mhurhangee/ep-ind-claims huggingface dataset:
A method of an electronic device with a display and a camera, the method comprising: displaying a user interface of a messenger application that includes a history of message transmission/reception between the electronic device and at least one other electronic device and an icon for accessing a camera; detecting a first touch input on the icon for accessing the camera while displaying the user interface; in response to detecting the first touch input, displaying a preview screen, based on an image obtained through the camera, within a screen in which the history of message transmission/reception is displayed; in response to detecting, on the preview screen, a second touch input while the preview screen is displayed, capturing an image or a video; and transmitting the captured image or the captured video to the at least one other electronic device. displaying a user interface of a messenger application that includes a history of message transmission/reception between the electronic device and at least one other electronic device and an icon for accessing a camera; detecting a first touch input on the icon for accessing the camera while displaying the user interface; in response to detecting the first touch input, displaying a preview screen, based on an image obtained through the camera, within a screen in which the history of message transmission/reception is displayed; in response to detecting, on the preview screen, a second touch input while the preview screen is displayed, capturing an image or a video; and transmitting the captured image or the captured video to the at least one other electronic device.
A gas cooktop, comprising a burner, a nozzle, and an ejector tube, wherein the ejector tube is configured to be adapted to mixing a gas flow entering from the nozzle with primary air and then delivering the mixture to the burner, the ejector tube comprising a tube body provided with a gas inlet and a gas outlet, wherein a spacing between the nozzle and the gas inlet of the ejector tube is set to be adjustable, characterized in that a plurality of air filling through holes are provided around a wall body of the tube body.
Limonene for use in a method of improving a cognitive disorder, wherein the method includes oral or parenteral administration of an agent comprising limonene and royal jelly.
A control method for a storage battery provided in a consumer site that receives electric power supply from a system, the control method comprising: a first monitoring step of monitoring a first electric energy supplied from the system per unit time period, where the unit time period is shorter than a predetermined time period; a second monitoring step of monitoring a second electric energy supplied from the system per predetermined time period; a calculation step of obtaining a change over time in the first electric energy; and an instruction step of instructing the storage battery to discharge electric power to supply a load located in the consumer site in accordance with the change over time in the first electric energy together with a peak value in the past pertaining to the second electric energy, characterized in that: in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge. a first monitoring step of monitoring a first electric energy supplied from the system per unit time period, where the unit time period is shorter than a predetermined time period; a second monitoring step of monitoring a second electric energy supplied from the system per predetermined time period; a calculation step of obtaining a change over time in the first electric energy; and an instruction step of instructing the storage battery to discharge electric power to supply a load located in the consumer site in accordance with the change over time in the first electric energy together with a peak value in the past pertaining to the second electric energy, characterized in that: in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge. in the instruction step, in accordance with the change over time in the first electric energy, when a difference value or a differential value of the first electric energy is zero or a negative value after being a positive value or when the difference value or the differential value of the first electric energy is within the range of from zero to a predetermined reference value after being a value greater than the predetermined reference value, the storage battery is instructed to start to discharge.
A power line sensor unit (110, 310, 440) configured for connection to a power line (216, 370, 470, 570), the sensor comprising: a first capacitor (262, 362, 462, 562) comprising a first electrode and a second electrode; a port configured to receive a connection to a second capacitor (264, 364, 464, 564), wherein the first electrode of the first capacitor is connected to the port and the second electrode of the first capacitor is configured for connection to the power line; a voltage sensor (212b, 354b, 450) configured to measure a voltage at the port, whereby the measured voltage is indicative of the voltage of the power line, wherein the first capacitor is disposed within the sensor unit, and wherein the second capacitor has a capacitance greater than a capacitance of the first capacitor. a first capacitor (262, 362, 462, 562) comprising a first electrode and a second electrode; a port configured to receive a connection to a second capacitor (264, 364, 464, 564), wherein the first electrode of the first capacitor is connected to the port and the second electrode of the first capacitor is configured for connection to the power line; a voltage sensor (212b, 354b, 450) configured to measure a voltage at the port, whereby the measured voltage is indicative of the voltage of the power line, wherein the first capacitor is disposed within the sensor unit, and wherein the second capacitor has a capacitance greater than a capacitance of the first capacitor.
