mhurhangee/patent-ind-claim-en huggingface dataset:
An occlusal stent delivery catheter for delivering an implant through a viewing scope into a lung passageway, said catheter comprising: an elongate tubular shaft having a proximal end and a distal end , wherein the distal end is extendable beyond the distal end of the viewing scope and is configured to releasably hold the implant therein; a handle ; a positioning rod disposed within the elongate tubular shaft and fixedly attached to the handle; wherein the outer surface of the distal end comprises a plurality of markings which are visible from the viewing scope when the delivery catheter is extended therefrom to assist in positioning the distal end of the catheter in the lung passageway, and wherein the markings are located on the distal end such that the elongate shaft can be manipulated to align at least one marking with an anatomical feature to align the implant prior to being released. an elongate tubular shaft having a proximal end and a distal end , wherein the distal end is extendable beyond the distal end of the viewing scope and is configured to releasably hold the implant therein; a handle ; a positioning rod disposed within the elongate tubular shaft and fixedly attached to the handle; wherein the outer surface of the distal end comprises a plurality of markings which are visible from the viewing scope when the delivery catheter is extended therefrom to assist in positioning the distal end of the catheter in the lung passageway, and wherein the markings are located on the distal end such that the elongate shaft can be manipulated to align at least one marking with an anatomical feature to align the implant prior to being released.
A method for wireless communication in which a network device sends a primary synchronization signal and a secondary synchronization signal to a user equipment, the user equipment using the secondary synchronization signal to determine cell identification information, the method comprising: generating, by the network device, a primary synchronization signal sequence s ( n ) and a secondary synchronization signal sequence, wherein the primary synchronization signal sequence s ( n ) is based on a sequence c ( n ) , wherein the sequence c ( n ) is a m-sequence, and the secondary synchronization signal sequence is a Gold sequence based on a sequence f 1 ( n ) and a sequence f 2 ( n ), wherein the sequence f 1 ( n ) and the sequence f 2 ( n ) are m-sequences, and the sequence f 1 ( n ) has a same recursion formula as the sequence c ( n ); and mapping, by the network device, the primary synchronization signal sequence onto subcarriers of a first time unit to obtain the primary synchronization signal and mapping the secondary synchronization signal sequence onto subcarriers of a second time unit to obtain the secondary synchronization signal. generating, by the network device, a primary synchronization signal sequence s ( n ) and a secondary synchronization signal sequence, wherein the primary synchronization signal sequence s ( n ) is based on a sequence c ( n ) , wherein the sequence c ( n ) is a m-sequence, and the secondary synchronization signal sequence is a Gold sequence based on a sequence f 1 ( n ) and a sequence f 2 ( n ), wherein the sequence f 1 ( n ) and the sequence f 2 ( n ) are m-sequences, and the sequence f 1 ( n ) has a same recursion formula as the sequence c ( n ); and mapping, by the network device, the primary synchronization signal sequence onto subcarriers of a first time unit to obtain the primary synchronization signal and mapping the secondary synchronization signal sequence onto subcarriers of a second time unit to obtain the secondary synchronization signal.
Large mobile fan for mounting on a motor vehicle, a vehicle trailer or a platform; 1.1 having a housing and a fan wheel provided in or on the housing ; 1.2 having a lifting device for adjusting the height of the housing with the fan wheel relative to a base-side receptacle of the large fan , wherein 1.3 the lifting device has a base-side end for mounting on the receptacle and a housing-side end on which the housing with the fan wheel is mounted; and 1.4 the lifting device has a coupling gear in the form of a double rocker having at least two link arms , wherein each of the two link arms is connected at least indirectly with a first swivel joint at its first end on the base side to the receptacle and with a second swivel joint at its second end on the housing side to the housing with the fan wheel ; characterized in that 1.5 at least one of the two second swivel joints is connected to the housing with the fan wheel via a deflection lever which can be actuated by a linear actuator , wherein the deflection lever is of multi-link design and is connected on the one hand to the linear actuator in an articulated manner and on the other hand to the housing in an articulated manner. 1.1 having a housing and a fan wheel provided in or on the housing ; 1.2 having a lifting device for adjusting the height of the housing with the fan wheel relative to a base-side receptacle of the large fan , wherein 1.3 the lifting device has a base-side end for mounting on the receptacle and a housing-side end on which the housing with the fan wheel is mounted; and 1.4 the lifting device has a coupling gear in the form of a double rocker having at least two link arms , wherein each of the two link arms is connected at least indirectly with a first swivel joint at its first end on the base side to the receptacle and with a second swivel joint at its second end on the housing side to the housing with the fan wheel ; characterized in that 1.5 at least one of the two second swivel joints is connected to the housing with the fan wheel via a deflection lever which can be actuated by a linear actuator , wherein the deflection lever is of multi-link design and is connected on the one hand to the linear actuator in an articulated manner and on the other hand to the housing in an articulated manner.
