mhurhangee/ep-ind-claims huggingface dataset:
A system for conducting a seismic survey, comprising: at least one seismic sensor configured to supply a signal responsive to reflections of acoustic energy from an earth surface, the signal comprising a direct current offset; and at least one processor (106, 202) configured to: mitigate sensor offset from a sequence of samples representative of the signal by filtering the sequence of samples using a symmetrical-in-time finite impulse response filter, wherein the at least one processor (106, 202) is configured to process the sequence of samples using a plurality of filter stages that are rectangular in time, wherein the length of one filter stage of the plurality of filter stages is different than the length of another filter stage of the plurality of filter stages, the system characterised in that the lengths of the filter stages are configured to minimize signal ripple in an impulse response associated with the FIR filter by aligning at least one null of one filter stage of the plurality of filter stages between two other nulls of another stage of the plurality of filter stages to minimize peaks of a composite frequency response. at least one seismic sensor configured to supply a signal responsive to reflections of acoustic energy from an earth surface, the signal comprising a direct current offset; and at least one processor (106, 202) configured to: mitigate sensor offset from a sequence of samples representative of the signal by filtering the sequence of samples using a symmetrical-in-time finite impulse response filter, wherein the at least one processor (106, 202) is configured to process the sequence of samples using a plurality of filter stages that are rectangular in time, wherein the length of one filter stage of the plurality of filter stages is different than the length of another filter stage of the plurality of filter stages, the system characterised in that the lengths of the filter stages are configured to minimize signal ripple in an impulse response associated with the FIR filter by aligning at least one null of one filter stage of the plurality of filter stages between two other nulls of another stage of the plurality of filter stages to minimize peaks of a composite frequency response.
A method of controlling a device installed in a vehicle, the method comprising: executing a first application by a first system-on-chip, SoC; outputting first video data corresponding to the first application by the first SoC; generating a frame buffer for the first video data by the first SoC; transmitting the generated frame buffer to a second SoC; outputting the same video data as the first video data at a first time by the second SoC; and outputting second video data different from the first video data in response to an event that has occurred at a second time after the first time by the second SoC; the method further comprising: transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC. executing a first application by a first system-on-chip, SoC; outputting first video data corresponding to the first application by the first SoC; generating a frame buffer for the first video data by the first SoC; transmitting the generated frame buffer to a second SoC; outputting the same video data as the first video data at a first time by the second SoC; and outputting second video data different from the first video data in response to an event that has occurred at a second time after the first time by the second SoC; the method further comprising: transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC. transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC.
A method of forming an organic thin film pattern, the method comprising: (a) forming a first organic layer on a substrate; (b) selectively removing a part of the first organic layer by selectively irradiating light energy onto the first organic layer, and leaving a remaining part of the first organic layer as a sacrifice layer; (c) forming a second organic layer on the substrate and the entire surface of the sacrifice layer; and (d) lifting off the second organic layer formed on the sacrifice layer by removing the sacrifice layer using a solvent, and leaving the remaining second organic layer as a second organic layer pattern, characterized in that the first organic layer comprises a fluorine-based polymer and in the lifting off of the second organic layer, the solvent is a fluorine-based solvent. (a) forming a first organic layer on a substrate; (b) selectively removing a part of the first organic layer by selectively irradiating light energy onto the first organic layer, and leaving a remaining part of the first organic layer as a sacrifice layer; (c) forming a second organic layer on the substrate and the entire surface of the sacrifice layer; and (d) lifting off the second organic layer formed on the sacrifice layer by removing the sacrifice layer using a solvent, and leaving the remaining second organic layer as a second organic layer pattern, characterized in that the first organic layer comprises a fluorine-based polymer and in the lifting off of the second organic layer, the solvent is a fluorine-based solvent.
