mhurhangee/ep-ind-claims huggingface dataset:
A system for supplying LNG fuel, the system comprising: a fuel supplying line connected from an LNG storage tank to an engine; a boosting pump provided on the fuel supplying line and configured to pressurize LNG outputted from the LNG storage tank, and configured to cool down in a standby mode for changing a fuel of the engine from a diesel fuel to the LNG fuel; a high pressure pump configured to pressurize the LNG outputted from the boosting pump to high pressure; a return line connected between the LNG storage tank and the high pressure pump and configured to return the LNG from the high pressure pump to the LNG storage tank when a cool-down operation of the boosting pump is performed, wherein the boosting pump is configured to operate at a predetermined load below a normal load in the standby mode to accelerate a stream of the LNG fuel, and wherein the return line is connected to an internal surface of the high pressure pump. a fuel supplying line connected from an LNG storage tank to an engine; a boosting pump provided on the fuel supplying line and configured to pressurize LNG outputted from the LNG storage tank, and configured to cool down in a standby mode for changing a fuel of the engine from a diesel fuel to the LNG fuel; a high pressure pump configured to pressurize the LNG outputted from the boosting pump to high pressure; a return line connected between the LNG storage tank and the high pressure pump and configured to return the LNG from the high pressure pump to the LNG storage tank when a cool-down operation of the boosting pump is performed, wherein the boosting pump is configured to operate at a predetermined load below a normal load in the standby mode to accelerate a stream of the LNG fuel, and wherein the return line is connected to an internal surface of the high pressure pump.
A method for producing a fatty acid ester through desulfurization of sulfur from a fatty acid ester using a catalyst, wherein the catalyst carries a catalyst metal on a support, (a) the catalyst contains as the catalyst metal one or more elements selected from the elements of group 9, group 10 and group 11 of the periodic table, (b) the total pore volume of the catalyst is 0.05 mL/g or more, and (c) the volume of pores with a pore size of 0.1 μm or more and 500 μm or less is 50% or more of the total pore volume of the catalyst. (a) the catalyst contains as the catalyst metal one or more elements selected from the elements of group 9, group 10 and group 11 of the periodic table, (b) the total pore volume of the catalyst is 0.05 mL/g or more, and (c) the volume of pores with a pore size of 0.1 μm or more and 500 μm or less is 50% or more of the total pore volume of the catalyst.
A system, for facilitating communication between a trap and a consumable, comprising i) a trap, with a means for capturing data and sending the data to a system operator; ii) one or more consumables, each provided with a device which has associated therewith an electronic identification code; and iii) means for determining a status of the consumable which can be read by the data capture means of the trap and relayed back to the system operator wherein the consumable is a glue board with a sensor affixed or positioned in close proximity to a back face of the glue board, the sensor is configured to detect flying insects by mutual capacitance sensing and comprises a sensor conductor which is a transmit electrode (Tx), and two electrically conductive un-grounded conductors (14a; 14b) which are receive electrodes (Rx) which are disposed one on either side of the sensor conductor to form a triplet (14a-12-14b), said conductors (12, 14a, 14b) being supported on an un-grounded conductive substrate which is electrically isolated by an electrical insulator from said conductors (12, 14a, 14b) to act as a shield or guard, wherein each conductor (14a,12;14b) is of a width, and thickness, and is spaced by a distance from another and the ungrounded conductive substrate such that the sensor is designed and configured to generate a directional fringe field which is responsive to the flying insect and the sensor comprises a grid array of sensor triplets comprising a plurality of rows (210, 220, 230 etc). i) a trap, with a means for capturing data and sending the data to a system operator; ii) one or more consumables, each provided with a device which has associated therewith an electronic identification code; and iii) means for determining a status of the consumable which can be read by the data capture means of the trap and relayed back to the system operator
A corner fitting for a door element arrangeable on a point of rotation and/or on an axis, including a first fitting element and a second fitting element, which at least portion-wise each include a locating section for being located at the door element, and are connectable to each other while restraining the door element, wherein a clamping area forms between both fitting elements (4, 5), into which the door element is insertable, and the fitting elements (4, 5) are configured such that a holding element is disposed between both fitting elements (4, 5), which is displaceable in relation to the fitting elements (4, 5), wherein the holding element is continuously movable along a first direction of movement in longitudinal extension of the fitting elements (4, 5), wherein the fitting elements (4, 5) include a free space as a guide, in which the holding element is movable, wherein the free space includes a recess (11.1) in at least one of the fitting elements (4, 5), wherein the recess (11.1) extends along the longitudinal extension of the fitting element (4, 5) and the holding element with a head part (8.1) is supported to be mobile in the recess (11.1), characterized in that the holding element in relation to the fitting elements (4, 5) is at least partially rotatable around the point of rotation and/or the axis, wherein a free space formed as a distance between the fitting elements (4, 5) and the free space configured in longitudinal extension in the fitting elements (4, 5) are formed in such a manner with regard to the holding element that the holding element orthogonally to the first direction of movement in longitudinal extension of the fitting elements (4, 5) is movable in a second direction of movement between the fitting elements (4, 5), wherein the holding element is in operative connection with a connecting element, which serves for the support of the door element on the point of rotation and/or on the axis, wherein an attachment mechanism is incorporated at the holding element as well as at the connecting element, which mechanism is transferable between a released condition and an immobilization condition, wherein in the released condition the holding element is displaceable at the fitting elements (4, 5) and in the immobilization condition is non-positively and/or positively connected to at least one fitting element (4, 5) and wherein the head part (8.1) in the immobilization condition acts in a clamping manner in the recess (11.1).
