mhurhangee/ep-ind-claims huggingface dataset:
Propulsion assembly for an aircraft, having: - a nacelle, - a propulsion system arranged inside the nacelle and comprising a fairing, a combustion chamber housed in the fairing, an exhaust nozzle positioned downstream of the combustion chamber and delimited by a rear portion of the fairing, referred to as the nozzle wall, and ensuring the discharge of the combustion gases originating from the combustion of the fuel in the combustion chamber, - a fuel tank, - a supply duct which connects the tank and the combustion chamber, and - a heat exchanger system ensuring, during operation of the propulsion system, an exchange of heat energy between the hot combustion gases circulating in the nozzle and the colder fuel circulating in the supply duct by thermal radiation through the nozzle wall, characterized in that the heat exchanger system has a portion of the supply duct, wherein said portion takes the form of a cowling which is sealingly fixed to the nozzle wall and on the outside thereof, and wherein the cowling and the nozzle wall define between them a heating chamber for the fuel, in that the cowling is fitted with multiple guiding walls which divide the heating chamber into multiple successive corridors communicating one with the next, and in that a space is provided between each guiding wall and the nozzle wall. - a nacelle, - a propulsion system arranged inside the nacelle and comprising a fairing, a combustion chamber housed in the fairing, an exhaust nozzle positioned downstream of the combustion chamber and delimited by a rear portion of the fairing, referred to as the nozzle wall, and ensuring the discharge of the combustion gases originating from the combustion of the fuel in the combustion chamber, - a fuel tank, - a supply duct which connects the tank and the combustion chamber, and - a heat exchanger system ensuring, during operation of the propulsion system, an exchange of heat energy between the hot combustion gases circulating in the nozzle and the colder fuel circulating in the supply duct by thermal radiation through the nozzle wall, characterized in that the heat exchanger system has a portion of the supply duct, wherein said portion takes the form of a cowling which is sealingly fixed to the nozzle wall and on the outside thereof, and wherein the cowling and the nozzle wall define between them a heating chamber for the fuel, in that the cowling is fitted with multiple guiding walls which divide the heating chamber into multiple successive corridors communicating one with the next, and in that a space is provided between each guiding wall and the nozzle wall.
A method of supporting Faster-Than-Nyquist, FTN, transmission of data from multiple transmit antennas to multiple receive antennas in a Multiple Input Multiple Output, MIMO, environment, the method comprising: - forming two or more spatial data streams from data to be transmitted in the MIMO environment; - partitioning a frequency band, available for transmission of the data in the MIMO environment over the formed two or more spatial data streams, into two or more sub-bands; - processing each of the formed two or more spatial data streams using FTN sampling; and - transmitting each of the formed two or more spatial data streams over a respective link between one of the multiple transmit antennas and one of the multiple receive antennas. - forming two or more spatial data streams from data to be transmitted in the MIMO environment; - partitioning a frequency band, available for transmission of the data in the MIMO environment over the formed two or more spatial data streams, into two or more sub-bands; - processing each of the formed two or more spatial data streams using FTN sampling; and - transmitting each of the formed two or more spatial data streams over a respective link between one of the multiple transmit antennas and one of the multiple receive antennas.
A fiber reinforced composite panel, made of fiber reinforced plastic, characterized in that the panel comprises a continuous three-dimensional metal net that includes meshes defined by metal sheets, the metal sheets being inclined relative to a main surface of the panel, i.e., the angle therebetween is not zero.
A pharmaceutical composition for use in the treatment of a psychological and/or neurological disorder in an individual, the pharmaceutical composition comprising methylphenidate and cyproheptadine, wherein the pharmaceutical composition is not to be taken in the evening or before bed, wherein the pharmaceutical composition increases the individual's weight velocity as compared to an individual receiving only methylphenidate, and wherein the pharmaceutical composition increases the individual's height velocity as compared to an individual receiving only methylphenidate.
An insertion system for inserting an implantable electrode carrier, the system comprising: an insertion instrument having a housing with a proximal end and a distal end, the proximal end configured to releasably hold the implantable electrode carrier and the distal end configured to allow a surgeon to grip the instrument; characterized by a vibration generator coupled adjacent to the housing, the vibration generator configured to generate vibrations in at least a portion of the housing so as to cause vibrations in the electrode carrier during an insertion process. an insertion instrument having a housing with a proximal end and a distal end, the proximal end configured to releasably hold the implantable electrode carrier and the distal end configured to allow a surgeon to grip the instrument; characterized by a vibration generator coupled adjacent to the housing, the vibration generator configured to generate vibrations in at least a portion of the housing so as to cause vibrations in the electrode carrier during an insertion process.
