mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting power headroom to a base station, comprising: establishing a first wireless connection between a user equipment and a first base station using a first subscriber identity module in the user equipment ; establishing a further wireless connection between the user equipment and a further base station using a second subscriber identity module in the user equipment; calculating a first power headroom value for the user equipment to uplink to the first base station ; calculating a further power headroom value for the user equipment to uplink to the further base station ; generating a first power headroom report that includes the first power headroom value reduced by the further power headroom value; generating a further power headroom report that includes the further power headroom value; reporting the first power headroom report to the first base station ; and reporting the further power headroom report to the further base station ; characterized in that the generating of the first power headroom report includes reducing the first power headroom value by an average of the further power headroom value over time. establishing a first wireless connection between a user equipment and a first base station using a first subscriber identity module in the user equipment ; establishing a further wireless connection between the user equipment and a further base station using a second subscriber identity module in the user equipment; calculating a first power headroom value for the user equipment to uplink to the first base station ; calculating a further power headroom value for the user equipment to uplink to the further base station ; generating a first power headroom report that includes the first power headroom value reduced by the further power headroom value; generating a further power headroom report that includes the further power headroom value; reporting the first power headroom report to the first base station ; and reporting the further power headroom report to the further base station ; characterized in that the generating of the first power headroom report includes reducing the first power headroom value by an average of the further power headroom value over time.
A session management method, wherein the method comprises: receiving (S1202), by an intermediate session management function network element from a remote anchor session management function network element, one or more local data network access identifiers, DNAIs; determining (S1203), by the intermediate session management function network element, a target DNAI based on current location information of a terminal and the one or more local DNAIs; and selecting (S1204), by the intermediate session management function network element, a local user plane function network element for the terminal based on the target DNAI, wherein the local user plane function network element is for accessing a local data network and the intermediate session management function network element is a session management function network element that manages the local user plane function network element. receiving (S1202), by an intermediate session management function network element from a remote anchor session management function network element, one or more local data network access identifiers, DNAIs; determining (S1203), by the intermediate session management function network element, a target DNAI based on current location information of a terminal and the one or more local DNAIs; and selecting (S1204), by the intermediate session management function network element, a local user plane function network element for the terminal based on the target DNAI, wherein the local user plane function network element is for accessing a local data network and the intermediate session management function network element is a session management function network element that manages the local user plane function network element.
Cuboid-shaped flexible inliner from a plastics film, having an upper filling connector and a lower retrieval connector , for a pallet container for storing and for transporting liquid or free-flowing filling materials, having a thin-walled rigid internal container from a thermoplastic plastics material, having a tubular lattice frame , as a supporting jacket tightly enclosing the plastics-material internal container , from welded-together horizontal and vertical tubular bars , and having a rectangular base pallet on which the plastics-material internal container bears and to which the tubular lattice frame is fixedly connected, wherein the cuboid plastics-material internal container has two longer side walls, a shorter rear wall, a shorter front wall, an upper base having a closable filling connector and a container base, wherein on the base side, in the center of the front wall, a lower retrieval region having a protective-housing-shaped molding , directed inward toward the inside of the plastics-material internal container , for disposing a closable retrieval fitting in a protected recessed manner is provided, characterized in that the cuboid-shaped flexible inliner in the lower retrieval region has a wall recess , directed inward and adaptable so as to correspond with the protective-housing-shaped molding of the rigid plastics-material internal container , having two lateral wall parts , an upper wall part , and a rearward wall part having a flexible retrieval connector molded thereon, which make it possible to form the wall recess which is adapted so as to bear completely in an exact fit on the internal surface of the molding that protrudes in a protective-housing manner into the interior of the rigid plastics-material internal container .
