mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining capability of a terminal, the method comprising: sending , by the terminal, at least one piece of capability indication information to a network, wherein the network is a New Radio, NR, access network or a Long Term Evolution, LTE, network, characterized in that the at least one piece of capability indication information indicating whether the terminal supports measurement for at least one of a first frequency layer or a second frequency layer and reporting of a measurement result, wherein the at least one piece of capability indication information comprises: sixth capability indication information for indicating that the terminal supports early measurement in the NR and reporting of a measurement result, when the network is the NR access network; and eighth capability indication information for indicating whether the terminal supports a second measurement performed for Multi-Radio Access Technology Dual Connectivity, MR-DC, quick configuration and reporting of the measurement result, wherein the eighth capability indication information is carried in a Dual Connectivity, DC, container which is decodable for both NR and LTE. sending , by the terminal, at least one piece of capability indication information to a network, wherein the network is a New Radio, NR, access network or a Long Term Evolution, LTE, network, characterized in that the at least one piece of capability indication information indicating whether the terminal supports measurement for at least one of a first frequency layer or a second frequency layer and reporting of a measurement result, wherein the at least one piece of capability indication information comprises: sixth capability indication information for indicating that the terminal supports early measurement in the NR and reporting of a measurement result, when the network is the NR access network; and eighth capability indication information for indicating whether the terminal supports a second measurement performed for Multi-Radio Access Technology Dual Connectivity, MR-DC, quick configuration and reporting of the measurement result, wherein the eighth capability indication information is carried in a Dual Connectivity, DC, container which is decodable for both NR and LTE. sixth capability indication information for indicating that the terminal supports early measurement in the NR and reporting of a measurement result, when the network is the NR access network; and eighth capability indication information for indicating whether the terminal supports a second measurement performed for Multi-Radio Access Technology Dual Connectivity, MR-DC, quick configuration and reporting of the measurement result, wherein the eighth capability indication information is carried in a Dual Connectivity, DC, container which is decodable for both NR and LTE.
A data processing method for multiplying a first operand comprising a plurality of X-bit portions and a second operand comprising at least one Y-bit portion, comprising: generating a plurality of partial products, each partial product comprising a product of a selected X-bit portion of the first operand and a selected Y-bit portion of the second operand; for each partial product, converting the partial product to a redundant representation in dependence on significance indicating information indicative of a significance of the partial product, wherein in said redundant representation the partial product is represented using a plurality of N-bit portions, where in a group of at least two adjacent N-bit portions of the redundant representation, a plurality of overlap bits of a lower N-bit portion of the group have a same significance as a plurality of least significant bits of at least one upper N-bit portion of the group; and adding the plurality of partial products represented in the redundant representation. generating a plurality of partial products, each partial product comprising a product of a selected X-bit portion of the first operand and a selected Y-bit portion of the second operand; for each partial product, converting the partial product to a redundant representation in dependence on significance indicating information indicative of a significance of the partial product, wherein in said redundant representation the partial product is represented using a plurality of N-bit portions, where in a group of at least two adjacent N-bit portions of the redundant representation, a plurality of overlap bits of a lower N-bit portion of the group have a same significance as a plurality of least significant bits of at least one upper N-bit portion of the group; and adding the plurality of partial products represented in the redundant representation.
An actuator comprising: a motor controller ; a motor drive configured to receive power from a power source and to receive a command from the motor controller ; at least one motor winding configured to receive a voltage from the motor drive ; at least one or more sensors configured to detect a parameter associated with the actuator and communicate at least one signal containing information about the detected parameter to the motor controller ; and a bus dump circuit having a resistor, the circuit configured to dissipate regenerative energy; wherein the motor controller is configured to process the at least one signal from the one or more sensors and provide control of the actuator ; and characterized in that the actuator is configured to apply an additive regeneration dissipation control, RDC, voltage to the command from the motor controller , wherein the additive RDC voltage is configured to be adjusted using the temperature of the resistor in the bus dump circuit . a motor controller ; a motor drive configured to receive power from a power source and to receive a command from the motor controller ; at least one motor winding configured to receive a voltage from the motor drive ; at least one or more sensors configured to detect a parameter associated with the actuator and communicate at least one signal containing information about the detected parameter to the motor controller ; and a bus dump circuit having a resistor, the circuit configured to dissipate regenerative energy; wherein the motor controller is configured to process the at least one signal from the one or more sensors and provide control of the actuator ; and characterized in that the actuator is configured to apply an additive regeneration dissipation control, RDC, voltage to the command from the motor controller , wherein the additive RDC voltage is configured to be adjusted using the temperature of the resistor in the bus dump circuit .
