mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a laundry dryer, the method comprising: an operation of, when a dusting mode is selected and a start command is input, rotating a drying drum at a first rotational speed in a first direction for a first set time; an operation of, after the first set time elapses, rotating the drying drum at a second rotational speed in a second direction opposite to the first direction for a second set time; and an operation of rotating a drying fan along with the drying drum, when the drying drum rotates in the second direction, dust staining on an object introduced into the drying drum is separated from the object, and when the drying drum rotates in the first direction, the separated dust is discharged to the outside of the drying drum by a forced air flow generated by the drying fan, characterized in that the first rotational speed is a rotational speed which allows the object introduced into the drying drum to rotate as one body without being separated from an inner circumference surface of the drying drum; the second rotational speed is a rotational speed which allows the object introduced into the drying drum to be raised while rotating along with the drying drum and then to be lowered to a floor of the drying drum around a highest point; and the first direction rotation and the second direction rotation of the drying drum are alternately performed for a third set time. an operation of, when a dusting mode is selected and a start command is input, rotating a drying drum at a first rotational speed in a first direction for a first set time; an operation of, after the first set time elapses, rotating the drying drum at a second rotational speed in a second direction opposite to the first direction for a second set time; and an operation of rotating a drying fan along with the drying drum, when the drying drum rotates in the second direction, dust staining on an object introduced into the drying drum is separated from the object, and when the drying drum rotates in the first direction, the separated dust is discharged to the outside of the drying drum by a forced air flow generated by the drying fan, characterized in that the first rotational speed is a rotational speed which allows the object introduced into the drying drum to rotate as one body without being separated from an inner circumference surface of the drying drum; the second rotational speed is a rotational speed which allows the object introduced into the drying drum to be raised while rotating along with the drying drum and then to be lowered to a floor of the drying drum around a highest point; and the first direction rotation and the second direction rotation of the drying drum are alternately performed for a third set time.
A hybrid working machine comprising: an engine; an assist motor configured to assist the engine; a hydraulic pump driven by the engine; an electric power accumulating unit configured to feed the assist motor with electric power; an electric-discharge electric motor configured to perform power running with electric power of an electric power accumulator of the electric power accumulating unit; an electric-discharge hydraulic motor connected to the electric-discharge electric motor; and a hydraulic circuit configured to control driving of the electric-discharge hydraulic motor, characterized by the hydraulic circuit including a circulation circuit configured to be connected to a hydraulic feed port and a hydraulic discharge port of the electric-discharge hydraulic motor; and a selector valve configured to perform such switching as to connect the electric-discharge hydraulic motor to the circulation circuit at a time of performing an electric-discharge operation. an engine; an assist motor configured to assist the engine; a hydraulic pump driven by the engine; an electric power accumulating unit configured to feed the assist motor with electric power; an electric-discharge electric motor configured to perform power running with electric power of an electric power accumulator of the electric power accumulating unit; an electric-discharge hydraulic motor connected to the electric-discharge electric motor; and a hydraulic circuit configured to control driving of the electric-discharge hydraulic motor, characterized by the hydraulic circuit including a circulation circuit configured to be connected to a hydraulic feed port and a hydraulic discharge port of the electric-discharge hydraulic motor; and a selector valve configured to perform such switching as to connect the electric-discharge hydraulic motor to the circulation circuit at a time of performing an electric-discharge operation. a circulation circuit configured to be connected to a hydraulic feed port and a hydraulic discharge port of the electric-discharge hydraulic motor; and a selector valve configured to perform such switching as to connect the electric-discharge hydraulic motor to the circulation circuit at a time of performing an electric-discharge operation.
Bacterial composition, suitable for the manufacture of fully-cooked not shelf stable meat, comprising at least one Streptococcus thermophilus strain and at least one bacteria strain selected from the group consisting of a Lactobacillus sakei strain, a Lactobacillus curvatus strain, a strain from the Pediococcus genus selected from the group consisting of Pediococcus acidilactici and Pediococcus pentosaceus and/or a strain from the Staphylococcus genus selected from the group consisting of Staphylococcus vitulinus, Staphylococcus carnosus and Staphylococcus xylosus.
