mhurhangee/ep-ind-claims huggingface dataset:
A connection group between a leg and a shelf of a piece of furniture, comprising a vertical shank which can be fixed to said leg, and a flange radially protruding from said shank, said shelf being fixable to said flange wherein said flange has a box-shaped shell configuration, characterized in that said flange is structurally made up of two tilted outer walls connecting a crest or summit line to flat side edges (27, 28) having holes for the passage of screws for fixing the flange to the shelf and that said flange is internally ribbed, having a central axial rib from which side ribs extend connecting the central rib to the holes of the sides.
A hard material layer on a component, wherein the hard material layer comprises a DLC layer with a hardness of at least 10 GPa, characterized in that a DLC gradient layer with a thickness of at least 300 nm is provided on the diamond-like carbon layer, wherein the DLC gradient layer is realized with a decreasing density and thus, with a decreasing hardness, and wherein the DLC gradient layer does not differ from the DLC layer with respect to the chemical elements comprised.
Method for fabricating an electronic device comprising: - providing a first stack comprising: ∘ a first substrate comprising at least one main surface provided with at least a first electric contact area and at least one first protuberance arranged to form a stop, ∘ a second substrate provided with a salient spacer, - assembling the first substrate with the second substrate so as to define at least one first lateral groove comprising the first electric contact area and to fix the first substrate with the second substrate, the first lateral groove being bounded by the first substrate, the second substrate and the spacer, the at least a first protuberance limiting movement of the spacer relatively to the first substrate in at least a first direction passing via the first lateral groove and the spacer, method characterised in that, when fixing of the second substrate with the first substrate is performed, the at least one first protuberance limits movement of the spacer relatively to the first substrate in a second direction parallel to the longitudinal axis of the first groove and perpendicular to the first direction and in that, subsequent to fixing of the first substrate with the second substrate, it comprises at least partial elimination of the at least one first protuberance by means of an annealing step at a higher temperature than the melting temperature of the material forming the at least one first protuberance. - providing a first stack comprising: ∘ a first substrate comprising at least one main surface provided with at least a first electric contact area and at least one first protuberance arranged to form a stop, ∘ a second substrate provided with a salient spacer, ∘ a first substrate comprising at least one main surface provided with at least a first electric contact area and at least one first protuberance arranged to form a stop, ∘ a second substrate provided with a salient spacer, - assembling the first substrate with the second substrate so as to define at least one first lateral groove comprising the first electric contact area and to fix the first substrate with the second substrate, the first lateral groove being bounded by the first substrate, the second substrate and the spacer, the at least a first protuberance limiting movement of the spacer relatively to the first substrate in at least a first direction passing via the first lateral groove and the spacer,
A system for managing a wireless power transfer network, said system comprising: at least one wireless power outlet unit operable to transfer power to at least one electrical device associated with a wireless power receiver; and at least one management server in communication with said at least one wireless power outlet unit, said at least one management server operable to execute instructions directed to: receiving an identification code from said at least one wireless power outlet unit; and managing power transfer from said at least one wireless power outlet unit to said at least one electrical device, characterized in that said managing of power transfer is governed by at least one power management policy, said at least one power management policy being configured to determine power transfer conditions for said at least one wireless power outlet unit for a user in respect of starting time, ending time, duration of power transfer and combinations thereof. at least one wireless power outlet unit operable to transfer power to at least one electrical device associated with a wireless power receiver; and at least one management server in communication with said at least one wireless power outlet unit, said at least one management server operable to execute instructions directed to: receiving an identification code from said at least one wireless power outlet unit; and managing power transfer from said at least one wireless power outlet unit to said at least one electrical device, characterized in that said managing of power transfer is governed by at least one power management policy, said at least one power management policy being configured to determine power transfer conditions for said at least one wireless power outlet unit for a user in respect of starting time, ending time, duration of power transfer and combinations thereof. receiving an identification code from said at least one wireless power outlet unit; and managing power transfer from said at least one wireless power outlet unit to said at least one electrical device, characterized in that said managing of power transfer is governed by at least one power management policy, said at least one power management policy being configured to determine power transfer conditions for said at least one wireless power outlet unit for a user in respect of starting time, ending time, duration of power transfer and combinations thereof.