Method for producing a fitting component for personal fall protection equipment, comprising the steps: providing a support structure made of a first plastic material ; winding a fiber in a plurality of windings on the support structure ; and covering the fiber and the support structure with a second plastic material in such a way that the fitting component comprising the fiber and the support structure and corresponding to the core of the windings an opening in the fitting component is obtained. providing a support structure made of a first plastic material ; winding a fiber in a plurality of windings on the support structure ; and covering the fiber and the support structure with a second plastic material in such a way that the fitting component comprising the fiber and the support structure and corresponding to the core of the windings an opening in the fitting component is obtained.
A method performed by an antenna circuit comprising: generating a pair of signals using a baseband digital circuit; transmitting a pair of radio frequency, RF, signals related to the pair of signals using a pair of RF transmitters coupled to the baseband digital circuit (step 3510); amplifying the pair of RF signals using a pair of power amplifiers, PAs, coupled to the RF transmitters (step 3520); phase shifting the amplified pair of RF signals with a phase difference of 90° or 180° by using a 90° or 180° hybrid coupler (step 3530); polarizing the phase shifted signals at two different polarizations using single-column cross-polarized antennas coupled to the PAs; tilting the polarized signals at different down tilt angles using the single-column cross-polarized antennas (step 3540); and sending the tilted polarized signals as RF beams using the single-column cross-polarized antennas (step 3540).
A balloon catheter , comprising: a shaft configured for insertion into a heart of a patient; a balloon made of an expandable membrane , which is fitted at a distal end of the shaft ; a flexible substrate , which is disposed on the membrane ; one or more electrodes , which are disposed over the flexible substrate and have a fishbone configuration; and one or more radiopaque flags , which are coupled to the expandable membrane , the one or more radiopaque flags include a serpentine pattern so that the radiopaque flags fold in conformance with flexible substrate as the expandable membrane is collapsed into a compressed or folded configuration. a shaft configured for insertion into a heart of a patient; a balloon made of an expandable membrane , which is fitted at a distal end of the shaft ; a flexible substrate , which is disposed on the membrane ; one or more electrodes , which are disposed over the flexible substrate and have a fishbone configuration; and one or more radiopaque flags , which are coupled to the expandable membrane , the one or more radiopaque flags include a serpentine pattern so that the radiopaque flags fold in conformance with flexible substrate as the expandable membrane is collapsed into a compressed or folded configuration.
A computer-implemented method of providing URL-based anti-phishing services, comprising: identifying a plurality of URLs that lack a reliable phishing-related reputation; queueing the URLs in a first-in-first-out full analysis queue, the queue for ordering URLs for full analysis; periodically identifying within the full analysis queue a batch of URLs that have not received an initial analysis; subjecting a URL of the batch to an initial analysis, the initial analysis being less thorough than the full analysis, wherein the initial analysis comprises comparing a web page of the URL to a web page of a known phishing target; and according to the initial analysis, determining that the URL is potentially to a phishing website and accelerating the URL's priority in the full analysis queue. identifying a plurality of URLs that lack a reliable phishing-related reputation; queueing the URLs in a first-in-first-out full analysis queue, the queue for ordering URLs for full analysis; periodically identifying within the full analysis queue a batch of URLs that have not received an initial analysis; subjecting a URL of the batch to an initial analysis, the initial analysis being less thorough than the full analysis, wherein the initial analysis comprises comparing a web page of the URL to a web page of a known phishing target; and according to the initial analysis, determining that the URL is potentially to a phishing website and accelerating the URL's priority in the full analysis queue.
