mhurhangee/ep-ind-claims huggingface dataset:
Perceptual transform audio decoder comprising a noise filler configured to perform noise filling on a spectrum of an audio signal by filling the spectrum with noise so as to obtain a noise filled spectrum; and a frequency domain noise shaper configured to subject the noise filled spectrum to spectral shaping using a spectral perceptual weighting function, wherein the frequency domain noise shaper is configured to determine the spectral perceptual weighting function from linear prediction coefficient information signaled in a data stream into which the spectrum is coded, or determine the spectral perceptual weighting function from scale factors relating to scale factor bands, signaled in the data stream into which the spectrum is coded, wherein the noise filler is configured to generate an intermediary noise signal; identify contiguous spectral zero-portions of the audio signal's spectrum; characterized in that the noise filler is further configured to determine a function for each contiguous spectral zero-portion depending on the respective contiguous spectral zero-portion's width so that the function is confined to the respective contiguous spectral zero-portion, the respective contiguous spectral zero-portion's spectral position so that a scaling of the function depends on the respective contiguous spectral zero-portion's spectral position such that an amount of the scaling monotonically increases or decreases with increasing frequency of the respective contiguous spectral zero-portion's spectral position; and spectrally shape, for each contiguous spectral zero-portion, the intermediary noise signal using the function determined for the respective contiguous spectral zero-portion such that the noise exhibits a spectrally global tilt having a negative slope. the respective contiguous spectral zero-portion's width so that the function is confined to the respective contiguous spectral zero-portion, the respective contiguous spectral zero-portion's spectral position so that a scaling of the function depends on the respective contiguous spectral zero-portion's spectral position such that an amount of the scaling monotonically increases or decreases with increasing frequency of the respective contiguous spectral zero-portion's spectral position; and
A rock drill component to form part of a drilling assembly, the rock drill component comprising: a main body; a hexagonal shank provided at one end of the rock drill component; a radially projecting shoulder positioned axially between the main body and the hexagonal shank; wherein there is a transition section increasing in diameter in a direction from the hexagonal shank to the shoulder; wherein the cross-sectional shape profile of the outer surface of the transition section in the plane of the longitudinal axis comprises a segment of an ellipse having semi-major axis (a); a semi-minor axis (b) and an exponential factor (n) according to the equation: x a n + y b n = 1 characterised in that: the ratio of the semi-major to semi-minor axes (a:b) is within the range 2b<a<8b. a main body; a hexagonal shank provided at one end of the rock drill component; a radially projecting shoulder positioned axially between the main body and the hexagonal shank; wherein there is a transition section increasing in diameter in a direction from the hexagonal shank to the shoulder; wherein the cross-sectional shape profile of the outer surface of the transition section in the plane of the longitudinal axis comprises a segment of an ellipse having semi-major axis (a); a semi-minor axis (b) and an exponential factor (n) according to the equation: x a n + y b n = 1 characterised in that: the ratio of the semi-major to semi-minor axes (a:b) is within the range 2b<a<8b.
A multi-sensory picture comprising: graphic display means, sound disseminating means, means for disseminating a plurality of smells, digital data receiving means, computer means, with said computer means being so arranged as to control and synchronize said display means, sound disseminating means and smells disseminating means, characterized in that the smells disseminating means consists in making an air flow go through a set of porous beads previously soaked in odorant liquids, with beads having different smells being placed in different rechargeable or replaceable containers. graphic display means, sound disseminating means, means for disseminating a plurality of smells, digital data receiving means, computer means,
A method for monitoring melt stream within a fiberizing apparatus comprising at least two rotating wheels, for forming of mineral melt into fibers comprised of the following steps: - determining a melt concentration relative to surrounding air between the first and the second rotating wheels; - determining a trajectory of movement of said melt stream; - determining a movement vector. - determining a melt concentration relative to surrounding air between the first and the second rotating wheels; - determining a trajectory of movement of said melt stream; - determining a movement vector.
