mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle cap comprising: a base and a retention member extending from the base ; wherein the retention member has an inner surface , a first rim , and a second rim , the inner surface and first and second rims defining a lumen , the lumen extending from the first rim to the second rim , and wherein the nozzle cap further comprises a protuberance extending into the lumen ; wherein the base further comprises a probe tool adapted for insertion into a bore of a dispense nozzle, wherein the probe tool comprises at least one abrading means . a base and a retention member extending from the base ; wherein the retention member has an inner surface , a first rim , and a second rim , the inner surface and first and second rims defining a lumen , the lumen extending from the first rim to the second rim , and wherein the nozzle cap further comprises a protuberance extending into the lumen ; wherein the base further comprises a probe tool adapted for insertion into a bore of a dispense nozzle, wherein the probe tool comprises at least one abrading means .
Apparatus for downmixing a multi-channel signal comprising at least two channels , comprising: a downmixer for calculating a downmix signal from the multi-channel signal , wherein the downmixer is configured to calculate the downmix using an absolute phase compensation, so that a channel having a lower energy among the at least two channels is only rotated or is rotated stronger than a channel having a greater energy in calculating the downmix signal ; and an output interface for generating an output signal, the output signal comprising information on the downmix signal . a downmixer for calculating a downmix signal from the multi-channel signal , wherein the downmixer is configured to calculate the downmix using an absolute phase compensation, so that a channel having a lower energy among the at least two channels is only rotated or is rotated stronger than a channel having a greater energy in calculating the downmix signal ; and an output interface for generating an output signal, the output signal comprising information on the downmix signal .
A composition comprising synthetic oligosaccharides, wherein the synthetic oligosaccharides are selected from any 1 of compounds: Glcβ1-4Glcβ1-3Glc, Glcβ1-3Glcβ1-4Glc, Glcβ1-3Glcβ1-4G1c1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc1-4Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-3Glc, or Glcβ1-4Glcβ1-4Glc1-4Glc1-4Glc1-3Glc. Glcβ1-4Glcβ1-3Glc, Glcβ1-3Glcβ1-4Glc, Glcβ1-3Glcβ1-4G1c1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-3Glc1-4Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-3Glc1-4Glc1-4Glc, Glcβ1-4Glcβ1-4Glc1-4Glc1-3Glc1-4Glc, Glcβ1-3Glcβ1-4Glc1-4Glc1-4Glc1-3Glc, or Glcβ1-4Glcβ1-4Glc1-4Glc1-4Glc1-3Glc.
A system , comprising: at least one sensor ; a processing system comprising a memory coupled to a processor ; wherein the processing system is configured to be coupled to the at least one sensor; wherein the memory comprises a consistency test , at least one model , measurement data , and an estimator , wherein the at least one model comprises a state space model for at least one of a direct estimation of a state parameter and an indirect estimation of the state parameter; wherein the measurement data comprises data measured by the at least one sensor ; wherein the estimator comprises at least one non-linear filter which is configured to provide at least one predictive measurement estimate probability density function (PDF); wherein the estimator is configured to generate the at least one predictive measurement estimate PDF using the at least one model, and the consistency test is configured to determine if the measurement data is within at least one allowable area of the at least one predictive measurement estimate PDF; wherein the at least one allowable area is a region where the measurement data is expected to be; and wherein if the measurement data is determined to be within at least one allowable area, then the estimator estimates at least one state parameter using the measurement data . at least one sensor ; a processing system comprising a memory coupled to a processor ; wherein the processing system is configured to be coupled to the at least one sensor; wherein the memory comprises a consistency test , at least one model , measurement data , and an estimator , wherein the at least one model comprises a state space model for at least one of a direct estimation of a state parameter and an indirect estimation of the state parameter; wherein the measurement data comprises data measured by the at least one sensor ; wherein the estimator comprises at least one non-linear filter which is configured to provide at least one predictive measurement estimate probability density function (PDF); wherein the estimator is configured to generate the at least one predictive measurement estimate PDF using the at least one model, and the consistency test is configured to determine if the measurement data is within at least one allowable area of the at least one predictive measurement estimate PDF; wherein the at least one allowable area is a region where the measurement data is expected to be; and wherein if the measurement data is determined to be within at least one allowable area, then the estimator estimates at least one state parameter using the measurement data .