A method of treating contaminated water, the method comprising: (a) adding a first bioreactor influent and a mobile biofilm to a first bioreactor , the first bioreactor influent coming from a first influent source; (b) providing conditions suitable for the mobile biofilm to biochemically transform one or more contaminants in the first bioreactor influent to form a first bioreactor effluent comprising at least the mobile biofilm , water, and residual solid matter; (c) separating, in a liquid-solid separation unit, water from a first portion of the first bioreactor effluent received directly from the first bioreactor to form an underflow and returning the underflow directly to the first bioreactor ; (d) isolating, in a solid-solid separation unit, 50% to 100% of the mobile biofilm from a second portion of the first bioreactor effluent received directly from the first bioreactor to form an isolated mobile biofilm stream and a residual solids stream; (e) adding a second bioreactor influent and a portion of the isolated mobile biofilm stream to a second bioreactor , the second bioreactor influent coming from a second influent source; (f) providing conditions suitable for the portion of the isolated mobile biofilm stream added to the second bioreactor to biochemically transform one or more contaminants in the second bioreactor influent to form a second bioreactor effluent which includes the isolated mobile biofilm; and (g) delivering the second bioreactor effluent to the first bioreactor . (a) adding a first bioreactor influent and a mobile biofilm to a first bioreactor , the first bioreactor influent coming from a first influent source; (b) providing conditions suitable for the mobile biofilm to biochemically transform one or more contaminants in the first bioreactor influent to form a first bioreactor effluent comprising at least the mobile biofilm , water, and residual solid matter; (c) separating, in a liquid-solid separation unit, water from a first portion of the first bioreactor effluent received directly from the first bioreactor to form an underflow and returning the underflow directly to the first bioreactor ; (d) isolating, in a solid-solid separation unit, 50% to 100% of the mobile biofilm from a second portion of the first bioreactor effluent received directly from the first bioreactor to form an isolated mobile biofilm stream and a residual solids stream; (e) adding a second bioreactor influent and a portion of the isolated mobile biofilm stream to a second bioreactor , the second bioreactor influent coming from a second influent source; (f) providing conditions suitable for the portion of the isolated mobile biofilm stream added to the second bioreactor to biochemically transform one or more contaminants in the second bioreactor influent to form a second bioreactor effluent which includes the isolated mobile biofilm; and (g) delivering the second bioreactor effluent to the first bioreactor .
A computer-implemented method of automatic speech recognition, comprising: obtaining audio data including human speech divided into frames; propagating tokens of the frames through a speech recognition decoder comprising, for individual frames, updating a decoder beam width after a current token score of one of the frames is computed and before a subsequent token score of the same one frame is compared to an updated beam width, wherein subsequent is relative to a time the current token score is computed, and wherein the updating is repeated for multiple current token scores of the one frame; and determining one or more hypotheses sounds, words, or phrases depending on the token scores. obtaining audio data including human speech divided into frames; propagating tokens of the frames through a speech recognition decoder comprising, for individual frames, updating a decoder beam width after a current token score of one of the frames is computed and before a subsequent token score of the same one frame is compared to an updated beam width, wherein subsequent is relative to a time the current token score is computed, and wherein the updating is repeated for multiple current token scores of the one frame; and determining one or more hypotheses sounds, words, or phrases depending on the token scores.
A sensor-driven glucose control system, comprising: a glucose sensor operative to continually measure glucose level of a subject and generate a corresponding glucose level signal ; an insulin delivery device (14-2) operative in response to an insulin dose control signal to infuse insulin into the subject; and a controller operative to generate the insulin dose control signal in response to the glucose level signal by: modulating a basal infusion rate of insulin about a nominal basal infusion rate in response to short-term variations of glucose level occurring on the order of seconds to minutes; and continually adjusting the nominal basal infusion rate such that the nominal basal infusion rate is dependent on a moving average, over a time interval that is on the order of hours, of the basal infusion rate as modulated, the nominal basal infusion rate being adjusted over a longer term than a short term on which the basal infusion rate is modulated, wherein modulating the basal infusion rate of insulin is constrained to fall within minimum and maximum values around the nominal basal infusion rate. a glucose sensor operative to continually measure glucose level of a subject and generate a corresponding glucose level signal ; an insulin delivery device (14-2) operative in response to an insulin dose control signal to infuse insulin into the subject; and a controller operative to generate the insulin dose control signal in response to the glucose level signal by: modulating a basal infusion rate of insulin about a nominal basal infusion rate in response to short-term variations of glucose level occurring on the order of seconds to minutes; and continually adjusting the nominal basal infusion rate such that the nominal basal infusion rate is dependent on a moving average, over a time interval that is on the order of hours, of the basal infusion rate as modulated, the nominal basal infusion rate being adjusted over a longer term than a short term on which the basal infusion rate is modulated, wherein modulating the basal infusion rate of insulin is constrained to fall within minimum and maximum values around the nominal basal infusion rate. modulating a basal infusion rate of insulin about a nominal basal infusion rate in response to short-term variations of glucose level occurring on the order of seconds to minutes; and continually adjusting the nominal basal infusion rate such that the nominal basal infusion rate is dependent on a moving average, over a time interval that is on the order of hours, of the basal infusion rate as modulated, the nominal basal infusion rate being adjusted over a longer term than a short term on which the basal infusion rate is modulated, wherein modulating the basal infusion rate of insulin is constrained to fall within minimum and maximum values around the nominal basal infusion rate.