Device for mixing powders by a cryogenic fluid, in particular actinide powerds, comprising: - a chamber for mixing the powders, comprising a cryogenic fluid, provided with means for forming a fluidised powder bed (Lf), - a chamber for supplying powders in order to allow the powders to be introduced into the mixing chamber, - a chamber for supplying cryogenic fluid in order to allow the cryogenic fluid to be introduced into the mixing chamber, - a system for generating vibrations (Vb) in the fluidised powder bed (Lf), - a system (Sp) for controlling the system for generating vibrations (Vb). - a chamber for mixing the powders, comprising a cryogenic fluid, provided with means for forming a fluidised powder bed (Lf), - a chamber for supplying powders in order to allow the powders to be introduced into the mixing chamber, - a chamber for supplying cryogenic fluid in order to allow the cryogenic fluid to be introduced into the mixing chamber, - a system for generating vibrations (Vb) in the fluidised powder bed (Lf), - a system (Sp) for controlling the system for generating vibrations (Vb).
A rail clamp connector, for connecting a rail clamp (20; 20a) to a beam, the rail clamp connector comprising: a first part connectable to the beam; characterised in that the rail clamp connector further comprises: a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part. a first part connectable to the beam; characterised in that the rail clamp connector further comprises: a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part. a second part connectable to the rail clamp (20; 20a), the second part being pivotally connected to the first part by virtue of a pivotal connection such that the first part is adjustable to compensate for leaning of a rail (40; 40a) to which the rail clamp is connectable when in use; and a vibration damping device to reduce the transmittal of vibration from the second part to the first part.
A method of applying an operation of integrity protection in wireless communication system, the method comprising: receiving, by a Relay Node, RN, a configuration message from a network, wherein the configuration message includes an indicator for indicating whether the operation of integrity protection should be performed by the RN, wherein the indicator included in the configuration message is received by the RN per each Data Radio Bearer, DRB; and using, by the RN, the integrity protection according to the indicator included in the configuration message, wherein when the integrity protection is used, a format of data unit includes a Data/Control, D/C, field, one or more reserved fields, one or more fields for a sequence number of the data unit, one or more data fields, and one or more fields for information related to the integrity protection. receiving, by a Relay Node, RN, a configuration message from a network, wherein the configuration message includes an indicator for indicating whether the operation of integrity protection should be performed by the RN, wherein the indicator included in the configuration message is received by the RN per each Data Radio Bearer, DRB; and using, by the RN, the integrity protection according to the indicator included in the configuration message, wherein when the integrity protection is used, a format of data unit includes a Data/Control, D/C, field, one or more reserved fields, one or more fields for a sequence number of the data unit, one or more data fields, and one or more fields for information related to the integrity protection.
A sensor device to be installed on an installation surface, comprising: a substrate including a substrate body that is disposable along the installation surface and an extension portion that extends from the substrate body in a direction away from the installation surface; and a temperature sensor that is mounted on the extension portion and that is configured to detect an ambient temperature around the sensor device; wherein the substrate body includes a plurality of side portions (34A to 34D) that form the peripheral portion of the substrate body, characterized in that the extension portion is a cut-and-raised piece that is formed in the substrate between a pair of slits that are formed in the substrate, the pair of slits extending from a central part, in the longitudinal direction, of a first side portion toward a second side portion opposite to the first side portion. a substrate including a substrate body that is disposable along the installation surface and an extension portion that extends from the substrate body in a direction away from the installation surface; and a temperature sensor that is mounted on the extension portion and that is configured to detect an ambient temperature around the sensor device; wherein the substrate body includes a plurality of side portions (34A to 34D) that form the peripheral portion of the substrate body, characterized in that the extension portion is a cut-and-raised piece that is formed in the substrate between a pair of slits that are formed in the substrate, the pair of slits extending from a central part, in the longitudinal direction, of a first side portion toward a second side portion opposite to the first side portion.
