mhurhangee/patent-ind-claim-en huggingface dataset:
A system for fabricating a composite part for a section of a fuselage using a full-barrel mandrel , the system comprising: a spindle that rotates the full-barrel mandrel about a longitudinal axis of the spindle through a plurality of angular positions; a component station that places components on the full-barrel mandrel at a first angular position (A1) of the plurality of angular positions; a preform station that places preforms on the full-barrel mandrel at a second angular position (A2) of the plurality of angular positions; and a skin station comprising end effectors that place one or more skin layers on the full-barrel mandrel at a third angular position (A3) of the plurality of angular positions. a spindle that rotates the full-barrel mandrel about a longitudinal axis of the spindle through a plurality of angular positions; a component station that places components on the full-barrel mandrel at a first angular position (A1) of the plurality of angular positions; a preform station that places preforms on the full-barrel mandrel at a second angular position (A2) of the plurality of angular positions; and a skin station comprising end effectors that place one or more skin layers on the full-barrel mandrel at a third angular position (A3) of the plurality of angular positions.
An isolated polypeptide with lipase activity, comprising a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2 or SEQ ID NO: 6.
A switching device controller configured to control a power semiconductor switching device comprising: a pair of configuration data storage areas for a said switching device controller , each having at least one configuration register for storing data defining a configuration of the switching device controller, wherein a configuration of said switching device controller is controlled by data in a first, active area of said pair of configuration data storage areas ; means for receiving a switching control data packet; means for identifying, by one or more flags, bits within the switching control data packet,; whether said switching control data packet is a non-real time data packet bearing configuration data for an updated configuration of a said switching device controller or whether said switching control data packet is a real time action command to change said configuration data; means for writing said configuration data into a second, non-active area of said pair of configuration data storage areas, when said switching control data packet was identified as a non-real time data packet bearing said configuration data; and means for swapping control of or copy said configuration of the switching device controller between said first and second configuration data storage areas to activate said updated; configuration for the switching device controller, when said switching control data packet was identified as said real-time action command to change the configuration data. a pair of configuration data storage areas for a said switching device controller , each having at least one configuration register for storing data defining a configuration of the switching device controller, wherein a configuration of said switching device controller is controlled by data in a first, active area of said pair of configuration data storage areas ; means for receiving a switching control data packet; means for identifying, by one or more flags, bits within the switching control data packet,; whether said switching control data packet is a non-real time data packet bearing configuration data for an updated configuration of a said switching device controller or whether said switching control data packet is a real time action command to change said configuration data; means for writing said configuration data into a second, non-active area of said pair of configuration data storage areas, when said switching control data packet was identified as a non-real time data packet bearing said configuration data; and means for swapping control of or copy said configuration of the switching device controller between said first and second configuration data storage areas to activate said updated; configuration for the switching device controller, when said switching control data packet was identified as said real-time action command to change the configuration data.
An endoscopic system for use in a controlled light environment comprising: an endoscope comprising a lumen and an image sensor located at a distal end of the endoscope; an emitter; a fiber optic cable; a control circuit in electronic communication with the image sensor and the emitter; wherein the image sensor comprises: an oscillator located on the image sensor; and data pads , wherein the area of the image sensor is reduced by not having a dedicated synchronization clock pad; wherein the image sensor is configured to have a frame period that is divided into three defined phases: a rolling-readout phase during which the image sensor is configured to output image data through each of the data pads , a service-line phase during which the image sensor is configured to output non-image data through each of the data pads , and a configuration phase during which the image sensor is configured to receive the instruction data through each of the data pads , wherein signal transitions are encoded within the output data from the image sensor in correspondence to the phases. an endoscope comprising a lumen and an image sensor located at a distal end of the endoscope; an emitter; a fiber optic cable; a control circuit in electronic communication with the image sensor and the emitter; wherein the image sensor comprises: an oscillator located on the image sensor; and data pads , wherein the area of the image sensor is reduced by not having a dedicated synchronization clock pad; an oscillator located on the image sensor; and data pads , wherein the area of the image sensor is reduced by not having a dedicated synchronization clock pad; wherein the image sensor is configured to have a frame period that is divided into three defined phases: a rolling-readout phase during which the image sensor is configured to output image data through each of the data pads , a service-line phase during which the image sensor is configured to output non-image data through each of the data pads , and a configuration phase during which the image sensor is configured to receive the instruction data through each of the data pads , a rolling-readout phase during which the image sensor is configured to output image data through each of the data pads , a service-line phase during which the image sensor is configured to output non-image data through each of the data pads , and a configuration phase during which the image sensor is configured to receive the instruction data through each of the data pads , wherein signal transitions are encoded within the output data from the image sensor in correspondence to the phases.
