mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a device to detect band availability, the method comprising: obtaining a digital sample set of a selected frequency band; calculating an autocorrelation function using the digital sample set, wherein the autocorrelation function is calculated by excluding a set of initial correlation delay values indicating adjacent channel interference from the calculation of the autocorrelation function to reveal a sinusoidal property of a frequency modulation signal; calculating a decision statistic; and determining if a frequency modulation signal is operating in the selected frequency band based on the decision statistic. obtaining a digital sample set of a selected frequency band; calculating an autocorrelation function using the digital sample set, wherein the autocorrelation function is calculated by excluding a set of initial correlation delay values indicating adjacent channel interference from the calculation of the autocorrelation function to reveal a sinusoidal property of a frequency modulation signal; calculating a decision statistic; and determining if a frequency modulation signal is operating in the selected frequency band based on the decision statistic.
A thin-film culture device, comprising: a water-resistant first substrate; a water-resistant second substrate; a growth region disposed between the first and second substrates; a dry, cold-water-soluble gelling agent disposed in the growth region; and an effective amount of calcium-chelating compound disposed in the growth region; wherein, when the growth region is hydrated with a predetermined volume of aqueous liquid and inoculated with a colony-forming unit of a mold species, the effective amount of calcium-chelating compound is capable of reducing a rate of lateral enlargement of the colony-forming unit growing in the culture device relative to the rate of lateral enlargement of a colony of the same mold species growing in an otherwise identical culture device that does not contain the effective amount disposed in the growth region; wherein reducing the rate of lateral enlargement of the colony-forming unit does not substantially delay detection of the colony. a water-resistant first substrate; a water-resistant second substrate; a growth region disposed between the first and second substrates; a dry, cold-water-soluble gelling agent disposed in the growth region; and an effective amount of calcium-chelating compound disposed in the growth region; wherein, when the growth region is hydrated with a predetermined volume of aqueous liquid and inoculated with a colony-forming unit of a mold species, the effective amount of calcium-chelating compound is capable of reducing a rate of lateral enlargement of the colony-forming unit growing in the culture device relative to the rate of lateral enlargement of a colony of the same mold species growing in an otherwise identical culture device that does not contain the effective amount disposed in the growth region; wherein reducing the rate of lateral enlargement of the colony-forming unit does not substantially delay detection of the colony.
A pressure vessel comprising an inner container made up of a cylindrical middle part and two dome-shaped pole caps closing both sides of the middle part and an outer layer wrapped onto the inner container for reinforcement of the inner container against a pressure load, wherein the outer layer comprises at least a pole cap reinforcement layer and a pressure vessel reinforcement layer made of fiber composite material, wherein the pole cap reinforcement layer at least partially overlaps the pole caps and the pressure vessel reinforcement layer overlaps the pole caps and the middle part and a contour-stable preform (5, 51, 53) is arranged as the pole cap reinforcement layer on at least one of the pole caps, preferentially on both pole caps, characterized by the fact that the contour-stable preform (5, 51) is a contour-stable preform braided from fiber material with a braid angle of the fiber material on the pole cap edge of at least 140°, preferentially at least 150°, particularly preferentially at least 160°, wherein the braid angle designates the angle between the crossing fibers, the bisector of which is aligned essentially parallel to the cylinder axis of the cylindrical central part.
Multifrequency device designed to be connected by at least first and second conductors (121, 122) to a power supply network, the device i comprising: - at least one radio frequency module comprising at least a first input/output port able to transmit and/or receive radio frequency signals at a first frequency, characterized in that the radio frequency module comprises at least a second input/output port able to transmit and/or receive radio frequency signals on a second frequency that is distinct from the first frequency et in that the device comprises - at least first and second tuning circuits (14, 15) designed to block the propagation of radio frequency signals being propagated respectively on the first and second conductors (121, 122), wherein each tuning circuit comprises a plurality of terminals: o wherein a terminal (141, 151) of each tuning circuit is respectively connected to the first conductor or to the second conductor, o wherein a terminal (142, 151) of each tuning circuit is respectively connected to the first input/output port, or to the second input/output port of the radio frequency module, - decoupling means (C1, C2) designed to stop the propagation of electrical supply signals between the first and second conductors (121, 122) and between at least one conductor (121, 122) and an input/output port (131, 132) of the radio frequency module. - at least one radio frequency module comprising at least a first input/output port able to transmit and/or receive radio frequency signals at a first frequency, - at least first and second tuning circuits (14, 15) designed to block the propagation of radio frequency signals being propagated respectively on the first and second conductors (121, 122), wherein each tuning circuit comprises a plurality of terminals: o wherein a terminal (141, 151) of each tuning circuit is respectively connected to the first conductor or to the second conductor, o wherein a terminal (142, 151) of each tuning circuit is respectively connected to the first input/output port, or to the second input/output port of the radio frequency module, o wherein a terminal (141, 151) of each tuning circuit is respectively connected to the first conductor or to the second conductor, o wherein a terminal (142, 151) of each tuning circuit is respectively connected to the first input/output port, or to the second input/output port of the radio frequency module, - decoupling means (C1, C2) designed to stop the propagation of electrical supply signals between the first and second conductors (121, 122) and between at least one conductor (121, 122) and an input/output port (131, 132) of the radio frequency module.