A beverage brewing system, comprising: a brew chamber; an extraction chamber having a capacity of at least 200 ml; a filter device positioned along a fluid flow path joining and including the brew chamber and the extraction chamber; a pressure differential device configured to apply a pressure differential between the brew chamber and the extraction chamber of at least 8.0 kPa (60 torr); a hot water source coupled to the brew chamber; and a controller programmed with instructions that, when executed: during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber, direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber. a brew chamber; an extraction chamber having a capacity of at least 200 ml; a filter device positioned along a fluid flow path joining and including the brew chamber and the extraction chamber; a pressure differential device configured to apply a pressure differential between the brew chamber and the extraction chamber of at least 8.0 kPa (60 torr); a hot water source coupled to the brew chamber; and a controller programmed with instructions that, when executed: during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber, direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber. during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber, direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber.
A method for controlling a polymerization reaction, the method comprising: determining an instantaneous density model for a gas-phase activated metallocene complex polymerization, wherein the instantaneous density model incorporates: a hydrogen concentration for the activated metallocene complex gas-phase polymerization and comonomer concentration for the gas-phase activated metallocene complex polymerization; and utilizing the instantaneous density model to monitor the polymerization reaction to determine if a threshold instantaneous density is reached; wherein the activated metallocene complex of the gas-phase activated metallocene complex polymerization is provided by activating a metallocene complex represented by Formula I: wherein each n-Pr is n-propyl, and each X is independently CH 3, Cl, Br, or F. a hydrogen concentration for the activated metallocene complex gas-phase polymerization and comonomer concentration for the gas-phase activated metallocene complex polymerization; and utilizing the instantaneous density model to monitor the polymerization reaction to determine if a threshold instantaneous density is reached; wherein the activated metallocene complex of the gas-phase activated metallocene complex polymerization is provided by activating a metallocene complex represented by Formula I: wherein each n-Pr is n-propyl, and each X is independently CH 3, Cl, Br, or F.
A control device for controlling a switch in a charging line disposed between a first power line and a second power line in a power distribution architecture, the device comprising: a current level input for receiving a current measurement of the current conducted through the charging line; a voltage level input for receiving a voltage measurement of the voltage applied on the charging line; a monitor for monitoring the relationship between the current and voltage measurements and for generating a control signal for controlling the switch in response to a coherent change in the current and voltage measurements exceeding a threshold, and for not generating a control signal when a change in one of the current and voltage measurements exceeding a threshold is not associated with a coherent change in the other of the current and voltage measurements, and wherein at least one of the current level input, the voltage level input, and the monitor comprises a Cauer filter (14,16,17). a current level input for receiving a current measurement of the current conducted through the charging line; a voltage level input for receiving a voltage measurement of the voltage applied on the charging line; a monitor for monitoring the relationship between the current and voltage measurements and for generating a control signal for controlling the switch in response to a coherent change in the current and voltage measurements exceeding a threshold, and for not generating a control signal when a change in one of the current and voltage measurements exceeding a threshold is not associated with a coherent change in the other of the current and voltage measurements, and wherein at least one of the current level input, the voltage level input, and the monitor comprises a Cauer filter (14,16,17).
A system for carrying loads comprising: a hardness; a harness black frame; a load base; vertical-only-free movement connecting means to connect said load base to said back frame so that said load base can move freely with respect to said back frame along one linear axis within a defined range substantially without transmitting vertical load onto said back frame and be steadily connected to said back frame in the other two linear axes and in three rotational axes; load support and adjusting means having upper end and lower ends to support said load base from below, said load support and adjusting means being connected to said load base at a connecting point so as to allow a load to be attached onto said load base while its center of gravity is positioned substantially vertically above said connecting point when said system is in use, and being adjustable to adjust the length of the load support; and gliding means connected to the lower end of said support and adjusting means, to enable easy gliding of said system on the ground when in touch with the ground. a hardness; a harness black frame; a load base; vertical-only-free movement connecting means to connect said load base to said back frame so that said load base can move freely with respect to said back frame along one linear axis within a defined range substantially without transmitting vertical load onto said back frame and be steadily connected to said back frame in the other two linear axes and in three rotational axes; load support and adjusting means having upper end and lower ends to support said load base from below, said load support and adjusting means being connected to said load base at a connecting point so as to allow a load to be attached onto said load base while its center of gravity is positioned substantially vertically above said connecting point when said system is in use, and being adjustable to adjust the length of the load support; and gliding means connected to the lower end of said support and adjusting means, to enable easy gliding of said system on the ground when in touch with the ground.
