mhurhangee/ep-ind-claims huggingface dataset:
A method for editing channels of a smart TV, the method comprises: upon receiving an interface calling up instruction, displaying a channel editing list on the display screen of the smart TV, and displaying different operation prompts on both sides of the channel editing list, wherein the operation prompts comprise a deletion prompt and a move prompt for the channel to be edited, and positions of the operation prompts relative to the channel editing list take positions of a left arrow key and a right arrow key of the remote control as reference, wherein the left arrow key and the right arrow key are arranged symmetrically in the vertical; upon receiving a channel selecting instruction, determining a channel to be edited in the channel editing list according to the channel selecting instruction; and upon receiving a channel editing instruction, editing the channel to be edited according to the channel editing instruction, wherein the channel editing instruction is an instruction indicating deletion or a move of the channel to be edited. upon receiving an interface calling up instruction, displaying a channel editing list on the display screen of the smart TV, and displaying different operation prompts on both sides of the channel editing list, wherein the operation prompts comprise a deletion prompt and a move prompt for the channel to be edited, and positions of the operation prompts relative to the channel editing list take positions of a left arrow key and a right arrow key of the remote control as reference, wherein the left arrow key and the right arrow key are arranged symmetrically in the vertical; upon receiving a channel selecting instruction, determining a channel to be edited in the channel editing list according to the channel selecting instruction; and upon receiving a channel editing instruction, editing the channel to be edited according to the channel editing instruction, wherein the channel editing instruction is an instruction indicating deletion or a move of the channel to be edited.
Locking device with a locking member movable between a locking position and a release position and an electric drive, wherein an actuating member, with the interposition of a coupling device, can be coupled with the locking member for movement thereof, wherein the coupling device comprises an engagement member movable between an engagement position and a disengaged position and the drive cooperates with the engagement member (33,41) for moving the same, characterized in that the drive cooperates with the engagement member (33,41) via a cam disk (36,44) which can be driven by the drive.
A fuel cell system, comprising: a driving unit to run a mobile body by supplying an electric power; a fuel cell stack supplying an electric power for running to the driving unit; a fuel supply unit supplying fuel necessary for electric power generation of the fuel cell stack; and a controller controlling a power-plant comprising the fuel cell stack and the fuel supply unit, characterized in that, the controller comprises: a stack output-response request computing unit to compute a stack output-response request, that is an electric power response requested for the fuel cell stack, an entire idle-stop a stack voltage setup unit during idle-stop to set up a lower limit of a stack setup-voltage during idle-stop that is set up as a stack voltage during execution of idle-stop so as to be higher as the stack output-response request is larger and so as to be lower as the stack-out-response request is smaller; and an operation unit of recovering a stack voltage during idle-stop to execute a recovery operation in which fuel gas or the air is supplied when an actual voltage of the fuel cell stack becomes lower than the lower limit of the stack setup-voltage during idle-stop. a driving unit to run a mobile body by supplying an electric power; a fuel cell stack supplying an electric power for running to the driving unit; a fuel supply unit supplying fuel necessary for electric power generation of the fuel cell stack; and a controller controlling a power-plant comprising the fuel cell stack and the fuel supply unit, characterized in that, the controller comprises: a stack output-response request computing unit to compute a stack output-response request, that is an electric power response requested for the fuel cell stack, an entire idle-stop a stack voltage setup unit during idle-stop to set up a lower limit of a stack setup-voltage during idle-stop that is set up as a stack voltage during execution of idle-stop so as to be higher as the stack output-response request is larger and so as to be lower as the stack-out-response request is smaller; and an operation unit of recovering a stack voltage during idle-stop to execute a recovery operation in which fuel gas or the air is supplied when an actual voltage of the fuel cell stack becomes lower than the lower limit of the stack setup-voltage during idle-stop. a stack output-response request computing unit to compute a stack output-response request, that is an electric power response requested for the fuel cell stack, an entire idle-stop a stack voltage setup unit during idle-stop to set up a lower limit of a stack setup-voltage during idle-stop that is set up as a stack voltage during execution of idle-stop so as to be higher as the stack output-response request is larger and so as to be lower as the stack-out-response request is smaller; and an operation unit of recovering a stack voltage during idle-stop to execute a recovery operation in which fuel gas or the air is supplied when an actual voltage of the fuel cell stack becomes lower than the lower limit of the stack setup-voltage during idle-stop.