A method implemented in a transmit signal processor for coordinating multipoint transmissions in a mobile communication network having coordinated multipoint cells that overlap, said method comprising: computing by the transmit signal processor tentative precoding weights for a coordinated multipoint transmission from a plurality of transmit antennas in two or more coordinating cells of a coordinated multipoint cell to one or more mobile terminals in a serving cell of the coordinated multipoint cell, at least one of said transmit antennas being shared with an overlapping coordinated multipoint cell; determining by the transmit signal processor a power availability for said shared transmit antennas in said coordinated multipoint cell; and scaling by the transmit signal processor the tentative precoding weights based on the power availability of said shared transmit antennas to determine final precoding weights for said coordinated multipoint transmission, wherein computing tentative precoding weights comprises computing tentative precoding weights for a coordinated multipoint transmission from a plurality of transmit antennas in two or more coordinating cells to a mobile terminal in a mobile terminal-specific coordinated multipoint cell. computing by the transmit signal processor tentative precoding weights for a coordinated multipoint transmission from a plurality of transmit antennas in two or more coordinating cells of a coordinated multipoint cell to one or more mobile terminals in a serving cell of the coordinated multipoint cell, at least one of said transmit antennas being shared with an overlapping coordinated multipoint cell; determining by the transmit signal processor a power availability for said shared transmit antennas in said coordinated multipoint cell; and scaling by the transmit signal processor the tentative precoding weights based on the power availability of said shared transmit antennas to determine final precoding weights for said coordinated multipoint transmission,
A charging circuit for generating a charging current supply to an output terminal, said charging circuit comprising: - sensing means for indirectly sensing said charging current and for generating a sensing current having a predetermined relation to said charging current; - current generating means for generating a predetermined reference current; - current comparing means for comparing that sensing current with said reference current to generate a control signal; and - control means for controlling said charging current in response to said control signal, characterized in that - said sensing means comprises first current mirror means (TP21, TP22) for sensing said charging current using a current mirror technique, wherein said comparing means comprises summing means to which said reference current and said sensing current are supplied, and said summing means being arranged to convert a difference between said reference current and said sensing current into a control voltage based on which said control signal is generated. - sensing means for indirectly sensing said charging current and for generating a sensing current having a predetermined relation to said charging current; - current generating means for generating a predetermined reference current; - current comparing means for comparing that sensing current with said reference current to generate a control signal; and - control means for controlling said charging current in response to said control signal, characterized in that - said sensing means comprises first current mirror means (TP21, TP22) for sensing said charging current using a current mirror technique, wherein said comparing means comprises summing means to which said reference current and said sensing current are supplied, and said summing means being arranged to convert a difference between said reference current and said sensing current into a control voltage based on which said control signal is generated.
A method for forming a memory device, comprising: forming a first conductive material (213, 313, 413, 513) on an interior sidewall of a via (216, 316, 416, 516); forming a first ferroelectric material (320, 420, 520) on the interior sidewall of the via; removing a dielectric material (314, 315) to expose an exterior sidewall of the via (216, 316, 416, 516); forming a second ferroelectric material (434, 534) on the exterior sidewall of the via, wherein the second ferroelectric material is a different type of ferroelectric material than the first ferroelectric material; and forming a second conductive material in the via. forming a first conductive material (213, 313, 413, 513) on an interior sidewall of a via (216, 316, 416, 516); forming a first ferroelectric material (320, 420, 520) on the interior sidewall of the via; removing a dielectric material (314, 315) to expose an exterior sidewall of the via (216, 316, 416, 516); forming a second ferroelectric material (434, 534) on the exterior sidewall of the via, wherein the second ferroelectric material is a different type of ferroelectric material than the first ferroelectric material; and forming a second conductive material in the via.
A method of collaboration between users working at separate display surfaces by exchanging signals between respective systems, comprising: a first one of the systems tracking the position of its user relative to its display surface to generate an image representative of that position; the first system generating digital information corresponding to written information captured when the user works at the display surface; the first system transmitting the image and the digital information to the other system; the other system displaying the image representative of the user of the first system and the written information corresponding to the digital information on its display surface such that the written information is visible even if it overlaps with the image; characterised in that the method comprises using the tracked position of the user to segment the area of the display (202, 252) of each system, each segment for use respectively by a different individual user. a first one of the systems tracking the position of its user relative to its display surface to generate an image representative of that position; the first system generating digital information corresponding to written information captured when the user works at the display surface; the first system transmitting the image and the digital information to the other system; the other system displaying the image representative of the user of the first system and the written information corresponding to the digital information on its display surface such that the written information is visible even if it overlaps with the image; characterised in that the method comprises using the tracked position of the user to segment the area of the display (202, 252) of each system, each segment for use respectively by a different individual user.
