mhurhangee/ep-ind-claims huggingface dataset:
A power meter, the power meter comprising: a voltage sensor configured to be coupled to an input line that receives input AC power from an AC power source; at least one current and phase sensor circuit configured to be coupled to a feeder line that provides at least a portion of the input AC power from the input line to a load; and a central metering unit coupled to the voltage sensor, wherein the voltage sensor is further configured to measure a voltage on the input line and transmit a signal related to the voltage on the input line to the central metering unit;, wherein the at least one current and phase sensor circuit is further configured to measure a current of the feeder line, characterized by the at least one current and phase sensor circuit being further configured to calculate a voltage phase shift between a voltage on the feeder line and the voltage on the input line, and to transmit signals related to the current of the feeder line and the voltage phase shift to the central metering unit, and wherein the central metering unit is configured to calculate power provided to the load via the feeder line based on the signals transmitted from the at least one current and phase sensor circuit. a voltage sensor configured to be coupled to an input line that receives input AC power from an AC power source; at least one current and phase sensor circuit configured to be coupled to a feeder line that provides at least a portion of the input AC power from the input line to a load; and a central metering unit coupled to the voltage sensor, wherein the voltage sensor is further configured to measure a voltage on the input line and transmit a signal related to the voltage on the input line to the central metering unit;, wherein the at least one current and phase sensor circuit is further configured to measure a current of the feeder line, characterized by the at least one current and phase sensor circuit being further configured to calculate a voltage phase shift between a voltage on the feeder line and the voltage on the input line, and to transmit signals related to the current of the feeder line and the voltage phase shift to the central metering unit, and wherein the central metering unit is configured to calculate power provided to the load via the feeder line based on the signals transmitted from the at least one current and phase sensor circuit.
A method of controlling a communications device to operate according to a prescribed policy, wherein an encryption server remote from the device selects an encryption policy for one or more applications running on the device and generates an encryption agent for transmission to the device for deployment, the agent being configured to control the device to encrypt data according to the encryption policy selected by the encryption server, in which method, in response to a network or security event, the server analyses the resource usage of the device and adjusts the encryption policy in accordance with the analysis.
A motor drive device for driving at least one motor, comprising: at least one amplifier module for supplying power to the at least one motor; and a control circuit board including at least one amplifier connector for releasably connecting with the at least one amplifier module, respectively; characterized by a bus bar for releasably connecting with the amplifier module to supply power to the amplifier module, wherein the motor drive device comprises a plurality of mutually coupled units (10, 11), each unit being comprised of the control circuit board, the bus bar, and the amplifier module connected with the control circuit board and the bus bar, and wherein the bus bar of each of the units (10, 11) includes, at one end or both ends in an extending direction of the bus bar, a coupling mechanism (53A, 53B) connectable with the bus bar of another unit (10, 11). at least one amplifier module for supplying power to the at least one motor; and a control circuit board including at least one amplifier connector for releasably connecting with the at least one amplifier module, respectively; characterized by a bus bar for releasably connecting with the amplifier module to supply power to the amplifier module, wherein the motor drive device comprises a plurality of mutually coupled units (10, 11), each unit being comprised of the control circuit board, the bus bar, and the amplifier module connected with the control circuit board and the bus bar, and wherein the bus bar of each of the units (10, 11) includes, at one end or both ends in an extending direction of the bus bar, a coupling mechanism (53A, 53B) connectable with the bus bar of another unit (10, 11).
A double pump with two centrifugal pumps each with impellers arranged therein for conveying a fluid and an intake manifold, branching into two individual manifolds, for drawing in the fluid, which individual manifolds are connected to a respective suction region of the impellers, wherein a flow guidance element is provided in each individual manifold at a distance from the respective impeller, which flow guidance element divides the fluid flowing into the individual manifolds into two partial streams and, in its height, extends in a tapering manner towards the impeller in the flow direction of the fluid, and the flow guidance element is divided into two in such a way that the first part facing the inflowing fluid bears on both sides at its longitudinal edges extending in the flow direction of the fluid against an inner wall of the individual manifold and the second part facing the impeller bears at an edge extending in the flow direction of the fluid against the individual manifold and tapers at its opposite edge in its height towards the impeller. a flow guidance element is provided in each individual manifold at a distance from the respective impeller, which flow guidance element divides the fluid flowing into the individual manifolds into two partial streams and, in its height, extends in a tapering manner towards the impeller in the flow direction of the fluid, and the flow guidance element is divided into two in such a way that the first part facing the inflowing fluid bears on both sides at its longitudinal edges extending in the flow direction of the fluid against an inner wall of the individual manifold and the second part facing the impeller bears at an edge extending in the flow direction of the fluid against the individual manifold and tapers at its opposite edge in its height towards the impeller.