A method for generating measurement-conformance feedback using a handheld dimensioning system , the method comprising: capturing by a dimensioning-system image-sensor at least one image of at least one object in a handheld dimensioning-system field-of-view; computing by a dimensioning-system processor using the at least one image a measurement geometry comprising the spatial relationship between the handheld dimensioning system and the at least one object; deriving by a dimensioning-system processor a measurement accuracy corresponding to the measurement geometry; identifying by a dimensioning-system processor at least one conformance criteria based on the measurement accuracy; obtaining by a dimensioning-system processor using the at least one image a volumetric measurement; comparing by a dimensioning-system processor the volumetric measurement to the conformance criteria for conformance; and generating by a dimensioning-system processor measurement-conformance feedback corresponding to the results of comparing the volumetric measurement to the conformance criteria, wherein, if the volumetric measurement does not comply with the conformance criteria, the measurement-conformance feedback comprises either an adjustment message with instructive prompts directing necessary spatial adjustments of the handheld dimensioning system relative to the at least one object for adjusting the measurement geometry, or an error message if no adjustment solution is obtained. capturing by a dimensioning-system image-sensor at least one image of at least one object in a handheld dimensioning-system field-of-view; computing by a dimensioning-system processor using the at least one image a measurement geometry comprising the spatial relationship between the handheld dimensioning system and the at least one object; deriving by a dimensioning-system processor a measurement accuracy corresponding to the measurement geometry; identifying by a dimensioning-system processor at least one conformance criteria based on the measurement accuracy; obtaining by a dimensioning-system processor using the at least one image a volumetric measurement; comparing by a dimensioning-system processor the volumetric measurement to the conformance criteria for conformance; and generating by a dimensioning-system processor measurement-conformance feedback corresponding to the results of comparing the volumetric measurement to the conformance criteria, wherein, if the volumetric measurement does not comply with the conformance criteria, the measurement-conformance feedback comprises either an adjustment message with instructive prompts directing necessary spatial adjustments of the handheld dimensioning system relative to the at least one object for adjusting the measurement geometry, or an error message if no adjustment solution is obtained.
A copolymer comprising a polymerized compound of 2-methyl-2-nitropropane-1,3-diyl bis(2-methylacrylate); 3-hydroxy-2-methyl-2-nitropropyl acrylate; 3-hydroxy-2-methyl-2-nitropropyl methacrylate; 2-ethyl-2-nitropropane-1,3-diyl bis(2-methylacrylate); 2-(hydroxymethyl)-2-nitrobutyl acrylate; 2-(hydroxymethyl)-2-nitrobutyl methacrylate; 3-hydroxy-2-(hydroxymethyl)-2-nitropropyl methacrylate; 2-((methacryloyloxy)methyl)-2-nitropropane-1,3-diyl bis(2-methylacrylate); 2-methyl-2-nitrobutyl acrylate; 2-methyl-2-nitrobutyl methacrylate; N-(2-methyl-2-nitropropyl)methacrylamide; N,N-bis(2-methyl-2-nitropropyl)acrylamide; N,N-bis(2-methyl-2-nitropropyl)methacrylamide; N-isopropyl-N-(2-nitrobutyl)acrylamide; or N-isopropyl-N-(2-nitrobutyl)methacrylamide.
Flow battery comprising: a flow cell including an anode and a cathode ; and a counter electrode ; and a controller configured to switch the counter electrode between a potential of the anode to attract shunt current depositions and a potential of the cathode to remove the shunt current depositions. a flow cell including an anode and a cathode ; and a counter electrode ; and a controller configured to switch the counter electrode between a potential of the anode to attract shunt current depositions and a potential of the cathode to remove the shunt current depositions.