A catheter and voice prosthesis assembly, comprising: an elongated flexible body; a hollow voice prosthesis tubing disposed on a first end of said elongated flexible body; and a voice prosthesis having an interior esophageal flange at a first end and an exterior tracheal flange at a second end, said voice prosthesis being received in said hollow voice prosthesis tubing with said interior esophageal flange being folded within the hollow voice prosthesis tubing and said exterior tracheal flange being disposed exterior to said hollow voice prosthesis tubing; wherein said hollow voice prosthesis tubing is bonded to said elongated flexible body. an elongated flexible body; a hollow voice prosthesis tubing disposed on a first end of said elongated flexible body; and a voice prosthesis having an interior esophageal flange at a first end and an exterior tracheal flange at a second end, said voice prosthesis being received in said hollow voice prosthesis tubing with said interior esophageal flange being folded within the hollow voice prosthesis tubing and said exterior tracheal flange being disposed exterior to said hollow voice prosthesis tubing; wherein said hollow voice prosthesis tubing is bonded to said elongated flexible body.
An explosively driven jet disruptor system comprising an explosive charge, a detonator and a user configurable fluid vessel, wherein the fluid vessel comprises a flexible bladder, having a fluid port, characterised in that the explosive charge is positioned internally to the flexible bladder and wherein the fluid vessel further comprises an internal support frame positioned within the flexible bladder.
An article of flexible furniture comprising a core; said core comprising a plurality of laminar wooden panels; each one of said plurality of laminar wooden panels comprising a pair of oppositely directed major faces, delimited by a pair of longitudinal edges and by a pair of lateral edges; adjacent faces of said plurality of laminar wooden panels being interconnected along a longitudinal axis to provide a self-supporting cellular structure upon movement of abutting said adjacent faces away from each other; opposite ends of said core terminating in a pair of end panels whereby said end panels may be moved apart to expand said cellular structure and extend the length of said core; wherein said core comprises a plurality of cells that comprise a plurality of voids extending in a direction; and wherein each of said plurality of laminar wooden panels and said end panels comprise a flexible wood sheet with the grain of said flexible wood sheet longitudinally oriented in the same direction as the cells.
An apparatus suitable for the external cleaning of containers for loose substances, wherein the external surface of the containers is contaminated by dirt and/or by polluting substances that have to be removed before opening the containers, comprising: a table supporting the containers having at least one spraying zone for a cleaning fluid configured with a plurality of passage openings of the fluid; a plurality of lower spray nozzles of the cleaning fluid, underneath the spraying zone of the support table for the containers; a hopper for collecting cleaning fluid, dirt and/or the pollutant removed from the containers; and protective and air-sucking side walls, peripherally arranged on the support table for the containers, upper spray nozzles for a cleaning fluid, in position above the support table for the containers, characterised in that the upper spray nozzles are movably supported along the spraying zone of the support table for the containers, a robot is provided for removing and transferring the containers, the upper spray nozzles are fixed to a side of a holding head for removing the containers, the holding head being fixed to an articulated arm of the robot. a table supporting the containers having at least one spraying zone for a cleaning fluid configured with a plurality of passage openings of the fluid; a plurality of lower spray nozzles of the cleaning fluid, underneath the spraying zone of the support table for the containers; a hopper for collecting cleaning fluid, dirt and/or the pollutant removed from the containers; and protective and air-sucking side walls, peripherally arranged on the support table for the containers, upper spray nozzles for a cleaning fluid, in position above the support table for the containers,
