mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a single-track or multitrack vehicle having a driver assistance system, wherein a speed of the vehicle and a distance of the vehicle from a vehicle travelling ahead are adjusted, the speed being adjusted within a system-contingent speed range of the driver assistance system by using a position of a control element of the vehicle and being adjusted up to an optional target speed that can be selected within the speed range, a warning signal being provided for a driver of the vehicle before an upper limit of the speed range is exceeded, the distance being adjusted in a speed-dependent distance buffer range within the speed range on the basis of the position.
A method for manufacturing a ring-rolled product, the method forming the ring-rolled product from a ring material by using a rolling device, the rolling device including a mandrel roll, a main roll, and at least one induction heating element (8, 10; 9, 10), the mandrel roll and the main roll being rotatable, the mandrel roll and the main roll being configured so as to respectively contact inner and outer circumferential surfaces (1b, 1c) of the ring material in a state in which the ring material is rotated in a circumferential direction thereof, the mandrel roll and the main roll being configured so as to press the ring material in a radial direction thereof, the at least one induction heating element (8, 10; 9, 10) being configured so as to induction-heat the ring material, wherein the at least one induction heating element (8, 10; 9, 10) includes an outer circumferential side induction heating element (8; 9) which is disposed on an outer circumferential side of the ring material so as to induction-heat an outer circumferential side region of the ring material, and furthermore, when seen from an axial direction of the ring material, a center of the outer circumferential side induction heating element (8; 9) in a direction which corresponds to a circumferential direction of the outer circumferential side region of the ring material, is disposed within a region immediately before inner and outer circumferential rolling, which is sandwiched by a reference line segment and a boundary line segment in the circumferential direction of the ring material, the reference line segment connecting a rotation axis of the ring material and a rotation axis of the main roll in the radial direction of the ring material, the boundary line segment being disposed so as to be rotated around the rotation axis of the ring material from the reference line segment toward a direction opposite of a rotation direction of the ring material, by an angle (φ) of 90 degrees or less, characterised in that the method comprises a step of carrying out ring rolling having an operation of rolling the ring material by using the rolling device, in this step, a diameter of the ring material being enlarged in the ring rolling, and the ring material being induction-heated by the at least one induction heating element (8, 10; 9, 10) in the ring rolling, the outer circumferential induction heating element (8; 9) is configured so as to be movable, and after an intermediate stage in the ring rolling, the outer circumferential side induction heating element (8; 9) moves such that when seen from the axial direction of the ring material, a center of the outer circumferential side induction heating element (8; 9) is disposed within the region immediately before inner and outer circumferential rolling in the circumferential direction of the ring material, and the outer circumferential side induction heating element (8; 9) induction-heats the ring material.
A method for determining a time domain resource, comprising: determining, by a terminal device, a first slot set in a first period according to a first time division duplexing, TDD, configuration in radio resource control, RRC, signaling or a second TDD configuration in a physical sidelink broadcast channel, PSBCH; characterized by selecting, by the terminal device, a part of slots from the first slot set according to a first bitmap, wherein the part of slots forms a time domain resource of a resource pool; determining, by the terminal device, a reserved resource interval based on a number of slots available for sidelink communication in a statistical period, wherein determining, by the terminal device, the reserved resource interval based on the number of slots available for sidelink communication in the statistical period comprises: determining, by the terminal device, the reserved resource interval in the following mode: P rsvp _ TX ′ = ⌈ P rsvp _ TX ∗ P step T ⌉; where P rsvp_TX ′ represents the resource reservation interval in slots, P rsvp_TX represents an absolute resource reservation period in milliseconds, T represents the statistical period, and P step represents the number of slots available for sidelink communication in the statistical period. determining, by a terminal device, a first slot set in a first period according to a first time division duplexing, TDD, configuration in radio resource control, RRC, signaling or a second TDD configuration in a physical sidelink broadcast channel, PSBCH; characterized by selecting, by the terminal device, a part of slots from the first slot set according to a first bitmap, wherein the part of slots forms a time domain resource of a resource pool; determining, by the terminal device, a reserved resource interval based on a number of slots available for sidelink communication in a statistical period, wherein determining, by the terminal device, the reserved resource interval based on the number of slots available for sidelink communication in the statistical period comprises: determining, by the terminal device, the reserved resource interval in the following mode: P rsvp _ TX ′ = ⌈ P rsvp _ TX ∗ P step T ⌉; where P rsvp_TX ′ represents the resource reservation interval in slots, P rsvp_TX represents an absolute resource reservation period in milliseconds, T represents the statistical period, and P step represents the number of slots available for sidelink communication in the statistical period. determining, by the terminal device, the reserved resource interval in the following mode: P rsvp _ TX ′ = ⌈ P rsvp _ TX ∗ P step T ⌉; where P rsvp_TX ′ represents the resource reservation interval in slots, P rsvp_TX represents an absolute resource reservation period in milliseconds, T represents the statistical period, and P step represents the number of slots available for sidelink communication in the statistical period.