A method comprising: determining that a user is playing back a media asset on a user equipment; receiving a suspend command on the user equipment, wherein, at a time when the suspend command is received, there is a remaining runtime of the media asset that has not yet played back to the user ; determining, in response to receiving the suspend command, that the user is scheduled to attend an imminent event that has an event start time beginning within a period of time that is shorter than an imminence threshold ; determining whether an event start time of the event has been delayed beyond the event start time ; and in response to determining that the event start time has been delayed, continuing to generate for display the media asset notwithstanding receipt of the suspend command . determining that a user is playing back a media asset on a user equipment; receiving a suspend command on the user equipment, wherein, at a time when the suspend command is received, there is a remaining runtime of the media asset that has not yet played back to the user ; determining, in response to receiving the suspend command, that the user is scheduled to attend an imminent event that has an event start time beginning within a period of time that is shorter than an imminence threshold ; determining whether an event start time of the event has been delayed beyond the event start time ; and in response to determining that the event start time has been delayed, continuing to generate for display the media asset notwithstanding receipt of the suspend command .
An ultrasound diagnosis apparatus comprising: an ultrasound probe having a transducer array ; an imaging unit configured to perform transmission and reception of an ultrasonic beam from the transducer array toward a subject, into which contrast media including microbubbles is introduced, and to generate an ultrasound image of the subject from a reception signal outputted by the transducer array; a display unit configured to display the ultrasound image generated by the imaging unit ; a bubble tracking unit configured to track movement of the microbubbles based on the ultrasound image generated by the imaging unit corresponding to one cross section of the subject to acquire trajectories of the microbubbles in the one cross section and displays the acquired trajectories on the display unit ; and a feature point detection unit configured to detect, as a feature point (P, P3, P4, P5, P6, P7, P8, P9, P10, P11, P12), a trajectory, in which a distance between a start point and an end point in a prescribed time range is less than a prescribed value, among the trajectories of the microbubbles acquired by the bubble tracking unit and displays the detected feature point on the display unit ; wherein the prescribed time range is an elapsed time from the start to the end of the tracking of the microbubble or a time for which the microbubble is being tracked, and wherein the start point is a position of the microbubble at the time of the start of the tracking and the end point is a position of the microbubble at the time of the end of the tracking. an ultrasound probe having a transducer array ; an imaging unit configured to perform transmission and reception of an ultrasonic beam from the transducer array toward a subject, into which contrast media including microbubbles is introduced, and to generate an ultrasound image of the subject from a reception signal outputted by the transducer array; a display unit configured to display the ultrasound image generated by the imaging unit ; a bubble tracking unit configured to track movement of the microbubbles based on the ultrasound image generated by the imaging unit corresponding to one cross section of the subject to acquire trajectories of the microbubbles in the one cross section and displays the acquired trajectories on the display unit ; and a feature point detection unit configured to detect, as a feature point (P, P3, P4, P5, P6, P7, P8, P9, P10, P11, P12), a trajectory, in which a distance between a start point and an end point in a prescribed time range is less than a prescribed value, among the trajectories of the microbubbles acquired by the bubble tracking unit and displays the detected feature point on the display unit ; wherein the prescribed time range is an elapsed time from the start to the end of the tracking of the microbubble or a time for which the microbubble is being tracked, and wherein the start point is a position of the microbubble at the time of the start of the tracking and the end point is a position of the microbubble at the time of the end of the tracking.
