mhurhangee/ep-ind-claims huggingface dataset:
A power monitoring system for monitoring electrical characteristics of a conductor through which electrical power is supplied to a load, the system comprising: a flex circuit having a plurality of layers, wherein the flex circuit is operative to be coupled with a conductor such that a plurality of traces in the flex circuit form a coil structure around the conductor; and a module that receives signals produced by the flex circuit, wherein the module processes the signals to determine at least one of a voltage, a current, and an amount of energy delivered to a load through the conductor.
A method of making a gypsum panel, comprising: combining gypsum stucco and a halide salt sequestration agent with water to form a gypsum slurry; and setting the gypsum slurry to form at least a portion of a gypsum core, wherein the halide salt sequestration agent is present in an amount effective to sequester at least 25 percent of halide salt present in the gypsum stucco, wherein the halide salt sequestration agent comprises alumina or perlite or a combination thereof, wherein the halide salt sequestration agent comprises activated alumina present in an amount of from about 0.01 to about 10 weight percent, by weight of the gypsum stucco; or wherein the halide salt sequestration agent comprises perlite present in an amount of from about 0.01 to about 10 weight percent, by weight of the gypsum stucco. combining gypsum stucco and a halide salt sequestration agent with water to form a gypsum slurry; and setting the gypsum slurry to form at least a portion of a gypsum core, wherein the halide salt sequestration agent is present in an amount effective to sequester at least 25 percent of halide salt present in the gypsum stucco, wherein the halide salt sequestration agent comprises alumina or perlite or a combination thereof, wherein the halide salt sequestration agent comprises activated alumina present in an amount of from about 0.01 to about 10 weight percent, by weight of the gypsum stucco; or wherein the halide salt sequestration agent comprises perlite present in an amount of from about 0.01 to about 10 weight percent, by weight of the gypsum stucco.
A temperature sensing sootblower, comprising: an elongated lance tube configured to travel within a boiler while directing a cleaning fluid through one or more nozzles toward a heat transfer surface to remove fireside deposits from the heat transfer surface; a temperature sensor carried by the lance tube within the boiler configured to obtain temperature measurements of flue gas within the boiler while the lance tube is located within the boiler; characterized by, a groove in the lance tube, wherein the temperature sensor comprises a thermocouple positioned within the groove. an elongated lance tube configured to travel within a boiler while directing a cleaning fluid through one or more nozzles toward a heat transfer surface to remove fireside deposits from the heat transfer surface; a temperature sensor carried by the lance tube within the boiler configured to obtain temperature measurements of flue gas within the boiler while the lance tube is located within the boiler; characterized by, a groove in the lance tube, wherein the temperature sensor comprises a thermocouple positioned within the groove.
A method of detecting a physical target in a region-of-interest, comprising: transmitting a single pulse of radiation into the region-of-interest; receiving an echo signal from the region-of-interest, responsively to said pulse transmission; accessing a computer readable medium storing a dictionary Φ defined over a plurality of dictionary atoms spanning a discrete grid in a parameter space, wherein each dictionary atom φ i is described by a dictionary function φ i (t) corresponding to at least a time delay parameter t di and a Doppler shift parameter f Di; calculating for said single pulse a coefficient for each dictionary function using said echo signal, thereby providing a plurality of coefficients, wherein a linear combination of all dictionary functions respectively weighted by said coefficients does not reconstruct said echo signal; and determining at least one of a range and a speed of the target based on said coefficients as calculated for said single pulse. transmitting a single pulse of radiation into the region-of-interest; receiving an echo signal from the region-of-interest, responsively to said pulse transmission; accessing a computer readable medium storing a dictionary Φ defined over a plurality of dictionary atoms spanning a discrete grid in a parameter space, wherein each dictionary atom φ i is described by a dictionary function φ i (t) corresponding to at least a time delay parameter t di and a Doppler shift parameter f Di; calculating for said single pulse a coefficient for each dictionary function using said echo signal, thereby providing a plurality of coefficients, wherein a linear combination of all dictionary functions respectively weighted by said coefficients does not reconstruct said echo signal; and determining at least one of a range and a speed of the target based on said coefficients as calculated for said single pulse.