A terminal, comprising a main board , a middle frame , a radio frequency circuit layer , a screen , and a plurality of antennas , wherein the middle frame is located between the main board and the radio frequency circuit layer , the radio frequency circuit layer is located between the screen and the middle frame , and the plurality of antennas are connected to the main board by using radio frequency lines in the radio frequency circuit layer , characterized in that the radio frequency circuit layer comprises: a radio frequency wiring layer provided with a plurality of the radio frequency lines, wherein each of the antennas is connected to the main board by using a corresponding radio frequency line; a first ground layer located on a first side of the radio frequency wiring layer , wherein the first ground layer is connected to the middle frame ; and a second ground layer located on a second side of the radio frequency wiring layer , wherein the second ground layer is connected to the screen . the middle frame is located between the main board and the radio frequency circuit layer , the radio frequency circuit layer is located between the screen and the middle frame , and the plurality of antennas are connected to the main board by using radio frequency lines in the radio frequency circuit layer , characterized in that the radio frequency circuit layer comprises: a radio frequency wiring layer provided with a plurality of the radio frequency lines, wherein each of the antennas is connected to the main board by using a corresponding radio frequency line; a first ground layer located on a first side of the radio frequency wiring layer , wherein the first ground layer is connected to the middle frame ; and a second ground layer located on a second side of the radio frequency wiring layer , wherein the second ground layer is connected to the screen . a radio frequency wiring layer provided with a plurality of the radio frequency lines, wherein each of the antennas is connected to the main board by using a corresponding radio frequency line; a first ground layer located on a first side of the radio frequency wiring layer , wherein the first ground layer is connected to the middle frame ; and a second ground layer located on a second side of the radio frequency wiring layer , wherein the second ground layer is connected to the screen .
Method for producing a metal powder, which comprises the following steps of: - melting at least one metal, in particular from the group Al, Zn, Sn, Fe, Mg, Zr, W, Sb, Ni, Cu, Ag, Au, in a tundish ; - pouring a melt from the tundish via at least one nozzle onto a rotating turntable, causing the melt to be atomized into droplets by striking the rotating turntable; - cooling the atomized droplets, causing the droplets to solidify into metal powder particles , characterized in that a specific region of the rotating turntable , in which the melt strikes the rotating turntable, is adjusted either by the tundish and/or the at least one nozzle for pouring out the melt by movement in a radial direction with respect to the turntable in order to adjust the size and/or the shape of the metal powder particles . - melting at least one metal, in particular from the group Al, Zn, Sn, Fe, Mg, Zr, W, Sb, Ni, Cu, Ag, Au, in a tundish ; - pouring a melt from the tundish via at least one nozzle onto a rotating turntable, causing the melt to be atomized into droplets by striking the rotating turntable; - cooling the atomized droplets, causing the droplets to solidify into metal powder particles , characterized in that a specific region of the rotating turntable , in which the melt strikes the rotating turntable, is adjusted either by the tundish and/or the at least one nozzle for pouring out the melt by movement in a radial direction with respect to the turntable in order to adjust the size and/or the shape of the metal powder particles .
A switchgear comprising: - a high-voltage compartment in which is installed at least a switching device and a conductor, which is connected to the switching device, in a sealed vessel in which insulation gas is encapsulated; - an operation mechanism compartment in which is installed an operation mechanism for operating the switching device; - a control compartment in which is installed a control instrument for controlling the switching device; - a base frame which supports the high-voltage compartment ; and - a plurality of cable compartments separated from each other, in which respectively a cable is installed which is connected to the conductor, one of the cable compartments extending from a bottom portion to an upper portion, at a top surface of the switchgear; wherein a duct , by which inside portions of the plurality of cable compartments are linked to each other, is provided; and a gas flow direction restriction device , by which high-pressure gas is flowed only in a predetermined direction in the duct when the high-pressure gas is generated at the inside of at least one of the cable compartments, wherein the duct is arranged at a lower position of the high-voltage compartment , allowing gas from the at least one of the cable compartments to be ejected through said upper portion of the cable compartment to the outside of the switchgear, and wherein the duct includes shield plates which are arranged in a state where the shield plates are inclined with respect to a direction where the duct is extended. - a high-voltage compartment in which is installed at least a switching device and a conductor, which is connected to the switching device, in a sealed vessel in which insulation gas is encapsulated; - an operation mechanism compartment in which is installed an operation mechanism for operating the switching device; - a control compartment in which is installed a control instrument for controlling the switching device; - a base frame which supports the high-voltage compartment ; and - a plurality of cable compartments separated from each other, in which respectively a cable is installed which is connected to the conductor, one of the cable compartments extending from a bottom portion to an upper portion, at a top surface of the switchgear;
Refrigerator and/or freezer, having at least one device ceiling and/or at least one device bottom, having at least one transverse connection extending between two side walls of the device, as well as having at least one door, by means of which the cooled inner space of the device can be closed, wherein the transverse connection forms the contact surface for a door seal, wherein furthermore at least one door bearing is provided, at which the door is pivotably arranged, and wherein the door bearing is now fixed to the device ceiling and/or the device bottom, characterized in that no door bearing is made through the transverse connection or on the transverse connection , wherein the transverse connection is formed as a profile with an L-shape, viewed in the cross-section.
