mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound imaging apparatus comprising: an ultrasonic probe (P) to acquire an ultrasonic signal of a target object; a display ; and a controller configured to acquire viscoelasticity data of the target object based on the acquired ultrasonic signal, to determine at least one parameter for displaying the acquired viscoelasticity data, to determine a parameter space for displaying the at least one parameter, and to control the display to display the determined parameter in the determined parameter space, wherein the controller is configured to control the display to display a region corresponding to a level of liver disease in the parameter space and to display the acquired viscoelasticity data corresponding to the level of liver disease in the region corresponding to the level of liver disease. an ultrasonic probe (P) to acquire an ultrasonic signal of a target object; a display ; and a controller configured to acquire viscoelasticity data of the target object based on the acquired ultrasonic signal, to determine at least one parameter for displaying the acquired viscoelasticity data, to determine a parameter space for displaying the at least one parameter, and to control the display to display the determined parameter in the determined parameter space, wherein the controller is configured to control the display to display a region corresponding to a level of liver disease in the parameter space and to display the acquired viscoelasticity data corresponding to the level of liver disease in the region corresponding to the level of liver disease.
An apparatus comprising: a first altitude input interface , wherein the first altitude input interface is adapted to receive, from an altimeter, a first altitude value representing an estimated altitude; a second altitude input interface , wherein the second altitude input interface is adapted to receive, from an altimeter, a second altitude value representing the estimated altitude, wherein the second altitude value has a cyclical range and is an unsigned integer comprising a plurality of digits; a data fusion component coupled to the first altitude input interface and the second altitude input interface and configured to compose, from the first altitude value and the second altitude value, a third altitude value representing the estimated altitude, such that a sign and one or more most significant digits of the third altitude value are based on the first altitude value, and one or more least significant digits of the third altitude value are based on the second altitude value; an altitude output interface coupled to the data fusion component , wherein the altitude output interface is adapted to output the third altitude value. a first altitude input interface , wherein the first altitude input interface is adapted to receive, from an altimeter, a first altitude value representing an estimated altitude; a second altitude input interface , wherein the second altitude input interface is adapted to receive, from an altimeter, a second altitude value representing the estimated altitude, wherein the second altitude value has a cyclical range and is an unsigned integer comprising a plurality of digits; a data fusion component coupled to the first altitude input interface and the second altitude input interface and configured to compose, from the first altitude value and the second altitude value, a third altitude value representing the estimated altitude, such that a sign and one or more most significant digits of the third altitude value are based on the first altitude value, and one or more least significant digits of the third altitude value are based on the second altitude value; an altitude output interface coupled to the data fusion component , wherein the altitude output interface is adapted to output the third altitude value.
A hydraulic circuit (C) used for control of a continuously variable transmission , comprising: a lubrication line provided with a lubrication pump , and configured to supply oil from an oil tank to a lubrication target by using the lubrication pump ; a high pressure line provided with a high pressure pump , branching from the lubrication line , and configured to supply, by using the high pressure pump , high-pressure oil to a hydraulic control section (H) that controls oil pressure of the oil to be supplied to the continuously variable transmission ; and a cooling return line branching from the high pressure line , and configured to return the oil to a downstream side of the lubrication pump in the lubrication line , characterised in that a portion of the cooling return line forms a cooling path to cool a generator (GE) connected to the continuously variable transmission , wherein the cooling return line is connected to the lubrication line on an upstream side of an oil cooler . a lubrication line provided with a lubrication pump , and configured to supply oil from an oil tank to a lubrication target by using the lubrication pump ; a high pressure line provided with a high pressure pump , branching from the lubrication line , and configured to supply, by using the high pressure pump , high-pressure oil to a hydraulic control section (H) that controls oil pressure of the oil to be supplied to the continuously variable transmission ; and a cooling return line branching from the high pressure line , and configured to return the oil to a downstream side of the lubrication pump in the lubrication line , characterised in that a portion of the cooling return line forms a cooling path to cool a generator (GE) connected to the continuously variable transmission , wherein the cooling return line is connected to the lubrication line on an upstream side of an oil cooler .