Power transformer with on-load tap changer, wherein both the power transformer and the on-load tap changer are oil-filled, wherein the on-load tap changer is arranged in the transformer tank of the transformer, wherein both the transformer and on-load tap changer have at the upper sides thereof a respective connecting flange for connection with an oil expansion vessel and wherein the connecting flange of the on-load tap changer leads by way of a pipe duct into the interior of the transformer tank of the power transformer, characterised in that the end of the pipe duct leading into the interior of the transformer tank is open in such a manner that the oil volumes of on-load tap changer and power transformer are connected with one another, that an oil flow relay is arranged in this pipe duct and that only the connecting flange of the transformer tank leads to a single oil expansion vessel.
Method of determining whether a subject has a vascular risk that can be reduced by blood pressure lowering therapy with antihypertensive drugs comprising the steps: • determining the level of hGH and/or its isoforms selected from the group comprising hGH isoform 1, hGH isoform 2, hGH isoform 3 and hGH isoform 4 in a blood sample of said subject and • comparing the determined level of hGH and/or said isoforms thereof in said blood sample with a pre-determined threshold and • wherein in case the determined level of hGH and/or said isoforms thereof is above said pre-determined threshold then the subject is identified as having a vascular risk that can be reduced by blood pressure lowering therapy with antihypertensive drugs and • wherein in case the determined level of hGH and/or said isoforms thereof is below said pre-determined threshold then the subject is identified as not having a vascular risk that can be reduced by blood pressure lowering therapy with antihypertensive drugs. • determining the level of hGH and/or its isoforms selected from the group comprising hGH isoform 1, hGH isoform 2, hGH isoform 3 and hGH isoform 4 in a blood sample of said subject and • comparing the determined level of hGH and/or said isoforms thereof in said blood sample with a pre-determined threshold and • wherein in case the determined level of hGH and/or said isoforms thereof is above said pre-determined threshold then the subject is identified as having a vascular risk that can be reduced by blood pressure lowering therapy with antihypertensive drugs and • wherein in case the determined level of hGH and/or said isoforms thereof is below said pre-determined threshold then the subject is identified as not having a vascular risk that can be reduced by blood pressure lowering therapy with antihypertensive drugs.
Method for fitting at least one battery module into a battery housing of a traction battery of a vehicle, in which, in a delivery process step, the battery module is introduced into the battery housing in a robot-controlled manner via a delivery path (z) and by means of a delivery force, specifically until an assembled position is reached in which the battery module rests in the correct position and directly or indirectly on a contact contour of a housing base of the battery housing, and in a securing process step, the correctly positioned battery module is secured in the battery housing, wherein in the securing process step a screwing operation takes place in which the battery module is screwed to a screw-on point of the battery housing by means of at least one screw bolt, characterised in that the delivery process step is monitored by a monitoring unit which detects an actual delivery path (z act) and an actual delivery force (F act) during the delivery process step, and evaluates on this basis whether or not the delivery process step is carried without error, in that the securing process step is monitored by a second monitoring unit which evaluates whether or not the securing process step is carried out without error, and in that the second monitoring unit detects an actual tightening torque (M act) acting on the screw bolt during the screwing operation and terminates the screwing operation when a set tightening torque (M set) is reached.
A software update device (10, 11, 12) connected to a control device (13, 14, 15, 16, 17, 18, 19), comprising: - an update control unit configured to execute an update process of causing software for the control device (13, 14, 15, 16, 17, 18, 19) to transition from a non-update state to an update completion state, wherein the update control unit is configured to acquire an update package; - an update data managing unit configured to acquire the update control information, wherein the software is updated on the basis of the update control information; - a recovery control information managing unit configured to acquire recovery control information; and - a recovery control unit configured to execute a recovery process to transition the software to the non-update state on a basis of the recovery control information in a case when the software is not transitioned to the update completion state by an abnormality in the update process, wherein the recovery control information includes information indicative of a method for the recovery process, and wherein the information indicative of the method for the recovery process is determined on a basis of a type of the control device (13, 14, 15, 16, 17, 18, 19) and its memory capacity. - an update control unit configured to execute an update process of causing software for the control device (13, 14, 15, 16, 17, 18, 19) to transition from a non-update state to an update completion state, wherein the update control unit is configured to acquire an update package; - an update data managing unit configured to acquire the update control information, wherein the software is updated on the basis of the update control information; - a recovery control information managing unit configured to acquire recovery control information; and - a recovery control unit configured to execute a recovery process to transition the software to the non-update state on a basis of the recovery control information in a case when the software is not transitioned to the update completion state by an abnormality in the update process, wherein the recovery control information includes information indicative of a method for the recovery process, and wherein the information indicative of the method for the recovery process is determined on a basis of a type of the control device (13, 14, 15, 16, 17, 18, 19) and its memory capacity.