Device for clamping a plurality of weft threads (7, 8, 9, 10) comprising at least one clamping unit (20, 21), a support element, and an opener element with at least one finger (41, 42, 43), wherein the at least one clamping unit (20, 21) comprises an abutment element (26, 27) fixedly attached to the support element, at least one clamping element (22, 23, 24, 25) moveably mounted to the support element and arranged at a side of the abutment element (26, 27), and at least one force element (28, 29), wherein the at least one clamping element (22, 23, 24, 25) together with the abutment element (26, 27) defines a clamp (60, 61, 62, 63), wherein the at least one force element (28, 29) forces the at least one clamping element (22, 23, 24, 25) towards the abutment element (26, 27), and wherein the support element and the opener element are mounted displaceable relative to each other in a clamping direction, characterized in that the device comprises at least two clamping elements (22, 23, 24, 25) associated to one clamping unit (20, 21) or to different clamping units (20, 21), wherein each clamping element (22, 23, 24, 25) is pivotally mounted to the support element about a pivot axis (17, 18) perpendicular to the clamping direction, and in that the opener element is adapted to be arranged in an operating position, wherein when the opener element is arranged in the operating position, upon a relative displacement between the support element and the opener element the at least one finger (41, 42, 43) interacts with one of the clamping elements (22, 23, 24, 25) for causing said clamping element (22, 23, 24, 25) to pivot about the pivot axis (17, 18) against the force of the at least one force element (28, 29) for opening the associated clamp (60, 61, 62, 63).
An occupant protection device comprising: a vehicle seat that includes a seat cushion forming a seating surface, and a seatback forming a backrest; and a side airbag device housed in the seat, wherein the seatback includes a side support portion that bulges out in a vehicle advancement direction on a vehicle width direction side portion thereof, a side frame having a frame side wall that extends in the vehicle advancement direction when a horizontal section is seen from above is disposed in the interior of the side support portion, the side airbag device includes an airbag that is inflated and deployed in order to restrain an occupant, and an inflator provided on a vehicle width direction inner side of the frame side wall in order to supply inflation gas to the airbag, the airbag includes a main chamber that deploys toward the front of the side support portion, and a sub-chamber that houses the inflator and deploys on the vehicle width direction inner side of the main chamber, an internal vent hole (V1, V2) through which the inflation gas flows from the sub-chamber into the main chamber is provided in a partition between the main chamber and the sub-chamber, the sub-chamber is provided so as to deploy while overlapping the frame side wall when seen from a side of the vehicle, and the main chamber is provided so as to deploy without overlapping the frame side wall when seen from the side of the vehicle characterized in that a tether that is fastened to a vehicle rear part of the frame side wall on a vehicle outer side of the frame side wall is provided on a vehicle rear-side end of the main chamber.
A radiation-curable inkjet printer ink on an acrylate base, comprising a difunctional acrylate and optionally a trifunctional or multifunctional acrylate, a compound having an ethylenic double bond and a molecular weight of 90 to 205 and also a photoinitiator in the form of an acylphosphine oxide and 0.05 to 3.0 wt.% stabilizer, characterized in that it furthermore contains 0.05 to 1.5 wt.% surfactant and the compound is provided in the form of the acryloyl morpholine or as ethylene glycol phenyl ether acrylate (PH A).
A single phase converter cell module for a voltage source converter system, which converter cell module comprises two switching elements, a capacitor and an autotransformer,wherein the switching elements are connected in parallel and each having two insulated gate bipolar transistors connected in series, and each insulated gate bipolar transistor being connected in anti-parallel with a rectifying element, and wherein capacitor is connected in parallel with said switching elements which form an H-bridge configuration having a first and a second terminal defined by the midpoint connection of the insulated gate bipolar transistors connected in series in each switching element, characterized in that the autotransformer has a first end terminal, an intermediate terminal, and a second end terminal, wherein the first and the second terminal of the H-bridge configuration are connected to the intermediate terminal and the second end terminal, respectively, wherein the second end terminal of the autotransformer is an output terminal of the converter cell module connectable to another converter cell module, and wherein the first end terminal of the autotransformer is an input terminal of the converter cell module, whereby the autotransformer bypasses said converter cell module in the case of failure occurring in the converter cell module.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI; receiving, from the base station, a physical downlink shared channel, PDSCH, based on the DCI; and transmitting, to the base station, a physical uplink control channel, PUCCH, including hybrid automatic repeat request, HARQ, feedback information for the PDSCH on at least one of multiple serving cells according to an HARQ feedback timing, wherein the multiple serving cells comprise a primary cell, PCell, and a secondary cell, SCell, configured for a PUCCH transmission and the HARQ feedback timing is based on slots of the PCell. receiving, from a base station, downlink control information, DCI; receiving, from the base station, a physical downlink shared channel, PDSCH, based on the DCI; and transmitting, to the base station, a physical uplink control channel, PUCCH, including hybrid automatic repeat request, HARQ, feedback information for the PDSCH on at least one of multiple serving cells according to an HARQ feedback timing, wherein the multiple serving cells comprise a primary cell, PCell, and a secondary cell, SCell, configured for a PUCCH transmission and the HARQ feedback timing is based on slots of the PCell.
