mhurhangee/ep-ind-claims huggingface dataset:
A front vehicle-body structure comprising: a hinge pillar extending vertically; a suspension housing spaced forward from the hinge pillar; an apron reinforcement that extends forward from an upper part of the hinge pillar, has a closed section perpendicular to a front-rear direction, and is configured to support the suspension housing; a bracing reinforcement that extends rearward to be inclined downward so as to couple the apron reinforcement and the hinge pillar in a bracing manner below the apron reinforcement, and has a closed section perpendicular to a direction of the extension; and a reinforcing member that is provided inside the closed section of the apron reinforcement and configured to partition the closed section in the front-rear direction, characterised in that the bracing reinforcement includes, at a bottom, a bracing reinforcement bottom wall extending rearward to be inclined downward, and the reinforcing member is connected to the bracing reinforcement bottom wall. a hinge pillar extending vertically; a suspension housing spaced forward from the hinge pillar; an apron reinforcement that extends forward from an upper part of the hinge pillar, has a closed section perpendicular to a front-rear direction, and is configured to support the suspension housing; a bracing reinforcement that extends rearward to be inclined downward so as to couple the apron reinforcement and the hinge pillar in a bracing manner below the apron reinforcement, and has a closed section perpendicular to a direction of the extension; and a reinforcing member that is provided inside the closed section of the apron reinforcement and configured to partition the closed section in the front-rear direction, characterised in that the bracing reinforcement includes, at a bottom, a bracing reinforcement bottom wall extending rearward to be inclined downward, and the reinforcing member is connected to the bracing reinforcement bottom wall.
A monoclonal antibody that specifically binds to CD122 (SEQ ID NO:73) and inhibits binding of IL-2 and IL-15 to a receptor comprising CD122 and CD132, whose binding to CD122 is inhibited by substituting residue 42, 43, and/or 133 with alanine and/or residue 65 with threonine and/or residue 70 with lysine, residues being numbered as in SEQ ID NO:73.
An antenna system comprising: a first layer having a first portion of a feed waveguide (110; 140; 606) coupled to a feed port; a second layer having a second portion of the feed waveguide (110; 140; 606) and a first portion of a waveguide (104; 134; 604), wherein the first portion of the feed waveguide (110; 140; 606)) is coupled to the second portion of the feed waveguide (110; 140; 606) such that the feed waveguide (110; 140; 606) causes propagation of electromagnetic energy in a direction parallel to a seam between the first layer and the second layer, and wherein the second portion of the feed waveguide (110; 140; 606) is coupled to the first portion of the waveguide (104; 134; 604) at a coupling point of the second layer; and a third layer coupled to the second layer, such that another seam is formed, and having a second portion of the waveguide (104; 134; 604) and a set of radiating elements (102; 132; 608-618) arranged in a linear array, wherein each radiating element (102; 132; 608-618) is coupled to the second portion of the waveguide (104; 134; 604), and wherein the coupling point of the second layer is in alignment with a center of the linear array. a first layer having a first portion of a feed waveguide (110; 140; 606) coupled to a feed port; a second layer having a second portion of the feed waveguide (110; 140; 606) and a first portion of a waveguide (104; 134; 604), wherein the first portion of the feed waveguide (110; 140; 606)) is coupled to the second portion of the feed waveguide (110; 140; 606) such that the feed waveguide (110; 140; 606) causes propagation of electromagnetic energy in a direction parallel to a seam between the first layer and the second layer, and wherein the second portion of the feed waveguide (110; 140; 606) is coupled to the first portion of the waveguide (104; 134; 604) at a coupling point of the second layer; and a third layer coupled to the second layer, such that another seam is formed, and having a second portion of the waveguide (104; 134; 604) and a set of radiating elements (102; 132; 608-618) arranged in a linear array, wherein each radiating element (102; 132; 608-618) is coupled to the second portion of the waveguide (104; 134; 604), and wherein the coupling point of the second layer is in alignment with a center of the linear array.
A bone void filler material for sustained release of a therapeutic agent, the bone void filler material comprising a biodegradable matrix being a porous sponge and having ceramic cement beads comprising calcium sulfate and being biodegradable, and ceramic particles disposed within the matrix, the ceramic cement beads being loaded with the therapeutic agent to cause sustained release of the therapeutic agent.