A method comprising: loading a voice recording into a data processing system, wherein the voice recording comprises voice signals from a human and an interface of a business entity during an interaction, wherein at least a part of the voice signals of the human is made in response to questions from the interface of the business entity; processing the voice recording to identify portions of the voice recording that are associated with the human and portions that are associated with the interface of the business entity and based on the portions of the voice recording, separating the voice recording into a first strand that corresponds to the human and a second strand that corresponds to the interface of the business entity; identifying prompt list candidates in the second strand by processing elements of text obtained by speech recognition applied to the voice recording; processing the prompt list candidates in the second strand to search for a prompt list candidate that corresponds to an element of a prompt list, wherein the prompt list is a list of words represented in text form that signify requests for special information; identifying special information from the human in the first strand, directly after a location in time where the prompt list candidate was found, by processing the voice recording using speech recognition, wherein the special information from the human comprises data to which access should be limited; and rendering unintelligible a segment of the voice recording in a location of an utterance of the identified special information. loading a voice recording into a data processing system, wherein the voice recording comprises voice signals from a human and an interface of a business entity during an interaction, wherein at least a part of the voice signals of the human is made in response to questions from the interface of the business entity; processing the voice recording to identify portions of the voice recording that are associated with the human and portions that are associated with the interface of the business entity and based on the portions of the voice recording, separating the voice recording into a first strand that corresponds to the human and a second strand that corresponds to the interface of the business entity; identifying prompt list candidates in the second strand by processing elements of text obtained by speech recognition applied to the voice recording; processing the prompt list candidates in the second strand to search for a prompt list candidate that corresponds to an element of a prompt list, wherein the prompt list is a list of words represented in text form that signify requests for special information; identifying special information from the human in the first strand, directly after a location in time where the prompt list candidate was found, by processing the voice recording using speech recognition, wherein the special information from the human comprises data to which access should be limited; and rendering unintelligible a segment of the voice recording in a location of an utterance of the identified special information.
A method for manufacturing an electrode, comprising the following steps (S 10)- of: preparing a slurry for forming an electrode layer comprising an electrode active material, a binder resin, a crosslinking initiator, an inorganic solid electrolyte and a solvent; applying the slurry for forming an electrode layer to the surface of a current collector, followed by drying, to form an electrode layer (a); pressing the electrode layer (a) to form an electrode layer (a'); and warming the electrode layer (a') to form an electrode layer (a"), wherein step is carried out in a temperature range where no crosslinking is initiated, and step is carried out in a temperature range where crosslinking of the electrode layer is initiated and performed, the solvent in step is a nonpolar solvent, and the crosslinking initiator is an organic peroxide-based crosslinking initiator. preparing a slurry for forming an electrode layer comprising an electrode active material, a binder resin, a crosslinking initiator, an inorganic solid electrolyte and a solvent; applying the slurry for forming an electrode layer to the surface of a current collector, followed by drying, to form an electrode layer (a); pressing the electrode layer (a) to form an electrode layer (a'); and warming the electrode layer (a') to form an electrode layer (a"), wherein step is carried out in a temperature range where no crosslinking is initiated, and step is carried out in a temperature range where crosslinking of the electrode layer is initiated and performed, the solvent in step is a nonpolar solvent, and the crosslinking initiator is an organic peroxide-based crosslinking initiator.
