mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node (12, 17) for handling communication in a wireless communication network, the method comprising - storing an indication of a reference signal and a timing information defining when the reference signal was transmitted from a first radio network node or another radio network node; - receiving, from a second radio network node, a time instant associated with a receiving event relating to reference signal detection at a wireless device and information related to the receiving event; - providing an identity of the first or the other radio network node based on the stored indication of the reference signal and the stored timing information mapping to the received time instant and received information related to the receiving event to the second radio network node. - storing an indication of a reference signal and a timing information defining when the reference signal was transmitted from a first radio network node or another radio network node; - receiving, from a second radio network node, a time instant associated with a receiving event relating to reference signal detection at a wireless device and information related to the receiving event; - providing an identity of the first or the other radio network node based on the stored indication of the reference signal and the stored timing information mapping to the received time instant and received information related to the receiving event to the second radio network node.
A center fire pistol cartridge comprising: a case having a head having a rim, a body extending from the head to a tapered shoulder, a neck extending from the tapered shoulder and defining a mouth receiving a bullet; the body having a straight external surface free of a protruding belt; the cartridge case contains a primer pocket linked to powder chamber through a firing hole; characterized in that a. the body has a maximum diameter of between 10.65 and 10.95 mm; b. the bullet has a diameter greater than or equal to 7.45 mm and less than or equal to 7.99 mm; c. the tapered shoulder is positioned at a distance extending from between 20,80 mm and 21,20 mm to between 23,40 mm and 23,80 mm from the bottom of the head; and d. the neck has a diameter greater than or equal to 8.25 mm and less than or equal to 8.65 mm. a. the body has a maximum diameter of between 10.65 and 10.95 mm; b. the bullet has a diameter greater than or equal to 7.45 mm and less than or equal to 7.99 mm; c. the tapered shoulder is positioned at a distance extending from between 20,80 mm and 21,20 mm to between 23,40 mm and 23,80 mm from the bottom of the head; and d. the neck has a diameter greater than or equal to 8.25 mm and less than or equal to 8.65 mm.
A method of manufacturing a light emitting device, the method comprising: forming a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; forming a second electrode in a first region of the second conductivity type semiconductor layer, a second region of the second conductivity type semiconductor layer being exposed, wherein the second electrode includes a reflective layer and an ohmic layer disposed between the second conductivity type semiconductor layer and the reflective layer; thereafter forming a current blocking layer including a metal on the second region of the second conductivity type semiconductor layer, whereby forming the current blocking layer is separated from a heat treating process of the ohmic layer and the reflective layer to form a current blocking layer that is not affected by the heat treating process and material diffusion of the reflective layer; and forming a first electrode on the first conductivity type semiconductor layer, wherein the first electrode has at least one portion that vertically overlaps the current blocking layer. forming a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; forming a second electrode in a first region of the second conductivity type semiconductor layer, a second region of the second conductivity type semiconductor layer being exposed, wherein the second electrode includes a reflective layer and an ohmic layer disposed between the second conductivity type semiconductor layer and the reflective layer; thereafter forming a current blocking layer including a metal on the second region of the second conductivity type semiconductor layer, whereby forming the current blocking layer is separated from a heat treating process of the ohmic layer and the reflective layer to form a current blocking layer that is not affected by the heat treating process and material diffusion of the reflective layer; and forming a first electrode on the first conductivity type semiconductor layer, wherein the first electrode has at least one portion that vertically overlaps the current blocking layer.
Searchlight system comprising: - a searchlight with motorized adjustment, in particular with a light-emitting diode as light source, - a touch-sensitive display unit, - a control unit, wherein the control unit is configured to send control signals to the searchlight, wherein the display unit comprises an operating unit for operating the searchlight and is configured to send a corresponding control signal to the control unit in response to an operation of the operating unit, characterized in that the display unit is a personal digital assistant connected by wireless communication, or a smartphone or a tablet PC. - a searchlight with motorized adjustment, in particular with a light-emitting diode as light source, - a touch-sensitive display unit, - a control unit, wherein the control unit is configured to send control signals to the searchlight, wherein the display unit comprises an operating unit for operating the searchlight and is configured to send a corresponding control signal to the control unit in response to an operation of the operating unit, characterized in that the display unit is a personal digital assistant connected by wireless communication, or a smartphone or a tablet PC.
