mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for operating on tissue, the apparatus comprising: (a) a shaft: (b) an acoustic waveguide configured to transmit ultrasonic vibration, wherein the acoustic waveguide extends along the shaft: and (c) an end effector (100, 200), wherein the end effector comprises: (i) an ultrasonic blade (130, 230) in acoustic communication with the acoustic waveguide, and (ii) a clamp arm (120, 220) pivotable toward the ultrasonic blade, wherein the end effector defines a first longitudinal region (123, 223) and a second longitudinal region (121, 221), wherein the end effector is configured to clamp tissue between the clamp arm and the ultrasonic blade in the first longitudinal region, wherein the end effector is configured to sever tissue with the ultrasonic blade in the second longitudinal region, characterized in that the first longitudinal region is centered about a node region of the ultrasonic blade; and wherein the shaft includes an outer tube, wherein the outer tube includes: (i) a distally projecting tongue portion (112, 212), and (ii) a blade support (114, 214), wherein the blade support is positioned on the distally projecting tongue portion, wherein the blade support is positioned to contact the ultrasonic blade at the nodal region of the ultrasonic blade. (a) a shaft: (b) an acoustic waveguide configured to transmit ultrasonic vibration, wherein the acoustic waveguide extends along the shaft: and (c) an end effector (100, 200), wherein the end effector comprises: (i) an ultrasonic blade (130, 230) in acoustic communication with the acoustic waveguide, and (ii) a clamp arm (120, 220) pivotable toward the ultrasonic blade, (i) an ultrasonic blade (130, 230) in acoustic communication with the acoustic waveguide, and (ii) a clamp arm (120, 220) pivotable toward the ultrasonic blade, wherein the end effector defines a first longitudinal region (123, 223) and a second longitudinal region (121, 221), wherein the end effector is configured to clamp tissue between the clamp arm and the ultrasonic blade in the first longitudinal region, wherein the end effector is configured to sever tissue with the ultrasonic blade in the second longitudinal region, characterized in that the first longitudinal region is centered about a node region of the ultrasonic blade; and wherein the shaft includes an outer tube, wherein the outer tube includes: (i) a distally projecting tongue portion (112, 212), and (ii) a blade support (114, 214), wherein the blade support is positioned on the distally projecting tongue portion, wherein the blade support is positioned to contact the ultrasonic blade at the nodal region of the ultrasonic blade. (i) a distally projecting tongue portion (112, 212), and (ii) a blade support (114, 214), wherein the blade support is positioned on the distally projecting tongue portion, wherein the blade support is positioned to contact the ultrasonic blade at the nodal region of the ultrasonic blade.
A method for providing access point, AP vicinity information, wherein the vicinity information corresponds to calculated and/or measured signal values for an AP at grid points for the coverage area of the AP and is indicative of a position for each grid point relative to the AP, said method comprising: determining a first set of vicinity information for a set of grid points for a coverage area of an AP; encoding the first set of AP vicinity information based at least on a difference between AP vicinity information values for adjacent grid points to generate a second set of AP vicinity information; and providing the second set of AP vicinity information to a mobile device. determining a first set of vicinity information for a set of grid points for a coverage area of an AP; encoding the first set of AP vicinity information based at least on a difference between AP vicinity information values for adjacent grid points to generate a second set of AP vicinity information; and providing the second set of AP vicinity information to a mobile device.
A method of setting parameter values in a peritoneal dialysis device comprising: receiving an instruction from a user to change a value of a parameter to a new value, determining whether the new value is greater than a maximum value for the parameter, if the new value is greater than the maximum value, rejecting the new value, if the new value is less than the maximum value, determining whether the new value is less than a minimum value for the parameter, and if the new value is less than the minimum value, rejecting the new value; and if the new value is greater than the minimum value, calculating an updated number of fills, an updated dwell time and an updated value for a total fill volume parameter based at least in part on the new value, the calculating comprising determining whether neither, only one or both of a last fill parameter and a pause parameter are enabled; and determining whether the total fill volume is greater than a total treatment volume entered by a user, if the total fill volume is greater than the total treatment volume, rejecting the new value, and if the total fill volume is less than the total treatment volume, changing the value of the parameter to the new value. receiving an instruction from a user to change a value of a parameter to a new value, determining whether the new value is greater than a maximum value for the parameter, if the new value is greater than the maximum value, rejecting the new value, if the new value is less than the maximum value, determining whether the new value is less than a minimum value for the parameter, and if the new value is less than the minimum value, rejecting the new value; and if the new value is greater than the minimum value, calculating an updated number of fills, an updated dwell time and an updated value for a total fill volume parameter based at least in part on the new value, the calculating comprising determining whether neither, only one or both of a last fill parameter and a pause parameter are enabled; and determining whether the total fill volume is greater than a total treatment volume entered by a user, if the total fill volume is greater than the total treatment volume, rejecting the new value, and if the total fill volume is less than the total treatment volume, changing the value of the parameter to the new value.
