mhurhangee/patent-ind-claim-en huggingface dataset:
- A device for measuring a current in an electric power circuit, configured to implement a protection device (P) and a utility circuit (Z) connected to the electric power circuit comprising a power transistor (M1) incorporated in series in the electric power circuit and a terminal of which is connected to the utility circuit (Z), said protection device (P) comprising a protection transistor (M2) whose drain is configured to be connected to the drain of the power transistor (M1) and whose source is configured to be connected to the utility circuit (Z), and a first resistor (R1), one of the terminals of which is connected to the source of the protection transistor (M2) and the other of the terminals of which is connected to the ground (M), said protection device (P) further comprising a first DC voltage source (V1) permanently connected to the gate of the protection transistor (M2), the utility circuit (Z) further comprising a current measuring circuit comprising at least one operational amplifier (U1) whose noninverting input is connected to the source of the protection transistor (M2), the inverting input of the operational amplifier (U1) being configured such that the voltage at the output of the operational amplifier (U1) is a function of the current across the terminals of the power transistor (M1) when the latter is closed.
A working machine comprising an operating device that is coupled to a controller of the working machine via an interface, wherein the working machine comprises an uppercarriage and a boom having at least two portions, and wherein the operating device is configured to generate control signals for actuating the working machine in dependence on a joint position of a hand of an operator, comprising at least one operating unit, characterized in that the operating unit is equipped to detect the position of the wrist and the position of at least one metacarpophalangeal joint of the hand and on the basis of the detected positions generate a control signal for actuating at least two actuators of the working machine, wherein a first actuator is equipped to pivot a first portion of the boom relative to the uppercarriage in dependence on the position of the wrist, and wherein a second actuator is equipped to pivot a second portion of the boom relative to the first portion of the boom in dependence on the position of the at least one metacarpophalangeal joint.
A kit for preparing a plurality of double-stranded (ds) sequencing adapters, comprising: (i) a plurality of single-stranded (ss) oligonucleotides, wherein each oligonucleotide comprises from the 5' to 3' direction a 1 st sequence and a 2 nd sequence; (a) the 1 st sequence is a semi-random sequence consisting of (Xmer)n, wherein Xmer is 3-mer, 4-mer, 5-mer, or 6-mer, and n is an integer from 2 to 8, and (b) the 2 nd sequence is (i) at least 10 nucleotides in length, (ii) fully or substantially complementary to a target sequence, and (iii) the same among the plurality of oligonucleotides, wherein the semi-random sequences of the plurality of single-stranded (ss) oligonucleotides are synthesized from a mixture of Xmers with defined sequences, and (ii) a 2 nd ss oligonucleotide that comprises the target sequence ("Sequence B"), wherein optionally, the 2 nd ss oligonucleotide further comprises another sequence ("Sequence D") located 5' to Sequence B; the kit further comprising (iii) a DNA polymerase. (i) a plurality of single-stranded (ss) oligonucleotides, wherein each oligonucleotide comprises from the 5' to 3' direction a 1 st sequence and a 2 nd sequence; (a) the 1 st sequence is a semi-random sequence consisting of (Xmer)n, wherein Xmer is 3-mer, 4-mer, 5-mer, or 6-mer, and n is an integer from 2 to 8, and (b) the 2 nd sequence is (i) at least 10 nucleotides in length, (ii) fully or substantially complementary to a target sequence, and (iii) the same among the plurality of oligonucleotides, wherein the semi-random sequences of the plurality of single-stranded (ss) oligonucleotides are synthesized from a mixture of Xmers with defined sequences, and (a) the 1 st sequence is a semi-random sequence consisting of (Xmer)n, wherein Xmer is 3-mer, 4-mer, 5-mer, or 6-mer, and n is an integer from 2 to 8, and (b) the 2 nd sequence is (i) at least 10 nucleotides in length, (ii) fully or substantially complementary to a target sequence, and (iii) the same among the plurality of oligonucleotides, wherein the semi-random sequences of the plurality of single-stranded (ss) oligonucleotides are synthesized from a mixture of Xmers with defined sequences, and (i) at least 10 nucleotides in length, (ii) fully or substantially complementary to a target sequence, and (iii) the same among the plurality of oligonucleotides, (ii) a 2 nd ss oligonucleotide that comprises the target sequence ("Sequence B"), wherein optionally, the 2 nd ss oligonucleotide further comprises another sequence ("Sequence D") located 5' to Sequence B; the kit further comprising (iii) a DNA polymerase.