A tissue resector , comprising: a cannula including: a wall ; a lumen defined through the wall and extending along a length of the cannula ; a distal end ; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen ; and a cutting wire within the lumen , the cutting wire including: an elongated element ; and a cutting feature secured to a distal end of the elongated element that cooperates with the opening through the cannula ; wherein the cutting feature includes a cylindrical element with an open proximal end into which the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element with opposed edges of the slot configured to cut into tissue as the cutting wire is rotated in a repetitious clockwise and counterclockwise manner; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue. a cannula including: a wall ; a lumen defined through the wall and extending along a length of the cannula ; a distal end ; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen ; and a wall ; a lumen defined through the wall and extending along a length of the cannula ; a distal end ; and an opening at or adjacent to the distal end and establishing communication between an exterior of the wall and the lumen ; and a cutting wire within the lumen , the cutting wire including: an elongated element ; and a cutting feature secured to a distal end of the elongated element that cooperates with the opening through the cannula ; wherein the cutting feature includes a cylindrical element with an open proximal end into which the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element with opposed edges of the slot configured to cut into tissue as the cutting wire is rotated in a repetitious clockwise and counterclockwise manner; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue. an elongated element ; and a cutting feature secured to a distal end of the elongated element that cooperates with the opening through the cannula ; wherein the cutting feature includes a cylindrical element with an open proximal end into which the elongated element extends; wherein a slot extends along a portion of a length of the cylindrical element with opposed edges of the slot configured to cut into tissue as the cutting wire is rotated in a repetitious clockwise and counterclockwise manner; wherein the cutting wire is sized to enable tissue to be aspirated through the lumen of the cannula while cutting tissue.
A device for welding rod-shaped conductors , comprising a compression chamber for receiving joining sections of the conductors to be joined together, the compression chamber being limited in the direction of a z-axis on two opposite sides by an active surface of a sonotrode transmitting ultrasonic vibrations in the direction of an x-axis and by a counter surface of a counter electrode and in the direction of a y-axis on two opposite sides by a limiting surface of a slider element which can be moved in the direction of the y-axis and by a limiting surface of a limiting element , the device having a knife device which is provided with a drive device and comprises a knife movable in the direction of the z-axis, said knife having a cutting edge which can be moved past the compression chamber and cooperates with a counter cutting edge which limits the compression chamber or is arranged adjacent to the compression chamber, the cooperation being such that joining sections arranged within the compression chamber are severed from the conductors when the knife device is activated, characterized in that a drive motor of the drive device is arranged in an installation space arranged below the sonotrode in the direction of the z-axis, the drive motor being connected to a knife holder via a deflection gear in order for the knife to be able to perform a cutting motion, the knife holder being movable in the direction of the z-axis.
A method for preparing non-untying shoelaces, particularly for footwear, in which: - the end portions of a shoelace to be prepared are soaked in an aqueous solution comprising a softener adapted to create a rubbery surface layer, an acetic acid to assist and facilitate the sticking of said softener to the end portions of said shoelace to be prepared and a colloidal silica dispersion aimed at moistening the surface of the end portions of said shoelace to be prepared , said softener comprising a fatty acid amide derivative in aqueous emulsion and/or an aqueous dispersion of at least one aliphatic polyurethane, - the end portions of the shoelace are dried after the extraction thereof from the solution in which they were previously soaked, thus obtaining a shoelace which has, at said end portions , a rubbery surface texture which is suitable for ensuring the hold of a knot formed therewith, and wherein - said solution comprises, per each liter of water, 30 grams of said fatty acid amide derivative in aqueous emulsion, 1-3 ml of acetic acid and 40-100 grams of colloidal silica, or - said solution comprises one liter of water, 100-200 grams of said an aqueous dispersion of at least one aliphatic polyurethane, 1-3 ml of acetic acid and 40-100 grams of colloidal silica. - the end portions of a shoelace to be prepared are soaked in an aqueous solution comprising a softener adapted to create a rubbery surface layer, an acetic acid to assist and facilitate the sticking of said softener to the end portions of said shoelace to be prepared and a colloidal silica dispersion aimed at moistening the surface of the end portions of said shoelace to be prepared , said softener comprising a fatty acid amide derivative in aqueous emulsion and/or an aqueous dispersion of at least one aliphatic polyurethane, - the end portions of the shoelace are dried after the extraction thereof from the solution in which they were previously soaked, thus obtaining a shoelace which has, at said end portions , a rubbery surface texture which is suitable for ensuring the hold of a knot formed therewith, and wherein - said solution comprises, per each liter of water, 30 grams of said fatty acid amide derivative in aqueous emulsion, 1-3 ml of acetic acid and 40-100 grams of colloidal silica, or - said solution comprises one liter of water, 100-200 grams of said an aqueous dispersion of at least one aliphatic polyurethane, 1-3 ml of acetic acid and 40-100 grams of colloidal silica.
