mhurhangee/ep-ind-claims huggingface dataset:
A gas engine having an intercooler, comprising: a turbocharger for compressing intake gas to the gas engine that uses a gas as fuel; a pre-mixing device provided before the turbocharger in an intake system and configured to mix a fuel gas with air to produce a pre-mixed gas mixture upstream of the turbocharger; the intercooler located downstream of the turbocharger in the intake system, configured to cool the pre-mixed gas mixture that has been compressed by the turbocharger, and having a drain valve for discharging condensed water produced through cooling of the pre-mixed gas mixture; a vapor-liquid separator connected to the drain valve via a first conduit and configured to separate the pre-mixed gas mixture discharged with the condensed water, from the condensed water; and a second conduit through which the pre-mixed gas mixture separated in the vapor-liquid separator can flow to the upstream of the turbocharger in the intake system. a turbocharger for compressing intake gas to the gas engine that uses a gas as fuel; a pre-mixing device provided before the turbocharger in an intake system and configured to mix a fuel gas with air to produce a pre-mixed gas mixture upstream of the turbocharger; the intercooler located downstream of the turbocharger in the intake system, configured to cool the pre-mixed gas mixture that has been compressed by the turbocharger, and having a drain valve for discharging condensed water produced through cooling of the pre-mixed gas mixture; a vapor-liquid separator connected to the drain valve via a first conduit and configured to separate the pre-mixed gas mixture discharged with the condensed water, from the condensed water; and a second conduit through which the pre-mixed gas mixture separated in the vapor-liquid separator can flow to the upstream of the turbocharger in the intake system.
A device for cleaning a surface of a barrier for fish farming, the surface being submerged in a water column, comprising: - at least one fin for steering the device against the submerged surface while the device moves, through the water column, in a direction parallel to the submerged surface; - at least one pivoting means for pivoting the at least one fin, in relation to the device, in reaction to a drag acting on the at least one fin; and - at least one brush for cleaning the submerged surface, wherein the pivoting of the at least one fin is constrained for steering the device against the submerged surface, and characterised in that the at least one brush comprises a pivot for allowing the rotation of the at least one brush in reaction to a contact of the at least one brush with the submerged surface. - at least one fin for steering the device against the submerged surface while the device moves, through the water column, in a direction parallel to the submerged surface; - at least one pivoting means for pivoting the at least one fin, in relation to the device, in reaction to a drag acting on the at least one fin; and - at least one brush for cleaning the submerged surface, wherein the pivoting of the at least one fin is constrained for steering the device against the submerged surface, and characterised in that the at least one brush comprises a pivot for allowing the rotation of the at least one brush in reaction to a contact of the at least one brush with the submerged surface.
A route setting program generation method for generation of a route setting program which issues a control command to trackside facilities to perform the route setting of trains by a route setting program generation device, comprising: a step in which a track layout input portion of the route setting program generation device accepts track layout information on a railway that is comprised of a plurality of routes, a step in which one of a predetermined plurality of geometric pattern types is used by a geometric pattern extracting portion of the route setting program generation device to define a geometrical relation between the two routes of each of the plurality of routes for each of combinations of two routes comprising the other one route configuring the track layout, a step in which a route setting logic selection portion of the route setting program generation device selects a logic, which is used for judgment of enterable or not of a train into one of the two routes for each of the combinations of the two routes, based on a geometric pattern type defined for the combinations of the two routes, and a step in which a program module connection portion of the route setting program generation device generates the route setting program by connecting a plurality of program modules identified by a plurality of logics selected by the route setting logic selection portion. a step in which a track layout input portion of the route setting program generation device accepts track layout information on a railway that is comprised of a plurality of routes, a step in which one of a predetermined plurality of geometric pattern types is used by a geometric pattern extracting portion of the route setting program generation device to define a geometrical relation between the two routes of each of the plurality of routes for each of combinations of two routes comprising the other one route configuring the track layout, a step in which a route setting logic selection portion of the route setting program generation device selects a logic, which is used for judgment of enterable or not of a train into one of the two routes for each of the combinations of the two routes, based on a geometric pattern type defined for the combinations of the two routes, and a step in which a program module connection portion of the route setting program generation device generates the route setting program by connecting a plurality of program modules identified by a plurality of logics selected by the route setting logic selection portion.