A method for replacing wind turbine components, characterised in that it comprises: a) Moving the components to be replaced and a telescopic structure , made up of two segments (3.1 and 3.2), closer to the tower , b) Placing around the base of the tower a series of collars which are horizontal, adjustable, able to be fastened and moved on the tower, in a number greater than or equal to that of the mobile segments (3.1,3.2) of the telescopic structure, each of the collars of which is connected to a mobile segmeni (3.1,3.2) of the telescopic structure. c) Situating the telescopic structure in the vertical position, together with the tower , and fastening it to said tower, at least through the lower segment (3.1), by means of webbings mounted around the tower and adjustable tension rods connecting the webbings to the lower segment (3.1). d) Lifting the telescopic structure , by means of rolling the collars connected to the segments of said telescopic structure on the tower, until it reaches the tower head ; e) then proceeding to lower the component to be replaced and raise the new component, through said telescopic structure wherein the raising or lowering of the telescopic structure is carried out by means of fastening, releasing and alternating movements on the tower of the two segments (3.1 and 3.2) which make up the telescopic structure. a) Moving the components to be replaced and a telescopic structure , made up of two segments (3.1 and 3.2), closer to the tower , b) Placing around the base of the tower a series of collars which are horizontal, adjustable, able to be fastened and moved on the tower, in a number greater than or equal to that of the mobile segments (3.1,3.2) of the telescopic structure, each of the collars of which is connected to a mobile segmeni (3.1,3.2) of the telescopic structure. c) Situating the telescopic structure in the vertical position, together with the tower , and fastening it to said tower, at least through the lower segment (3.1), by means of webbings mounted around the tower and adjustable tension rods connecting the webbings to the lower segment (3.1). d) Lifting the telescopic structure , by means of rolling the collars connected to the segments of said telescopic structure on the tower, until it reaches the tower head ; e) then proceeding to lower the component to be replaced and raise the new component, through said telescopic structure wherein the raising or lowering of the telescopic structure is carried out by means of fastening, releasing and alternating movements on the tower of the two segments (3.1 and 3.2) which make up the telescopic structure.
A filter component formed of a cylindrical nonwoven fabric having a center axis (CL), and having a plurality of polygon-shaped cross-sections which are a same shape that are formed side by side at predetermined intervals along the center axis, each side of each of the polygons being formed by a mountain fold part on a plane perpendicular to the center axis, characterized in that in the plurality of polygon-shaped cross-sections, among polygons that are adjacent to each other, each vertex (11-20) of one polygon is connected by a mountain fold part to each vertex (11-20) of another polygon, respectively, wherein a valley fold part is formed between adjacent mountain fold parts among the mountain fold parts connecting each vertex of the one polygon with each vertex of the another polygon, and the mountain fold part and the valley fold part are connected at one vertex in the one polygon, and the valley fold part is connected to a vertex neighboring a vertex in the another polygon to which the mountain fold part is connected, and wherein the valley fold part is formed at an inclination with respect to the center axis (CL).
A secondary battery, comprising an electrode assembly, a case , a top cover , an electrode terminal , and a connecting piece , wherein the electrode assembly comprises an electrode plate comprising: a current collector ; an active material layer ; a conductive structure ; a first protective layer ; and a third protective layer , wherein the current collector comprises an insulating layer and a conductive layer disposed on the insulating layer , the conductive layer includes a main body portion and a protrusion portion connected to the main body portion , a surface of the main body portion facing away from the insulating layer is covered by the active material layer , and a surface of the protrusion portion facing away from the insulating layer is uncovered by the active material layer , the conductive structure is welded to the protrusion portion and thus a welded zone (W) is formed, the first protective layer has elasticity, and the first protective layer is disposed on a side of the protrusion portion facing away from the insulating layer and is located between the welded zone (W) and the active material layer , and the third protective layer covers a surface of the welded zone (W) facing away from the protrusion portion . a current collector ; an active material layer ; a conductive structure ; a first protective layer ; and a third protective layer , wherein the current collector comprises an insulating layer and a conductive layer disposed on the insulating layer , the conductive layer includes a main body portion and a protrusion portion connected to the main body portion , a surface of the main body portion facing away from the insulating layer is covered by the active material layer , and a surface of the protrusion portion facing away from the insulating layer is uncovered by the active material layer , the conductive structure is welded to the protrusion portion and thus a welded zone (W) is formed, the first protective layer has elasticity, and the first protective layer is disposed on a side of the protrusion portion facing away from the insulating layer and is located between the welded zone (W) and the active material layer , and the third protective layer covers a surface of the welded zone (W) facing away from the protrusion portion .
