mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a gas turbine , said method comprising the following steps: - measuring a state variable of a combustion within the gas turbine in a measuring step ; - predicting a future combustion dynamic by means of the measured state variable in a predicting step ; and - emitting a control signal by means of the prediction of the future combustion dynamic in a controlling step , characterized in that a basic state process , a noise process and a peak process are taken into account in the predicting step so as to predict the future combustion dynamic ; wherein the basic state process is a process which leads to a slow variation of the combustion dynamic over several seconds or over several 10 seconds; wherein the noise process includes a superimposition of the basic state process with statistical noise on a significantly smaller time scale; and wherein the peak process represents an additional, very high acceleration within the combustion dynamic that arises on a very short time scale. - measuring a state variable of a combustion within the gas turbine in a measuring step ; - predicting a future combustion dynamic by means of the measured state variable in a predicting step ; and - emitting a control signal by means of the prediction of the future combustion dynamic in a controlling step , a basic state process , a noise process and a peak process are taken into account in the predicting step so as to predict the future combustion dynamic ; wherein the basic state process is a process which leads to a slow variation of the combustion dynamic over several seconds or over several 10 seconds; wherein the noise process includes a superimposition of the basic state process with statistical noise on a significantly smaller time scale; and wherein the peak process represents an additional, very high acceleration within the combustion dynamic that arises on a very short time scale.
A federated in-memory database computing system (FIMDB) with: - A plurality of interconnected computing sites (LS), being local computing sites, each installed with a local in-memory database instance (IMDB), which is configured to connect to the Federated In-Memory Database computing system (FIMDB) - A central computing infrastructure, provided by a service provider (SP), who grants access to services, managed by the service provider (SP) for execution on local sensitive data of the respective computing site (LS) - Connection means (LSG 1 , LSG 2 ), which are specifically adapted for connecting the local and remote computing sites of the federated in-memory database computing system (FIMDB) - Configuration means (CM), which are specifically adapted for configuring hardware and software of the local computing site (LS) in order to access services managed by the service provider (SP) and execute them on the local computing hardware, characterised in that the local computing sites grant access to the local sensitive data for specifically selected other computing sites, participating in the federated in-memory database computing system (FIMDB), wherein remote computing sites granted access to the local sensitive data are configured to provide algorithms and processes for processing the local sensitive data locally without duplicating, replicating, moving or copying data to a remote node. - A plurality of interconnected computing sites (LS), being local computing sites, each installed with a local in-memory database instance (IMDB), which is configured to connect to the Federated In-Memory Database computing system (FIMDB) - A central computing infrastructure, provided by a service provider (SP), who grants access to services, managed by the service provider (SP) for execution on local sensitive data of the respective computing site (LS) - Connection means (LSG 1 , LSG 2 ), which are specifically adapted for connecting the local and remote computing sites of the federated in-memory database computing system (FIMDB) - Configuration means (CM), which are specifically adapted for configuring hardware and software of the local computing site (LS) in order to access services managed by the service provider (SP) and execute them on the local computing hardware, characterised in that the local computing sites grant access to the local sensitive data for specifically selected other computing sites, participating in the federated in-memory database computing system (FIMDB), wherein remote computing sites granted access to the local sensitive data are configured to provide algorithms and processes for processing the local sensitive data locally without duplicating, replicating, moving or copying data to a remote node.
A scheduling request processing method, performed by a terminal device or a chip applied to the terminal device, comprising: determining (S101) that a regular buffer status report, BSR, associated with a first logical channel is triggered and has not been canceled; and if the terminal device has an available uplink resource, but a value of at least one parameter in a transmission parameter set of the uplink resource available for the terminal device is different from a value of a corresponding parameter in a transmission parameter set available for the first logical channel, and if a first timer of the terminal device is not running, triggering (S102) a scheduling request, SR; wherein the corresponding parameter of the transmission parameter set available for the first logical channel comprises at least one of a subcarrier spacing and a serving cell of the terminal device corresponding to the uplink resource. determining (S101) that a regular buffer status report, BSR, associated with a first logical channel is triggered and has not been canceled; and if the terminal device has an available uplink resource, but a value of at least one parameter in a transmission parameter set of the uplink resource available for the terminal device is different from a value of a corresponding parameter in a transmission parameter set available for the first logical channel, and if a first timer of the terminal device is not running, triggering (S102) a scheduling request, SR; wherein the corresponding parameter of the transmission parameter set available for the first logical channel comprises at least one of a subcarrier spacing and a serving cell of the terminal device corresponding to the uplink resource.