Service orchestrator of an orchestration system of a military communication network, capable of generating commands to a multitude of controllers, the multitude of controllers comprising at least one network controller, an information system controller and a security controller, characterized in that it comprises an artificial intelligence - AI module and an application programming interface - API - server, the AI module comprising: - a data acquisition unit, adapted to acquire a multitude of input variables describing an operational situation; - a neural network unit, capable, from the multitude of input variables acquired by the data acquisition unit, of determining at least one scenario, a scenario being a configuration file model; and, - an inference engine unit, capable of instantiating parameters of the scenario provided by the neural network unit, to determine a configuration file ready to be executed by the API server, the configuration file comprising commands according to the network, information system and security components of the communication network, the configuration file prepared by the inference engine unit being transmitted to the API server for deployment in the communication network. - a data acquisition unit, adapted to acquire a multitude of input variables describing an operational situation; - a neural network unit, capable, from the multitude of input variables acquired by the data acquisition unit, of determining at least one scenario, a scenario being a configuration file model; and, - an inference engine unit, capable of instantiating parameters of the scenario provided by the neural network unit, to determine a configuration file ready to be executed by the API server, the configuration file comprising commands according to the network, information system and security components of the communication network,
A substrate unit comprising: a conductive case having conductivity; an insulating case arranged in said conductive case; a first screw member having conductivity, arranged in said conductive case and fixing said insulating case to an inner wall surface of said conductive case; a circuit substrate provided opposite to said inner wall surface with respect to said insulating case and fixed to said insulating case; and a second screw member having conductivity and fixing said circuit substrate to said insulating case, and said first screw member and said second screw member being screwed in toward said inner wall surface, when said first screw member and said second screw member are seen from a position away from said inner wall surface in a direction that said inner wall surface and said insulating case are arranged, said first screw member and said second screw member being spaced from each other, characterized by said first screw member and said second screw member being connected to each other with a connecting member having conductivity. a conductive case having conductivity; an insulating case arranged in said conductive case; a first screw member having conductivity, arranged in said conductive case and fixing said insulating case to an inner wall surface of said conductive case; a circuit substrate provided opposite to said inner wall surface with respect to said insulating case and fixed to said insulating case; and a second screw member having conductivity and fixing said circuit substrate to said insulating case, and said first screw member and said second screw member being screwed in toward said inner wall surface, when said first screw member and said second screw member are seen from a position away from said inner wall surface in a direction that said inner wall surface and said insulating case are arranged, said first screw member and said second screw member being spaced from each other, said first screw member and said second screw member being connected to each other with a connecting member having conductivity.
