mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit breaker comprising: a voltage/current sensing unit configured to detect a voltage or current shaped analog signal of an arbitrary electric load; a RMS detector configured to determine a RMS value based on an output voltage of the voltage/current sensing unit ; and a comparator configured to compare the RMS value determined and output from the RMS detector with a preset reference voltage to control a switching operation of the circuit breaker, wherein the RMS detector is configured with an analog circuit comprising: the voltage/current sensing unit ; a square circuit unit configured to generate a square function based on a voltage output from the voltage/current sensing unit ; a summing circuit unit configured to sum a voltage output from the square circuit unit ; and a root circuit unit configured to generate a RMS value based on a voltage output from the summing circuit unit . a voltage/current sensing unit configured to detect a voltage or current shaped analog signal of an arbitrary electric load; a RMS detector configured to determine a RMS value based on an output voltage of the voltage/current sensing unit ; and a comparator configured to compare the RMS value determined and output from the RMS detector with a preset reference voltage to control a switching operation of the circuit breaker, wherein the RMS detector is configured with an analog circuit comprising: the voltage/current sensing unit ; a square circuit unit configured to generate a square function based on a voltage output from the voltage/current sensing unit ; a summing circuit unit configured to sum a voltage output from the square circuit unit ; and a root circuit unit configured to generate a RMS value based on a voltage output from the summing circuit unit . the voltage/current sensing unit ; a square circuit unit configured to generate a square function based on a voltage output from the voltage/current sensing unit ; a summing circuit unit configured to sum a voltage output from the square circuit unit ; and a root circuit unit configured to generate a RMS value based on a voltage output from the summing circuit unit .
A composition comprising a plurality of nanoparticles, at least a portion of said nanoparticles are nanoparticles comprising a biodegradable water-insoluble polymer selected from the group consisting of polysebacic acid (PSA), poly (1,3-bis-carboxyphenonypropane-co-sebacic acid (P(CPP-SA) and poly(D,L-lactide-co-glycolide) (PLGA), and an agent incorporated in said polymer, wherein said nanoparticles are associated with a surface of water-soluble particles comprising mannitol, wherein the nanoparticle is formed by nanoprecipitation, under anhydrous conditions, of the biodegradable water-insoluble polymer in an anti-solvent, the anti-solvent including the mannitol.
A method for producing allulose crystals, wherein the method comprises: a) cooling and agitating a first admixture comprised of a first portion of allulose syrup and a first portion of allulose crystals and initiating crystallization of allulose dissolved in the allulose syrup, thereby forming a first massecuite comprising allulose crystals and a first mother liquor containing residual dissolved allulose, the cooling and agitating being continued until a first preselected target yield of allulose crystals is achieved; b) separating the first massecuite into a first portion and a second portion; c) combining a second portion of allulose syrup with the second portion of the first massecuite to form a second admixture; and d) cooling and agitating the second admixture and initiating crystallization of allulose dissolved in the second portion of allulose syrup, thereby forming a second massecuite comprising allulose crystals and a second mother liquor containing residual dissolved allulose, the cooling and agitating being continued until a second preselected target yield of allulose crystals is achieved. a) cooling and agitating a first admixture comprised of a first portion of allulose syrup and a first portion of allulose crystals and initiating crystallization of allulose dissolved in the allulose syrup, thereby forming a first massecuite comprising allulose crystals and a first mother liquor containing residual dissolved allulose, the cooling and agitating being continued until a first preselected target yield of allulose crystals is achieved; b) separating the first massecuite into a first portion and a second portion; c) combining a second portion of allulose syrup with the second portion of the first massecuite to form a second admixture; and d) cooling and agitating the second admixture and initiating crystallization of allulose dissolved in the second portion of allulose syrup, thereby forming a second massecuite comprising allulose crystals and a second mother liquor containing residual dissolved allulose, the cooling and agitating being continued until a second preselected target yield of allulose crystals is achieved.
A method comprising: generating a first set of unique identifiers for each row in each table of a first database and a second set of unique identifiers for each row in each table of a second database , characterised in that the first database is configured to operate a first switch operating traffic on a network and the second database is configured to operate a second switch on the network , the first switch and the second switch configured to operate traffic on the network ; and the method further comprises: creating a mapping between the first set of unique identifiers and the second set of unique identifiers; determining that a first row of the first database is marked to be synchronized, the first row corresponding to a first unique row ID; retrieving a second row of the second database corresponding to a second unique row ID mapped to the first unique row ID; and updating the second row. generating a first set of unique identifiers for each row in each table of a first database and a second set of unique identifiers for each row in each table of a second database , characterised in that the first database is configured to operate a first switch operating traffic on a network and the second database is configured to operate a second switch on the network , the first switch and the second switch configured to operate traffic on the network ; and creating a mapping between the first set of unique identifiers and the second set of unique identifiers; determining that a first row of the first database is marked to be synchronized, the first row corresponding to a first unique row ID; retrieving a second row of the second database corresponding to a second unique row ID mapped to the first unique row ID; and updating the second row.