A method for assessing renal toxicity in an individual following administration of compound suspected of causing renal toxicity, wherein the renal toxicity is identified by measurement of a set of biomarkers in a urine sample from the individual and comparison of the measured biomarker amount with the corresponding amount in a healthy individual, wherein the biomarkers are selected from the group consisting of the biomarkers listed in TABLE 1 and include cystatin C protein, and wherein the renal toxicity is glomerular alterations / damage.
A method for preparing a guide roll for use in a lenticular or lenticular like printing run, comprising: providing a printing roll and a piece of lenticular or lenticular like printing substrate, said piece of lenticular or lenticular like printing substrate having lenticule-aligning features substantially identical to a lenticular printing substrate to be used in the lenticular printing run; and characterized by: attaching said piece of lenticular or lenticular-like printing substrate to said printing roll, such that said lenticule-aligning features associated with said lenticular or lenticular like printing substrate face away from said printing roll. providing a printing roll and a piece of lenticular or lenticular like printing substrate, said piece of lenticular or lenticular like printing substrate having lenticule-aligning features substantially identical to a lenticular printing substrate to be used in the lenticular printing run; and characterized by: attaching said piece of lenticular or lenticular-like printing substrate to said printing roll, such that said lenticule-aligning features associated with said lenticular or lenticular like printing substrate face away from said printing roll. attaching said piece of lenticular or lenticular-like printing substrate to said printing roll, such that said lenticule-aligning features associated with said lenticular or lenticular like printing substrate face away from said printing roll.
A medium transporting unit for transporting a top medium from a plurality of plate-shaped media accommodated in a stacker (21, 22) in a stacked manner, the medium transporting unit comprising: a holding mechanism operable to hold the top medium; a transport arm provided with the holding mechanism; a lift mechanism (37, 104) operable to move up and down the transport arm, wherein the transport arm is provided with a separation mechanism operable to separate a second medium positioned just below the top medium which is held by the holding mechanism, characterized in that the separation mechanism includes a separation member having a contact piece which is movable so as to come in contact with an inner peripheral surface (Mb) of a center hole (Ma) formed on the second medium and being operable to move the contact piece to move the second medium in a radial direction thereof, and the separation mechanism is configured such that the contact piece of the separation member comes in contact with the inner peripheral surface (Mb) of the center hole (Ma) of the second medium and separates the second medium from the top medium during the lift mechanism (37, 104) moves up the transport arm after that the holding mechanism holds the top medium. a holding mechanism operable to hold the top medium; a transport arm provided with the holding mechanism; a lift mechanism (37, 104) operable to move up and down the transport arm, wherein the transport arm is provided with a separation mechanism operable to separate a second medium positioned just below the top medium which is held by the holding mechanism, characterized in that the separation mechanism includes a separation member having a contact piece which is movable so as to come in contact with an inner peripheral surface (Mb) of a center hole (Ma) formed on the second medium and being operable to move the contact piece to move the second medium in a radial direction thereof, and the separation mechanism is configured such that the contact piece of the separation member comes in contact with the inner peripheral surface (Mb) of the center hole (Ma) of the second medium and separates the second medium from the top medium during the lift mechanism (37, 104) moves up the transport arm after that the holding mechanism holds the top medium. the separation mechanism includes a separation member having a contact piece which is movable so as to come in contact with an inner peripheral surface (Mb) of a center hole (Ma) formed on the second medium and being operable to move the contact piece to move the second medium in a radial direction thereof, and the separation mechanism is configured such that the contact piece of the separation member comes in contact with the inner peripheral surface (Mb) of the center hole (Ma) of the second medium and separates the second medium from the top medium during the lift mechanism (37, 104) moves up the transport arm after that the holding mechanism holds the top medium.
