mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a connection with a user equipment, UE, by a source master base station in a wireless communication system, the method comprising: transmitting (501, 601) a first control message for handover request to a target master base station, the first control message including information of a secondary base station involved in a dual connectivity for the UE; receiving (502, 604) a second control message for handover response from the target master base station, the second control message including information indicating that UE context information in the secondary base station is kept, the UE context information including an identifier of a bearer for the UE; and transmitting (503, 606) a third control message for release request to the secondary base station, the third control message including the information indicating that the UE context information in the secondary base station is kept. transmitting (501, 601) a first control message for handover request to a target master base station, the first control message including information of a secondary base station involved in a dual connectivity for the UE; receiving (502, 604) a second control message for handover response from the target master base station, the second control message including information indicating that UE context information in the secondary base station is kept, the UE context information including an identifier of a bearer for the UE; and transmitting (503, 606) a third control message for release request to the secondary base station, the third control message including the information indicating that the UE context information in the secondary base station is kept.
A mass spectrometer or ion mobility spectrometer comprising: an ion block for receiving ions; a vacuum housing; and an interface block arranged between the ion block and the vacuum housing; wherein the interface block comprises an axial conduit extending through it for allowing ions to pass from the ion block into the vacuum housing; and wherein the interface block further comprises at least one conduit through the body of the interface block for transmitting gas through the interface block to the ion block; characterized by that the mass spectrometer comprises a heater for heating the ion block and the interface block is formed from a polymer. an ion block for receiving ions; a vacuum housing; and an interface block arranged between the ion block and the vacuum housing; wherein the interface block comprises an axial conduit extending through it for allowing ions to pass from the ion block into the vacuum housing; and wherein the interface block further comprises at least one conduit through the body of the interface block for transmitting gas through the interface block to the ion block; characterized by that the mass spectrometer comprises a heater for heating the ion block and the interface block is formed from a polymer.
Apparatus for rendering a sound scene having reflection objects and a sound source at a sound source position, comprising. a geometry data provider for providing an analysis of the reflection objects of the sound scene to determine a reflection object represented by a first polygon and a second adjacent polygon having associated a first image source position for the first polygon and a second image source position for the second polygon, wherein the first and second image source positions result in a sequence comprising a first visible zone related to the first image source position, an invisible zone and a second visible zone related to the second image source position; an image source position generator for generating an additional image source position such that the additional image source position is placed between the first image source position and the second image source position; and a sound renderer for rendering the sound source at the sound source position and, additionally for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position, when the listener position is located within the invisible zone, or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone. a geometry data provider for providing an analysis of the reflection objects of the sound scene to determine a reflection object represented by a first polygon and a second adjacent polygon having associated a first image source position for the first polygon and a second image source position for the second polygon, wherein the first and second image source positions result in a sequence comprising a first visible zone related to the first image source position, an invisible zone and a second visible zone related to the second image source position; an image source position generator for generating an additional image source position such that the additional image source position is placed between the first image source position and the second image source position; and a sound renderer for rendering the sound source at the sound source position and, additionally for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position, when the listener position is located within the invisible zone, or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone. for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position, when the listener position is located within the invisible zone, or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone.
A system for sterilizing a fluid, comprising: a fluid source; a sterilization container bounding a fluid flow path that is in fluid communication with the fluid source, the sterilization container being comprised of a polymeric first wall and a polymeric second wall, the polymeric first wall comprising a flexible sheet of a polymeric film; and a first electron beam generator (114,152) configured to direct a first electron beam through the polymeric first wall of the sterilization container and through at least a portion of the fluid flow path, the first electron beam being sufficient to at least partially sterilize a fluid within the fluid flow path; characterised in that the system further comprises means for limiting a thickness of the fluid flow path, the means for limiting the thickness of the fluid flow path comprising one or more inner seams, elongated baffles or elongated spacers (138,156) that partition the fluid flow path within the sterilization container into a plurality of separate fluid flow paths. a fluid source; a sterilization container bounding a fluid flow path that is in fluid communication with the fluid source, the sterilization container being comprised of a polymeric first wall and a polymeric second wall, the polymeric first wall comprising a flexible sheet of a polymeric film; and a first electron beam generator (114,152) configured to direct a first electron beam through the polymeric first wall of the sterilization container and through at least a portion of the fluid flow path, the first electron beam being sufficient to at least partially sterilize a fluid within the fluid flow path; characterised in that the system further comprises means for limiting a thickness of the fluid flow path, the means for limiting the thickness of the fluid flow path comprising one or more inner seams, elongated baffles or elongated spacers (138,156) that partition the fluid flow path within the sterilization container into a plurality of separate fluid flow paths.
Steering column for a motor vehicle, comprising a support unit which is connectable to the chassis of the motor vehicle and comprising a positioning unit which is held on said support unit and which serves for the mounting of a steering spindle for transmitting a steering moment from a steering wheel to a steerable wheel, wherein the position of the positioning unit relative to the support unit is adjustable by way of an adjustment drive (2, 2'), wherein the adjustment drive (2, 2') comprises a threaded rod (4, 4') with an external thread which engages with an internal thread of a spindle nut of the adjustment drive (2, 2'), characterized in that the threaded rod and the spindle nut comprise mutually different materials, wherein the spindle nut comprises a plastics material, and the external thread of the threaded rod and/or the internal thread of the spindle nut comprises a flank angle (α) of between 35° and 55°.
