mhurhangee/ep-ind-claims huggingface dataset:
A method in a positioning node of a wireless communication system, of supporting wireless device positioning, the method comprising: - receiving radio access capability information associated with a wireless device, wherein the radio access capability information comprises a list of frequency bands supported by the wireless device; - supporting positioning of the wireless device based on the received radio access capability information associated with the wireless device, wherein supporting the positioning comprises selecting only cells operating on frequencies from the list of frequency bands for inclusion in the positioning assistance data transmitted to the wireless device. - receiving radio access capability information associated with a wireless device, wherein the radio access capability information comprises a list of frequency bands supported by the wireless device; - supporting positioning of the wireless device based on the received radio access capability information associated with the wireless device, wherein supporting the positioning comprises selecting only cells operating on frequencies from the list of frequency bands for inclusion in the positioning assistance data transmitted to the wireless device.
. A method for purifying a combustion exhaust gas containing making a combustion exhaust gas having an alcohol added thereto as a reducing agent, into contact with a de-nitration catalyst containing a catalyst support containing MFI zeolite or FER zeolite, having supported thereon, Bi, or Pb, at a temperature of from 200 to 300 °C, so as to remove a nitrogen oxide in the exhaust gas.
A hot press formed part manufacturing process comprising heating a steel sheet having the first coating layer on the surface of the steel sheet, containing 60% or more by mass Ni and a remainder composed of Zn and incidental impurities, a coating mass thereof being more than 5 g/m 2 and 50 g/m 2 or less per side, and the second coating layer on the first coating layer, containing 10% to 25% by mass Ni and a remainder composed of Zn and incidental impurities, a coating mass thereof being 10 to 90 g/m 2 per side, transferring the steel sheet with a short transfer time of 4 to 6 seconds, and press forming the steel sheet with an initial forming temperature as high as 820°C or more, wherein the transfer time is the time of transfer from the heating to the press forming.
A method, comprising: creating, by a network system, a source network of flight paths, the source network comprising a set of possible flight paths between two locations; assigning, by the network system, a cost for traversing each edge of each flight path of the source network of flight paths; aggregating, by the network system, the cost for traversing each edge of each flight path to obtain a cost for each flight path of the source network of flight paths; based on the cost for each flight path of the source network of flight paths, idenfiying, by the network system, a flight path having the lowest cost, the flight path having the lowest cost being an optimized route between the two locations and comprising a corridor having a plurality of skylanes spaced a minimum distance apart; generating, by a hardware processor of the network system, an operations volume for a skylane of the plurality of skylanes of the optimized route based in part on one or more characteristics of an aircraft assigned to the skylane, the operations volume being a three-dimensional representation of the skylane between the two locations; and transmitting the operations volume to a further system for use. creating, by a network system, a source network of flight paths, the source network comprising a set of possible flight paths between two locations; assigning, by the network system, a cost for traversing each edge of each flight path of the source network of flight paths; aggregating, by the network system, the cost for traversing each edge of each flight path to obtain a cost for each flight path of the source network of flight paths; based on the cost for each flight path of the source network of flight paths, idenfiying, by the network system, a flight path having the lowest cost, the flight path having the lowest cost being an optimized route between the two locations and comprising a corridor having a plurality of skylanes spaced a minimum distance apart; generating, by a hardware processor of the network system, an operations volume for a skylane of the plurality of skylanes of the optimized route based in part on one or more characteristics of an aircraft assigned to the skylane, the operations volume being a three-dimensional representation of the skylane between the two locations; and transmitting the operations volume to a further system for use.
A metallic housing of an electronic device, comprising: an inner surface and an outer surface opposite to the inner surface, and also having a back side and at least one lateral side, wherein the inner surface, the outer surface, the back side and the at least one lateral side form at least part of the metallic housing, the inner surface being substantially a recessed structure, and the metallic housing having a first gap communicating the inner surface and the outer surface wherein a first plurality of apertures are formed on a surface of the first gap; at least one connecting terminal; and a first non-conductive spacer, disposed in the first gap of the metallic housing; wherein the first non-conductive spacer extends from a first side of the at least one lateral sides of the metallic housing to the back side of the metallic housing and further extends to a second side of the at least one lateral side opposite to the first side of the metallic housing, wherein part of the first non-conductive spacer is extended into the apertures of said first plurality of apertures. an inner surface and an outer surface opposite to the inner surface, and also having a back side and at least one lateral side, wherein the inner surface, the outer surface, the back side and the at least one lateral side form at least part of the metallic housing, the inner surface being substantially a recessed structure, and the metallic housing having a first gap communicating the inner surface and the outer surface wherein a first plurality of apertures are formed on a surface of the first gap; at least one connecting terminal; and a first non-conductive spacer, disposed in the first gap of the metallic housing; wherein the first non-conductive spacer extends from a first side of the at least one lateral sides of the metallic housing to the back side of the metallic housing and further extends to a second side of the at least one lateral side opposite to the first side of the metallic housing, wherein part of the first non-conductive spacer is extended into the apertures of said first plurality of apertures.
