mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a temperature control system configured to couple to an air intake section of a gas turbine system, wherein the temperature control system comprises: an evaporative cooling system (13, 26) configured to cool an airflow in the air intake section; and a variable heating system having one or more heaters configured to heat the airflow in the air intake section; and a controller configured to control the variable heating system to vary an amount of heat supplied by the one or more heaters based on at least one temperature measurement relative to a temperature threshold; characterized in that: the controller is configured to control the evaporative cooling system (13, 26) to cool the airflow in the air intake section and to control the variable heating system to heat the airflow that is being cooled by the evaporative cooling system (13, 26). an evaporative cooling system (13, 26) configured to cool an airflow in the air intake section; and a variable heating system having one or more heaters configured to heat the airflow in the air intake section; and a controller configured to control the variable heating system to vary an amount of heat supplied by the one or more heaters based on at least one temperature measurement relative to a temperature threshold; characterized in that: the controller is configured to control the evaporative cooling system (13, 26) to cool the airflow in the air intake section and to control the variable heating system to heat the airflow that is being cooled by the evaporative cooling system (13, 26).
A method, comprising: identifying a plurality of communication channels at a wireless device; determining information including a Service Set Identifier; authentication type; signal strength; and load associated with each channel; classifying the plurality of communication channels into a plurality of groups based on the determined information; scanning the communication channels in the groups, wherein the communication channels in at least one of the groups are scanned at a different frequency of successive scans than the communication channels in at least one other of the groups; and updating one or more of the groups based on the scans. identifying a plurality of communication channels at a wireless device; determining information including a Service Set Identifier; authentication type; signal strength; and load associated with each channel; classifying the plurality of communication channels into a plurality of groups based on the determined information; scanning the communication channels in the groups, wherein the communication channels in at least one of the groups are scanned at a different frequency of successive scans than the communication channels in at least one other of the groups; and updating one or more of the groups based on the scans.
Automatic coffee grinder, of the type that grinds and supplies a dose of coffee to a filter holder in order to prepare coffee, which includes a grinding chamber, a ground coffee doser assembly and a coffee hopper that supplies coffee beans to the grinding chamber connected to the ground coffee doser assembly, characterised by the doser being a floating assembly that sits on a force transducer, equipped with means to measure the weight of both the doser when it is empty and the doses of ground coffee stored inside it, as well as means to immediately dispense the previously weighed dose of coffee into the filter holder.
Method for detecting whether a vehicle can pass through, in which the upcoming road region in the direction of travel of the vehicle and the clearance height (H D) of an upcoming passageway in the direction of travel are captured using an environmental recognition system and are supplied to a data processing device, wherein, on the basis of the maximum vehicle height (Hmax), the data processing device generates a warning message in the event of an inadequate clearance height (H D), wherein the data processing device links the clearance height (H D) in the region of the passageway to data relating to the course of the road in a distance range (a) before and after the plane of the passageway and determines an effective clearance height (H eff) therefrom in a driving corridor in the direction of travel of the vehicle, which effective clearance height is available for the vehicle, characterized in that the data processing device a vehicle-specific data record comprising the geometric dimensions of the vehicle, comprising an axial spacing between the axles (2, 3) of the vehicle as well as the maximum vehicle height (H max) and the location or the region in which the maximum vehicle height (H max) is situated on the vehicle, and the data processing device determines the effective clearance height (Heft) on the basis of the axial spacing of the vehicle and the location of the maximum vehicle height (H max) with respect to the vehicle and compares the effective clearance height (H eff) with the captured clearance height (H D) of the passageway.
