mhurhangee/ep-ind-claims huggingface dataset:
A satellite communication system for a continuous broadband access service over a terrestrial coverage area including at least one polar region, comprising a satellite constellation (S1, S2,..., Sk) placed in an elliptical orbit around the earth at low or medium altitude, user terminals located in said coverage area, at least two anchor stations distributed over the surface of the earth and designed to provide bidirectional communications with said user terminals by means of at least one satellite passing over said coverage area, characterised in that it further comprises a network of routers interconnected to each other and to the worldwide web by dedicated local terrestrial communication channels, in that each anchor station is connected to said worldwide web by means of said network of routers, and in that each anchor station comprises a device for managing resources and handovers that is designed to control handovers of communication between the satellites that successively pass over said coverage area, handovers of communication between said anchor stations and simultaneous dual-handovers of communication between said satellites and between said anchor stations.
A multi-layer sliding bearing element, comprising a support layer and at least one sliding layer, wherein the sliding layer has edges (9, 10) extending in a circumferential direction and a layer thickness in the radial direction, wherein further the layer thickness of the sliding layer in the region of at least one of the edges (9, 10) is lower than in a region next to the edges (9, 10), and the sliding layer consists, at least as the main component, of a metallic alloy, which has a first element forming a matrix and at least one second element, characterized in that the second element is contained with a concentration gradient extending in an axial direction, wherein the proportion of the second element in the alloy increases in the direction towards the edge (9, 10) and wherein the second element has a smaller current equivalent than the first element forming the matrix and/or wherein the second element or intermetallic phases formed thereof has/have a higher density than the first element forming the matrix.
A method for managing user side device through NAT gateway, comprising the following steps: Step 1, when the user side device powering on, a management terminal determines whether the user side device is in the LAN side of the NAT gateway or not; Step 2, the management terminal sets and turns on NAT gateway through function switch of the user side device in the LAN side, and the user side device selects the NAT ageing time discovery operation; Step 3, the management terminal determines time interval of sending heartbeat message of user datagram protocol of the user side device according to result of the NAT ageing time discovery, and whether the management terminal respond the heartbeat message immediately or not; Step 4, the user side device transmits the heartbeat message to the management terminal according to the time interval; Step 5, the management terminal sends UDP management request to the user side device; Step 6, the user side device associates with the management terminal using the multiple protocol messages according to the management request and the management terminal accomplishes management the initiative to the user side device. Step 1, when the user side device powering on, a management terminal determines whether the user side device is in the LAN side of the NAT gateway or not; Step 2, the management terminal sets and turns on NAT gateway through function switch of the user side device in the LAN side, and the user side device selects the NAT ageing time discovery operation; Step 3, the management terminal determines time interval of sending heartbeat message of user datagram protocol of the user side device according to result of the NAT ageing time discovery, and whether the management terminal respond the heartbeat message immediately or not; Step 4, the user side device transmits the heartbeat message to the management terminal according to the time interval; Step 5, the management terminal sends UDP management request to the user side device; Step 6, the user side device associates with the management terminal using the multiple protocol messages according to the management request and the management terminal accomplishes management the initiative to the user side device.
A consolidation method comprising the steps consisting of: - placing a fibrous preform in the shaping recess of a shaping tool, - supplying the shaping tool with a gas phase to obtain a deposit in the fibrous preform, the shaping tool for the vapor phase chemical infiltration of a fibrous preform comprising a first portion, one face of which has a first shaping zone surrounded by a first edge zone, and a second portion, one face of which has a second shaping zone surrounded by a second edge zone, the first and the second shaping zone defining, when the first edge zone is brought into contact with the second edge zone, a shaping recess with a given shape intended to receive the fibrous preform, characterized in that at least one gas injection port is present at least partially in the first or in the second edge zone and a gas outlet port is present at least partially in the first or in the second edge zone, the gas injection port and the gas outlet port placing the shaping recess in fluid communication with the outside of the shaping tool, and in that the outer faces of the first and of the second portion are impermeable to gas. - placing a fibrous preform in the shaping recess of a shaping tool, - supplying the shaping tool with a gas phase to obtain a deposit in the fibrous preform, the shaping tool for the vapor phase chemical infiltration of a fibrous preform comprising a first portion, one face of which has a first shaping zone surrounded by a first edge zone, and a second portion, one face of which has a second shaping zone surrounded by a second edge zone, the first and the second shaping zone defining, when the first edge zone is brought into contact with the second edge zone, a shaping recess with a given shape intended to receive the fibrous preform, characterized in that at least one gas injection port is present at least partially in the first or in the second edge zone and a gas outlet port is present at least partially in the first or in the second edge zone, the gas injection port and the gas outlet port placing the shaping recess in fluid communication with the outside of the shaping tool, and in that the outer faces of the first and of the second portion are impermeable to gas.
