mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a liquid detergent product comprising from 5% to 15% by weight of the product of water using a vessel comprising an inlet, an outlet, an agitation device, and a microcapsule mixing zone disposed between the inlet and the outlet, characterized in that the method comprises the steps of: a) introducing an unstructured liquid detergent precursor into the inlet of the vessel, said unstructured liquid detergent precursor comprising from about 10% to 90%, by weight of the precursor, of a surfactant, and from about 0% to about 15%, by weight of the precursor, of water; b) mixing an aqueous slurry comprising perfume microcapsules and the unstructured liquid detergent precursor in the microcapsule mixing zone to form a combined microcapsule detergent; c) adding a structurant to the combined microcapsule detergent downstream of the microcapsule mixing zone to form a liquid detergent product. a) introducing an unstructured liquid detergent precursor into the inlet of the vessel, said unstructured liquid detergent precursor comprising from about 10% to 90%, by weight of the precursor, of a surfactant, and from about 0% to about 15%, by weight of the precursor, of water; b) mixing an aqueous slurry comprising perfume microcapsules and the unstructured liquid detergent precursor in the microcapsule mixing zone to form a combined microcapsule detergent; c) adding a structurant to the combined microcapsule detergent downstream of the microcapsule mixing zone to form a liquid detergent product.
A method for use by a system including a processor and a memory, the memory having at least one unique identifier identifying a corresponding at least one content elements, for generation and distribution of at least one encoded content transport stream, the method comprising: obtaining, using the processor, metadata and the at least one UID from the memory, the at least one UID identifying a corresponding at least one content element; generating, using the processor, a recipient specific list using the metadata and the at least one UID, wherein the RSL is a playlist of media content, and wherein the RSL includes at least a commercial scheduling metadata corresponding to at least a commercial content; creating, using the processor, at least one content transport stream using the RSL, the at least one content transport stream including the metadata and the corresponding at least one content element, wherein the metadata includes at least one of a name and a location of an affiliate that receives the at least one encoded transport stream; encoding, using the processor, the at least one content transport stream to generate the at least one encoded content transport stream; and distributing, using the processor, the at least one encoded content transport stream through at least one network path to the affiliate for decoding into video content and/or audio content and further distribution by the affiliate to consumers of the affiliate. obtaining, using the processor, metadata and the at least one UID from the memory, the at least one UID identifying a corresponding at least one content element; generating, using the processor, a recipient specific list using the metadata and the at least one UID, wherein the RSL is a playlist of media content, and wherein the RSL includes at least a commercial scheduling metadata corresponding to at least a commercial content; creating, using the processor, at least one content transport stream using the RSL, the at least one content transport stream including the metadata and the corresponding at least one content element, wherein the metadata includes at least one of a name and a location of an affiliate that receives the at least one encoded transport stream; encoding, using the processor, the at least one content transport stream to generate the at least one encoded content transport stream; and distributing, using the processor, the at least one encoded content transport stream through at least one network path to the affiliate for decoding into video content and/or audio content and further distribution by the affiliate to consumers of the affiliate.
