mhurhangee/ep-ind-claims huggingface dataset:
A computer system for processing medical image data representing at least one first region of a patient including at least one computer-detected feature of interest, the computer system comprising a processor configured to: - detect first data representing at least one second region, included within a respective said first region, wherein at least one said feature of interest in said second region has a significant likelihood of representing a computer-detected false positive; wherein the processor is configured to detect the first data by: - transforming the medical image data, after segmentation and thresholding of the medical image data with a predetermined threshold, by utilizing a slice-wise 2D distance transformation to generate a distance value D(x,y,z) for each voxel, - calculating a second derivative L(x,y,z) in the z-direction of the distance values D(x,y,z) below a predetermined threshold, said second derivative L(x,y,z) indicating an amount of inter-slice-displacement, - calculating robust displacement discontinuity values L' by considering multiple slices, - selecting at least one voxel with a value of L' above a predetermined threshold, calculating an influence region for the at least one selected voxel and identifying the influence region as the at least one second region; and - provide second data for displaying at least one said first region on a display device, and - adapt the second data such that at least one said second region is distinguishable from the rest of said first region when displayed on the display apparatus. - detect first data representing at least one second region, included within a respective said first region, wherein at least one said feature of interest in said second region has a significant likelihood of representing a computer-detected false positive; - transforming the medical image data, after segmentation and thresholding of the medical image data with a predetermined threshold, by utilizing a slice-wise 2D distance transformation to generate a distance value D(x,y,z) for each voxel, - calculating a second derivative L(x,y,z) in the z-direction of the distance values D(x,y,z) below a predetermined threshold, said second derivative L(x,y,z) indicating an amount of inter-slice-displacement, - calculating robust displacement discontinuity values L' by considering multiple slices, - selecting at least one voxel with a value of L' above a predetermined threshold, calculating an influence region for the at least one selected voxel and identifying the influence region as the at least one second region; and - provide second data for displaying at least one said first region on a display device, and - adapt the second data such that at least one said second region is distinguishable from the rest of said first region when displayed on the display apparatus.
A device for dissipating the collision energy of railway cars, said device comprising a rod mounted in an articulated support and suitable for cutting with a cutting tool (10, 10a), the articulated support comprising a body with an internal spherical surface and an inner ring with an outer spherical surface and connected to the rod, said inner ring being movably mounted in the body, wherein the inner ring of the articulated support has at least one cutting knife (10, 10a) designed to cut the surface layer the rod.
Method performed by a server, the method comprising: - holding available a plurality of historical radio signal information that originate from a plurality of utility vehicles, wherein each of the historical radio signal information was acquired by a respective one of the utility vehicles at a respective utility vehicle position, and wherein each of the historical radio signal information represents the respective utility vehicle position and a respective radio signal quality of a radio communication system acquired by the respective utility vehicle at the respective utility vehicle position; - monitoring a utility vehicle moving along a predetermined route, by: - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining, based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected. - holding available a plurality of historical radio signal information that originate from a plurality of utility vehicles, wherein each of the historical radio signal information was acquired by a respective one of the utility vehicles at a respective utility vehicle position, and wherein each of the historical radio signal information represents the respective utility vehicle position and a respective radio signal quality of a radio communication system acquired by the respective utility vehicle at the respective utility vehicle position; - monitoring a utility vehicle moving along a predetermined route, by: - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining, based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected. - receiving monitoring information transmitted by the monitored utility vehicle via the radio communication system, wherein each of the monitoring information represents a respective current utility vehicle position; - determining whether monitoring information from the monitored utility vehicle is overdue; - if it is determined that a monitoring information from the monitored utility vehicle is overdue, determining, based at least in part on the historical radio signal information, whether the overdueness of the monitoring information from the monitored utility vehicle is an event to be expected.