Aircraft seat frame device, which implements a base frame of an aircraft seat device and is configured, in a mounted state, for a mounting of an aircraft seat and of a shell element on a cabin floor of an aircraft, with at least one first transverse frame element, which realises a large side of the base frame and with at least one second transverse frame element, which is spaced apart from said first transverse frame element and realises a large side of the base frame, wherein the two transverse frame elements (12, 14) are connected to one another, wherein at least one of the transverse frame elements (12, 14) is realized as an open profile, with at least one superstructure connecting module (28, 30, 32, 34), which is in a mounted state fixedly connected to one of the transverse frame elements (12, 14) and is configured for connecting the shell element, characterised in that the superstructure connecting module (28, 30, 32, 34) is configured to be pivotable at least about a compensation axis, for the purpose of permitting a compensatory movement of the shell element.
A machine for forming a carton from a carton blank in a hopper, comprising: at least one mover including a picker for picking the carton blank from the hopper and associating the carton blank with the at least one mover; and a controlled motion track for moving the at least one mover and picker along a path of travel to a stationary position for engaging the carton blank in the hopper; characterised in one or more actuators located at said stationary position, said one or more actuators being operable to move said picker in a linear direction and engage and withdraw said carton blank from the hopper when the mover is located at said stationary position. at least one mover including a picker for picking the carton blank from the hopper and associating the carton blank with the at least one mover; and a controlled motion track for moving the at least one mover and picker along a path of travel to a stationary position for engaging the carton blank in the hopper; characterised in one or more actuators located at said stationary position, said one or more actuators being operable to move said picker in a linear direction and engage and withdraw said carton blank from the hopper when the mover is located at said stationary position.
A compound of Formula I wherein R 1, R 4 and R 5 are each hydrogen; R 8 is acetyl; X is L-Abu-D-isoGln; R 2 is a substituent of formula V wherein Z 1 and Z 2 are independently hydrogen, a carboxyl group optionally substituted with an alkyl substituent, or a carbamoyl group optionally substituted with one or more alkyl substituents at the nitrogen atom; Z 3 is hydrogen or a hydrocarbyl group; R 9 is acyl; and n is an integer from 1 to 10; wherein.acyl is the formula R 10 -C - wherein R 10 is a C10-C80 saturated or unsaturated and linear, branched, cyclic or polycylic hydrocarbyl group, but not stearoyl. R 1, R 4 and R 5 are each hydrogen; R 8 is acetyl; X is L-Abu-D-isoGln; R 2 is a substituent of formula V Z 1 and Z 2 are independently hydrogen, a carboxyl group optionally substituted with an alkyl substituent, or a carbamoyl group optionally substituted with one or more alkyl substituents at the nitrogen atom; Z 3 is hydrogen or a hydrocarbyl group; R 9 is acyl; and n is an integer from 1 to 10; wherein.acyl is the formula R 10 -C - wherein R 10 is a C10-C80 saturated or unsaturated and linear, branched, cyclic or polycylic hydrocarbyl group, but not stearoyl.
Cleanroom system with at least one climate unit, with at least one pressurising unit, with at least one sensor unit that is configured for measuring at least cleanroom parameters and with a control unit that receives measurement values from the at least one sensor unit, wherein at least the climate unit and the pressurising unit are together controlled and/or regulated by the control unit, characterised by at least one operator interface unit, which is connected to the control unit in at least one operation state, wherein the control unit is configured to adapt, depending on input, set values for controlling the pressurising unit and the climate unit via the operator interface unit and wherein the control unit is coupled, in addition to the user interface unit, to user interface units which are implemented as external data processing systems, e.g. a tablet computer or a smartphone, and with at least one further cleanroom system component that is also controlled and/or regulated by the control unit, the at least one cleanroom system component being realised as a conveying device, as a production device and/or as a packaging device.