A method of controlling folding of a wing, the method comprising: receiving a status of a wing fold system comprised by an aircraft, by a wing fold controller comprised by the aircraft; receiving a command, by the wing fold controller, in response to receiving the status; operating the wing fold system, by the wing fold controller, based on the command and the status; transitioning, via a wingtip actuator comprised by the wing fold system, a wingtip of the wing comprised by the aircraft to one of: a flight position of the wing and a folded position of the wing, in response to operating the wing fold system by the wing fold controller; determining, via the wing fold controller, if a lock of the wing fold system is operational via an attempt to move the wingtip via the wingtip actuator after attempting to engage the lock of the wing fold system in an engaged position; and, in an event that the wingtip moves in response to the attempt to move the wingtip, communicating a warning. receiving a status of a wing fold system comprised by an aircraft, by a wing fold controller comprised by the aircraft; receiving a command, by the wing fold controller, in response to receiving the status; operating the wing fold system, by the wing fold controller, based on the command and the status; transitioning, via a wingtip actuator comprised by the wing fold system, a wingtip of the wing comprised by the aircraft to one of: a flight position of the wing and a folded position of the wing, in response to operating the wing fold system by the wing fold controller; determining, via the wing fold controller, if a lock of the wing fold system is operational via an attempt to move the wingtip via the wingtip actuator after attempting to engage the lock of the wing fold system in an engaged position; and, in an event that the wingtip moves in response to the attempt to move the wingtip, communicating a warning.
Compensation device for a welding wire comprising: - a housing (20a, b) with an inlet and an outlet section as well as a free space for receiving a welding wire; - a first coupling device placed in the inlet section of the housing (20a, b) that is arranged for fixing a wire guide hose for the entering welding wire; - a second coupling device placed in the outlet section of the housing (20a, b) that is arranged for fixing a wire guide hose for the outgoing welding wire as well as - a sensor that is arranged for detecting a deflection of the welding wire stored in the compensation device and arcuately extending at least in sections in the housing (20a, b), wherein the welding wire extends non-coated over its extension in the free space of the housing (20a, b), characterized in that the free space for the non-coated welding wire makes available a forced guidance for threading the welding wire out of the first coupling device (40 in the second coupling device and the sensor is furthermore adapted to detect the presence as well as the absence of the welding wire in the free space of the housing (20a, b). - a housing (20a, b) with an inlet and an outlet section as well as a free space for receiving a welding wire; - a first coupling device placed in the inlet section of the housing (20a, b) that is arranged for fixing a wire guide hose for the entering welding wire; - a second coupling device placed in the outlet section of the housing (20a, b) that is arranged for fixing a wire guide hose for the outgoing welding wire as well as - a sensor that is arranged for detecting a deflection of the welding wire stored in the compensation device and arcuately extending at least in sections in the housing (20a, b), wherein the welding wire extends non-coated over its extension in the free space of the housing (20a, b),
Installation for cleaning rubbish containers, comprising: - a chassis defining a horizontal plane, - a cleaning compartment which is equipped with a central nozzle for projecting jets of water under high pressure, is rotatable on itself about a longitudinal axis and adapted to clean an internal surface of a container which is disposed in the cleaning compartment so as to cover the central nozzle, - a robotised arm which is rotatable about an axis of rotation which is parallel to the central nozzle, this arm comprising at least one nozzle (683A, 685A) for projecting water under high pressure which is adapted to clean an exterior surface (24, 26) of the container, the robotised arm comprising a part which is vertical relative to a horizontal plane of the cleaning compartment and equipped with at least one nozzle for projecting water under high pressure, and the installation being characterised in that the robotised arm comprises an oblique part which extends the vertical part opposite a chassis of the installation, this oblique part comprising at least one nozzle for projecting water under high pressure which is adapted to clean an upper external surface of the container, in that the vertical part comprises two sections (683B, 683C) which are moveable in translation relative to each other along a longitudinal axis of the vertical part, in that the robotised arm comprises a part which is horizontal relative to a chassis of the installation, this horizontal part comprising two sections (681B, 681C) which are moveable in translation relative to each other along a longitudinal axis of the horizontal part, and in that the robotised arm comprises detectors (683D, 685B) of proximity to the external surface (24, 26) of the container, and means for automatic guidance of the robotised arm as a function of the signals (S683D, S685B) which are representative of the position of the robotised arm relative to the external surface (24, 26) of the container and transmitted by the proximity detectors (683D, 685B). - a chassis defining a horizontal plane, - a cleaning compartment which is equipped with a central nozzle for projecting jets of water under high pressure, is rotatable on itself about a longitudinal axis and adapted to clean an internal surface of a container which is disposed in the cleaning compartment so as to cover the central nozzle, - a robotised arm which is rotatable about an axis of rotation which is parallel to the central nozzle, this arm comprising at least one nozzle (683A, 685A) for projecting water under high pressure which is adapted to clean an exterior surface (24, 26) of the container, the robotised arm comprising a part which is vertical relative to a horizontal plane of the cleaning compartment and equipped with at least one nozzle for projecting water under high pressure, and the installation being characterised in that