A User Equipment, UE , comprising: a controller configured to set, in a registration request message, first identification information, a Mobile Station Classmark 2, and supported codecs, in a case that the UE supports Single Radio Voice Call Continuity, SRVCC, from a Next Generation Radio Access Network, NG-RAN, to a Universal Terrestrial Radio Access Network, UTRAN; and a transmission and reception unit configured to transmit the registration request message to a core network , in a case that (i) the UE supports the SRVCC from the NG-RAN to the UTRAN, and (ii) the UE changes at least the supported codecs, wherein the first identification information is capability information indicating support of the SRVCC from the NG-RAN to the UTRAN. a controller configured to set, in a registration request message, first identification information, a Mobile Station Classmark 2, and supported codecs, in a case that the UE supports Single Radio Voice Call Continuity, SRVCC, from a Next Generation Radio Access Network, NG-RAN, to a Universal Terrestrial Radio Access Network, UTRAN; and a transmission and reception unit configured to transmit the registration request message to a core network , in a case that (i) the UE supports the SRVCC from the NG-RAN to the UTRAN, and (ii) the UE changes at least the supported codecs, wherein the first identification information is capability information indicating support of the SRVCC from the NG-RAN to the UTRAN.
An environmental control system of an aircraft comprising: a compressing device including: a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a dehumidification system in fluid communication with the turbine; and a first bypass valve (V2) configured to divert at least a portion of the flow of the first medium output from the compressor around the turbine; and a second bypass valve configured to divert at least a portion of the flow of first medium output from the compressor to the second turbine; wherein the first medium is fresh or outside ambient air; and wherein the second medium is bleed air. a compressing device including: a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a compressor and a turbine configured to receive a flow of first medium sequentially; and a second turbine arranged in fluid communication with an outlet of the compressor, the second turbine being configured to receive a flow of second medium distinct from the first medium; a dehumidification system in fluid communication with the turbine; and a first bypass valve (V2) configured to divert at least a portion of the flow of the first medium output from the compressor around the turbine; and a second bypass valve configured to divert at least a portion of the flow of first medium output from the compressor to the second turbine; wherein the first medium is fresh or outside ambient air; and wherein the second medium is bleed air.
An inductive component comprising: a ferrite core with a yoke body having a longitudinal dimension, a lateral dimension and a vertical dimension, each oriented perpendicular to each other, wherein the longitudinal dimension is greater than at least one of the vertical dimension and the lateral dimension; and at least one winding (W) across the ferrite core ; a support structure , wherein the ferrite core is supported by the support structure , wherein a positioning structure and an elongated alignment structure different from the positioning structure are provided in a side surface of the yoke body , wherein a maximum dimension of the alignment structure is oriented transverse to a direction perpendicular to a connecting direction between the positioning structure and the alignment structure , wherein the positioning structure and the alignment structure are spaced apart along the longitudinal dimension between 5% and 75% of the longitudinal dimension, the positioning structure engaging a positioning member provided at the support structure and the alignment structure engaging an alignment member provided at the support structure characterised in that the positioning member and the alignment member are each formed as a cylindrical or conical or polyhedral pin. a ferrite core with a yoke body having a longitudinal dimension, a lateral dimension and a vertical dimension, each oriented perpendicular to each other, wherein the longitudinal dimension is greater than at least one of the vertical dimension and the lateral dimension; and at least one winding (W) across the ferrite core ; a support structure , wherein the ferrite core is supported by the support structure , wherein a positioning structure and an elongated alignment structure different from the positioning structure are provided in a side surface of the yoke body , wherein a maximum dimension of the alignment structure is oriented transverse to a direction perpendicular to a connecting direction between the positioning structure and the alignment structure , wherein the positioning structure and the alignment structure are spaced apart along the longitudinal dimension between 5% and 75% of the longitudinal dimension, the positioning structure engaging a positioning member provided at the support structure and the alignment structure engaging an alignment member provided at the support structure characterised in that the positioning member and the alignment member are each formed as a cylindrical or conical or polyhedral pin.