A universal coupler for connecting multiple style buckets to the articulation joints of a single style work machine, said coupler comprising: - at least a first link having a mounting hole at one end for connecting with a pivotal support on the work machine, said first link having a hook section for receiving one of multiple styles of buckets; characterized in that - a pair of second links connected to either side of said first link wherein the pair of second links being formed in generally a triangular configuration and pivotal between first and second positions through a pivotal mounting hole on said first link, wherein the first position of said pair of second links exposing a first mounting hole on said first link and spacing for corresponding mounting holes on a first style of bucket having aligned mounting holes with a first spacing of the flanges on said first style of bucket dependent upon the first link, and a second position of said pair of second links covering said first mounting hole, said pair of second links having two second mounting holes (26, 28) and spacing for corresponding mounting holes on a second style of bucket having aligned holes with a second spacing of the flanges on said second style of bucket dependent upon said first link and said pair of second links.
A variable aperture, comprising: a base, provided with a through hole; a fixed plate, fixedly connected to the base, wherein the fixed plate is in a ring shape, and an inner through hole of the fixed plate is disposed opposite to the through hole; a rotation plate, rotatively connected to the base and disposed around the fixed plate; a plurality of blades, located on a same side of the fixed plate and the rotation plate, wherein the plurality of blades are annularly distributed and enclose an aperture hole, the aperture hole is disposed opposite to the through hole, and each of the blades is rotatively connected to the fixed plate and slidably connected to the rotation plate; and a first SMA wire and a second SMA wire, wherein one end of each of the first SMA wire and the second SMA wire is connected to the base, the other end is connected to the rotation plate, the first SMA wire or the second SMA wire is configured to shrink when power is on, to drive the rotation plate to rotate relative to the fixed plate, and each of the blades rotates relative to the fixed plate and slides relative to the rotation plate, so that an aperture of the aperture hole changes; and a direction in which the first SMA wire shrinks to drive the rotation plate to rotate is opposite to a direction in which the second SMA wire shrinks to drive the rotation plate to rotate. a base, provided with a through hole; a fixed plate, fixedly connected to the base, wherein the fixed plate is in a ring shape, and an inner through hole of the fixed plate is disposed opposite to the through hole; a rotation plate, rotatively connected to the base and disposed around the fixed plate; a plurality of blades, located on a same side of the fixed plate and the rotation plate, wherein the plurality of blades are annularly distributed and enclose an aperture hole, the aperture hole is disposed opposite to the through hole, and each of the blades is rotatively connected to the fixed plate and slidably connected to the rotation plate; and a first SMA wire and a second SMA wire, wherein one end of each of the first SMA wire and the second SMA wire is connected to the base, the other end is connected to the rotation plate, the first SMA wire or the second SMA wire is configured to shrink when power is on, to drive the rotation plate to rotate relative to the fixed plate, and each of the blades rotates relative to the fixed plate and slides relative to the rotation plate, so that an aperture of the aperture hole changes; and a direction in which the first SMA wire shrinks to drive the rotation plate to rotate is opposite to a direction in which the second SMA wire shrinks to drive the rotation plate to rotate.
Operating device, in particular operating panel, for a platform lift on a vehicle which has a load platform and a lifting mechanism, wherein the lifting mechanism connects the load platform to a chassis of the vehicle, with operating elements which are to be activated manually, and with operating fields (12, 13) in which the operating elements are arranged, wherein the operating device can be activated by an operator with both hands, and wherein the operating elements of each operating field (12, 13) are to be activated manually, wherein the operating fields (12, 13) are arranged with the operating elements on a plate-like carrier, characterized in that the operating fields (12, 13) are oriented antiparallel to one another and are inclined in opposite directions in that they converge in the direction of the operator.
An isolated polypeptide, wherein the polypeptide consists of amino acid residue 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, or 32, to amino acid residue 290 set forth in SEQ ID NO:1 or SEQ ID NO:3.
An inflatable structure apparatus for use as an inflatable medical device, wherein the apparatus has a shell having a shell longitudinal axis, a central section, a first neck section and a second neck section, strips extending between the first neck section and the second neck section to provide added longitudinal stiffness to the apparatus, wherein the apparatus has a first aperture on the first neck section and/or a second aperture on the second neck section, wherein the strips also aid a refolding of the shell.