A chuck (20, 220) for a wire driver, the chuck (20, 220) comprising: an axially extending jaw guide (64, 264) defining a longitudinal axis (24, 2254) and including a first plurality of jaw channels (65, 265) circumferentially distributed about the axis (24, 224); and a plurality of interleaving jaws (66, 66', 66", 266) slidably disposed in the jaw channels (65, 265) and each jaw (66, 66', 66", 266) having a clamping surface (88, 288) facing the axis (24, 224) and a driving surface (90, 290) substantially opposite the clamping surface (88, 288); wherein the chuck (20, 220) further comprises: an engagement sleeve (80, 280) having an inclined engagement surface (84, 284) on an inner surface thereof, the engagement surface (84, 284) substantially centered about the axis (24, 224) and substantially parallel to the driving surface (90, 290), wherein displacement of the jaw guide relative to the engagement sleeve in a clamping direction displaces the clamping surfaces toward the axis or wherein displacement of the jaws (66, 66', 66", 266) relative to the engagement surface (84, 284) in a clamping direction displaces the clamping surfaces (88, 288) toward the axis (24, 224); and characterised in that each jaw (66, 66', 66", 266) further comprises a protrusion (92, 92', 92", 92'", 292) on a first lateral side (94, 94', 94", 294) and a cavity (96, 96', 96", 96′′′, 296) on a second lateral side (98, 98', 98", 298) with the protrusion (92, 92', 92", 92'", 292) of each jaw (66, 66', 66", 266) disposed at least in part in the cavity (96, 96', 96", 96'", 296) of an adjacent jaw (66, 66', 66", 266). an axially extending jaw guide (64, 264) defining a longitudinal axis (24, 2254) and including a first plurality of jaw channels (65, 265) circumferentially distributed about the axis (24, 224); and a plurality of interleaving jaws (66, 66', 66", 266) slidably disposed in the jaw channels (65, 265) and each jaw (66, 66', 66", 266) having a clamping surface (88, 288) facing the axis (24, 224) and a driving surface (90, 290) substantially opposite the clamping surface (88, 288); wherein the chuck (20, 220) further comprises: an engagement sleeve (80, 280) having an inclined engagement surface (84, 284) on an inner surface thereof, the engagement surface (84, 284) substantially centered about the axis (24, 224) and substantially parallel to the driving surface (90, 290), wherein displacement of the jaw guide relative to the engagement sleeve in a clamping direction displaces the clamping surfaces toward the axis or wherein displacement of the jaws (66, 66', 66", 266) relative to the engagement surface (84, 284) in a clamping direction displaces the clamping surfaces (88, 288) toward the axis (24, 224); and characterised in that each jaw (66, 66', 66", 266) further comprises a protrusion (92, 92', 92", 92'", 292) on a first lateral side (94, 94', 94", 294) and a cavity (96, 96', 96", 96′′′, 296) on a second lateral side (98, 98', 98", 298) with the protrusion (92, 92', 92", 92'", 292) of each jaw (66, 66', 66", 266) disposed at least in part in the cavity (96, 96', 96", 96'", 296) of an adjacent jaw (66, 66', 66", 266).
A metallocene complex according to formula: wherein R1 is selected from C1-C10 alkyl, C6-C20 aryl, C7-C20 aralkyl groups, and C1-C10 alkoxy groups, wherein R2 is selected from H, C1-C10 alkyl, or C6-C10 aryl, preferably from H or C1-C10 alkyl; wherein R3-R6, R10 are independently selected from H, C1-C10 alkyl, C6-C10 aryl, and wherein R3 and R4, R4 and R5, or R5 and R6 can be connected to form a ringstructure; wherein M is selected from Ti, Zr and Hf, X is an anionic ligand to M, and wherein each R7 independently is selected from C1-C6 alkyl or aryl groups. wherein R1 is selected from C1-C10 alkyl, C6-C20 aryl, C7-C20 aralkyl groups, and C1-C10 alkoxy groups, wherein R2 is selected from H, C1-C10 alkyl, or C6-C10 aryl, preferably from H or C1-C10 alkyl; wherein R3-R6, R10 are independently selected from H, C1-C10 alkyl, C6-C10 aryl, and wherein R3 and R4, R4 and R5, or R5 and R6 can be connected to form a ringstructure; wherein M is selected from Ti, Zr and Hf, X is an anionic ligand to M, and wherein each R7 independently is selected from C1-C6 alkyl or aryl groups.
Method for the emergency lubrication of an engine in the event of failure of the main lubrication system of this engine, wherein said failure is detected; characterised in that in response to the detection of this failure, at least one portion of the fuel fluid of the engine is sampled to lubricate at least one component of the engine.