An optical cell for a separation chamber of a density centrifuge blood processing system for separating fluid components, said optical cell being adapted to be mounted on a rotor of said blood processing system, said optical cell comprising: an extraction chamber adapted to transmit at least a portion of an incident optical beam; and a first extraction port extending radially outwardly into said optical cell with respect to an axis of rotation of said rotor and being adapted to transmit at least a portion of the incident optical beam, said first extraction port having an orifice opening into said extraction chamber, a bore for passing fluid components, said bore being adjacent said orifice of said first extraction port, said bore having a first diameter, a lumen in fluid communication with said bore and downstream therefrom with respect to fluid flowing through said bore into said lumen, said lumen having a second diameter smaller than said first diameter of said bore, characterised by a frustro-conical passageway coupling said first diameter of said bore to said second diameter of said lumen. an extraction chamber adapted to transmit at least a portion of an incident optical beam; and a first extraction port extending radially outwardly into said optical cell with respect to an axis of rotation of said rotor and being adapted to transmit at least a portion of the incident optical beam, said first extraction port having an orifice opening into said extraction chamber, a bore for passing fluid components, said bore being adjacent said orifice of said first extraction port, said bore having a first diameter, a lumen in fluid communication with said bore and downstream therefrom with respect to fluid flowing through said bore into said lumen, said lumen having a second diameter smaller than said first diameter of said bore, characterised by a frustro-conical passageway coupling said first diameter of said bore to said second diameter of said lumen. an orifice opening into said extraction chamber, a bore for passing fluid components, said bore being adjacent said orifice of said first extraction port, said bore having a first diameter, a lumen in fluid communication with said bore and downstream therefrom with respect to fluid flowing through said bore into said lumen, said lumen having a second diameter smaller than said first diameter of said bore, characterised by a frustro-conical passageway coupling said first diameter of said bore to said second diameter of said lumen.
A method (400,1400) for wireless communications at a relay base station, the method comprising: receiving (405,1405), via a reception beam-sweeping procedure, a synchronization signal block, SSB, from a base station, wherein the SSB is received according to a first reference signal received power, RSRP, threshold that is less than a second RSRP threshold for detecting a user equipment; establishing (410,1410) a first beam pair link based at least in part on the SSB; transmitting (415,1415), from the relay base station to the base station in a beamformed transmission using the first beam pair link associated with a first quality level, an indication of a characteristic of the relay base station, the characteristic indicating information about the relay base station, wherein the beamformed transmission is transmitted using a different configuration than a user equipment; performing (420,1420) beam training based at least in part on the characteristic of the relay base station; and establishing (425,1425), with the base station, a second beam pair link associated with a second quality level greater than the first quality level based at least in part on the beam training. receiving (405,1405), via a reception beam-sweeping procedure, a synchronization signal block, SSB, from a base station, wherein the SSB is received according to a first reference signal received power, RSRP, threshold that is less than a second RSRP threshold for detecting a user equipment; establishing (410,1410) a first beam pair link based at least in part on the SSB; transmitting (415,1415), from the relay base station to the base station in a beamformed transmission using the first beam pair link associated with a first quality level, an indication of a characteristic of the relay base station, the characteristic indicating information about the relay base station, wherein the beamformed transmission is transmitted using a different configuration than a user equipment; performing (420,1420) beam training based at least in part on the characteristic of the relay base station; and establishing (425,1425), with the base station, a second beam pair link associated with a second quality level greater than the first quality level based at least in part on the beam training.
A method for preparing a relief printing form having an elastomeric layer with a relief structure comprising at least one raised area and at least one recessed area, said raised area having a plurality of raised surface elements with a line-screen resolution equal to or greater than 98 lines per cm (250 lines per inch), said method comprising: a) providing a photosensitive element comprising an elastomeric layer of a photopolymerizable material comprising a binder, an ethylenically unsaturated compound, and a photoinitiator; b) forming an in-situ mask having a plurality of openings through an area opaque to actinic radiation adjacent to the photopolymerizable layer, the openings having a line-screen resolution equal to or greater than 98 lines per cm (250 lines per inch); c) exposing the photopolymerizable layer to actinic radiation through the mask openings in an environment having an inert gas and a concentration of oxygen between 190000 parts per million (ppm) and 100 ppm; and d) treating the element resulting from step c) to remove unpolymerized areas in the photopolymerizable layer in order to form the relief structure having a plurality of raised surface elements, said plurality of raised surface elements having a line-screen resolution of equal to or greater than 98 lines per cm (250 lines per inch). a) providing a photosensitive element comprising an elastomeric layer of a photopolymerizable material comprising a binder, an ethylenically unsaturated compound, and a photoinitiator; b) forming an in-situ mask having a plurality of openings through an area opaque to actinic radiation adjacent to the photopolymerizable layer, the openings having a line-screen resolution equal to or greater than 98 lines per cm (250 lines per inch); c) exposing the photopolymerizable layer to actinic radiation through the mask openings in an environment having an inert gas and a concentration of oxygen between 190000 parts per million (ppm) and 100 ppm; and d) treating the element resulting from step c) to remove unpolymerized areas in the photopolymerizable layer in order to form the relief structure having a plurality of raised surface elements, said plurality of raised surface elements having a line-screen resolution of equal to or greater than 98 lines per cm (250 lines per inch).
