a body structure of the vehicle, and characterized in that at least a portion of the duct is contained in a grommet along the hinge area, and wherein the grommet contains electrical wiring. wherein the duct has a cross-sectional area being at least twenty-five percent of a cone area of the speaker.
A display control method comprising: a generation step (S1) of generating TTML (Timed Text Markup Language) data comprising text data serving as subtitles; a recording step (S3) of recording the TTML data generated by the generation step (S1) on a required recording medium; and an input step of inputting the TTML data recorded on the recording medium; characterized in that the TTML data comprises predetermined attribute information in an arbitrary tag defining a text element indicating that the text element designated by said tag is target for subtitle forced control, and by a display control step (S5) of performing control based on the predetermined attribute information in such a way that characters of the text element designated by the tag in which the attribute information is written are displayed on a display unit regardless of whether a subtitle display setting of the display unit is ON or OFF. a generation step (S1) of generating TTML (Timed Text Markup Language) data comprising text data serving as subtitles; a recording step (S3) of recording the TTML data generated by the generation step (S1) on a required recording medium; and an input step of inputting the TTML data recorded on the recording medium; characterized in that the TTML data comprises predetermined attribute information in an arbitrary tag defining a text element indicating that the text element designated by said tag is target for subtitle forced control, and by a display control step (S5) of performing control based on the predetermined attribute information in such a way that characters of the text element designated by the tag in which the attribute information is written are displayed on a display unit regardless of whether a subtitle display setting of the display unit is ON or OFF.
A composition for forming a foamed silicone elastomer, said composition comprising: A) an organopolysiloxane having at least two silicon-bonded ethylenically unsaturated groups per molecule; B) an organohydrogensiloxane having at least two silicon-bonded hydrogen atoms per molecule; C) a hydrosilylation catalyst present in a catalytically effective amount; D) a chemical blowing agent having at least one hydroxyl group and present in an amount to provide a hydroxyl content greater than zero and less than 500 parts per million; and E) a physical blowing agent that undergoes a phase change from a liquid to a gaseous state during exposure to atmospheric pressure and a temperature greater than or equal to 0°C. A) an organopolysiloxane having at least two silicon-bonded ethylenically unsaturated groups per molecule; B) an organohydrogensiloxane having at least two silicon-bonded hydrogen atoms per molecule; C) a hydrosilylation catalyst present in a catalytically effective amount; D) a chemical blowing agent having at least one hydroxyl group and present in an amount to provide a hydroxyl content greater than zero and less than 500 parts per million; and E) a physical blowing agent that undergoes a phase change from a liquid to a gaseous state during exposure to atmospheric pressure and a temperature greater than or equal to 0°C.
Smoking article with a distal end and a proximal end and extending in a longitudinal direction from said proximal end to said distal end, wherein the smoking article comprises a longitudinal axis, along which at least one tobacco segment comprising tobacco and at least one filter segment comprising at least one or more parts are arranged, wherein the tobacco segment and/or the filter segment is/are surrounded by a wrapper , wherein the wrapper comprises at least a first layer comprising paper material and a second layer comprising reconstituted tobacco, wherein the first layer is adjoined to the second layer , wherein the first and second layer are attached to one another with glue, wherein the glue is positioned between the first and second layer, wherein the first and second layer have the same or at least similar dimensions, characterized in that the glue positioned between the first and the second layer is formed as a full layer .
A method for manufacturing a patterned cellulose-based film, comprising: - receiving a cellulose-based film to be modified with a pattern provided by a mold; and - causing absorption of water into the received cellulose-based film; and - modifying the cellulose-based film by the cellulose-based film pressing against the mold in response to the increased volume of the cellulose-based film caused by the absorbed water. - receiving a cellulose-based film to be modified with a pattern provided by a mold; and - causing absorption of water into the received cellulose-based film; and - modifying the cellulose-based film by the cellulose-based film pressing against the mold in response to the increased volume of the cellulose-based film caused by the absorbed water.
A retractable sheave system for positioning a cable across an aircraft runway surface, comprising: a foundation positionable along sides of the aircraft runway surface, the foundation comprising a cavity therein, a tape configured to be connected to the cable, an elongated beam that functions as a runway edge sheave configured to be positioned within the cavity, wherein the elongated beam comprises at least one horizontal roller sheave and at least one vertical sheave in order to orient the tape moving through the elongated beam; a hinge associated with the elongated beam; a lifting/lowering mechanism associated with the elongated beam, wherein when the lifting/lowering mechanism configures the elongated beam in a lowered position, the elongated beam rests within the cavity and is flush with the aircraft runway surface, and wherein when the lifting/lowering mechanism configures the elongated beam in a raised position, the elongated beam hinges with respect to the hinge such that at least a forward portion of the elongated beam raises above the runway surface, wherein the retractable sheave system is mountable at a runway edge. a foundation positionable along sides of the aircraft runway surface, the foundation comprising a cavity therein, a tape configured to be connected to the cable, an elongated beam that functions as a runway edge sheave configured to be positioned within the cavity, wherein the elongated beam comprises at least one horizontal roller sheave and at least one vertical sheave in order to orient the tape moving through the elongated beam; a hinge associated with the elongated beam; a lifting/lowering mechanism associated with the elongated beam, wherein when the lifting/lowering mechanism configures the elongated beam in a lowered position, the elongated beam rests within the cavity and is flush with the aircraft runway surface, and wherein when the lifting/lowering mechanism configures the elongated beam in a raised position, the elongated beam hinges with respect to the hinge such that at least a forward portion of the elongated beam raises above the runway surface, wherein the retractable sheave system is mountable at a runway edge.
