mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage system comprising: an energy storage device ; a bidirectional inverter configured to control a flow of power into or out of the energy storage device; and a controller configured to: detect an unbalanced load condition on a plurality of phases of a local power grid coupled to one or more generator sets , the plurality of phases comprising a first phase and a second phase more heavily loaded than the first phase, characterized in that the controller is configured to control the bidirectional inverter to: store power in the energy storage device from the first phase; and source power from the energy storage device to the second phase. an energy storage device ; a bidirectional inverter configured to control a flow of power into or out of the energy storage device; and a controller configured to: detect an unbalanced load condition on a plurality of phases of a local power grid coupled to one or more generator sets , the plurality of phases comprising a first phase and a second phase more heavily loaded than the first phase, characterized in that the controller is configured to control the bidirectional inverter to: store power in the energy storage device from the first phase; and source power from the energy storage device to the second phase. detect an unbalanced load condition on a plurality of phases of a local power grid coupled to one or more generator sets , the plurality of phases comprising a first phase and a second phase more heavily loaded than the first phase, characterized in that the controller is configured to control the bidirectional inverter to: store power in the energy storage device from the first phase; and source power from the energy storage device to the second phase. store power in the energy storage device from the first phase; and source power from the energy storage device to the second phase.
System for detecting and classifying the handling of goods; said goods being placed on display stands and holders , in a retail shop; said system comprising a reader and tags; said classification being obtained by means of the reader provided with an expert system ; said reader being installed on said display stands and holders , ; said expert system processing data provided by a tag attached to said goods; said tag being used to track the movement of said goods as they are moved away from said reader ; said system being characterized by the fact that: said tag includes an energy harvesting circuit connected to an antenna and also connected to an accumulator ; said accumulator being recharged wirelessly by said reader when the goods are positioned on said display stands and holders , ; said accumulator being used to power a field strength meter and a microprocessor ; said field strength meter being used to detect the distance between said tag and said display stands and holders , by measuring the power of the signal received by said reader ; said microprocessor being used for sending data gathered from said tag to said reader via the antenna , said data comprising at least: • the identifier of said tag ; • the distance between said tag and said reader and the duration of the manipulation. • the identifier of said tag ; • the distance between said tag and said reader and the duration of the manipulation.
A magneto-sensitive wire for magnetic sensors, comprising a Co-based alloy having a composite structure in which crystal grains are dispersed in an amorphous phase, wherein the Co-based alloy contains 20 to 25 at% of Si and B in total with respect to 100 at% of the Co-based alloy as a whole, and characterised in that the crystal grains have an area ratio of 0.05% to 10% to the composite structure as a whole.
Inkjet print head for ejecting a droplet of a liquid, the inkjet print head comprising: a. a pressure chamber for holding an amount of the liquid; b. a nozzle orifice in fluid communication with the pressure chamber, wherein the droplet of the liquid is to be ejected through the nozzle orifice; c. an actuator assembly forming a deflectable wall of the pressure chamber for generating a pressure change in the amount of the liquid held in the pressure chamber, said wall extending substantially parallel to a lateral direction; wherein the actuator assembly comprises i. a flexible membrane ; ii. a piezo-electric actuator arranged on the flexible membrane such that the flexible membrane flexes when a drive voltage is applied over the piezo-electric actuator; wherein the piezo-electric actuator is arranged on the membrane at a first side of the piezo-electric actuator and a passive layer is arranged on the piezo-electric actuator at a second side of the piezo-electric actuator, wherein the second side is opposite to the first side characterized in that the membrane is more compliant than the passive layer at least in the lateral direction. a. a pressure chamber for holding an amount of the liquid; b. a nozzle orifice in fluid communication with the pressure chamber, wherein the droplet of the liquid is to be ejected through the nozzle orifice; c. an actuator assembly forming a deflectable wall of the pressure chamber for generating a pressure change in the amount of the liquid held in the pressure chamber, said wall extending substantially parallel to a lateral direction; wherein the actuator assembly comprises i. a flexible membrane ; ii. a piezo-electric actuator arranged on the flexible membrane such that the flexible membrane flexes when a drive voltage is applied over the piezo-electric actuator; wherein the piezo-electric actuator is arranged on the membrane at a first side of the piezo-electric actuator and a passive layer is arranged on the piezo-electric actuator at a second side of the piezo-electric actuator, wherein the second side is opposite to the first side characterized in that the membrane is more compliant than the passive layer at least in the lateral direction. i. a flexible membrane ; ii. a piezo-electric actuator arranged on the flexible membrane such that the flexible membrane flexes when a drive voltage is applied over the piezo-electric actuator;
A pharmaceutical composition comprising a combination of: (a) Palmitoylethanolamide (PEA); (b) The naturally occurring Fatty Acid Amine Hydrolase (FAAH) Inhibitor Quercetin; and (c) Cholecalciferol. (a) Palmitoylethanolamide (PEA); (b) The naturally occurring Fatty Acid Amine Hydrolase (FAAH) Inhibitor Quercetin; and (c) Cholecalciferol.