A harvester, comprising: a chassis; an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to a ground plane; a header (200, 300) carried by the chassis, the header (200, 300) including: a header frame (210, 310); at least one harvesting element (220, 320) carried by the header frame (210, 310); and at least one divider (250, 350) pivotably carried by the header frame (210, 310) and defining a divider angle (Dα) relative to the ground plane; characterised in that the harvester further comprises a mechanical linkage (270, 360, 370) coupling the feeder housing to the at least one divider (250, 350) such that the divider angle (Dα) is adjustable independently of movement of the header frame (210, 310). a chassis; an adjustable feeder housing carried by the chassis and defining a face angle (Fα) relative to a ground plane; a header (200, 300) carried by the chassis, the header (200, 300) including: a header frame (210, 310); at least one harvesting element (220, 320) carried by the header frame (210, 310); and at least one divider (250, 350) pivotably carried by the header frame (210, 310) and defining a divider angle (Dα) relative to the ground plane; a header frame (210, 310); at least one harvesting element (220, 320) carried by the header frame (210, 310); and at least one divider (250, 350) pivotably carried by the header frame (210, 310) and defining a divider angle (Dα) relative to the ground plane;
Loop heat pipe apparatus for heat transfer and thermal control, using a two-phase fluid as a working media and comprising: - at least one evaporator to be connected with a heat source and comprising a thermal stabilization-compensation chamber attached to the at least one evaporator and a secondary capillary pump located inside the thermal stabilization-compensation chamber, - at least one condenser to be connected with a heat sink, - liquid lines and vapour lines connecting the at least one evaporator and the at least one condenser, and - a remote compensation chamber, characterized in that the thermal stabilization-compensation chamber comprises a two-phase reservoir and a liquid accumulator reservoir separated by a heat exchange surface, such that the remote compensation chamber is hydraulically connected with the two-phase reservoir and the liquid accumulator reservoir. - at least one evaporator to be connected with a heat source and comprising a thermal stabilization-compensation chamber attached to the at least one evaporator and a secondary capillary pump located inside the thermal stabilization-compensation chamber, - at least one condenser to be connected with a heat sink, - liquid lines and vapour lines connecting the at least one evaporator and the at least one condenser, and - a remote compensation chamber,
An information processing device comprising: a monitor event designating unit to designate, if an attack event which attacks an information system in which a plurality of system component elements are included is detected and a notification of a detected event which is the detected attack event and an event involvement element which is a system component element involved in an occurrence of the detected event is provided, an attack event which can occur next to the detected event due to involvement of the event involvement element, as a monitor event; and an involvement candidate element designating unit to designate a system component element which can be involved in an occurrence of the monitor event other than the event involvement element, as an involvement candidate element, among the plurality of system component elements, wherein the involvement candidate element designating unit designates a system component element in which an attack event related to the monitor event has occurred, as the involvement candidate element, among the system component elements other than the event involvement element. a monitor event designating unit to designate, if an attack event which attacks an information system in which a plurality of system component elements are included is detected and a notification of a detected event which is the detected attack event and an event involvement element which is a system component element involved in an occurrence of the detected event is provided, an attack event which can occur next to the detected event due to involvement of the event involvement element, as a monitor event; and an involvement candidate element designating unit to designate a system component element which can be involved in an occurrence of the monitor event other than the event involvement element, as an involvement candidate element, among the plurality of system component elements, wherein the involvement candidate element designating unit designates a system component element in which an attack event related to the monitor event has occurred, as the involvement candidate element, among the system component elements other than the event involvement element.