System for assisting an operator in a work station, the system comprising: - at least one collaborative robot configured for conducting one or more operations in an open, non-protected space, adjacent to an operator and in cooperation with the operator, with a robot electronic controller (E R) associated to the at least one collaborative robot, - at least one active exoskeleton including one or more electrically operated actuators, wearable by an operator for receiving assistance in conducting one or more operations, - a plurality of sensors associable to the body of the operator and configured for detecting at least one parameter selected from heart rate, metabolic consumption, skin conductivity, surface electromyography, pressure at the interface between the at least one active exoskeleton and the body of the operator, movement of the operator and relative orientation of the body districts of the operator, - at least one system electronic controller (Es) configured for receiving signals (A1-A8) from said plurality of sensors and for sending signals (B; C) to said one or more actuators of the at least one active exoskeleton and to said robot electronic controller (E R) based on an elaboration of the signals (A1-A8) received from said plurality of sensors, wherein the system electronic controller (E S) is configured and programmed for dynamically controlling the functioning of said one or more actuators of the at least one active exoskeleton and the functioning of the at least one collaborative robot as a function of the parameters detected by said plurality of sensors so as to avoid collisions or injuries between the collaborative robot and the operator or conditions of lack of safety for the operator, and so as to enable the collaborative robot to cooperate with the operator by assuming positions suited to the physical and physiological features, to the workload and to the postures of the operator. - at least one collaborative robot configured for conducting one or more operations in an open, non-protected space, adjacent to an operator and in cooperation with the operator, with a robot electronic controller (E R) associated to the at least one collaborative robot, - at least one active exoskeleton including one or more electrically operated actuators, wearable by an operator for receiving assistance in conducting one or more operations, - a plurality of sensors associable to the body of the operator and configured for detecting at least one parameter selected from heart rate, metabolic consumption, skin conductivity, surface electromyography, pressure at the interface between the at least one active exoskeleton and the body of the operator, movement of the operator and relative orientation of the body districts of the operator, - at least one system electronic controller (Es) configured for receiving signals (A1-A8) from said plurality of sensors and for sending signals (B; C) to said one or more actuators of the at least one active exoskeleton and to said robot electronic controller (E R) based on an elaboration of the signals (A1-A8) received from said plurality of sensors,
A sound system comprising a coupling apparatus having a first end portion and a second end portion which is structurally different from the first end portion, and a body portion, and a first speaker apparatus capable of being coupled to a second speaker apparatus by the coupling apparatus, the first speaker apparatus comprising: a connector for coupling to the first end portion or the second end portion of the coupling apparatus; a sensor portion and a processing portion coupled to the sensor portion; wherein the first speaker apparatus is configured as one of a master device and a slave device relative to the second speaker apparatus, and wherein, when configured as a master device relative to the second speaker apparatus, the first speaker apparatus is configured to receive audio signals communicated from a source module and process the audio signals for at least one of audio reproduction and further communication to the second speaker apparatus, and wherein when configured as a slave device relative to the second speaker apparatus, direct communication of audio signals from the source module to the first speaker apparatus is impeded; characterised in that the sensor portion is arranged to determine which of the first end portion or the second end portion of the coupling apparatus is coupled to the connector and to communicate a sensor signal to the processing portion based on the determination; and the configuration of the first speaker apparatus as one of a master device and a slave device relative to the second speaker apparatus is based on the sensor signal. a connector for coupling to the first end portion or the second end portion of the coupling apparatus; a sensor portion and a processing portion coupled to the sensor portion;
An elevator conveyor belt with adjustable slope, suitable for moving semi-finished or finished products on different levels along production lines, comprising a supporting and stiffening frame divided in at least two adjacent sections defined by a horizontal section or load section arranged according to a horizontal plane and by an elevator section arranged according to an inclined plane and a belt tensioned between an opposed head end of the horizontal section and a tail end of the elevator section and slidably actuated by means of an electrical motor, whereby the horizontal or load section and the elevator section are reciprocally hinged by means of a hinged connection comprising two opposed horizontal plates fixed in correspondence of the tail end of the horizontal section or loading section and two opposed elevator plates fixed in correspondence of the head end of the elevator section, said opposed horizontal plates and opposed elevator plates coupled to each other with the opposed elevator plates arranged internally to the opposed horizontal plates in correspondence of the end portions opposite to those of fixing with respect to the sections (14, 16) to define a fulcrum point or hinge that accommodates a coaxial pair of opposed bearings supporting the idle rotation of a support roller transversely arranged with respect to said pairs of opposed pairs of plates, characterized in that the hinge connection comprises mobile means suitable for ensuring a constant tensioning of the belt with the change of the reciprocal slope between said sections defined by a pair of opposed return rollers facing the inner part of the hinge connection, in contact with the surface of said belt and transversely arranged to the coupled opposing plates (30, 32) which comprises slots with rectilinear development internally to which said return rollers are movable along a trajectory with angular amplitude defined by an angle α, calculated with reference to the vertical drawn from the center of the bearing and equal to the bisector of an angle γ indicative of the slope of the elevator section with respect to the horizontal section.