An ellipsometer comprising: - a light source adapted to generate a source light beam ; - a polarizer adapted to receive the source light beam and to form a polarized incident light beam ; - an illumination optical system adapted to direct the polarized incident light beam towards a sample following an incident optical axis in a plane of incidence ; - an optical wavefront-division beam splitter arranged so as to receive a secondary light beam formed by reflection or transmission of the polarized incident light beam on the sample at a determined angle of incidence, the secondary light beam propagating along a secondary optical axis in the plane of incidence , the optical wavefront-division beam splitter being directed so as to form three collimated split beams propagating along three distinct optical axes angularly separated in a plane transverse to the plane of incidence ; and - an optical polarization-changing device adapted to receive the three collimated split beams and to form three beams polarized according to three distinct states of polarization; - an optical polarization-splitter device arranged and directed so as to receive the three beams polarized according to three distinct states of polarization and to form six separated beams propagating along six optical axes angularly separated in the plane transverse to the plane of incidence; - a detection system adapted to detect the six separated beams and a processing system adapted to deduce therefrom an ellipsometry measurement. - a light source adapted to generate a source light beam ; - a polarizer adapted to receive the source light beam and to form a polarized incident light beam ; - an illumination optical system adapted to direct the polarized incident light beam towards a sample following an incident optical axis in a plane of incidence ; - an optical wavefront-division beam splitter arranged so as to receive a secondary light beam formed by reflection or transmission of the polarized incident light beam on the sample at a determined angle of incidence, the secondary light beam propagating along a secondary optical axis in the plane of incidence , the optical wavefront-division beam splitter being directed so as to form three collimated split beams propagating along three distinct optical axes angularly separated in a plane transverse to the plane of incidence ; and - an optical polarization-changing device adapted to receive the three collimated split beams and to form three beams polarized according to three distinct states of polarization; - an optical polarization-splitter device arranged and directed so as to receive the three beams polarized according to three distinct states of polarization and to form six separated beams propagating along six optical axes angularly separated in the plane transverse to the plane of incidence; - a detection system adapted to detect the six separated beams and a processing system adapted to deduce therefrom an ellipsometry measurement.
A method of performing a cryptographic algorithm in software, the cryptographic algorithm comprising one or more processing steps (X), wherein each processing step is arranged to process a respective input (d) to the processing step so as to generate an output (X(d)) corresponding to the input, wherein for each of at least one of the one or more processing steps, the method comprises: providing the respective input for the processing step as an input to a plurality of implementations of the processing step, wherein each implementation is arranged to output a corresponding intermediate result (y i ) represented using a respective predetermined output representation (M i ), wherein each implementation implements the processing step and the respective predetermined output representation together as a corresponding lookup table, wherein at least one implementation of the plurality of implementations uses a predetermined output representation that is different from the predetermined output representation used by another implementation of the plurality of implementations; and using the representation of the intermediate results (M i (y i )) to generate a result (r) for the processing step that is based on each of the intermediate results, wherein, if each intermediate result equals the output (X(d)) that corresponds to the input for the processing step then the result for the processing step equals the output that corresponds to the input for the processing step. providing the respective input for the processing step as an input to a plurality of implementations of the processing step, wherein each implementation is arranged to output a corresponding intermediate result (y i ) represented using a respective predetermined output representation (M i ), wherein each implementation implements the processing step and the respective predetermined output representation together as a corresponding lookup table, wherein at least one implementation of the plurality of implementations uses a predetermined output representation that is different from the predetermined output representation used by another implementation of the plurality of implementations; and using the representation of the intermediate results (M i (y i )) to generate a result (r) for the processing step that is based on each of the intermediate results, wherein, if each intermediate result equals the output (X(d)) that corresponds to the input for the processing step then the result for the processing step equals the output that corresponds to the input for the processing step.