A body center measuring and balance compensation apparatus comprising a sensor (10LC1, 10LC2, 10LC3, 10LC4) including at least one of a motion sensor, a weight sensor, or combinations thereof; at least one non-transitory storage medium having instructions stored thereon for causing the body center measuring apparatus to: determine a first center of gravity value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. a sensor (10LC1, 10LC2, 10LC3, 10LC4) including at least one of a motion sensor, a weight sensor, or combinations thereof; at least one non-transitory storage medium having instructions stored thereon for causing the body center measuring apparatus to: determine a first center of gravity value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. determine a first center of gravity value for a person based on at least one of first motion data from the motion sensor, first weight data from the weight sensor, or combinations thereof; determine a first distance by which the first COG value deviates from a predetermined location; determine a first direction in which the first COG value is located; characterized in further causing the body center measuring apparatus to: determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data. determine a first location and a first size of a first weight to be placed on a wearable therapeutic device based on the first direction and the first distance; store the first location and the first size of the first weight as first therapeutic data in the at least one storage medium; and output the first therapeutic data.
A composition for electrodes comprising: a) a material M selected from a nickel-based hydroxide, a hydridable alloy; b) niobium oxide Nb 2 O 5; characterized in that the niobium oxide has a monoclinic structure. a) a material M selected from a nickel-based hydroxide, a hydridable alloy; b) niobium oxide Nb 2 O 5;
A coil spring to be incorporated in an innerspring assembly in a cushioning article, comprising: a high-carbon steel wire coiled into a helical spring, wherein the high carbon steel wire has a diameter of 1.016 to 2.794 millimeters (0.04 to 0.11 inches); characterized in that: the high-carbon steel wire includes carbon in an amount from 0.55 to 0.99 weight percent of the wire and comprises an additional alloying element; the additional alloying element includes at least titanium in an amount from 0.001 to 0.1 weight percent and copper in an amount from 0.1 to 0.3 weight percentage of the spring, and wherein a total amount of the alloying element excluding carbon is from 0.101 to 2 weight percent of the wire.
A thread form for making a threaded pipe connection capable of being screwed together and subsequently unscrewed, the thread form comprising: a box end having external threads with stab flanks and load flanks and flat crests and roots for mating with the mating internal threads of a pin end to make up a pipe connection, wherein the load flanks of the external threads are each made up of two facets (18, 20) and three radii (22, 24, 26), and wherein the stab flanks of the external threads each has irregular flank features, the irregular features comprising three facets (30, 32, 34) and four radii (36, 38, 40,42) for each of the stab flanks; wherein corresponding facets which are present on the respective stab flanks and load flanks of the box end lie in planes which are parallel when viewed in cross section; and wherein the threads on the box end have a given thread height measured between the thread crests and thread roots and wherein each of the various facets on the stab and load flanks (17, 19) has a radial height measured in the same direction as the thread height, the combined facet heights defining a stab flank height on one side of the thread and a load flank height on an opposite side of the thread, and wherein the stab flank height is greater than the load flank height. a box end having external threads with stab flanks and load flanks and flat crests and roots for mating with the mating internal threads of a pin end to make up a pipe connection, wherein the load flanks of the external threads are each made up of two facets (18, 20) and three radii (22, 24, 26), and wherein the stab flanks of the external threads each has irregular flank features, the irregular features comprising three facets (30, 32, 34) and four radii (36, 38, 40,42) for each of the stab flanks; wherein corresponding facets which are present on the respective stab flanks and load flanks of the box end lie in planes which are parallel when viewed in cross section; and wherein the threads on the box end have a given thread height measured between the thread crests and thread roots and wherein each of the various facets on the stab and load flanks (17, 19) has a radial height measured in the same direction as the thread height, the combined facet heights defining a stab flank height on one side of the thread and a load flank height on an opposite side of the thread, and wherein the stab flank height is greater than the load flank height.
A viscous damper for damping torsional vibrations, the viscous damper comprising: a housing assembly; an inertia tube disposed within the housing assembly and rotatable with respect to the housing assembly; and a viscous fluid disposed within the housing assembly, the viscous fluid at least partially enveloping the inertia tube; wherein the inertia tube has a length and a thickness and characterised in that the length is at least five times greater than the thickness. a housing assembly; an inertia tube disposed within the housing assembly and rotatable with respect to the housing assembly; and a viscous fluid disposed within the housing assembly, the viscous fluid at least partially enveloping the inertia tube; wherein the inertia tube has a length and a thickness and characterised in that the length is at least five times greater than the thickness.
