mhurhangee/patent-ind-claim-en huggingface dataset:
A structural component for a chassis frame of a vehicle (N), which for fastening the structural component to the chassis frame comprises at least one flange end , which is connected to a storage container , wherein the at least one flange end has a flange receptacle (10A-2), which accommodates the storage container loosely on the end side, characterized in that an indirect fixed connection is effected between storage container and flange receptacle (10A-2) by a connecting element designed as a composite fiber laminate, which at least partially surrounds a lateral surface of the flange receptacle (10A-2) and at least partially integrally surrounds a lateral surface of the storage container .
Lighting circuit, in particular for a motor vehicle light, comprising: - at least one first light source of the LED type, defined by a first voltage selection, wherein voltage selection for a LED indicates a voltage range within which the junction voltage characteristic lies when the LED is supplied with its nominal current, said first light source being adapted to be driven by a first driving current; - at least one second light source of the LED type, defined by a second voltage selection and adapted to be driven by a second driving current; characterised in that it further comprises: - a first selection circuit adapted to identify said first voltage selection, - a second selection circuit adapted to identify said second voltage selection, and - an electronic control unit operatively connected to said first and second selection circuits and configured to detect the value of an electric quantity whose value is associated to the voltage selection in order to identify which of the first and second light sources has the higher voltage selection, and to regulate the driving current absorbed by the light source defined by the lower voltage selection, so that said driving current follows with a constant ratio the trend of the driving current absorbed by the light source defined by the higher voltage selection, the latter being taken as reference, wherein each selection circuit comprises at least one selection circuit element defined by a selection electric quantity having one of a plurality of predefined levels of electric quantity to which the same number of voltage selection levels of the light sources correspond. - at least one first light source of the LED type, defined by a first voltage selection, wherein voltage selection for a LED indicates a voltage range within which the junction voltage characteristic lies when the LED is supplied with its nominal current, said first light source being adapted to be driven by a first driving current; - at least one second light source of the LED type, defined by a second voltage selection and adapted to be driven by a second driving current; - a first selection circuit adapted to identify said first voltage selection, - a second selection circuit adapted to identify said second voltage selection, and - an electronic control unit operatively connected to said first and second selection circuits and configured to detect the value of an electric quantity whose value is associated to the voltage selection in order to identify which of the first and second light sources has the higher voltage selection, and to regulate the driving current absorbed by the light source defined by the lower voltage selection, so that said driving current follows with a constant ratio the trend of the driving current absorbed by the light source defined by the higher voltage selection, the latter being taken as reference, wherein each selection circuit comprises at least one selection circuit element defined by a selection electric quantity having one of a plurality of predefined levels of electric quantity to which the same number of voltage selection levels of the light sources correspond.
A method for generating visual representations of data associated with a plurality of data streams that transmit data using different stream platforms , the method comprising: providing a unified stream platform capable of interacting with different stream platforms using a common set of abstracted functions ; receiving a request to access a first data stream, the request comprising connection information for a first stream producer supplying the first data stream using a first stream platform or protocol ; accessing the first data stream from the first stream producer using the common set of abstracted functions; sampling a subset of data events of the accessed first data stream for a threshold sample timeframe or a threshold sample count; parsing the sampled subset of data events to identify the data types and corresponding data values therein; and generating one or more visual representations of the sampled subset of data events of the accessed first data stream for presentation to a user , wherein the one or more visual representations show the data types and corresponding data values parsed from the data events. providing a unified stream platform capable of interacting with different stream platforms using a common set of abstracted functions ; receiving a request to access a first data stream, the request comprising connection information for a first stream producer supplying the first data stream using a first stream platform or protocol ; accessing the first data stream from the first stream producer using the common set of abstracted functions; sampling a subset of data events of the accessed first data stream for a threshold sample timeframe or a threshold sample count; parsing the sampled subset of data events to identify the data types and corresponding data values therein; and generating one or more visual representations of the sampled subset of data events of the accessed first data stream for presentation to a user , wherein the one or more visual representations show the data types and corresponding data values parsed from the data events.
