mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a multi-media user interface; a controller; and a memory (352, 402) configured to: store at least a first contact; and store a plurality of sets of settings; wherein said controller is configured to associate at least a first set of settings with the first contact; wherein the plurality of sets of settings define the behavior of various functionalities of the mobile terminal in a certain context wherein each set of settings defines a respective behavior pattern of said multi-media user interface and is definable by a user of the mobile terminal; wherein said controller is configured to provide a first control parameter representative of; a first set of settings, having one or more attributes, selected by a user; and one or more attributes applied from an application; wherein said controller is configured to provide a second control parameter representative of a contextual status of said mobile terminal; wherein said controller is configured to modify a behavior pattern of said multi-media user interface based on said first and second control parameters; and wherein said controller is configured to apply the first set of settings, associated with the first contact, upon receipt of an incoming call from the first contact. a multi-media user interface; a controller; and a memory (352, 402) configured to: store at least a first contact; and store a plurality of sets of settings; store at least a first contact; and store a plurality of sets of settings; wherein said controller is configured to associate at least a first set of settings with the first contact; wherein the plurality of sets of settings define the behavior of various functionalities of the mobile terminal in a certain context wherein each set of settings defines a respective behavior pattern of said multi-media user interface and is definable by a user of the mobile terminal; wherein said controller is configured to provide a first control parameter representative of; a first set of settings, having one or more attributes, selected by a user; and one or more attributes applied from an application; a first set of settings, having one or more attributes, selected by a user; and one or more attributes applied from an application; wherein said controller is configured to provide a second control parameter representative of a contextual status of said mobile terminal; wherein said controller is configured to modify a behavior pattern of said multi-media user interface based on said first and second control parameters; and wherein said controller is configured to apply the first set of settings, associated with the first contact, upon receipt of an incoming call from the first contact.
A method of wireless communication at a user equipment, UE, comprising: establishing a concurrent connection with a first cell of a first base station and a second cell of a second base station; determining that the UE is in a power limited state for the first cell for a time period; determining that the UE is not in a power limited state for the second cell for the time period; transmitting a sounding reference signal, SRS, to the second base station on the second cell based at least in part on the determination that the UE is not in the power limited state for the second cell for the time period; characterized by: deciding whether to borrow surplus power for allocation to the first cell. establishing a concurrent connection with a first cell of a first base station and a second cell of a second base station; determining that the UE is in a power limited state for the first cell for a time period; determining that the UE is not in a power limited state for the second cell for the time period; transmitting a sounding reference signal, SRS, to the second base station on the second cell based at least in part on the determination that the UE is not in the power limited state for the second cell for the time period; characterized by: deciding whether to borrow surplus power for allocation to the first cell.
Product for use in the therapeutic or prophylactic treatment of infections, said treatment comprising oral administration of the product, wherein the product is selected from a nutritional formulation, a food product, a dietary supplement, a beverage and a pharmaceutical product, said product containing at least 0.1% by weight of dry matter of carrot RG-I polysaccharides having the following combination of features: • a molecular weight in the range 10-300 kDa; • a backbone consisting of galacturonic acid residues and rhamnose residues, said rhamnose residues being contained in alpha(1→4)-galacturonic-alpha(1→2)-rhamnose residues; • the following monosaccharide composition: - 20-60 mol.% galacturonic acid residues, wherein the individual galacturonic acids can be methylated at the C-6 position and/or acetylated at the O-2 and/or the O-3 position; - 8-50 mol.% rhamnose residues; - 0-40 mol.% arabinose residues; - 0-45 mol.% galactose residues; - molar ratio of galacturonic acid residues to rhamnose residues in the range of 5:1 to 1:1; - galacturonic acid residues, rhamnose residues, arabinose residues and galactose residues together constitute at least 85 mol.% of the monosaccharide residues in the carrot RG-I polysaccharides. • a molecular weight in the range 10-300 kDa; • a backbone consisting of galacturonic acid residues and rhamnose residues, said rhamnose residues being contained in alpha(1→4)-galacturonic-alpha(1→2)-rhamnose residues; • the following monosaccharide composition: - 20-60 mol.% galacturonic acid residues, wherein the individual galacturonic acids can be methylated at the C-6 position and/or acetylated at the O-2 and/or the O-3 position; - 8-50 mol.% rhamnose residues; - 0-40 mol.% arabinose residues; - 0-45 mol.% galactose residues; - molar ratio of galacturonic acid residues to rhamnose residues in the range of 5:1 to 1:1; - galacturonic acid residues, rhamnose residues, arabinose residues and galactose residues together constitute at least 85 mol.% of the monosaccharide residues in the carrot RG-I polysaccharides. - 20-60 mol.% galacturonic acid residues, wherein the individual galacturonic acids can be methylated at the C-6 position and/or acetylated at the O-2 and/or the O-3 position; - 8-50 mol.% rhamnose residues; - 0-40 mol.% arabinose residues; - 0-45 mol.% galactose residues; - molar ratio of galacturonic acid residues to rhamnose residues in the range of 5:1 to 1:1; - galacturonic acid residues, rhamnose residues, arabinose residues and galactose residues together constitute at least 85 mol.% of the monosaccharide residues in the carrot RG-I polysaccharides.