A wireless access network node comprising: at least one processor configured to: receive, from a coordinating network node, configuration information relating to a configuration of an uplink signal comprising a given uplink sequence selected by a user equipment from a plurality of uplink sequences and to be transmitted by the UE, the configuration information to enable the wireless access network node to monitor for the uplink signal, the plurality of uplink sequences mapped to respective power levels; monitor for the uplink signal according to the configuration while the wireless access network node is in an off state; and determine a power level of the uplink signal based on the given uplink sequence in the uplink signal detected by the wireless access network node. monitor for the uplink signal according to the configuration while the wireless access network node is in an off state; and determine a power level of the uplink signal based on the given uplink sequence in the uplink signal detected by the wireless access network node.
A glycoprotein, said glycoprotein containing only two amino acid substitutions compared to a reference glycoprotein comprising an IgG Fc region or IgG Fc fragment, wherein the two amino acid substitutions are of the IgG Fc region or IgG Fc fragment of the reference glycoprotein, and are selected from F241A/F243A, F243A/R301A and T260A/R301A of an IgG heavy chain, as numbered according to the EU numbering index of Kabat.
A refrigerator comprising: a cabinet defining a storage space; a door configured to open and close at least a portion of the storage space; a first ice maker provided in the door; a second ice maker provided in the storage space and facing the door in a closed state of the door; characterized by a first cold air passage configured to guide the cold air to the first ice maker, by bypassing the second ice maker; and a second cold air passage configured to guide the cold air to the second ice maker. a cabinet defining a storage space; a door configured to open and close at least a portion of the storage space; a first ice maker provided in the door; a second ice maker provided in the storage space and facing the door in a closed state of the door; characterized by a first cold air passage configured to guide the cold air to the first ice maker, by bypassing the second ice maker; and a second cold air passage configured to guide the cold air to the second ice maker.
An apparatus for treating sleep disordered breathing comprising: a controller for (a) determining a patient's arousal index for use in an outer loop of a control algorithm, the arousal index being a measure of the frequency of sleep arousals, and (b) monitoring the patient's respiratory airflow signal in an inner loop of said control algorithm to detect an airway obstruction, and means responsive to said arousal index being high for increasing the sensitivity of the obstruction detection and/or the aggressiveness of the treatment, and responsive to said arousal index being low for decreasing the sensitivity of the obstruction detection and/or the aggressiveness of the treatment, wherein said controller is configured to calculate said arousal index from the size of the patient's breath, and wherein said controller is configured to determine the arousal index to be high by monitoring the flow rate over a sequence of breaths and checking whether the sequence is followed by a large breath. a controller for (a) determining a patient's arousal index for use in an outer loop of a control algorithm, the arousal index being a measure of the frequency of sleep arousals, and (b) monitoring the patient's respiratory airflow signal in an inner loop of said control algorithm to detect an airway obstruction, and means responsive to said arousal index being high for increasing the sensitivity of the obstruction detection and/or the aggressiveness of the treatment, and responsive to said arousal index being low for decreasing the sensitivity of the obstruction detection and/or the aggressiveness of the treatment, wherein said controller is configured to calculate said arousal index from the size of the patient's breath, and wherein said controller is configured to determine the arousal index to be high by monitoring the flow rate over a sequence of breaths and checking whether the sequence is followed by a large breath.
A first assembly comprising: a plug body encasing a plurality of electrical receptacles and first ends of a plurality of wires electrically connected to the electrical receptacles, the plug body including a threaded coupling unitary therewith; a conduit adapter comprising a first threaded surface for engagement with the threaded coupling; a threaded conduit; characterized in that the conduit adapter comprises a second threaded surface to engage with the threaded conduit, and in that the first assembly further comprises a bushing positioned within the conduit adapter, wherein the bushing comprises a cylindrical body and a lip extending from an end of the cylindrical body, wherein the lip sits over a terminal end of the threaded conduit that is engaged with the second threaded surface to allow the plurality of wires to extend from the plug body, through the conduit adapter, and into the threaded conduit. a plug body encasing a plurality of electrical receptacles and first ends of a plurality of wires electrically connected to the electrical receptacles, the plug body including a threaded coupling unitary therewith; a conduit adapter comprising a first threaded surface for engagement with the threaded coupling; a threaded conduit; characterized in that the conduit adapter comprises a second threaded surface to engage with the threaded conduit, and in that the first assembly further comprises a bushing positioned within the conduit adapter, wherein the bushing comprises a cylindrical body and a lip extending from an end of the cylindrical body, wherein the lip sits over a terminal end of the threaded conduit that is engaged with the second threaded surface to allow the plurality of wires to extend from the plug body, through the conduit adapter, and into the threaded conduit.
