mhurhangee/ep-ind-claims huggingface dataset:
Method for generating a data stream using blocks, each with a specific number of data symbols to be transmitted, with the following method steps: dividing data bits to be transmitted among the individual blocks of the data stream which are to be generated, and generating data symbols in the individual blocks through coded modulation of the data bits divided in each case among the individual blocks, wherein an equal number ( d) of data bits are assigned in each case to each block, characterised in that the number ( L 1, L 2,..., L i,..., L N) of modulated data symbols are in each case time-varying between the individual blocks, and the time-varying number ( L 1, L 2,..., L i,..., L N) of data symbols are generated in the respective block from the data bits assigned to the respective block by means of a time-varying coded modulation which is used in each case in the respective block and which implements a time-varying information rate ( I 1, I 2,..., I i,..., I N) in the respective block, wherein the time-varying coded modulation used in the respective block is effected through temporal modification of a modulation form which is used. dividing data bits to be transmitted among the individual blocks of the data stream which are to be generated, and generating data symbols in the individual blocks through coded modulation of the data bits divided in each case among the individual blocks, wherein an equal number ( d) of data bits are assigned in each case to each block, the time-varying number ( L 1, L 2,..., L i,..., L N) of data symbols are generated in the respective block from the data bits assigned to the respective block by means of a time-varying coded modulation which is used in each case in the respective block and which implements a time-varying information rate ( I 1, I 2,..., I i,..., I N) in the respective block, wherein the time-varying coded modulation used in the respective block is effected through temporal modification of a modulation form which is used.
A conjugate comprising a glucan linked to a carrier molecule for use in preventing or treating a microbial infection in a mammal by using the glucan as an immunogen to provide a protective antibody response, wherein the glucan has exclusively β-1,3-linked glucose residues, and wherein the carrier molecule is a bacterial toxin, a toxoid of diphtheria toxin, a toxoid of tetanus toxin or CRM197.
Method for producing sheets and strips, in particular thin sheets, from a stainless austenitic CrMnNi steel, having the following composition: Mn: 7.6 to 8.7 wt.%; Cr: 16.5 to 16.99 wt.%; Ni: 3.8 to 4.3 wt.%; Mo: 0.51 to 1.0 wt.%; N: 0.18 to 0.45 wt.%; C: < 0.04 wt.%; Si: < 0.5 wt.%; P: < 0.04 wt.%; S: < 0.01 wt.%; rest iron and unavoidable impurities, the method comprising the following steps: melting the steel by a conventional casting method, casting the steel melt in a strand or to an ingot, hot rolling of the strand or ingot into a slab, further processing of the slab into a pre-strip and then into a hot strip, descaling and annealing of the hot strip and cold rolling into a cold strip, wherein the steel in the solution-annealed condition has σ-ferrite proportions < 3% by volume and in the cold-rolled condition additionally contains an a'-martensite proportion of up to 50% by volume. Mn: 7.6 to 8.7 wt.%; Cr: 16.5 to 16.99 wt.%; Ni: 3.8 to 4.3 wt.%; Mo: 0.51 to 1.0 wt.%; N: 0.18 to 0.45 wt.%; C: < 0.04 wt.%; Si: < 0.5 wt.%; P: < 0.04 wt.%; S: < 0.01 wt.%; rest iron and unavoidable impurities, the method comprising the following steps: melting the steel by a conventional casting method, casting the steel melt in a strand or to an ingot, hot rolling of the strand or ingot into a slab, further processing of the slab into a pre-strip and then into a hot strip, descaling and annealing of the hot strip and cold rolling into a cold strip, melting the steel by a conventional casting method, casting the steel melt in a strand or to an ingot, hot rolling of the strand or ingot into a slab, further processing of the slab into a pre-strip and then into a hot strip, descaling and annealing of the hot strip and cold rolling into a cold strip, wherein the steel in the solution-annealed condition has σ-ferrite proportions < 3% by volume and in the cold-rolled condition additionally contains an a'-martensite proportion of up to 50% by volume.