A two-part header for a heat exchanger, which has a plurality of flat tubes arranged in a longitudinal direction, with the following features: a bottom, which has a plurality of openings arranged in a transverse direction for coupling the header to the plurality of flat tubes; and a cover, which is arranged opposite to the bottom, wherein the cover is formed from a metal sheet or is extruded, wherein the bottom is connected fluid-tight to the cover, at least at edges extending in the longitudinal direction, wherein the cover on a side facing the bottom has a plurality of transverse channels, which are arranged opposite to the plurality of openings, and has only one longitudinal channel extending in the longitudinal direction. a bottom, which has a plurality of openings arranged in a transverse direction for coupling the header to the plurality of flat tubes; and a cover, which is arranged opposite to the bottom, wherein the cover is formed from a metal sheet or is extruded, wherein the bottom is connected fluid-tight to the cover, at least at edges extending in the longitudinal direction, wherein the cover on a side facing the bottom has a plurality of transverse channels, which are arranged opposite to the plurality of openings, and has only one longitudinal channel extending in the longitudinal direction.
Tire comprising at least one crown extended by two sidewalls and two beads, the base of which adapted for mounting onto a rim seat, a carcass-type reinforcing structure anchored into the two beads and a layer composed of a cellular material positioned on the inner wall of the tire, characterized in that said cellular layer is bonded to the tire structure at most over 20% of its surface and the rest is not bonded, and in that the curved length in any axial cross section of the cellular layer ( L ca) is greater than the curved length in said axial cross section of the inner wall of the tire in contact with said cellular layer ( L pa).
A composition, comprising one or more quantum dots and at least one organic emitter which is chosen from a phosphorescent non-conjugated polymeric compound.
A light emitting arrangement, comprising: - an array of light-emitting elements adapted to emit primary light arranged on a carrier, said carrier being at least partly cylindrical or ring shaped and having an inner surface facing an interior space at least partially enclosed by said carrier, and an outer surface, and wherein the light emitting elements are arranged with their light emitting surface facing inward to emit light towards the interior space, and - a tubular wavelength converting member having an envelope body comprising a light-receiving inner envelope surface facing an interior space partially enclosed by said wavelength converting member, and an outer envelope surface, the wavelength converting member being arranged adjacent said carrier to receive light emitted by said light emitting elements via said light-receiving inner envelope surface, the tubular wavelength converting member being adapted to convert part of primary light emitted by the light emitting elements into secondary light and to emit said secondary light from said inner envelope surface as well as from said outer envelope surface, and to transmit part of the primary light without conversion. - an array of light-emitting elements adapted to emit primary light arranged on a carrier, said carrier being at least partly cylindrical or ring shaped and having an inner surface facing an interior space at least partially enclosed by said carrier, and an outer surface, and wherein the light emitting elements are arranged with their light emitting surface facing inward to emit light towards the interior space, and - a tubular wavelength converting member having an envelope body comprising a light-receiving inner envelope surface facing an interior space partially enclosed by said wavelength converting member, and an outer envelope surface, the wavelength converting member being arranged adjacent said carrier to receive light emitted by said light emitting elements via said light-receiving inner envelope surface, the tubular wavelength converting member being adapted to convert part of primary light emitted by the light emitting elements into secondary light and to emit said secondary light from said inner envelope surface as well as from said outer envelope surface, and to transmit part of the primary light without conversion.
A method of obtaining a detergent composition comprising introducing (a) a lipase variant of a parent lipase which variant has at least 60% sequence identity with SEQ ID NO: 2, a substitution at a position corresponding to D254 of the mature polypeptide of SEQ ID NO: 2 and has lipase activity and (b) an anionic surfactant, wherein said composition has increased stability in comparison with a corresponding composition comprising the parent lipase, wherein the amino acid substitution at the position corresponding to D254 of the mature polypeptide of SEQ ID NO: 2 is S; and wherein the variant further has a substitution corresponding to T231R.
A battery-operated hair dryer comprising: a dryer housing; a battery; and a fan having rotating fan blades propelled by a motor that is powered by the battery, wherein around the motor, the fan has non-rotating static airflow-shaping vanes between the motor and a motor mount, which non-rotating static airflow-shaping vanes serve as cooling ribs for the battery that is mounted adjacent to the fan, the motor mount being between the non-rotating static airflow-shaping vanes and the dryer housing, wherein the battery is mounted around or against the motor mount. a dryer housing; a battery; and a fan having rotating fan blades propelled by a motor that is powered by the battery, wherein around the motor, the fan has non-rotating static airflow-shaping vanes between the motor and a motor mount, which non-rotating static airflow-shaping vanes serve as cooling ribs for the battery that is mounted adjacent to the fan, the motor mount being between the non-rotating static airflow-shaping vanes and the dryer housing, wherein the battery is mounted around or against the motor mount.
