mhurhangee/ep-ind-claims huggingface dataset:
A disc-shaped plate for a noise attenuator, the disc-shaped plate comprising: a plurality of sector-shaped plates (1702, 1704, 1706, 1708), the plurality of sector-shaped plates (1702, 1704, 1706, 1708) having openings defining flow paths, each of the plurality of sector-shaped plates (1702, 1704, 1706, 1708) having a first radial edge forming a first mating feature and a second radial edge forming a second mating feature that is complementary to the first mating feature such that, with the plurality of sector-shaped plates (1702, 1704, 1706, 1708) arranged together, the first mating feature of each of the plurality of sector-shaped plates (1702, 1704, 1706, 1708) mates with the second mating feature of an adjacent one of the plurality of sector-shaped plates (1702, 1704, 1706, 1708), and, with the plurality of sector-shaped plates (1702, 1704, 1706, 1708) arranged together, a portion of each of the plurality of sector-shaped plates (1702, 1704, 1706, 1708) overlaps in an axial direction with an adjacent one of the plurality of sector-shaped plates (1702, 1704, 1706, 1708).
A composition comprising a Lactobacillus pentosus TUA4337L strain (accession number: NITE BP-1479) having proliferation ability in the intestinal tract.
A power unit, in particular for a hybrid vehicle, having a two-cylinder reciprocating piston engine, which comprises two pistons guided in two cylinders in tandem arrangement, and two counter-rotating crankshafts (10, 11) connected to the pistons by connecting rods, and a generator which can be driven by the crankshafts, the crankshafts (10, 11) being mechanically coupled so as to be in phase, characterized in that the crankshafts (10, 11) are coupled by means of a toothed chain which is toothed on both sides, the first side of the toothed chain being in engagement with a sprocket wheel of the one crankshaft and the second side of the toothed chain with a sprocket wheel of the other crankshaft, and the toothed chain and the crankshafts (10, 11) forming a toothed-chain drive which is connected to the generator.
Method for producing a rotor, in which first of all, in a first step, the rotor elements (11,..,14) are welded over the whole circumference of 360 0 with a constant depth (T W) which is greater than the subsequent slot depth (T N), in which in a second step the whole rotor (10, 10', 10") is turned, and in which in a third step the winding slots are cut into the rotor body (23, 24, 26, 28), characterized in that rotor elements (11, 12) are used which, on the sides which are to be welded between the cavity and the adjacent weld gap, have encompassing collar webs (43, 44) for centring and for adjustment of the width of the gap, and which by a stepped edge contour interlock with a centring action and are fused during subsequent welding.
A fusion protein, characterized in that it consists of PsaA, PspA and at least one linker, wherein the PsaA has the amino acid sequence as shown in SEQ ID NO: 1; wherein the PspA is a sequence obtained by ligating the sequence as shown in SEQ ID NO: 2 and the sequence as shown in SEQ ID NO: 3; wherein the PsaA and the PspA are ligated via a linker and the different parts of PspA are ligated via a linker; wherein the fusion protein has the sequence as shown in SEQ ID NO: 5.
A method for configuring a receiving entity for a reception of a data block, the method comprising: determining whether the receiving entity is configured for a channel related to a point-to-multipoint service; setting a size of receiving window in the receiving entity to zero if it is determined that the receiving entity is configured for the point-to-multipoint service related channel; and processing the data block having sequence number according to the configuration of the receiving entity. determining whether the receiving entity is configured for a channel related to a point-to-multipoint service; setting a size of receiving window in the receiving entity to zero if it is determined that the receiving entity is configured for the point-to-multipoint service related channel; and processing the data block having sequence number according to the configuration of the receiving entity.
A variable vane assembly, comprising: a variable vane; a trunnion arranged on one end of the variable vane; an inner bushing mated to the trunnion; and an outer bushing (118; 218) configured to rotatably receive the inner bushing, characterized by: a retention feature configured to retain the trunnion with respect to the outer bushing (118; 218); and the retention feature is configured to mate the inner bushing to the outer bushing (118; 218) by preventing axial movement of the inner bushing in a direction towards the variable vane. a variable vane; a trunnion arranged on one end of the variable vane; an inner bushing mated to the trunnion; and an outer bushing (118; 218) configured to rotatably receive the inner bushing, characterized by: a retention feature configured to retain the trunnion with respect to the outer bushing (118; 218); and the retention feature is configured to mate the inner bushing to the outer bushing (118; 218) by preventing axial movement of the inner bushing in a direction towards the variable vane. a retention feature configured to retain the trunnion with respect to the outer bushing (118; 218); and the retention feature is configured to mate the inner bushing to the outer bushing (118; 218) by preventing axial movement of the inner bushing in a direction towards the variable vane.