A method for preparing ZSM-5-based zeolite, the method comprising: heating a mixture including a silica source, an alumina source, a neutralizing agent, and a crystalline ZSM-5 nucleus to prepare a first solution in a solution state; mixing a second solution including a salt with the first solution to prepare a reaction mother liquor; and continuously supplying the reaction mother liquor to a hydrothermal synthesis reactor to perform continuous crystallization, wherein the following Equation 1 is satisfied: 0.20 ≤ W a / W b ≤ 0.40 wherein W a is a weight% of the salt in the reaction mother liquor, and W b is a weight% of silica in the reaction mother liquor, and wherein the salt is selected from the list of sodium sulfate (Na 2 SO 4), sodium nitrate (NaNO 3), trisodium phosphate (Na 3 PO 4), and combinations thereof. heating a mixture including a silica source, an alumina source, a neutralizing agent, and a crystalline ZSM-5 nucleus to prepare a first solution in a solution state; mixing a second solution including a salt with the first solution to prepare a reaction mother liquor; and continuously supplying the reaction mother liquor to a hydrothermal synthesis reactor to perform continuous crystallization, wherein the following Equation 1 is satisfied: 0.20 ≤ W a / W b ≤ 0.40 wherein W a is a weight% of the salt in the reaction mother liquor, and W b is a weight% of silica in the reaction mother liquor, and wherein the salt is selected from the list of sodium sulfate (Na 2 SO 4), sodium nitrate (NaNO 3), trisodium phosphate (Na 3 PO 4), and combinations thereof.
A cold-weather protection gear having batting, comprising: a lining that covers a user; a surface cloth that covers the lining; batting enclosed between the lining and the surface cloth; and a plurality of first linear members located between the lining and the surface cloth, and aligned at an interval in a second direction, and moreover extending in a first direction crossing the second direction, wherein each of the first linear members includes: at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, characterised in that the plurality of first effect strands interlace with the batting. a lining that covers a user; a surface cloth that covers the lining; batting enclosed between the lining and the surface cloth; and a plurality of first linear members located between the lining and the surface cloth, and aligned at an interval in a second direction, and moreover extending in a first direction crossing the second direction, wherein each of the first linear members includes: at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, at least one first core strand extending in the first direction; and a plurality of first effect strands extending from each of the first core strands to the periphery of the first core strands, characterised in that the plurality of first effect strands interlace with the batting.
A time offset adjustment method performed by a first terminal of a communication system supporting the IEEE 1588v2 protocol or a protocol evolved based on the IEEE 1588v2 protocol, the method comprising the steps of: • obtaining (S 410) a first clock time by synchronizing with an upper-level device of the first terminal; • receiving (S 510) a first satellite system time from a satellite system clock source; • determining (S 520) a time offset value, wherein the time offset value is a difference between the first clock time and the first satellite system time; • adjusting (S 430) the first clock time based on the time offset value; • sending (S 540) the time offset value to a second terminal of the communication system, wherein the time offset value is used to adjust a second clock time, and the second clock time is a synchronization time obtained by the second terminal by synchronizing with the upper-level device of the first terminal. • obtaining (S 410) a first clock time by synchronizing with an upper-level device of the first terminal; • receiving (S 510) a first satellite system time from a satellite system clock source; • determining (S 520) a time offset value, wherein the time offset value is a difference between the first clock time and the first satellite system time; • adjusting (S 430) the first clock time based on the time offset value; • sending (S 540) the time offset value to a second terminal of the communication system, wherein the time offset value is used to adjust a second clock time, and the second clock time is a synchronization time obtained by the second terminal by synchronizing with the upper-level device of the first terminal.
A method of selective catalytic reduction of nitrogen oxides and removal of dioxin, contained in flue gas, using an ammonia reducing agent, not only at low temperatures of 250°C or less but also at high temperatures of 300-400°C, wherein ammonia is supplied at a molar ratio of NH 3 /NO x of 0.6-1.2 upon the selective catalytic reduction of the nitrogen oxides, at a gas hourly space velocity of 1000-60000 hr -1 in the presence of the following vanadium-titania based catalyst which comprises (i) vanadium supported on titania, the vanadium being supported in an amount of 0.5-10 wt% based on the element of the support, (ii) 5-30 wt% natural manganese ore being pyrolusite, in which manganese oxide is composed of β-MnO2, and (iii) 5-10 wt% of tungsten oxides based on the weight of titania. (i) vanadium supported on titania, the vanadium being supported in an amount of 0.5-10 wt% based on the element of the support, (ii) 5-30 wt% natural manganese ore being pyrolusite, in which manganese oxide is composed of β-MnO2, and (iii) 5-10 wt% of tungsten oxides based on the weight of titania.