A compound having the following formula or or or or wherein Y6,Y7 are independently of each other selected from H, halo, C alkyl, C alkenyl, C alkynyl, -OR', -COR', -COOR', and -NHR', wherein R' is H or C(1=8)alkyl, Y8 is selected from H, nitroso, C alkyl, -OR', -COR', and halosubstituted -COR', wherein R' is H or C alkyl, Ra is H or C alkyl. Y6,Y7 are independently of each other selected from H, halo, C alkyl, C alkenyl, C alkynyl, -OR', -COR', -COOR', and -NHR', wherein R' is H or C(1=8)alkyl, Y8 is selected from H, nitroso, C alkyl, -OR', -COR', and halosubstituted -COR', wherein R' is H or C alkyl, Ra is H or C alkyl.
Structural component for a motor vehicle, comprising a deformation structure which is designed for absorbing crash-induced deformation energy and can be transferred from a first deformation state into a second deformation state on introduction of crash-induced deformation energy, wherein the deformation structure comprises a base body formed by a foam material, characterised in that - the base body has at least one free space formed as an elongated recess extending at least in sections through the latter, wherein the free space increases the deformation ability of the base body and - at least one force introduction element is fastened to the base body. - the base body has at least one free space formed as an elongated recess extending at least in sections through the latter, wherein the free space increases the deformation ability of the base body and - at least one force introduction element is fastened to the base body.
Method for monitoring a network, wherein said network has a connected graph topology, in particular a tree structure, and includes a plurality of monitoring nodes, a plurality of mediator nodes and at least one root entity, the method comprising: collecting, by the plurality of monitoring nodes, network measurement data; performing, by each of the plurality of mediator nodes, at least the task of aggregating network measurement data received from different monitoring nodes and/or mediator nodes; and receiving, by the at least one root entity, network measurement data and/or aggregated network measurement data from said mediator nodes, characterized in that said step of aggregating network measurement data is performed by condensing network measurement data into a summarized probabilistic data structure, said summarized probabilistic data structure being linear with respect to aggregation and non-reversible, so that it is impossible for said data structure to leak information about specific users. collecting, by the plurality of monitoring nodes, network measurement data; performing, by each of the plurality of mediator nodes, at least the task of aggregating network measurement data received from different monitoring nodes and/or mediator nodes; and receiving, by the at least one root entity, network measurement data and/or aggregated network measurement data from said mediator nodes, characterized in that said step of aggregating network measurement data is performed by condensing network measurement data into a summarized probabilistic data structure, said summarized probabilistic data structure being linear with respect to aggregation and non-reversible, so that it is impossible for said data structure to leak information about specific users.
A combination of Tesofensine, or a pharmaceutically acceptable salt thereof, and Metoprolol, or a pharmaceutically acceptable salt thereof, for use in the treatment, prevention or alleviation of obesity or an obesity associated disorder selected from the group consisting of overeating disorders, bulimia nervosa, binge eating disorder, compulsive over-eating, impaired appetite regulation, metabolic syndrome, type 2 diabetes, dyslipidemia, atherosclerosis and drug-induced obesity in a living animal body, and for preventing or alleviating the cardiovascular side effects of Tesofensine.
A method of fabricating display structures, the method comprising: receiving a wafer which comprises a growth substrate and an epitaxial semiconductor layer grown on a first face of the growth substrate, patterning the epitaxial semiconductor layer of the wafer from a front face of the epitaxial semiconductor layer to form a common electrode contact of a set of micro-light emitting diodes (micro-LEDs), bonding the common electrode contact to a carrier substrate, releasing the growth substrate from the epitaxial semiconductor layer to expose a back face of the epitaxial semiconductor layer, the back face opposed from the front face across a thickness of the epitaxial semiconductor layer, providing individually addressable contacts on the back face of the epitaxial semiconductor layer, such that the common electrode contact, the epitaxial semiconductor layer and the individually addressable contacts form the set of micro-light emitting diodes, and electrically coupling a set of drive circuitry o the individually addressable contacts to control the micro-LEDs. receiving a wafer which comprises a growth substrate and an epitaxial semiconductor layer grown on a first face of the growth substrate, patterning the epitaxial semiconductor layer of the wafer from a front face of the epitaxial semiconductor layer to form a common electrode contact of a set of micro-light emitting diodes (micro-LEDs), bonding the common electrode contact to a carrier substrate, releasing the growth substrate from the epitaxial semiconductor layer to expose a back face of the epitaxial semiconductor layer, the back face opposed from the front face across a thickness of the epitaxial semiconductor layer, providing individually addressable contacts on the back face of the epitaxial semiconductor layer, such that the common electrode contact, the epitaxial semiconductor layer and the individually addressable contacts form the set of micro-light emitting diodes, and electrically coupling a set of drive circuitry o the individually addressable contacts to control the micro-LEDs.