Electrical filter circuit for a current charger of an electric or hybrid motor vehicle, two output terminals of which are intended to be connected to two terminals for connecting said charger to an external electricity network and two input terminals of which are intended to be connected to an electric power converter device of said charger, said electrical circuit having a function of low-pass filtering of the high-frequency current components originating from the switching of the controlled switches of said converter device, said electrical circuit comprising a printed circuit board which bears: - a conductive layer extending over most of the area of the board, and electrically connecting a first input terminal of the circuit to a first output terminal of the circuit, - at least one electrical component (L2, L2', C2), and - an electrical trace for connecting said electrical component (L2, L2', C2), which extends in a connection plane which is parallel to that of the conductive layer, between a second input terminal and a second output terminal of the circuit, characterized in that the trace extends along a path (Ch) which is not rectilinear, and in that a slot is made in the conductive layer, the slot being located between the first input terminal and the first output terminal, the first and second input terminals (E1, E2) being arranged on a first portion of said circuit which is distant from a second portion of said circuit where the first and second output terminals (S1, S2) are arranged. - a conductive layer extending over most of the area of the board, and electrically connecting a first input terminal of the circuit to a first output terminal of the circuit, - at least one electrical component (L2, L2', C2), and - an electrical trace for connecting said electrical component (L2, L2', C2), which extends in a connection plane which is parallel to that of the conductive layer, between a second input terminal and a second output terminal of the circuit, characterized in that the trace extends along a path (Ch) which is not rectilinear, and in that a slot is made in the conductive layer, the slot being located between the first input terminal and the first output terminal, the first and second input terminals (E1, E2) being arranged on a first portion of said circuit which is distant from a second portion of said circuit where the first and second output terminals (S1, S2) are arranged.
Device for reducing a DC magnetic flux content in the core of a transformer, comprising - at least one compensation winding, which is magnetically coupled to the core of the transformer, - at least one switching unit (T, T1, T2), which is arranged electrically in series with the compensation winding in a current path, in order to feed a current into the compensation winding, the effect of which is directed opposite to the unidirectional flux component, and - at least one current-limiting reactor (L, L/4), which is arranged electrically in series with the compensation winding in a current path, wherein - two switching units (T1, T2) are connected in parallel with each other per current-limiting reactor (L, L/4), - the current-limiting reactor (L/4) consists of two windings (W1, W2), characterised in that the windings can be connected either in series or in parallel with each other, wherein - in the case of the parallel connection, the first winding is connected in series with the first switching unit and the second winding is connected in series with the second switching unit, - whereas in the case of the series connection, the first and second winding (W1, W2) are connected in series with one another and with the first switching unit. - at least one compensation winding, which is magnetically coupled to the core of the transformer, - at least one switching unit (T, T1, T2), which is arranged electrically in series with the compensation winding in a current path, in order to feed a current into the compensation winding, the effect of which is directed opposite to the unidirectional flux component, and - at least one current-limiting reactor (L, L/4), which is arranged electrically in series with the compensation winding in a current path, wherein - two switching units (T1, T2) are connected in parallel with each other per current-limiting reactor (L, L/4), - the current-limiting reactor (L/4) consists of two windings (W1, W2), characterised in that the windings can be connected either in series or in parallel with each other, wherein - in the case of the parallel connection, the first winding is connected in series with the first switching unit and the second winding is connected in series with the second switching unit, - whereas in the case of the series connection, the first and second winding (W1, W2) are connected in series with one another and with the first switching unit.
A control apparatus for an internal combustion engine, which controls an amount of fuel to be injected based on an amount of fuel adhering to a wall surface of an intake passage in an internal combustion engine where both intake valve timing and exhaust valve timing can be adjusted, and fuel injected into the intake passage, characterized by comprising: calculation means which obtains a first index that indicates the amount of fuel adhering to the wall surface of the intake passage, using the intake valve timing, based on a first relation that is set between the intake valve timing and the first index under a condition that the exhaust valve timing is fixed; obtains a correction value that reduces the first index, using the exhaust valve timing and the intake valve timing, based on a second relation that is set between the exhaust valve timing, the intake valve timing and the correction value under a condition that the exhaust valve timing is not fixed; and calculates a second index that indicates the amount of fuel adhering to the wall surface of the intake passage, by correcting the first index using the correction value. calculation means which obtains a first index that indicates the amount of fuel adhering to the wall surface of the intake passage, using the intake valve timing, based on a first relation that is set between the intake valve timing and the first index under a condition that the exhaust valve timing is fixed; obtains a correction value that reduces the first index, using the exhaust valve timing and the intake valve timing, based on a second relation that is set between the exhaust valve timing, the intake valve timing and the correction value under a condition that the exhaust valve timing is not fixed; and calculates a second index that indicates the amount of fuel adhering to the wall surface of the intake passage, by correcting the first index using the correction value.