mhurhangee/ep-ind-claims huggingface dataset:
A method for adapting a volume gain (G Volume appliqué) applied by an amplifier to at least one audio signal (S Audio 1 to S Audio N) to be reproduced, according to a desired volume gain (G Volume desire) selected by a user, the method being implemented by an amplifier and including the following steps: - calculating a standardized total slow sound level (N SLTN) from the audio signal(s) to be reproduced (S Audio 1 to S Audio N); - calculating a maximum slow volume gain (G VolLentMax) and a minimum slow volume gain (G volLentMin) as the quotient of the product of the desired volume gain (G Volume desire) by a maximum slow gain (G LentMax), respectively by a minimum slow gain (G LentMin), divided by the standardized total slow sound level (N SLTN); - determining a first minimum out of the desired volume gain (G volume desire) and the maximum slow volume gain (G VolLentMax); - determining a second minimum out of the desired volume gain (G Volume desire) multiplied by a maximum volume gain (G maxVolume) and the minimum slow volume gain (G volLentMin); - determining, as a slow volume gain (G Volume Lent), the maximum of the first and second previously determined minima; - calculating the volume gain applied (G Volume appliqué) according to the slow volume gain (G Volume Lent). - calculating a standardized total slow sound level (N SLTN) from the audio signal(s) to be reproduced (S Audio 1 to S Audio N); - calculating a maximum slow volume gain (G VolLentMax) and a minimum slow volume gain (G volLentMin) as the quotient of the product of the desired volume gain (G Volume desire) by a maximum slow gain (G LentMax), respectively by a minimum slow gain (G LentMin), divided by the standardized total slow sound level (N SLTN); - determining a first minimum out of the desired volume gain (G volume desire) and the maximum slow volume gain (G VolLentMax); - determining a second minimum out of the desired volume gain (G Volume desire) multiplied by a maximum volume gain (G maxVolume) and the minimum slow volume gain (G volLentMin); - determining, as a slow volume gain (G Volume Lent), the maximum of the first and second previously determined minima; - calculating the volume gain applied (G Volume appliqué) according to the slow volume gain (G Volume Lent).
A measuring device for being mounted in a measuring apparatus for analyzing analytes contained in a sample, comprising: a hollow housing; a sample holding part provided inside said housing for holding the sample; a sample supply inlet provided at one end of said housing so as to communicate with said sample holding part; a sucking port provided at the other end of said housing; an optical measurement part (107, 108) provided for said sample holding part for facilitating an optical measurement of a first analyte, wherein said optical measurement part (107, 108) has a light entrance for allowing light to enter said sample holding part, and a light exit for allowing light to exit from said sample holding part; and a reagent holding part provided for said sample holding part for holding a reagent for said optical measurement; characterized in that at least a pair of electrodes (105c, 105d) are provided on an outer surface of said housing and for measuring a concentration of a specific compound or ion which is a second analyte contained in said sample. a hollow housing; a sample holding part provided inside said housing for holding the sample; a sample supply inlet provided at one end of said housing so as to communicate with said sample holding part; a sucking port provided at the other end of said housing; an optical measurement part (107, 108) provided for said sample holding part for facilitating an optical measurement of a first analyte, wherein said optical measurement part (107, 108) has a light entrance for allowing light to enter said sample holding part, and a light exit for allowing light to exit from said sample holding part; and a reagent holding part provided for said sample holding part for holding a reagent for said optical measurement; characterized in that at least a pair of electrodes (105c, 105d) are provided on an outer surface of said housing and for measuring a concentration of a specific compound or ion which is a second analyte contained in said sample.
A resin composition for a solar cell encapsulant material, containing: 5 to 30% by weight of ethylene-unsaturated fatty acid ester copolymer having a crystal melting peak temperature of 95 to 110°C as measured at a heating rate of 10°C/min in differential scanning calorimetry, and having an unsaturated fatty acid ester content of 10 to 23% by weight; and 95 to 70% by weight of at least one kind of copolymer selected from ethylene-olefin random copolymer (b-1) having a crystal melting peak temperature lower than 80°C, and copolymer (b-2) obtained by copolymerizing alkoxysilane having a polymerizable functional group and the ethylene-olefin random copolymer (b-1).