A fire detector, in particular an open light-scattering smoke detector, comprising a fire sensor, comprising a control unit and comprising a photodiode for detecting ambient light in a spectrally delimited range of 400 nm to 1150 nm, wherein the control unit is configured to analyze a sensor signal (BS) received from the fire sensor for at least one characteristic fire parameter, to evaluate said signal and to output a fire alarm (AL) on a fire being detected, and wherein the control unit is also configured to analyze a photo-signal (PD) received from the photodiode for the presence of flicker frequencies characteristic of open fire, and on the basis thereof, to output a potential fire alarm (AL) more quickly by increasing a sampling rate for acquiring the sensor signal (BS) from the fire sensor , by reducing a filter time (T Filter ), in particular a time constant, of an evaluation filter for the fire analysis and/or by lowering an alerting threshold (LEV).
A method of wireless communication performed by a user equipment, UE, comprising: receiving an indication of a mode that maps multicast broadcast quality of service, MB-QoS, flows to logical channel identifiers and group radio network temporary identifiers, G-RNTIs, wherein the indicated mode is one of: a first mode in which each MB-QoS flow, of a first set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a different G-RNTI, a second mode in which each MB-QoS flow, of a second set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a common G-RNTI used for multiple MB-QoS flows, or a third mode in which each MB-QoS flow, of a third set of MB-QoS flows, is mapped to a different G-RNTI and is mapped to a common logical channel identifier used for multiple MB-QoS flows; identifying an MB-QoS flow from a medium access control, MAC, transport block, TB, based at least in part on the indicated mode; and decoding data included in the MB-QoS flow. receiving an indication of a mode that maps multicast broadcast quality of service, MB-QoS, flows to logical channel identifiers and group radio network temporary identifiers, G-RNTIs, wherein the indicated mode is one of: a first mode in which each MB-QoS flow, of a first set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a different G-RNTI, a second mode in which each MB-QoS flow, of a second set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a common G-RNTI used for multiple MB-QoS flows, or a third mode in which each MB-QoS flow, of a third set of MB-QoS flows, is mapped to a different G-RNTI and is mapped to a common logical channel identifier used for multiple MB-QoS flows; identifying an MB-QoS flow from a medium access control, MAC, transport block, TB, based at least in part on the indicated mode; and decoding data included in the MB-QoS flow. a first mode in which each MB-QoS flow, of a first set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a different G-RNTI, a second mode in which each MB-QoS flow, of a second set of MB-QoS flows, is mapped to a different logical channel identifier and is mapped to a common G-RNTI used for multiple MB-QoS flows, or a third mode in which each MB-QoS flow, of a third set of MB-QoS flows, is mapped to a different G-RNTI and is mapped to a common logical channel identifier used for multiple MB-QoS flows; identifying an MB-QoS flow from a medium access control, MAC, transport block, TB, based at least in part on the indicated mode; and decoding data included in the MB-QoS flow.
General cargo box with at least one general cargo chamber for receiving at least one general cargo , wherein the at least one general cargo chamber is assigned at least one holder , which can be adjusted from a storage position for storing the at least one general cargo in the general cargo chamber to a transfer position, which is arranged at least partially outside of the general cargo chamber and is used for transferring the general cargo from the general cargo box and/or to the general cargo box , wherein the holder has, at least in the transfer position, two, in particular lateral, holding areas for at least indirectly holding the at least one general cargo at least in the transfer position, in the transfer position between the holding areas of the at least one holder is provided at least one free space accessible in a horizontal direction from outside the general cargo chamber and arranged outside of the general cargo chamber , wherein the general cargo chamber in the storage position of the holder has an access opening sealed by a hatch , wherein the hatch , in the transfer position, releases the access opening , wherein the holder is provided so as to be displaceable at least partially through the access opening and wherein the hatch is held pivotably on the general cargo box , characterised in that the hatch is pivotably connected to the holder , in that the hatch can be pivoted forwards and upwards to the open position by adjusting the holder from the storage position to the pick-up position and by adjusting the holder from the pick-up position to the storage position, the hatch can be pivoted backwards and downwards to the closed position, in that the upper edge of the hatch in the closed position corresponds to the upper edge of the hatch in the open position such that the front side of the hatch points forwards both in the closed position and in the open position and that the hatch , in the open position, is arranged behind the free space , viewed horizontally in the direction of the general cargo box .
