mhurhangee/patent-ind-claim-en huggingface dataset:
A load control device for controlling the amount of power delivered from an AC power source to an electrical load, the load control device comprising: a thyristor having first and second main load terminals adapted to be coupled in series electrical connection between the AC power source and the electrical load for conducting a load current from the AC power source to the electrical load, the thyristor having a gate for conducting a gate current to render the thyristor conductive; a gate coupling circuit coupled to conduct the gate current through the gate of the thyristor ; a controllable switching circuit coupled between the gate coupling circuit and the gate of the thyristor for conducting the gate current when the controllable switching circuit is conductive; and a control circuit operable to render the controllable switching circuit conductive and to control the gate coupling circuit to conduct the gate current to thus render the thyristor conductive at a firing time during a half cycle of the AC power source, the control circuit continuing to control the gate coupling circuit , such that the gate coupling circuit is able to conduct the gate current again after the firing time, the control circuit rendering the controllable switching circuit nonconductive before the end of the half-cycle, such that the gate coupling circuit is not able to conduct the gate current through the gate of the thyristor after the controllable switching circuit becomes non-conductive. a gate coupling circuit coupled to conduct the gate current through the gate of the thyristor ; a controllable switching circuit coupled between the gate coupling circuit and the gate of the thyristor for conducting the gate current when the controllable switching circuit is conductive; and a control circuit operable to render the controllable switching circuit conductive and to control the gate coupling circuit to conduct the gate current to thus render the thyristor conductive at a firing time during a half cycle of the AC power source, the control circuit continuing to control the gate coupling circuit , such that the gate coupling circuit is able to conduct the gate current again after the firing time, the control circuit rendering the controllable switching circuit nonconductive before the end of the half-cycle, such that the gate coupling circuit is not able to conduct the gate current through the gate of the thyristor after the controllable switching circuit becomes non-conductive.
Method for monitoring the attention of an operator of an X-ray inspection apparatus for non-destructive inspection of inspection objects and for ensuring the presence and/or attention of an operator of the X-ray inspection apparatus, the method comprising the steps of: displaying (S3), on a touch-sensitive screen , information defining a randomly determined set input; detecting (S4) an operator's as-is input on the touch-sensitive screen as a response to the displayed set input; and determining (S7), with reference to the set input and the as-is input, a signal indicative of the operator's attention; wherein the information defines a randomly determined location on the touch-sensitive screen as the input unit , the information is displayed as the randomly determined location on the touch-sensitive screen as a set input marked by a symbol , and a location touched by the operator is detected on the input unit and compared as the as-is input with the randomly determined location as the set input; and wherein the information is displayed in a first time interval and is no longer displayed after the first time interval has elapsed, wherein after the first time interval has elapsed, a second time interval is started in which the as-is input of the operator is detected. displaying (S3), on a touch-sensitive screen , information defining a randomly determined set input; detecting (S4) an operator's as-is input on the touch-sensitive screen as a response to the displayed set input; and determining (S7), with reference to the set input and the as-is input, a signal indicative of the operator's attention; wherein the information defines a randomly determined location on the touch-sensitive screen as the input unit , the information is displayed as the randomly determined location on the touch-sensitive screen as a set input marked by a symbol , and a location touched by the operator is detected on the input unit and compared as the as-is input with the randomly determined location as the set input; and wherein the information is displayed in a first time interval and is no longer displayed after the first time interval has elapsed, wherein after the first time interval has elapsed, a second time interval is started in which the as-is input of the operator is detected.