A waveguide applicator system comprising: a first waveguide applicator stage having walls (26, 27) with one or more outward juts (46, 47) and a microwave exposure region into which electromagnetic energy propagates; a second waveguide applicator stage having walls (26, 27) with one or more outward juts (46, 47) and a microwave exposure region into which electromagnetic energy propagates; tubing extending through the microwave exposure regions of the first and second waveguide applicator stages (21, 21') and defining a material flow path through which a material to be exposed to the electromagnetic energy flows sequentially through the first and second waveguide applicator stages (21, 21'); characterised in that the one or more outward juts (46, 47) in the first waveguide applicator stage are positioned relative to the material flow path differently from the one or more outward juts (46, 47) in the second waveguide applicator stage to cause the heating pattern of the material as it flows through the first waveguide applicator stage to differ from the heating pattern of the material as it flows through the second waveguide applicator stage to prevent hotspots (54, 55) from forming in the material at the same positions in both stages (21, 21'). a first waveguide applicator stage having walls (26, 27) with one or more outward juts (46, 47) and a microwave exposure region into which electromagnetic energy propagates; a second waveguide applicator stage having walls (26, 27) with one or more outward juts (46, 47) and a microwave exposure region into which electromagnetic energy propagates; tubing extending through the microwave exposure regions of the first and second waveguide applicator stages (21, 21') and defining a material flow path through which a material to be exposed to the electromagnetic energy flows sequentially through the first and second waveguide applicator stages (21, 21'); characterised in that the one or more outward juts (46, 47) in the first waveguide applicator stage are positioned relative to the material flow path differently from the one or more outward juts (46, 47) in the second waveguide applicator stage to cause the heating pattern of the material as it flows through the first waveguide applicator stage to differ from the heating pattern of the material as it flows through the second waveguide applicator stage to prevent hotspots (54, 55) from forming in the material at the same positions in both stages (21, 21').
A method of flow synthesis of polymer nanoparticles, comprising: feeding a mixture comprising a radical initiator to a continuous flow microreactor comprising a microchannel having a hydraulic diameter less than 1 millimeter; heating the mixture in a preheating section of the continuous flow microreactor; feeding monomer to the continuous flow microreactor, wherein the monomer comprises a vinyl monomer comprising an acrylate monomer; mixing the monomer with the mixture in a reaction section of the continuous flow microreactor downstream of the preheating section; polymerizing the monomer in presence of the radical initiator in the reaction section to form polymer nanoparticles, wherein polymerizing the monomer comprises emulsion polymerization and the polymer nanoparticles comprise a vinyl polymer comprising an acrylate polymer, wherein the nanoparticles have an average or median particle size less than 100 nm, such as less than 50 nm; and discharging the polymer nanoparticles from the continuous flow microreactor. feeding a mixture comprising a radical initiator to a continuous flow microreactor comprising a microchannel having a hydraulic diameter less than 1 millimeter; heating the mixture in a preheating section of the continuous flow microreactor; feeding monomer to the continuous flow microreactor, wherein the monomer comprises a vinyl monomer comprising an acrylate monomer; mixing the monomer with the mixture in a reaction section of the continuous flow microreactor downstream of the preheating section; polymerizing the monomer in presence of the radical initiator in the reaction section to form polymer nanoparticles, wherein polymerizing the monomer comprises emulsion polymerization and the polymer nanoparticles comprise a vinyl polymer comprising an acrylate polymer, wherein the nanoparticles have an average or median particle size less than 100 nm, such as less than 50 nm; and
An arrangement for securing objects on a surface, in particular a loading floor of a cargo transport vehicle, of the type comprising a ring for securing and detaching a securing means such as a strap or chain, and a support in the form of a yoke intended to be fastened on a support structure and in which the ring is movable between at least a securing position and an idle position, the ring comprising a cylindrical rectilinear base engaged in a housing with a shape complementary to the support, allowing the ring to pivot in said securing position, by rotating the base in the housing, characterized in that the cylindrical base of the securing ring comprises a central flat part and in that the support of the securing ring comprises, in its end adjacent to the loading floor surface, a housing for the base allowing the latter to rotate in this housing, and below the housing, a space for movement of the base and allowing the movement of the ring in a retracted storage position, and in that the housing is separated from the movement space by a narrow passage zone of the base toward the space, the width of which is slightly greater than the thickness of the base at the flat part, perpendicular to the flat, in order to allow the passage of the base from the housing toward the movement space only when the base is found in a position in which the flat is oriented perpendicular to the passage.