A sintering apparatus comprising: a plurality of sintering trailers movably disposed along a moving path and in which a raw material is inserted therein; an ignition furnace disposed above the sintering trailers to spray flames to a top surface of the raw material; a wind box provided in plurality under the sintering trailers along the moving path to suction air downward from the sintering trailers to sinter the raw material; a cooler disposed on one side of the moving path to supply a cooling gas to a sintered ore discharged from each of the sintering trailers ; a first circulation part connected to the cooler to supply at least one portion of the cooling gas supplied to the raw material to an upper portion of the sintering trailer ; and a gas fuel supply part connected to the first circulation part to supply a gas fuel to the first circulation part , wherein the first circulation part comprises: a first hood disposed above the sintering trailers to extend along the moving path; and a first connection line having one end that is connected to the cooler and the other end that is connected to an upper portion of the first hood , and a first blower disposed in the first connection line , wherein the gas fuel supply part comprises: a fuel supply line defining a path through which the gas flue moves therein, the fuel supply line having one end that passes through the first hood ; and a spray unit installed to one end of the fuel supply line to downward spray the gas fuel to the upper portion of the sintering trailer in the first hood, wherein the moving path comprises: an insertion section in which the raw material is inserted into the sintering trailer ; an ignition section in which the raw material is ignited; and a sintering section in which the raw material is sintered, wherein the first circulation part and the gas fuel supply part supply the cooling gas and the gas fuel to the sintering section. a plurality of sintering trailers movably disposed along a moving path and in which a raw material is inserted therein; an ignition furnace disposed above the sintering trailers to spray flames to a top surface of the raw material; a wind box provided in plurality under the sintering trailers along the moving path to suction air downward from the sintering trailers to sinter the raw material; a cooler disposed on one side of the moving path to supply a cooling gas to a sintered ore discharged from each of the sintering trailers ; an insertion section in which the raw material is inserted into the sintering trailer ; an ignition section in which the raw material is ignited; and a sintering section in which the raw material is sintered,
A fishing reel comprising a magnetic fluid sealing device , the magnetic fluid sealing device comprising: a ring-shaped polar plate encircling a drive portion and retaining a magnet , the polar plate having an exposed surface; and a magnetic fluid retained in a gap (G) between the drive portion and the polar plate by a magnetic force of the magnet , characterised in that the polar plate has a spill preventing portion provided on the exposed surface, the spill preventing portion having a projecting wall that is disposed distant from an end surface of the polar plate for retaining the magnetic fluid in the gap (G), so as to prevent spill of the magnetic fluid , wherein the spill preventing portion is made of a magnetic material or a non-magnetic material, and the projecting wall is disposed distant radially outward from the end surface of the polar plate so as to form a step on an exposed surface of the polar plate , wherein the step satisfies a formula t / Δr ≥ 1/4 where t is a thickness of the projecting wall , and Δr is a radial distance from the end surface of the polar plate to the projecting wall . a ring-shaped polar plate encircling a drive portion and retaining a magnet , the polar plate having an exposed surface; and a magnetic fluid retained in a gap (G) between the drive portion and the polar plate by a magnetic force of the magnet , characterised in that the polar plate has a spill preventing portion provided on the exposed surface, the spill preventing portion having a projecting wall that is disposed distant from an end surface of the polar plate for retaining the magnetic fluid in the gap (G), so as to prevent spill of the magnetic fluid , wherein the spill preventing portion is made of a magnetic material or a non-magnetic material, and the projecting wall is disposed distant radially outward from the end surface of the polar plate so as to form a step on an exposed surface of the polar plate , wherein the step satisfies a formula t / Δr ≥ 1/4 where t is a thickness of the projecting wall , and Δr is a radial distance from the end surface of the polar plate to the projecting wall .