A fan blade for a turbine engine comprising: an exterior surface defining an airfoil provided by leading and trailing edges, opposing generally chord-wise surfaces interconnecting the leading and trailing edges and a tip, the airfoil extending from a root; a spar constructed from a first material and including opposing sides, the spar providing at least a portion of the exterior surface; and a sheath constructed from a second material different from the first material, the sheath being arranged on both of the opposing sides to provide at least a portion of the exterior surface at the opposing surfaces, characterised in that the sheath provides a greater volume of the fan blade and percent of the exterior surface than that of the spar. an exterior surface defining an airfoil provided by leading and trailing edges, opposing generally chord-wise surfaces interconnecting the leading and trailing edges and a tip, the airfoil extending from a root; a spar constructed from a first material and including opposing sides, the spar providing at least a portion of the exterior surface; and a sheath constructed from a second material different from the first material, the sheath being arranged on both of the opposing sides to provide at least a portion of the exterior surface at the opposing surfaces, characterised in that the sheath provides a greater volume of the fan blade and percent of the exterior surface than that of the spar.
Extractor hood for installation in a wall unit, comprising - a fan chamber for receiving a fan unit, - at least one filter element arranged upstream of the fan unit, - a movably mounted vapour screen which is arranged so as to be hidden in the wall unit in a non-operating position of the extractor hood mounted in the installation position, and is formed so as to be extendable on the bottom of the wall unit when in its operating position, and a suction chamber which extends below the fan chamber and in which the vapour screen is arranged so as to be retractable in its non-operating position, characterised in that the vapour screen is formed on at least one guide element, which is pivotally mounted in the suction chamber, so as to be transferrable into the operating position in a telescopic manner, and the pivoting movement/tilting movement of the guide element is limited by a fixed delimiting point in the suction chamber, which delimiting point engages in a slot guide on an attachment bracket, the guide element being pivotally mounted, by means of the attachment bracket, in the rear of the suction chamber at a pivot point of a receptacle on the housing of the suction chamber. - a fan chamber for receiving a fan unit, - at least one filter element arranged upstream of the fan unit, - a movably mounted vapour screen which is arranged so as to be hidden in the wall unit in a non-operating position of the extractor hood mounted in the installation position, and is formed so as to be extendable on the bottom of the wall unit when in its operating position, and
A communication method for a coordinator communication device, the communication method comprising: generating a first scheduling element to be used by at least one first communication device and a second scheduling element to be used by at least one second communication device; and transmitting the first scheduling element and the second scheduling element to the at least one first communication device and to the at least one second communication device, wherein the second scheduling element includes at least one second allocation that indicates a time-frequency resource allocated to the at least one second communication device, the first scheduling element includes at least one first virtual allocation that is a duplicate of the at least one second allocation, and at least one first allocation that indicates a time-frequency resource allocated to the at least one first communication device, the at least one first communication device performs communication in accordance with a first communication system using a first frequency band, and the at least one second communication device performs communication in accordance with the first communication system or a second communication system using a second frequency band that includes the first frequency band. generating a first scheduling element to be used by at least one first communication device and a second scheduling element to be used by at least one second communication device; and transmitting the first scheduling element and the second scheduling element to the at least one first communication device and to the at least one second communication device, wherein the second scheduling element includes at least one second allocation that indicates a time-frequency resource allocated to the at least one second communication device, the first scheduling element includes at least one first virtual allocation that is a duplicate of the at least one second allocation, and at least one first allocation that indicates a time-frequency resource allocated to the at least one first communication device, the at least one first communication device performs communication in accordance with a first communication system using a first frequency band, and the at least one second communication device performs communication in accordance with the first communication system or a second communication system using a second frequency band that includes the first frequency band.