mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional, 3D, integrated circuit module, comprising: a first die of a first process type coupled to a second die of a second process type coupled to a third die of a third process type, the second die providing a non-volatile memory, and the third die providing a volatile memory; a global voltage regulator to provide power to a global high supply rail disposed through the first, second, and third dies, said global high supply rail to provide a voltage supply to at least one local voltage regulator in each of the dies, wherein the high supply rail is implemented with one or more through-silicon vias; and a power management unit comprising a die power activity table configured to monitor activity changes of die portions, and comprising a power state controller containing commands to be issued to the dies for change in power states thereof, enabling the power management unit to control power states of the dies, wherein for at least one state, at least a portion of the third die is powered down in response to data of said third die having been transferred to said second die; wherein each of the at least one local voltage regulator in each of the dies comprises a switching capacitor voltage regulator coupled to an on-die capacitor (C D) and an interface capacitor (C IF), said one-die capacitor (C D) being coupled between ground voltage and the voltage supply provided to a given die, said interface capacitor (C IF) being coupled between the supply voltage provided to said given die and ground voltage provided to an adjacent die of the given die. a first die of a first process type coupled to a second die of a second process type coupled to a third die of a third process type, the second die providing a non-volatile memory, and the third die providing a volatile memory; a global voltage regulator to provide power to a global high supply rail disposed through the first, second, and third dies, said global high supply rail to provide a voltage supply to at least one local voltage regulator in each of the dies, wherein the high supply rail is implemented with one or more through-silicon vias; and a power management unit comprising a die power activity table configured to monitor activity changes of die portions, and comprising a power state controller containing commands to be issued to the dies for change in power states thereof, enabling the power management unit to control power states of the dies, wherein for at least one state, at least a portion of the third die is powered down in response to data of said third die having been transferred to said second die; wherein each of the at least one local voltage regulator in each of the dies comprises a switching capacitor voltage regulator coupled to an on-die capacitor (C D) and an interface capacitor (C IF), said one-die capacitor (C D) being coupled between ground voltage and the voltage supply provided to a given die, said interface capacitor (C IF) being coupled between the supply voltage provided to said given die and ground voltage provided to an adjacent die of the given die.
A method of operating a heating system, the heating system comprising: a boiler, comprising a burner in co-operation with a primary heat exchanger; operable to warm water; a reservoir for storing warmed water; a controller having a user interface; a further heat exchanger arranged to receive warm water from the primary heat exchanger; and a blending valve; characterised in that, in use, a user signals the controller to warm water in the reservoir using the boiler or optionally a heater, and when hot water is required at an output temperature and the water in the reservoir has a temperature greater than the output temperature, water is removed from the reservoir or warmed by being passed through it and is mixed by the blending valve with water from a cold main to obtain water at a blended target temperature lower than the output temperature prior to being admitted to the further heat exchanger for heating the water to the output temperature. a boiler, comprising a burner in co-operation with a primary heat exchanger; operable to warm water; a reservoir for storing warmed water; a controller having a user interface; a further heat exchanger arranged to receive warm water from the primary heat exchanger; and a blending valve; characterised in that, in use, a user signals the controller to warm water in the reservoir using the boiler or optionally a heater, and when hot water is required at an output temperature and the water in the reservoir has a temperature greater than the output temperature, water is removed from the reservoir or warmed by being passed through it and is mixed by the blending valve with water from a cold main to obtain water at a blended target temperature lower than the output temperature prior to being admitted to the further heat exchanger for heating the water to the output temperature.
Two-component system, which comprises: a composition forming an insulating layer with a constituent A, which contains an alkoxysilane functional polyether, which is terminated by and/or has as side groups along the polymer chain alkoxy silane groups of the general formula -Si(R 1) m (OR 2) 3-m, in which R 1 stands for a linear or branched C 1 -C 16 alkyl residue, R 2 for a linear or branched C 1 -C 6 alkyl residue and m for an integer from 0 to 2, with a constituent B, which consists of water, and with a constituent C, which contains a mixture, which if necessary comprises at least one carbon supplier, at least one dehydration catalyst and at least one propellant and/or at least one thermally expandable compound, characterised in that constituents A and C are contained in a first component and constituent B is contained in a second component separated from the first component in a way that inhibits reaction.