An IV set comprising: a drip chamber having an inlet orifice and an outlet orifice; and a pressure activated valve, the pressure activated valve comprising: a sealing orifice; a valve; and a biasing mechanism characterized in that the pressure activated valve including the biaising mechanism are disposed proximate the outlet orifice of the drip chamber; and wherein the biasing mechanism biases the valve against the sealing orifice with a force less than the pressure head between the sealing orifice and an operable liquid height in the drip chamber to control the flow of liquid through the pressure activated valve, the operable height ranging from 1/3 to 1⁄2 of the height of the drip chamber; and wherein an air vent is positioned to a side of the wall of the drip chamber within the operable height of the drip chamber. a drip chamber having an inlet orifice and an outlet orifice; and a pressure activated valve, the pressure activated valve comprising: a sealing orifice; a valve; and a biasing mechanism a sealing orifice; a valve; and a biasing mechanism
A method for simulating a musical phrase, wherein the musical phrase includes a sequence of notes, the method comprising: generating timbral fingerprints associated with a sample library that comprises recordings of a plurality of notes each note having a plurality of intensities and each note intensity corresponding to a timbral fingerprint, where intensities refer to loudness levels, using a linear predictive coding technique, wherein the timbral fingerprints relate to the plurality of intensities of the plurality of notes; determining an origin intensity from the sample library, wherein the origin intensity is one intensity selected from amongst a plurality of intensities of the sequence of notes of the musical phrase; and simulating each note in the sequence of notes, by morphing a recording of each note from the origin intensity to an intensity that matches the intensity that is required for the respective note in the musical phrase, according to timbral fingerprints of the note to produce the respective intensities for simulating the musical phrase; characterised in that the step of morphing of the recording of each note is performed by applying a timbral fingerprint of a required intensity of the note to the note in the origin intensity; and wherein the step of applying the timbral fingerprint of the required intensity of the note to the note in the origin intensity comprises applying a filter in a subtractive phase. generating timbral fingerprints associated with a sample library that comprises recordings of a plurality of notes each note having a plurality of intensities and each note intensity corresponding to a timbral fingerprint, where intensities refer to loudness levels, using a linear predictive coding technique, wherein the timbral fingerprints relate to the plurality of intensities of the plurality of notes; determining an origin intensity from the sample library, wherein the origin intensity is one intensity selected from amongst a plurality of intensities of the sequence of notes of the musical phrase; and simulating each note in the sequence of notes, by morphing a recording of each note from the origin intensity to an intensity that matches the intensity that is required for the respective note in the musical phrase, according to timbral fingerprints of the note to produce the respective intensities for simulating the musical phrase; characterised in that the step of morphing of the recording of each note is performed by applying a timbral fingerprint of a required intensity of the note to the note in the origin intensity; and wherein the step of applying the timbral fingerprint of the required intensity of the note to the note in the origin intensity comprises applying a filter in a subtractive phase.
A gasket for use in a syringe so formed as to liquid-tightly and slidably contact an inner surface of an outer cylinder of said syringe, said gasket comprising a gasket body made of an elastic body and a coating layer formed on a portion thereof which contacts at least said syringe, wherein said coating layer comprises a composition containing silicone resin which comprises a condensate of reactive silicone having a terminal silanol group, and wherein the condensate contains a siloxane bond derived from said silanol group, characterized in that: - said composition forming said coating layer contains: • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and - said condensate is a condensate of reactive silicone having a terminal silanol group at both terminals thereof, and - said coating layer is free of solid fine particles. - said composition forming said coating layer contains: • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and • an alkylalkoxysilane or a phenylalkoxysilane as a second silicone compound different from said silicone resin having said siloxane bond, and • an aminoalkylalkoxysilane or/and a glycidoxyalkyl-alkoxysilane as a third silicone compound, and - said condensate is a condensate of reactive silicone having a terminal silanol group at both terminals thereof, and - said coating layer is free of solid fine particles.
Method for repairing at least partly monocrystalline sealing segments of a flow channel boundary of a turbomachine, in which method initially a repair region of the sealing segment is defined, which region is determined independently of existing defects (12, 13) without identifying the local defects such that the repair region is not restricted to individual defects to be identified, the repair region being defined by a rotor blade running region of the sealing segment which a rotor blade of the turbomachine passes during operation of the turbomachine or which said blade grazes at least in an imaginary radial extension of the rotor blade, characterized in that part of a base material of the sealing segment in then removed in the repair region, with a repair coating subsequently being deposited epitaxially in the repair region, the repair coating being applied in an excessive amount and, after the application, being mechanically shaped, in particular by machining.