Pergola awning having at least two guide rails on which several crossmembers are movably mounted and wherein between two crossmembers is arranged respectively one flexible shading element , wherein one circumferential belt , particularly toothed belt, engages and/or is fastened on the crossmember which is frontmost in extension direction , by means of which belt the frontmost crossmember can be moved as a tension profile in extension direction to the front or in retraction direction to the rear along the guide rails and wherein the further crossmembers are free-running, wherein at least one of the guide rails is formed by a hollow box section within which the belt is arranged and wherein the belt is connected indirectly or directly by means of at least one coupling element to the frontmost crossmember and the coupling element protrudes through a passage slot of the guide rail which extends parallel to the extension direction, wherein on the belt is arranged at least one add-on element , the width of which perpendicularly to the extension direction is greater than the width of the passage slot perpendicularly to the extension direction and which secures the belt in the hollow box section of the guide rail , characterised in that the belt is narrower than the passage slot .
An ethylene/1-hexene copolymer that has a density from 0.9541 to 0.9600 gram per cubic centimeter (g/cm 3 ), as measured by ASTM D792-13, a molecular mass dispersity Ð M (wherein Ð M = M w /M n ) from 2.5 to 3.0, as measured by Gel Permeation Chromatography (GPC) Method; a Z-average molecular weight (Mz) from 80,000 to 240,000 grams per mole (g/mol), as measured by the GPC Method, and a melt index ("I 2 ") from 1.5 to 40 grams per 10 minutes (g/10 min.), as measured by ASTM D1238-13 at 190° C. and 2.16 kg ("I 2 ").
An impactor head for releasably holding an outer surface of a cup implant , the impactor head comprising a head body ; at least one rotatable implant-engagement arm being at least in part translatable; an actuation mechanism which moves the implant-engagement arm to an implant-engagement condition or an implant-release condition; and an implant outer-surface engagement element which is at or adjacent to a lateral arm end of said implant-engagement arm , said implant-engagement arm includes a lateral pivot axis about which the implant-engagement arm is rotatable to adopt said implant-engagement condition or said implant-release condition, characterised in that the lateral pivot axis is radially translatable to linearly move the implant-engagement arm radially as it rotates.
A network node for downlink scheduling of terminal devices (300a, 300b, ..., 300k, ... 300N), the network node comprising processing circuitry , the processing circuitry being configured to cause the network node to: obtain user-specific delay and user-specific channel conditions per scheduling opportunity for each of the terminal devices (300a, 300b, ..., 300k, ... 300N) to be scheduled; and schedule, in each scheduling opportunity, the terminal devices (300a, 300b, ..., 300k, ... 300N) according to an order, wherein the order is determined by individually weighting the user-specific delay and individually weighting the user-specific channel conditions for each terminal device (300a, 300b, ..., 300k, ... 300N) to be scheduled, characterised by that a scalar metric M k ( t ) is determined for each terminal device (300a, 300b, ..., 300k, ... 300N) per scheduling opportunity in order to determine the order, and the scalar metric M k ( t ) is a function of maximum allowed system-wise delay D max , the user-specific delay and the user-specific channel conditions. obtain user-specific delay and user-specific channel conditions per scheduling opportunity for each of the terminal devices (300a, 300b, ..., 300k, ... 300N) to be scheduled; and schedule, in each scheduling opportunity, the terminal devices (300a, 300b, ..., 300k, ... 300N) according to an order, wherein the order is determined by individually weighting the user-specific delay and individually weighting the user-specific channel conditions for each terminal device (300a, 300b, ..., 300k, ... 300N) to be scheduled, characterised by that a scalar metric M k ( t ) is determined for each terminal device (300a, 300b, ..., 300k, ... 300N) per scheduling opportunity in order to determine the order, and the scalar metric M k ( t ) is a function of maximum allowed system-wise delay D max , the user-specific delay and the user-specific channel conditions.