A thermoplastic copolymer composition, comprising: a polyester elastomer; polytetramethylene glycol; and additives comprising silica and a siloxane-based polymer represented by Chemical Formula 1, wherein the additives are comprised in an amount of 1 to 4 parts by weight based on 100 parts by weight of the polyester elastomer: wherein R 1 to R 8 are each independently an alkyl group having 1 to 10 carbon atoms, and n is an integer from 100 to 10,000, and wherein the polytetramethylene glycol is comprised in an amount of 3 to 8 parts by weight based on 100 parts by weight of the polyester elastomer. a polyester elastomer; polytetramethylene glycol; and additives comprising silica and a siloxane-based polymer represented by Chemical Formula 1, wherein the additives are comprised in an amount of 1 to 4 parts by weight based on 100 parts by weight of the polyester elastomer: wherein R 1 to R 8 are each independently an alkyl group having 1 to 10 carbon atoms, and n is an integer from 100 to 10,000, and wherein the polytetramethylene glycol is comprised in an amount of 3 to 8 parts by weight based on 100 parts by weight of the polyester elastomer.
A user device for a wireless communication with a plurality of wireless network elements (210 1 -210 4 ), the user device comprising: a plurality of antennas (200, 202, 202 x , 202 1 , 202 2 ) , the plurality of antennas (200, 202, 202 x , 202 1 , 202 2 ) configured to form a plurality of spatial or directional beams (206 1 -206 4 ), wherein the user device is configured to provide simultaneously a plurality of independent wireless communication links (208 1 -208 4 ) using the plurality of spatial or directional beams (206 1 -206 4 ), wherein the user device is configured to provide a first wireless communication link (208 1 ) with a first wireless network element (210 1 ) using a first spatial or directional beam (206 1 ) and to provide a second wireless communication link (208 2 ) with a second wireless network element (210 2 ) using a second spatial or directional beam (206 2 ), characterized in that the user device is configured to split a message or duplicate a message or create a redundancy version of a message, and to transmit the parts of the message over the first and second wireless communication links (208 1 -208 2 ), wherein the message may be of the type data message or control message. a plurality of antennas (200, 202, 202 x , 202 1 , 202 2 ) , the plurality of antennas (200, 202, 202 x , 202 1 , 202 2 ) configured to form a plurality of spatial or directional beams (206 1 -206 4 ), wherein the user device is configured to provide simultaneously a plurality of independent wireless communication links (208 1 -208 4 ) using the plurality of spatial or directional beams (206 1 -206 4 ), wherein the user device is configured to provide a first wireless communication link (208 1 ) with a first wireless network element (210 1 ) using a first spatial or directional beam (206 1 ) and to provide a second wireless communication link (208 2 ) with a second wireless network element (210 2 ) using a second spatial or directional beam (206 2 ), characterized in that the user device is configured to split a message or duplicate a message or create a redundancy version of a message, and to transmit the parts of the message over the first and second wireless communication links (208 1 -208 2 ), wherein the message may be of the type data message or control message.
A system comprising: a sensor that senses an object; and a processor operatively coupled to the sensor that determines, in response to object sensing, an imminent collision with the sensed object before the collision occurs by tracking the sensed object as it closes, outputting errors associated with the track and using the track and the errors associated with it to determine the probability of an imminent collision, wherein the processor determines the imminent collision in the time window of one second or less before the collision occurs. a sensor that senses an object; and a processor operatively coupled to the sensor that determines, in response to object sensing, an imminent collision with the sensed object before the collision occurs by tracking the sensed object as it closes, outputting errors associated with the track and using the track and the errors associated with it to determine the probability of an imminent collision, wherein the processor determines the imminent collision in the time window of one second or less before the collision occurs.
An incombustible decorative sheet, characterized by comprising laminating, on a substrate layer, two or more thermoplastic resin layers wherein an outermost layer of the thermoplastic resin layers is a fluorine resin layer made of a fluorine resin, an inside layer other than the outermost layer of the thermoplastic resin layers serves as a weather-resistant resin layer made of a mixture of an acrylic resin and an acrylic resin-based rubber having a ratio by mass between the acrylic resin-based rubber and the acrylic resin set within a range of 30:70 to 60:40, and a ratio in thickness between the fluorine resin layer and the weather-resistant resin layer is within a range of 10:90 to 40:60 whereby incombustibility is imparted to the sheet, said incombustibility being defined with an ignitability test as defined in the description, characterized in that the substrate layer is made of a polypropylene resin and has a weight of organic solids of not less than 44 g/m 2 to not larger than 67 g/m 2 .