An optical film, comprising: a high refractive index pattern layer including a first surface and a second surface facing each other, wherein the first surface includes a pattern having a plurality of grooves, the plurality of grooves each have a curved surface and a depth greater than a width thereof, and the high refractive index pattern layer is formed of a material having a refractive index greater than 1; and a low refractive index pattern layer formed of a material having a refractive index smaller than the refractive index of the material constituting the high refractive index pattern layer, wherein the low refractive index pattern layer includes a filling material for filling the plurality of grooves, characterized in that the tilt angle θ expressed by the following Equation 1: θ = tan − 1 d / C − A / 2 in which d represents the depth of the grooves, A represents the width of the grooves, and C represents the cycle of the grooves, is in a range of 15° ≤ θ ≤ 75°. a high refractive index pattern layer including a first surface and a second surface facing each other, wherein the first surface includes a pattern having a plurality of grooves, the plurality of grooves each have a curved surface and a depth greater than a width thereof, and the high refractive index pattern layer is formed of a material having a refractive index greater than 1; and a low refractive index pattern layer formed of a material having a refractive index smaller than the refractive index of the material constituting the high refractive index pattern layer, wherein the low refractive index pattern layer includes a filling material for filling the plurality of grooves, characterized in that the tilt angle θ expressed by the following Equation 1: d represents the depth of the grooves, A represents the width of the grooves, and C represents the cycle of the grooves, is in a range of 15° ≤ θ ≤ 75°.
A composition comprising: (a) liposomes in a pharmaceutically acceptable medium or an aqueous medium, said liposomes each having an interior space and a membrane separating said interior from said medium, said membrane comprising one or more lipids; and (b) a compound of Formula II, entrapped in at least one liposome of the liposomes of (a), wherein the liposomes are in a pharmaceutically acceptable medium wherein M is a copper cation with a valency of 2 or 3 or 4. (a) liposomes in a pharmaceutically acceptable medium or an aqueous medium, said liposomes each having an interior space and a membrane separating said interior from said medium, said membrane comprising one or more lipids; and (b) a compound of Formula II, entrapped in at least one liposome of the liposomes of (a), wherein the liposomes are in a pharmaceutically acceptable medium
Method performed by a network node for estimating a relative tire friction performance of a number of vehicles (vn), wherein said network node and at least one communication unit being located in each vehicle (vn) are comprised in a communications network, the method comprising receiving continuously tire-to-road friction values (f) and corresponding VSPs (Vehicle State Parameters) (l, t) from each communication unit in the number of vehicles (v) during the driving thereof, each VSP comprising at least the geographical location at which the tire-to-road friction value (f) is measured, and the instant in time (t) when the tire-to-road friction value (f) is measured; the method further comprising determining that a tire-to-road friction value of a vehicle in the number of vehicles (v) is comparative to at least one other tire-to-road friction value of another vehicle in the number of vehicles (v), when the corresponding VSP (l2, t2) of said at least one other tire-to-road friction value deviates less than a predetermined deviation range from the corresponding VSP (l1,t1) of the tire-to-road friction value of a vehicle comparing the tire-to-road friction value of the vehicle to the at least one other tire-to-road friction value of the another vehicle; determining a ranking of the relative tire friction performance of the vehicle in relation to at least the another vehicle based on said comparison.