A coating located on a surface of a substrate , comprising: one or more layers, at least one of the layers being a domain structure layer constituted of two or more domains different in composition and a thin layer different in composition from each of the domains, the thin layer being located between any one domain and any another domain and in contact with the domains, a first domain which is one of the two or more domains and a second domain which is another one of the two or more domains being composed of at least one element selected from the group consisting of Al, B, Si, and elements of group 4, 5, 6 in the periodic table and at least one element selected from the group consisting of B, O, C, and N, the thin layer being composed of at least one element selected from B and Si and at least one element selected from B, O, C, and N, a plurality of the first domains being present in the domain structure layer , when a size of each first domain in an in-plane direction of the domain structure layer is defined as a diameter of a virtual circumcircle (C 1 , C 2 , C 3 , C 4 ) in contact with the each first domain , an average value of the size of the each first domain being not smaller than 1 nm and not greater than 10 nm, and a thickness of the thin layer in a direction of thickness of the domain structure layer being not less than 1 atomic layer and not more than 10 atomic layers. one or more layers, at least one of the layers being a domain structure layer constituted of two or more domains different in composition and a thin layer different in composition from each of the domains, the thin layer being located between any one domain and any another domain and in contact with the domains, a first domain which is one of the two or more domains and a second domain which is another one of the two or more domains being composed of at least one element selected from the group consisting of Al, B, Si, and elements of group 4, 5, 6 in the periodic table and at least one element selected from the group consisting of B, O, C, and N, the thin layer being composed of at least one element selected from B and Si and at least one element selected from B, O, C, and N, a plurality of the first domains being present in the domain structure layer , when a size of each first domain in an in-plane direction of the domain structure layer is defined as a diameter of a virtual circumcircle (C 1 , C 2 , C 3 , C 4 ) in contact with the each first domain , an average value of the size of the each first domain being not smaller than 1 nm and not greater than 10 nm, and a thickness of the thin layer in a direction of thickness of the domain structure layer being not less than 1 atomic layer and not more than 10 atomic layers.
A system comprising: a linearly translatable cartridge mounting assembly having a plurality of fluid dispensing cartridge mounting stations ; a plurality of fluid dispensing cartridges mounted to respective fluid dispensing cartridge mounting stations , each of the plurality of fluid dispensing cartridges comprising a fluid reservoir , a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber , a valve coupled to the second end of the metering chamber , and a nozzle coupled to the valve ; a plurality of compression assemblies coupled to respective fluid dispensing cartridges operable to compress the compressible metering chamber to eject a fluid there from; and a receiving assembly positioned beneath the mounting assembly , the receiving assembly comprising a plurality of receiving member positions for supporting a sample holding member ; characterized in that each of the plurality of compression assemblies comprises a first compression member and a second compression member , and the first compression member and the second compression member are operable to move along a length dimension of the metering chamber in a direction from the first end to the second end to compress adjacent regions along the length dimension of the metering chamber during fluid ejection. a linearly translatable cartridge mounting assembly having a plurality of fluid dispensing cartridge mounting stations ; a plurality of fluid dispensing cartridges mounted to respective fluid dispensing cartridge mounting stations , each of the plurality of fluid dispensing cartridges comprising a fluid reservoir , a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber , a valve coupled to the second end of the metering chamber , and a nozzle coupled to the valve ; a plurality of compression assemblies coupled to respective fluid dispensing cartridges operable to compress the compressible metering chamber to eject a fluid there from; and a receiving assembly positioned beneath the mounting assembly , the receiving assembly comprising a plurality of receiving member positions for supporting a sample holding member ; characterized in that each of the plurality of compression assemblies comprises a first compression member and a second compression member , and the first compression member and the second compression member are operable to move along a length dimension of the metering chamber in a direction from the first end to the second end to compress adjacent regions along the length dimension of the metering chamber during fluid ejection.