A method for processing an electrical cable , according to which method a braided cable shield of the cable that, proceeding from a cable end to be processed, is exposed along a longitudinal axis (L) of the cable up to a first stripping position (P A1 ), by brushing by means of at least one drivable brush is folded back in the direction of a cable end which faces away from the cable end to be processed, wherein a defined folding position (Pu) for the braided cable shield is determined along the longitudinal axis (L) of the cable , wherein a mold shell is applied to the cable before or during brushing and by way of a front end which faces the cable end to be processed is positioned at the folding position (Pu) so as to, proceeding from the folding position (Pu), fold the braided cable shield onto the mold shell , wherein the mold shell is removed from the cable again once the braided cable shield has been folded onto the mold shell , and wherein a) the folding position (Pu) is determined in such a manner that the folding position (Pu) differs from the first stripping position (P A1 ); and/or b) the mold shell has an end-face proximal detent face for the braided cable shield . a) the folding position (Pu) is determined in such a manner that the folding position (Pu) differs from the first stripping position (P A1 ); and/or b) the mold shell has an end-face proximal detent face for the braided cable shield .
An antenna device, comprising: a substrate having a first surface and a second surface ; a plurality of conductive pads on the first surface ; characterized in that a first conductive strip extending from a first one of the conductive pads toward an adjacent, second one of the conductive pads , the first conductive strip being spaced from the second one of the conductive pads ; second and third conductive strips extending between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips establishing a conductive connection between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips respectively being on opposite sides of the first conductive strip ; and a slot in the second surface of the substrate , the slot being aligned with at least a portion of the first conductive strip . a substrate having a first surface and a second surface ; a plurality of conductive pads on the first surface ; characterized in that a first conductive strip extending from a first one of the conductive pads toward an adjacent, second one of the conductive pads , the first conductive strip being spaced from the second one of the conductive pads ; second and third conductive strips extending between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips establishing a conductive connection between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips respectively being on opposite sides of the first conductive strip ; and a slot in the second surface of the substrate , the slot being aligned with at least a portion of the first conductive strip . a first conductive strip extending from a first one of the conductive pads toward an adjacent, second one of the conductive pads , the first conductive strip being spaced from the second one of the conductive pads ; second and third conductive strips extending between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips establishing a conductive connection between the first one of the conductive pads and the second one of the conductive pads the second and third conductive strips respectively being on opposite sides of the first conductive strip ; and a slot in the second surface of the substrate , the slot being aligned with at least a portion of the first conductive strip .
A method of adjusting a slope of a current-voltage characteristic curve of a selected memory cell in a flash memory system, comprising: receiving an input voltage (Vgs); multiplying the input voltage by a coefficient (k) to generate an output voltage (Vgs'); applying the output voltage to a gate of the selected memory cell; and performing a sense operation using the selected memory cell and a reference device to determine a value stored in the selected memory cell; wherein a slope of a current-voltage characteristic curve of the reference device and a slope of the current-voltage characteristic curve of the selected memory cell are approximately equal during the sense operation. receiving an input voltage (Vgs); multiplying the input voltage by a coefficient (k) to generate an output voltage (Vgs'); applying the output voltage to a gate of the selected memory cell; and performing a sense operation using the selected memory cell and a reference device to determine a value stored in the selected memory cell; wherein a slope of a current-voltage characteristic curve of the reference device and a slope of the current-voltage characteristic curve of the selected memory cell are approximately equal during the sense operation.
A method of creating a library of nucleotides encoding human immunoglobulin V- regions, the method comprising the steps of: (a) using a first PCR to amplify human immunoglobulin heavy and light chain nucleotide sequences from a cDNA library made from a sample of human peripheral blood mononuclear cells obtained from a human donor previously determined to possess antibodies specific for target antigens of interest, wherein leader-specific forward primers that amplify at least 90% of the human immunoglobulin V-region genes and reverse primers from a sequence located 3' of the nucleotides encoding the V-region, such as nucleic acid sequences encoding hinge or constant regions are used in the first PCR amplification and the leader-specific primers comprise at least 50 different primers, wherein each of the different primers comprises a different nucleic acid sequence selected from the group consisting of SEQ ID NOs: 1-76; (b) isolating the amplification products from the first PCR step; (c) creating a first set of constructs by inserting the isolated amplification products from the first PCR step into expression vectors; and (d) introducing the first set of constructs into a first set of host cells to create a first library of human immunoglobulin nucleotide sequences. (a) using a first PCR to amplify human immunoglobulin heavy and light chain nucleotide sequences from a cDNA library made from a sample of human peripheral blood mononuclear cells obtained from a human donor previously determined to possess antibodies specific for target antigens of interest, wherein leader-specific forward primers that amplify at least 90% of the human immunoglobulin V-region genes and reverse primers from a sequence located 3' of the nucleotides encoding the V-region, such as nucleic acid sequences encoding hinge or constant regions are used in the first PCR amplification and the leader-specific primers comprise at least 50 different primers, wherein each of the different primers comprises a different nucleic acid sequence selected from the group consisting of SEQ ID NOs: 1-76; (b) isolating the amplification products from the first PCR step; (c) creating a first set of constructs by inserting the isolated amplification products from the first PCR step into expression vectors; and (d) introducing the first set of constructs into a first set of host cells to create a first library of human immunoglobulin nucleotide sequences.
