mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically analyzing and understanding activities and interactions in any one or more of: sports analytics, crowd monitoring, surveillance, or traffic monitoring and analysis, the method comprising: receiving at least location information for one or more individual objects in a scene at a given time; receiving visual information about the scene and at least one individual object in the scene; applying at least one first shared machine learning or artificial intelligence technique, shared among the one or more individual objects in the scene, to automatically learn an informative representation of spatio-temporal dynamics of location trajectory data for each of the one or more individual objects in the scene; applying at least one second shared machine learning or artificial intelligence technique, shared among the one or more individual objects in the scene, to automatically learn an informative representation of visual appearance data; combining the informative representations of spatio-temporal dynamics of location trajectory data and visual appearance data by concatenating the outputs of the first shared machine learning or artificial intelligence technique and the outputs of the second shared machine learning or artificial intelligence technique to form a fused feature representation, and passing the fused feature representation to a fully connected layer; identifying and analyzing individual and group activities in the scene based on the combined trajectory and visual data; and providing at least one individual or group activity as an output. receiving at least location information for one or more individual objects in a scene at a given time; receiving visual information about the scene and at least one individual object in the scene; applying at least one first shared machine learning or artificial intelligence technique, shared among the one or more individual objects in the scene, to automatically learn an informative representation of spatio-temporal dynamics of location trajectory data for each of the one or more individual objects in the scene; applying at least one second shared machine learning or artificial intelligence technique, shared among the one or more individual objects in the scene, to automatically learn an informative representation of visual appearance data; combining the informative representations of spatio-temporal dynamics of location trajectory data and visual appearance data by concatenating the outputs of the first shared machine learning or artificial intelligence technique and the outputs of the second shared machine learning or artificial intelligence technique to form a fused feature representation, and passing the fused feature representation to a fully connected layer; identifying and analyzing individual and group activities in the scene based on the combined trajectory and visual data; and providing at least one individual or group activity as an output.
A method for transmitting data of a service corresponding to multimedia content and corresponding service related information, the data of the service being carried according to a transport protocol over a user datagram protocol/internet protocol, UDP/IP, layer, the method being carried out by a transmitting apparatus in a broadcasting communication system, the method comprising: identifying a transport protocol for transmission of the data of the service corresponding to the multimedia content over a user datagram protocol/internet protocol, UDP/IP, layer, wherein the identified transport protocol is one of real-time object delivery over unidirectional transport, ROUTE, protocol and moving picture experts group media transport, MMTP, protocol; identifying first signaling information providing service specific information required for reception of the data of the service based on the identified transport protocol; transmitting, through at least one user datagram protocol/internet protocol, UDP/IP, packet, second signaling information providing service-related information for the service; and transmitting the data of the service and the first signaling information by using the identified transport protocol, wherein the second signaling information comprises service identification information identifying the service, protocol information indicating the type of the identified transport protocol for transmission of the first signaling information, and position information for the first signaling information, the position information including an Internet Protocol, IP, address through which the first signaling information is transmitted. identifying a transport protocol for transmission of the data of the service corresponding to the multimedia content over a user datagram protocol/internet protocol, UDP/IP, layer, wherein the identified transport protocol is one of real-time object delivery over unidirectional transport, ROUTE, protocol and moving picture experts group media transport, MMTP, protocol; identifying first signaling information providing service specific information required for reception of the data of the service based on the identified transport protocol; transmitting, through at least one user datagram protocol/internet protocol, UDP/IP, packet, second signaling information providing service-related information for the service; and transmitting the data of the service and the first signaling information by using the identified transport protocol, wherein the second signaling information comprises service identification information identifying the service, protocol information indicating the type of the identified transport protocol for transmission of the first signaling information, and position information for the first signaling information, the position information including an Internet Protocol, IP, address through which the first signaling information is transmitted.