Security element for the production of documents of value, such as bank notes, cheques or the like, which has - a structure which presents a first and a second motif (20, 22) which change their appearance when the security element is tilted over a tilting angle range, wherein - the structure has first microelements, which are arranged according to a first pattern and present the first motif, and second microelements, which are arranged according to a second pattern and present the second motif, and - the first and the second pattern (17, 18) are nested within each other on a surface region of the security element, characterized in that - the first microelements present the first motif such that the first motif is visible in its entirety in the surface region within the tilting angle range at a specific starting tilted position and, when the tilted position changes, is only visible in a part of the surface region that decreases as the tilting increases and, upon reaching a specific end tilted position, is no longer visible at all, and - the second microelements only present the second motif in the rest of the surface region remaining in relation to the part of the surface region, wherein the second motif is not visible at all in the surface region at the starting tilted position and is visible in its entirety in the surface region at the end tilted position. - a structure which presents a first and a second motif (20, 22) which change their appearance when the security element is tilted over a tilting angle range, wherein - the structure has first microelements, which are arranged according to a first pattern and present the first motif, and second microelements, which are arranged according to a second pattern and present the second motif, and - the first and the second pattern (17, 18) are nested within each other on a surface region of the security element, - the first microelements present the first motif such that the first motif is visible in its entirety in the surface region within the tilting angle range at a specific starting tilted position and, when the tilted position changes, is only visible in a part of the surface region that decreases as the tilting increases and, upon reaching a specific end tilted position, is no longer visible at all, and - the second microelements only present the second motif in the rest of the surface region remaining in relation to the part of the surface region, wherein the second motif is not visible at all in the surface region at the starting tilted position and is visible in its entirety in the surface region at the end tilted position.
A method for assigning bandwidth to wireless field devices (24, 26, 28; 42, 44, 46) in an auxiliary data section of a communication structure used by a wireless network (WN1; WN2), where the field devices are assigned a process control bandwidth in a process control data section of the communication structure, said wireless network being provided in a process control system, the method comprising the steps of: - receiving an operator selection of at least one node in the process control system via an operator terminal, - determining a field device implementing the functionality of the node, and - adjusting the bandwidth (TS7, TS8) assigned to said at least one field device in the auxiliary data section based on the received operator selection, where said process control bandwidth is unaffected by the operator selection. - receiving an operator selection of at least one node in the process control system via an operator terminal, - determining a field device implementing the functionality of the node, and - adjusting the bandwidth (TS7, TS8) assigned to said at least one field device in the auxiliary data section based on the received operator selection, where said process control bandwidth is unaffected by the operator selection.
A work machine system including a leading vehicle configured to unload material into a receiving vehicle during an unloading operation, the receiving vehicle being configured to be propelled by a following vehicle, the work machine system comprising: a receiving vehicle sensor mounted to the leading vehicle, the receiving vehicle sensor being configured to detect a receiving vehicle parameter and generate a sensor signal responsive to the detected receiving vehicle parameter; a leading vehicle reference locator system configured to identify a first offset value that is indicative of a location of the receiving vehicle parameter relative to a first reference point on the leading vehicle; a following vehicle reference locator system configured to identify a second offset value that is indicative of a location of a second reference point on the following vehicle relative to the first reference point on the leading vehicle; a receiving vehicle parameter locator system configured to identify a calibrated offset value indicative of a location of the receiving vehicle parameter relative to the second reference point on the following vehicle based on the first offset value and the second offset value; and an unloading control system configured to control the unloading operation based on the calibrated offset value. a receiving vehicle sensor mounted to the leading vehicle, the receiving vehicle sensor being configured to detect a receiving vehicle parameter and generate a sensor signal responsive to the detected receiving vehicle parameter; a leading vehicle reference locator system configured to identify a first offset value that is indicative of a location of the receiving vehicle parameter relative to a first reference point on the leading vehicle; a following vehicle reference locator system configured to identify a second offset value that is indicative of a location of a second reference point on the following vehicle relative to the first reference point on the leading vehicle; a receiving vehicle parameter locator system configured to identify a calibrated offset value indicative of a location of the receiving vehicle parameter relative to the second reference point on the following vehicle based on the first offset value and the second offset value; and an unloading control system configured to control the unloading operation based on the calibrated offset value.
Tester for testing operational reliability of a cockpit oxygen distribution circuit having a plurality of components (20, 30, 40, 50) ensuring supply of oxygen from the cockpit oxygen distribution circuit to a cockpit crew of an aircraft in an emergency situation, comprising: means (20', 30', 40', 50') for electrically connecting the tester, in place of at least one of the components (20, 30, 40, 50), to the cockpit oxygen distribution circuit, an indicator for indicating that the electrical connection of the tester to the cockpit oxygen distribution circuit has been established in a predefined manner, and switching means (RL1, RL2, RL3, RL4) for initiating an output signal of the tester, the output signal of the tester simulating an output signal of the component replaced by the tester and being indicative of an operating condition of the component (20, 30, 40, 50) when being connected to the cockpit oxygen distribution circuit. means (20', 30', 40', 50') for electrically connecting the tester, in place of at least one of the components (20, 30, 40, 50), to the cockpit oxygen distribution circuit, an indicator for indicating that the electrical connection of the tester to the cockpit oxygen distribution circuit has been established in a predefined manner, and switching means (RL1, RL2, RL3, RL4) for initiating an output signal of the tester, the output signal of the tester simulating an output signal of the component replaced by the tester and being indicative of an operating condition of the component (20, 30, 40, 50) when being connected to the cockpit oxygen distribution circuit.