A method comprising: storing, at a network-connected device, first call identification information identifying a call between an initiating device connected to an Internet Protocol, IP, -based network and a called device connected to the IP-based network, wherein the call is established through a telephone carrier network; storing, at the network-connected device, second call identification information; determining that the first call identification information and the second call identification information identify the call from the initiating device to the called device; and connecting the call through the IP-based network so as to avoid the telephone carrier network based on the determining. storing, at a network-connected device, first call identification information identifying a call between an initiating device connected to an Internet Protocol, IP, -based network and a called device connected to the IP-based network, wherein the call is established through a telephone carrier network; storing, at the network-connected device, second call identification information; determining that the first call identification information and the second call identification information identify the call from the initiating device to the called device; and connecting the call through the IP-based network so as to avoid the telephone carrier network based on the determining.
A thermal release element comprising a vessel body having an outer wall formed of a bursting material and a cavity enclosed by the outer wall and located inside the vessel body, in which cavity a release liquid is enclosed, the vessel body being formed expanded along an axial direction with one tubular central section, extending in the axial direction, and two end sections (5, 6) located at the respective axial ends, in which the cavity is closed in the form of a cap, wherein the vessel body in the tubular central section has an outer contour of the outer wall which deviates from a circular or oval contour in a cut plane taken transversely, in particular perpendicularly, to the axial direction, characterised in that the end sections in regions facing the central section each have a circular or an oval outer contour of the outer wall in a cut plane taken transversely, in particular perpendicularly, to the axial direction, between the central section and the end sections {5, 6), transition regions (7, 8) being provided in which, in a transverse direction, the outer wall has a cross-sectional area which is perpendicular to the axial direction of the cut plane, in particular perpendicular, to the axial direction, the outer contour of the outer wall changes from the shape of the middle section, which deviates from a circular or oval shape, to the circular or oval shape of the respective end section, the transition regions (7, 8) extending longitudinally (L 1, L 2) in the axial direction of at least 1.5 mm.
A magnetic lock device for locking a container having a container portion and a lid part, comprising a slider part on which a first magnetic lock member is arranged and which has a pretensioned latching device, and an elongated receiving part which has a second magnetic lock member between which and the magnetic lock member at the slider part an attractive force acts, wherein the slider part and the elongated receiving part can be brought, against the pretension of the latching device at the slider part, into latching engagement by means of the attractive force acting between the magnetic lock member at the slider part and the magnetic lock member at the receiving part, and wherein the slider part can be displaced on the elongated receiving part, characterized in that the magnetic lock member arranged on the elongate receiving part extends over the entire or almost the entire longitudinal extent of the elongate receiving part and in that the elongated receiving part has an undercutting device extending over its entire or almost entire longitudinal extent, with which the latching device at the slider part can be brought into latching engagement.
A turbomachine including: - a flange, - a mounting flange to which the flange is mounted, characterized in that the turbomachine includes a counter-plate, - the counter-plate including a first outer surface and a substantially parallel second outer surface; - the first outer surface of the counter-plate forming an continuous ring, or a continuous ring segment, and including a first series of holes for passage of fastening means; - the second outer surface of the counter-plate including a plurality of surfaces support (5 1, 5 2, 5 3...) for the heads of fastening means, the support surfaces (5 1, 5 2, 5 3...) including a second series of holes, arranged facing the first series of holes, for passage of the fastening means through the holes (6, 7) of the counter-plate; - the first outer surface of the counter-plate consisting of a material allowing prevention of the galvanic corrosion which can occur between the flange and the mounting flange, and - the first outer surface separating the flange and the mounting flange. - a flange, - a mounting flange to which the flange is mounted, - the counter-plate including a first outer surface and a substantially parallel second outer surface; - the first outer surface of the counter-plate forming an continuous ring, or a continuous ring segment, and including a first series of holes for passage of fastening means; - the second outer surface of the counter-plate including a plurality of surfaces support (5 1, 5 2, 5 3...) for the heads of fastening means, the support surfaces (5 1, 5 2, 5 3...) including a second series of holes, arranged facing the first series of holes, for passage of the fastening means through the holes (6, 7) of the counter-plate; - the first outer surface of the counter-plate consisting of a material allowing prevention of the galvanic corrosion which can occur between the flange and the mounting flange, and - the first outer surface separating the flange and the mounting flange.