A method for detecting presence or absence of a dysregulation in a target gene in a biological sample, the method comprising: (a) amplifying a 5' region of the target gene transcript, if present, in a nucleic acid sample with one or more 5' target primer pairs which are complementary to the 5' region of the target gene; (b) amplifying a 3' region of the target gene transcript, if present, in the biological sample with one or more 3' target primer pairs which are complementary to the 3' region of the target gene; (c) detecting the amounts of amplification product produced by the one or more 5' target primer pairs in step (a) and the one or more 3' target primer pairs in step (b); (d) comparing the relative expression of the 5' region to the 3' region of the target gene in the nucleic acid sample detected in step (c) to the relative expression of the 5' region to the 3' region of the target gene in a reference sample; and (e) identifying the nucleic acid sample as having a gene dysregulation when the amounts of amplification products produced by steps (a) and (b) indicates that the target gene is dysregulated as determined in step (d); wherein the target gene is ALK. (a) amplifying a 5' region of the target gene transcript, if present, in a nucleic acid sample with one or more 5' target primer pairs which are complementary to the 5' region of the target gene; (b) amplifying a 3' region of the target gene transcript, if present, in the biological sample with one or more 3' target primer pairs which are complementary to the 3' region of the target gene; (c) detecting the amounts of amplification product produced by the one or more 5' target primer pairs in step (a) and the one or more 3' target primer pairs in step (b); (d) comparing the relative expression of the 5' region to the 3' region of the target gene in the nucleic acid sample detected in step (c) to the relative expression of the 5' region to the 3' region of the target gene in a reference sample; and (e) identifying the nucleic acid sample as having a gene dysregulation when the amounts of amplification products produced by steps (a) and (b) indicates that the target gene is dysregulated as determined in step (d); wherein the target gene is ALK.
A wideband I-shaped monopole dipole comprising a first dipole unit composed of two cantilevers at one end, a second dipole unit composed of two cantilevers at another end, a parallel-wire formed by two parallel lines (3A1 and 3A2) extending between the two cantilevers of the first dipole unit and two cantilevers of the second dipole unit, said parallel-wire connecting said first dipole unit with said second dipole unit in a parallel connection, a feed device disposed between the two dipole units and located on a center portion of the parallel-wire, said feed device comprising a feed pad (4A1) and a coaxial cable (4A2), wherein, the feed pad (4A1) is arranged on one line of the parallel-wire, and outer and inner conductors of the coaxial cable (4A2) connect with said feed pad (4A1) and the other line of the parallel-wire, respectively, characterized in that double-leads between said cantilevers of said first and second dipole units extend to form parallel plates acting as a first balancer and a second balancer to balance impedance components of said first and second dipole units.
A generation method of generating quality control data for managing analysis accuracy of a sample analyzer, comprising: a step of obtaining a determination result regarding whether a sample is positive or negative from each of a plurality of sample analyzers; a step of generating an index for quality control based on a ratio of samples determined to be positive or negative by the plurality of sample analyzers, from a plurality of determination results obtained from the plurality of sample analyzers; and a step of generating quality control data for comparing the index with a ratio of samples determined to be positive or negative by a sample analyzer to be managed for analysis accuracy. a step of obtaining a determination result regarding whether a sample is positive or negative from each of a plurality of sample analyzers; a step of generating an index for quality control based on a ratio of samples determined to be positive or negative by the plurality of sample analyzers, from a plurality of determination results obtained from the plurality of sample analyzers; and a step of generating quality control data for comparing the index with a ratio of samples determined to be positive or negative by a sample analyzer to be managed for analysis accuracy.
A worm gear for a worm gear system of a motor vehicle steering device, comprising a hub, a support element, and a gear rim, wherein the gear rim has a multiplicity of teeth which extend radially outward in terms of a worm gear longitudinal axis, wherein the support element is a support ring which by means of an injection-molding method is injected between the gear rim and the hub and which connects in a form-fitting manner the hub and the gear rim, wherein the gear rim has reinforcement ribs which, on both end sides, from the teeth extend radially in the direction of the worm gear longitudinal axis, characterized in that the gear rim has injection bores which between the worm gear longitudinal axis and the reinforcement ribs are configured for injecting a plastics material for configuring the support ring.
