mhurhangee/ep-ind-claims huggingface dataset:
A method for updating registered public land mobile network, RPLMN, information, wherein the method comprises: selecting, by a user equipment, a public land mobile network, PLMN, identifier from an available PLMN identifier set, wherein the available PLMN identifier set comprises PLMN identifiers that are comprised in the RPLMN information, home public land mobile network, HPLMN, information, user selected public land mobile network, UPLMN information, and operator provided public land mobile network, OPLMN, information; sending, by the user equipment, to a mobile switching center, a location update request message that carries the PLMN identifier; after a temporary mobile subscriber identity, TMSI, reallocation command, which is returned by the mobile switching center according to the location update request message, is acquired by the user equipment, determining, by the user equipment, whether location update acceptance information, which is returned by the mobile switching center according to the location update request message, is acquired; and if the location update acceptance information is acquired, updating, by the user equipment, the PLMN identifier to RPLMN information; or if the location update acceptance information is not acquired by the user equipment, skipping, by the user equipment, an operation of updating the PLMN identifier to RPLMN information, wherein the operation is triggered by the TMSI reallocation command. selecting, by a user equipment, a public land mobile network, PLMN, identifier from an available PLMN identifier set, wherein the available PLMN identifier set comprises PLMN identifiers that are comprised in the RPLMN information, home public land mobile network, HPLMN, information, user selected public land mobile network, UPLMN information, and operator provided public land mobile network, OPLMN, information; sending, by the user equipment, to a mobile switching center, a location update request message that carries the PLMN identifier; after a temporary mobile subscriber identity, TMSI, reallocation command, which is returned by the mobile switching center according to the location update request message, is acquired by the user equipment, determining, by the user equipment, whether location update acceptance information, which is returned by the mobile switching center according to the location update request message, is acquired; and if the location update acceptance information is acquired, updating, by the user equipment, the PLMN identifier to RPLMN information; or if the location update acceptance information is not acquired by the user equipment, skipping, by the user equipment, an operation of updating the PLMN identifier to RPLMN information, wherein the operation is triggered by the TMSI reallocation command.
A rodent control device, which is a combination of solid and pulpy rodenticide baits characterised in that the solid part having lower rodenticide concentration than that of the combination is a shaped paraffinized block rodenticide bait with at least one hole for containing the pulp, the pulpy part having higher rodenticide concentration than that of the combination is contained within said hole of block rodenticide bait.
A method for performing an Hybrid Automatic Repeat reQuest, HARQ, procedure by a mobile station, MS, in a IEEE 802.16 wireless communication system, the method comprising: receiving uplink control information for uplink transmission from a base station, BS; when a type of the uplink control information is the uplink basic assignment Advanced MAP information element, A-MAP IE, that includes resource assignment information and information indicating whether the control information is for a new transmission or for a retransmission, transmitting a subpacket having a HARQ subpacket identifier value of '0b00' to the BS regardless of whether the control information is for a transmission or a retransmission. receiving uplink control information for uplink transmission from a base station, BS; when a type of the uplink control information is the uplink basic assignment Advanced MAP information element, A-MAP IE, that includes resource assignment information and information indicating whether the control information is for a new transmission or for a retransmission, transmitting a subpacket having a HARQ subpacket identifier value of '0b00' to the BS regardless of whether the control information is for a transmission or a retransmission.
Method for generatively producing a component, particularly a turbo engine component, wherein material is bonded layer-wise selectively to a subjacent layer and/or a substrate, characterized in that before, during and after the bonding, the material is additionally impinged upon by a laser (1A; 1B; 2).
A method for filling light for a Complementary Metal Oxide Semiconductor, CMOS, video camera, the CMOS video camera using an exposure way of rolling shutter, comprising: acquiring a frame interval and an exposure time of each line of pixels; determining a strobe period according to the acquired frame interval and exposure time of each line of pixels; and filling light for each frame of an image by using a light-filling lamp according to the determined strobe period and a predetermined duty cycle, wherein the predetermined duty cycle is larger than 0 and lower than 1, characterized in that, wherein the frame interval equals to F * Tpixclk, the exposure time of each line of pixels equals to S * Tpixclk, wherein both F and S are positive integers, F>S, and Tpixclk is a clock cycle for outputting a pixel; determining the strobe period according to the acquired frame interval and exposure time of each line of pixels comprising: when F and S are not co-prime, obtaining a greatest common divisor T1 between F and S; selecting a factor among factors of T1, multiplying the selected factor by Tpixclk, and obtaining the multiplier as the strobe period. acquiring a frame interval and an exposure time of each line of pixels; determining a strobe period according to the acquired frame interval and exposure time of each line of pixels; and filling light for each frame of an image by using a light-filling lamp according to the determined strobe period and a predetermined duty cycle, wherein the predetermined duty cycle is larger than 0 and lower than 1, characterized in that, wherein the frame interval equals to F * Tpixclk, the exposure time of each line of pixels equals to S * Tpixclk, wherein both F and S are positive integers, F>S, and Tpixclk is a clock cycle for outputting a pixel; determining the strobe period according to the acquired frame interval and exposure time of each line of pixels comprising: when F and S are not co-prime, obtaining a greatest common divisor T1 between F and S; selecting a factor among factors of T1, multiplying the selected factor by Tpixclk, and obtaining the multiplier as the strobe period. when F and S are not co-prime, obtaining a greatest common divisor T1 between F and S; selecting a factor among factors of T1, multiplying the selected factor by Tpixclk, and obtaining the multiplier as the strobe period.