A method of operating a radio access network comprising a donor base station node and a relay base station node, the relay base station node participating in communications across a first radio interface (Uu) with a wireless terminal and also participating in communications over a backhaul link across a second radio interface (Un), the second radio interface reusing at least some functionality, the method comprising: configuring a subframe configuration pattern, the subframe configuration pattern being arranged to specify which subframe or subframes of a frame structure may be utilized for the backhaul link; the method being characterized by: as a result of configuring of the subframe configuration pattern, making a HARQ process state in a HARQ process at one of the base station nodes known by the other base station node by making a HARQ process state in a HARQ process at the relay base station node known by the donor base station node and/or making a HARQ process state at the HARQ process at the donor base station node known by the relay base station node, wherein a HARQ process state comprises a value, stored in a buffer, of at least one state variable or parameter. configuring a subframe configuration pattern, the subframe configuration pattern being arranged to specify which subframe or subframes of a frame structure may be utilized for the backhaul link; the method being characterized by: as a result of configuring of the subframe configuration pattern, making a HARQ process state in a HARQ process at one of the base station nodes known by the other base station node by making a HARQ process state in a HARQ process at the relay base station node known by the donor base station node and/or making a HARQ process state at the HARQ process at the donor base station node known by the relay base station node, wherein a HARQ process state comprises a value, stored in a buffer, of at least one state variable or parameter. as a result of configuring of the subframe configuration pattern, making a HARQ process state in a HARQ process at one of the base station nodes known by the other base station node by making a HARQ process state in a HARQ process at the relay base station node known by the donor base station node and/or making a HARQ process state at the HARQ process at the donor base station node known by the relay base station node, wherein a HARQ process state comprises a value, stored in a buffer, of at least one state variable or parameter.
A method comprising: receiving, by a computing device and from a plurality of mobile devices, a plurality of requests for an asset; receiving, by the computing device and from each mobile device of the plurality of mobile devices, past location information associated with the mobile device; determining, by the computing device and based on the past location information associated with the mobile devices, a first group of mobile devices, of the plurality of mobile devices, that will travel on a same predicted path; determining, by the computing device, a plurality of asset parts of the asset; causing sending (612, 620), by the computing device, via an access point, and to each of the mobile devices in the first group, of a different asset part of the plurality of asset parts; and sending (608, 614), by the computing device and to each of the mobile devices in the first group, one or more instructions for the first group to form an ad hoc network with other mobile devices in the first group and to retrieve missing asset parts from the other mobile devices in the first group using the ad hoc network. receiving, by a computing device and from a plurality of mobile devices, a plurality of requests for an asset; receiving, by the computing device and from each mobile device of the plurality of mobile devices, past location information associated with the mobile device; determining, by the computing device and based on the past location information associated with the mobile devices, a first group of mobile devices, of the plurality of mobile devices, that will travel on a same predicted path; determining, by the computing device, a plurality of asset parts of the asset; causing sending (612, 620), by the computing device, via an access point, and to each of the mobile devices in the first group, of a different asset part of the plurality of asset parts; and sending (608, 614), by the computing device and to each of the mobile devices in the first group, one or more instructions for the first group to form an ad hoc network with other mobile devices in the first group and to retrieve missing asset parts from the other mobile devices in the first group using the ad hoc network.
