mhurhangee/patent-ind-claim-en huggingface dataset:
A nasal seal comprising: a sealing portion including: a first nostril prong ; a second nostril prong ; a prong valley between the first and second nostril prongs , a sealing surface , and a seal prong base , a bellows structure comprising a lower bellows portion ; and an inlet orifice ; and a frame coupled to the inlet orifice , the frame comprising support paddles; the lower bellows portion being located between the inlet orifice and the first and second nostril prongs and extending circumferentially around an entirety of the inlet orifice of the seal , and the lower bellows portion comprising lower corners , wherein during compression, the support paddles support the lower corners of the lower bellows portion . a sealing portion including: a first nostril prong ; a second nostril prong ; a prong valley between the first and second nostril prongs , a sealing surface , and a seal prong base , a first nostril prong ; a second nostril prong ; a prong valley between the first and second nostril prongs , a sealing surface , and a seal prong base , a bellows structure comprising a lower bellows portion ; and an inlet orifice ; and a frame coupled to the inlet orifice , the frame comprising support paddles; the lower bellows portion being located between the inlet orifice and the first and second nostril prongs and extending circumferentially around an entirety of the inlet orifice of the seal , and the lower bellows portion comprising lower corners , wherein during compression, the support paddles support the lower corners of the lower bellows portion .
A flexographic printing plate, comprising at least a support and two or more photosensitive resin composition layers, wherein arithmetic average roughness (Ra) of a printing surface is 0.3 μm or more and 0.7 μm or less, skewnesses (Rsk) obtained before and after an abrasion test performed by causing a wear ring of a Taber abraser to make 100 rotations at 60 rpm under a load of 250 g both have positive values, the arithmetic average roughness (Ra) and the skewnesses (Rsk) being determined by using a laser microscope to measure a surface shape of a surface of solid printing in a region of 200 μm x 200 μm, a resin composition layer corresponding to a printing surface comprises a particle having a pore structure, the particle having a pore structure has an average particle size of 1 μm or more and 10 μm or less, and a specific surface area of 350 m 2 /g or more and 1000 m 2 /g or less, and wherein the resin composition layer corresponding to the printing surface has a thickness of 5 μm or more and 100 μm or less.
A method, comprising: receiving , by a user equipment, an indication of a set of reference symbols or reference signals co-location rules to apply from at least three sets of reference symbols or reference signals co-location rules; and applying the indicated set of reference symbols or reference signals co-location rules; wherein the indication comprises information regarding whether a receiver of the user equipment should use non-isotropic operation, information regarding user equipment beamforming configuration in reception and information regarding which reference symbols or reference signals are co-located with one another. receiving , by a user equipment, an indication of a set of reference symbols or reference signals co-location rules to apply from at least three sets of reference symbols or reference signals co-location rules; and applying the indicated set of reference symbols or reference signals co-location rules; wherein the indication comprises information regarding whether a receiver of the user equipment should use non-isotropic operation, information regarding user equipment beamforming configuration in reception and information regarding which reference symbols or reference signals are co-located with one another.
A drainage device , comprising: a base configured for mounting over an opening in an aerodynamic surface , the base having a contact surface configured for mounting on the aerodynamic surface and an entry port , a mast portion having a proximate end and a distal end , the proximate end being connected to the base and extending away from the contact surface of the base, a top portion connected to the distal end of the mast portion, wherein the top portion has an exit port in fluid communication with the entry port and a peripheral edge that extends beyond at least a portion of a periphery of the mast portion, wherein the top portion has a leading end and a trailing end , the leading end including a fence portion cantilevered out from the mast portion and wherein the mast portion includes a curved leading face , and a trailing face formed by converging wall portions , wherein the fence portion extends in an upstream direction by at least about 6.35 mm, and wherein the mast portion has a height of about 12.7 mm. a base configured for mounting over an opening in an aerodynamic surface , the base having a contact surface configured for mounting on the aerodynamic surface and an entry port , a mast portion having a proximate end and a distal end , the proximate end being connected to the base and extending away from the contact surface of the base, a top portion connected to the distal end of the mast portion, wherein the top portion has an exit port in fluid communication with the entry port and a peripheral edge that extends beyond at least a portion of a periphery of the mast portion, wherein the top portion has a leading end and a trailing end , the leading end including a fence portion cantilevered out from the mast portion and wherein the mast portion includes a curved leading face , and a trailing face formed by converging wall portions , wherein the fence portion extends in an upstream direction by at least about 6.35 mm, and wherein the mast portion has a height of about 12.7 mm.