An integrated circuit (200; 200'), comprising: a magnetic sensing element having differential first and second outputs (208a, b) and an input, the input to receive current; first and second switches (210a, b) coupled to a respective one of the differential first and second outputs; a first voltage source coupled between the first and second switches, the first and second switches having a first state in which the first voltage source is coupled across the differential first and second outputs; and an IC output to output a voltage corresponding to the first voltage source when the first and second switches are in the first state for monitoring operation of a signal path from the magnetic sensing element to the IC output, characterized in the integrated circuit further including third and fourth switches (214a, b) coupled to a respective one of the differential first and second outputs; and a second voltage source coupled between the third and fourth switches, the third and fourth switches having a second state in which the second voltage source is coupled across the differential first and second outputs, wherein the IC output outputs a voltage corresponding to the second voltage source when the third and fourth switches are in the second state for monitoring operation of a signal path from the magnetic sensing element to the IC output. a magnetic sensing element having differential first and second outputs (208a, b) and an input, the input to receive current; first and second switches (210a, b) coupled to a respective one of the differential first and second outputs; a first voltage source coupled between the first and second switches, the first and second switches having a first state in which the first voltage source is coupled across the differential first and second outputs; and an IC output to output a voltage corresponding to the first voltage source when the first and second switches are in the first state for monitoring operation of a signal path from the magnetic sensing element to the IC output, characterized in the integrated circuit further including third and fourth switches (214a, b) coupled to a respective one of the differential first and second outputs; and a second voltage source coupled between the third and fourth switches, the third and fourth switches having a second state in which the second voltage source is coupled across the differential first and second outputs, wherein the IC output outputs a voltage corresponding to the second voltage source when the third and fourth switches are in the second state for monitoring operation of a signal path from the magnetic sensing element to the IC output.
An inlet assembly for an auxiliary power unit for an aircraft, the assembly comprising: a duct configured to provide fluid communication from an environment of the aircraft to an inlet of an engine of the auxiliary power unit; and a filter received in and extending across the duct , characterised in that the filter includes: a first filter portion permeable to air, the first filter portion extending from a side wall of the duct across only part of a span of the duct and defining a transverse edge in the duct , a second filter portion permeable to air extending in a downstream direction along the duct from the transverse edge to a downstream end located downstream of the transverse edge , the first and second filter portions being non-parallel, and a collection member impermeable to water extending from the downstream end across a remainder of the span of the duct , the second filter portion and the collection member being non-parallel. a duct configured to provide fluid communication from an environment of the aircraft to an inlet of an engine of the auxiliary power unit; and a filter received in and extending across the duct , characterised in that the filter includes: a first filter portion permeable to air, the first filter portion extending from a side wall of the duct across only part of a span of the duct and defining a transverse edge in the duct , a second filter portion permeable to air extending in a downstream direction along the duct from the transverse edge to a downstream end located downstream of the transverse edge , the first and second filter portions being non-parallel, and a collection member impermeable to water extending from the downstream end across a remainder of the span of the duct , the second filter portion and the collection member being non-parallel. a first filter portion permeable to air, the first filter portion extending from a side wall of the duct across only part of a span of the duct and defining a transverse edge in the duct , a second filter portion permeable to air extending in a downstream direction along the duct from the transverse edge to a downstream end located downstream of the transverse edge , the first and second filter portions being non-parallel, and a collection member impermeable to water extending from the downstream end across a remainder of the span of the duct , the second filter portion and the collection member being non-parallel.