Tyre provided with a tread comprising a rubber composition based on at least one diene elastomer, a reinforcing filler, a crosslinking system and a polymethyl methacrylate thermoplastic resin, the polymethyl methacrylate thermoplastic resin exhibiting a Vicat softening point, measured according to Standard ISO 306: 2013 B50, within a range extending from 60°C to 100°C.
A MoS x O y /carbon nanocomposite material, wherein 2.5 ≤ x ≤ 3.1, 0.2 ≤ y ≤ 0.7, and the MoS x O y is oxygen doped molybdenum sulfide and has an amorphous structure.
Pan support for a gas hob, wherein the pan support has self-supporting arms, which each have a bearing surface for a cooking vessel (12, 19) and gas-outlet openings for supplying a fuel-gas/air mixture for forming a flame beneath the cooking vessel (12, 19), characterised in that a respective self-supporting arm has a bulge at its free end, wherein the bearing surface for the cooking vessel (12, 19) is realised by a surface of the bulge, wherein the bearing surface has a horizontal segment and a sloping segment.
An acoustic attenuation panel for a turbojet engine nacelle, including at least one cellular core disposed between at least one inner skin and one outer skin, the cellular core including a plurality of cells, characterized in that each cell defines a cavity with a helical general shape wound along an axis with a direction normal to the inner and outer skins.
A capacitance-based pressure sensor comprising: a housing comprising: an interior cavity within the housing; and a channel extending from an exterior of the housing to the interior cavity; a sensing diaphragm disposed within the interior cavity an electrode disposed within the interior cavity opposing the sensing diaphragm; and a fill fluid occupying the interior cavity such that a pressure from the channel is conveyed by the fill fluid to the sensing diaphragm to adjust a capacitance between the electrode and the sensing diaphragm; characterised in that: the fill fluid comprises a blend of a silicone-based oil and a liquid additive, such that the fill fluid has a dielectric constant greater than 3.5. a housing comprising: an interior cavity within the housing; and a channel extending from an exterior of the housing to the interior cavity; an interior cavity within the housing; and a channel extending from an exterior of the housing to the interior cavity; a sensing diaphragm disposed within the interior cavity an electrode disposed within the interior cavity opposing the sensing diaphragm; and a fill fluid occupying the interior cavity such that a pressure from the channel is conveyed by the fill fluid to the sensing diaphragm to adjust a capacitance between the electrode and the sensing diaphragm; characterised in that: the fill fluid comprises a blend of a silicone-based oil and a liquid additive, such that the fill fluid has a dielectric constant greater than 3.5.
A Static Random Access Memory, SRAM, device, comprising: a memory array formed of a plurality of 6 transistor, 6T, memory cells; a sense amplifier for accessing the memory array; means for tracking memory read current of the memory array using one or more columns of 6T tracking cells; means for connecting at least two tracking cells (504a, 504b, 504c, 504d) in a first column in series to each other such that said at least two tracking cells (504a, 504b, 504c, 504d) are connected to a corresponding bit line of the first column only by one n-channel passgate of a single one of the at least two tracking cells (504a, 504b, 504c, 504d); means for providing a drive current on the corresponding bit line of the first column of tracking cells based on the tracked memory read current, at least a portion of the drive current being provided through the series connection of the at least two tracking cells (504a, 504b, 504c, 504d); and means for triggering the sense amplifier to perform a memory read operation based on the provided drive current. a memory array formed of a plurality of 6 transistor, 6T, memory cells; a sense amplifier for accessing the memory array; means for tracking memory read current of the memory array using one or more columns of 6T tracking cells; means for connecting at least two tracking cells (504a, 504b, 504c, 504d) in a first column in series to each other such that said at least two tracking cells (504a, 504b, 504c, 504d) are connected to a corresponding bit line of the first column only by one n-channel passgate of a single one of the at least two tracking cells (504a, 504b, 504c, 504d); means for providing a drive current on the corresponding bit line of the first column of tracking cells based on the tracked memory read current, at least a portion of the drive current being provided through the series connection of the at least two tracking cells (504a, 504b, 504c, 504d); and means for triggering the sense amplifier to perform a memory read operation based on the provided drive current.
A fire protection system for wide flange steel columns having a vertical web and a pair of laterally opposing flanges extending at right angles from said vertical web comprising gypsum boards enclosing said column for fire protection, whereby a slip-on encasement frame is provided defined by an upright base having a pair of lateral ends (23a, 23b), a first bracket arm being transversely provided at one of said lateral ends, that a bracket lip extends inwardly from said first bracket arm towards the other lateral end, a first clamping arm being disposed parallel to said first bracket arm at a predetermined location between said lateral ends (23a, 23b) thereby defining a second bracket arm between said first bracket arm and said first clamping arm, a second clamping arm extending at an acute angle from said first clamping arm away from said first bracket arm, and that a slip-on arm extend angularly from said second clamping arm towards said first clamping arm thereby defining an opening between said slip-on arm and upright base, wherein said encasement frame is attached longitudinally to each of said flanges by slipping through said opening, wherein at least a single layer of gypsum board is secured through said first and second bracket arms configured to enclose said wide flange column for fire protection.