A sliding member comprising a metal substrate and a sliding layer that is configured by forming on a surface of the metal substrate, the sliding layer slidably bearing a slide member, the sliding layer including a porous layer made of Cu-Sn alloy on the surface of the metal substrate by sintering, the sliding layer being made by filling a resin into the porous layer characterised by sintering the resin, the sliding layer being formed as an uneven surface to prevent an oil film by sliding from being formed thereon, the uneven surface being formed so that the dynamic friction force is made larger than a dynamic friction force when an oil film is formed, the dynamic friction force comes closer to the static friction force of the uneven surface and the rate of change in the dynamic friction force in relation to the static friction force is thus kept smaller, the uneven surface being formed on a cylinder-shaped internal circumferential surface thereof slidably bearing the slide member so as to have projections including a point-like vertex or a line-like vertex.
A method of printing on a printing system having a print station and a duplex path that is capable of accommodating a plurality of media sheets at a time, the method comprising a step of checking the sheets for possible damage before they are fed to the print station, characterized by the steps of: (a) determining, for each duplex sheet to be printed, a likelihood P that the sheet will be damaged in a process of printing an image on a first side of the sheet, so that the sheet would have to be discarded; (b) at or before the time when the first image is printed, deciding, on the basis of the determined likelihood P, whether or not to print at least one redundant copy (2a, 3a) of the sheet; and (c) when at least one redundant copy has been printed, and before a second image is printed on a second side of one of the sheets, checking whether the sheet and its redundant copies comprise at least one non-damaged sheet, and, if that is the case, selecting that sheet for further processing and discarding all other copies. (a) determining, for each duplex sheet to be printed, a likelihood P that the sheet will be damaged in a process of printing an image on a first side of the sheet, so that the sheet would have to be discarded; (b) at or before the time when the first image is printed, deciding, on the basis of the determined likelihood P, whether or not to print at least one redundant copy (2a, 3a) of the sheet; and (c) when at least one redundant copy has been printed, and before a second image is printed on a second side of one of the sheets, checking whether the sheet and its redundant copies comprise at least one non-damaged sheet, and, if that is the case, selecting that sheet for further processing and discarding all other copies.
Microscope having an objective interchange apparatus comprising a holder for receiving a number of objectives at respective holder positions (21.n) and comprising at least one objective of an objective receptacle which is configured for receiving the objective and is arranged in an optical beam path of the microscope, and an objective delivery device which is configured for transporting in each case a selected objective having an objective retainer between its holder position (21.n), which is delivered to a transfer position (ÜP), and the objective receptacle, wherein the objective receptacle remains in the optical beam path during the transport of the objective, the objective retainer is fitted to an objective housing of the objective or is attached thereto, and the objective retainer has an outer centring diameter as a reference surface, which diameter is guided against a lateral reference surface located in the objective receptacle such that reproducible positioning perpendicular to an optical axis of the microscope is achievable, and furthermore the object retainer has at least one planar support surface that extends orthogonally with respect to an optical axis of the objective; a clamping apparatus is present for retaining the objective in a use position in the objective receptacle in a spatially fixed manner, and the clamping apparatus is formed by an abutment surface of the objective receptacle and at least one clamping element, wherein the objective retainer of the objective, which is in the use position, is clampable by way of its support surface against the abutment surface by the clamping element. and furthermore the object retainer has at least one planar support surface that extends orthogonally with respect to an optical axis of the objective; a clamping apparatus is present for retaining the objective in a use position in the objective receptacle in a spatially fixed manner, and the clamping apparatus is formed by an abutment surface of the objective receptacle and at least one clamping element, wherein the objective retainer of the objective, which is in the use position, is clampable by way of its support surface against the abutment surface by the clamping element.
An electrolyte comprising an aluminum salt, an alkyl sulfone (R1-S(=O) 2 -R2, where R1 and R2 represent alkyl groups), and a solvent having a relative permittivity of 20 or less, wherein the solvent is an aromatic hydrocarbon.