A compressor comprising: a housing comprising a body portion with a channel; a first rotor (26; 28) at least partially within a bore (276; 278) of the housing; and a slide valve element (102; 300) accommodated and at least partially within the channel and having a first surface facing the first rotor, wherein the slide valve element (102; 300) comprises a body (268; 302); characterised in that the slide valve element (102; 300) further comprises a coating (270; 306) on the body and forming the first surface; and in that the housing comprises a cover plate covering the channel and retaining the slide valve element (102; 300) in the channel. a housing comprising a body portion with a channel; a first rotor (26; 28) at least partially within a bore (276; 278) of the housing; and a slide valve element (102; 300) accommodated and at least partially within the channel and having a first surface facing the first rotor,
A method of treating arsenic contaminants in an in situ environment, comprising the steps of: preparing an aqueous chelated iron solution comprising an effective amount of a iron selected from at least one member of the group consisting of Fe chelates, Fe chelates and combinations thereof; adding both a stabilized source of an oxidizing agent stabilized with a stabilizer to said in situ environment in an effective concentration, and also said aqueous iron solution to said in situ environment in the presence of said source of the oxidizing agent in an amount sufficient to promote the co-precipitation of iron-arsenic oxyhydroxides;. and, oxidizing arsenic in the in situ environment and oxidizing iron in the in situ environment. preparing an aqueous chelated iron solution comprising an effective amount of a iron selected from at least one member of the group consisting of Fe chelates, Fe chelates and combinations thereof; adding both a stabilized source of an oxidizing agent stabilized with a stabilizer to said in situ environment in an effective concentration, and also said aqueous iron solution to said in situ environment in the presence of said source of the oxidizing agent in an amount sufficient to promote the co-precipitation of iron-arsenic oxyhydroxides;. and, oxidizing arsenic in the in situ environment and oxidizing iron in the in situ environment.
A method of constructing an underground tunnel, the method comprising the steps of: drilling a first bore along a first predetermined path through underlying geology. the first bore having a length of at least 25m; drilling a plurality of second bores along respective second predetermined paths through the underlying geology, each of the respective second predetermined paths being substantially parallel to the first predetermined path in order for the plurality of second bores alone, or a combination of the plurality of second bores and the first bore together, to define a substantially prism-shape region having a cross-section of a geometric shape along an entire length of the first and second bores, the geometric shape and a size of that shape being constant along the entire length; lining any one of the first bore and the plurality of second bores with a liner, the liner having holes therein; treating (50, 60, 70) the underlying geology through the holes in specific pre-defined directions, in advance of excavating the material in order to increase efficiency of excavating the material; and excavating material within the substantially prism-shape region to form a tunnel. drilling a first bore along a first predetermined path through underlying geology. the first bore having a length of at least 25m; drilling a plurality of second bores along respective second predetermined paths through the underlying geology, each of the respective second predetermined paths being substantially parallel to the first predetermined path in order for the plurality of second bores alone, or a combination of the plurality of second bores and the first bore together, to define a substantially prism-shape region having a cross-section of a geometric shape along an entire length of the first and second bores, the geometric shape and a size of that shape being constant along the entire length; lining any one of the first bore and the plurality of second bores with a liner, the liner having holes therein; treating (50, 60, 70) the underlying geology through the holes in specific pre-defined directions, in advance of excavating the material in order to increase efficiency of excavating the material; and excavating material within the substantially prism-shape region to form a tunnel.
An apparatus for carrier suppression in a frequency referenced passive optical network, PON, with point to multi-point, P2MP, topology comprising a central node and end nodes (106A-106N), where each end node (106A-106N) is configured to generate an intensity-modulated optical uplink signal and to lock a central frequency of the intensity-modulated optical uplink signal to one of reference tones of a downlink frequency comb signal broadcasted by a central node transmitter, and the central node comprises a single coherent receiver for detecting a combined uplink signal, the combined uplink signal comprising the intensity-modulated optical uplink signals from the end nodes (106A-106N), the apparatus configured to be arranged in the central node and comprising: a periodic optical filter unit configured for suppressing residual optical carriers in the combined uplink signal by filtering a portion of the downlink frequency comb signal and the combined uplink signal, and a control unit configured for monitoring a power of the filtered portion of the downlink frequency comb signal and spectrally aligning the periodic optical filter unit with the downlink frequency comb signal based on the power of the filtered portion of the downlink frequency comb signal. a periodic optical filter unit configured for suppressing residual optical carriers in the combined uplink signal by filtering a portion of the downlink frequency comb signal and the combined uplink signal, and a control unit configured for monitoring a power of the filtered portion of the downlink frequency comb signal and spectrally aligning the periodic optical filter unit with the downlink frequency comb signal based on the power of the filtered portion of the downlink frequency comb signal.