An exhaust gas purification system for an internal combustion engine characterized by comprising: an NOx storage reduction catalyst arranged in an exhaust passage of the internal combustion engine; a SOx occlusion amount distribution estimation means arranged to estimate a distribution of an amount of SOx occlusion in said NOx storage reduction catalyst; and an electronic control unit comprising means to execute SOx poisoning recovery processing to reduce SOx occluded in the NOx storage reduction catalyst by decreasing the air fuel ratio of an exhaust gas flowing into the NOx storage reduction catalyst up to a predetermined air fuel ratio in a repeated manner; wherein said electronic control unit is arranged to make the length of an air fuel ratio decreasing period longer in an early time during the execution of said processing than in a late time during the execution of said processing, said air fuel ratio decreasing period being a period in which the air fuel ratio of the exhaust gas flowing into said NOx storage reduction catalyst is adjusted to said predetermined air fuel ratio in SOx poisoning recovery processing and, to make the length of said air fuel ratio decreasing period longer, as the rate of the amount of SOx occlusion in the upstream portion of said NOx storage reduction catalyst estimated by said SOx occlusion amount distribution estimation means is larger, at the time of the execution of SOx poisoning recovery processing. an NOx storage reduction catalyst arranged in an exhaust passage of the internal combustion engine; a SOx occlusion amount distribution estimation means arranged to estimate a distribution of an amount of SOx occlusion in said NOx storage reduction catalyst; and an electronic control unit comprising means to execute SOx poisoning recovery processing to reduce SOx occluded in the NOx storage reduction catalyst by decreasing the air fuel ratio of an exhaust gas flowing into the NOx storage reduction catalyst up to a predetermined air fuel ratio in a repeated manner; wherein said electronic control unit is arranged to make the length of an air fuel ratio decreasing period longer in an early time during the execution of said processing than in a late time during the execution of said processing, said air fuel ratio decreasing period being a period in which the air fuel ratio of the exhaust gas flowing into said NOx storage reduction catalyst is adjusted to said predetermined air fuel ratio in SOx poisoning recovery processing and, to make the length of said air fuel ratio decreasing period longer, as the rate of the amount of SOx occlusion in the upstream portion of said NOx storage reduction catalyst estimated by said SOx occlusion amount distribution estimation means is larger, at the time of the execution of SOx poisoning recovery processing.
A cable (100, 200) comprising: a twisted pair electronic wire in which two electronic wires (1A, 1B) are twisted together; and a jacket coated on the twisted pair electronic wire, wherein an outer peripheral surface of the jacket is a polyurethane resin, the electronic wire (1A, 1B) includes: a conductor made of annealed copper; and a resin insulating layer coated on the conductor, the conductor is a double twisted wire in which twisted wires formed by twisting a plurality of wires are twisted, a diameter of each wire of the plurality of wires is 0.05 mm or more and 0.2 mm or less, a cross-sectional area of the conductor is 1.0 mm 2 or more and 3.0 mm 2 or less, a breaking elongation of the conductor is 10% or more and 17% or less, a tensile strength of the conductor is 200 MPa or more and 400 MPa or less, and the insulating layer has a solid structure disposed to be in close contact with the conductor. a twisted pair electronic wire in which two electronic wires (1A, 1B) are twisted together; and a jacket coated on the twisted pair electronic wire, wherein an outer peripheral surface of the jacket is a polyurethane resin, the electronic wire (1A, 1B) includes: a conductor made of annealed copper; and a resin insulating layer coated on the conductor, a conductor made of annealed copper; and a resin insulating layer coated on the conductor, the conductor is a double twisted wire in which twisted wires formed by twisting a plurality of wires are twisted, a diameter of each wire of the plurality of wires is 0.05 mm or more and 0.2 mm or less, a cross-sectional area of the conductor is 1.0 mm 2 or more and 3.0 mm 2 or less, a breaking elongation of the conductor is 10% or more and 17% or less, a tensile strength of the conductor is 200 MPa or more and 400 MPa or less, and the insulating layer has a solid structure disposed to be in close contact with the conductor.