Universal slider for cleaning floors, having a first slider blade and a second slider blade which are disposed on a fastening element which has a length along an axis of longitudinal extent that extends parallel to a cleaning edge of one of the slider blades and a width that is perpendicular to the length, and which both are fastened to a handle by means of the fastening element, wherein the first slider blade is softer and/or more elastic and/or more flexible than the second slider blade , and wherein at least the first slider blade and the fastening element are mutually separate components or are components that are capable of being mutually separated, in particular in a non-destructive and/or tool-free manner, and wherein the first slider blade and the second slider blade differ from one another at least in that said first slider blade and said second slider blade are produced from materials of dissimilar hardness and/or elasticity and/or flexibility, characterized in that the first cleaning lip projects beyond the fastening element by more than the width of the fastening element and/or the first cleaning lip projects beyond the fastening element by more than 5 cm.
A method performed by a wireless communication device , the method comprising: receiving one or more first segments, but not a last segment, of a segmented Radio Resource Control, RRC, message, and; discarding the one or more first segments of the segmented Radio Resource Control, RRC, message if a Radio Link Failure, RLF, occurs. receiving one or more first segments, but not a last segment, of a segmented Radio Resource Control, RRC, message, and; discarding the one or more first segments of the segmented Radio Resource Control, RRC, message if a Radio Link Failure, RLF, occurs.
Method for use in networking and remote reading of utility meters, wherein the method comprises: providing, from a sensor , a measurement signal that is indicative of a performed measurement; storing, at a detection unit adapted to be used as a utility meter, a plurality of measurement signals provided from the sensor; initiating, at the detection unit, a transmission of a data package comprising the plurality of measurement signals from the detection unit, wherein the transmission from the detection unit is a broadcast transmission; receiving, at a plurality of collection units , the data package from the detection unit; adding, at each of the plurality of collection units, information to the received data package, wherein the information comprises a time indicative of when the collection unit receives the data package; and thereafter initiating, at each of the plurality of collection units, a transmission of the data package to a central unit . providing, from a sensor , a measurement signal that is indicative of a performed measurement; storing, at a detection unit adapted to be used as a utility meter, a plurality of measurement signals provided from the sensor; initiating, at the detection unit, a transmission of a data package comprising the plurality of measurement signals from the detection unit, wherein the transmission from the detection unit is a broadcast transmission; receiving, at a plurality of collection units , the data package from the detection unit; adding, at each of the plurality of collection units, information to the received data package, wherein the information comprises a time indicative of when the collection unit receives the data package; and thereafter initiating, at each of the plurality of collection units, a transmission of the data package to a central unit .
A current sensor comprising: at least one primary circuit intended to conduct the current to be measured, and a secondary circuit comprising at least four Neel Effect transducers each constituted by a coil and a superparamagnetic core, Characterized in that said sensor is designed on the basis of a printed circuit, the primary circuit comprising at least two distinct metal tracks composed of one and the same metal and connected together by at least two vias constituted by the same metal as the metal tracks.
Household appliance for treating items to be treated comprising a treatment chamber for receiving the items to be treated, a supply facility for supplying water from a fresh water connection to the treatment chamber and an atomizer for generating mist and supplying the mist to the treatment chamber , wherein the supply facility has a prechamber , a first supply line connecting the fresh water connection to the prechamber and at least one connecting line connecting the prechamber to the treatment chamber , wherein an inlet valve arrangement comprising at least one first valve is arranged in the first supply line and a first air path connected to the prechamber is arranged between the first valve and the prechamber , and wherein the atomizer is connected to the fresh water connection by way of a second supply line , which second supply line has a second valve , characterised in that a second air path is arranged in the second supply line between the second valve and the atomizer , said second air path being connected to the prechamber .