A method for processing a direct current electric arc, applied to a photovoltaic cell system, comprising: obtaining a first current, wherein the first current is a direct current input current of a direct current cable connected to a photovoltaic cell panel of the photovoltaic cell system; obtaining a second current, wherein the second current is a direct current common mode current of a direct current cable on a direct current port side of an inverter of the photovoltaic cell system or an alternating current common mode current of an alternating current cable on an alternating current port side of the inverter; obtaining a correlation coefficient between a frequency domain component of the first current and a frequency domain component of the second current, wherein the frequency domain component is a frequency value of a current within a preset frequency band in frequency domain, and the correlation coefficient reflects a degree of correlation between the frequency domain component of the first current and the frequency domain component of the second current; and when determining that the first current meets an electric arc occurrence condition and the correlation coefficient is greater than or equal to a preset coefficient threshold, skipping sending a direct current electric arc fault alarm. obtaining a first current, wherein the first current is a direct current input current of a direct current cable connected to a photovoltaic cell panel of the photovoltaic cell system; obtaining a second current, wherein the second current is a direct current common mode current of a direct current cable on a direct current port side of an inverter of the photovoltaic cell system or an alternating current common mode current of an alternating current cable on an alternating current port side of the inverter; obtaining a correlation coefficient between a frequency domain component of the first current and a frequency domain component of the second current, wherein the frequency domain component is a frequency value of a current within a preset frequency band in frequency domain, and the correlation coefficient reflects a degree of correlation between the frequency domain component of the first current and the frequency domain component of the second current; and when determining that the first current meets an electric arc occurrence condition and the correlation coefficient is greater than or equal to a preset coefficient threshold, skipping sending a direct current electric arc fault alarm.
A method in a multi-carrier receiver radio of monitoring frequency channels associated with a first talkgroup to which the multi-carrier receiver radio subscribes, the method comprising: associating the first talkgroup with a set of two or more frequency channels any of which may carry group call activity; simultaneously monitoring for first talkgroup call activity on each frequency channel of the set of two or more frequency channels associated with the first talkgroup; and during monitoring, detecting a new call on a particular one of the set of two or more frequency channels associated with the first talkgroup and joining the new call on the particular frequency channel. associating the first talkgroup with a set of two or more frequency channels any of which may carry group call activity; simultaneously monitoring for first talkgroup call activity on each frequency channel of the set of two or more frequency channels associated with the first talkgroup; and during monitoring, detecting a new call on a particular one of the set of two or more frequency channels associated with the first talkgroup and joining the new call on the particular frequency channel.
A restraining device comprising a restraint for attachment to an animal or child, a retractable strap lead and a housing, in which the retractable strap lead is at least partially housed, wherein the housing is releasably attached to the restraint and comprises a twister for changing the orientation of the retractable strap lead wherein the twister is formed integrally with at least part of the housing so that, in use, the orientation of the retractable strap lead is changed as it is deployed from or retracted into the housing means.