A method of continuous biomass hydrolysis in a two-stage hydrolysis process having a pre-hydrolysis reactor and a hydrolysis reactor having a hydrolysis zone and a discharge zone, the method comprising the steps of a) pretreating fresh biomass by at least one of mechanical/physical, chemical, biological and thermal means to open biomass for hydrolysis treatment, b) adding at least one of enzymes, chemicals and nutrients to the biomass having a consistency of 15 wt% or above in step (a) or thereafter, c) mixing the at least one of enzymes, chemicals and nutrients with the fresh biomass in step (b) or thereafter to form a mixture thereof, d) recycling at least partially hydrolysed biomass slurry from one of the pre-hydrolysis reactor, the discharge zone (26; 126) of the hydrolysis reactor (6;) and a discharge line therebetween to be mixed with the mixture of the at least one of enzymes, chemicals and nutrients and the fresh biomass in step (c) or thereafter to form a biomass slurry and for reducing the viscosity thereof, e) feeding the biomass slurry to the pre-hydrolysis reactor (106;) by means of a centrifugal pump, f) allowing the biomass slurry to advance in the pre-hydrolysis reactor in an upward direction as a laminar plug flow, and g) taking at least partially hydrolysed biomass slurry from the pre-hydrolysis reactor for further processing in the hydrolysis reactor. a) pretreating fresh biomass by at least one of mechanical/physical, chemical, biological and thermal means to open biomass for hydrolysis treatment, b) adding at least one of enzymes, chemicals and nutrients to the biomass having a consistency of 15 wt% or above in step (a) or thereafter, c) mixing the at least one of enzymes, chemicals and nutrients with the fresh biomass in step (b) or thereafter to form a mixture thereof, d) recycling at least partially hydrolysed biomass slurry from one of the pre-hydrolysis reactor, the discharge zone (26; 126) of the hydrolysis reactor (6;) and a discharge line therebetween to be mixed with the mixture of the at least one of enzymes, chemicals and nutrients and the fresh biomass in step (c) or thereafter to form a biomass slurry and for reducing the viscosity thereof, e) feeding the biomass slurry to the pre-hydrolysis reactor (106;) by means of a centrifugal pump, f) allowing the biomass slurry to advance in the pre-hydrolysis reactor in an upward direction as a laminar plug flow, and g) taking at least partially hydrolysed biomass slurry from the pre-hydrolysis reactor for further processing in the hydrolysis reactor.
An electromagnetic transducer comprising: a voice coil including at least a first coil and a second coil axially spaced from each other and disposed around a central region of the transducer, the voice coil including a former having a closed end cap, wherein the voice coil and former are configured to oscillate due to electromagnetic forces generated in response to an electrical signal passed through the voice coil, and the end cap is configured to oscillate with the former; a movable diaphragm extending generally outwardly from the central region and including an inner edge attached to the voice coil, where the diaphragm includes a concave surface; at least one magnet assembly positioned forward of the concave surface, the at least one magnet assembly defining at least two magnetic gaps disposed about the central region where the first coil is at least partially disposed in a first magnetic gap and the second coil is at least partially disposed in a second magnetic gap; and a center hub disposed about a central axis of the transducer and coupled to the at least one magnet assembly, characterized in that the at least one magnet assembly defines a port disposed about the central axis of the transducer, wherein the port provides a path for hot air to be pumped by the end cap from within a space between the at least one magnet assembly and the end cap through the port and out through the center hub to dissipate heat into the ambient air. a voice coil including at least a first coil and a second coil axially spaced from each other and disposed around a central region of the transducer, the voice coil including a former having a closed end cap, wherein the voice coil and former are configured to oscillate due to electromagnetic forces generated in response to an electrical signal passed through the voice coil, and the end cap is configured to oscillate with the former; a movable diaphragm extending generally outwardly from the central region and including an inner edge attached to the voice coil, where the diaphragm includes a concave surface; at least one magnet assembly positioned forward of the concave surface, the at least one magnet assembly defining at least two magnetic gaps disposed about the central region where the first coil is at least partially disposed in a first magnetic gap and the second coil is at least partially disposed in a second magnetic gap; and a center hub disposed about a central axis of the transducer and coupled to the at least one magnet assembly, characterized in that the at least one magnet assembly defines a port disposed about the central axis of the transducer, wherein the port provides a path for hot air to be pumped by the end cap from within a space between the at least one magnet assembly and the end cap through the port and out through the center hub to dissipate heat into the ambient air.