A cosmetic composition for temporarily shaping keratin fibers, containing: (a) at least one crosslinked copolymer (a), which is made up of at least the following monomer units: (a1) at least one (meth)acrylic acid unit, (a2) at least one vinyl neodecanoate unit and (b) at least one anionic copolymer (b), which is composed only of the units (b1), (b2) and (b3), wherein (b1) comprises at least one (meth)acrylic acid unit which comprises methacrylic acid, (b2) comprises at least one (meth)acrylic acid ethyl ester unit which comprises ethyl acrylate, and (b3) comprises at least one (meth)acrylic acid ester unit which is different from the (meth)acrylic acid ethyl ester unit (b2) and is a (meth)acrylic acid alkyl ester which has a linear or branched alkyl group having 2 to 12 carbon atoms. (a) at least one crosslinked copolymer (a), which is made up of at least the following monomer units: (a1) at least one (meth)acrylic acid unit, (a2) at least one vinyl neodecanoate unit and (a1) at least one (meth)acrylic acid unit, (a2) at least one vinyl neodecanoate unit and (b) at least one anionic copolymer (b), which is composed only of the units (b1), (b2) and (b3), wherein (b1) comprises at least one (meth)acrylic acid unit which comprises methacrylic acid, (b2) comprises at least one (meth)acrylic acid ethyl ester unit which comprises ethyl acrylate, and (b3) comprises at least one (meth)acrylic acid ester unit which is different from the (meth)acrylic acid ethyl ester unit (b2) and is a (meth)acrylic acid alkyl ester which has a linear or branched alkyl group having 2 to 12 carbon atoms. (b1) comprises at least one (meth)acrylic acid unit which comprises methacrylic acid, (b2) comprises at least one (meth)acrylic acid ethyl ester unit which comprises ethyl acrylate, and (b3) comprises at least one (meth)acrylic acid ester unit which is different from the (meth)acrylic acid ethyl ester unit (b2) and is a (meth)acrylic acid alkyl ester which has a linear or branched alkyl group having 2 to 12 carbon atoms.
An apparatus for processing an audio signal, comprising: (a) an input line that inputs an original audio signal in a time domain; (b) a bass extraction filter that extracts a bass portion of said original audio signal , said extracted bass portion also being in the time domain; (c) an estimator that estimates a fundamental frequency (F0) of a bass sound within said bass portion ; (d) a frequency translator that shifts the bass portion by a positive frequency increment that is an integer multiple of the fundamental frequency (F0) estimated by said estimator , thereby providing a virtual bass signal ; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output ; and (f) an audio output device coupled to the output of said adder characterized in that the estimator and the frequency translator operate on discrete frames of the audio signal; and the estimator is configured to estimate the fundamental frequency by first estimating an initial F0 estimate and then, if said initial F0 estimate does not fall within a specified one-octave range, shifting said initial F0 estimate into said specified one-octave range, wherein said specified one-octave range is used across frames. (a) an input line that inputs an original audio signal in a time domain; (b) a bass extraction filter that extracts a bass portion of said original audio signal , said extracted bass portion also being in the time domain; (c) an estimator that estimates a fundamental frequency (F0) of a bass sound within said bass portion ; (d) a frequency translator that shifts the bass portion by a positive frequency increment that is an integer multiple of the fundamental frequency (F0) estimated by said estimator , thereby providing a virtual bass signal ; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output ; and (f) an audio output device coupled to the output of said adder
A connector fixture comprising a fixture body and a positioning member , wherein the fixture body includes a fixing portion , a retaining portion , and a contact portion , the fixing portion is configured to be fixed to a first connector when the fixture body is attached to the first connector , and to determine relative position between the fixture body and the first connector in a z-axis direction among x-axis direction, y-axis direction, and z-axis direction, the directions being orthogonal to each other, when the fixing portion is fixed to the first connector , the retaining portion is configured to be hooked on a portion of a device including a second connector when the first connector is connected to the second connector in a state where the fixture body is attached to the first connector , preventing the first connector from being displaced and detached from the second connector , the contact portion is configured to contact the first connector when the fixture body is attached to the first connector , to determine relative position between the fixture body and the first connector in the y-axis direction, and the positioning member is configured to contact the first connector when the fixture body is attached to the first connector , to determine relative position between the fixture body and the first connector in the x-axis direction, characterized in that the positioning member is configured to be separable from the fixture body . the fixture body includes a fixing portion , a retaining portion , and a contact portion , the fixing portion is configured to be fixed to a first connector when the fixture body is attached to the first connector , and to determine relative position between the fixture body and the first connector in a z-axis direction among x-axis direction, y-axis direction, and