A display device, comprising: first and second substrates (110, 200) arranged opposite to each other; a semiconductor device on the first substrate; a light emitting element on the first substrate, wherein the light emitting element is an organic light emitting element that includes a first pixel electrode, an organic light emitting layer, and a second pixel electrode in a stacked configuration, wherein the first pixel electrode, the organic light emitting layer, and the second pixel electrode are electrically connected to the semiconductor device on the first substrate; and an optical unit between the light emitting element and the second substrate, the optical unit comprising: a liquid crystal layer; and a plurality of spaced sub-electrodes on the second substrate, wherein the second pixel electrode and at least one sub-electrode are configured to drive the liquid crystal layer; characterised in that the plurality of sub-electrodes are in a region of the display device that is opposite a region of the first substrate that does not comprise a light emitting element. first and second substrates (110, 200) arranged opposite to each other; a semiconductor device on the first substrate; a light emitting element on the first substrate, wherein the light emitting element is an organic light emitting element that includes a first pixel electrode, an organic light emitting layer, and a second pixel electrode in a stacked configuration, wherein the first pixel electrode, the organic light emitting layer, and the second pixel electrode are electrically connected to the semiconductor device on the first substrate; and an optical unit between the light emitting element and the second substrate, the optical unit comprising: a liquid crystal layer; and a plurality of spaced sub-electrodes on the second substrate, wherein the second pixel electrode and at least one sub-electrode are configured to drive the liquid crystal layer; a liquid crystal layer; and a plurality of spaced sub-electrodes on the second substrate, wherein the second pixel electrode and at least one sub-electrode are configured to drive the liquid crystal layer;
Circuit breaker (20, 40) with a pluggable trip module, said circuit breaker (20,40) comprising a base unit, a system of electrical contacts, a switching and trip mechanism and a current transformer for powering a pluggable electronic trip module or a pluggable thermomagnetic trip module, wherein said current transformer associated with said base unit is configured to power said pluggable electronic trip module or said pluggable thermomagnetic trip module, which are mechanically and electrically interchangeable with each other, characterised by allowing a user to manage a replacement of modules or adaption of different ranges of current, by providing the circuit breaker (20, 40) with a main electrical circuit ("1") comprising the transformer and a secondary electrical circuit ("2", "2b"), the secondary electrical circuit ("2", "2b") comprising either the pluggable electronic trip module comprising a solid state control unit and a transformer suitable to power the said solid state control unit or the pluggable thermomagnetic trip module, wherein said transformer of the main circuit ("1") is configured to convert a current flowing in the main circuit ("1") and to power said secondary electrical circuit ("2", "2b").
A continuous casting nozzle adapted for a continuous upward vertical casting of metal for uninterrupted castings, said nozzle comprising: - a cooling mantle having a top section and a bottom section; - a mold component made of refractory material and having an upper end and a lower end, said upper end extending coaxially into the interior of said cooling mantle and being by a heat transfer joint in attachment with said cooling mantle, and said lower end protruding from the cooling mantle for submersion into the molten metal, and said mold component having an internal cross-sectional surface, defining an elongated, continuous casting mold cavity co-directional with a center axis and matching the casting to be produced in terms of its outer shape and outer dimensions, characterized in that said mold component comprises one or more tangential melt feed holes at a hole distance from the center axis, said distance being greater than a surface distance of the continuous casting mold cavity's internal surface from said center axis, as well as an annular flow gap connecting said one or more tangential melt feed holes with the continuous casting mold cavity, whereby the flow gap has its inner edge provided with a circumferential gap-cross-section area which is smaller than a sum (∑A3) of the melt feed holes' hole-cross-sectional areas. - a cooling mantle having a top section and a bottom section; - a mold component made of refractory material and having an upper end and a lower end, said upper end extending coaxially into the interior of said cooling mantle and being by a heat transfer joint in attachment with said cooling mantle, and said lower end protruding from the cooling mantle for submersion into the molten metal, and said mold component having an internal cross-sectional surface, defining an elongated, continuous casting mold cavity co-directional with a center axis and matching the casting to be produced in terms of its outer shape and outer dimensions,
Process for preparing a food product in the form of a sheet, having a selected shape and/or incorporating decorative designs I images, comprising pouring at least two distinct batter compositions on a heated surface, characterised in that it uses at least one batter composition which is applied to build well defined batter lines defining at least one outer outline of the sheet shaped food product, in that said contour batter outline is first provided on the heated surface, and in that the surface within said contour batter outline is subsequently filled up with another batter composition forming the main surface of the sheet shaped food product.