A timer control method, comprising: Performing (S51), by a device, re-establishment or data recovery on a packet data convergence protocol PDCP layer of the device; and if a reordering timer of the PDCP layer is in a running state, stopping (S52), by the PDCP layer of the device, running of the reordering timer and not delivering a data packet to an upper layer of the PDCP layer whose count value is greater than a count value of a 1st data packet that is not received by the PDCP layer, wherein the reordering timer is used by the PDCP layer to wait to receive a lost data packet. Performing (S51), by a device, re-establishment or data recovery on a packet data convergence protocol PDCP layer of the device; and if a reordering timer of the PDCP layer is in a running state, stopping (S52), by the PDCP layer of the device, running of the reordering timer and not delivering a data packet to an upper layer of the PDCP layer whose count value is greater than a count value of a 1st data packet that is not received by the PDCP layer, wherein the reordering timer is used by the PDCP layer to wait to receive a lost data packet.
A data transmission method, comprising: generating configuration information, wherein the configuration information is configured to indicate a resource used by a first terminal device in an inactive state to perform random access, and the inactive state refers to a state in which the first terminal device is disconnected from a first network device and the first network device keeps context information of the first terminal device; and sending the configuration information to the first terminal device; wherein the configuration information is configured to indicate a dedicated resource used by the first terminal device to perform the random access; wherein sending the configuration information to the first terminal device comprises: upon receipt of downlink data for the first terminal device sent from a core network, sending Physical Downlink Control Channel, PDCCH, (PDCCH) signaling to the first terminal device, wherein the PDCCH signaling comprises the configuration information; wherein the method is characterized in that the PDCCH signaling is signaling that is scrambled by identification information, and the identification information comprises an identifier of the context information. generating configuration information, wherein the configuration information is configured to indicate a resource used by a first terminal device in an inactive state to perform random access, and the inactive state refers to a state in which the first terminal device is disconnected from a first network device and the first network device keeps context information of the first terminal device; and sending the configuration information to the first terminal device; wherein the configuration information is configured to indicate a dedicated resource used by the first terminal device to perform the random access; wherein sending the configuration information to the first terminal device comprises: upon receipt of downlink data for the first terminal device sent from a core network, sending Physical Downlink Control Channel, PDCCH, (PDCCH) signaling to the first terminal device, wherein the PDCCH signaling comprises the configuration information; wherein the method is characterized in that the PDCCH signaling is signaling that is scrambled by identification information, and the identification information comprises an identifier of the context information. upon receipt of downlink data for the first terminal device sent from a core network, sending Physical Downlink Control Channel, PDCCH, (PDCCH) signaling to the first terminal device, wherein the PDCCH signaling comprises the configuration information; wherein the method is characterized in that the PDCCH signaling is signaling that is scrambled by identification information, and the identification information comprises an identifier of the context information.
A sealant material for sealing joints comprising: a) a multifilament or spun polyphenylene sulfide yarn; and b) a joint sealing composition comprising natural oil with a smoke point of 230 °C or higher, the polyphenylene sulfide yarn being coated with the joint sealant composition, wherein the smoke point is measured according to standard AOCS Cc 9a-48. a) a multifilament or spun polyphenylene sulfide yarn; and b) a joint sealing composition comprising natural oil with a smoke point of 230 °C or higher,
A converter comprising: an input stage coupled to a power source, wherein the input stage comprises a plurality of power switches; a resonant tank coupled to the plurality of power switches; a transformer coupled to the resonant tank; an output stage coupled to the transformer; an efficiency point tracking indicator coupled to the converter; and a detector coupled to the efficiency point tracking indicator; characterized in that the converter further comprises a control circuit configured to receive an efficiency point tracking signal from the detector and adjust a switching frequency of the power switches based upon the efficiency point tracking signal; wherein the control circuit is configured to adjust the switching frequency of the power switches until a magnitude of the efficiency point tracking signal from the detector is less than a predetermined threshold; and wherein the control circuit is configured for maximum efficiency point tracking (MEPT) wherein the converter is forced to operate at a frequency close to its resonant frequency such as to achieve higher efficiency through zero voltage switching and/or zero current switching; and wherein the control circuit is further configured for maximum output voltage accuracy tracking (MOVA) wherein the switching frequency of the power switches is varied based on a load of the converter, an input voltage of the converter and/or any combinations thereof, wherein, under a full load condition, the MEPT control mechanism is dominant, and, when the load drops to 50% of the full load, the MOVA control mechanism is activated. an input stage coupled to a power source, wherein the input stage comprises a plurality of power switches; a resonant tank coupled to the plurality of power switches; a transformer coupled to the resonant tank; an output stage coupled to the transformer; an efficiency point tracking indicator coupled to the converter; and a detector coupled to the efficiency point tracking indicator; characterized in that the converter further comprises a control circuit configured to receive an efficiency point tracking signal from the detector and adjust a switching frequency of the power switches based upon the efficiency point tracking signal;