Transport container having a base and having a side wall which protrudes from the base to an upper side and which completely surrounds a receiving space and which has a plurality of wall sections , wherein between two wall sections in each case there is arranged a gap at which the height of the side wall is at least reduced, wherein the wall sections are arranged in such a manner that the transport container and an additional structurally identical transport container with upper sides which face each other can be assembled in such a manner that at least a portion of the wall sections of the transport container engage in the receiving space and/or the gaps of the additional transport container , wherein at least a portion of the wall sections of the additional transport container engage in the receiving space and/or the gaps of the transport container , wherein the side wall has four wall sections which each have two wall portions which extend from a corner of the receiving space transversely relative to each other, and wherein each wall portion extends parallel with a wall portion of an adjacent wall section and extends in a manner laterally offset thereto by at least the thickness thereof, wherein starting from a rectangular outline two mutually diametrically opposed wall sections are offset away from each other and the other two wall sections are offset towards each other, wherein mutually diametrically opposed wall portions have the same length, characterised in that the base and the side wall are integrally produced from a particle foam, in that the side wall at each gap is reduced in terms of the height thereof by at least half and in that the side wall at each gap has a transverse wall which connects the two mutually adjacent wall portions .
A method performed by a network node , the method comprising: estimating (S134) spatial transmission information, STI, for each of a plurality of wireless devices by logically projecting a spatial channel matrix of received signals from each of said wireless devices onto a set of spatial orthonormal functions or by filtering of said received signals using a set of spatial orthonormal functions; determining (S136) spatial separability among the plurality of wireless devices based at least in part on the estimated STI for each of the plurality of wireless devices ; and causing (S138) scheduling of the plurality of wireless devices on the same communication resources based at least in part on the determined spatial separability. estimating (S134) spatial transmission information, STI, for each of a plurality of wireless devices by logically projecting a spatial channel matrix of received signals from each of said wireless devices onto a set of spatial orthonormal functions or by filtering of said received signals using a set of spatial orthonormal functions; determining (S136) spatial separability among the plurality of wireless devices based at least in part on the estimated STI for each of the plurality of wireless devices ; and causing (S138) scheduling of the plurality of wireless devices on the same communication resources based at least in part on the determined spatial separability.
A medical device comprising: an elongated, flexible band having a front side , a rear side , a leading end and a trailing end , and having multiple studs arranged on said rear side of said band ; and a locking case arranged on said front side of said band and having a channel dimensioned for reception of said band ; and a locking member connected to said locking case and disposed in connection with said channel , wherein said multiple studs are arranged at least on a portion of said rear side of said band extending from said locking case up to a distance towards said leading end of said band , characterized in that said band has perforations and rungs defined in a central portion of said band with regard to a width extension of said band ; said multiple studs are arranged as multiple pairs of studs with a first stud of each respective pair arranged on a first peripheral portion of said rear side of said band and a second stud of each respective pair arranged on a second peripheral portion of said rear side of said band ; said channel comprises a first stud portion and a second stud portion with said locking member arranged between said first stud portion and said second stud portion ; and said locking member is configured to interlock perforations and rungs defined in said band . an elongated, flexible band having a front side , a rear side , a leading end and a trailing end , and having multiple studs arranged on said rear side of said band ; and a locking case arranged on said front side of said band and having a channel dimensioned for reception of said band ; and a locking member connected to said locking case and disposed in connection with said channel , wherein said multiple studs are arranged at least on a portion of said rear side of said band extending from said locking case up to a distance towards said leading end of said band , characterized in that said band has perforations and rungs defined in a central portion of said band with regard to a width extension of said band ; said multiple studs are arranged as multiple pairs of studs with a first stud of each respective pair arranged on a first peripheral portion of said rear side of said band and a second stud of each respective pair arranged on a second peripheral portion of said rear side of said band ; said channel comprises a first stud portion and a second stud portion with said locking member arranged between said first stud portion and said second stud portion ; and said locking member is configured to interlock perforations and rungs defined in said band .