A system for reducing harmonic noise caused by a plurality of noise sources by causing one or more loudspeakers to produce sounds that are at about the same frequencies as the noise and of substantially opposite phase, the system comprising: a plurality of noise cancellers (44, 46), each noise canceller (44, 46) comprising a harmonic sine wave generator (25, 32) that is arranged for generating an output sine wave having a frequency that corresponds to the noise to be reduced, and an adaptive filter (20, 36) that is arranged for using a sine wave to create a noise reduction signal that is used to drive one or more transducers with their outputs directed to reduce noise caused by the noise sources; and an overlap detector that is arranged for comparing the frequencies of the noise caused by the plurality of noise sources, and, based on the proximity of the frequencies, altering the operation of one or more of the adaptive filters (20, 36), wherein the overlap detector is arranged for altering operation of one or more of the adaptive filters (20, 36) by changing the values of one or more variable parameters of an adaptive filter (20, 36), characterised in that the variable parameters comprise the adaptation step sizes of the adaptive filters (20, 36), and the step sizes are decreased when the proximities of the frequencies are close. a plurality of noise cancellers (44, 46), each noise canceller (44, 46) comprising a harmonic sine wave generator (25, 32) that is arranged for generating an output sine wave having a frequency that corresponds to the noise to be reduced, and an adaptive filter (20, 36) that is arranged for using a sine wave to create a noise reduction signal that is used to drive one or more transducers with their outputs directed to reduce noise caused by the noise sources; and an overlap detector that is arranged for comparing the frequencies of the noise caused by the plurality of noise sources, and, based on the proximity of the frequencies, altering the operation of one or more of the adaptive filters (20, 36), wherein the overlap detector is arranged for altering operation of one or more of the adaptive filters (20, 36) by changing the values of one or more variable parameters of an adaptive filter (20, 36), characterised in that the variable parameters comprise the adaptation step sizes of the adaptive filters (20, 36), and the step sizes are decreased when the proximities of the frequencies are close.
A method comprising: receiving, by a computer system, specification of a source endpoint and a destination endpoint; generating, by the computer system and using a database storing data object instances describing locations of a plurality of ports within a datacenter and interconnects between pairs of ports of the plurality of ports, a path through the datacenter between the source endpoint and the destination endpoint according to the data object instances; and outputting, by the computer system, a representation of the path, wherein the datacenter includes components comprising arrays of ports located on one of a plurality of levels and one of a plurality of areas of the datacenter included among the plurality of ports; wherein the data object instances include object instances having labels that include a level identifier, area identifier, row identifier, and column identifier of each port of the array of ports within the datacenter; and wherein generating the path through the datacenter between the source endpoint and the destination endpoint according to the data object instances comprises identifying pairs of ports having labels with identical level identifiers and row identifiers. receiving, by a computer system, specification of a source endpoint and a destination endpoint; generating, by the computer system and using a database storing data object instances describing locations of a plurality of ports within a datacenter and interconnects between pairs of ports of the plurality of ports, a path through the datacenter between the source endpoint and the destination endpoint according to the data object instances; and outputting, by the computer system, a representation of the path, wherein the datacenter includes components comprising arrays of ports located on one of a plurality of levels and one of a plurality of areas of the datacenter included among the plurality of ports; wherein the data object instances include object instances having labels that include a level identifier, area identifier, row identifier, and column identifier of each port of the array of ports within the datacenter; and wherein generating the path through the datacenter between the source endpoint and the destination endpoint according to the data object instances comprises identifying pairs of ports having labels with identical level identifiers and row identifiers.
A steam turbine stationary blade (101, 401, 501, 601, 701) with a hollow region therein, the steam turbine stationary blade (101, 401, 501, 601, 701) comprising: a plurality of slots arranged in lines in a direction of a chord length, the plurality of slots opening into a surface of the steam turbine stationary blade (101, 401, 501, 601, 701), the plurality of slots each communicating with a working fluid flow passageway and with the hollow region, and extending in a direction of a blade length; and at least one connecting portion (112, 412, 514, 515, 612, 712) disposed so that for each of the most downstream slots (111, 511) of the plurality of slots, a surface of the connection portion (112, 412, 514, 515, 612, 712) directed toward the working fluid flow passageway is positioned closer to the hollow region than to the surface of the steam turbine stationary blade (101, 401, 501, 601, 701), and so that the connecting portion (112, 412, 514, 515, 612, 712) connects both sidewall surfaces of each of the most downstream slots (111, 511), in the direction of the chord length. a plurality of slots arranged in lines in a direction of a chord length, the plurality of slots opening into a surface of the steam turbine stationary blade (101, 401, 501, 601, 701), the plurality of slots each communicating with a working fluid flow passageway and with the hollow region, and extending in a direction of a blade length; and at least one connecting portion (112, 412, 514, 515, 612, 712) disposed so that for each of the most downstream slots (111, 511) of the plurality of slots, a surface of the connection portion (112, 412, 514, 515, 612, 712) directed toward the working fluid flow passageway is positioned closer to the hollow region than to the surface of the steam turbine stationary blade (101, 401, 501, 601, 701), and so that the connecting portion (112, 412, 514, 515, 612, 712) connects both sidewall surfaces of each of the most downstream slots (111, 511), in the direction of the chord length.