An immunobinder which specifically binds human TNFα, the immunobinder comprising: (i) a human heavy chain variable framework sequence and CDR H1, CDR H2 and CDR H3 sequences stemming from a rabbit immunobinder, wherein the human heavy chain variable region framework has at least 90% identity to SEQ ID NO:1; and (ii) a human light chain variable framework sequence and CDR L1, CDR L2 and CDR L3 sequences stemming from a rabbit immunobinder, wherein the human light chain variable region framework sequence has at least 85% identity to SEQ ID NO:2. (i) a human heavy chain variable framework sequence and CDR H1, CDR H2 and CDR H3 sequences stemming from a rabbit immunobinder, wherein the human heavy chain variable region framework has at least 90% identity to SEQ ID NO:1; and (ii) a human light chain variable framework sequence and CDR L1, CDR L2 and CDR L3 sequences stemming from a rabbit immunobinder, wherein the human light chain variable region framework sequence has at least 85% identity to SEQ ID NO:2.
Signal processing apparatus for enhancing a digital input signal ( I ( x i)) recorded by a recording system having a system response ( H ( x i)), wherein the apparatus is configured to - retrieve the digital input signal; - compute a baseline estimate ( f ( x i)) of the digital input signal using a fit to at least a subset of the input signal, the baseline estimate representing a baseline of the digital input signal and comprising spatial features of the digital input signal that are larger than a feature length ( fl); - remove the baseline estimate from the digital input signal to obtain an output signal ( O ( x i)) comprising spatial features that are smaller than the feature length; wherein the apparatus is configured to - retrieve a characteristic length (cl) of the system response ( H ( x i)); and - compute the baseline estimate ( f ( x i)) using a feature length that is smaller than the characteristic length of the system response ( H ( x i)), characterized in that the feature length (fl) is comprised in a least-square minimization criterion ( M ( f ( x i))), which is to be minimized for the fit, the least-square minimization criterion ( M ( f ( x i))) containing the baseline estimate. - retrieve the digital input signal; - compute a baseline estimate ( f ( x i)) of the digital input signal using a fit to at least a subset of the input signal, the baseline estimate representing a baseline of the digital input signal and comprising spatial features of the digital input signal that are larger than a feature length ( fl); - remove the baseline estimate from the digital input signal to obtain an output signal ( O ( x i)) comprising spatial features that are smaller than the feature length; wherein the apparatus is configured to - retrieve a characteristic length (cl) of the system response ( H ( x i)); and - compute the baseline estimate ( f ( x i)) using a feature length that is smaller than the characteristic length of the system response ( H ( x i)), - retrieve a characteristic length (cl) of the system response ( H ( x i)); and - compute the baseline estimate ( f ( x i)) using a feature length that is smaller than the characteristic length of the system response ( H ( x i)), characterized in that the feature length (fl) is comprised in a least-square minimization criterion ( M ( f ( x i))), which is to be minimized for the fit, the least-square minimization criterion ( M ( f ( x i))) containing the baseline estimate.
Method for operating a driving-in device for fastening elements, comprising - a driving-in channel, - a driving-in element intended for driving a fastening element arranged in the driving-in channel into a substrate, - a drive device intended for driving the driving-in element onto the fastening element arranged in the driving-in channel, the drive device comprising a motor, - a magazine for fastening elements, - a transporting device intended for successively transporting fastening elements that are present in the magazine into the driving-in channel, and - a detection device for checking whether and/or how many fastening elements are present in the magazine, the method comprising the following steps: - operating the motor in accordance with a standard model if the detection device detects a specified minimum number of fastening elements in the magazine, - operating the motor in accordance with a special model that deviates from the standard model if the detection means does not detect any fastening elements or detects a number of fastening elements below the specified minimum number in the magazine, characterized in that the special model differs from the standard model by a different sequence of individual operating phases with a different time interval and/or different duration and/or different speed of the motor. - a driving-in channel, - a driving-in element intended for driving a fastening element arranged in the driving-in channel into a substrate, - a drive device intended for driving the driving-in element onto the fastening element arranged in the driving-in channel, the drive device comprising a motor, - a magazine for fastening elements, - a transporting device intended for successively transporting fastening elements that are present in the magazine into the driving-in channel, and - a detection device for checking whether and/or how many fastening elements are present in the magazine, - operating the motor in accordance with a standard model if the detection device detects a specified minimum number of fastening elements in the magazine, - operating the motor in accordance with a special model that deviates from the standard model if the detection means does not detect any fastening elements or detects a number of fastening elements below the specified minimum number in the magazine,