Structural element for heat insulation between two components, in particular between a building and a projecting outer part, consisting of an insulating body that is to be arranged between the two components and of reinforcing elements (3, 14), which, in the installed state of the structural element, extend substantially horizontally and transversely to the substantially horizontal longitudinal extent of the insulating body through the latter and in each case project in the horizontal direction with respect to the insulating body and can thereby be connected to one of the two structural elements, which preferably consist of concrete, the reinforcing elements (3, 14) having, at least in the region of the insulating body, a loop-shaped central portion (3a, 14a) that projects with respect to the insulating body and consists at least partially of plastics material reinforced with endless fibres wound in a loop shape, wherein the reinforcing elements (3, 14) are in the form of multi-part composite elements which, in addition to the central portion (3a, 14a), have in a region outside the insulating body at least one anchoring portion (3b, 3c, 3c', 14c) with geometrical and/or material properties that differ at least partially from the central portion (3a, 14a), characterised in that the anchoring portion (3b, 3c, 3c', 14c) is connected to the central portion in a connection region, which is spaced from the insulating body, via a wind forming element (3i, 14i), and in that the wind forming element (3i, 14i) abuts the central portion.
A device for storing and dispensing reagent beads, the device comprising: a bead carrier including a plurality of wells; a plurality of reagent beads disposed in the plurality of wells; and a cover tape releasably attached to the bead carrier to cover the plurality of wells and retain the plurality of reagent beads in the plurality of wells of the bead carrier; wherein the bead carrier and the cover tape each comprise an anti-static material; and wherein the cover tape is peelable from the bead carrier to expose the plurality of wells individually to dispense the plurality of reagent beads from the plurality of wells. a bead carrier including a plurality of wells; a plurality of reagent beads disposed in the plurality of wells; and a cover tape releasably attached to the bead carrier to cover the plurality of wells and retain the plurality of reagent beads in the plurality of wells of the bead carrier; wherein the bead carrier and the cover tape each comprise an anti-static material; and wherein the cover tape is peelable from the bead carrier to expose the plurality of wells individually to dispense the plurality of reagent beads from the plurality of wells.
Improvement of an ovoid bicycle chainring, attachable to a crank which incorporates a spider forming a structure with an even number of anchorage points distributed in a star like shape with the objective of attaching one or several bicycle chainrings; said ovoid chainring having a major diameter, whose angle with said crank arm measured in the pedaling direction defines its orientation; said ovoid chainring having a number of anchorage points to said spider which is a multiple of the said even number of anchorage points of the spider, constituting multiple anchorage options to this crank arm, and therefore multiple possibilities for said ovoid chainring's orientation; being the different anchorage points of the chainring that corresponds to the same anchorage point on the spider, adjoined and overlapped holes and each hole having a countersink; wherein for each overlapped adjoining hole, the depth of its countersinks decreases in the direction of pedaling, forming stair steps.
A tool comprising a tool shank received in a tool holding fixture of a tool holder; wherein the tool also comprises exactly one force sensor, which force sensor is arranged in a recess at the tool shank; which force sensor measures a tool force exerted by the tool shank onto the tool holder during operation of the tool; which tool is a cutting tool, which cutting tool is arranged in a fixed and rotation-free manner; wherein the recess is manufactured either in the tool shank or in the tool holder; wherein the tool holding fixture comprises a clamping device for clamping the tool shank; characterized in that the clamping device comprises a wedge; in that the force sensor is pretensioned by a pretensioning force; and in that the pretensioning force is equal to a clamping force exerted onto the force sensor by a clamping device of the tool holding fixture.
A torque coil comprising: a first filar configured in an inner layer that is helically wound in a constricted state such that it defines an inner lumen providing access between a proximal and distal end of the torque coil; a second filar configured in an outer layer that is helically wound in a constricted state over the inner layer; and at least one of the first and second filars comprises a signal transmitting material surrounded by an isolating material thereby allowing transmission of signals between the proximal and distal end of the torque coil in one of the layers, and at least one of the first and second filars comprises a torque transmitting material thereby configuring the torque coil to transfer torque from the proximal to the distal end. a first filar configured in an inner layer that is helically wound in a constricted state such that it defines an inner lumen providing access between a proximal and distal end of the torque coil; a second filar configured in an outer layer that is helically wound in a constricted state over the inner layer; and at least one of the first and second filars comprises a signal transmitting material surrounded by an isolating material thereby allowing transmission of signals between the proximal and distal end of the torque coil in one of the layers, and at least one of the first and second filars comprises a torque transmitting material thereby configuring the torque coil to transfer torque from the proximal to the distal end.