A ribbon fiber, comprising: a core, wherein said core includes a rare earth dopant and has a length and an aspect ratio that is orthogonal to said length, wherein said aspect ratio comprises a long aspect that is orthogonal to a relatively shorter aspect, wherein the concentration of said rare earth dopant varies across said long aspect, wherein said long aspect spans a first edge of said core and a second edge of said core; means for guiding light within said core; and one or more heat insulating elements (40, 41) configured for flattening the thermal profile of said core along said long aspect while said light is guided within said core by reducing the amount of heat that can escape from at least one of the first edge and the second edge. a core, wherein said core includes a rare earth dopant and has a length and an aspect ratio that is orthogonal to said length, wherein said aspect ratio comprises a long aspect that is orthogonal to a relatively shorter aspect, wherein the concentration of said rare earth dopant varies across said long aspect, wherein said long aspect spans a first edge of said core and a second edge of said core; means for guiding light within said core; and one or more heat insulating elements (40, 41) configured for flattening the thermal profile of said core along said long aspect while said light is guided within said core by reducing the amount of heat that can escape from at least one of the first edge and the second edge.
A method of preparing a sample for analysis, wherein the sample comprises at least one solute in a solvent, using a concentration tube and a vial, characterised by the steps of: providing the sample in the concentration tube, wherein the concentration tube is open at one end and closed at the other, with the closed end being selectively openable, and wherein the sample is collected in the tube prior to coupling the vial to the tube; coupling a vial to the one, open end of the tube; inverting the tube; opening the other end of the tube; and evaporating solvent from the sample via the other end of the tube, until the concentrated sample is confined to the vial. providing the sample in the concentration tube, wherein the concentration tube is open at one end and closed at the other, with the closed end being selectively openable, and wherein the sample is collected in the tube prior to coupling the vial to the tube; coupling a vial to the one, open end of the tube; inverting the tube; opening the other end of the tube; and evaporating solvent from the sample via the other end of the tube, until the concentrated sample is confined to the vial.
A compound of Formula: where: -Z- is: and R c is -C(CH 3) 2 -(piperazin-1-yl), -C(CH 3) 2 -(4-methylpiperazin-1-yl), -C(CH 3) 2 -(4-ethylpiperazin-1-yl), -C(CH 3) 2 -N(CH 3)oxetan-3-yl, -C(CH 3) 2 -N(CH 2 CH 3)oxetan-3-yl, -C(CH 3) 2 -N(cyclopropyl)oxetan-3-yl, -C(CH 3) 2 -NHoxetan-3-yl, or -C(CH 3) 2 -2-oxa-6-azaspiro[3.3]heptan-6-yl; and/or a pharmaceutically acceptable salt thereof. -Z- is: and R c is -C(CH 3) 2 -(piperazin-1-yl), -C(CH 3) 2 -(4-methylpiperazin-1-yl), -C(CH 3) 2 -(4-ethylpiperazin-1-yl), -C(CH 3) 2 -N(CH 3)oxetan-3-yl, -C(CH 3) 2 -N(CH 2 CH 3)oxetan-3-yl, -C(CH 3) 2 -N(cyclopropyl)oxetan-3-yl, -C(CH 3) 2 -NHoxetan-3-yl, or -C(CH 3) 2 -2-oxa-6-azaspiro[3.3]heptan-6-yl;
Radio station with an antenna mast and with an accessible container, which comprises a base frame and a cover frame of hollow sections and corner posts connecting the base and cover frames (1, 2) together, forming wall areas between them, wherein the base and cover frames (1, 2) with the corner posts are bolted through a lattice-like reinforcement of the wall areas to a load-bearing framework for the antenna mast, which can be mounted on the cover frame and attached to the cover frame, characterised in that the frame has hollow base sections bolted on to the underside of the base frame, running diagonally over the frame corners, the parts of which projecting beyond the frame sides being screwed to a concrete base slab by means of anchor bolts,
An in-vehicle information processor comprising: a traffic signal information acquisition unit that acquires traffic signal information regarding a lighting state of a traffic signal; an information providing unit that provides a time remaining until a red signal of a traffic signal changes based on the traffic signal information acquired by the traffic signal information acquisition unit, and a vehicle speed sensing unit that detects a speed of a vehicle; wherein the information providing unit starts providing the time remaining until the red signal of the traffic signal changes based on the traffic signal information when the red signal is lit and the speed of the vehicle detected by the vehicle speed sensing unit becomes equal to or smaller than a predetermined threshold value, and wherein the information providing unit ends providing the time remaining until the red signal of the traffic signal changes when lighting of the red signal ends or the speed of the vehicle detected by the vehicle speed sensing unit exceeds the predetermined threshold value while the time remaining until the red signal of the traffic signal changes based on the traffic signal information being provided. a traffic signal information acquisition unit that acquires traffic signal information regarding a lighting state of a traffic signal; an information providing unit that provides a time remaining until a red signal of a traffic signal changes based on the traffic signal information acquired by the traffic signal information acquisition unit, and a vehicle speed sensing unit that detects a speed of a vehicle; wherein the information providing unit starts providing the time remaining until the red signal of the traffic signal changes based on the traffic signal information when the red signal is lit and the speed of the vehicle detected by the vehicle speed sensing unit becomes equal to or smaller than a predetermined threshold value, and wherein the information providing unit ends providing the time remaining until the red signal of the traffic signal changes when lighting of the red signal ends or the speed of the vehicle detected by the vehicle speed sensing unit exceeds the predetermined threshold value while the time remaining until the red signal of the traffic signal changes based on the traffic signal information being provided.