An airfoil, comprising: an airfoil section having an external wall and an internal wall, said internal wall defining a reference plane extending in a spanwise direction along a surface of said internal wall; a first cavity and a second cavity separated by said internal wall; a plurality of crossover passages within said internal wall and connecting said first cavity to said second cavity, each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity; and wherein said passage axis of each of said plurality of crossover passages is arranged at a radial angle relative to a localized region of said reference plane such that said radial angle of at least some of said plurality of crossover passages differs in said spanwise direction; characterised in that: said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages, said first set of crossover passages are arranged such that said radial angle decreases as span position increases, and said second set of crossover passages are arranged such that said radial angle increases as span position increases. an airfoil section having an external wall and an internal wall, said internal wall defining a reference plane extending in a spanwise direction along a surface of said internal wall; a first cavity and a second cavity separated by said internal wall; a plurality of crossover passages within said internal wall and connecting said first cavity to said second cavity, each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity; and wherein said passage axis of each of said plurality of crossover passages is arranged at a radial angle relative to a localized region of said reference plane such that said radial angle of at least some of said plurality of crossover passages differs in said spanwise direction; characterised in that: said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages, said first set of crossover passages are arranged such that said radial angle decreases as span position increases, and said second set of crossover passages are arranged such that said radial angle increases as span position increases. said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages, said first set of crossover passages are arranged such that said radial angle decreases as span position increases, and said second set of crossover passages are arranged such that said radial angle increases as span position increases.
Method of manufacturing a tyre tread, this tread comprising a plurality of raised elements, each raised element comprising a contact face intended to come into contact with a ground when the tyre is rolling along and lateral faces connected to this contact face, the method of manufacture comprising the following steps: - a step of preparing a green form of the tyre; - a step of laying a cover layer over all or part of an external surface of the green tyre; - a step of laying the green tyre in a mould; - with the mould comprising a blade, a step of using this blade to mould a lateral face of a raised element; - a step of vulcanizing the green tyre in order to obtain the tyre; characterized in that this method of manufacture further comprises the following steps: - a step of cutting the cover layer using cutting means belonging to the mould; - during the moulding of the lateral face of the raised element by the blade, a step whereby this blade drives a cut part of the cover layer into the green tyre so that the lateral face of the raised element is partially or fully covered by this cut part. - a step of preparing a green form of the tyre; - a step of laying a cover layer over all or part of an external surface of the green tyre; - a step of laying the green tyre in a mould; - with the mould comprising a blade, a step of using this blade to mould a lateral face of a raised element; - a step of vulcanizing the green tyre in order to obtain the tyre; - a step of cutting the cover layer using cutting means belonging to the mould; - during the moulding of the lateral face of the raised element by the blade, a step whereby this blade drives a cut part of the cover layer into the green tyre so that the lateral face of the raised element is partially or fully covered by this cut part.
A system for coupling an external diaphragm pacemaker to a ventilator, the system comprising an external diaphragm pacemaker, a negative pressure generator and an EAdi acquisition module for capturing EAdi signals from the diaphragm muscle, a signal processing module for treating the EAdi signals, and a microprocessor for analysis and assessment of the Eadi signals and a microcontroller for coupling control of a ventilator, wherein the negative pressure generator has a negative pressure generating terminal connectable to the ventilator's end on the patient side; the EAdi acquisition module is adapted to collect the EAdi signal, wherein signal processing module is adapted to treat the EAdi signal and send it to the microprocessor for analysis and assessment, wherein based on the strength and time interval of two successive half-wave peaks of the EAdi signal, a corresponding control signal is sent to the microcontroller and the microcontroller is adapted to output corresponding control signals which, on the one hand, trigger the external diaphragm pacemaker into operation and, on the other hand, trigger the operation of the negative pressure generator so that a negative pressure is generated in the negative pressure generating terminal which in turn is adapted to trigger the operation of the external ventilator, wherein EAdi denotes the the electrical activity of the diaphragm.