An audio decoder for decoding an encoded audio stream representing a sampled audio signal to obtain a sequence of segments of coefficients being subsequent to each other in time and representing the sampled audio signal by using different transform lengths such that segments of coefficients for which different transform lengths are used, spectrally represent the sampled audio signal at different frequency resolutions, comprising a processor for deriving a coding context for a currently decoded coefficient of a current segment based on a previously decoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and an entropy decoder for entropy decoding the current coefficient based on the coding context and the encoded audio stream, wherein the processor is adapted for deriving the coding context per spectral band for the current coefficient, based on neighbouring spectral coefficients previously decoded in the previous segment and optionally in the present segment, wherein the entropy decoder is adapted for decoding a group index from the encoded audio stream based on a probability distribution derived from the coding context, wherein the group index represents a group of one or more codewords, and for, based on a uniform probability distribution, decoding an element index from the encoded audio stream if the group index indicates a group comprising more than one codeword, and for deriving a tuple of spectral coefficients of the current segment based on the group index and the element index, thereby obtaining the spectral domain representation in tuples of spectral coefficients, and wherein the entropy decoder is an arithmetic decoder. a processor for deriving a coding context for a currently decoded coefficient of a current segment based on a previously decoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and an entropy decoder for entropy decoding the current coefficient based on the coding context and the encoded audio stream, wherein the processor is adapted for deriving the coding context per spectral band for the current coefficient, based on neighbouring spectral coefficients previously decoded in the previous segment and optionally in the present segment, wherein the entropy decoder is adapted for decoding a group index from the encoded audio stream based on a probability distribution derived from the coding context, wherein the group index represents a group of one or more codewords, and for, based on a uniform probability distribution, decoding an element index from the encoded audio stream if the group index indicates a group comprising more than one codeword, and for deriving a tuple of spectral coefficients of the current segment based on the group index and the element index, thereby obtaining the spectral domain representation in tuples of spectral coefficients, and wherein the entropy decoder is an arithmetic decoder.
A method implemented in a relay node, RN, for receiving a relay physical downlink control channel, R-PDCCH, the method comprising: receiving a transmission from an evolved Node B, eNB, wherein the transmission is received in a subframe configured by the RN as a multimedia broadcast multicast services, MBMS, single frequency network, MBSFN, subframe, and the transmission comprises an R-PDCCH transmission that spans a subset of orthogonal frequency division multiplexing, OFDM, symbols of the subframe; identifying one or more OFDM symbols that correspond to the subset of OFDM symbols that includes the R-PDCCH transmission to be demodulated; and demodulating the one or more OFDM symbol to obtain demodulated R-PDCCH bits, wherein the R-PDCCH bits are being mapped first along a frequency domain of an OFDM symbol of the one or more OFDM symbols and second in a time domain across one or more OFDM symbols; and decoding the demodulated R-PDCCH bits on a per OFDM symbol basis. receiving a transmission from an evolved Node B, eNB, wherein the transmission is received in a subframe configured by the RN as a multimedia broadcast multicast services, MBMS, single frequency network, MBSFN, subframe, and the transmission comprises an R-PDCCH transmission that spans a subset of orthogonal frequency division multiplexing, OFDM, symbols of the subframe; identifying one or more OFDM symbols that correspond to the subset of OFDM symbols that includes the R-PDCCH transmission to be demodulated; and demodulating the one or more OFDM symbol to obtain demodulated R-PDCCH bits, wherein the R-PDCCH bits are being mapped first along a frequency domain of an OFDM symbol of the one or more OFDM symbols and second in a time domain across one or more OFDM symbols; and decoding the demodulated R-PDCCH bits on a per OFDM symbol basis.