Metallic solid projectile for practice cartridges, in particular for use on preferably police shooting ranges, wherein the solid projectile comprises an ogival portion at the front side and a cylinder portion for holding the solid projectile in a cartridge case and defines a projectile length (l G) in the axial direction, wherein the ogival portion comprises an ogival wall and a rotationally symmetrical ogival cavity circumferentially bounded by the ogival wall, wherein a fully cylindrical stem portion of the solid projectile extends in the axial direction over less than 45% of the projectile length (l G), wherein starting from a bottom of an ogival cavity, a shaft extends into the cylinder portion, which shaft forms a microchannel and/or a deformation cavity, wherein the deformation cavity is shaped at least in sections to be cylindrical and/or at least in sections to be conical with a taper at the front side.
A luster coating composition comprising an interference luster pigment and a titanium dioxide pigment, wherein a volume average particle size D90 determined by dynamic light scattering of the titanium dioxide pigment is within a range of 700 to 1200 nm, and a volume average particle size D50 determined by dynamic light scattering of the titanium dioxide pigment is within a range of 250 to 900 nm, and a mass ratio of the interference luster pigment and the titanium dioxide pigment is within a range of 10/1 to 5/1 represented in the mass ratio "the interference luster pigment / the titanium dioxide pigment".
A time management server (40a, 40b), comprising: an acquisition unit configured to acquire providing source data and a terminal reference time in a providing source information terminal (10a, 10b, 10c) from the providing source information terminal (10a, 10b, 10c), the terminal reference time in a providing source information terminal being a time serving as a reference in the information terminal itself; a calculation unit configured to calculate providing time information to be provided to a providing destination information terminal (10a, 10b, 10c) by using the terminal reference time in the providing source information terminal (10a, 10b, 10c) and an inter-terminal reference time, the inter-terminal reference time being a time common to the providing source information terminal and the providing destination information terminal; and a providing unit configured to provide the providing source data and the providing time information to the providing destination information terminal (10a, 10b, 10c), wherein the calculation unit is configured to: calculate a difference between the terminal reference time in a providing source information terminal and the inter-terminal reference time acquired for each processing; and the providing unit is configured to provide the inter-terminal reference time, and, as the providing time information, the calculated difference between the terminal reference time in the providing source information terminal (10a, 10b, 10c) and the inter-terminal reference time acquired for each processing, to the providing destination information terminal (10a, 10b, 10c). an acquisition unit configured to acquire providing source data and a terminal reference time in a providing source information terminal (10a, 10b, 10c) from the providing source information terminal (10a, 10b, 10c), the terminal reference time in a providing source information terminal being a time serving as a reference in the information terminal itself; a calculation unit configured to calculate providing time information to be provided to a providing destination information terminal (10a, 10b, 10c) by using the terminal reference time in the providing source information terminal (10a, 10b, 10c) and an inter-terminal reference time, the inter-terminal reference time being a time common to the providing source information terminal and the providing destination information terminal; and a providing unit configured to provide the providing source data and the providing time information to the providing destination information terminal (10a, 10b, 10c), wherein calculate a difference between the terminal reference time in a providing source information terminal and the inter-terminal reference time acquired for each processing; and the providing unit is configured to provide the inter-terminal reference time, and, as the providing time information, the calculated difference between the terminal reference time in the providing source information terminal (10a, 10b, 10c) and the inter-terminal reference time acquired for each processing, to the providing destination information terminal (10a, 10b, 10c).