Control device for a luminaire of a vehicle having: - an operating power input for receiving operating power, - an illumination output for directing illumination power to one or more light sources , - a power converter coupled between said operating power input and said illumination output for converting received operating power into illumination power, which is directed to said illumination output, the power converter having a control connection , - a control data connection for conveying control data, - a controller circuit coupled between said control data connection and the control connection , and - a galvanic isolation between said controller circuit and said power converter , wherein the connection from the controller circuit to said control connection passes through said galvanic isolation characterized in that it has - a control power input coupled to said controller circuit and separate from said operating power input for receiving control power to said controller circuit independently of said operating power, irrespective of whether the control device also receives operating power or not. - an operating power input for receiving operating power, - an illumination output for directing illumination power to one or more light sources , - a power converter coupled between said operating power input and said illumination output for converting received operating power into illumination power, which is directed to said illumination output, the power converter having a control connection , - a control data connection for conveying control data, - a controller circuit coupled between said control data connection and the control connection , and - a galvanic isolation between said controller circuit and said power converter , wherein the connection from the controller circuit to said control connection passes through said galvanic isolation characterized in that it has - a control power input coupled to said controller circuit and separate from said operating power input for receiving control power to said controller circuit independently of said operating power, irrespective of whether the control device also receives operating power or not.
An antimicrobial composition comprising an antimicrobial peptide, wherein the antimicrobial peptide comprises an amino acid sequence having at least 80% sequence identity to SEQ ID NO. 23.
A signal processing device for processing a bio-signal, comprising: one lock-in amplifier chip configured to output one or more frequency-modulated modulation signals, wherein the frequency-modulated modulation signals are used to drive one or more light sources disposed outside of the signal processing device; and a multiplexer configured to receive and multiplex light sensing signals output from the light sources and then measured by multiple light measurement units disposed outside of the signal processing device, wherein the lock-in amplifier chip is configured to sequentially demodulate the multiple light sensing signals transmitted through the multiplexer . one lock-in amplifier chip configured to output one or more frequency-modulated modulation signals, wherein the frequency-modulated modulation signals are used to drive one or more light sources disposed outside of the signal processing device; and a multiplexer configured to receive and multiplex light sensing signals output from the light sources and then measured by multiple light measurement units disposed outside of the signal processing device, wherein the lock-in amplifier chip is configured to sequentially demodulate the multiple light sensing signals transmitted through the multiplexer .
A child carrier and docking assembly adapted to be removably mounted to a bicycle, moped, electric bike or the like, said assembly comprising a child carrier unit which is in the form of a hybrid child seat and stroller adapted to connect to a docking unit of the assembly, said docking unit comprising two units, one first unit being an adapter adapted to be fixated to the bicycle, moped, electric bike or the like, and one second unit arranged to be fixated to or integrated into the child carrier unit, wherein the second unit is arranged to be pulled onto and grip around the first unit so that the child carrier unit can be locked to and released from the bicycle, respectively, wherein the first unit comprises a handle which is arranged to be pulled out when the child carrier unit is intended to be released from the bicycle, moped, electric bike or the like, said handle having two end positions, one first end position where the handle is in a locked state and where an interconnecting unit of the first unit is in connection to, fixating and locking the second unit , and one second end position in an open state where the handle is in a fully extended position and where the interconnecting unit is released from the second unit , wherein when the handle is in a locked state then the interconnecting unit is extended downwards and passes a portion of the second unit to fixate the second unit and lock the hybrid child seat and stroller and second unit to the first unit . wherein the second unit is arranged to be pulled onto and grip around the first unit so that the child carrier unit can be locked to and released from the bicycle, respectively, wherein the first unit comprises a handle which is arranged to be pulled out when the child carrier unit is intended to be released from the bicycle, moped, electric bike or the like, said handle having two end positions, one first end position where the handle is in a locked state and where an interconnecting unit of the first unit is in connection to, fixating and locking the second unit , and one second end position in an open state where the handle is in a fully extended position and where the interconnecting unit is released from the second unit , wherein when the handle is in a locked state then the interconnecting unit is extended downwards and passes a portion of the second unit to fixate the second unit and lock the hybrid child seat and stroller and second unit to the first unit .