A consumable component for an aerosol provision system comprising: an outer housing comprising an outer wall extending between first and second end walls to define an interior chamber; a plurality of fragments or granules of solid aerosol forming material for generating an aerosol for user inhalation, wherein the plurality of fragments or granules of solid aerosol forming material are retained within the interior chamber by the housing and wherein the first and second end walls comprise openings to allow air to flow into the interior chamber through the first end wall and out of the interior chamber through the second end wall during use, and a heater located within the interior chamber and configured to heat the fragments or granules of solid aerosol forming material during use to generate a vapour for user inhalation. an outer housing comprising an outer wall extending between first and second end walls to define an interior chamber; a plurality of fragments or granules of solid aerosol forming material for generating an aerosol for user inhalation, wherein the plurality of fragments or granules of solid aerosol forming material are retained within the interior chamber by the housing and wherein the first and second end walls comprise openings to allow air to flow into the interior chamber through the first end wall and out of the interior chamber through the second end wall during use, and a heater located within the interior chamber and configured to heat the fragments or granules of solid aerosol forming material during use to generate a vapour for user inhalation.
A connector assembly, comprising: a female connector body; a male connector body defining a shroud configured to receive a forward portion of the female connector body; a resilient seal axially surrounding the forward portion, said resilient seal disposed intermediate the forward portion and the shroud and in compressive contact with the forward portion and the shroud, wherein the resilient seal defines a seal lip extending forward of a forward retaining hook, wherein the forward portion defines a forward retaining ledge on the forward portion, said forward retaining ledge extending inwardly from the forward portion, and the resilient seal defines the forward retaining hook extending outwardly and engaging said forward retaining ledge, wherein the forward retaining ledge forms an acute angle relative to a longitudinal axis of the female connector body and wherein the forward retaining hook forms an obtuse angle relative to the longitudinal axis that is a supplementary angle to the acute angle; and characterized by a seal retainer that is distinct from the female connector body and that is attached to the female connector body, wherein the seal lip is disposed intermediate the forward portion and the seal retainer, and is in compressive contact with the forward portion and the seal retainer. a female connector body; a male connector body defining a shroud configured to receive a forward portion of the female connector body; a resilient seal axially surrounding the forward portion, said resilient seal disposed intermediate the forward portion and the shroud and in compressive contact with the forward portion and the shroud, wherein the resilient seal defines a seal lip extending forward of a forward retaining hook, wherein the forward portion defines a forward retaining ledge on the forward portion, said forward retaining ledge extending inwardly from the forward portion, and the resilient seal defines the forward retaining hook extending outwardly and engaging said forward retaining ledge, wherein the forward retaining ledge forms an acute angle relative to a longitudinal axis of the female connector body and wherein the forward retaining hook forms an obtuse angle relative to the longitudinal axis that is a supplementary angle to the acute angle; and characterized by a seal retainer that is distinct from the female connector body and that is attached to the female connector body, wherein the seal lip is disposed intermediate the forward portion and the seal retainer, and is in compressive contact with the forward portion and the seal retainer.