A method for continuous electrolytic etching of a grain oriented electrical steel strip, the method comprising: a mask formation step of forming an etch mask on a surface of a grain oriented electrical steel strip cold-rolled to final thickness with a linear exposed portion exposed from the etch mask ; a centering step of centering the grain oriented electrical steel strip with a position sensor and a centering apparatus , which are placed immediately upstream of an electrolytic etching apparatus ; and a groove formation step of performing an electrolytic etching process in which electrolytic etching is performed in the electrolytic etching apparatus to form a linear groove on the surface of the grain oriented electrical steel strip by passing electric current between a conductor roll and an electrode placed in an electrolytic bath while the grain oriented electrical steel strip is brought into contact with the conductor roll , the grain oriented electrical steel strip is immersed in the electrolytic bath and the grain oriented electrical steel strip is facing the electrode , characterized in that the groove formation step includes performing the electrolytic etching process using the electrode whose width is within ±10 mm of a steel strip width of the grain oriented electrical steel strip . a mask formation step of forming an etch mask on a surface of a grain oriented electrical steel strip cold-rolled to final thickness with a linear exposed portion exposed from the etch mask ; a centering step of centering the grain oriented electrical steel strip with a position sensor and a centering apparatus , which are placed immediately upstream of an electrolytic etching apparatus ; and a groove formation step of performing an electrolytic etching process in which electrolytic etching is performed in the electrolytic etching apparatus to form a linear groove on the surface of the grain oriented electrical steel strip by passing electric current between a conductor roll and an electrode placed in an electrolytic bath while the grain oriented electrical steel strip is brought into contact with the conductor roll , the grain oriented electrical steel strip is immersed in the electrolytic bath and the grain oriented electrical steel strip is facing the electrode , characterized in that the groove formation step includes performing the electrolytic etching process using the electrode whose width is within ±10 mm of a steel strip width of the grain oriented electrical steel strip .
An integrating rod module , comprising: a first integrating rod made out of a solid material; a second integrating rod made out of a solid material; a strap , said strap mechanically mated to the first integrating rod and the second integrating rod, such that the end of the first integrating rod is proximal to the end of the second integrating rod; and further wherein, the strap is glued to the first integrating rod and the second integrating rod using a first glue; wherein the end of the first integrating rod is glued to the end of the second integrating rod with a second glue; and wherein the second glue comprises an index of refraction substantially the same as the solid material of the first and second integration rods. a first integrating rod made out of a solid material; a second integrating rod made out of a solid material; a strap , said strap mechanically mated to the first integrating rod and the second integrating rod, such that the end of the first integrating rod is proximal to the end of the second integrating rod; and further wherein, the strap is glued to the first integrating rod and the second integrating rod using a first glue; wherein the end of the first integrating rod is glued to the end of the second integrating rod with a second glue; and wherein the second glue comprises an index of refraction substantially the same as the solid material of the first and second integration rods.
Polydextrose for use for preventing and/or treating heart failure in a subject.