Method for attaching a glass element to a frame provided with a glass opening, in which method the glass element is fitted against a glazing rabbet on an edge of the glass opening, and the glass element is attached to the frame, characterized in that the glass element is preattached to the frame so that hot melt adhesive is applied on the surface of the glazing rabbet, the glass element is fitted against the glazing rabbet so that hot melt adhesive is between the glass element and the frame, which hot melt adhesive is molten above a certain temperature and cures when the temperature falls, and after the gluing with hot melt adhesive silicone is applied between the glass element and the frame, with which silicone the glass element is actually attached to the frame.
A process for preparing two mixtures of epoxidized fatty acid esters, comprising in the order given: 1) epoxidation of a vegetable oil, followed by 2) transesterification of the epoxidized vegetable oil, followed by 3) short path distillation of the transesterified epoxidized vegetable oil, followed by 4) selection of the non-vaporized fraction of process step 3) as the first mixture of epoxidized fatty acid esters and 5) selection of the vaporized fraction of process step 3) as the second mixture of epoxidized fatty acid esters. 1) epoxidation of a vegetable oil, followed by 2) transesterification of the epoxidized vegetable oil, followed by 3) short path distillation of the transesterified epoxidized vegetable oil, followed by 4) selection of the non-vaporized fraction of process step 3) as the first mixture of epoxidized fatty acid esters and 5) selection of the vaporized fraction of process step 3) as the second mixture of epoxidized fatty acid esters.
A peptide consisting of the amino acid sequence according to SEQ ID No. 12; a peptide consisting of the amino acid sequence according to SEQ ID No. 12 and 1 additional amino acid attached to the N- and/or C-terminal end thereof; or a pharmaceutical acceptable salt thereof.
A method for determining an energy optimised route for a vehicle, the method comprising the steps of: - providing a plurality of different cost factors, each cost factor influencing the energy consumption of the vehicle, - selecting, for the different parts of the route, at least one cost factor among the different cost factors, - composing, for the different parts of the route, the selected at least one cost factor to a composed cost factor, and - calculating the energy optimised route based on the composed cost factor, characterized in that the step of selecting at least one cost factor comprises the step of classifying the cost factors according to the fact whether a cost factor contributes to the composed cost factor more than a predetermined threshold, wherein the cost factors not contributing more than the predetermined threshold are disregarded for the composition of the composed cost factor, whereas the cost factors contributing more than the predetermined threshold being used for composing the composed cost factor, wherein each cost factor is described by a mathematical model, wherein the engine temperature is detected to provide a feedback control for the calculated energy consumption used for calculating the energy optimised route. - providing a plurality of different cost factors, each cost factor influencing the energy consumption of the vehicle, - selecting, for the different parts of the route, at least one cost factor among the different cost factors, - composing, for the different parts of the route, the selected at least one cost factor to a composed cost factor, and - calculating the energy optimised route based on the composed cost factor, characterized in that the step of selecting at least one cost factor comprises the step of classifying the cost factors according to the fact whether a cost factor contributes to the composed cost factor more than a predetermined threshold, wherein the cost factors not contributing more than the predetermined threshold are disregarded for the composition of the composed cost factor, whereas the cost factors contributing more than the predetermined threshold being used for composing the composed cost factor, wherein each cost factor is described by a mathematical model, wherein the engine temperature is detected to provide a feedback control for the calculated energy consumption used for calculating the energy optimised route.
A toner comprising: a binder resin; a colorant; and a phenol multimer represented by the following General Formula: where R 1, R 11, and R 21 each are a hydrogen atom, R 2, R 12, and R 22 each are a halogen atom, R 3, R 6, R 16, and R 26 each are a hydrogen atom, and R 4, R 5, R 14, R 15, R 24, and R 25 each are a hydrogen atom or a methyl group; and n denotes a polymerization degree which is an integer of 1 or greater. a binder resin; a colorant; and a phenol multimer represented by the following General Formula: where R 1, R 11, and R 21 each are a hydrogen atom, R 2, R 12, and R 22 each are a halogen atom, R 3, R 6, R 16, and R 26 each are a hydrogen atom, and R 4, R 5, R 14, R 15, R 24, and R 25 each are a hydrogen atom or a methyl group; and n denotes a polymerization degree which is an integer of 1 or greater.