Composite mold for manufacturing a thermoset optical article which is usable as an ophthalmic lens substrate and which comprises a microstructured main surface, by casting a thermosetting material into a molding cavity , the composite mold comprising: - a mineral first outer mold part having a first inner surface , and - an organic molding film detachably bonded to the first inner surface and having a microstructured pattern configured to directly form said microstructured main surface after casting the thermosetting material in contact with the organic molding film , said film being releasable from both the mineral first outer mold part and the cast thermosetting material, wherein the organic molding film is hydrophobic at least on said microstructured pattern, and has a thickness of between 10 nm and 500 μm. - a mineral first outer mold part having a first inner surface , and - an organic molding film detachably bonded to the first inner surface and having a microstructured pattern configured to directly form said microstructured main surface after casting the thermosetting material in contact with the organic molding film , said film being releasable from both the mineral first outer mold part and the cast thermosetting material,
An absorbent composite, comprising: (a) a nonwoven top layer comprising hydrophilic fibers; and (b) an absorbent core directly or indirectly attached to the nonwoven top layer, the absorbent core comprising a plurality of layers including (i) at least one physically entangled nonwoven layer, and (ii) at least one bonded carded nonwoven layer and/or at least one thermal bonded high-loft nonwoven web; wherein the absorbent composite includes (i) a composite-rate of absorption of less than 8 seconds for a 5 ml liquid sample as determined by D824-94, and (ii) a composite-run-off value of less than 15% as determined by ISO 9073-11. (a) a nonwoven top layer comprising hydrophilic fibers; and (b) an absorbent core directly or indirectly attached to the nonwoven top layer, the absorbent core comprising a plurality of layers including (i) at least one physically entangled nonwoven layer, and (ii) at least one bonded carded nonwoven layer and/or at least one thermal bonded high-loft nonwoven web;
Household appliance for the care of laundry items, with a housing and with an outer tub that is arranged in the housing , wherein the outer tub has a rear wall , in which a central perforation is arranged, and with a mounting system , with which a shaft of the household appliance is mounted, wherein the mounting system is arranged in the perforation and is fastened to the rear wall with a connection that can be released in a non-destructive manner, characterised in that the mounting system is arranged on the rear wall with a threaded connection as the releasable connection and is screwed into the perforation using the threaded connection .
A motor vehicle comprising a body panel and a structural element , the structural element and the body panel being configured to form a hollow body showing an upper wall, said upper wall being formed by a curved part of said body panel , the vehicle further comprising at least one reinforcing piece fixed to the structural element in said hollow body, said reinforcing piece(s) comprising a base having a body, fixing means , and a support element configured to extend from said base under the upper wall of said hollow body, and said reinforcement piece is an inflating insert, so that the fixing means comprise an expansive foam , said vehicle comprising a passenger compartment, a sliding side door provided with a lower rail having a portion curved towards the interior of the passenger compartment and an opening forming a passage for said rail in the direction of the passenger compartment, said vehicle being characterized in that the structural element is a side rail reinforcement and the side rail panel the body is a body side panel, and the upper wall of the hollow body is arranged under the opening for allowing the curved portion of a lower guide rail of a sliding door to enter the passenger compartment.
A harvester header comprising a frame as well as a ground-following cutter bar which is disposed on a plurality of support arms which are pivotable about at least a horizontal axis and which are articulated upon the frame , wherein at least one sensor assembly is disposed on the harvester header in order to detect the pivotal movement of at least one of the support arms , wherein the at least one sensor assembly comprises at least one measurement pick-up onto which the pivotal movement of the support arms of the harvester header can be mechanically transmitted, characterized in that a position indicator is disposed on the harvester header and is coupled to the movement of the at least one measurement pick-up .