A rolling bearing comprising: an inner ring having an inner ring raceway surface on an outer circumferential surface, an outer ring having an outer ring raceway surface on an inner circumferential surface, and a plurality of rolling elements disposed between the inner ring raceway surface and the outer ring raceway surface in a freely rollable manner, wherein: the outer ring includes a plurality of oil holes penetrating in a radial direction at the same position in an axial direction and spaced apart in a circumferential direction, the rolling elements pass over the oil holes during rotation of the bearing, and circumferential phases of the plurality of oil holes are set to be θ ≥ 45°, characterized in that, when the rolling bearing is viewed in the axial direction during rotation of the bearing and when the center of one of the rolling elements passes through the center line of any one of the plurality of oil holes, the rolling element closest to one of the remaining oil holes is located at a position which intersects with the center line of said oil hole, and when an angle formed by a straight line, which passes through the center of the rolling element closest to said oil hole and which is perpendicular to a straight line passing through the center of the rolling bearing and the center of the rolling element, and a tangent at a contact point of the center line of the oil hole with the rolling element is set to θ when the rolling bearing is viewed from the axial direction. the outer ring includes a plurality of oil holes penetrating in a radial direction at the same position in an axial direction and spaced apart in a circumferential direction, the rolling elements pass over the oil holes during rotation of the bearing, and circumferential phases of the plurality of oil holes are set to be θ ≥ 45°,
An apparatus, comprising: an electric current monitor circuit, wherein the electric current monitor circuit comprises: a comparator having an inverting input to measure a first voltage on a first side of a first resistor, a separate non-inverting input to measure a second voltage on a second side of the first resistor, and an output; a feedback sub-circuit to feed an input voltage back to the inverting input, wherein the feedback sub-circuit comprises: a second resistor coupled to the inverting input; and characterized in that: the apparatus further comprises a Zener diode coupled between the output and the second resistor; and the comparator further comprises a threshold input to receive a signal indicating a threshold voltage input level for a monitored electronic device. an electric current monitor circuit, wherein the electric current monitor circuit comprises: a comparator having an inverting input to measure a first voltage on a first side of a first resistor, a separate non-inverting input to measure a second voltage on a second side of the first resistor, and an output; a feedback sub-circuit to feed an input voltage back to the inverting input, wherein the feedback sub-circuit comprises: a second resistor coupled to the inverting input; and
A method of determining if a telephony network number is ported, wherein the method is performed in a first network node, the method comprising the steps of: receiving in the first network node a number message comprising at least a first part of a dialled number identifying a called party, comparing the number message with entries in a number portability database, the database containing routing numbers associated with the entries, if the number message or a first part of the number message uniquely matches with the whole of an entry in the database and does not match with part of another entry in the database: determining that a best match has been found, and routing a call to a second network node identified by the routing number associated with the uniquely matched entry, if the number message matches with at least part of at least one entry in the database: determining that at least one partial match (407, 413) has been found; and retrieving a further part of the dialled number; and repeating said comparing based on a new number message comprising said first part of the dialled number and said further part of the dialled number, and if at least a first part of the number message cannot be matched to the whole of any entry in the database: determining that no match has been found, and routing a call to a second network node identified by the dialled number. receiving in the first network node a number message comprising at least a first part of a dialled number identifying a called party, comparing the number message with entries in a number portability database, the database containing routing numbers associated with the entries, if the number message or a first part of the number message uniquely matches with the whole of an entry in the database and does not match with part of another entry in the database: determining that a best match has been found, and routing a call to a second network node identified by the routing number associated with the uniquely matched entry, if the number message matches with at least part of at least one entry in the database: determining that at least one partial match (407, 413) has been found; and retrieving a further part of the dialled number; and repeating said comparing based on a new number message comprising said first part of the dialled number and said further part of the dialled number, and if at least a first part of the number message cannot be matched to the whole of any entry in the database: determining that no match has been found, and routing a call to a second network node identified by the dialled number.