An apparatus for heating a road surface material to be repaired, the apparatus comprising: a frame ; a mounting arrangement configured to mount the frame to a working arm of a working machine; a heater connected to the frame and arranged to be positioned over a road surface , in use, for heating a road surface material; and an agitator connected to the frame, the agitator configured to agitate a road surface material, wherein, in use, the agitator is configured to agitate road surface material heated by the heater; characterised in that : the agitator comprises one or more rotatable members mounted to the frame , each rotatable member comprising one or more projections configured and arranged to extend into and agitate a road surface material, in use. a frame ; a mounting arrangement configured to mount the frame to a working arm of a working machine; a heater connected to the frame and arranged to be positioned over a road surface , in use, for heating a road surface material; and an agitator connected to the frame, the agitator configured to agitate a road surface material, wherein, in use, the agitator is configured to agitate road surface material heated by the heater; characterised in that : the agitator comprises one or more rotatable members mounted to the frame , each rotatable member comprising one or more projections configured and arranged to extend into and agitate a road surface material, in use.
A method of positioning an annulus spacer circumscribing a tube , the annulus spacer having an inner cylindrical surface in contact with the tube and the tube having a longitudinal axis, the method comprising: vibrating the tube with a transducer to induce motion of the annulus spacer ; measuring vibration of the tube for a first response in a first time interval and a second response in a second time interval in response to the vibration induced by the transducer ; computing a first frequency-domain response function for the first response and a second frequency-domain response function for the second response; measuring a relative phase shift between the first and second frequency-domain response functions; measuring a relative amplitude shift between the first and second frequency-domain response functions; and determining direction of movement of the annulus spacer based on the measured relative phase shift and the measured relative amplitude shift. vibrating the tube with a transducer to induce motion of the annulus spacer ; measuring vibration of the tube for a first response in a first time interval and a second response in a second time interval in response to the vibration induced by the transducer ; computing a first frequency-domain response function for the first response and a second frequency-domain response function for the second response; measuring a relative phase shift between the first and second frequency-domain response functions; measuring a relative amplitude shift between the first and second frequency-domain response functions; and determining direction of movement of the annulus spacer based on the measured relative phase shift and the measured relative amplitude shift.
A pump cell for a surfing facility , wherein the pump cell is configured to generate a layer-like water flow for a surfable standing wave, wherein the pump cell comprises: a pump being a radial pump and having an outlet opening; a diffusor coupled to the pump , and configured to enlarge a cross-sectional area of the water flow downstream of the pump as far as an outlet opening of the diffusor and to reshape same into a wide and flat shape; and a pump frame to which the pump and the diffusor are fasten-able, wherein the pump comprises a pump housing , wherein the pump housing , when the pump cell is used in the surfing facility , has a vertically oriented inlet opening, wherein the outlet opening of the pump is oriented horizontally. a pump being a radial pump and having an outlet opening; a diffusor coupled to the pump , and configured to enlarge a cross-sectional area of the water flow downstream of the pump as far as an outlet opening of the diffusor and to reshape same into a wide and flat shape; and a pump frame to which the pump and the diffusor are fasten-able, wherein the pump comprises a pump housing , wherein the pump housing , when the pump cell is used in the surfing facility , has a vertically oriented inlet opening, wherein the outlet opening of the pump is oriented horizontally.
Foundation structure of an offshore structure (B), in particular of an offshore wind turbine, having at least one foundation pile , wherein the foundation pile has a sea cable feedthrough for feeding through a sea cable (K), characterised in that the sea cable feedthrough has at least one feedthrough slot provided in the foundation pile and extending at least predominantly parallel to the longitudinal axis of the foundation pile and in that the sea cable feedthrough is provided so as to be adjustable at least between at least one upper position for feeding the sea cable (K) through an upper section of the feedthrough slot into at least one lower position for feeding the sea cable (K) through a lower section of the feedthrough slot .
A method for producing a chocolate composition having dry cocoa solids content of 55 % or less by weight, characterized in that the method comprises: - a first step of providing a first mixture comprising dry non-fat cocoa solids component and plant-based component, the plant-based component being an oats component; - a second step of grinding the first mixture; and - a third step of adding a fat component and a sweetener component to the first mixture for providing the chocolate composition in which the oats component forming 18-25 w-% of the chocolate composition and the sweetener component forming 20-40 w-% of the chocolate composition. - a first step of providing a first mixture comprising dry non-fat cocoa solids component and plant-based component, the plant-based component being an oats component; - a second step of grinding the first mixture; and - a third step of adding a fat component and a sweetener component to the first mixture for providing the chocolate composition in which the oats component forming 18-25 w-% of the chocolate composition and the sweetener component forming 20-40 w-% of the chocolate composition.
A tiered locking system for locking a lid onto a utility vault comprising: the lid ; a housing attached to an end of the lid ; the housing containing an L-bolt lock rotatable by a toggle to selectively engage a flange attached to an end wall of the utility vault ; the housing further having access doors positioned over the toggle each having a hasp for receipt of a padlock , one of the access doors having an opening for access to the toggle ; and a lockable hinged door on an upper surface of the lid for access to the padlock . the lid ; a housing attached to an end of the lid ; the housing containing an L-bolt lock rotatable by a toggle to selectively engage a flange attached to an end wall of the utility vault ; the housing further having access doors positioned over the toggle each having a hasp for receipt of a padlock , one of the access doors having an opening for access to the toggle ; and a lockable hinged door on an upper surface of the lid for access to the padlock .