A fluoranthene derivative represented by the following formula: wherein R 3, R 4 and R 6 to R 12 may be the same as or different from one another and each is selected from the group consisting of hydrogen, an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an aryl ether group, an aryl thioether group, an aryl group, a heteroaryl group, a halogen, a cyano group, an amino group, a carbonyl group, a carboxyl group, an oxycarbonyl group and a carbamoyl group; L 1 is a substituted or unsubstituted phenylene group and wherein when L 1 is substituted, the substituent is an aryl group; L 2 is a single bond, a substituted or unsubstituted arylene group, or a substituted or unsubstituted heteroarylene group; HAr is a substituted or unsubstituted aromatic heterocyclic group containing an electron-accepting nitrogen selected from the group consisting of the following groups: when each of the groups above is substituted, the substituent is selected from the group consisting of an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an aryl ether group, an aryl thioether group, an aryl group, a heteroaryl group, a halogen, a cyano group, an amino group, a carbonyl group, a carboxyl group, an oxycarbonyl group, a carbamoyl group and -P(=O)R 1 R 2 in which R 1 and R 2 are an aryl group or a heteroaryl group, and R 1 and R 2 may be fused to form a ring; w, x, y and z are an integer of 1 to 3; provided that the arylene group is neither an anthracene-containing group nor a pyrene-containing group and that each of L 2 and HAr is not a group containing electron-donating nitrogen; when w=x=1, L 2 is a substituted or unsubstituted arylene group or a substituted or unsubstituted heteroarylene group; when w=1 and x=2, HAr is not pyrimidine; when w=2 and x=1, the substituent substituting on L1 is not phenanthrene; and when w, x, y and z are 2 or 3, a plurality of fluoranthene groups, L 1, L 2 or HAr may be the same as or different from one another, and it is not allowed that both x and z are 2 or more.
A conjugate having anti-tumour properties containing selenium nanoparticles modified with at least one isothiocyanate as a substance enhancing the effect of the selenium nanoparticles for use in the treatment of tumour, wherein the at least one isothiocyanate is sulforaphane immobilised on the surface of selenium nanoparticles, and wherein the tumour is breast cancer characterised by the absence of estrogen, progesterone and HER-2/Neu receptors. wherein the at least one isothiocyanate is sulforaphane immobilised on the surface of selenium nanoparticles, and wherein the tumour is breast cancer characterised by the absence of estrogen, progesterone and HER-2/Neu receptors.
A method for implementing an E-tree service, wherein the method comprises: obtaining, by a local provider edge, PE, device, leaf PE attribute information of a peer PE device, wherein the leaf PE attribute information is used to indicate whether a PE device is a leaf PE device; and when the leaf PE attribute information of the peer PE device indicates that the peer PE device is a leaf PE device and when the local PE device is a leaf PE device, forbidding, by the local PE device, a pseudo-wire connection between the local PE device and the peer PE device. obtaining, by a local provider edge, PE, device, leaf PE attribute information of a peer PE device, wherein the leaf PE attribute information is used to indicate whether a PE device is a leaf PE device; and when the leaf PE attribute information of the peer PE device indicates that the peer PE device is a leaf PE device and when the local PE device is a leaf PE device, forbidding, by the local PE device, a pseudo-wire connection between the local PE device and the peer PE device.
A method of scheduling sub-carriers in an Orthogonal Frequency Division Multiplexing, OFDM, system, the method comprising: receiving at a base station a wirelessly transmitted OFDM signal from a terminal; determining a signal to noise ratio for allocated sub-carriers in an OFDM communication link; determining a total received power; determining a number of currently allocated sub-carriers; and adjusting a number of allocated sub-carriers based, at least in part, on the signal to noise ratio, the total received power, and the number of currently allocated sub-carriers, characterized in that the adjusting the number of allocated sub-carriers comprises incrementing the number of currently allocated sub-carriers if the total received power is less than a minimum total received power, the number of currently allocated sub-carriers is less than a maximum number of sub-carriers in the link, and the signal to noise ratio is greater than a predetermined maximum signal to noise ratio, and decrementing the number of currently allocated sub-carriers if the total received power is greater than a maximum total received power, the number of currently allocated sub-carriers is greater than one, and the signal to noise ratio is less than a predetermined minimum signal to noise ratio. receiving at a base station a wirelessly transmitted OFDM signal from a terminal; determining a signal to noise ratio for allocated sub-carriers in an OFDM communication link; determining a total received power; determining a number of currently allocated sub-carriers; and adjusting a number of allocated sub-carriers based, at least in part, on the signal to noise ratio, the total received power, and the number of currently allocated sub-carriers, characterized in that the adjusting the number of allocated sub-carriers comprises incrementing the number of currently allocated sub-carriers if the total received power is less than a minimum total received power, the number of currently allocated sub-carriers is less than a maximum number of sub-carriers in the link, and the signal to noise ratio is greater than a predetermined maximum signal to noise ratio, and decrementing the number of currently allocated sub-carriers if the total received power is greater than a maximum total received power, the number of currently allocated sub-carriers is greater than one, and the signal to noise ratio is less than a predetermined minimum signal to noise ratio.