Method for operating a brake system for motor vehicles with an electrically controllable pressure supply device comprising a cylinder-piston arrangement with a hydraulic pressure chamber and a piston displaceable by an electromechanical actuator, with a number of hydraulic wheel brakes, which are associated with at least one axle of the vehicle and which can be supplied with brake pressure by means of the hydraulic pressure chamber, and with a sensor for detecting the driver's braking intention, wherein the electromechanical actuator has a rotation-translation gearbox and an electric machine, characterized in that the electric machine is implemented as an electronically commutated synchronous machine comprising a stator with at least two, in particular three, phase windings, a rotor having at least one permanent magnet, and at least one rotor position sensor, wherein - a torque-forming current (iq) and a magnetic field attenuation current (id) are regulated in a coordinate system that is fixed relative to the rotor, wherein voltages in the coordinate system that is fixed relative to the rotor are determined as control variables and are transformed using the measured rotor position into a voltage vector that gives a voltage to be applied for each phase winding of the stator, and - a target value for the magnetic field attenuation current (id) is limited to a maximum value, according to the measured speed of the rotor, which is determined from a predetermined characteristic field, wherein - the target value for the magnetic field attenuation current is limited to a minimum value that is predetermined according to the measured speed, - a target value for the magnetic field attenuation current is determined according to the measured speed of the rotor from a first predetermined characteristic field, and wherein - the target value for the magnetic field attenuation current is adapted or scaled using the ratio between a reference voltage and a present supply voltage. - a torque-forming current (iq) and a magnetic field attenuation current (id) are regulated in a coordinate system that is fixed relative to the rotor, wherein voltages in the coordinate system that is fixed relative to the rotor are determined as control variables and are transformed using the measured rotor position into a voltage vector that gives a voltage to be applied for each phase winding of the stator, and - a target value for the magnetic field attenuation current (id) is limited to a maximum value, according to the measured speed of the rotor, which is determined from a predetermined characteristic field, wherein - the target value for the magnetic field attenuation current is limited to a minimum value that is predetermined according to the measured speed, - a target value for the magnetic field attenuation current is determined according to the measured speed of the rotor from a first predetermined characteristic field, and wherein - the target value for the magnetic field attenuation current is adapted or scaled using the ratio between a reference voltage and a present supply voltage.
A method of wireless communication performed by a user equipment, UE , comprising: determining (350; 410) that a first physical downlink control channel, PDCCH, candidate and a second PDCCH candidate in a control resource set, CORESET, are aligned with each other, wherein the first PDCCH candidate is a common search space, CSS, candidate and the second PDCCH candidate is a UE-specific search space, UESS, candidate; and decoding (360; 420) downlink control information in accordance with a rule indicating whether the downlink control information is to be decoded in accordance with the CSS candidate or the UESS candidate, characterised in that the rule indicates that the downlink control information is to be decoded in accordance with the CSS candidate when the downlink control information, when decoded, is not distinguishable as associated with the CSS candidate or the UESS candidate and the CORESET is a CORESET #o . determining (350; 410) that a first physical downlink control channel, PDCCH, candidate and a second PDCCH candidate in a control resource set, CORESET, are aligned with each other, wherein the first PDCCH candidate is a common search space, CSS, candidate and the second PDCCH candidate is a UE-specific search space, UESS, candidate; and decoding (360; 420) downlink control information in accordance with a rule indicating whether the downlink control information is to be decoded in accordance with the CSS candidate or the UESS candidate, characterised in that the rule indicates that the downlink control information is to be decoded in accordance with the CSS candidate when the downlink control information, when decoded, is not distinguishable as associated with the CSS candidate or the UESS candidate and
A system comprising: a communication gateway unit, CGU, located at a first location of a vehicle including a communication processor-circuit , a first power supply , and a first data interface ; a remote wireless transceiver unit, RWTU, located at a second location of the vehicle including a second data interface coupled to the first data interface using two or more data links, a power interface coupling the first power supply to the remote wireless transceiver unit using two or more power lines, and one or more wireless transceivers coupled to one or more antennas (215a-215c) on the vehicle, wherein the second location is closer to each of the one or more antennas than the first location; and one or more storage devices storing instructions that when executed by the communication processor-circuit, cause the communication processor-circuit to perform operations comprising detecting a loss or disruption of a first data link between the first data interface and the second data interface, and in response to the detection of the loss or disruption of the first data link, selecting a second data link to transfer data between the first data interface and the second data interface. a communication gateway unit, CGU, located at a first location of a vehicle including a communication processor-circuit , a first power supply , and a first data interface ; a communication processor-circuit , a first power supply , and a first data interface ; a remote wireless transceiver unit, RWTU, located at a second location of the vehicle including a second data interface coupled to the first data interface using two or more data links, a power interface coupling the first power supply to the remote wireless transceiver unit using two or more power lines, and one or more wireless transceivers coupled to one or more antennas (215a-215c) on the vehicle, wherein the second location is closer to each of the one or more antennas than the first location; and a second data interface coupled to the first data interface using two or more data links, a power interface coupling the first power supply to the remote wireless transceiver unit using two or more power lines, and one or more wireless transceivers coupled to one or more antennas (215a-215c) on the vehicle, wherein the second location is closer to each of the one or more antennas than the first location; and one or more storage devices storing instructions that when executed by the communication processor-circuit, cause the communication processor-circuit to perform operations comprising detecting a loss or disruption of a first data link between the first data interface and the second data interface, and in response to the detection of the loss or disruption of the first data link, selecting a second data link to transfer data between the first data interface and the second data interface. detecting a loss or disruption of a first data link between the first data interface and the second data interface, and in response to the detection of the loss or disruption of the first data link, selecting a second data link to transfer data between the first data interface and the second data interface.