An installation for thermolysis of waste comprising at least two vessels (2,4), that is to say a drying first vessel and a calcining second vessel, each of these two vessels (2,4) being able to operate under a vacuum, the first vessel being able to dry the incoming waste and the second vessel being able to perform calcination treatment of the dried waste from the first vessel, each of the two vessels (2,4), for drying and calcining, comprising a system for external heating having at least one combustion chamber (3,5), and at least one vacuum pump (15,16) making it possible to maintain the vacuum in said vessel (2,4) and which is linked to said vessel (2,4) by an extraction pipe, said installation being characterized in that it comprises at least one pipe (14,12) for circulating gas from the second vessel to the second vessel through the system for external heating of the second vessel.
An isolated protein complex in the form of a synthetic chimeric protein, comprising an amino acid sequence of: (i) keratinocyte growth factor, or at least a domain of KGF which is capable of binding a keratinocyte growth factor receptor; and (ii) one or more domains of vitronectin comprising at least an integrin-binding domain of VN. (i) keratinocyte growth factor, or at least a domain of KGF which is capable of binding a keratinocyte growth factor receptor; and (ii) one or more domains of vitronectin comprising at least an integrin-binding domain of VN.
A computer-implemented method of monitoring the operation of a control system adapted to monitor and control a power delivery operation, the control system having a plurality of computers (12, 18, 20), each of the computers (12, 18, 20) having a central processing unit, CPU, with an operating system running thereon and each of the operating systems having one or more kernel interfaces, the method comprising: (a.) determining what processes are running on each computer (12, 18, 20); (b.) receiving threshold criteria for data collection; (c.) collecting initial data based on the processes running on each computer (12, 18, 20); (d.) time stamping the initial data; (e.) determining whether the initial data meets any of the threshold criteria; (f.) if the initial data meets any of the threshold criteria, collecting (112, 106) additional data based on the threshold criteria that have been met; (g.) time stamping the additional data; (h.) correlating the initial data and the additional data using the time stamps and/or characteristics of the running processes; and wherein the kernel interfaces are used to collect the initial set of data and the additional data. (a.) determining what processes are running on each computer (12, 18, 20); (b.) receiving threshold criteria for data collection; (c.) collecting initial data based on the processes running on each computer (12, 18, 20); (d.) time stamping the initial data; (e.) determining whether the initial data meets any of the threshold criteria; (f.) if the initial data meets any of the threshold criteria, collecting (112, 106) additional data based on the threshold criteria that have been met; (g.) time stamping the additional data; (h.) correlating the initial data and the additional data using the time stamps and/or characteristics of the running processes; and
A method for producing a grain-oriented electrical steel sheet by comprising a series of steps of hot rolling a raw steel material comprising C: 0.002-0.10 mass%, Si: 2.0-8.0 mass%, Mn: 0.005-1.0 mass%, optionally A1: 0.010-0.050 mass% and N: 0.003-0.020 mass%, or Al: 0.010-0.050 mass%, N: 0.003-0.020 mass%, Se: 0.003-0.030 mass% and/or S: 0.002-0.03 mass%, and one or more selected from Ni: 0.010-1.50 mass%, Cr: 0.01-0.50 mass%, Cu: 0.01-0.50 mass%, P: 0.005-0.50 mass%, Sb: 0.005-0.50 mass%, Sn: 0.005-0.50 mass%, Bi: 0.005-0.50 mass%, Mo: 0.005-0.10 mass%, B: 0.0002-0.0025 mass%, Te: 0.0005-0.010 mass%, Nb: 0.0010-0.010 mass%, V: 0.001-0.010 mass% and Ta: 0.001-0.010 mass%, and the remainder being Fe and inevitable impurities to obtain a hot rolled sheet, subjecting the hot rolled steel sheet to a hot band annealing as required and further to one cold rolling or two or more cold rollings including an intermediate annealing therebetween to obtain a cold rolled sheet having a final sheet thickness, subjecting the cold rolled sheet to primary recrystallization annealing combined with decarburization annealing, applying an annealing separator to the steel sheet surface and then subjecting to final annealing, characterized in that rapid heating is performed at a rate of not less than 50°C/s in a region of 200-700°C in the heating process of the primary recrystallization annealing, and the steel sheet is held at any temperature of 250-600°C in the above region for 1-10 seconds, wherein the soaking process of the primary recrystallization annealing is divided into N stages (N: an integer of not less than 2), the first stage is controlled to a temperature of 820-900°C, a time of 10-60 seconds and P H2O /P H2 in an atmosphere of 0.25-0.40, and the second and later stages are controlled to a temperature of 750-900°C, a time of 80-170 seconds and P H2O /P H2 in an atmosphere of 0.25-0.40, provided that the temperature of the first stage is higher than those of the second and later stages, and wherein the heating rate in the region of 200-700°C not less than 50°C/s is an average heating rate in times except for the holding time.