z-axis direction, the directions being orthogonal to each other, when the fixing portion is fixed to the first connector , the retaining portion is configured to be hooked on a portion of a device including a second connector when the first connector is connected to the second connector in a state where the fixture body is attached to the first connector , preventing the first connector from being displaced and detached from the second connector , the contact portion is configured to contact the first connector when the fixture body is attached to the first connector , to determine relative position between the fixture body and the first connector in the y-axis direction, and the positioning member is configured to contact the first connector when the fixture body is attached to the first connector , to determine relative position between the fixture body and the first connector in the x-axis direction, characterized in that the positioning member is configured to be separable from the fixture body .
An electronic device fabrication system, comprising: a first printing system configured to deposit a first patterned organic layer on a substrate , the first printing system located in a first processing environment , the first processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, and ozone content; an enclosed thermal treatment module including a stacked configuration of thermally-controlled regions , the thermally-controlled regions offset from each other and each configured to accommodate a substrate including providing one or more of a specified substrate temperature or a specified substrate temperature uniformity, the enclosed thermal treatment module providing a controlled second processing environment , the second processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, oxygen content, and ozone content; and a substrate transfer module configured to receive the substrate from the first printing system and configured to provide the substrate to the second processing environment within the enclosed thermal treatment module ; wherein the oxygen content of the first processing environment during the printing of the substrate in the first printing system is at least 100 times greater than the oxygen content of the second processing environment during the thermal treating of the substrate in the enclosed thermal treatment module . a first printing system configured to deposit a first patterned organic layer on a substrate , the first printing system located in a first processing environment , the first processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, and ozone content; an enclosed thermal treatment module including a stacked configuration of thermally-controlled regions , the thermally-controlled regions offset from each other and each configured to accommodate a substrate including providing one or more of a specified substrate temperature or a specified substrate temperature uniformity, the enclosed thermal treatment module providing a controlled second processing environment , the second processing environment comprising a controlled environment established to remain below specified limits of particulate contamination level, water vapor content, oxygen content, and ozone content; and a substrate transfer module configured to receive the substrate from the first printing system and configured to provide the substrate to the second processing environment within the enclosed thermal treatment module ; wherein the oxygen content of the first processing environment during the printing of the substrate in the first printing system is at least 100 times greater than the oxygen content of the second processing environment during the thermal treating of the substrate in the enclosed thermal treatment module .
A fail-fixed hydraulic actuator system for an aircraft, the fail-fixed hydraulic actuator system comprising: a hydraulic actuator having a housing with a piston arranged within the housing , the piston having a piston head separating the housing into a retract cavity and an extend cavity; a sleeve arranged within the housing and movable therein, the sleeve having a sleeve aperture that is aligned with the piston head during normal operation; and a driving mechanism configured to drive movement of the sleeve to maintain alignment between the sleeve aperture and the piston head , wherein a low pressure cavity is defined between an interior surface of the housing and the sleeve , and wherein when the piston head is offset from the sleeve aperture the low pressure cavity is hydraulically connected to one of the retract cavity or the extend cavity to cause a pressure differential with the other of the extend cavity and the retract cavity and cause movement of the piston head to align with the sleeve aperture . a hydraulic actuator having a housing with a piston arranged within the housing , the piston having a piston head separating the housing into a retract cavity and an extend cavity; a sleeve arranged within the housing and movable therein, the sleeve having a sleeve aperture that is aligned with the piston head during normal operation; and a driving mechanism configured to drive movement of the sleeve to maintain alignment between the sleeve aperture and the piston head , wherein a low pressure cavity is defined between an interior surface of the housing and the sleeve , and wherein when the piston head is offset from the sleeve aperture the low pressure cavity is hydraulically connected to one of the retract cavity or the extend cavity to cause a pressure differential with the other of the extend cavity and the retract cavity and cause movement of the piston head to align with the sleeve aperture .