A terminal comprising: a selection unit configured - to select a specific synchronization signal based on received power of a plurality of synchronization signals associated with identifiers, each synchronization signal being transmitted by a beam, and - to determine a resource corresponding to the specific synchronization signal by employing a correspondence in which a plurality of identifiers of synchronization signals are associated with one resource for transmitting a preamble; and a transmission unit configured to transmit a preamble to a base station using the resource. a selection unit configured - to select a specific synchronization signal based on received power of a plurality of synchronization signals associated with identifiers, each synchronization signal being transmitted by a beam, and - to determine a resource corresponding to the specific synchronization signal by employing a correspondence in which a plurality of identifiers of synchronization signals are associated with one resource for transmitting a preamble; and - to select a specific synchronization signal based on received power of a plurality of synchronization signals associated with identifiers, each synchronization signal being transmitted by a beam, and - to determine a resource corresponding to the specific synchronization signal by employing a correspondence in which a plurality of identifiers of synchronization signals are associated with one resource for transmitting a preamble; and a transmission unit configured to transmit a preamble to a base station using the resource.
A positive active material for a rechargeable lithium battery, comprising: a first positive active material comprising a secondary particle comprising at least two agglomerated primary particles, at least one part of the primary particles having a radial arrangement structure; and a second positive active material having a monolith structure, wherein the radial arrangement structure is a structure wherein the primary particle has a thickness that is smaller than a long-axis length and the thickness direction is arranged perpendicular to or within an angle of ±5° from perpendicular with respect to a direction toward the center of the secondary particle; and the monolith structure is a structure in which the morphology of each particle is separated and/or dispersed in independent phases separated from each other rather than a coagulated form, and both of the first positive active material and the second positive active material comprise a nickel-based positive active material. a first positive active material comprising a secondary particle comprising at least two agglomerated primary particles, at least one part of the primary particles having a radial arrangement structure; and a second positive active material having a monolith structure, wherein the radial arrangement structure is a structure wherein the primary particle has a thickness that is smaller than a long-axis length and the thickness direction is arranged perpendicular to or within an angle of ±5° from perpendicular with respect to a direction toward the center of the secondary particle; and the monolith structure is a structure in which the morphology of each particle is separated and/or dispersed in independent phases separated from each other rather than a coagulated form, and both of the first positive active material and the second positive active material comprise a nickel-based positive active material.
A decorative panel in which at least a surface coating layer and a partially provided surface printing layer are laminated in this order on a heat-resistant substrate, wherein the surface coating layer is formed from a resin composition containing a fluororesin and a delustering agent, and has a thickness of 5 μm or more, and the surface of the surface coating layer has a gloss value of 10 or less (at a light incidence angle of 60°), and the surface of the surface printing layer has a gloss value (at a light incidence angle of 60°) higher by 10 or more than the gloss value of the surface of the surface coating layer (at a light incidence angle of 60°), and the surface printing layer contains a lustrous pigment.
A hydraulic flushing system comprising: a hydraulic downhole control line that runs from a hydraulic source to a surface controlled sub-surface safety valve of an underwater hydrocarbon extraction facility, said hydraulic downhole control line having a directional control valve therein; and a purge line ; and a service line , the purge line running from the hydraulic downhole control line downstream of the directional control valve to the service line , characterized by said purge line having a fluid isolation valve therein; wherein the fluid isolation valve is operated by a hydraulic line which is independent of the hydraulic downhole control line ; and wherein the service line vents into a well production line. a hydraulic downhole control line that runs from a hydraulic source to a surface controlled sub-surface safety valve of an underwater hydrocarbon extraction facility, said hydraulic downhole control line having a directional control valve therein; and a purge line ; and a service line , the purge line running from the hydraulic downhole control line downstream of the directional control valve to the service line , characterized by said purge line having a fluid isolation valve therein; wherein the fluid isolation valve is operated by a hydraulic line which is independent of the hydraulic downhole control line ; and wherein the service line vents into a well production line.