A method of identifying a grid connection point (105, 205, 205a, 205b, 205c) for bill processing of a charging event, comprising: reading an identity tag (119,212,212a,212b,212c) at the grid connection point that uniquely identifies the grid connection point; receiving, at an adapter (2010,2110,2210) associated with a vehicle that includes a charging device, identity tag information to uniquely identify the grid connection point, wherein the adapter is housed in a housing (2020,2120), the housing being external to and separate from the vehicle; receiving, at the adapter associated with the vehicle, operating constraints for realizing the charging event, wherein the operating constraints for realizing the charging event include one or more of: a state-of-charge constraint, a charging current constraint, a voltage constraint, and a temperature constraint; selecting, by the adapter associated with the vehicle, a type of energy service based on the received operating constraints to be realized during the charging event; managing the charging event based on the received operating constraints and the selected type of energy service to be realized during the charging event; monitoring, by the adapter associated with the vehicle, the charge event information indicating attributes of the charging event, wherein the charge event information includes the type of energy service realized by the charging event; associating, by the adapter associated with the vehicle, the charge event information with the identity tag information, as associated information; and sending, by the adapter associated with the vehicle, the associated information for reconciliation of utility billing accounts associated with the grid connection point and the vehicle. reading an identity tag (119,212,212a,212b,212c) at the grid connection point that uniquely identifies the grid connection point; receiving, at an adapter (2010,2110,2210) associated with a vehicle that includes a charging device, identity tag information to uniquely identify the grid connection point, wherein the adapter is housed in a housing (2020,2120), the housing being external to and separate
A sensor for evaluating tension, potential and activity of liquids, said sensor being constituted by two plates, a lower plate and an upper plate secured to a dihedron, characterized in that the dihedron is of a fixed angle α, the edge at the junction between such plates provides the constitution of a thin opening for contact with the sample, and the upper plate is transparent, in order to facilitate the reading of the meniscus position.
A method for producing a vehicle silencer, with a housing which comprises opposing outer end walls and a wrapped casing formed by wrapping a sheet-metal part, and with at least one silencer insert in the interior of the housing, wherein the silencer insert comprises a supporting plate, characterised by the following steps: a) placing a tailpipe through a cutout in the wrapped casing to create a push-fit connection with the supporting plate, the tailpipe being placed onto a connecting piece of the supporting plate or the tailpipe being placed into an opening in the supporting plate, with in such case the free end of the tailpipe being axially movable relative to the supporting plate at least in the direction out of the housing, or the tailpipe being placed onto or into an inner pipe connected to the supporting plate, and b) fastening the tailpipe to the wrapped casing while maintaining the push-fit connection produced. a) placing a tailpipe through a cutout in the wrapped casing to create a push-fit connection with the supporting plate, the tailpipe being placed onto a connecting piece of the supporting plate or the tailpipe being placed into an opening in the supporting plate, with in such case the free end of the tailpipe being axially movable relative to the supporting plate at least in the direction out of the housing, or the tailpipe being placed onto or into an inner pipe connected to the supporting plate, and b) fastening the tailpipe to the wrapped casing while maintaining the push-fit connection produced.