A method for implementing message service interworking, characterized by: receiving, by a message service interworking module serving a receiver, an instant message IM sent by a sender; selecting, by the message service interworking module serving the receiver, one of a circuit switched domain CS domain and a packet switched domain PS domain as a routing network; and converting, by the message service interworking module serving the receiver, the IM into a short message, and sending the short message to the receiver through a routing entity in one of the CS domain and the PS domain; wherein when one of a Mobile Switching Center MSC and a Serving GPRS Support Node SGSN serving the receiver is used as the routing entity, the sending the short message to the receiver through the routing entity in one of the CS domain and the PS domain comprises: sending, by the message service interworking module, a short message service SMS deliver message to one of the MSC and the SGSN serving the receiver, wherein in the SMS deliver message, sender information is information of the sender of the IM, receiver information is information of the receiver of the IM, and receiver SMS service center SMS-SC information is an address of the message service interworking module. receiving, by a message service interworking module serving a receiver, an instant message IM sent by a sender; selecting, by the message service interworking module serving the receiver, one of a circuit switched domain CS domain and a packet switched domain PS domain as a routing network; and converting, by the message service interworking module serving the receiver, the IM into a short message, and sending the short message to the receiver through a routing entity in one of the CS domain and the PS domain; wherein when one of a Mobile Switching Center MSC and a Serving GPRS Support Node SGSN serving the receiver is used as the routing entity, the sending the short message to the receiver through the routing entity in one of the CS domain and the PS domain comprises: sending, by the message service interworking module, a short message service SMS deliver message to one of the MSC and the SGSN serving the receiver, wherein in the SMS deliver message, sender information is information of the sender of the IM, receiver information is information of the receiver of the IM, and receiver SMS service center SMS-SC information is an address of the message service interworking module. sending, by the message service interworking module, a short message service SMS deliver message to one of the MSC and the SGSN serving the receiver, wherein in the SMS deliver message, sender information is information of the sender of the IM, receiver information is information of the receiver of the IM, and receiver SMS service center SMS-SC information is an address of the message service interworking module.
A method for electrodepositing radioactive Co-60 and Fe wherein an anode and a cathode are immersed in a liquid containing Co-60 ions and Fe ions and at least one additive selected from a dicarboxylic acid and a salt thereof and a tricarboxylic acid and a salt thereof, each of which is represented by the following formula, and by applying a voltage between the anode and the cathode, Co-60 and Fe are precipitated on the cathode, M 1 OOC-(CHX 1) a - b -(CX 2 X 4) c -CX 3 X 5 -COOM 2 in the formula, X 1, X 2, and X 3 each independently represent H or OH, X 4 and X 5 each independently represent H, OH, or COOM 3, M 1, M 2, and M 3 each independently represent H, a monovalent alkali metal, or an ammonium ion, and a, b, and c each independently represent an integer of 0 or 1, wherein in the formula, X 4 and X 5 do not simultaneously represent COOM 3.
An interior component for an interior room of an aircraft, comprising: a body having a first surface and a second surface; and a multitude of functional modules (130A, 130B, 130C, 130D, 130E) which form a passenger service unit; wherein the second surface is arranged opposite the first surface; wherein the second surface comprises a recess; wherein the multitude of functional modules are arranged one after another in the recess in the longitudinal direction of the interior component, such that a first front surface of the functional module arranged frontally in the longitudinal direction closes flush with a first front surface of the body; wherein the multitude of functional modules comprise an identical extension in the longitudinal direction; wherein a length of the body corresponds to an integral multiple of the length of a functional module; characterized in that the recess is designed such that a functional module can be pushed in the longitudinal direction of the recess to some other position after at least one other function module is removed from the recess. a body having a first surface and a second surface; and a multitude of functional modules (130A, 130B, 130C, 130D, 130E) which form a passenger service unit; wherein the second surface is arranged opposite the first surface; wherein the second surface comprises a recess; wherein the multitude of functional modules are arranged one after another in the recess in the longitudinal direction of the interior component, such that a first front surface of the functional module arranged frontally in the longitudinal direction closes flush with a first front surface of the body; wherein the multitude of functional modules comprise an identical extension in the longitudinal direction; wherein a length of the body corresponds to an integral multiple of the length of a functional module; characterized in that the recess is designed such that a functional module can be pushed in the longitudinal direction of the recess to some other position after at least one other function module is removed from the recess.