A method of guiding movement of an agricultural system within a field, the method comprising: receiving sensor data indicative of an environment of an agricultural system; identifying, from the sensor data, a material profile along which the agricultural system shall be guided; determining one or more properties of the material profile from the sensor data indicative of an irregularity in the material profile; determining a correcting path segment (19, 22) for guiding movement of the agricultural system with respect to the determined material profile irregularity; and controlling movement of the agricultural system along the determined correcting path segment (19, 22); characterized by a first path planning procedure comprising the determination of the correcting path segment (19, 22) with respect to a global path; wherein the method comprises performing one or more alternative path planning procedures comprising the determination of the correcting path segment (19, 22) if the global path is not available or has not been determined; wherein the execution of the one or more alternative path planning procedures depends on whether the agricultural system is determined to be located in a headland of the environment; or the agricultural system is determined not to be located in a headland of the environment; or a field contour is available. receiving sensor data indicative of an environment of an agricultural system; identifying, from the sensor data, a material profile along which the agricultural system shall be guided; determining one or more properties of the material profile from the sensor data indicative of an irregularity in the material profile; determining a correcting path segment (19, 22) for guiding movement of the agricultural system with respect to the determined material profile irregularity; and controlling movement of the agricultural system along the determined correcting path segment (19, 22); characterized by a first path planning procedure comprising the determination of the correcting path segment (19, 22) with respect to a global path; wherein the method comprises performing one or more alternative path planning procedures comprising the determination of the correcting path segment (19, 22) if the global path is not available or has not been determined; wherein the execution of the one or more alternative path planning procedures depends on whether the agricultural system is determined to be located in a headland of the environment; or the agricultural system is determined not to be located in a headland of the environment; or a field contour is available. the agricultural system is determined to be located in a headland of the environment; or the agricultural system is determined not to be located in a headland of the environment; or a field contour is available.
A method of controlling the braking of a vehicle having a plurality of wheels, comprising: receiving one or more electrical signals each indicative of a value of a respective vehicle-related parameter; detecting that the vehicle is descending a slope based on the value(s) of one or more of the vehicle-related parameter(s); determining the type of terrain the vehicle is traversing; and when the terrain is one of one or more particular terrain types, automatically modifying an amount of brake torque being applied to at least certain of the wheels of the vehicle in response to the detection of the vehicle descending a slope by increasing the amount of brake torque being applied to one or more trailing wheels of the vehicle, and decreasing the amount of brake torque being applied to one or more leading wheels of the vehicle. receiving one or more electrical signals each indicative of a value of a respective vehicle-related parameter; detecting that the vehicle is descending a slope based on the value(s) of one or more of the vehicle-related parameter(s); determining the type of terrain the vehicle is traversing; and when the terrain is one of one or more particular terrain types, automatically modifying an amount of brake torque being applied to at least certain of the wheels of the vehicle in response to the detection of the vehicle descending a slope by increasing the amount of brake torque being applied to one or more trailing wheels of the vehicle, and decreasing the amount of brake torque being applied to one or more leading wheels of the vehicle.
Vacuum cleaner with a dust chamber and a filter carrier for receiving a flat filter flange, wherein the filter carrier is mounted, via a swivel joint with an axis of rotation, in a rotatable manner to a first inner surface of the dust chamber, has at least one supporting point for supporting the filter carrier at at least one contact point of the dust chamber and has a filter flange level which is defined by the mounted flat filter flange, wherein the projection of the supporting point at the filter flange level has a supporting distance from the projection of the axis of rotation at the filter flange level, wherein the supporting distance is perpendicular to the projection of the axis of rotation, characterised in that the filter flange has an inlet aperture, and the distance from the centre point of the inlet aperture to the projection of the axis of rotation at the filter flange level deviates from the supporting distance by up to 50% when the filter flange is mounted.