An apparatus for encoding a sequence including information bits into a sequence of matrices, wherein the apparatus is configured to: - generate a MxN matrix U N h, wherein M=N/2, wherein in each row 0≤i<M of U N h each bit position 0≤j<M contains an information bit of the input sequence or a frozen bit depending on a set of frozen bit indices F of a polar code of length N associated with that row, wherein the bits x ij, for 0≤i<M and 0≤j<N-M form a matrix U h+1, while the bits x ij for 0≤i<M and M≤j<N form a matrix X h '; - encode each row of U N h on the basis of the polar code of length N associated with that row, in order to obtain an encoded matrix X N h, wherein the bits x ij of X N h for 0≤i<M and 0≤j<N-M form a matrix X h+1 ' while the bits x ij for 0≤i<M and M≤j<N form a matrix X h; - transmit the matrix X h; - generate a NxM matrix U N h+1, wherein in each column 0≤j<M of U N h+1 each bit position 0≤i<N contains an information bit of the input sequence or a frozen bit depending on a set of frozen bit indices F of the polar code of length N associated with that column, wherein the bits x ij, for 0≤j<M and 0≤i<N-M form a matrix U h+2, while the bits x ij for 0≤j<M and N-M≤i<N form the matrix X h+1 '; - encode each column of U N h+1 on the basis of the polar code of length N associated with that column, in order to obtain an encoded matrix X N h+1, wherein the bits x ij of X N h+1 for 0≤j<M and 0≤i<N-M form a matrix X h+2 ' while the bits x ij for 0≤j<M and N-M≤j<N form a matrix X h+1; - transmit the matrix X h+1; and - wherein the polar encoding is based on a non-systematic polar encoding. - generate a MxN matrix U N h, wherein M=N/2, wherein in each row 0≤i<M of U N h each bit position 0≤j<M contains an information bit of the input sequence or a frozen bit depending on a set of frozen bit indices F of a polar code of length N associated with that row, wherein the bits x ij, for 0≤i<M and 0≤j<N-M form a matrix U h+1, while the bits x ij for 0≤i<M and M≤j<N form a matrix X h '; - encode each row of U N h on the basis of the polar code of length N associated with that row, in order to obtain an encoded matrix X N h, wherein the bits x ij of X N h for 0≤i<M and 0≤j<N-M form a matrix X h+1 ' while the bits x ij for 0≤i<M and M≤j<N form a matrix X h; - transmit the matrix X h; - generate a NxM matrix U N h+1, wherein in each column 0≤j<M of U N h+1 each bit position 0≤i<N contains an information bit of the input sequence or a frozen bit depending on a set of frozen bit indices F of the polar code of length N associated with that column, wherein the bits x ij, for 0≤j<M and 0≤i<N-M form a matrix U h+2, while the bits x ij for 0≤j<M and N-M≤i<N form the matrix X h+1 '; - encode each column of U N h+1 on the basis of the polar code of length N associated with that column, in order to obtain an encoded matrix X N h+1, wherein the bits x ij of X N h+1 for 0≤j<M and 0≤i<N-M form a matrix X h+2 ' while the bits x ij for 0≤j<M and N-M≤j<N form a matrix X h+1; - transmit the matrix X h+1; and - wherein the polar encoding is based on a non-systematic polar encoding.
Bipolar plate sealing arrangement for a fuel cell comprising - a bipolar plate having - a current field for a reactant medium on at least one of its major sides and - at least two supply regions, arranged respectively laterally adjacent to the current field, in which supply openings are arranged for supply and discharge of the reactant medium and optionally for the supply and discharge of a coolant, and - at least one sealing arrangement having - for each supply area of the bipolar plate respectively one electrically insulating layer (421, 424) which covers the supply region at least in sections and has recesses which correspond to the supply openings of the bipolar plate, and - a peripheral seal around each recess, wherein the sealing arrangement has no peripheral seal surrounding the current field of the bipolar plate. - a bipolar plate having - a current field for a reactant medium on at least one of its major sides and - at least two supply regions, arranged respectively laterally adjacent to the current field, in which supply openings are arranged for supply and discharge of the reactant medium and optionally for the supply and discharge of a coolant, and - at least one sealing arrangement having - for each supply area of the bipolar plate respectively one electrically insulating layer (421, 424) which covers the supply region at least in sections and has recesses which correspond to the supply openings of the bipolar plate, and - a peripheral seal around each recess, wherein the sealing arrangement has no peripheral seal surrounding the current field of the bipolar plate.
A charging and discharging system, comprising a unidirectional converter, a unidirectional switch, an energy storage device and a controller, wherein an input terminal of the unidirectional converter is connected to an output terminal of a photovoltaic device of a photovoltaic power generation system to which the charging and discharging system is applied, and an output terminal of the unidirectional converter is connected to an input terminal of the energy storage device; the unidirectional switch is connected between an output terminal of the energy storage device and an input terminal of a bidirectional inverter of the photovoltaic power generation system to which the charging and discharging system is applied; and the controller is connected to the unidirectional converter, the unidirectional switch, the energy storage device and the bidirectional inverter, characterised in that in a case that output power of the photovoltaic device is greater than preset maximum output power of the bidirectional converter, the controller controls the unidirectional converter to charge the energy storage device with first charging power, wherein the first charging power is a difference between the output power of the photovoltaic device and the preset maximum output power of the bidirectional inverter; or in a case that output power of the photovoltaic device is less than preset minimum output power of the bidirectional inverter, the controller sends a voltage-reducing-signal to the bidirectional inverter, and in a case that a voltage of the input terminal of the bidirectional inverter is detected to be lower than or equal to an open-circuit voltage of the energy storage device, the controller controls the unidirectional switch to close, wherein the voltage-reducing-signal is used to instruct the bidirectional inverter to reduce the voltage of the input terminal of the bidirectional inverter to be lower than or equal to the open-circuit voltage of the energy storage device.