An apparatus of a user equipment, UE , the apparatus comprising: processing circuitry and memory; the processing circuitry to: decode radio resource control, RRC, signaling to determine a configuration for a layer 3 filter; apply layer 1 filtering to reference signal received power, RSRP, measurements for each of a plurality of beams ; apply an average filter to the layer 1 filtered RSRP measurements, the average filter performing averaging over a set of the layer 1 filtered RSRP measurements corresponding to a set of beams of the plurality of beams to form a first output; apply, using the layer 3 filter, layer 3 filtering to the first output; compute reporting criteria values for the layer 3 filtered RSRP measurements to generate a measurement report; and encode the generated measurement report for transmission to a New Radio, NR, gNodeB, gNB , via a radio interface. processing circuitry and memory; the processing circuitry to: decode radio resource control, RRC, signaling to determine a configuration for a layer 3 filter; apply layer 1 filtering to reference signal received power, RSRP, measurements for each of a plurality of beams ; apply an average filter to the layer 1 filtered RSRP measurements, the average filter performing averaging over a set of the layer 1 filtered RSRP measurements corresponding to a set of beams of the plurality of beams to form a first output; apply, using the layer 3 filter, layer 3 filtering to the first output; compute reporting criteria values for the layer 3 filtered RSRP measurements to generate a measurement report; and encode the generated measurement report for transmission to a New Radio, NR, gNodeB, gNB , via a radio interface. decode radio resource control, RRC, signaling to determine a configuration for a layer 3 filter; apply layer 1 filtering to reference signal received power, RSRP, measurements for each of a plurality of beams ; apply an average filter to the layer 1 filtered RSRP measurements, the average filter performing averaging over a set of the layer 1 filtered RSRP measurements corresponding to a set of beams of the plurality of beams to form a first output; apply, using the layer 3 filter, layer 3 filtering to the first output; compute reporting criteria values for the layer 3 filtered RSRP measurements to generate a measurement report; and encode the generated measurement report for transmission to a New Radio, NR, gNodeB, gNB , via a radio interface.
A variable guide vane apparatus for a compressor or a turbine, comprising: a unison ring rotatable about a central axis thereof, the unison ring having an array of circumferentially spaced-apart drive pins ; a set of variable guide vanes (VGV) circumferentially distributed around the central axis and mounted for rotation about respective spanwise axes of the vanes , the spanwise axes of the vanes extending non-parallel to the central axis of the unison ring ; and a plurality of actuating arms operatively connected to respective variable guide vanes for rotation therewith, the actuating arms each including a fork having a pair of fingers defining a slot therebetween in a longitudinal direction of the fork , a corresponding drive pin of the drive pins slidably received in the non-rectilinear slot; characterised in that : the slot defined in the longitudinal direction of the fork is non-rectilinear, and in that the pair of fingers of the fork defines a non-rectilinear longitudinally extending cam surface in sliding engagement with the corresponding drive pin . a unison ring rotatable about a central axis thereof, the unison ring having an array of circumferentially spaced-apart drive pins ; a set of variable guide vanes (VGV) circumferentially distributed around the central axis and mounted for rotation about respective spanwise axes of the vanes , the spanwise axes of the vanes extending non-parallel to the central axis of the unison ring ; and a plurality of actuating arms operatively connected to respective variable guide vanes for rotation therewith, the actuating arms each including a fork having a pair of fingers defining a slot therebetween in a longitudinal direction of the fork , a corresponding drive pin of the drive pins slidably received in the non-rectilinear slot; characterised in that : the slot defined in the longitudinal direction of the fork is non-rectilinear, and in that the pair of fingers of the fork defines a non-rectilinear longitudinally extending cam surface in sliding engagement with the corresponding drive pin .
A pressure sensing medical device (10; 110; 210), comprising: a tubular member having a proximal region and a housing region ; an optical fiber (24; 124; 224) disposed within the tubular member and extending to the housing region , the optical fiber (24; 124; 224) having a distal end region with a cavity (168; 176; 268; 276) formed therein; a polymeric member (170; 270) disposed within the cavity (168; 176; 268; 276); and a reflective surface disposed along the polymeric member (170; 270). a tubular member having a proximal region and a housing region ; an optical fiber (24; 124; 224) disposed within the tubular member and extending to the housing region , the optical fiber (24; 124; 224) having a distal end region with a cavity (168; 176; 268; 276) formed therein; a polymeric member (170; 270) disposed within the cavity (168; 176; 268; 276); and a reflective surface disposed along the polymeric member (170; 270).