A transferable thin-film optical device (100, 400, 500), comprising: a thin-film liquid crystal layer structurally configured to have liquid crystal molecules aligned in a predetermined alignment pattern to provide at least one predetermined optical function, said thin-film liquid crystal layer having a molecular pattern of liquid crystal molecules for the predetermined optical function, wherein the thin-film liquid crystal layer is configured to be removably attached to a substrate such that the predetermined alignment pattern of the liquid crystal molecules of the thin-film liquid crystal layer is preserved post removal from the substrate, and wherein: the thin-film liquid crystal layer is removably attached to the substrate through a soluble element, which is configured to be dissolved to separate the thin-film liquid crystal layer from the substrate when the thin-film liquid crystal layer is to be transferred to another substrate. a thin-film liquid crystal layer structurally configured to have liquid crystal molecules aligned in a predetermined alignment pattern to provide at least one predetermined optical function, said thin-film liquid crystal layer having a molecular pattern of liquid crystal molecules for the predetermined optical function, wherein the thin-film liquid crystal layer is configured to be removably attached to a substrate such that the predetermined alignment pattern of the liquid crystal molecules of the thin-film liquid crystal layer is preserved post removal from the substrate, and wherein: the thin-film liquid crystal layer is removably attached to the substrate through a soluble element, which is configured to be dissolved to separate the thin-film liquid crystal layer from the substrate when the thin-film liquid crystal layer is to be transferred to another substrate.
A hollow animal chew (10A, 10C) having hard and soft exposed regions comprising: a hollow body portion comprising two body portions (12, 12A, 30, 30A) of a first material having a first Shore hardness, wherein each of said body portions (12, 12A, 30, 30A) has a concave inner surface, at least one of said body portions (12, 12A, 30, 30A) includes one or more through holes and said two body portions (12, 12A, 30, 30A) are attached with the concave inner surfaces facing one another to form a hollow there between, wherein a second material having a second Shore hardness is disposed within the hollow body portion and at least a portion of said second material fills said one or more through holes and is exposed through an outer surface of said hollow body portion, characterized by a core of the second material over-molded within each of the two body portions (12, 12A, 30, 30A) and forming an inner layer of each of the two body portions (12, 12A, 30, 30A), the body portions being formed as intermediate two-layered body portions. a hollow body portion comprising two body portions (12, 12A, 30, 30A) of a first material having a first Shore hardness, wherein each of said body portions (12, 12A, 30, 30A) has a concave inner surface, at least one of said body portions (12, 12A, 30, 30A) includes one or more through holes and said two body portions (12, 12A, 30, 30A) are attached with the concave inner surfaces facing one another to form a hollow there between, wherein a second material having a second Shore hardness is disposed within the hollow body portion and at least a portion of said second material fills said one or more through holes and is exposed through an outer surface of said hollow body portion,
A method of operation in a wireless communication device configured for operation in a communication network comprising: deciding, responsive to a control indicator received from the communication network, whether to determine a signal quality of a downlink carrier of a cell (22, 26) in the communication network using a first type of signal quality determination that includes (702A-702C) obtaining multiple signal quality measurements from first and second frequency regions (42-1, 42-2) of the downlink carrier, or using a different, second type of signal quality determination; when it is decided to use the first type of signal quality determination, determining the signal quality of the downlink carrier according to the first type of signal quality determination, and determining the signal quality of the downlink carrier as a function of the multiple signal quality measurements; and performing at least one radio operation task using the determined signal quality; characterized in that it is decided to use the first type of signal quality determination instead of the second type of signal quality determination in the following case: network configuration information (64, 80) received or determined by the wireless communication device indicates that two or more cells (22, 26) in the network that are of interest with respect to signal quality determination have overlapping downlink carrier frequencies but have different bandwidths and/or different center frequencies. deciding, responsive to a control indicator received from the communication network, whether to determine a signal quality of a downlink carrier of a cell (22, 26) in the communication network using a first type of signal quality determination that includes (702A-702C) obtaining multiple signal quality measurements from first and second frequency regions (42-1, 42-2) of the downlink carrier, or using a different, second type of signal quality determination; when it is decided to use the first type of signal quality determination, determining the signal quality of the downlink carrier according to the first type of signal quality determination, and determining the signal quality of the downlink carrier as a function of the multiple signal quality measurements; and performing at least one radio operation task using the determined signal quality; characterized in that it is decided to use the first type of signal quality determination instead of the second type of signal quality determination in the following case: network configuration information (64, 80) received or determined by the wireless communication device indicates that two or more cells (22, 26) in the network that are of interest with respect to signal quality determination have overlapping downlink carrier frequencies but have different bandwidths and/or different center frequencies.