A tea composition comprising; a) a micronized iron compound; b) a first polysaccharide comprising maltodextrin; c) a second polysaccharide comprising gum arabic; and, d) a leaf tea product, wherein the particle size of the micronized iron compound is in the range of 0.1 to 10 micron. a) a micronized iron compound; b) a first polysaccharide comprising maltodextrin; c) a second polysaccharide comprising gum arabic; and, d) a leaf tea product,
A method for pairing an application with at least two mobile devices, the method comprising: transmitting, by the application, a request for device information to a network registry (230, 800), wherein the request for device information comprises a unique reference of the user to an agreement with an operator of the network registry; retrieving, by the network registry (230, 800), device information of all devices of the user related to the agreement with the operator of the network registry based on the unique reference of the user, wherein the network registry comprises a register that stores device information of all devices of the user related to the agreement with the operator of the network registry based on device identification information and user identification information, wherein the all devices of the user comprise at least two devices; transmitting (703, 207), by the network registry (230, 800), the device information of all devices of the user related to the agreement with the operator of the network registry to the application; pairing (704, 208) by the application or the at least two mobile devices, the application with the at least two mobile devices by using the device information of all devices of the user related to the agreement with the operator of the network registry; providing, by the network registry (230, 800), information about the at least two paired mobile devices to all other applications of the user; and storing, by the network registry (230, 800), information about the requesting application in order to notify all paired applications about a new device of the user. transmitting, by the application, a request for device information to a network registry (230, 800), wherein the request for device information comprises a unique reference of the user to an agreement with an operator of the network registry; retrieving, by the network registry (230, 800), device information of all devices of the user related to the agreement with the operator of the network registry based on the unique reference of the user, wherein the network registry comprises a register that stores device information of all devices of the user related to the agreement with the operator of the network registry based on device identification information and user identification information, wherein the all devices of the user comprise at least two devices; transmitting (703, 207), by the network registry (230, 800), the device information of all devices of the user related to the agreement with the operator of the network registry to the application; pairing (704, 208) by the application or the at least two mobile devices, the application with the at least two mobile devices by using the device information of all devices of the user related to the agreement with the operator of the network registry; providing, by the network registry (230, 800), information about the at least two paired mobile devices to all other applications of the user; and storing, by the network registry (230, 800), information about the requesting application in order to notify all paired applications about a new device of the user.
A system for pumping fluid through a line, the system comprising: a pumping chamber having an inlet connectable to provide fluid communication with a fluid source, and a pump outlet; and a force application assembly (8000,278) adapted to provide a compressive stroke to the pumping chamber, wherein the compressive stroke causes a restriction of retrograde flow of fluid from the pumping chamber through the inlet while urging fluid from the pumping chamber to the pump outlet; wherein the force application assembly (8000,278) is coupled to an inlet valve actuator and to a pump actuator, so that the compressive stroke actuates an inlet valve coupled between the inlet and the fluid source to close the valve when the pump actuator causes fluid to be urged from the pumping chamber to the pump outlet, characterised in that the force application assembly comprises: a plate coupled to the valve actuator and to the pump actuator; and a shape-memory actuator coupled to the plate for coordinated operation of the inlet valve actuator and the pump actuator, wherein the motor includes at least one shape-memory actuator. a pumping chamber having an inlet connectable to provide fluid communication with a fluid source, and a pump outlet; and a force application assembly (8000,278) adapted to provide a compressive stroke to the pumping chamber, a plate coupled to the valve actuator and to the pump actuator; and a shape-memory actuator coupled to the plate for coordinated operation of the inlet valve actuator and the pump actuator, wherein the motor includes at least one shape-memory actuator.