A temporary street barrier comprising an elongated body having a proximal end and a distal end , said elongated body including a base means in the elongation thereof and an upright portion extending from said base means , said distal end of said upright portion being provided with a connection means for connection to a neighbouring street barrier, wherein - said upright portion includes an elongated beam extending substantially from said proximal end towards said distal end , said elongated beam being hollow at least at the proximal end thereof; - said proximal end of the elongated beam comprises an open end; - said connection means comprises a latch bar slidably arranged inside said elongated beam at the proximal end thereof; and - said latch bar is slidably arranged through said open end from a distal position to a proximal position outside said proximal end of said elongated beam , characterised in that the latch bar comprises a handle provided with a first locking means , said elongated beam being provided with an elongated slot adapted to allow a sliding movement of the handle from a distal position to a proximal position , said elongated slot being provided with a second locking means for locking said handle in said proximal position . - said upright portion includes an elongated beam extending substantially from said proximal end towards said distal end , said elongated beam being hollow at least at the proximal end thereof; - said proximal end of the elongated beam comprises an open end; - said connection means comprises a latch bar slidably arranged inside said elongated beam at the proximal end thereof; and - said latch bar is slidably arranged through said open end from a distal position to a proximal position outside said proximal end of said elongated beam ,
A hybrid propulsion system for a multi-rotor rotary wing aircraft , comprising: - an internal combustion engine and an electric generator coupled to the internal combustion engine such that in use, the internal combustion engine drives the electric generator, - a rectifier connected to the electric generator to convert an alternating current delivered by the electric generator into a direct current, conversion means configured to convert the direct current into alternating current, and an electric network connecting the rectifier to the conversion means, - at least one first group of at least two first electric motors connected to the conversion means such that in use, the conversion means supply the first electric motors with alternating current, - propellers respectively coupled to the first electric motors such that in use, the first electric motors drive the propellers, characterised in that the conversion means comprise a first inverter configured to supply the first electric motors in parallel. - an internal combustion engine and an electric generator coupled to the internal combustion engine such that in use, the internal combustion engine drives the electric generator, - a rectifier connected to the electric generator to convert an alternating current delivered by the electric generator into a direct current, conversion means configured to convert the direct current into alternating current, and an electric network connecting the rectifier to the conversion means, - at least one first group of at least two first electric motors connected to the conversion means such that in use, the conversion means supply the first electric motors with alternating current, - propellers respectively coupled to the first electric motors such that in use, the first electric motors drive the propellers, characterised in that the conversion means comprise a first inverter configured to supply the first electric motors in parallel.
An audio encoding device that encodes an input audio signal and outputs an encoded sequence, comprising: an encoding unit configured to encode the audio signal and obtain an encoded sequence containing the audio signal; a temporal envelope information obtaining unit configured to obtain information concerning a temporal envelope of the audio signal; and a multiplexing unit configured to multiplex the encoded sequence obtained by the encoding unit and the information concerning the temporal envelope obtained by the temporal envelope information obtaining unit , wherein the information concerning the temporal envelope is generated by using a result of linear prediction analysis of a transform coefficient obtained by time-frequency transform of the input audio signal, and characterized in that the information concerning the temporal envelope is information indicating that the temporal envelope is flat. an encoding unit configured to encode the audio signal and obtain an encoded sequence containing the audio signal; a temporal envelope information obtaining unit configured to obtain information concerning a temporal envelope of the audio signal; and a multiplexing unit configured to multiplex the encoded sequence obtained by the encoding unit and the information concerning the temporal envelope obtained by the temporal envelope information obtaining unit , wherein the information concerning the temporal envelope is generated by using a result of linear prediction analysis of a transform coefficient obtained by time-frequency transform of the input audio signal, and characterized in that the information concerning the temporal envelope is information indicating that the temporal envelope is flat.
A haloalkylamine for use, or a pharmaceutical composition thereof for use, in treating a traumatic brain injury (TBI) event, the use comprising administering a therapeutically effective amount of the haloalkylamine which is selected from the group consisting of phenoxybenzamine and salts thereof.