An oil filtration system for a fryer , comprising: a housing defining an interior space and including an inlet for supplying unfiltered oil to the interior space and an outlet for dispensing filtered oil from the interior space , the unfiltered oil containing particles of debris collected from food products during operation of the fryer ; a conveyor belt positioned in the interior space for receiving the unfiltered oil from the inlet and the conveyor belt formed from material that allows passage of oil without particles towards the outlet ; and the conveyor belt for advancing at least a portion of the unfiltered oil through the interior space , a scraper positioned in the interior space , wherein at least a portion of the scraper contacts the conveyor belt to inhibit the advancement of particles within the oil on the conveyor belt , thereby converting the unfiltered oil into filtered oil before flow towards the outlet , and wherein the inlet is located at a top of the housing , characterized in that the outlet is located at a bottom of the housing such that gravity promotes movement of oil through the interior space in the housing from the inlet to the outlet . a housing defining an interior space and including an inlet for supplying unfiltered oil to the interior space and an outlet for dispensing filtered oil from the interior space , the unfiltered oil containing particles of debris collected from food products during operation of the fryer ; a conveyor belt positioned in the interior space for receiving the unfiltered oil from the inlet and the conveyor belt formed from material that allows passage of oil without particles towards the outlet ; and the conveyor belt for advancing at least a portion of the unfiltered oil through the interior space , a scraper positioned in the interior space , wherein at least a portion of the scraper contacts the conveyor belt to inhibit the advancement of particles within the oil on the conveyor belt , thereby converting the unfiltered oil into filtered oil before flow towards the outlet , and wherein the inlet is located at a top of the housing , characterized in that the outlet is located at a bottom of the housing such that gravity promotes movement of oil through the interior space in the housing from the inlet to the outlet .
Cosmetic use of an extract of Arbutus unedo fruit as an oily skin regulating agent.
A micro-fluidic system comprising: a. a first inlet reservoir; b. a first output reservoir; c. a first curvilinear microchannel comprising a first inlet in fluid communication with the first inlet reservoir, a first outlet in fluid communication with the first inlet reservoir, and a second outlet in fluid communication with the first output reservoir; wherein said curvilinear microchannel (i) is configured to separate particles from a sample fluid comprising a mixture of particles; (ii) has a trapezoidal cross section defined by a radially inner side, a radially outer side, a bottom side, and a top side, the cross section having a) the radially inner side and the radially outer side unequal in height, or b) the radially inner side equal in height to the radially outer side and the top side having at least two continuous straight sections, each unequal in width to the bottom side, and (iii) is a spiral microchannel, optionally comprising at least 2 loops or at least 4 loops, and wherein the micro-fluidic system is configured to provide a closed loop recirculation of the sample fluid through the first curvilinear microchannel. a. a first inlet reservoir; b. a first output reservoir; c. a first curvilinear microchannel comprising a first inlet in fluid communication with the first inlet reservoir, a first outlet in fluid communication with the first inlet reservoir, and a second outlet in fluid communication with the first output reservoir; wherein said curvilinear microchannel (i) is configured to separate particles from a sample fluid comprising a mixture of particles; (ii) has a trapezoidal cross section defined by a radially inner side, a radially outer side, a bottom side, and a top side, the cross section having a) the radially inner side and the radially outer side unequal in height, or b) the radially inner side equal in height to the radially outer side and the top side having at least two continuous straight sections, each unequal in width to the bottom side, and (iii) is a spiral microchannel, optionally comprising at least 2 loops or at least 4 loops, and wherein the micro-fluidic system is configured to provide a closed loop recirculation of the sample fluid through the first curvilinear microchannel. (i) is configured to separate particles from a sample fluid comprising a mixture of particles; (ii) has a trapezoidal cross section defined by a radially inner side, a radially outer side, a bottom side, and a top side, the cross section having a) the radially inner side and the radially outer side unequal in height, or b) the radially inner side equal in height to the radially outer side and the top side having at least two continuous straight sections, each unequal in width to the bottom side, and (iii) is a spiral microchannel, optionally comprising at least 2 loops or at least 4 loops, and wherein the micro-fluidic system is configured to provide a closed loop recirculation of the sample fluid through the first curvilinear microchannel.