An acoustic device comprising: an inspection signal generator that outputs a first inspection signal; an amplifier (102; 502) that receives the first inspection signal and outputs a second inspection signal according to the first inspection signal; an output terminal electrically connected to an output side of the amplifier (102; 502); a ground terminal electrically connected to a ground; a first detector that is electrically connected to the output side of the amplifier (102; 502) and outputs a first detection signal based on the second inspection signal; and a determiner (107; 507); characterized in that said determiner (107; 507) compares the voltage amplitude of the first detection signal output from the first detector with the voltage amplitude of a preset first determination reference signal so as to determine a short-circuit state of the output terminal to the ground, and compares the voltage amplitude of the first detection signal with voltage amplitude of a preset second determination reference signal different from the first determination reference signal so as to determine at least one of an open state of the output terminal and a short-circuit state of the output terminal to a power supply. an inspection signal generator that outputs a first inspection signal; an amplifier (102; 502) that receives the first inspection signal and outputs a second inspection signal according to the first inspection signal; an output terminal electrically connected to an output side of the amplifier (102; 502); a ground terminal electrically connected to a ground; a first detector that is electrically connected to the output side of the amplifier (102; 502) and outputs a first detection signal based on the second inspection signal; and a determiner (107; 507); characterized in that said determiner (107; 507) compares the voltage amplitude of the first detection signal output from the first detector with the voltage amplitude of a preset first determination reference signal so as to determine a short-circuit state of the output terminal to the ground, and compares the voltage amplitude of the first detection signal with voltage amplitude of a preset second determination reference signal different from the first determination reference signal so as to determine at least one of an open state of the output terminal and a short-circuit state of the output terminal to a power supply.
The method of making nucleation layer for diamond growth by chemical vapor deposition, wherein: • diamond powder is added into a solution of a polymer; • said suspension is homogenized; • the resulting polymer composite is deposited onto a cleaned substrate and is annealed to the temperature corresponding to the hardening temperature of the said polymer by drying the substrate in air at the temperature of 120 °C for at least 40 minutes; • and the polymer composite is partially etched away, characterized in that: • said solution of a polymer is an aqueous solution of polyvinyl alcohol prepared by the dissolution of 25 mg of polyvinyl alcohol with the molecular weight of 80 000 g/mol in 1 ml of deionized water at the temperature of 60-70 °C during stirring; • and that said diamond powder is nanocrystalline detonation diamond with passivated surface and with grain sizes from 5 to 10 nm. • diamond powder is added into a solution of a polymer; • said suspension is homogenized; • the resulting polymer composite is deposited onto a cleaned substrate and is annealed to the temperature corresponding to the hardening temperature of the said polymer by drying the substrate in air at the temperature of 120 °C for at least 40 minutes; • and the polymer composite is partially etched away, characterized in that: • said solution of a polymer is an aqueous solution of polyvinyl alcohol prepared by the dissolution of 25 mg of polyvinyl alcohol with the molecular weight of 80 000 g/mol in 1 ml of deionized water at the temperature of 60-70 °C during stirring; • said solution of a polymer is an aqueous solution of polyvinyl alcohol prepared by the dissolution of 25 mg of polyvinyl alcohol with the molecular weight of 80 000 g/mol in 1 ml of deionized water at the temperature of 60-70 °C during stirring; • and that said diamond powder is nanocrystalline detonation diamond with passivated surface and with grain sizes from 5 to 10 nm.
A method for preventing pits, overgrowth, or excrescences, in the formation of a metal-germanide layer in a semiconductor device comprising the steps of: - providing a substrate on which at least one area of a germanium layer is exposed, wherein, on said substrate, said Ge layer contacts another exposed material selected from the group consisting of a dielectric material, a metal such as TiN or TaN, a polymer capable of withstanding required process temperatures, and wherein said different exposed materials do not react with the metal used for germanidation, - depositing over the substrate and said germanium area, any suitable metal, - forming over said metal, a capping layer consisting of a silicon oxide containing layer, or of a silicon nitride layer, - then annealing for metal-germanide formation, - then removing selectively said capping layer, and - then removing selectively the unreacted metal, wherein the temperature used for said capping layer formation is lower than the annealing temperature. - providing a substrate on which at least one area of a germanium layer is exposed, wherein, on said substrate, said Ge layer contacts another exposed material selected from the group consisting of a dielectric material, a metal such as TiN or TaN, a polymer capable of withstanding required process temperatures, and wherein said different exposed materials do not react with the metal used for germanidation, - depositing over the substrate and said germanium area, any suitable metal, - forming over said metal, a capping layer consisting of a silicon oxide containing layer, or of a silicon nitride layer, - then annealing for metal-germanide formation, - then removing selectively said capping layer, and - then removing selectively the unreacted metal,
A charging method, comprising the following steps: determining (403, 503), by a session management function a data flow, on a corresponding user plane function, within a protocol data unit session, and a charging key corresponding to the data flow, on the corresponding user plane function, within the PDU session, wherein a plurality of user plane functions are involved in the PDU session, and the corresponding user plane function is one user plane function of the plurality of user plane functions; determining, by the session management function, that there is no available quota for the charging key corresponding to the data flow on the corresponding user plane function of the plurality of user plane functions; sending (S4041, S504, S602, S703), by the session management function to an online charging system a quota request for the charging key for which there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the corresponding user plane function, and the quota request comprises an identifier of the corresponding user plane function and the charging key corresponding to the data flow on the corresponding user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the corresponding user plane function and a quota granted by the online charging system to the charging key for which there is no available quota; and delivering (S4043,S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the corresponding user plane function. determining, by the session management function, that there is no available quota for the charging key corresponding to the data flow on the corresponding user plane function of the plurality of user plane functions; sending (S4041, S504, S602, S703), by the session management function to an online charging system a quota request for the charging key for which there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the corresponding user plane function, and the quota request comprises an identifier of the corresponding user plane function and the charging key corresponding to the data flow on the corresponding user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the corresponding user plane function and a quota granted by the online charging system to the charging key for which there is no available quota; and delivering (S4043,S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the corresponding user plane function.