Method for verifying the parking brake force in a vehicle, in which both a hydraulic vehicle brake with a brake booster and also an electromechanical brake mechanism with an electric brake motor are active and for producing a desired parking brake force displace a brake piston , wherein the travel (s real ) of the brake booster is compared with a reference travel (s ges ), wherein an error signal is produced in the case of an impermissibly large deviation between the travel (s real ) of the brake booster and the reference travel (S ges ).
A GPS positioning method for a mobile terminal, comprising: after GPS positioning is started, acquiring a first cell identifier of a first cell in which the mobile terminal is located; acquiring, according to the first cell identifier, first latitude and longitude information corresponding to the first cell identifier from a correspondence table stored on the mobile terminal, wherein the correspondence table comprises a cell identifier and latitude and longitude information corresponding to the cell identifier; with reference to the first latitude and longitude information, and time information and ephemeris information that are acquired in advance, performing GPS positioning on the mobile terminal by using a GPS receiver of the mobile terminal; and acquiring the ephemeris information before the GPS positioning is started, wherein: the ephemeris information is acquired in the following manner: acquiring current ephemeris information from a network side according to a preset time interval; or generating current ephemeris information through calculation according to ephemeris information acquired after previous GPS positioning. after GPS positioning is started, acquiring a first cell identifier of a first cell in which the mobile terminal is located; acquiring, according to the first cell identifier, first latitude and longitude information corresponding to the first cell identifier from a correspondence table stored on the mobile terminal, wherein the correspondence table comprises a cell identifier and latitude and longitude information corresponding to the cell identifier; with reference to the first latitude and longitude information, and time information and ephemeris information that are acquired in advance, performing GPS positioning on the mobile terminal by using a GPS receiver of the mobile terminal; and acquiring the ephemeris information before the GPS positioning is started, wherein: the ephemeris information is acquired in the following manner: acquiring current ephemeris information from a network side according to a preset time interval; or generating current ephemeris information through calculation according to ephemeris information acquired after previous GPS positioning.
A method of assembling a fiber optic cassette : - providing a body ; - mounting a multi-fiber connector terminated to a multi-fiber cable to the body ; - separating out at least a plurality of the optical fibers of the multi-fiber cable and fixedly supporting the plurality of the optical fibers extending from the multi-fiber connector on a flexible substrate ; and - terminating each of the plurality of optical fibers supported by the flexible substrate with a connector that is formed of only a ferrule , a ferrule hub that supports the ferrule and a split sleeve surrounding the ferrule such that each connector 20, 120) is mounted to a separate front extension of the flexible substrate , the front extensions being separated by cut-outs defined by the substrate for providing separate flexibility to each front extension , wherein at least a portion of the flexible substrate is physically inserted into at least a portion of the ferrule hub of each connector . - providing a body ; - mounting a multi-fiber connector terminated to a multi-fiber cable to the body ; - separating out at least a plurality of the optical fibers of the multi-fiber cable and fixedly supporting the plurality of the optical fibers extending from the multi-fiber connector on a flexible substrate ; and - terminating each of the plurality of optical fibers supported by the flexible substrate with a connector that is formed of only a ferrule , a ferrule hub that supports the ferrule and a split sleeve surrounding the ferrule such that each connector 20, 120) is mounted to a separate front extension of the flexible substrate , the front extensions being separated by cut-outs defined by the substrate for providing separate flexibility to each front extension , wherein at least a portion of the flexible substrate is physically inserted into at least a portion of the ferrule hub of each connector .
Adhesive film comprising a layer of an adhesive, comprising one or more polymers and at least one peroxide, characterized in that the adhesive comprises at least 50% by weight of those thermoplastic polymers having no C=C multiple bonds, where at least one of the thermoplastic polymers is a polyurethane, in that the at least one peroxide has the general structural formula R-O-O-R' where R and R' each represent organyl groups or collectively represent a cyclic organyl group, and in that the peroxide in the form of a 0.1 molar solution in monochlorobenzene has a 1 minute half-life temperature not exceeding 200°C. in that the adhesive comprises at least 50% by weight of those thermoplastic polymers having no C=C multiple bonds, where at least one of the thermoplastic polymers is a polyurethane, in that the at least one peroxide has the general structural formula R-O-O-R' where R and R' each represent organyl groups or collectively represent a cyclic organyl group, and in that the peroxide in the form of a 0.1 molar solution in monochlorobenzene has a 1 minute half-life temperature not exceeding 200°C.