A surgical stapling instrument (100a; 100b), comprising: a cartridge assembly (710a, 710b) having a cartridge body, a plurality of pushers supporting a plurality of fasteners in the cartridge body, and a driver longitudinally movable through the cartridge body in distal and proximal directions, the pushers having first cam surfaces and second cam surfaces; and an anvil assembly having fastener forming surfaces; characterized in that the driver includes a slot which separates an upper portion from a lower portion, said slot extending proximally from a location adjacent to the distal end of the driver, said slot having on its interior surfaces a firing cam surface which is wedge-shaped with a distally orientated tip and a retraction cam surface which is downwardly orientated with respect to the longitudinal axis of the driver, and wherein the firing cam surface contacts the first cam surfaces of the pushers sequentially when the driver is moved in the distal direction to cause the pushers to move toward a tissue-contacting surface of the cartridge body, and the retraction cam surface contacts the second cam surfaces of the pushers when the driver is moved in the proximal direction to cause the pushers to move away from a tissue-contacting surface of the cartridge body. a cartridge assembly (710a, 710b) having a cartridge body, a plurality of pushers supporting a plurality of fasteners in the cartridge body, and a driver longitudinally movable through the cartridge body in distal and proximal directions, the pushers having first cam surfaces and second cam surfaces; and an anvil assembly having fastener forming surfaces; characterized in that the driver includes a slot which separates an upper portion from a lower portion, said slot extending proximally from a location adjacent to the distal end of the driver, said slot having on its interior surfaces a firing cam surface which is wedge-shaped with a distally orientated tip and a retraction cam surface which is downwardly orientated with respect to the longitudinal axis of the driver, and wherein the firing cam surface contacts the first cam surfaces of the pushers sequentially when the driver is moved in the distal direction to cause the pushers to move toward a tissue-contacting surface of the cartridge body, and the retraction cam surface contacts the second cam surfaces of the pushers when the driver is moved in the proximal direction to cause the pushers to move away from a tissue-contacting surface of the cartridge body.
A device for slicing bread into bread slices and having at least one preferably eccentrically rotating circular blade guided between a feeding segment for feeding the bread to be sliced to the blade and a discharge segment for receiving the sliced bread slices, and having at least one pusher device for pushing the bread from the feeding segment to the blade, at least one reciprocating wipe-off means (28, 30, 34, 36) being provided in the feeding and/or discharge segment (3, 4) in and opposite to the pushing direction of the bread or the bread slices for carrying along impurities, particularly crumbs, flour, dust, etc. in the feeding or discharge segment (3, 4) at least in the pushing direction or in the opposite direction, characterized in that at least one wipe-off means (28, 34) is designed for wiping when the bread or the sliced bread slices are pushed forward across the respective base (5, 8) of the feeding or discharge segment (3, 4), and that at least one of the wipe-off means (28, 34) can be guided across at least one opening in the respective base (5, 8) or across at least one edge at at least one end face of the respective base (5, 8) in order to remove the crumbs into a discharge chute.
A process for preparation of a recycled aggregate comprising the steps of: (a) mixing a waste material with cement and at least one silicate; (b) first curing of the material in arrival from stage (a); (c) crushing of the material subjected to the first curing; (d) second curing of the material obtained by the crushing stage (c). (a) mixing a waste material with cement and at least one silicate; (b) first curing of the material in arrival from stage (a); (c) crushing of the material subjected to the first curing; (d) second curing of the material obtained by the crushing stage (c).
Method for roughening and thermally coating a surface, the roughening being the preparation of the surface for the thermal coating of the surface with a coating, characterized in that different roughening profiles extending in regions along the height of the surface are introduced into the surface during the roughening, wherein the coating has different properties distributed in a way corresponding to the roughening profiles extending in regions along the height of the surface.
Laboratory sample distribution system, comprising - a number of sample container carriers, being adapted to carry one or more sample containers, wherein each sample container carrier comprises at least one magnetically active device, - a transport plane, being adapted to support the sample container carriers, - a number of electro-magnetic actuators, being stationary arranged below the transport plane, the electro-magnetic actuators being adapted to move a sample container carrier on top of the transport plane by applying a magnetic force to the sample container carrier, - wherein each of the electro-magnetic actuators comprises an excitation winding and a ferromagnetic core, wherein the excitation winding and the ferromagnetic core are arranged such that the excitation winding surrounds the ferromagnetic core, wherein a winding axis of the excitation winding is perpendicular to the transport plane, and - a control device, being configured to control the movement of the sample container carriers on top of the transport plane by driving the electro-magnetic actuators such that the sample container carriers move along corresponding transport paths, characterized in that - the excitation winding vertically exceeds its assigned ferromagnetic core. - a number of sample container carriers, being adapted to carry one or more sample containers, wherein each sample container carrier comprises at least one magnetically active device, - a transport plane, being adapted to support the sample container carriers, - a number of electro-magnetic actuators, being stationary arranged below the transport plane, the electro-magnetic actuators being adapted to move a sample container carrier on top of the transport plane by applying a magnetic force to the sample container carrier, - wherein each of the electro-magnetic actuators comprises an excitation winding and a ferromagnetic core, wherein the excitation winding and the ferromagnetic core are arranged such that the excitation winding surrounds the ferromagnetic core, wherein a winding axis of the excitation winding is perpendicular to the transport plane, and - a control device, being configured to control the movement of the sample container carriers on top of the transport plane by driving the electro-magnetic actuators such that the sample container carriers move along corresponding transport paths, - the excitation winding vertically exceeds its assigned ferromagnetic core.