A method of receiving data transmitted over a communication channel, the method comprising: receiving M mutually orthogonal waveforms included within M frequency sub-bands; demodulating the M mutually orthogonal waveforms to recover an estimate of a two-dimensional array of OTFS symbols; and decoding the two-dimensional array of OTFS symbols in order to generate an estimate of an NxM array containing a plurality of information symbols, the NxM array having been encoded prior to transmission of the data by applying an OTFS transform to the plurality of information symbols wherein the OTFS transform includes an inverse symplectic Fourier transform and a windowing operation. receiving M mutually orthogonal waveforms included within M frequency sub-bands; demodulating the M mutually orthogonal waveforms to recover an estimate of a two-dimensional array of OTFS symbols; and decoding the two-dimensional array of OTFS symbols in order to generate an estimate of an NxM array containing a plurality of information symbols, the NxM array having been encoded prior to transmission of the data by applying an OTFS transform to the plurality of information symbols wherein the OTFS transform includes an inverse symplectic Fourier transform and a windowing operation.
A dispenser for delivering granular materials comprising: a container assembly having an outer enclosure and an inner reservoir for containing a granular material , said enclosure having an opening for the outflow of material, said enclosure and reservoir defining a passageway therebetween; said inner reservoir defining a nozzle for the outflow of material; a metering cup disposed at one end of the enclosure and having an open end, the open end opposing said nozzle , the metering cup adapted to receive through the open end of the metering cup a controlled quantity of material directed from the reservoir and through the nozzle , when the container assembly is disposed in a first orientation, and for delivering the material to the passageway , when the container is disposed in a second orientation; characterised in that the dispenser further comprising: a control plug positioned within the metering cup for setting the quantity of material directed into the metering cup, wherein the control plug comprises a plug having an opening adjacent the nozzle to receive therethrough material from the nozzle . a container assembly having an outer enclosure and an inner reservoir for containing a granular material , said enclosure having an opening for the outflow of material, said enclosure and reservoir defining a passageway therebetween; said inner reservoir defining a nozzle for the outflow of material; a metering cup disposed at one end of the enclosure and having an open end, the open end opposing said nozzle , the metering cup adapted to receive through the open end of the metering cup a controlled quantity of material directed from the reservoir and through the nozzle , when the container assembly is disposed in a first orientation, and for delivering the material to the passageway , when the container is disposed in a second orientation; characterised in that the dispenser further comprising: a control plug positioned within the metering cup for setting the quantity of material directed into the metering cup, wherein the control plug comprises a plug having an opening adjacent the nozzle to receive therethrough material from the nozzle .
Group for preparing a compound for dyeing manufactured items, such as for example clothing articles, comprising at least one tank for containing water, at least one filter including a containment means adapted to contain a color release element comprising at least one natural dye substance (FS) in fluid communication with said at least one tank such that said water in said at least one tank can be conveyed within or through said at least one filter and through said at least one natural dye substance (FS) in a manner such that said water is dyed by said at least one natural dye substance (FS), said apparatus comprising at least one circuit for conveying said water, drawn from said at least one tank , into said at least one filter and through said at least one natural dye substance (FS), said apparatus further comprising heating means mounted or in any case operating in said at least one tank around or within said conveyance circuit and/or around or within said at least one filter in order to heat the water before the same is fed to said at least one filter or during such feeding in order to facilitate the absorption by the water of color released by said at least one natural dye substance (FS) during the filtering action or passage of the water through the natural dye substance (FS). said apparatus comprising at least one circuit for conveying said water, drawn from said at least one tank , into said at least one filter and through said at least one natural dye substance (FS), said apparatus further comprising heating means mounted or in any case operating in said at least one tank around or within said conveyance circuit and/or around or within said at least one filter in order to heat the water before the same is fed to said at least one filter or during such feeding in order to facilitate the absorption by the water of color released by said at least one natural dye substance (FS) during the filtering action or passage of the water through the natural dye substance (FS).
An isolated humanized monoclonal antibody that specifically binds to human CD99, and comprises: (a) a light chain comprising the amino acid sequence set forth in SEQ ID NO:4 and (b) a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:2 or 5, wherein the variable chains are constructed onto a human IgG1 scaffold, and wherein SEQ ID No. 2 and SEQ ID No. 4 are as in Figure 2 and SEQ ID No. 5 is as in Figure 4.