A method of determining flow in a plurality of carriers for fluid communication, characterised in that it comprises the steps of: providing one of a first transceiver or multifaceted reflector, the first transceiver or reflector being exposed to air flow in at least two of the plurality of carriers; providing a plurality of second transceivers, each one of the plurality of second transceivers being exposed to air flow in a respective one of the plurality of carriers; detecting the flow rate in at least one of the plurality of carriers comprising sensing an ultrasonic signal transmitted between one of the plurality of second transceivers and the first transceiver or reflector. providing one of a first transceiver or multifaceted reflector, the first transceiver or reflector being exposed to air flow in at least two of the plurality of carriers; providing a plurality of second transceivers, each one of the plurality of second transceivers being exposed to air flow in a respective one of the plurality of carriers; detecting the flow rate in at least one of the plurality of carriers comprising sensing an ultrasonic signal transmitted between one of the plurality of second transceivers and the first transceiver or reflector.
An electronic circuit breaker comprising controllable mechanical contacts adapted to connect and disconnect a power source to a load, control circuitry comprising a microcontroller for monitoring the flow of power from said power source to said load and detecting different types of fault conditions and automatically opening said contacts in response to the detection of a fault condition, a primary power supply (15, 16) receiving power from said power source when said contacts are closed, and supplying power to said control circuitry, and a secondary power supply (18, R1, Z1, D1) for supplying power to said control circuitry when said contacts are open, characterized by comprising fault indicators controlled by said control circuitry for indicating the type of fault condition causing said control circuitry to open said contacts, and said secondary power supply including a switch (18, R1, Z1, D1) coupled between said power source and said control circuitry for supplying power to said control circuitry from said power source when said contacts are open and said switch is closed.
Climbing shoe for a climbing formwork, comprising a wall shoe part and a sliding shoe part, wherein the wall shoe part is designed to be mounted to a vertically aligned wall of a concreting section of a building, wherein claws are provided on the sliding shoe part, which are designed in such a manner that a climbing rail can be movably arranged between the claws and can be held by the claws in a guided manner in that the claws are designed such that the claws can grip around a climbing rail in sections, and wherein at least one claw is provided on the sliding shoe part in a pivotable and/or telescopable manner, the sliding shoe part being detachably connected to the wall shoe part via a stub shaft that is aligned horizontally and parallel to the vertical wall.
A method for automatically controlling the conversion of a tiltrotor aircraft, comprising: receiving an airspeed command for the tiltrotor aircraft; converting the airspeed command to a pylon position; calculating a difference between the airspeed command and a measured airspeed; converting the difference to a dynamic pylon position; calculating a total pylon position from the pylon position and the dynamic pylon position; and moving a pylon of the tiltrotor aircraft to the total pylon position. receiving an airspeed command for the tiltrotor aircraft; converting the airspeed command to a pylon position; calculating a difference between the airspeed command and a measured airspeed; converting the difference to a dynamic pylon position; calculating a total pylon position from the pylon position and the dynamic pylon position; and moving a pylon of the tiltrotor aircraft to the total pylon position.
A verification device comprising: a storage unit that stores a size of a free area of storage of target equipment, and software saved in the storage; a generation unit that generates a graph including a number of nodes according to the size of the free area of the storage of the target equipment, and transmits the graph to the target equipment; a calculation unit that calculates a hash value corresponding to each software block saved in the storage of the target equipment; and a verification unit that transmits to the target equipment, a challenge that specifies a node of the graph and a block of the software saved in the target equipment, wherein the verification unit verifies the presence or absence of tampering of the storage of the target equipment using the hash value calculated, the hash value corresponding to the block, a response returned from the target equipment to the challenge, the response being calculated using the hash value corresponding to the node of the graph, and a hash value returned from the target equipment in response to the challenge, the hash value returned corresponding to the block, wherein the generation unit generates the graph such that a product of the number of nodes and the size of the hash value corresponding to each node approximates the size of the free area of the storage of the target equipment within a predetermined range. a storage unit that stores a size of a free area of storage of target equipment, and software saved in the storage; a generation unit that generates a graph including a number of nodes according to the size of the free area of the storage of the target equipment, and transmits the graph to the target equipment; a calculation unit that calculates a hash value corresponding to each software block saved in the storage of the target equipment; and a verification unit that transmits to the target equipment, a challenge that specifies a node of the graph and a block of the software saved in the target equipment, wherein the verification unit verifies the presence or absence of tampering of the storage of the target equipment using the hash value calculated, the hash value corresponding to the block, a response returned from the target equipment to the challenge, the response being calculated using the hash value corresponding to the node of the graph, and a hash value returned from the target equipment in response to the challenge, the hash value returned corresponding to the block, the hash value calculated, the hash value corresponding to the block, a response returned from the target equipment to the challenge, the response being calculated using the hash value corresponding to the node of the graph, and a hash value returned from the target equipment in response to the challenge, the hash value returned corresponding to the block, wherein the generation unit generates the graph such that a product of the number of nodes and the size of the hash value corresponding to each node approximates the size of the free area of the storage of the target equipment within a predetermined range.