Arrangement for liquefying natural gas, with - a gas turbine unit comprising a gas turbine compressor (GTCO), - a steam turbine unit, - a first compressor unit for liquefying the natural gas, - a second compressor unit, the steam turbine unit and the first compressor unit having a common, rigidly joined-together first shaft assembly and the gas turbine unit and the second compressor unit having a common rigidly joined-together second shaft assembly, characterized in that the arrangement further comprises - a shiftable clutch and - a fired steam generator (AUXSTG) for supplying the steam turbine unit with steam, wherein the first shaft assembly and the second shaft assembly can be connected and disconnected to and from each other by means of the clutch. - a gas turbine unit comprising a gas turbine compressor (GTCO), - a steam turbine unit, - a first compressor unit for liquefying the natural gas, - a second compressor unit, the steam turbine unit and the first compressor unit having a common, rigidly joined-together first shaft assembly and the gas turbine unit and the second compressor unit having a common rigidly joined-together second shaft assembly, - a fired steam generator (AUXSTG) for supplying the steam turbine unit with steam,
Attaching fixture for a support element on a support column of a piece of furniture, with locking means with which the support element may be fixed to the upwards-extending support column, wherein the locking means have a base body on which is provided a locating section (7, 8), wherein the locating section (7, 8) is so designed that the support column in a fitted state abuts a contact zone on the locating section (7, 8), wherein the locking means comprise a clamping body and a support fixture formed on the base body, wherein the clamping body acts on the support column and wherein the clamping body may be pressed by the support fixture against the support column abutting the contact zone of the locating section (7, 8) in such a way that the support column may be clamped and friction-locked between the contact zone and the clamping body, wherein the clamping body may be arranged with its longitudinal axis parallel or substantially parallel to a longitudinal axis of the support column, characterised in that the clamping body has on opposite end faces bearing pins (19, 34), each engaging in a bearing zone (20, 35) of the base body, wherein the clamping body is part of an eccentric arrangement by which the support column may be fitted with friction-locking between the contact zone of the locating section (7, 8) and the clamping body, and wherein the clamping body is in the form of an eccentric which may be rotated around its longitudinal axis from a non-clamping into a clamping state.
Device for transmission welding at two internal peripheral surfaces of a workpiece by means of laser beams with a plurality of laser-lens modules, each comprising a high power diode laser and beam-forming optics, the laser-lens modules being arranged at equal distances from each other on a circular line and to the midpoint of the circular line and each being configured so as to emit a divergent laser beam with a beam axis in a radiation plane radially to the midpoint of the circular line, rotationally symmetric deflection optics, with the body axis of the deflection optics being arranged perpendicular to the radiation plane and extending through the midpoint of the circular line and a receptacle, in order to be able to arrange the workpiece with two internal axially symmetric peripheral surfaces with its symmetry axis coaxially to the body axis of the rotationally symmetric deflection optics, characterized in that, the rotationally symmetric deflection optics is a conical mirror element having a cone angle (α) of less than 30°, so that the impinging laser beams are reflected directly into a welding plane, having a welding distance to the radiation plane, onto the internal peripheral surfaces of the workpiece received in the receptacle.
A machine tool comprising: a workpiece support (10, 12); a tool support (22, 32); and an infeed arrangement for causing relative movement in an infeed direction between the workpiece support and the tool support, characterised in that the machine tool includes: a metrology surface rigidly fixed relative to one of the workpiece support (10, 12) and the tool support (22, 32); a position probe carried by the other of the workpiece support and the tool support; and a processor configured to calculate a height measure relating to the relative spacing in a direction perpendicular to the infeed direction of the workpiece support and the tool support based on interaction between the position probe and the metrology surface as a result of relative movement in the infeed direction between the workpiece support and the tool support caused by the infeed arrangement, wherein the metrology surface comprises a planar surface that is inclined with respect to the infeed direction. a workpiece support (10, 12); a tool support (22, 32); and an infeed arrangement for causing relative movement in an infeed direction between the workpiece support and the tool support, characterised in that the machine tool includes: a metrology surface rigidly fixed relative to one of the workpiece support (10, 12) and the tool support (22, 32); a position probe carried by the other of the workpiece support and the tool support; and a processor configured to calculate a height measure relating to the relative spacing in a direction perpendicular to the infeed direction of the workpiece support and the tool support based on interaction between the position probe and the metrology surface as a result of relative movement in the infeed direction between the workpiece support and the tool support caused by the infeed arrangement, wherein the metrology surface comprises a planar surface that is inclined with respect to the infeed direction. a metrology surface rigidly fixed relative to one of the workpiece support (10, 12) and the tool support (22, 32); a position probe carried by the other of the workpiece support and the tool support; and a processor configured to calculate a height measure relating to the relative spacing in a direction perpendicular to the infeed direction of the workpiece support and the tool support based on interaction between the position probe and the metrology surface as a result of relative movement in the infeed direction between the workpiece support and the tool support caused by the infeed arrangement, wherein the metrology surface comprises a planar surface that is inclined with respect to the infeed direction.