An automatic takeoff system, comprising: an inertial sensor configured to be onboard an aircraft, configured to sense pointing direction of the aircraft; and at least one processor configured to generate a virtual centerline reference during an initial portion of a takeoff roll wherein a computer acquires and stores a succession of data points indicative of headings of the aircraft as the pilot steers the aircraft down the runway along the runway centerline, the virtual centerline reference indicating the track of the aircraft as it is following a runway centerline, the processor being further configured to compare deviation between pointing direction of the aircraft and the generated virtual centerline reference and automatically output an actuator control signal that conforms aircraft pointing direction to the generated virtual centerline reference. an inertial sensor configured to be onboard an aircraft, configured to sense pointing direction of the aircraft; and at least one processor configured to generate a virtual centerline reference during an initial portion of a takeoff roll wherein a computer acquires and stores a succession of data points indicative of headings of the aircraft as the pilot steers the aircraft down the runway along the runway centerline, the virtual centerline reference indicating the track of the aircraft as it is following a runway centerline, the processor being further configured to compare deviation between pointing direction of the aircraft and the generated virtual centerline reference and automatically output an actuator control signal that conforms aircraft pointing direction to the generated virtual centerline reference.
A bowed rotor prevention system for a gas turbine engine , the bowed rotor prevention system comprising: a core turning motor operable to drive rotation of an engine core of the gas turbine engine ; and a full authority digital engine control (FADEC) comprising at least two channels, each of the at least two channels comprising a separate processing system, the FADEC configured to control operation of the gas turbine engine in a full-power mode and to control operation of the core turning motor to drive rotation of the engine core using a reduced power draw when the FADEC is partially depowered in a low-power bowed rotor prevention mode that depowers one of the at least two channels . a core turning motor operable to drive rotation of an engine core of the gas turbine engine ; and a full authority digital engine control (FADEC) comprising at least two channels, each of the at least two channels comprising a separate processing system, the FADEC configured to control operation of the gas turbine engine in a full-power mode and to control operation of the core turning motor to drive rotation of the engine core using a reduced power draw when the FADEC is partially depowered in a low-power bowed rotor prevention mode that depowers one of the at least two channels .
A method for collecting agricultural measurement data for an agricultural working machine which is combined with at least one agricultural attachment in order to process a field, wherein a sensor system is provided which has a sensor and a control system , characterized in that the sensor is integrated into combinations of agricultural working machine and a plurality of agricultural attachments , wherein the sensor records measurement data relating to at least one work quality parameter of the respective attachment and transfers them to the control system and wherein, in a standardization routine, the control system generates a common data set from the measurement data relating to the different attachments . wherein a sensor system is provided which has a sensor and a control system , characterized in that the sensor is integrated into combinations of agricultural working machine and a plurality of agricultural attachments , wherein the sensor records measurement data relating to at least one work quality parameter of the respective attachment and transfers them to the control system and wherein, in a standardization routine, the control system generates a common data set from the measurement data relating to the different attachments .
A compound selected from the group of: or a pharmaceutically acceptable salt thereof, wherein the wavy lines indicates a mixture of E and Z isomers.
A covering structure , in particular for a battery housing of an electric vehicle, having an SMC base body and an EMC layer which is bonded to the SMC base body and has a dome-shaped surface and a plurality of passage openings distributed over the circumference of the covering structure for receiving fastening means, in particular for fastening the covering structure to the battery housing, characterized in that a support portion is provided around at least one of the passage openings , which is provided with a smooth embossing surface .