A method comprising: accessing audio data; determining a window of audio samples based on the audio data; inputting the window of audio samples to a classifier to obtain a classification, in which the classifier includes a neural network and the classification takes a value from a set of multiple classes of audio; selecting, based on the classification, an audio enhancement network from a set of multiple audio enhancement networks (130, 132, 134); applying the selected audio enhancement network to the window of audio samples to obtain an enhanced audio segment, in which the selected audio enhancement network includes a neural network that has been trained using audio signals of a type associated with the classification; generating an enhanced audio signal based on the enhanced audio segment: determining a residual noise signal as a difference between an audio signal from the audio data and the enhanced audio signal; merging the enhanced audio signal with the residual noise signal; and storing, playing, or transmitting the enhanced audio signal. accessing audio data; determining a window of audio samples based on the audio data; inputting the window of audio samples to a classifier to obtain a classification, in which the classifier includes a neural network and the classification takes a value from a set of multiple classes of audio; selecting, based on the classification, an audio enhancement network from a set of multiple audio enhancement networks (130, 132, 134); applying the selected audio enhancement network to the window of audio samples to obtain an enhanced audio segment, in which the selected audio enhancement network includes a neural network that has been trained using audio signals of a type associated with the classification; generating an enhanced audio signal based on the enhanced audio segment: determining a residual noise signal as a difference between an audio signal from the audio data and the enhanced audio signal; merging the enhanced audio signal with the residual noise signal; and storing, playing, or transmitting the enhanced audio signal. determining a residual noise signal as a difference between an audio signal from the audio data and the enhanced audio signal; merging the enhanced audio signal with the residual noise signal; and storing, playing, or transmitting the enhanced audio signal.
A method for identifying one or more other mobile devices in a vicinity of a first mobile device, the method comprising performing, by the first mobile device: transmitting, using a first wireless protocol, a first set of one or more pulses in a ranging request message to a second mobile device, the first mobile device including a plurality of antennas configured to receive signals using the first wireless protocol; receiving, at the plurality of antennas, a second set of one or more pulses in one or more ranging response messages from the second mobile device; determining distance information and angular information corresponding to one or more transmission times of the first set of one or more pulses and one or more reception times of the second set of one or more pulses received at the plurality of antennas, the angular information indicating an angle between a pointing direction of the first mobile device and the second mobile device; determining, based on the distance information and the angular information, a first probability that a position of the second mobile device lies within a first spatial region having a defined distance range and aligned with the pointing direction of the first mobile device; determining an importance metric for the second mobile device based on the first probability; determining that the importance metric exceeds a threshold; and based on determining that the importance metric exceeds the threshold, providing a user interface that includes the second mobile device as a device with which to communicate. transmitting, using a first wireless protocol, a first set of one or more pulses in a ranging request message to a second mobile device, the first mobile device including a plurality of antennas configured to receive signals using the first wireless protocol; receiving, at the plurality of antennas, a second set of one or more pulses in one or more ranging response messages from the second mobile device; determining distance information and angular information corresponding to one or more transmission times of the first set of one or more pulses and one or more reception times of the second set of one or more pulses received at the plurality of antennas, the angular information indicating an angle between a pointing direction of the first mobile device and the second mobile device; determining, based on the distance information and the angular information, a first probability that a position of the second mobile device lies within a first spatial region having a defined distance range and aligned with the pointing direction of the first mobile device; determining an importance metric for the second mobile device based on the first probability; determining that the importance metric exceeds a threshold; and based on determining that the importance metric exceeds the threshold, providing a user interface that includes the second mobile device as a device with which to communicate.
A method for manufacturing a plated steel sheet having excellent surface qualities and press formability, the method comprising: manufacturing a plated steel sheet by plating a base steel sheet; and performing a skin pass rolling process on the plated steel sheet by inserting the plated steel sheet into a skin pass mill, wherein the skin pass rolling process is performed using rolls having roughness skewness Rsk within a range of -0.5 to -0.15 with a rolling force of 150 tons to 500 tons.