A method for generating at least one guidance set point (C G) for an aircraft, the method being implemented by an electronic generation system and comprising the following steps: - acquiring data from at least one source, each respective source being selected from a sensor fitted to the aircraft and a database; - determining, for each respective source, at least one potential primitive from the data acquired for said source, each potential primitive generating a potential field applicable to the aircraft; - calculating, for each respective source and from the potential primitive(s) determined for said source, an elementary resultant vector applied to the aircraft; - obtaining an overall resultant vector from a sum of the calculated elementary resultant vector(s); and - converting the overall resultant vector into the at least one guidance setpoint (C G), the method further comprising at least one of: - displaying, on a display system, each guidance setpoint (C G); and - transmitting, to an avionics system, of the or each guidance instruction (C G), the method being characterised in that, in the calculation step, at least one elementary resultant vector is modified as a function of a distance expressed between the ground and the potential primitive associated with said elementary resultant vector. - acquiring data from at least one source, each respective source being selected from a sensor fitted to the aircraft and a database; - determining, for each respective source, at least one potential primitive from the data acquired for said source, each potential primitive generating a potential field applicable to the aircraft; - calculating, for each respective source and from the potential primitive(s) determined for said source, an elementary resultant vector applied to the aircraft; - obtaining an overall resultant vector from a sum of the calculated elementary resultant vector(s); and - converting the overall resultant vector into the at least one guidance setpoint (C G), - displaying, on a display system, each guidance setpoint (C G); and - transmitting, to an avionics system, of the or each guidance instruction (C G),
A filter for a suction device, in particular a vacuum cleaner, a wet vacuum cleaner or the like, the filter comprising a filter housing within which a suction air duct for conveying a suction air flow is formed, the filter housing having a centrifugal separator for separating particles from the suction air flow and a container for collecting the separated particles, the filter having a metering device disposed upstream of the centrifugal separator in a flow direction of the suction air flow, the metering device being configured to spray liquid into the suction air flow, and the metering device being configured to draw liquid from the container or from a liquid reservoir of the suction device, characterized in that the metering device is formed by at least on jet pump which is connected to the container or the liquid reservoir via at least one liquid line.
A connection unit consisting of a male connector and a female connector for conveying fluid in the field of medical device, in particular for a neuraxial connection, wherein: - the male connector comprises a hollow conical male end-piece around which a male end-piece collar is formed, - the female connector comprises a hollow female end-piece around which a female collar is formed, - an outer diameter of the male end-piece being substantially equal to an inner diameter of the female end-piece so that the male end-piece is capable of penetrating the female end-piece, and - an inner diameter of the male end-piece collar being substantially equal to an outer diameter of the female end-piece, so that the female end-piece is capable of penetrating the male end-piece collar, the male end-piece collar and the female end-piece collar having matching threaded means (124, 224), and in that the threaded means of the male end-piece collar extend radially from an outer surface of said male end-piece collar, whereas the threaded means of the female end-piece collar extend radially from an inner surface of said female end-piece collar, the connection unit being characterized in that the female end-piece is conical and in that an inner surface of the male end-piece collar diverges towards a distal end of the male end-piece collar, whereas an outer surface of the female end-piece converges towards a distal end of said female end-piece so as to create a wedge effect when the male connector and the female connector are connected, a conicity of the inner surface of the male end-piece collar being substantially equal to a conicity of the outer surface of the female end-piece. - the male connector comprises a hollow conical male end-piece around which a male end-piece collar is formed, - the female connector comprises a hollow female end-piece around which a female collar is formed, - an outer diameter of the male end-piece being substantially equal to an inner diameter of the female end-piece so that the male end-piece is capable of penetrating the female end-piece, and - an inner diameter of the male end-piece collar being substantially equal to an outer diameter of the female end-piece, so that the female end-piece is capable of penetrating the male end-piece collar, - an inner diameter of the male end-piece collar being substantially equal to an outer diameter of the female end-piece, so that the female end-piece is capable of penetrating the male end-piece collar,