A process for the preparation of potassium chloride granulate from crystalline potassium chloride raw material, wherein the potassium chloride raw material is treated prior to granulation with at least one alkali metal carbonate and at least one metaphosphate additive in the presence of water, wherein the alkali metal carbonate and the metaphosphate additive are added to a moist potassium chloride raw material which has a water content of at least 2% by weight, relative to the solid portion of the potassium chloride raw material, wherein a quantity of 0.05% to 1% by weight of the alkali metal carbonate, and a quantity of 0.025% to 2% by weight of the metaphosphate additive, relative to the solid portion of the potassium chloride raw material, is used. wherein the alkali metal carbonate and the metaphosphate additive are added to a moist potassium chloride raw material which has a water content of at least 2% by weight, relative to the solid portion of the potassium chloride raw material, wherein a quantity of 0.05% to 1% by weight of the alkali metal carbonate, and a quantity of 0.025% to 2% by weight of the metaphosphate additive, relative to the solid portion of the potassium chloride raw material, is used.
Brake fluid reservoir with venting for pressure balancing therein, the top of the body of the reservoir being provided with a threaded neck that receives a threaded stopper which is screwed onto the neck and comprises a passage having a chicane for venting the reservoir, the reservoir being characterized in that A) the neck has a top with a pressure balancing channel which * is open at the top, * has a first end that forms an inlet communicating with the inside of the reservoir and a second end that forms an outlet communicating with the ambient atmosphere, * takes up at least a part of the periphery of the top of the neck, * this channel situated on the inner side of the neck being surrounded on the outer side by a sealing surface, B) the stopper has: * a peripheral edge provided with the internal thread that corresponds to the external thread of the neck, and * a flat bottom for coming into contact with the top of the neck when the stopper is screwed on, * an annular contact surface between the sealing lip and the edge of the stopper, this surface being provided with an opening that overlaps the outlet region of the channel so as to form the outlet of the channel when the stopper is screwed onto the neck. A) the neck has a top with a pressure balancing channel which * is open at the top, * has a first end that forms an inlet communicating with the inside of the reservoir and a second end that forms an outlet communicating with the ambient atmosphere, * takes up at least a part of the periphery of the top of the neck, * this channel situated on the inner side of the neck being surrounded on the outer side by a sealing surface, * is open at the top, * has a first end that forms an inlet communicating with the inside of the reservoir and a second end that forms an outlet communicating with the ambient atmosphere, * takes up at least a part of the periphery of the top of the neck, * this channel situated on the inner side of the neck being surrounded on the outer side by a sealing surface, B) the stopper has: * a peripheral edge provided with the internal thread that corresponds to the external thread of the neck, and * a flat bottom for coming into contact with the top of the neck when the stopper is screwed on, * an annular contact surface between the sealing lip and the edge of the stopper, this surface being provided with an opening that overlaps the outlet region of the channel so as to form the outlet of the channel when the stopper is screwed onto the neck. * a peripheral edge provided with the internal thread that corresponds to the external thread of the neck, and * a flat bottom for coming into contact with the top of the neck when the stopper is screwed on, * an annular contact surface between the sealing lip and the edge of the stopper, this surface being provided with an opening that overlaps the outlet region of the channel so as to form the outlet of the channel when the stopper is screwed onto the neck.