A topical pharmaceutical composition for use in wound healing by inducing a favorable epidermal physiological response, comprising digestive enzymes and optionally one or more excipients, wherein said digestive enzymes comprise a protease, a lipase, and an amylase, wherein the ratio (in U.S.P. units) of protease to lipase to amylase is 7: 1: 4 and wherein said composition comprises a sufficient amount of said protease, said lipase and said amylase to induce a favorable epidermal physiological response.
A method for treating a feed stream comprising a hydrocarbon liquid and an aqueous-based liquid, comprising: introducing the feed stream to an inlet of a vessel containing a media composite of uniformly shaped particles of exactly the same shape and size or substantially the same shape and size, each particle comprising a single phase composite of two compounds that are distributed in a uniform ratio or in a substantially uniform ratio so that any portion of the composite exhibits the same ratio of the two compounds, said two compounds comprising a cellulose-based material and a polymer; and contacting the feed stream with the media composite to produce a treated stream, the treated stream comprising a predetermined target concentration of the hydrocarbon liquid, wherein contacting the feed stream with the media composite comprises filtering the feed stream, wherein the predetermined target concentration of hydrocarbon liquid of the treated stream is less than a concentration of hydrocarbon liquid in the feed stream. introducing the feed stream to an inlet of a vessel containing a media composite of uniformly shaped particles of exactly the same shape and size or substantially the same shape and size, each particle comprising a single phase composite of two compounds that are distributed in a uniform ratio or in a substantially uniform ratio so that any portion of the composite exhibits the same ratio of the two compounds, said two compounds comprising a cellulose-based material and a polymer; and contacting the feed stream with the media composite to produce a treated stream, the treated stream comprising a predetermined target concentration of the hydrocarbon liquid, wherein contacting the feed stream with the media composite comprises filtering the feed stream, wherein the predetermined target concentration of hydrocarbon liquid of the treated stream is less than a concentration of hydrocarbon liquid in the feed stream.
A method of generating haptics for a video , comprising: tracking motion of an object in the video, the video including a plurality of image frames; performing image processing on the plurality of image frames; detecting an event based on the image processing to generate a detected event; obtaining sensor information associated with the plurality of image frames, the sensor information including one or more sensor measurements of the motion of the object; generating a first estimate of the motion of the object based on the plurality of image frames and a second estimate of the motion of the object based on the one or more sensor measurements; updating the first estimate of the motion of the object with the second estimate of the motion of the object to generate an updated first estimate, and providing a control signal based on the detected event and the updated first estimate or updating the second estimate of the motion of the object with the first estimate of the motion of the object to generate an updated second estimate, and providing the control signal based on the detected event and the updated second estimate, the control signal being configured to cause haptic feedback for the motion of the object in the video; and providing the haptic feedback based on the control signal, the providing of the haptic feedback occurring in synchronization with the motion of the object in the video. tracking motion of an object in the video, the video including a plurality of image frames; performing image processing on the plurality of image frames; detecting an event based on the image processing to generate a detected event; obtaining sensor information associated with the plurality of image frames, the sensor information including one or more sensor measurements of the motion of the object; generating a first estimate of the motion of the object based on the plurality of image frames and a second estimate of the motion of the object based on the one or more sensor measurements; updating the first estimate of the motion of the object with the second estimate of the motion of the object to generate an updated first estimate, and providing a control signal based on the detected event and the updated first estimate or updating the second estimate of the motion of the object with the first estimate of the motion of the object to generate an updated second estimate, and providing the control signal based on the detected event and the updated second estimate, the control signal being configured to cause haptic feedback for the motion of the object in the video; and providing the haptic feedback based on the control signal, the providing of the haptic feedback occurring in synchronization with the motion of the object in the video.