An apparatus for reduction of transmitter originated common mode signal in a wired data communication link where common mode signal forming a source of electromagnetic radiation, the apparatus comprising: a digital front-end configured to generate a differential transmit signal based on transmit data , the digital front-end being further configured to pulse-shape the differential transmit signal by a pulse-shaping filter to obtain a pulse-shaped differential transmit signal , wherein the digital front-end comprises a compensation filter configured to filter the differential transmit signal in order to reduce a common mode signal distortion; an analog front-end configured to convert the pulse-shaped differential transmit signal into an analog signal representing the pulse-shaped differential transmit signal for transmission over the wired data communication link ; a common mode signal detector configured to detect a common mode signal in the analog signal ; and a filter coefficient determiner configured to determine filter coefficients of the compensation filter based on the detected common mode signal for common mode signal reduction, and to provide the filter coefficients to the compensation filter . a digital front-end configured to generate a differential transmit signal based on transmit data , the digital front-end being further configured to pulse-shape the differential transmit signal by a pulse-shaping filter to obtain a pulse-shaped differential transmit signal , wherein the digital front-end comprises a compensation filter configured to filter the differential transmit signal in order to reduce a common mode signal distortion; an analog front-end configured to convert the pulse-shaped differential transmit signal into an analog signal representing the pulse-shaped differential transmit signal for transmission over the wired data communication link ; a common mode signal detector configured to detect a common mode signal in the analog signal ; and a filter coefficient determiner configured to determine filter coefficients of the compensation filter based on the detected common mode signal for common mode signal reduction, and to provide the filter coefficients to the compensation filter .
An automatic method for determining a physical end-of-travel position (zphys) of a reeve-block of a crane which may be moved in ascent and in descent by means of a lifting cable , said reeve-block being suspended by the lifting cable from a distribution trolley , said automatic method being characterized in that it comprises an ascent phase (P1) of the reeve-block during which a force (F) on a strand of the lifting cable is measured by a monitoring device , said physical end-of-travel position (zphys), which corresponds to a position in which the reeve-block is physically in contact with the distribution trolley , being reached and determined depending on a variation of the force (F) on the strand of the lifting cable .
A noise reducing device for an aircraft turbine engine, this device having a structure in the form of a stack of layers such that a first and a second skin made of composite material form a first and a second outer layers , the first and second outer layers being substantially parallel to one another, the first and second outer layers enclosing a central layer having a honeycomb structure comprising partitions extending transversely from the first outer layer to the second outer layer , so as to form cavities , characterized in that the partitions of the honeycomb structure of the central layer are made of viscoelastic material, and in that said partitions form, with the first and second outer layers , an acute angle of inclination (α), each partition of the central layer has a thickness comprised between 3 and 7 mm.
An implantable biomedical probe (100; 120; 402), comprising: a substrate (110; 502); one or more metallic coils (112; 122, 124; 506, 508, 510) positioned above the substrate, wherein a respective metallic coil is configured to generate an electromagnetic field in response to an alternating current flowing through the metallic coil; and a smart polymer layer positioned above the metallic coils, wherein the smart polymer layer comprises at least one photo-switching magnetic material that changes magnetic susceptibility in response to optical stimuli. a substrate (110; 502); one or more metallic coils (112; 122, 124; 506, 508, 510) positioned above the substrate, wherein a respective metallic coil is configured to generate an electromagnetic field in response to an alternating current flowing through the metallic coil; and a smart polymer layer positioned above the metallic coils, wherein the smart polymer layer comprises at least one photo-switching magnetic material that changes magnetic susceptibility in response to optical stimuli.
Household appliance apparatus, in particular a cooking appliance apparatus, having at least one switch driver unit which is provided so as to supply at least one switching unit , and having a bootstrap unit which is provided so as to provide at least one supply voltage for the switch driver unit , and having at least one adapting unit which is provided so as in at least one operating state to adapt the supply voltage in dependence upon at least one electrical switch driver parameter of the switch driver unit , characterised in that the adapting unit has a detecting unit which is provided so as to detect the switch driver parameter.