A tubular cracking furnace, for example an ethylene cracking furnace, comprising a convection section and a radiant section or dual radiant sections, at least one pass radiant tube of metal arranged in said radiant section having at least one member for intensifying heat transfer through the wall of the at least one radiant tube to fluid flowing through that tube in a fluid flow direction, by changing plug flow of the fluid in the at least one radiant tube to turbulence flow, said at least one member comprising a first such member, which is arranged at a location between 10D and 25D upstream, relative to the fluid flow direction, of an extreme point of said at least one pass radiant tube metal temperature, at which extreme point the tube metal temperature is a maximum, wherein D is the inner diameter of said at least one pass radiant tube.
A vulcanizable rubber composition for use in an air spring, comprising: an epihalohydrin-based copolymer comprising 50 to 70 mol % of a constituent unit represented by Formula: Formula -CH 2 -CH 2 -O- and/or Formula: 20 to 50 mol % of a constituent unit represented by Formula: wherein X represents a halogen atom selected from chlorine, bromine, and iodine, and 0 to 15 mol % of a constituent unit represented by Formula: a vulcanizing agent; a plasticizer; and an acid acceptor, wherein the plasticizer has a freezing point of -40 °C or lower.
A producing method of a tobacco raw material containing a flavor constituent, comprising: a step A1 for heating a tobacco raw material in a closed space which is treated with alkali and for taking a flavor constituent released in the gas phase from the tobacco raw material to an outside of the closed space; a step B1 for allowing a first solvent to capture the flavor constituent by bringing the flavor constituent released in the gas phase in the step A1 into contact with the first solvent which is a liquid substance at normal temperature on the outside of the closed space; and after the step B1, a step C1 for adding the first solvent capturing the flavor constituent in the step B1 to the tobacco raw material in the closed space from which the flavor constituent is released to outside of the closed space in the step A1. a step A1 for heating a tobacco raw material in a closed space which is treated with alkali and for taking a flavor constituent released in the gas phase from the tobacco raw material to an outside of the closed space; a step B1 for allowing a first solvent to capture the flavor constituent by bringing the flavor constituent released in the gas phase in the step A1 into contact with the first solvent which is a liquid substance at normal temperature on the outside of the closed space; and after the step B1, a step C1 for adding the first solvent capturing the flavor constituent in the step B1 to the tobacco raw material in the closed space from which the flavor constituent is released to outside of the closed space in the step A1.
Method of managing profiles in a secure element, wherein the secure element comprises a first profile associated with a first communication network, and a second profile associated with a second communication network, wherein the first profile is active, and the method comprises the following steps: - deactivation of said first profile; and - activation of said second profile; wherein the method is characterized in that the steps of deactivation and activation are carried out following the detection of a failure during a local verification carried out in said secure element and pertaining to said first profile for the use of this said first profile. - deactivation of said first profile; and - activation of said second profile;
An inkjet printing apparatus that records an image by ejecting electromagnetic curing type ink to a recording medium, comprising: a transport mechanism that transports a recording medium along a prescribed transport path; an ejection head that ejects said ink to said recording medium; a process chamber arranged downstream from said ejection head and having an inlet and an outlet for passing said recording medium through said process chamber; an irradiator that irradiates said recording medium in said process chamber with an electromagnetic wave; an inert gas supplier that supplies an inert gas into said process chamber; and a casing accommodating said ejection head and said process chamber; characterized by an air discharge part including an inlet-side suction port provided upstream from said inlet of said process chamber, an outlet-side suction port provided downstream from said outlet of said process chamber, and an exhaust pipe for guiding atmosphere sucked through said inlet-side suction port and said outlet-side suction port to the outside of said casing. a transport mechanism that transports a recording medium along a prescribed transport path; an ejection head that ejects said ink to said recording medium; a process chamber arranged downstream from said ejection head and having an inlet and an outlet for passing said recording medium through said process chamber; an irradiator that irradiates said recording medium in said process chamber with an electromagnetic wave; an inert gas supplier that supplies an inert gas into said process chamber; and a casing accommodating said ejection head and said process chamber; characterized by an air discharge part including an inlet-side suction port provided upstream from said inlet of said process chamber, an outlet-side suction port provided downstream from said outlet of said process chamber, and an exhaust pipe for guiding atmosphere sucked through said inlet-side suction port and said outlet-side suction port to the outside of said casing.