A light source comprising: a plurality of LED light sources arranged in a 2-dimensional array, each of the plurality of LED light sources having: a semiconductor diode structure adapted to generate light; and a light output section above the semiconductor diode structure adapted to output light from the semiconductor diode structure; at least one of the plurality of LED light sources further comprising a light reflecting structure at least partially enclosing side surfaces of the semiconductor diode structure and adapted to reflect light from the semiconductor diode structure towards the light output section; at least one of the plurality of the LED light sources having a light reflecting structure with an aperture formed over the light output section of the semiconductor diode structure; and an optically transmissive structure overlapping the light output sections of the plurality of LED light sources so as to receive light from the light output sections of the plurality of LED light sources and having a light exit section adapted to output the received light, wherein the area of the light exit section of the optically transmissive structure is less than the footprint area of the plurality of LED light sources, the optically transmissive structure comprises one or more optical collimators, wherein the area of the aperture is less than the area of the semiconductor diode structure, and wherein the collimator covers a part of the light output section of the semiconductor diode structure over which part the aperture is formed. a plurality of LED light sources arranged in a 2-dimensional array, each of the plurality of LED light sources having: a semiconductor diode structure adapted to generate light; and a light output section above the semiconductor diode structure adapted to output light from the semiconductor diode structure; at least one of the plurality of LED light sources further comprising a light reflecting structure at least partially enclosing side surfaces of the semiconductor diode structure and adapted to reflect light from the semiconductor diode structure towards the light output section; at least one of the plurality of the LED light sources having a light reflecting structure with an aperture formed over the light output section of the semiconductor diode structure; and an optically transmissive structure overlapping the light output sections of the plurality of LED light sources so as to receive light from the light output sections of the plurality of LED light sources and having a light exit section adapted to output the received light, wherein the area of the light exit section of the optically transmissive structure is less than the footprint area of the plurality of LED light sources, the optically transmissive structure comprises one or more optical collimators, wherein the area of the aperture is less than the area of the semiconductor diode structure, and wherein the collimator covers a part of the light output section of the semiconductor diode structure over which part the aperture is formed.
Currently amended) An outdoor unit comprising: a communication unit which is configured to perform contactless data communication with an information terminal close to the outdoor unit ; and a controller which permits data setting from the information terminal via the communication unit only for a certain period after the outdoor unit is turned on characterized in that the communication unit operates with electricity generated by electromagnetic induction due to a radio wave emitted from the information terminal , and is configured to perform contactless data communication by near-field communication technology with the information terminal . a communication unit which is configured to perform contactless data communication with an information terminal close to the outdoor unit ; and a controller which permits data setting from the information terminal via the communication unit only for a certain period after the outdoor unit is turned on characterized in that the communication unit operates with electricity generated by electromagnetic induction due to a radio wave emitted from the information terminal , and is configured to perform contactless data communication by near-field communication technology with the information terminal .
Method for operating a first type cache (DANE) adapted to be arranged between a client terminal (CT) and at least one server (SE), said first type cache (DANE) being configured to receive a request from the client terminal (CT) for a segment of a multimedia content available in a plurality of representations, said method comprising: - receiving (S1), from the client terminal (CT), a request for at least a first representation of a segment, characterized in that said method further comprises: - sending (S4) to the client terminal (CT), when the first representation is not cached by said first type cache (DANE), a response comprising: ▪ one alternative representation of said segment, which is cached by the first type cache (DANE); ▪ first additional information preventing a second type cache (RNE) - arranged between the first type cache (DANE) and the client terminal (CT) - from caching the alternative representation of the response; and ▪ second additional information indicating, when the returned representation is not the first representation of the request, which alternative representation of the request has been delivered by the first type cache, allowing a further first type cache (DANE) arranged between the first type cache and the client terminal to be aware that the returned representation is not the first representation but an alternative representation of the request. - receiving (S1), from the client terminal (CT), a request for at least a first representation of a segment, - sending (S4) to the client terminal (CT), when the first representation is not cached by said first type cache (DANE), a response comprising: ▪ one alternative representation of said segment, which is cached by the first type cache (DANE); ▪ first additional information preventing a second type cache (RNE) - arranged between the first type cache (DANE) and the client terminal (CT) - from caching the alternative representation of the response; and ▪ second additional information indicating, when the returned representation is not the first representation of the request, which alternative representation of the request has been delivered by the first type cache, allowing a further first type cache (DANE) arranged between the first type cache and the client terminal to be aware that the returned representation is not the first representation but an alternative representation of the request. ▪ one alternative representation of said segment, which is cached by the first type cache (DANE); ▪ first additional information preventing a second type cache (RNE) - arranged between the first type cache (DANE) and the client terminal (CT) - from caching the alternative representation of the response; and ▪ second additional information indicating, when the returned representation is not the first representation of the request, which alternative representation of the request has been delivered by the first type cache, allowing a further first type cache (DANE) arranged between the first type cache and the client terminal to be aware that the returned representation is not the first representation but an alternative representation of the request.