A method of measuring the biological activity of a sample batch of defibrotide comprising: growing mammalian cells in culture; incubating the cells with a solution containing at least one cytotoxic agent and at least one concentration of defibrotide from the sample batch; determining the viability of the cells after an incubation period; comparing the cell viability to the cell viability for a reference batch of defibrotide and calculating the biological activity of the sample batch of defibrotide based on the comparison; wherein said at least one cytotoxic agent has anti-metabolite, alkylating, nucleic acid intercalating or apoptotic properties. growing mammalian cells in culture; incubating the cells with a solution containing at least one cytotoxic agent and at least one concentration of defibrotide from the sample batch; determining the viability of the cells after an incubation period; comparing the cell viability to the cell viability for a reference batch of defibrotide and calculating the biological activity of the sample batch of defibrotide based on the comparison; wherein said at least one cytotoxic agent has anti-metabolite, alkylating, nucleic acid intercalating or apoptotic properties.
A switching converter includes: an A-coil connected to an output terminal; a first A-switch switching electric power outputted via the A-coil; a second A-switch making rectification so as to become an ON-state alternately with the first A-switch; an A-driving unit driving the first A-switch and the second A-switch alternately; the switching converter being characterized by a B-coil connected in series to the A-coil; a first B-switch switching the electric power outputted via the B-coil and the A-coil; a second B-switch making the rectification so as to become an ON-state alternately with the first B-switch; a B-driving unit driving the first B-switch and the second B-switch alternately; and a selection unit causing the A-driving unit and the B-driving unit to drive selectively, wherein the A-coil extends from one terminal of a single coil up to a middle point thereof, and the B-coil extends from the middle point up to the other terminal thereof. an A-coil connected to an output terminal; a first A-switch switching electric power outputted via the A-coil; a second A-switch making rectification so as to become an ON-state alternately with the first A-switch; an A-driving unit driving the first A-switch and the second A-switch alternately; the switching converter being characterized by a B-coil connected in series to the A-coil; a first B-switch switching the electric power outputted via the B-coil and the A-coil; a second B-switch making the rectification so as to become an ON-state alternately with the first B-switch; a B-driving unit driving the first B-switch and the second B-switch alternately; and a selection unit causing the A-driving unit and the B-driving unit to drive selectively, wherein the A-coil extends from one terminal of a single coil up to a middle point thereof, and the B-coil extends from the middle point up to the other terminal thereof.
Glazing unit for an esthetically pleasing effect, comprising or consisting of at least one polymer, the polymer having a first structured surface to which a photonic structure is applied which is configured to reflect a first partial spectrum of incident electromagnetic radiation and to transmit a second partial spectrum of incident electromagnetic radiation, characterized in that the reflected proportion corresponds to a higher harmonic and is in the visible spectral range.
Aircraft lifting surface comprising a main supporting structure and leading and trailing edges (11, 15); the main supporting structure comprising upper and lower faces defining its aerodynamic profile, front and rear spars oriented towards, respectively, the leading and trailing edges (11, 15) and a first set of transverse ribs (31, 31',...) extended from the front spar to the rear spar; the leading and trailing edges (11, 15) comprising covers (27, 28) defining their aerodynamic profile joined to the main supporting structure, characterized in that: - the main supporting structure also comprises a second set of transverse ribs crossing the front spar and/or the rear spar; - the transverse ribs of the second set are configured with upper and lower recesses (32, 34) in their crossing zones with the front spar and/or with the rear spar; - the front spar and/or the rear spar are configured with slot holes in their crossing zones with the transverse ribs of the second set. - the main supporting structure also comprises a second set of transverse ribs crossing the front spar and/or the rear spar; - the transverse ribs of the second set are configured with upper and lower recesses (32, 34) in their crossing zones with the front spar and/or with the rear spar; - the front spar and/or the rear spar are configured with slot holes in their crossing zones with the transverse ribs of the second set.