A method of determining an electrical operating time of a circuit breaker for performing point on wave switching in a multiphase electrical system having a subsystem connectable to a power source, through the circuit breaker operated by a controller, wherein the subsystem is at an electric potential resulting from electrical characteristics of electrical components within the subsystem and wherein the controller is connected to a potential transformer for measuring a voltage of the subsystem in a first phase, the method comprising: a. monitoring the voltage of the subsystem in the first phase, b. determining a first rate of change from the monitored voltage in the first phase; c. detecting at least one instance of switching based on the first rate of change of the voltage of the subsystem in the first phase of the multiphase electrical system wherein detecting the at least one instance of switching further comprises: i. monitoring a voltage associated with the power source in at least one phase; ii. calculating at least one second rate of change from said voltage associated with the power source in the at least one phase within a half cycle; and iii. determining a ratio based on the first rate of change and the at least one second rate of change for detecting the at least one instance of switching; and d. determining an electrical operating time of the circuit breaker based on the detected at least one instance of switching and an instance at which a command for switching was provided to the circuit breaker. a. monitoring the voltage of the subsystem in the first phase, b. determining a first rate of change from the monitored voltage in the first phase; c. detecting at least one instance of switching based on the first rate of change of the voltage of the subsystem in the first phase of the multiphase electrical system wherein detecting the at least one instance of switching further comprises: i. monitoring a voltage associated with the power source in at least one phase; ii. calculating at least one second rate of change from said voltage associated with the power source in the at least one phase within a half cycle; and iii. determining a ratio based on the first rate of change and the at least one second rate of change for detecting the at least one instance of switching; and i. monitoring a voltage associated with the power source in at least one phase; ii. calculating at least one second rate of change from said voltage associated with the power source in the at least one phase within a half cycle; and iii. determining a ratio based on the first rate of change and the at least one second rate of change for detecting the at least one instance of switching; and d. determining an electrical operating time of the circuit breaker based on the detected at least one instance of switching and an instance at which a command for switching was provided to the circuit breaker.
An apparatus (300, 400) for molding or casting an article of manufacture having a mold cavity (326, 426) and a feed system for filling the mold cavity (326, 426) with a fluid material, said feed system comprising: a nozzle that defines a plunge axis and that is configured for plunging along the plunge axis, and structural members (314, 316, 414, 416) that define a series of voids including a waste reservoir (318, 418), a runner (320, 420), a passage (328, 428) that connects the waste reservoir (318, 418) to the runner (320, 420), allowing fluid communication between the waste reservoir (318, 418) and the runner (320, 420), an injection point (336, 436) for introducing fluid into the waste reservoir (318, 418), and a gate (324, 424) that provides fluid communication between the runner (320, 420) and the mold cavity (326, 426), characterized in that the waste reservoir (318, 418) is immediately adjacent the injection point (336, 436) along the plunge axis, the passage (328, 428) is further away from the injection point (336, 436) than the waste reservoir (318, 418) and is immediately adjacent the waste reservoir (318, 418) along the plunge axis, the runner (320, 420) is further away from the injection point (336, 436) than the passage (328, 428) and is immediately adjacent the passage (328, 428) along the plunge axis, the gate (324, 424) is further away from the injection point (336, 436) than the runner (320, 420) and is immediately adjacent the runner (320, 420) along the plunge axis, and the mold cavity (326, 426) is furthest away from the injection point (336, 436) than any other void along the plunge axis. a nozzle that defines a plunge axis and that is configured for plunging along the plunge axis, and structural members (314, 316, 414, 416) that define a series of voids including a waste reservoir (318, 418), a runner (320, 420), a passage (328, 428) that connects the waste reservoir (318, 418) to the runner (320, 420), allowing fluid communication between the waste reservoir (318, 418) and the runner (320, 420), an injection point (336, 436) for introducing fluid into the waste reservoir (318, 418), and a gate (324, 424) that provides fluid communication between the runner (320, 420) and the mold cavity (326, 426), characterized in that the waste reservoir (318, 418) is immediately adjacent the injection point (336, 436) along the plunge axis, the passage (328, 428) is further away from the injection point (336, 436) than the waste reservoir (318, 418) and is immediately adjacent the waste reservoir (318, 418) along the plunge axis, the runner (320, 420) is further away from the injection point (336, 436) than the passage (328, 428) and is immediately adjacent the passage (328, 428) along the plunge axis, the gate (324, 424) is further away from the injection point (336, 436) than the runner (320, 420) and is immediately adjacent the runner (320, 420) along the plunge axis, and the mold cavity (326, 426) is furthest away from the injection point (336, 436) than any other void along the plunge axis.
A stretchable film (100, 200), comprising: a first region comprising a plurality of first patterns having at least one of an opening or a stretchable pattern having a concave polygonal shape; a second region comprising a plurality of second patterns having at least one of an opening or a stretchable pattern having a convex polygonal shape; and a buffer region between the first region and the second region. a first region comprising a plurality of first patterns having at least one of an opening or a stretchable pattern having a concave polygonal shape; a second region comprising a plurality of second patterns having at least one of an opening or a stretchable pattern having a convex polygonal shape; and a buffer region between the first region and the second region.