A frameless panel assembly, comprising: a plurality of panel covers (11, 12, 13) arranged sequentially adjacent to each other, each being frameless and comprising an engagement portion (111, 121, 131) disposed thereon, wherein the engagement portion is located on an outside surface of the respective panel covers; a plurality of functional modules (21, 22, 23), each of the plurality of panel covers (11, 12, 13) being mounted onto the respective functional module (21, 22, 23) at the inner surface of the panel covers (11, 12, 13), the inner surface being opposite to the outside surface; and a panel element adapted to be secured across the plurality of panel covers (11, 12, 13) onto the respective engagement portions (111, 121, 131) of the plurality of panel covers (11, 12, 13), thereby connecting the plurality of panel covers (11, 12, 13) at the outside surface, the panel element being of a strip shape. a plurality of panel covers (11, 12, 13) arranged sequentially adjacent to each other, each being frameless and comprising an engagement portion (111, 121, 131) disposed thereon, wherein the engagement portion is located on an outside surface of the respective panel covers; a plurality of functional modules (21, 22, 23), each of the plurality of panel covers (11, 12, 13) being mounted onto the respective functional module (21, 22, 23) at the inner surface of the panel covers (11, 12, 13), the inner surface being opposite to the outside surface; and a panel element adapted to be secured across the plurality of panel covers (11, 12, 13) onto the respective engagement portions (111, 121, 131) of the plurality of panel covers (11, 12, 13), thereby connecting the plurality of panel covers (11, 12, 13) at the outside surface, the panel element being of a strip shape.
A backpack support system for transporting a bike on the back of a wearer in a hands-free way, comprising a frame equipped with shoulder straps and a bike mount for fastening the bike to the frame, wherein the bike mount comprises a first anchoring point and a second anchoring point which are embodied spaced apart from each other, characterized in that the first and the second anchoring points are mounted at different heights in the direction along the vertical axis of the wearer that is predetermined with proper use by the shoulder straps, and the first and the second anchoring points are each rigid hooks, wherein the first hook lies in a horizontal plane and the second hook lies in a vertical plane.
A chipset for a terminal, the chipset comprising at least one, the function of an integrated subscriber identity module, iUICC, fulfilling, Secure Processor with non-variable functionality and an Application Processor, wherein firmware is implemented in the terminal, in particular in the Application Processor, wherein the chipset comprises: - an integrated Trusted Platform Module, iTPM, executable in the Secure Processor and stored outside the Secure Processor as a secure execution environment for securing the firmware, wherein the firmware is variable for different classes or types of terminals and has different requirements for the iTPM securing the firmware; and - a TPM Bootloader implemented in the Application Processor and assigned to the iTPM, which is started on the occasion of starting the operation of the chipset; - wherein the TPM Bootloader is configured to bring the integrated Trusted Platform Module, iTPM, to execution (1, 2, 3) on the Secure Processor; and - wherein the integrated Trusted Platform Module, iTPM, is configured to check the firmware, in particular the firmware of the application processor, for integrity. - an integrated Trusted Platform Module, iTPM, executable in the Secure Processor and stored outside the Secure Processor as a secure execution environment for securing the firmware, wherein the firmware is variable for different classes or types of terminals and has different requirements for the iTPM securing the firmware; and - a TPM Bootloader implemented in the Application Processor and assigned to the iTPM, which is started on the occasion of starting the operation of the chipset; - wherein the TPM Bootloader is configured to bring the integrated Trusted Platform Module, iTPM, to execution (1, 2, 3) on the Secure Processor; and - wherein the integrated Trusted Platform Module, iTPM, is configured to check the firmware, in particular the firmware of the application processor, for integrity.
Cold-curing two-component-epoxy adhesive, comprising (a) an epoxy-resin-component and (b) a curing agent-component, comprising a mercaptan curing agent, in which the epoxy-resin-component comprises a color change indicator. (a) an epoxy-resin-component and (b) a curing agent-component, comprising a mercaptan curing agent,
Slip-ring unit comprising a first and a second component group (1, 2) wherein the two component groups (1, 2) are arranged such that they can rotate relative to one another about an axis, and the slip-ring unit is suitable for transmitting electric currents or signals between the two component groups (1, 2) over several rotations, characterized in that - the first component group comprises a holder (1.1) to which at least one brush element (1.2; 1.2') is fixed at two bearing points (Y, Z) in the sense of two supports, and - the second component group has at least one closed circumferential slip ring (2.2), wherein the holder (1.1) is arranged at an axial distance (a) from the slip ring (2.2) and contact is made with the slip ring (2.2) by the brush element (1.2; 1.2') at a contact-making point, wherein the slip-ring unit is configured such that the contact-making point between the bearing points (Y, Z) is arranged along the profile of the brush element (1.2; 1.2'), and the contact-making point is arranged with a radial offset (d) in relation to a line (yz) which connects the bearing points (Y, Z). - the first component group comprises a holder (1.1) to which at least one brush element (1.2; 1.2') is fixed at two bearing points (Y, Z) in the sense of two supports, and - the second component group has at least one closed circumferential slip ring (2.2),