A compressor, comprising: a piston performing a reciprocating motion within a cylinder; a linear motor to supply a driving force for the motion of the piston; a discharge unit to allow a refrigerant compressed in the cylinder to be discharged in response to the motion of the piston; wherein the discharge unit is disposed on one end of the cylinder; characterized in that the compressor further comprises: a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches a virtual discharge surface, VDS, during the reciprocating motion, to prevent the piston from colliding with the discharge unit, a sensing unit to detect a motor voltage or motor current of the linear motor; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage or motor current, and control the linear motor based on the determination result, wherein the virtual discharge surface, VDS, is defined as a surface being brought into contact with at least part of the discharge unit facing a compression space within the cylinder, wherein the pressure changing unit is disposed between the one end of the cylinder having the discharge unit disposed thereon and another end of the cylinder, and wherein the pressure changing unit comprises a groove formed on an inner wall of the cylinder. a piston performing a reciprocating motion within a cylinder; a linear motor to supply a driving force for the motion of the piston; a discharge unit to allow a refrigerant compressed in the cylinder to be discharged in response to the motion of the piston; wherein the discharge unit is disposed on one end of the cylinder; a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches a virtual discharge surface, VDS, during the reciprocating motion, to prevent the piston from colliding with the discharge unit, a sensing unit to detect a motor voltage or motor current of the linear motor; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage or motor current, and control the linear motor based on the determination result, wherein the virtual discharge surface, VDS, is defined as a surface being brought into contact with at least part of the discharge unit facing a compression space within the cylinder, wherein the pressure changing unit is disposed between the one end of the cylinder having the discharge unit disposed thereon and another end of the cylinder, and wherein the pressure changing unit comprises a groove formed on an inner wall of the cylinder.
A method for manufacturing a detector device (50; 150) for detecting UV radiation, comprising the steps of: - providing a SiC substrate having a first conductivity type and a first concentration of dopant species, provided with a front side and a back side opposite to one another; - forming, on the front side of the substrate, a drift layer of SiC having the first conductivity type and a second concentration of dopant species lower than the first concentration; - forming, on the back side of the substrate, a cathode terminal of said detector device; and - forming, in the drift layer, an anode terminal of said detector device (50; 150), characterized in that the step of forming the anode terminal comprises: - implanting, in the drift layer, dopant species having a second conductivity type opposite to the first conductivity type, thus forming a doped anode region; and - generating a first laser beam towards said doped anode region to cause heating of the doped anode region to temperatures comprised between 1500°C and 2600°C, so as to form a first ohmic-contact region including one or more carbon-rich layers, in particular layers of graphene and/or graphite, in said doped anode region. - providing a SiC substrate having a first conductivity type and a first concentration of dopant species, provided with a front side and a back side opposite to one another; - forming, on the front side of the substrate, a drift layer of SiC having the first conductivity type and a second concentration of dopant species lower than the first concentration; - forming, on the back side of the substrate, a cathode terminal of said detector device; and - forming, in the drift layer, an anode terminal of said detector device (50; 150), - implanting, in the drift layer, dopant species having a second conductivity type opposite to the first conductivity type, thus forming a doped anode region; and - generating a first laser beam towards said doped anode region to cause heating of the doped anode region to temperatures comprised between 1500°C and 2600°C, so as to form a first ohmic-contact region including one or more carbon-rich layers, in particular layers of graphene and/or graphite, in said doped anode region.