A method for treating a plant in a field by a farming machine that moves through the field: accessing an image of a plant, the image captured as the farming machine move past the plant in the field, the image comprising one or more pixels representing plant matter of the plant and one or more pixels representing airborne particulates; identifying pixels in the image representing the plant using a plant identification model by: classifying pixels in the image that represent plant matter as plant pixels, classifying pixels in the image that represent the airborne particulates as particulate pixels, and identifying the plant in a set of representative pixels in the image, the representative pixels including one or more plant pixels and one or more particulate pixels; and actuating a plurality of plant treatment mechanisms coupled to the farming machine to treat the identified plant as the farming machine moves past the plant in the field. accessing an image of a plant, the image captured as the farming machine move past the plant in the field, the image comprising one or more pixels representing plant matter of the plant and one or more pixels representing airborne particulates; identifying pixels in the image representing the plant using a plant identification model by: classifying pixels in the image that represent plant matter as plant pixels, classifying pixels in the image that represent the airborne particulates as particulate pixels, and identifying the plant in a set of representative pixels in the image, the representative pixels including one or more plant pixels and one or more particulate pixels; and classifying pixels in the image that represent plant matter as plant pixels, classifying pixels in the image that represent the airborne particulates as particulate pixels, and identifying the plant in a set of representative pixels in the image, the representative pixels including one or more plant pixels and one or more particulate pixels; and actuating a plurality of plant treatment mechanisms coupled to the farming machine to treat the identified plant as the farming machine moves past the plant in the field.
Implement for stirring or comminuting food having: a rotatable shaft driven by a motor, with a working part provided at the end opposite the motor, an inner assembly and an outer assembly which at least partially define a housing of the implement, wherein the inner assembly is moveable within the outer assembly and wherein the shaft is mounted rotatably on the inner assembly in such a way that the working part is located on an outer side of the implement, enabling it to stir or comminute food, wherein the working part is provided within a shield which is provided on the outer assembly, wherein the inner assembly together with the shaft mounted thereon is axially moveable relative to the external assembly in the direction of the shaft, characterised in that the inner assembly is mounted in such a way relative to the outer assembly that an axial movement of the inner assembly relative to the outer assembly leads to a rotational movement of the outer assembly relative to the inner assembly. a rotatable shaft driven by a motor, with a working part provided at the end opposite the motor, an inner assembly and an outer assembly which at least partially define a housing of the implement, wherein the inner assembly is moveable within the outer assembly and wherein the shaft is mounted rotatably on the inner assembly in such a way that the working part is located on an outer side of the implement, enabling it to stir or comminute food, wherein the working part is provided within a shield which is provided on the outer assembly, wherein the inner assembly together with the shaft mounted thereon is axially moveable relative to the external assembly in the direction of the shaft, characterised in that the inner assembly is mounted in such a way relative to the outer assembly that an axial movement of the inner assembly relative to the outer assembly leads to a rotational movement of the outer assembly relative to the inner assembly.
A wiper assembly comprising: at least one elongated support element; a wiping element adapted to contact a surface to be wiped, the wiping element having a head portion operatively attached to the support element, a wiping portion spaced from the head portion, and a pair of opposed grooves disposed between the head portion and the wiping portion; and an airfoil having a body with a lower surface, a slot spaced from the lower surface and accommodating the support element therein, a channel extending from the lower surface to the slot and defining a pair of opposed shelves, and a pair of concealing members spaced from the slot and at least partially disposed in the grooves of the wiping element to substantially conceal the support element within the body of the airfoil; characterized in that the concealing members have a top surface and a bottom surface spaced from the top surface, where the concealing members define an obtuse angle between the lower surface of the body and at least one of the top surface and the bottom surface of the concealing members. at least one elongated support element; a wiping element adapted to contact a surface to be wiped, the wiping element having a head portion operatively attached to the support element, a wiping portion spaced from the head portion, and a pair of opposed grooves disposed between the head portion and the wiping portion; and an airfoil having a body with a lower surface, a slot spaced from the lower surface and accommodating the support element therein, a channel extending from the lower surface to the slot and defining a pair of opposed shelves, and a pair of concealing members spaced from the slot and at least partially disposed in the grooves of the wiping element to substantially conceal the support element within the body of the airfoil; characterized in that the concealing members have a top surface and a bottom surface spaced from the top surface, where the concealing members define an obtuse angle between the lower surface of the body and at least one of the top surface and the bottom surface of the concealing members.