A two lumen catheter for use in arterial or venous interventional procedures for extracting thrombus or clot comprising: a first main lumen configured for sucking or aspirating a blood clot, the first main lumen extending from the distal tip to the proximal end, the first lumen comprising metal with a metal internal surface where the distal portion is constructed from a swaged, multi-filar coil structure, such that the individual coil wire cross-sections are substantially rectangular in shape, a proximal portion of the first lumen attached to the distal portion and being made of substantially metal tubing, the proximal portion of the first lumen being metallically fused to the distal portion, the proximal portion being terminated at its proximal end with a luer adapter; a second lumen, configured to pass a guidewire through, extending from the distal tip and exiting or terminating at a point proximal of the distal tip at a distance of 1-50 cm, the second lumen being attached adjacent to an outside wall of the first main lumen; and a distal tip structure attached to the distal portion of the first main lumen that is substantially constructed of metal and angled at its distal end in an amount of 30-60 degrees from the central axis of the lumen, the distal tip being attached by metal fusion to the distal portion, the distal tip being externally coated with a gold plating for enhanced radiopacity. a first main lumen configured for sucking or aspirating a blood clot, the first main lumen extending from the distal tip to the proximal end, the first lumen comprising metal with a metal internal surface where the distal portion is constructed from a swaged, multi-filar coil structure, such that the individual coil wire cross-sections are substantially rectangular in shape, a proximal portion of the first lumen attached to the distal portion and being made of substantially metal tubing, the proximal portion of the first lumen being metallically fused to the distal portion, the proximal portion being terminated at its proximal end with a luer adapter; a second lumen, configured to pass a guidewire through, extending from the distal tip and exiting or terminating at a point proximal of the distal tip at a distance of 1-50 cm, the second lumen being attached adjacent to an outside wall of the first main lumen; and a distal tip structure attached to the distal portion of the first main lumen that is substantially constructed of metal and angled at its distal end in an amount of 30-60 degrees from the central axis of the lumen, the distal tip being attached by metal fusion to the distal portion, the distal tip being externally coated with a gold plating for enhanced radiopacity.
A system comprising: an input interface; output interfaces (808, 810, 812) to individual communication channels, wherein each individual communication channel comprises a different network type, and wherein the output interfaces connect to an in-home network and the network type of each communication channel is selected from a group comprising a Multimedia over Coax, MoCA, network, a WiFi network, a powerline network, and an Ethernet network; and logic in communication with the input interface and the output interfaces, the logic configured to: determine which two of the communication channels to employ together as a bonded channel group; obtain a packet stream from the input interface created by a statistical multiplexer; dividing the packet stream into communication units; distribute channel bonding information across the output interfaces; and distribute the communication units across the communication channels in the bonded channel group. an input interface; output interfaces (808, 810, 812) to individual communication channels, wherein each individual communication channel comprises a different network type, and wherein the output interfaces connect to an in-home network and the network type of each communication channel is selected from a group comprising a Multimedia over Coax, MoCA, network, a WiFi network, a powerline network, and an Ethernet network; and logic in communication with the input interface and the output interfaces, the logic configured to: determine which two of the communication channels to employ together as a bonded channel group; obtain a packet stream from the input interface created by a statistical multiplexer; dividing the packet stream into communication units; distribute channel bonding information across the output interfaces; and distribute the communication units across the communication channels in the bonded channel group. determine which two of the communication channels to employ together as a bonded channel group; obtain a packet stream from the input interface created by a statistical multiplexer; dividing the packet stream into communication units; distribute channel bonding information across the output interfaces; and distribute the communication units across the communication channels in the bonded channel group.