A vehicle lower portion structure comprising: electromagnetic wave emitting components (20, 22, 24) that are disposed at a rear surface side of a floor panel provided in a lower portion of a vehicle; and a carpet component that has a backing layer in which is dispersed a magnetic material (Mp), and a carpet pile that is provided on a front surface side of the backing layer, and that is disposed at a front surface side of the floor panel, characterized in that a density of the magnetic material (Mp) dispersed in portions of the backing layer that correspond to the electromagnetic wave emitting components (20, 22, 24) is higher than a density of the magnetic material (Mp) dispersed in other portions of the backing layer, or the magnetic material (Mp) is only dispersed in portions of the backing layer that correspond to the electromagnetic wave emitting components (20, 22, 24), or the backing layer is divided into a first portion that corresponds to positions of the electromagnetic wave emitting components (20, 22, 24), and a second portion that does not correspond to the positions of the electromagnetic wave emitting components (20, 22, 24), and the magnetic material (Mp) is only dispersed in the first portion. electromagnetic wave emitting components (20, 22, 24) that are disposed at a rear surface side of a floor panel provided in a lower portion of a vehicle; and a carpet component that has a backing layer in which is dispersed a magnetic material (Mp), and a carpet pile that is provided on a front surface side of the backing layer, and that is disposed at a front surface side of the floor panel, characterized in that a density of the magnetic material (Mp) dispersed in portions of the backing layer that correspond to the electromagnetic wave emitting components (20, 22, 24) is higher than a density of the magnetic material (Mp) dispersed in other portions of the backing layer, or the magnetic material (Mp) is only dispersed in portions of the backing layer that correspond to the electromagnetic wave emitting components (20, 22, 24), or the backing layer is divided into a first portion that corresponds to positions of the electromagnetic wave emitting components (20, 22, 24), and a second portion that does not correspond to the positions of the electromagnetic wave emitting components (20, 22, 24), and the magnetic material (Mp) is only dispersed in the first portion.
An extraction method for extracting a flavor constituent from a tobacco raw material, comprising: a step A for heating a tobacco raw material which is subjected to an alkali treatment; and a step B for bringing a release component released in the gas phase in the step A into contact with a collection solvent at a temperature of 10°C or more and 40°C or less until any time from when a first condition is satisfied to when a second condition is satisfied, wherein the first condition is a condition that a remaining amount of nicotine component which is an index of the flavor constituent contained in the tobacco raw material decreases until reaching 1.7 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%, or is a condition that a residual rate of the nicotine component decreases until 40% in the case where the weight of the tobacco raw material is 100 wt%, and the second condition is a condition that the remaining amount of the nicotine component contained in the tobacco raw material decreases until reaching 0.3 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%. a step A for heating a tobacco raw material which is subjected to an alkali treatment; and a step B for bringing a release component released in the gas phase in the step A into contact with a collection solvent at a temperature of 10°C or more and 40°C or less until any time from when a first condition is satisfied to when a second condition is satisfied, wherein the first condition is a condition that a remaining amount of nicotine component which is an index of the flavor constituent contained in the tobacco raw material decreases until reaching 1.7 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%, or is a condition that a residual rate of the nicotine component decreases until 40% in the case where the weight of the tobacco raw material is 100 wt%, and the second condition is a condition that the remaining amount of the nicotine component contained in the tobacco raw material decreases until reaching 0.3 wt% in the case where the weight of the tobacco raw material in the dry state is 100 wt%.
Furniture fitting, in particular hinge, preferably flap holder, which has a kinematic arrangement with levers and joints, and by means of which a door or a flap can be moved from a closed position into an open position, wherein an actuating arrangement acts on the kinematic arrangement, wherein the actuating arrangement has an actuating element and a holder which is movable relative to the actuating element, wherein the actuating element is movable by a part of the kinematic arrangement and the holder is supported relative to a fastening section (51, 53) or a further component of the kinematic arrangement, wherein the actuating arrangement acts, in a first operating mode, with a damper in a damping manner between the actuating element and the holder and, in a second operating mode, applies a spring force acting counter to the damping direction by means of a biasing spring indirectly or directly to the actuating element and the holder, characterized in that the actuating arrangement has a receptacle (72.2) in which either the damper or the biasing spring can be installed.