A tunnel washing system for soiled laundry comprising: a housing including a helix defining a plurality of modules and a plurality of seals (208a-208c), the helix and the plurality of seals defining a pre-wash zone , a main wash zone , and a rinse zone , each of the zones having a plurality of modules (1-14), the pre-wash zone having a fluid feed line , the main wash zone having a fluid feed line and a wash water drain and the rinse zone having a fresh water feed line and a rinse water drain ; a press downstream of the rinse zone for receiving soiled laundry from the plurality of modules , the press being coupled to a press tank configured to receive and store therein soiled press water from the press ; and characterized by a recirculation line coupled to the press tank and configured to receive a portion of the soiled press water, the recirculation line including an integrated fluid sanitizer module configured to sanitize the portion of the soiled press water, wherein the recirculation line is configured to deliver the sanitized press water into a module of the rinse zone . a housing including a helix defining a plurality of modules and a plurality of seals (208a-208c), the helix and the plurality of seals defining a pre-wash zone , a main wash zone , and a rinse zone , each of the zones having a plurality of modules (1-14), the pre-wash zone having a fluid feed line , the main wash zone having a fluid feed line and a wash water drain and the rinse zone having a fresh water feed line and a rinse water drain ; a press downstream of the rinse zone for receiving soiled laundry from the plurality of modules , the press being coupled to a press tank configured to receive and store therein soiled press water from the press ; and characterized by a recirculation line coupled to the press tank and configured to receive a portion of the soiled press water, the recirculation line including an integrated fluid sanitizer module configured to sanitize the portion of the soiled press water, wherein the recirculation line is configured to deliver the sanitized press water into a module of the rinse zone .
An electronic device (101; 201; 400; 1300; 2500) comprising: a housing ; a display (160; 1601; 1603) within the housing , and exposed through a surface of the housing ; a light emitting unit (470; 595; 1370) and a light receiving unit (460; 594 ;1210; 1360) within the housing ; and a processor (120; 220) electrically coupled with the display (160; 1601; 1603), the light emitting unit (470; 595; 1370) and the light receiving unit (460; 594 ;1210; 1360), wherein the light emitting unit (470; 595; 1370) comprises at least one light source for outputting light of at least one wavelength band, the light receiving unit (460; 594 ;1210; 1360) comprises at least one region (7001; 7002; 7005) for receiving the light of the at least one wavelength band; and the processor (120; 220) is configured to control at least one function of the light emitting unit (470; 595; 1370) and/or the light receiving unit (460; 594 ;1210; 1360) based on at least one mode characterized in that the processor is further configured to selectively activate at least one region (7001; 7002; 7005) of the light receiving unit (460; 594 ;1210; 1360) based on the at least one mode. a housing ; a display (160; 1601; 1603) within the housing , and exposed through a surface of the housing ; a light emitting unit (470; 595; 1370) and a light receiving unit (460; 594 ;1210; 1360) within the housing ; and a processor (120; 220) electrically coupled with the display (160; 1601; 1603), the light emitting unit (470; 595; 1370) and the light receiving unit (460; 594 ;1210; 1360), wherein the light emitting unit (470; 595; 1370) comprises at least one light source for outputting light of at least one wavelength band, the light receiving unit (460; 594 ;1210; 1360) comprises at least one region (7001; 7002; 7005) for receiving the light of the at least one wavelength band; and the processor (120; 220) is configured to control at least one function of the light emitting unit (470; 595; 1370) and/or the light receiving unit (460; 594 ;1210; 1360) based on at least one mode characterized in that the processor is further configured to selectively activate at least one region (7001; 7002; 7005) of the light receiving unit (460; 594 ;1210; 1360) based on the at least one mode.
A decorative sheet comprising a substrate layer, and one or more layers of at least one of a transparent resin layer and a top coat layer, provided on one surface of the substrate layer, the one or more layers being provided as a front surface layer, wherein at least one layer which forms the front surface layer contains a radical scavenger, and the radical scavenger is contained in a form of radical scavenger vesicles, which encapsulate the radical scavenger within an outer membrane, and wherein the radical scavenger vesicles are contained in a range of 0.2 parts by mass or more and 5.0 parts by mass or less to a resin of the top coat layer or a resin of the transparent resin layer. at least one layer which forms the front surface layer contains a radical scavenger, and the radical scavenger is contained in a form of radical scavenger vesicles, which encapsulate the radical scavenger within an outer membrane, and wherein the radical scavenger vesicles are contained in a range of 0.2 parts by mass or more and 5.0 parts by mass or less to a resin of the top coat layer or a resin of the transparent resin layer.