A guide device for linearly movable components, comprising a guide rail (2, 2', 2", 102, 120), along which at least one carrying element (5, 5', 5", 50, 103) is supported so it is movable via rollers or roller bodies, wherein the carrying element (5, 5', 5", 50, 103) is linearly movable between two end positions and a support unit (20, 60, 111) is provided between the carrying element (5, 5', 5", 50, 103) and the guide rail (2, 2', 2", 102, 120) in at least one end position, wherein the carrying element (5, 5', 5", 50, 103) is first supported by the support unit (20, 60, 111) upon exceeding a predetermined force in one of the end positions and the carrying element (5, 5', 5", 50, 103) or a component connected to the carrying element (5, 5', 5", 50, 103) is arranged spaced apart from the support unit (20, 60, 111) in the unloaded state, characterized in that either the guide device is designed as a pullout guide comprising a stationary guide rail (2, 2', 2", 102) and a movable slide rail (5, 5', 5", 103) as the carrying element, wherein either a middle rail, on which a support roller is supported so it is rotatable, is provided between the guide rail (2, 2', 2") and the slide rail (5, 5', 5"), or wherein a support roller is supported so it is rotatable on the slide rail, or the carrying element is supported so it is movable on the guide rail, on which carrying element a sliding door is installed, wherein a roller is supported so it is rotatable on the carrying element, which roller is at least partially produced from an elastic material, and wherein a support roller is supported so it is rotatable on the carrying element adjacent to the roller, and the carrying element, the guide rail, or a component connected to the carrying element or the guide rail has an intake bevel and a ramp, wherein the support roller (21, 56, 112) interacts with the intake bevel and the ramp.
Method for operating a wireless communication device in a cellular network, the wireless communication device comprising a communication unit comprising a radio mode decision unit and a transceiver unit, the radio mode decision unit further maintaining a set of network operation modes, the wireless communication device further comprising a controlling appliance, interconnected with the communication unit by means of a command interface, the method comprising the steps of, for the communication unit: - ascertaining at least one communication behavior parameterization conforming to a preconfigured communication behavior demand of the cellular network, wherein the communication behavior parameterization comprises a plurality of network operation modes indicated by the cellular network, for the controlling appliance: - submitting a transport template dataset comprising at least one data element relating to an envisaged communication behavior to the communication unit by means of the command interface, for the radio mode decision unit: - determining for an imminent data exchange session of the wireless communication device with the cellular network by means of the transceiver unit, one of said network operation modes by selecting out of said plurality of network operation modes, wherein for said selection taking into account said at least one communication behavior parameterization and said transport template dataset. - ascertaining at least one communication behavior parameterization conforming to a preconfigured communication behavior demand of the cellular network, wherein the communication behavior parameterization comprises a plurality of network operation modes indicated by the cellular network, for the controlling appliance: - submitting a transport template dataset comprising at least one data element relating to an envisaged communication behavior to the communication unit by means of the command interface, - determining for an imminent data exchange session of the wireless communication device with the cellular network by means of the transceiver unit, one of said network operation modes by selecting out of said plurality of network operation modes, wherein for said selection taking into account said at least one communication behavior parameterization and said transport template dataset.
An aircraft turbomachine, comprising a fan that is able to rotate inside a casing, and an electric machine comprising a rotor secured to the fan and a stator secured to said casing, characterised in that the rotor of the electric machine comprises a ring that is able to rotate inside the stator, which is linked by arms to a cone mounted upstream from the fan.