Edging machine, comprising at least a tool, a motor unit suitable for moving the tool in a controlled manner in the edging machine, the motor unit comprising: - a stepper motor; - an encoder connected to a rotor of said motor and configured to detect the angular position of said rotor with respect to a stator of said motor; - a control device connected to said encoder to receive from the latter indicative electronic signal of said angular position and connected to said motor to actuate it according to said electronic signal so as to position said rotor in a predetermined angular position of said stator in which said motor is in a predefined configuration; characterized in that the encoder is an incremental encoder and said motor unit comprises an accumulator electrically connected to said encoder and to said control device for electrically feeding them, and in that said motor, said encoder, and said accumulator are integrally interconnected to form a unit artifact to facilitate the handling from the edging machine, installable in the edging machine and connectable to an electrical power source, said motor unit being connected to the tool. - a stepper motor; - an encoder connected to a rotor of said motor and configured to detect the angular position of said rotor with respect to a stator of said motor; - a control device connected to said encoder to receive from the latter indicative electronic signal of said angular position and connected to said motor to actuate it according to said electronic signal so as to position said rotor in a predetermined angular position of said stator in which said motor is in a predefined configuration; the encoder is an incremental encoder and said motor unit comprises an accumulator electrically connected to said encoder and to said control device for electrically feeding them, and in that said motor, said encoder, and said accumulator are integrally interconnected to form a unit artifact to facilitate the handling from the edging machine, installable in the edging machine and connectable to an electrical power source, said motor unit being connected to the tool.
Method for controlling the speed limit of an internal combustion engine in a handheld tool, in particular a motorised chain saw, an angle grinder, a hedge trimmer, a string trimmer, a blower, or similar, wherein a cylinder of the internal combustion engine has a combustion chamber limited by a piston and the piston drives, via a connecting rod, a crankshaft which drives a tool via a clutch engaging in dependence upon the engine speed (n), wherein above a clutch engagement speed of the clutch a drive connection is formed with the crankshaft and below the clutch engagement speed the drive connection is interrupted, with a spark plug which is arranged in the combustion chamber and activated by an ignition means, and also with a speed control means for the speed (n) of the internal combustion engine, comprising a speed inhibit circuit which limits the speed (n) of the internal combustion engine to a threshold speed (n G) below the clutch engagement speed, wherein when the internal combustion engine is started the speed inhibit circuit is switched on, and the speed inhibit circuit is switched off only once the internal combustion engine is in operation after a disable signal has been generated, characterised in that the disable signal is generated when an operation change signal of the internal combustion engine is ascertained, wherein the operation change signal is derived from the increase in the progression of the current speed (n) of the internal combustion engine over time, and an operation change signal is generated when the value of the mathematical first derivation of the progression of the current speed over time Δn/Δt is greater than a predetermined threshold value.
A multilayer coating having a visual effect, the coating comprising: a. a high clarity gel coat layer comprising an unsaturated polyester and a thixotropic agent having a size and surface that does not significantly impair the clarity of the gel coat layer, wherein the high clarity gel coat layer has a clarity of at least 94 on a white portion of a byko chart and/or a clarity of less than 26 on the black portion of a byko chart; b. a visual effect layer comprising a clear gel coat and a visual effect pigment; and c. a color layer comprising a gel coat and a simple pigment wherein the visual effect pigment has a particle size distribution of 35-150 micrometers (microns). a. a high clarity gel coat layer comprising an unsaturated polyester and a thixotropic agent having a size and surface that does not significantly impair the clarity of the gel coat layer, wherein the high clarity gel coat layer has a clarity of at least 94 on a white portion of a byko chart and/or a clarity of less than 26 on the black portion of a byko chart; b. a visual effect layer comprising a clear gel coat and a visual effect pigment; and c. a color layer comprising a gel coat and a simple pigment