Inflatable float having a closed inner bag and a closed outer bag, the walls of the bags being formed from flexible, gas-tight material, wherein the inner bag is arranged within the outer bag, and wherein a closed intermediate volume is formed between a surface of the wall of the outer bag facing the inner bag and a surface of the wall of the inner bag facing the outer bag, having a gas-inlet nozzle, which connects the interior of the inner bag to the surroundings of the float, so that the inner bag can be filled with gas via the gas-inlet nozzle, having a closable test nozzle, which extends through the wall of the outer bag and connects the intermediate volume to the surroundings of the float, having an elastic, compressible spacer, which is arranged between the wall of the inner bag and the wall of the outer bag and is configured such that, in the case of a pressure in the intermediate volume that is lower, by a predetermined minimum difference, than the pressure outside the outer bag, it is compressed, such that an indicator portion of the wall of the inner bag adjacent to the spacer is held in a first position relative to the wall of the outer bag, and that, in the case of a pressure within the intermediate volume corresponding to the pressure outside the outer bag, the spacer holds the indicator portion in a second position spaced apart from the wall of the outer bag, wherein, in the second position, the indicator portion is further away from the wall of the outer bag than in the first position, and having an indicator device, which has a display configured such that a first representation is visible on the display when the spacer is compressed and a second representation is visible on the display when the indicator portion, in the second position, is spaced apart away from the wall of the outer bag.
An electromagnetic actuating device with at least two electromagnetic actuator units, wherein each actuator unit has a coil and a plunger, which plunger is movable axially relative to the coil via an energization of the coil, wherein the actuator unit is arranged in a housing, wherein the plunger is arranged approximately coaxially with the coil, wherein a plunger guide associated with the plunger is provided, in which plunger guide the plunger is mounted in a sliding manner, characterized in that each plunger is mounted in a sliding manner in a separate plunger guide and the plunger guides are movable relative to one another.
A pharmaceutical combination comprising: (i) an ALK inhibitor or a pharmaceutically acceptable salt thereof, and (ii) a SHP2 inhibitor, or a pharmaceutically acceptable salt thereof, wherein the ALK inhibitor is selected from 5-chloro- N2 -[2-isopropoxy-5-methyl-4-(4-piperidinyl)phenyl]- N4 -[2-(isopropylsulfonyl)phenyl]-2,4-pyrimidinediamine (ceritinib); optionally further comprising at least one pharmaceutically acceptable carrier. (i) an ALK inhibitor or a pharmaceutically acceptable salt thereof, and (ii) a SHP2 inhibitor, or a pharmaceutically acceptable salt thereof, wherein the ALK inhibitor is selected from 5-chloro- N2 -[2-isopropoxy-5-methyl-4-(4-piperidinyl)phenyl]- N4 -[2-(isopropylsulfonyl)phenyl]-2,4-pyrimidinediamine (ceritinib); optionally further comprising at least one pharmaceutically acceptable carrier.
Apparatus for feeding hanging conveyable articles into a hanging conveying installation, comprising a. a feeding unit for the individualized feeding of the hanging conveyable articles into a conveying system of the hanging conveying installation with a variably settable transport spacing (d T), wherein the feeding unit has an individualizing element for individualizing the hanging conveyable articles, b. a detection unit for detecting the thickness (D F) of the individual hanging conveyable articles, characterized by c. an evaluation unit for variably setting the transport spacing (d T) for the hanging conveyable article to be fed in dependence on the determined thickness (D F). a. a feeding unit for the individualized feeding of the hanging conveyable articles into a conveying system of the hanging conveying installation with a variably settable transport spacing (d T), wherein the feeding unit has an individualizing element for individualizing the hanging conveyable articles, b. a detection unit for detecting the thickness (D F) of the individual hanging conveyable articles,
An optical device, comprising: an optical interface; a waveguide; and an optical coupler coupled to the waveguide configured to at least one of transmit and receive an optical signal across the optical interface, the optical coupler comprising: a first portion comprising a first end attached to the waveguide and a second end, opposite the first end, facing the optical interface, and a second portion extending in a direction away from the waveguide and towards the optical interface, the second portion comprising a third end facing the optical interface, and wherein an entirety of the second portion is separated by a gap from both the first portion and the waveguide, wherein the second end of the first portion is offset a first distance from the optical interface and the third end of the second portion is offset a second distance from the optical interface, wherein the first and second distances differ by at most 1 micron. an optical interface; a waveguide; and an optical coupler coupled to the waveguide configured to at least one of transmit and receive an optical signal across the optical interface, the optical coupler comprising: a first portion comprising a first end attached to the waveguide and a second end, opposite the first end, facing the optical interface, and a second portion extending in a direction away from the waveguide and towards the optical interface, the second portion comprising a third end facing the optical interface, and wherein an entirety of the second portion is separated by a gap from both the first portion and the waveguide, wherein the second end of the first portion is offset a first distance from the optical interface and the third end of the second portion is offset a second distance from the optical interface, wherein the first and second distances differ by at most 1 micron. a first portion comprising a first end attached to the waveguide and a second end, opposite the first end, facing the optical interface, and a second portion extending in a direction away from the waveguide and towards the optical interface, the second portion comprising a third end facing the optical interface, and wherein an entirety of the second portion is separated by a gap from both the first portion and the waveguide, wherein the second end of the first portion is offset a first distance from the optical interface and the third end of the second portion is offset a second distance from the optical interface, wherein the first and second distances differ by at most 1 micron.