A reception apparatus comprising: a reception portion configured to receive AV content; a trigger acquisition portion configured to acquire trigger information for operating an application program to be executed in interlocked relation to said AV content; a table acquisition portion configured to acquire a correspondence table associating a command for controlling the operation of said application program with a valid time of said command; and a control portion configured such that when the time acquired from said trigger information as indicative of the progress of said AV content satisfies a predetermined condition of validity in reference to said valid time of said command on the basis of the acquired correspondence table, said control portion controls the operation of said application program in accordance with said command being valid, wherein said trigger information includes specific information specifying an information processing apparatus offering said correspondence table and identification information identifying said AV content, and when either or both of said specific information and said identification information included in said trigger information are changed, said table acquisition portion acquires said correspondence table from said information processing apparatus in accordance with said specific information and said identification information, a fingerprint extraction portion configured to extract a fingerprint information from data of the received AV content, wherein said trigger acquisition portion acquires said trigger information corresponding to a result from identifying said AV content by use of the extracted fingerprint information. a reception portion configured to receive AV content; a trigger acquisition portion configured to acquire trigger information for operating an application program to be executed in interlocked relation to said AV content; a table acquisition portion configured to acquire a correspondence table associating a command for controlling the operation of said application program with a valid time of said command; and a control portion configured such that when the time acquired from said trigger information as indicative of the progress of said AV content satisfies a predetermined condition of validity in reference to said valid time of said command on the basis of the acquired correspondence table, said control portion controls the operation of said application program in accordance with said command being valid,
A fibrous filtration media for hot oil filtration which includes a nonwoven fibrous web comprising: synthetic fibers; and at least about 15 wt.%, based on total weight of the fibrous web, of a binder component selected from the group consisting of a thermoset binder resin and binder fibers, wherein the synthetic fibers comprise from about 2 wt.% to about 65 wt.%, based on total weight of fibers in the fibrous web, of thermoplastic synthetic microfibers having an average diameter of less than 5 μm, and from about 10 wt.% to about 65 wt.%, based on the total weight of fibers in the fibrous media of thermoplastic staple fibers having an average diameter of greater than 5.0 μm, wherein the synthetic fibers are bonded together with the binder component to form the fibrous web, and wherein the fibrous web is capable of forming a self-supporting, pleated oil filter media which retains pleats upon contact with oil having a temperature in a range encountered in an internal combustion engine. synthetic fibers; and at least about 15 wt.%, based on total weight of the fibrous web, of a binder component selected from the group consisting of a thermoset binder resin and binder fibers, wherein the synthetic fibers comprise from about 2 wt.% to about 65 wt.%, based on total weight of fibers in the fibrous web, of thermoplastic synthetic microfibers having an average diameter of less than 5 μm, and from about 10 wt.% to about 65 wt.%, based on the total weight of fibers in the fibrous media of thermoplastic staple fibers having an average diameter of greater than 5.0 μm, wherein the synthetic fibers are bonded together with the binder component to form the fibrous web, and wherein the fibrous web is capable of forming a self-supporting, pleated oil filter media which retains pleats upon contact with oil having a temperature in a range encountered in an internal combustion engine.
A method in a base station for adapting a multi-antenna transmission to a user equipment over a wireless channel, the method comprising the steps of: obtaining at least one symbol stream, determining a precoding matrix having a product structure wherein the product structure is decomposable into a block diagonal matrix being multiplied from the left with a block diagonalizing unitary matrix, precoding the at least one symbol stream with the determined precoding matrix, and transmitting using a multi-antenna system with a cross-polarized antenna setup, the precoded at least one symbol stream over a wireless channel to the user equipment. obtaining at least one symbol stream, determining a precoding matrix having a product structure wherein the product structure is decomposable into a block diagonal matrix being multiplied from the left with a block diagonalizing unitary matrix, precoding the at least one symbol stream with the determined precoding matrix, and transmitting using a multi-antenna system with a cross-polarized antenna setup, the precoded at least one symbol stream over a wireless channel to the user equipment.
An organic electroluminescent device comprising: a first charge carrier injecting layer for injecting positive charge carriers; a second charge carrier injecting layer for injecting negative charge carriers; and a light-emissive layer located between the charge carrier injecting layers and comprising: a first component for accepting positive charge carriers from the first charge carrier injecting layer; a second component for accepting negative charge carriers from the second charge carrier injecting layer; and a third, organic light-emissive component for generating light as a result of combination of charge carriers from the first and second components; and characterised in that all of the first, second and third components form type II semiconductor interfaces with the others of the first, second and third components. a first charge carrier injecting layer for injecting positive charge carriers; a second charge carrier injecting layer for injecting negative charge carriers; and a light-emissive layer located between the charge carrier injecting layers and comprising: a first component for accepting positive charge carriers from the first charge carrier injecting layer; a second component for accepting negative charge carriers from the second charge carrier injecting layer; and a third, organic light-emissive component for generating light as a result of combination of charge carriers from the first and second components; and characterised in that all of the first, second and third components form type II semiconductor interfaces with the others of the first, second and third components. a first component for accepting positive charge carriers from the first charge carrier injecting layer; a second component for accepting negative charge carriers from the second charge carrier injecting layer; and a third, organic light-emissive component for generating light as a result of combination of charge carriers from the first and second components; and characterised in that all of the first, second and third components form type II semiconductor interfaces with the others of the first, second and third components.