A compound of formula (IVa): or a pharmaceutically acceptable salt or stereoisomer thereof, wherein m is 0; n is 1; R 1 and R 2 are each independently hydrogen or C 1 -C 4 alkyl; R 3 and R 4 are each independently hydrogen or C 1 -C 4 alkyl; R 5 is hydrogen; and R 6 and R 7 are each independently hydrogen, halo, C 1 -C 4 alkyl, aryl, or heteroaryl. m is 0; n is 1; R 1 and R 2 are each independently hydrogen or C 1 -C 4 alkyl; R 3 and R 4 are each independently hydrogen or C 1 -C 4 alkyl; R 5 is hydrogen; and R 6 and R 7 are each independently hydrogen, halo, C 1 -C 4 alkyl, aryl, or heteroaryl.
Hub system for a vehicle, such as a chain or belt driven vehicle for example a go-kart for a child, comprising: a hub shaft; a driving member being rotatably mounted with respect to the hub shaft; a hub shell being rotatably mounted with respect to the hub shaft; a brake shoe arranged for engaging the hub shell such as to be coupled with said hub shell temporarily; a brake anchor arranged to be fixedly attached to a frame of a vehicle; and a coupling element arranged for enabling coupling between the driving member and the hub shell in a first position of said coupling element, and for enabling coupling between the brake anchor and the hub shell in a second position of the coupling element, wherein the hub shaft is rotationally coupled to the brake shoe in at least one rotational direction at a first location located at a first lateral side of the driving member, and the hub shaft is rotationally coupled to the brake anchor in at least one rotational direction at a second location located at a second lateral side of the driving member and opposite of the first lateral side of said driving member, characterized in that the brake anchor and the brake shoe are rotationally coupled to each other by means of a rotational coupling, and wherein said rotational coupling between the brake anchor and the brake shoe comprises a freewheel device. a hub shaft; a driving member being rotatably mounted with respect to the hub shaft; a hub shell being rotatably mounted with respect to the hub shaft; a brake shoe arranged for engaging the hub shell such as to be coupled with said hub shell temporarily; a brake anchor arranged to be fixedly attached to a frame of a vehicle; and a coupling element arranged for enabling coupling between the driving member and the hub shell in a first position of said coupling element, and for enabling coupling between the brake anchor and the hub shell in a second position of the coupling element, wherein the hub shaft is rotationally coupled to the brake shoe in at least one rotational direction at a first location located at a first lateral side of the driving member, and the hub shaft is rotationally coupled to the brake anchor in at least one rotational direction at a second location located at a second lateral side of the driving member and opposite of the first lateral side of said driving member, characterized in that the brake anchor and the brake shoe are rotationally coupled to each other by means of a rotational coupling, and wherein said rotational coupling between the brake anchor and the brake shoe comprises a freewheel device.
A method, comprising: during an ongoing call of a user terminal in one of a circuit switched domain or a packet switched domain, initiating (2A, 2B), by an apparatus in a radio access network, a handover procedure; setting, by the apparatus, parameters allowing the other of the circuit switched domain and the packet switched domain to determine actual resources needed to continue the call in said other domain, and sending an indication of these parameters towards a network element of said other domain, wherein the actual resources needed are related to a quality of service that was requested by and/or granted to the user terminal when the ongoing call was first established; and completing (9A, 10A, 7A 7B), by the apparatus, the handover procedure, where when the ongoing call is in the circuit switched domain completing the handover procedure results in handing over the ongoing call to the packet switched domain, and when the ongoing call is in the packet switched domain completing the handover procedure results in handing over the ongoing call to the circuit switched domain. during an ongoing call of a user terminal in one of a circuit switched domain or a packet switched domain, initiating (2A, 2B), by an apparatus in a radio access network, a handover procedure; setting, by the apparatus, parameters allowing the other of the circuit switched domain and the packet switched domain to determine actual resources needed to continue the call in said other domain, and sending an indication of these parameters towards a network element of said other domain, wherein the actual resources needed are related to a quality of service that was requested by and/or granted to the user terminal when the ongoing call was first established; and completing (9A, 10A, 7A 7B), by the apparatus, the handover procedure, where when the ongoing call is in the circuit switched domain completing the handover procedure results in handing over the ongoing call to the packet switched domain, and when the ongoing call is in the packet switched domain completing the handover procedure results in handing over the ongoing call to the circuit switched domain.