A method for acquiring a global eNB identifier, GEI, of a new cell by a source cell in a radio communication system, the method comprising: receiving, by the source cell, a physical cell identifier, PCI, of the new cell from a user equipment, UE; transmitting a cell information request for acquiring an evolved universal terrestrial radio access, EUTRA, cell global identifier, ECGI of the new cell, to the UE, if it is determined based on the PCI of the new cell that the new cell is not set as a neighbor cell; acquiring, by the source cell, the ECGI of the new cell from the UE; determining, by the source cell, whether a public land mobile network identifier, PLMN ID, in the ECGI is included in a mapping table between a primary PLMN ID and one or more shared PLMN IDs of shared cells; acquiring, by the source cell, the GEI of the new cell by using a primary PLMN ID which is included in the mapping table and corresponds to the PLMN ID in the ECGI, if the PLMN ID in the ECGI is included in a shared PLMN ID list in the mapping table; and if the PLMN ID in the ECGI is not included in the shared PLMN ID list: determining, by the source cell, whether the PLMN ID in the ECGI is included in a primary PLMN ID list in the mapping table, and acquiring, by the source cell, the GEI of the new cell by using the PLMN ID in the ECGI, if it is determined that the PLMN ID in the ECGI is included in the primary PLMN ID list in the mapping table. receiving, by the source cell, a physical cell identifier, PCI, of the new cell from a user equipment, UE; transmitting a cell information request for acquiring an evolved universal terrestrial radio access, EUTRA, cell global identifier, ECGI of the new cell, to the UE, if it is determined based on the PCI of the new cell that the new cell is not set as a neighbor cell; acquiring, by the source cell, the ECGI of the new cell from the UE; determining, by the source cell, whether a public land mobile network identifier, PLMN ID, in the ECGI is included in a mapping table between a primary PLMN ID and one or more shared PLMN IDs of shared cells; acquiring, by the source cell, the GEI of the new cell by using a primary PLMN ID which is included in the mapping table and corresponds to the PLMN ID in the ECGI, if the PLMN ID in the ECGI is included in a shared PLMN ID list in the mapping table; and if the PLMN ID in the ECGI is not included in the shared PLMN ID list: determining, by the source cell, whether the PLMN ID in the ECGI is included in a primary PLMN ID list in the mapping table, and acquiring, by the source cell, the GEI of the new cell by using the PLMN ID in the ECGI, if it is determined that the PLMN ID in the ECGI is included in the primary PLMN ID list in the mapping table. determining, by the source cell, whether the PLMN ID in the ECGI is included in a primary PLMN ID list in the mapping table, and acquiring, by the source cell, the GEI of the new cell by using the PLMN ID in the ECGI, if it is determined that the PLMN ID in the ECGI is included in the primary PLMN ID list in the mapping table.
An energy accumulation and distribution system, comprising: an energy accumulator for accumulating waste energy, the energy accumulator comprising: a first resistor adapted for receiving first waste energy to be accumulated from a braking power reserve; a second resistor adapted for receiving second waste energy to be accumulated from a power generation reserve; an energy store adapted for accumulating said received first and second waste energy; and a third energy interface adapted for providing the accumulated waste energy to at least one of an auxiliary energy exchanger and a main steam line so as to distribute the accumulated energy. an energy accumulator for accumulating waste energy, the energy accumulator comprising: a first resistor adapted for receiving first waste energy to be accumulated from a braking power reserve; a second resistor adapted for receiving second waste energy to be accumulated from a power generation reserve; an energy store adapted for accumulating said received first and second waste energy; and a third energy interface adapted for providing the accumulated waste energy to at least one of an auxiliary energy exchanger and a main steam line so as to distribute the accumulated energy. a first resistor adapted for receiving first waste energy to be accumulated from a braking power reserve; a second resistor adapted for receiving second waste energy to be accumulated from a power generation reserve; an energy store adapted for accumulating said received first and second waste energy; and a third energy interface adapted for providing the accumulated waste energy to at least one of an auxiliary energy exchanger and a main steam line so as to distribute the accumulated energy.
An image quantization parameter decoding method for decoding a quantization parameter for a video decoding process that is based on context-based adaptive binary arithmetic coding, the image quantization parameter decoding method comprising: generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a first bin indicating whether or not a delta quantization parameter is significant, and other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, wherein the other bins are binary-arithmetic-decoded in cases where the value of the first bin indicates that the delta quantization parameter is significant; binary-arithmetic-decoding a sign bin in cases where the value of the first bin indicates that the delta quantization parameter is significant, the sign bin being subsequent to the other bins and indicating whether the delta quantization parameter is positive or negative, generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using context(s) for the first bin and the other bins, and using no context for the sign bin. generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a first bin indicating whether or not a delta quantization parameter is significant, and other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, wherein the other bins are binary-arithmetic-decoded in cases where the value of the first bin indicates that the delta quantization parameter is significant; binary-arithmetic-decoding a sign bin in cases where the value of the first bin indicates that the delta quantization parameter is significant, the sign bin being subsequent to the other bins and indicating whether the delta quantization parameter is positive or negative, generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using context(s) for the first bin and the other bins, and using no context for the sign bin.