A method for preparing 3-aminomethyl-3,5,5-trimethyl cyclohexylamine (IPDA), comprising the following steps: a) reacting 3-cyano-3,5,5-trimethyl cyclohexanone with excess primary amine as well as removing generated water, so that IPN is substantially converted into imine compounds; b) in the presence of an ammonolysis catalyst, mixing the product of step a) with liquid ammonia, making the imine compounds perform ammonolysis reaction to generate 3-cyano-3,5,5-trimethyl cyclohexylimine (IPNI) and the primary amine, preferably, the ammonolysis catalyst used in step b) is an acid metal oxide selected from the group consisting of γ-alumina, titania, zirconia, silica, and zeolite; and c) in the presence of hydrogen and the hydrogenation catalyst, hydrogenating IPNI obtained in step b) to obtain IPDA, preferably, the hydrogenation catalyst used in step c) is selected from Raney metal catalyst, more preferably Raney cobalt or Raney nickel. a) reacting 3-cyano-3,5,5-trimethyl cyclohexanone with excess primary amine as well as removing generated water, so that IPN is substantially converted into imine compounds; b) in the presence of an ammonolysis catalyst, mixing the product of step a) with liquid ammonia, making the imine compounds perform ammonolysis reaction to generate 3-cyano-3,5,5-trimethyl cyclohexylimine (IPNI) and the primary amine, preferably, the ammonolysis catalyst used in step b) is an acid metal oxide selected from the group consisting of γ-alumina, titania, zirconia, silica, and zeolite; and c) in the presence of hydrogen and the hydrogenation catalyst, hydrogenating IPNI obtained in step b) to obtain IPDA, preferably, the hydrogenation catalyst used in step c) is selected from Raney metal catalyst, more preferably Raney cobalt or Raney nickel.
Distance measuring method having the steps of • emitting chirped laser radiation with two separable radiation components onto at least one target to be measured and onto a local oscillator arm, the radiation components having an opposite chirp, and • receiving the laser radiation backscattered by the target and guided via the local oscillator arm, and determining at least one distance to the at least one target from the signals on the basis of interferometric mixing, characterized in that • upon reception the radiation components are separated chromatically with the aid of their spectral characteristic by means of a dielectric or dispersive element and, after the separation, the radiation components are guided onto a detector unit, and • the laser radiation is guided at least partially by means of a not polarization-maintaining single-mode fibre. • emitting chirped laser radiation with two separable radiation components onto at least one target to be measured and onto a local oscillator arm, the radiation components having an opposite chirp, and • receiving the laser radiation backscattered by the target and guided via the local oscillator arm, and determining at least one distance to the at least one target from the signals on the basis of interferometric mixing, characterized in that • upon reception the radiation components are separated chromatically with the aid of their spectral characteristic by means of a dielectric or dispersive element and, after the separation, the radiation components are guided onto a detector unit, and • the laser radiation is guided at least partially by means of a not polarization-maintaining single-mode fibre.
A process for the oxidation of mesitol with singlet oxygen, which is released from H 2 O 2, wherein the release is effected with a bismuth compound as catalyst.