An isolated peptide having vasodilatory and diuretic activity in mammals, comprising the amino acid sequence GLLISCFDRRIDRISHTSDIGCNSFRY (SEQ ID NO: 37).
System for pressure compensation, particularly for pressure compensation in a subsea environment, comprising - a fluid filled enclosure surrounding a cavity, - a first pressure compensator having a first chamber and a second chamber, the first chamber being in fluid communication with the cavity, wherein the first fluid used inside the cavity of the fluid filled enclosure and inside the first chamber is a liquid, characterized by further comprising - a second pressure compensator having a third chamber and a fourth chamber, wherein the third chamber of the second pressure compensator being in fluid communication with the second chamber of the first pressure compensator, and wherein a second fluid used inside the third chamber of the second pressure compensator and the second chamber of the first pressure compensator is a liquid, wherein the first chamber of the first pressure compensator is separated from the second chamber of the first pressure compensator via a first bellow, and the third chamber of the second pressure compensator is separated from the fourth chamber of the second pressure compensator via a second bellow, and wherein the fluid filled enclosure, filled by a first fluid, is enclosed by a further fluid filled enclosure, the further fluid filled enclosure surrounding a further cavity filled by a second fluid, wherein the third chamber of the second pressure compensator is in fluid communication with the further cavity of the further fluid filled enclosure, so that the first pressure compensator and the second pressure compensator can perform a pressure and/or volume compensation of both fluid filled enclosures. - a fluid filled enclosure surrounding a cavity, - a first pressure compensator having a first chamber and a second chamber, the first chamber being in fluid communication with the cavity, - a second pressure compensator having a third chamber and a fourth chamber,
A fibre moulded package for accommodating foodstuffs such as eggs which package comprises; - a base part comprising a plurality of accommodations for receiving an egg, - a cover part coupled with the base part and hingeable around an hinge relative to the base part between a closed position and an open position, wherein the cover part comprises a a window section for providing a view to the interior of the package from the outside, - locking members (6, 7, 22) arranged opposite the hinge for holding the cover part in its closed position, characterized in, that the cover part comprises a cover part top surface which is generally flat for enabling printing onto the cover part top surface, and wherein the window section comprises a window plane which extends from about the centre of the cover part towards the locking members at a slight angle (α) between 10° - 35° with respect to the cover part top surface for providing resistant strength to the cover part. - a base part comprising a plurality of accommodations for receiving an egg, - a cover part coupled with the base part and hingeable around an hinge relative to the base part between a closed position and an open position, wherein the cover part comprises a a window section for providing a view to the interior of the package from the outside, - locking members (6, 7, 22) arranged opposite the hinge for holding the cover part in its closed position,
An apparatus (102, 304) for determining a set of pitch cycle energy parameters, comprising: means for obtaining a frame of a speech or audio signal; means for obtaining a set of filter coefficients; means for obtaining a residual signal based on the frame and the set of filter coefficients; means for determining a set of peak locations based on the residual signal; means for segmenting the residual signal such that each segment of the residual signal includes one peak; means for determining a first set of pitch cycle energy parameters based on a frame region between two consecutive peak locations; characterised by means for mapping regions between peaks in the residual signal to regions between peaks in a synthesized excitation signal to produce a mapping; and means for determining a second set of pitch cycle energy parameters based on the first set of pitch cycle energy parameters and the mapping. means for obtaining a frame of a speech or audio signal; means for obtaining a set of filter coefficients; means for obtaining a residual signal based on the frame and the set of filter coefficients; means for determining a set of peak locations based on the residual signal; means for segmenting the residual signal such that each segment of the residual signal includes one peak; means for determining a first set of pitch cycle energy parameters based on a frame region between two consecutive peak locations; characterised by means for mapping regions between peaks in the residual signal to regions between peaks in a synthesized excitation signal to produce a mapping; and means for determining a second set of pitch cycle energy parameters based on the first set of pitch cycle energy parameters and the mapping.