A power detection system comprising: a low bandwidth path configured to detect a low-band power component of an optical signal within a channel of interest; a broad bandwidth path arranged in parallel with the low bandwidth path , the broad bandwidth path configured to detect a broad-band power component of the optical signal within broad-band channels including at least the channel of interest; a receiver configured to receive the optical signal; and an Automatic Gain Control, AGC, feedback path configured to apply a power detection output to the receiver for controlling a gain thereof, wherein the power detection output is derived from the low-band power component and the broad-band power component, and wherein the AGC feedback path is configured to , in the absence of a channel adjacent to the channel of interest, determine no excess power and set the gain of the receiver based on a target power level associated with the low-band power component , the AGC feedback path is configured to , in the presence of a channel adjacent to the channel of interest in which a power of the adjacent channel is less than or equal to a power of the channel of interest, determine no excess power and set the gain of the receiver based on a target power level associated with the low-band power component , and the AGC feedback path is configured to , in the presence of a channel adjacent to the channel of interest in which a power of the adjacent channel is greater than a power of the channel of interest, determine excess power and reduce the gain of the receiver to prevent an overloading condition. a low bandwidth path configured to detect a low-band power component of an optical signal within a channel of interest; a broad bandwidth path arranged in parallel with the low bandwidth path , the broad bandwidth path configured to detect a broad-band power component of the optical signal within broad-band channels including at least the channel of interest; a receiver configured to receive the optical signal; and an Automatic Gain Control, AGC, feedback path configured to apply a power detection output to the receiver for controlling a gain thereof, wherein the power detection output is derived from the low-band power component and the broad-band power component, and wherein the AGC feedback path is configured to , in the absence of a channel adjacent to the channel of interest, determine no excess power and set the gain of the receiver based on a target power level associated with the low-band power component , the AGC feedback path is configured to , in the presence of a channel adjacent to the channel of interest in which a power of the adjacent channel is less than or equal to a power of the channel of interest, determine no excess power and set the gain of the receiver based on a target power level associated with the low-band power component , and the AGC feedback path is configured to , in the presence of a channel adjacent to the channel of interest in which a power of the adjacent channel is greater than a power of the channel of interest, determine excess power and reduce the gain of the receiver to prevent an overloading condition.
A topical composition comprising bis-ethylhexyloxyphenol methoxyphenyl triazine, polysilicone-15 and D-panthenol, wherein the weight ratio of D-panthenol to bis-ethylhexyloxyphenol methoxyphenyl triazine is at least 1.25.
Electricity distribution network of tree typology, supplied from a transformation centre , said network having intermediate nodes connected to branches of the distribution network and final nodes and comprising in said intermediate nodes a control centre , said control centre having: - a connection to the network, - a control device , - a communication device , and - an electricity storage device , the electricity storage device being configured to store power from the network or alternatively to dump power into the network , such that the network has means for supplying points of the network from different freely chosen points by selecting the control centre that emits power from said storage device, characterised in that said control centre further comprises a connection to the users or prosumers via the electrical infrastructure of a distributor, and said control centre is not directly connected to any consumer and is configured to permit the operation of the associated branches of said electricity distribution network of tree typology as an island or connected to the network. - a connection to the network, - a control device , - a communication device , and - an electricity storage device , the electricity storage device being configured to store power from the network or alternatively to dump power into the network , such that the network has means for supplying points of the network from different freely chosen points by selecting the control centre that emits power from said storage device, characterised in that said control centre further comprises a connection to the users or prosumers via the electrical infrastructure of a distributor, and said control centre is not directly connected to any consumer and is configured to permit the operation of the associated branches of said electricity distribution network of tree typology as an island or connected to the network.
A septum comprising: a peripheral portion extending about a periphery of the septum , an exterior surface located on an external side of the septum , and an interior surface located on an opposite side of the septum ; an unpierced penetration portion penetrable by a needle or other penetrating element extending between the exterior and interior surfaces that is spaced inwardly of the peripheral portion and is penetrable by the needle or other penetrating element; a flex portion located between the penetration portion and the peripheral portion ; and an increased thickness portion extending between the flex portion and the penetration portion , and defining an increased thickness between the exterior and interior surfaces relative to the flex portion , wherein the flex portion is flexible inwardly relative to the peripheral portion during penetration of the penetration portion by a needle or other penetrating element, and the penetration portion physically interacts with and decontaminates the needle or other penetrating element; wherein the septum is configured to decontaminate a needle or other penetrating element during penetration of the penetration portion therewith by interaction between the septum and said needle or other penetrating element. a peripheral portion extending about a periphery of the septum , an exterior surface located on an external side of the septum , and an interior surface located on an opposite side of the septum ; an unpierced penetration portion penetrable by a needle or other penetrating element extending between the exterior and interior surfaces that is spaced inwardly of the peripheral portion and is penetrable by the needle or other penetrating element; a flex portion located between the penetration portion and the peripheral portion ; and an increased thickness portion extending between the flex portion and the penetration portion , and defining an increased thickness between the exterior and interior surfaces relative to the flex portion , wherein the flex portion is flexible inwardly relative to the peripheral portion during penetration of the penetration portion by a needle or other penetrating element, and the penetration portion physically interacts with and decontaminates the needle or other penetrating element; wherein the septum is configured to decontaminate a needle or other penetrating element during penetration of the penetration portion therewith by interaction between the septum and said needle or other penetrating element.