A method for wireless communication at a user equipment, UE, the method comprising: selecting, for each of a plurality of periodic search opportunities, one receive beam of a plurality of receive beams for receiving at least one synchronization signal, the plurality of periodic search opportunities comprising a plurality of regular search opportunities and a plurality of prioritized search opportunities, the plurality of receive beams comprising at least one prioritized receive beam and at least one additional receive beam, the selecting for each of the plurality of periodic search opportunities comprising: selecting from the at least one prioritized receive beam for each of the plurality of prioritized search opportunities; and selecting from the plurality of receive beams for each of the plurality of regular search opportunities; and receiving, at each of the plurality of periodic search opportunities, the corresponding at least one synchronization signal using the corresponding selected receive beam. selecting from the at least one prioritized receive beam for each of the plurality of prioritized search opportunities; and selecting from the plurality of receive beams for each of the plurality of regular search opportunities; and receiving, at each of the plurality of periodic search opportunities, the corresponding at least one synchronization signal using the corresponding selected receive beam.
A method for producing a reaction product including ammonia using a phases interface reaction, comprising: a plasma supply step of supplying a plasmatic substance into a reaction chamber, the plasmatic substance being produced by supplying nitrogen gas into a plasma generator; a water/aqueous solution supply step of supplying water or an aqueous solution into the reaction chamber; and an ultraviolet irradiation step of irradiating the plasmatic substance in the reaction chamber with ultraviolet light, wherein the humidity in the reaction chamber is 40% or more and 70% or less during the ultraviolet irradiation step, the plasmatic substance and the water or a solute contained in the aqueous solution being reacted at a phases interface in the reaction chamber. a plasma supply step of supplying a plasmatic substance into a reaction chamber, the plasmatic substance being produced by supplying nitrogen gas into a plasma generator; a water/aqueous solution supply step of supplying water or an aqueous solution into the reaction chamber; and an ultraviolet irradiation step of irradiating the plasmatic substance in the reaction chamber with ultraviolet light, wherein the humidity in the reaction chamber is 40% or more and 70% or less during the ultraviolet irradiation step, the plasmatic substance and the water or a solute contained in the aqueous solution being reacted at a phases interface in the reaction chamber.
A method for fabricating an optical waveguide, the method comprising: providing a sample of lithium niobate doped with magnesium oxide and having at least one grating of periodic domain inversion defined therein; applying a layer of metallic zinc to a surface of the sample over the at least one grating using sputter deposition; heating the sample in an atmosphere of pure oxygen to cause the zinc to indiffuse into the lithium niobate to form a waveguiding layer of increased refractive index under the surface of the sample; and using a dicing blade to cut two substantially parallel channels along a length direction of the at least one grating, to define a ridge waveguide between the two channels; the method characterised by further comprising, before cutting any parallel channels, using the dicing blade to cut at least one test channel in an unwanted part of the sample, calculating an average channel width from two or more measurements of the width of the at least one test channel, and using the calculated average channel width to determine positioning of the parallel channels in order to define a ridge waveguide of a desired width. providing a sample of lithium niobate doped with magnesium oxide and having at least one grating of periodic domain inversion defined therein; applying a layer of metallic zinc to a surface of the sample over the at least one grating using sputter deposition; heating the sample in an atmosphere of pure oxygen to cause the zinc to indiffuse into the lithium niobate to form a waveguiding layer of increased refractive index under the surface of the sample; and using a dicing blade to cut two substantially parallel channels along a length direction of the at least one grating, to define a ridge waveguide between the two channels; the method characterised by further comprising, before cutting any parallel channels, using the dicing blade to cut at least one test channel in an unwanted part of the sample, calculating an average channel width from two or more measurements of the width of the at least one test channel, and using the calculated average channel width to determine positioning of the parallel channels in order to define a ridge waveguide of a desired width.