A method of detecting a fault in an oil and gas apparatus controlled by a controller, the method comprising: collecting a test set of data using a sensor proximate to an oil and gas apparatus during the operation of the oil and gas apparatus under test operating conditions, the test set of data being associated with an operating parameter of the controller; determining a percentage of the test set of data that falls outside a normal operation region of the oil and gas apparatus; and configuring the controller in response to the percentage being between a fault-free percentage threshold and a fault percentage threshold. collecting a test set of data using a sensor proximate to an oil and gas apparatus during the operation of the oil and gas apparatus under test operating conditions, the test set of data being associated with an operating parameter of the controller; determining a percentage of the test set of data that falls outside a normal operation region of the oil and gas apparatus; and configuring the controller in response to the percentage being between a fault-free percentage threshold and a fault percentage threshold.
A blowout preventer comprising a body having a through bore, a ram actuator (48,50,52) and a ram block for selectively allowing fluid flow through said through bore, said ram block comprising an opening and a knife about at least a portion of said opening, said knife for shearing a tubing in said opening, characterised in that said body further comprises a cavity extending from said through-bore into said body above said ram block, the cavity having a depth sufficient to allow an end of sheared tubing to sit between said knife and said body.
An R-T-B system permanent magnet comprising: a magnet body comprising a sintered body comprising at least a main phase comprising R 2 T 14 B grains (wherein R represents one or more rare earth elements, and T represents one or more transition metal elements including Fe or Fe and Co essentially) and a grain boundary phase containing R in a larger amount than the main phase; and an overcoat covering the surface of the magnet body; characterized by the magnet body having a 300 μm or less thick (not inclusive of zero thick) hydrogen-rich layer having a hydrogen concentration of 300 ppm to 1000 ppm formed in the surface layer portion; the hydrogen concentration in the hydrogen-rich layer being higher than the hydrogen concentration of the inside of the magnetic body. a magnet body comprising a sintered body comprising at least a main phase comprising R 2 T 14 B grains (wherein R represents one or more rare earth elements, and T represents one or more transition metal elements including Fe or Fe and Co essentially) and a grain boundary phase containing R in a larger amount than the main phase; and an overcoat covering the surface of the magnet body; characterized by
Method of cooperation between a plurality of client entities (10, 11, 12) communicating with one another by way of at least one instant-communication channel established between the client entities of said plurality, said method comprising the following steps implemented by a first client entity of said plurality: - sending an executable application to at least one second client entity of said plurality; - executing (φ5) said application in cooperation with an execution of said application on the second client entity, characterized in that the executable application is sent by way of said at least one instant-communication channel and in that the cooperation between the application currently being executed on the first client entity and that currently being executed on the second client entity is performed by means of messages relating to the application (M4-M8) and transmitted by way of said at least one instant-communication channel. - sending an executable application to at least one second client entity of said plurality; - executing (φ5) said application in cooperation with an execution of said application on the second client entity,
A medical instrument, comprising a stent having a proximal end and an opposing distal end, wherein the distal end of the stent is configured with an expanded configuration and a collapsed configuration, wherein a trailing section of the stent at the distal end comprises a plurality of protrusions, and wherein the medical instrument further comprises a constraining structure comprising a body and a clamping mechanism, the clamping mechanism disposed at a distal end of the body, the body extending from the proximal end of the stent to the distal end of the stent, the clamping mechanism limiting relative movement of the protrusions by passing through all or some of the protrusions; characterised in that the medical instrument further comprises a proximal fixation member disposed at the proximal end of the stent and configured to bring the stent into a closed configuration at the proximal end; and in that the medical instrument further comprises a distal fixation member and a pull mechanism, the pull mechanism comprising a number of pull elements each connected, at a first end, to the distal fixation member and, at a second end, to the distal end of the stent, the distal fixation member configured to be movable toward the proximal fixation member so that the distal end of the stent is allowed to switch from the expanded configuration to the collapsed configuration. the medical instrument further comprises a proximal fixation member disposed at the proximal end of the stent and configured to bring the stent into a closed configuration at the proximal end; and in that the medical instrument further comprises a distal fixation member and a pull mechanism, the pull mechanism comprising a number of pull elements each connected, at a first end, to the distal fixation member and, at a second end, to the distal end of the stent, the distal fixation member configured to be movable toward the proximal fixation member so that the distal end of the stent is allowed to switch from the expanded configuration to the collapsed configuration.