A catheter configured to deliver therapeutic energy to a tissue, comprising an elongate shaft (14; 32; 70) extending along a shaft longitudinal axis and comprising a shaft proximal end and a shaft distal end, and a flexible tip electrode (10; 30; 60) comprising a tip electrode conductive outer surface (12; 36; 74), wherein the flexible tip electrode is connected to the shaft distal end and is configured to deliver therapeutic energy to the tissue, and characterised in that the flexible tip electrode (10; 30; 60) further includes an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface. an elongate shaft (14; 32; 70) extending along a shaft longitudinal axis and comprising a shaft proximal end and a shaft distal end, and a flexible tip electrode (10; 30; 60) comprising a tip electrode conductive outer surface (12; 36; 74), wherein the flexible tip electrode is connected to the shaft distal end and is configured to deliver therapeutic energy to the tissue, and characterised in that the flexible tip electrode (10; 30; 60) further includes an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface. an electrically insulative strip (17; 42; 84) comprising an insulative strip outer surface, wherein the insulative strip (17; 42; 84) is disposed on the tip electrode conductive outer surface (12; 36; 74), and a mapping electrode (11; 44; 68) disposed on the insulative strip outer surface.
A method of forming an elongated composite structure using a mandrel employing a pneumatic tool, the method comprising: providing at least one flexible elongated pneumatic tool; providing at least one elongated insert having a first end with a cantilevered retainer extending therefrom, the insert being generally rigid; inserting the elongated pneumatic tool into a mandrel cavity; inserting the retainer into a mandrel cavity such that the first end of the insert is adjacent an end of the elongated pneumatic tool and the retainer extends over the end of the elongated pneumatic tool; and applying composite material to the mandrel, the pneumatic tool, and the retainer to form the elongated composite structure. providing at least one flexible elongated pneumatic tool; providing at least one elongated insert having a first end with a cantilevered retainer extending therefrom, the insert being generally rigid; inserting the elongated pneumatic tool into a mandrel cavity; inserting the retainer into a mandrel cavity such that the first end of the insert is adjacent an end of the elongated pneumatic tool and the retainer extends over the end of the elongated pneumatic tool; and applying composite material to the mandrel, the pneumatic tool, and the retainer to form the elongated composite structure.
A method for operating a photovoltaic system with an inverter, with a photovoltaic generator connected to an input of the inverter, wherein the inverter controls an operating voltage (U PV) of the photovoltaic generator at the input and is arranged for tracking an maximum power operating voltage (U MPP) of the photovoltaic generator, with an energy store for electrical energy and with a bidirectional converter via which the energy store is connected to the input of the inverter in parallel with the photovoltaic generator, the converter being operated in a tracking mode such that it enables the inverter to track the maximum power operating voltage (U MPP), characterized - in that the converter is operated in a compensation mode in such a way that it compensates fluctuations in the power (P PV) of the photovoltaic generator with respect to a nominal power (P Soll) flowing via the input into the inverter by adapting the power (P DC) delivered by it to or branched from the input, such that the sum of the power (P DC) of the converter and the power (P PV) of the photovoltaic generator is equal to the nominal power (P Soll), wherein a time course, and thus the fluctuations, of the power (P PV) output by the photovoltaic generator are detected by the converter and - in that during operation of the photovoltaic system,with power (P PV) being available from the photovoltaic generator, the compensation mode and the tracking mode are repeatedly interchanged. - in that the converter is operated in a compensation mode in such a way that it compensates fluctuations in the power (P PV) of the photovoltaic generator with respect to a nominal power (P Soll) flowing via the input into the inverter by adapting the power (P DC) delivered by it to or branched from the input, such that the sum of the power (P DC) of the converter and the power (P PV) of the photovoltaic generator is equal to the nominal power (P Soll), wherein a time course, and thus the fluctuations, of the power (P PV) output by the photovoltaic generator are detected by the converter and - in that during operation of the photovoltaic system,with power (P PV) being available from the photovoltaic generator, the compensation mode and the tracking mode are repeatedly interchanged.