A closure device , comprising a first closure part and a second closure part , which can be attached to each other along a closing direction (X), are held at each other in a closed position and can be released from each other for opening the closure device so that in the closed position assemblies associated to the closure parts are connected to each other via the closure parts and can be released from each other by separating the closure parts , characterized in that the second closure part includes an actuating element with a first engagement device and a winding element with a second engagement device , which is arranged on the actuating element and for winding up a traction element is rotatable in a winding direction (V), wherein in a release position the first engagement device and the second engagement device are not in engagement with each other so that the winding element is rotatable relative to the actuating element , and can be brought into engagement with each other so that in an engagement position the winding element is rotatable via the actuating element , wherein the first closure part includes a first meshing device and the second closure part includes a second meshing device , and in the closed position of the closure device the first meshing device and the second meshing device are in engagement with each other such that the first closure part and the second closure part are held positively with respect to each other along the winding direction (V), wherein the first closure part and the second closure part each include at least one magnetic element to provide a force of magnetic attraction when the closure parts are attached to each other.
A method for transmitting a pilot signal, comprising: generating, by a base station, a pilot signal formed by a wide beam and a pilot signal formed by a plurality of narrow beams ; and transmitting, by the base station, the pilot signals to a User Equipment, UE, through at least one pre-configured first antenna port and at least one pre-configured second antenna port, the pilot signal formed by the wide beam being transmitted through each of the at least one first antenna port, and the pilot signal formed by the plurality of narrow beams being transmitted through each of the at least one second antenna port ; wherein the method is characterized in that the pilot signal formed by a plurality of narrow beams is formed by the plurality of narrow beams that are simultaneously transmitted through each of the at least one second antenna port. generating, by a base station, a pilot signal formed by a wide beam and a pilot signal formed by a plurality of narrow beams ; and transmitting, by the base station, the pilot signals to a User Equipment, UE, through at least one pre-configured first antenna port and at least one pre-configured second antenna port, the pilot signal formed by the wide beam being transmitted through each of the at least one first antenna port, and the pilot signal formed by the plurality of narrow beams being transmitted through each of the at least one second antenna port ; wherein the method is characterized in that the pilot signal formed by a plurality of narrow beams is formed by the plurality of narrow beams that are simultaneously transmitted through each of the at least one second antenna port.
An inspection method comprising: applying a contrast slurry comprising a contrast agent to a workpiece having at least one internal passage; depositing the contrast agent or an oxide thereof within the internal passage of the workpiece; inspecting the workpiece using a radiographic inspection technique; and removing the contrast agent from the internal passage of the workpiece, wherein contrast agent is tungsten or a salt or alloy thereof or osmium or a salt or alloy thereof, and wherein heating the workpiece oxidizes at least a portion of the contrast agent. applying a contrast slurry comprising a contrast agent to a workpiece having at least one internal passage; depositing the contrast agent or an oxide thereof within the internal passage of the workpiece; inspecting the workpiece using a radiographic inspection technique; and removing the contrast agent from the internal passage of the workpiece, wherein contrast agent is tungsten or a salt or alloy thereof or osmium or a salt or alloy thereof, and wherein heating the workpiece oxidizes at least a portion of the contrast agent.