A process for generating electrons from hexose sugars comprising: generating glucose 6-phosphate (G6P) and 6-phosphogluconate by a chemical reaction of the hexose sugars with polyphosphate, ATP or free phosphate, wherein: (i) when using polyphosphate, the chemical reaction is performed between the polyphosphate and the hexose sugars in the presence of polyphosphate-glucose phosphotransferase; (ii) when using ATP, the chemical reaction is performed between the ATP and the hexose sugars in the presence of hexokinase, and wherein the ATP is regenerated by reacting ADP and the polyphosphate in the presence of polyphosphate kinase; or (iii) when using free phosphate, the chemical reaction is performed between the free phosphate and the hexose sugars in the presence of glucan phosphorylases and phosphoglucomutase; reacting the G6P and 6PG with NAD + or an oxidized biomimic thereof in water to obtain NADH or a reduced biomimic thereof; and oxidizing the NADH or a reduced biomimic thereof on an anode surface to generate the electrons at the anode, and further comprising regenerating G6P from ribulose 5-phosphate via a hybrid pathway of the pentose phosphate pathway, glycolysis and gluconeogenesis. generating glucose 6-phosphate (G6P) and 6-phosphogluconate by a chemical reaction of the hexose sugars with polyphosphate, ATP or free phosphate, wherein: (i) when using polyphosphate, the chemical reaction is performed between the polyphosphate and the hexose sugars in the presence of polyphosphate-glucose phosphotransferase; (ii) when using ATP, the chemical reaction is performed between the ATP and the hexose sugars in the presence of hexokinase, and wherein the ATP is regenerated by reacting ADP and the polyphosphate in the presence of polyphosphate kinase; or (iii) when using free phosphate, the chemical reaction is performed between the free phosphate and the hexose sugars in the presence of glucan phosphorylases and phosphoglucomutase; (i) when using polyphosphate, the chemical reaction is performed between the polyphosphate and the hexose sugars in the presence of polyphosphate-glucose phosphotransferase; (ii) when using ATP, the chemical reaction is performed between the ATP and the hexose sugars in the presence of hexokinase, and wherein the ATP is regenerated by reacting ADP and the polyphosphate in the presence of polyphosphate kinase; or (iii) when using free phosphate, the chemical reaction is performed between the free phosphate and the hexose sugars in the presence of glucan phosphorylases and phosphoglucomutase; reacting the G6P and 6PG with NAD + or an oxidized biomimic thereof in water to obtain NADH or a reduced biomimic thereof; and oxidizing the NADH or a reduced biomimic thereof on an anode surface to generate the electrons at the anode, and further comprising regenerating G6P from ribulose 5-phosphate via a hybrid pathway of the pentose phosphate pathway, glycolysis and gluconeogenesis.
An error concealment unit (100, 230, 380, 800, 800b) for providing an error concealment audio information (102, 232, 382, 802) for concealing a loss of an audio frame in an encoded audio information, wherein the error concealment unit is configured to provide a first error concealment audio information component (103, 807') for a first frequency range using a frequency domain concealment (105, 704, 805, 910), wherein the error concealment unit is further configured to provide a second error concealment audio information component (104, 512, 612, 811') for a second frequency range, which comprises lower frequencies than the first frequency range, using a time domain concealment (106, 500, 600, 809, 920), wherein the error concealment unit is configured to perform a control to determine and/or signal-adaptively vary the first and/or second frequency ranges (1401, 1402), and wherein the error concealment unit is further configured to combine (107, 812, 930) the first error concealment audio information component (103, 807') and the second error concealment audio information component (104, 512, 612, 811'), to obtain the error concealment audio information.