A dust-proof clothing using the following dust-proof material, wherein: i) the dust-proof material has a fiber layer and an electret nonwoven fabric layer, and a total number of the fiber layer and the electret nonwoven fabric layer is 2 or more; and ii) in the dust-proof material, the fiber layer and the electret nonwoven fabric layer, which are adjacent to each other, are adhered at an adhesion area ratio of 5% or more and 10% or less; wherein the adhesion area ratio is measured according to the description using a rectangular sample of said dust-proof material, having a size of 240 mm on a long side and 180 mm on a short side; wherein the long side is divided into four equal parts, and the short side is divided into three equal parts, to thereby obtain twelve 60 mm square pieces of the rectangular sample; wherein a 20 mm square sample is cut out from each 60 mm square piece, wherein the 20 mm square sample has the same center point as the 60 mm square piece, and two sides of the 20 mm square sample are parallel to the long side and the remaining two sides of the 20 mm square sample are parallel to the short side; such that each of the twelve 20 mm square samples has the adhesion area ratio of 5% or more and 10% or less. i) the dust-proof material has a fiber layer and an electret nonwoven fabric layer, and a total number of the fiber layer and the electret nonwoven fabric layer is 2 or more; and ii) in the dust-proof material, the fiber layer and the electret nonwoven fabric layer, which are adjacent to each other, are adhered at an adhesion area ratio of 5% or more and 10% or less; wherein the adhesion area ratio is measured according to the description using a rectangular sample of said dust-proof material, having a size of 240 mm on a long side and 180 mm on a short side; wherein the long side is divided into four equal parts, and the short side is divided into three equal parts, to thereby obtain twelve 60 mm square pieces of the rectangular sample; wherein a 20 mm square sample is cut out from each 60 mm square piece, wherein the 20 mm square sample has the same center point as the 60 mm square piece, and two sides of the 20 mm square sample are parallel to the long side and the remaining two sides of the 20 mm square sample are parallel to the short side; such that each of the twelve 20 mm square samples has the adhesion area ratio of 5% or more and 10% or less.
A system for a hybrid aircraft, the system comprising: a first gas turbine engine comprising a first low spool electric machine and a first high spool electric machine; a second gas turbine engine comprising a second low spool electric machine and a second high spool electric machine; and a controller operable to: determine an operating mode of the hybrid aircraft; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, the controller is operable to provide electric power to the second low spool electric machine and/or the second high spool electric machine while the single engine descent mode is active to balance thrust between the first gas turbine engine and the second gas turbine engine; characterised in that the single engine descent mode is active based on determining that the first gas turbine engine has a thrust generation capacity to maintain a targeted airspeed during descent of the hybrid aircraft in combination with providing electric power to the second low spool electric machine and/or the second high spool electric machine. a first gas turbine engine comprising a first low spool electric machine and a first high spool electric machine; a second gas turbine engine comprising a second low spool electric machine and a second high spool electric machine; and a controller operable to: determine an operating mode of the hybrid aircraft; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, determine an operating mode of the hybrid aircraft; and control power extraction from the first low spool electric machine and/or the first high spool electric machine while a single engine descent mode is active, wherein the first gas turbine engine combusts fuel and fuel combustion is inhibited in the second gas turbine engine while the single engine descent mode is active, the controller is operable to provide electric power to the second low spool electric machine and/or the second high spool electric machine while the single engine descent mode is active to balance thrust between the first gas turbine engine and the second gas turbine engine; characterised in that the single engine descent mode is active based on determining that the first gas turbine engine has a thrust generation capacity to maintain a targeted airspeed during descent of the hybrid aircraft in combination with providing electric power to the second low spool electric machine and/or the second high spool electric machine.
A periodic oral care composition for use in a method of cleaning an oral surface, maintaining oral health and/or increasing oral health comprising contacting the oral surface with a primary oral care composition at least once daily, and contacting the oral surface with the periodic oral care composition 4 to 18 times within a period of 42 days; wherein the periodic oral care composition comprises a first abrasive having an Einlehner hardness of greater than 5 mg loss per 100,000 revolutions and a second abrasive having an Einlehner hardness of less than 5 mg loss per 100,000 revolutions, wherein a ratio of the first abrasive to the second abrasive ranges from 1:1.6 to 1.6:1, and wherein the periodic oral composition has a pellicle cleaning ratio of greater thant 100 and a radioactive dentin abrasion of less than 200.