A method of providing a joint between a plate member and a frame profile, where a first adhesive (6, 9) which obtains its bearing capacity only after a curing time, is arranged on at least one of the surfaces to be connected by the joint, such that the first adhesive in the assembled condition will be placed close to a free edge of the profile, and close to said first adhesive and between the plate member and the profile, a second adhesive is applied between said first adhesive and said free edge of the profile, said second adhesive obtaining its bearing capacity immediately or shortly after application, compared to the curing time of the first adhesive, characterized in that said second adhesive is applied at the side of the first adhesive as to fit so tightly to the plate member that it prevents the first adhesive from forcing its way past the free edge of the profile, the first adhesive being kept in place by the second adhesive.
A device for processing a data resource changing event in a mobile terminal, comprising: a timer for generating a resource changing timer event; a memory for storing a character user interface UI image to recommend a change of a data resource when the data resource changing event occurs; an event collection part for detecting the data resource changing event and generating an event message for identifying the data resource changing event; an agent control part having a specialist for recommending the data resource change and selecting a character UI identification possessed by the specialist for the data resource changing event; and an agent expression part for accessing and outputting a character image and text corresponding to the character UI ID, wherein the character is either an avatar or an image; and wherein the specialist is used to process the event and output the processing result; wherein the data resource is resource used for a display or an alarm purpose, and the agent control part is further arranged to display an avatar and text recommending a user to change a data resource, when the resource changing timer generates a timer event; a list of data resource types when the user selects a change of the data resource; and to change a current data resource to a new data resource selected from the list. a timer for generating a resource changing timer event; a memory for storing a character user interface UI image to recommend a change of a data resource when the data resource changing event occurs; an event collection part for detecting the data resource changing event and generating an event message for identifying the data resource changing event; an agent control part having a specialist for recommending the data resource change and selecting a character UI identification possessed by the specialist for the data resource changing event; and an agent expression part for accessing and outputting a character image and text corresponding to the character UI ID, wherein the character is either an avatar or an image; and wherein the specialist is used to process the event and output the processing result; wherein the data resource is resource used for a display or an alarm purpose, and the agent control part is further arranged to display an avatar and text recommending a user to change a data resource, when the resource changing timer generates a timer event; a list of data resource types when the user selects a change of the data resource; and to change a current data resource to a new data resource selected from the list.
Wall fastening for a shower bar tube of a shower system, having a support (20; 70) which can be fastened to the installation wall, and shower bar tube, wherein the shower bar tube is fastened to the support (20; 70) and wherein the shower bar tube is closed with an end cap (40; 90), wherein a mounting section (30; 50) is arranged inside the shower bar tube, wherein the mounting section (30; 50) is connected to the end cap (40; 90) and is screwed, through a tube wall of the shower bar tube, to the support (20; 70) in order to connect the shower bar tube to the support (20; 70) on one side, characterized in that the mounting section (30; 50) has a first latching element with a first latching hook and a second latching element with a second latching hook, wherein the first latching hook engages in a first recess of the end cap (40; 90) and the second latching hook engages in a second recess of the end cap (40; 90) in order to connect the end cap (40; 90) to the mounting section (30; 50) in a positive-locking manner via a latching connection.
A beacon light optic, comprising: - a reflective surface having an optical axis wherein the reflective surface is composed of surface parts (3a, 3b, 3c) of at least two at least partly overlapping segments of rotation symmetrical surfaces (2a, 2b, 2c); - an entrance area comprising an entrance surface for allowing light to enter the beacon light optic; - an exit area through which light exits the beacon light optic; - a light emitting element disposed in front of the entrance surface such that light emitting from the light emitting element enters the beacon light optic through the entrance area, characterised in that the optical axes (5a, 5b, 5c) of at least two rotation symmetrical surfaces (2a, 2b, 2c) are under an angle (α1, α2) with respect to each other in a plane comprising the optical axes of each rotation symmetrical surface such that the surface parts of the thus created composed surface form the reflective surface of the optic. - a reflective surface having an optical axis wherein the reflective surface is composed of surface parts (3a, 3b, 3c) of at least two at least partly overlapping segments of rotation symmetrical surfaces (2a, 2b, 2c); - an entrance area comprising an entrance surface for allowing light to enter the beacon light optic; - an exit area through which light exits the beacon light optic; - a light emitting element disposed in front of the entrance surface such that light emitting from the light emitting element enters the beacon light optic through the entrance area, characterised in that the optical axes (5a, 5b, 5c) of at least two rotation symmetrical surfaces (2a, 2b, 2c) are under an angle (α1, α2) with respect to each other in a plane comprising the optical axes of each rotation symmetrical surface such that the surface parts of the thus created composed surface form the reflective surface of the optic.