A device including at least: - a semiconductor layer comprising first regions , second regions arranged such that each of the first regions is delimited by two of the second regions aligned parallel to a first direction and that two of the neighbouring first regions aligned parallel to the first direction are delimited by one of the second regions , and third regions arranged such that each of the first regions is delimited by two of the third regions aligned parallel to a second direction different from the first direction and that two of the first regions aligned parallel to the second direction are delimited by one of the third regions ; - first electrostatic control gates including first conductive portions extending parallel to the second direction, in vertical alignment with the second regions ; - second electrostatic control gates including second conductive portions extending parallel to the first direction, in vertical alignment with the third regions ; wherein each first gate includes an electrostatic control voltage adjustment element forming first and second impedances (Z1, Z2) connected in series to each other through their first ends, a second end of the first impedance (Z1) being electrically coupled to the first conductive portion of the first gate and a second end of the second impedance (Z2) being electrically coupled to a third conductive portion , and wherein the value of at least one of the first and second impedances (Z1, Z2) is adjustable. - a semiconductor layer comprising first regions , second regions arranged such that each of the first regions is delimited by two of the second regions aligned parallel to a first direction and that two of the neighbouring first regions aligned parallel to the first direction are delimited by one of the second regions , and third regions arranged such that each of the first regions is delimited by two of the third regions aligned parallel to a second direction different from the first direction and that two of the first regions aligned parallel to the second direction are delimited by one of the third regions ; - first electrostatic control gates including first conductive portions extending parallel to the second direction, in vertical alignment with the second regions ; - second electrostatic control gates including second conductive portions extending parallel to the first direction, in vertical alignment with the third regions ;
A timepiece comprising: a transparent member comprising a transparent substrate and an antireflection coating comprising at least one layer made of silicon nitride and at least one layer made of silicon oxide alternately laminated on at least a part of a surface of the substrate, wherein the transparent member is a sapphire glass cover member; and the antireflection coating is formed on at least a part on the outside side from among a group including parts on the inside side and parts on the outside side of the cover member, anc with the transparent member disposed to a case that houses a timepiece movement, characterised in that the content of silicon nitride in the region to a depth of 150 nm from the outside surface of the antireflection coating is 34 - 50 vol %, and the transparent member further comprises a stain resistant coating made of a fluorinated organosilicon compound formed on the antireflection coating. a transparent member comprising a transparent substrate and an antireflection coating comprising at least one layer made of silicon nitride and at least one layer made of silicon oxide alternately laminated on at least a part of a surface of the substrate, wherein the transparent member is a sapphire glass cover member; and the antireflection coating is formed on at least a part on the outside side from among a group including parts on the inside side and parts on the outside side of the cover member, anc with the transparent member disposed to a case that houses a timepiece movement,
Surgical instrument comprising: - a first jaw and a second jaw that are supported on one another in a hinged manner and that can be pivoted between an open position (I) and a closed position (II) relative to each other, - a tool that is movably supported in longitudinal direction (L) in a guided manner on or in the first jaw , - an actuation element and a drive element that are pivotably supported around a pivot axis (S) on the first jaw , whereby the drive element is movably coupled with the tool , - a coupling device comprising a coupling element that can be moved between a coupling position (C) and a decoupling position (D) characterized in that the coupling element is configured to establish a rotational coupling between the actuation element and the drive element in the coupling position (C) and to allow a relative rotation between the actuation element and the drive element in the decoupling position (D). - a first jaw and a second jaw that are supported on one another in a hinged manner and that can be pivoted between an open position (I) and a closed position (II) relative to each other, - a tool that is movably supported in longitudinal direction (L) in a guided manner on or in the first jaw , - an actuation element and a drive element that are pivotably supported around a pivot axis (S) on the first jaw , whereby the drive element is movably coupled with the tool , - a coupling device comprising a coupling element that can be moved between a coupling position (C) and a decoupling position (D)