A method for wireless communication performed by a wireless device, comprising: performing transmit or receive beam measurements at two or more wireless antennas of the wireless device; selecting a beam pair for a serving cell based at least in part on the transmit or receive beam measurements; detecting user obstruction of at least one of a transmit beam or a receive beam of the selected serving beam pair; and presenting a visual indication notifying the user of the location of one or more antennas on a housing of the wireless device used to generate the selected serving beam pair, wherein the visual indication further indicates the user obstruction of the selected serving beam pair. performing transmit or receive beam measurements at two or more wireless antennas of the wireless device; selecting a beam pair for a serving cell based at least in part on the transmit or receive beam measurements; detecting user obstruction of at least one of a transmit beam or a receive beam of the selected serving beam pair; and presenting a visual indication notifying the user of the location of one or more antennas on a housing of the wireless device used to generate the selected serving beam pair, wherein the visual indication further indicates the user obstruction of the selected serving beam pair.
A process for the preparation of an alkylene glycol from an alkene comprising steps of: (a) supplying a gas composition comprising alkylene oxide, alkene, oxygen, carbon dioxide and water vapour to the bottom of an alkylene oxide absorber, said absorber comprising a column of vertically stacked trays, wherein each of the vertically stacked trays comprises a perforated gas-liquid contacting member or members, a liquid inlet area, an outlet weir extending vertically above the surface of the tray at the opposite end of the tray from the liquid inlet area and a downcomer element which, in cooperation with the inner surface of wall of the column, forms a downcomer for the passage of liquid downwardly to the liquid inlet region of the vertically adjacent tray directly below, wherein the outlet weir on each tray is at least 200mm and at most 1500mm in height and allowing the gas composition to pass upwards through the column; (b) supplying lean absorbent to the top of the alkylene oxide absorber and allowing the lean absorbent to pass downwards through the column; and (c) intimately contacting the gas composition with lean absorbent on the trays in the alkylene oxide absorber in the presence of one or more catalysts that promote carboxylation and hydrolysis; and (d) withdrawing fat absorbent from the alkylene oxide absorber. (a) supplying a gas composition comprising alkylene oxide, alkene, oxygen, carbon dioxide and water vapour to the bottom of an alkylene oxide absorber, said absorber comprising a column of vertically stacked trays, wherein each of the vertically stacked trays comprises a perforated gas-liquid contacting member or members, a liquid inlet area, an outlet weir extending vertically above the surface of the tray at the opposite end of the tray from the liquid inlet area and a downcomer element which, in cooperation with the inner surface of wall of the column, forms a downcomer for the passage of liquid downwardly to the liquid inlet region of the vertically adjacent tray directly below, wherein the outlet weir on each tray is at least 200mm and at most 1500mm in height and allowing the gas composition to pass upwards through the column; (b) supplying lean absorbent to the top of the alkylene oxide absorber and allowing the lean absorbent to pass downwards through the column; and (c) intimately contacting the gas composition with lean absorbent on the trays in the alkylene oxide absorber in the presence of one or more catalysts that promote carboxylation and hydrolysis; and (d) withdrawing fat absorbent from the alkylene oxide absorber.
A combination delivery device and prosthetic heart valve, the combination comprising: a prosthetic heart valve having a stent frame (102, 102') and a suture (302, 303, 304) positioned around the stent frame (102, 102'); and a delivery device (300, 400, 500) including: a catheter having a lumen and an access port transversely positioned with respect to the lumen, a suture actuation member (320, 420, 520) positioned within the lumen; wherein the suture (302, 303, 304), the access port and the suture actuation member (320, 420, 520) can be aligned such that the suture actuation member (320, 420, 520) engages the suture (302, 303, 304); wherein the suture actuation member (320, 420, 520) can be pulled proximally to place tension in the suture (302, 303, 304) and correspondingly compress the prosthetic heart valve; and wherein the suture actuation member (320, 420, 520) includes at least one tooth (324, 430). a prosthetic heart valve having a stent frame (102, 102') and a suture (302, 303, 304) positioned around the stent frame (102, 102'); and a delivery device (300, 400, 500) including: a catheter having a lumen and an access port transversely positioned with respect to the lumen, a suture actuation member (320, 420, 520) positioned within the lumen; a catheter having a lumen and an access port transversely positioned with respect to the lumen, a suture actuation member (320, 420, 520) positioned within the lumen; wherein the suture (302, 303, 304), the access port and the suture actuation member (320, 420, 520) can be aligned such that the suture actuation member (320, 420, 520) engages the suture (302, 303, 304);