Ultrasonic measurement system with two transducer assemblies (1, 1A), each transducer assembly comprising an ultrasonic transducer (2, 2A) with a connecting cable having two wires (4, 5), wherein at least one of the transducer assemblies comprises a structure-born sound attenuation device (6, 6A) that exerts pressure onto the connecting cable, characterized in that along the cable, the distance between the ultrasonic transducer and the attenuation device is dimensioned such that the travel time of ultrasound emitted by the ultrasound transducer through the cable is shorter than half the travel time between the ultrasonic transducers (2, 2A) along a measurement path. at least one of the transducer assemblies comprises a structure-born sound attenuation device (6, 6A) that exerts pressure onto the connecting cable, characterized in that along the cable, the distance between the ultrasonic transducer and the attenuation device is dimensioned such that the travel time of ultrasound emitted by the ultrasound transducer through the cable is shorter than half the travel time between the ultrasonic transducers (2, 2A) along a measurement path.
A method of generating a plurality of language specific diacritic characters for a plurality of Latin-based languages or languages based on a Roman character set using a single layout for an adaptable character entry device comprising an inverse shift key, wherein said plurality of language specific diacritical characters is limited to a set of said language specific diacritical characters characteristic of a language selected by an operator of the adaptable character entry device, the method comprising: monitoring the character entry device for a plurality of concurrent selection events wherein the selection events comprise a first selection event, a second selection event and a third selection event, wherein said first selection event is the selection of the inverse shift key; determining whether the first selection event, the second selection event and the third selection event in combination comprise a first language specific diacritic character, wherein the inverse shift key is configured to invert a character corresponding to another one of the concurrent selection events, emitting the first language specific diacritic character. monitoring the character entry device for a plurality of concurrent selection events wherein the selection events comprise a first selection event, a second selection event and a third selection event, wherein said first selection event is the selection of the inverse shift key; determining whether the first selection event, the second selection event and the third selection event in combination comprise a first language specific diacritic character, wherein the inverse shift key is configured to invert a character corresponding to another one of the concurrent selection events, emitting the first language specific diacritic character.
A hinge or the like (10, 110) comprising a first wing (12, 112) having a first knuckle (14, 114), a second wing (16, 116) having a second knuckle (18, 118), a hollow pin (22, 122) extending along an axial direction and engaged along the axial direction in the first knuckle (14, 114) and in the second knuckle (18, 118), the first wing (12, 112) and the second wing (16, 116) being configured to pivot relative to each other about the axial direction, and a return spring (20, 120) housed in whole or in part in the hollow pin (22, 122), the return spring (20, 120) being configured to exert a return force in a first direction of relative rotation between the first wing (12, 112) and the second wing (16, 116) about the axial direction and tending to maintain the first wing (12, 112) and the second wing (16, 116) in a predetermined relative position, the return spring (20, 120) having a first portion (20A, 120A) and a second portion (20B, 120B), the first portion (20A, 120A) being coupled in rotation with the first knuckle (14, 114) while the second portion (20B, 120B) is coupled in rotation with the pin (22, 122), said hinge being characterized in that the second knuckle (18, 118) is configured to drive the hollow pin (22, 122) in rotation only along a second direction of relative rotation between the first wing (12, 112) and the second wing (16, 116) about the axial direction, opposite to the first direction of rotation, whereby a preload of the return spring (20, 120) is adjustable.
Use of esters of furan-2,5-dicarboxylic acid with a Pt-Co color according to DIN-6271 of more than 500 as primary plasticizers and thermal stabilizers in unpigmented PVC films, to provide plasticized unpigmented PVC films wherein neither of the a* or b* color values measured according to DIN-6174 are more than 3 units removed from a value of 0.