mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting contamination with a photosynthesis inhibitor, the method comprising: a liquid supply step of supplying a preset storage amount of a test liquid at a preset time in a light-blocking pretreatment tank while irradiating phytoplankton in the test liquid with weak light having an underwater photon flux density that does not cause photoinhibitior, wherein photoinhibition indicates a decrease in photosynthetic function; a storing and weak-light irradiation step of stopping the liquid supply of the test liquid to the pretreatment tank at a time at which the storage amount of the test liquid reaches a preset value, and irradiating the test liquid with light having the same underwater photon flux density as that in the liquid supply step for a preset time starting from the time at which the liquid supply is stopped; and a fluorescence quantum efficiency measurement step of irradiating the test liquid in the pretreatment tank with light having the same underwater photon flux density as that in the storing and weak-light irradiation step, discharging the test liquid from the pretreatment tank through a drainage conduit, and measuring a fluorescence quantum efficiency by sequentially irradiating, with measurement light and saturated pulse light, the test liquid remaining in the drainage conduit when flow of the test liquid into the drainage conduit is stopped during a discharge period of the pretreatment tank, after completion of the storing and weak-light irradiation step; and detection of contamination with the photosynthesis inhibitor based on the fluorescence quantum efficiency. a liquid supply step of supplying a preset storage amount of a test liquid at a preset time in a light-blocking pretreatment tank while irradiating phytoplankton in the test liquid with weak light having an underwater photon flux density that does not cause photoinhibitior, wherein photoinhibition indicates a decrease in photosynthetic function; a storing and weak-light irradiation step of stopping the liquid supply of the test liquid to the pretreatment tank at a time at which the storage amount of the test liquid reaches a preset value, and irradiating the test liquid with light having the same underwater photon flux density as that in the liquid supply step for a preset time starting from the time at which the liquid supply is stopped; and a fluorescence quantum efficiency measurement step of irradiating the test liquid in the pretreatment tank with light having the same underwater photon flux density as that in the storing and weak-light irradiation step, discharging the test liquid from the pretreatment tank through a drainage conduit, and measuring a fluorescence quantum efficiency by sequentially irradiating, with measurement light and saturated pulse light, the test liquid remaining in the drainage conduit when flow of the test liquid into the drainage conduit is stopped during a discharge period of the pretreatment tank, after completion of the storing and weak-light irradiation step;
An inkjet recording method comprising the step of forming an image by applying an ink (In) containing at least a coloring material and a processing liquid (Pr) containing at least a flocculant to a surface of a recording medium by a droplet discharge device, respectively, to coalescence the ink (In) and the processing liquid (Pr), wherein an application amount of the processing liquid (Pr) is changed in accordance with an application amount of the ink (In) for each unit area in which the image is formed, and characterised in that the application amount of the processing liquid (Pr) is controlled to be equal to or less than 5 g/m 2 in all of the unit areas; and when the image is formed in a plurality of printing passes, in the unit area in which the application amount of the processing liquid (Pr) is equal to or more than 0.8 g/m 2, an average value of the application amounts of the processing liquid (Pr) in the unit area in each printing pass is controlled so that a deviation when compared between the printing passes is within ± 30%.
A terminal device (1, 1A, 1B, 1C) comprising: a reception unit configured to receive from a base station device information for one or multiple first channel state information reports and for one or multiple second channel state information reports; and a transmission unit configured to transmit the first channel state information reports, and to transmit the second channel state information reports, wherein the terminal device is configured such that, in a case that the total of the number of the first channel state information reports and the number of the second channel state information reports exceeds a first certain number, at least the first certain number of the one or multiple first channel state information reports and the one or multiple second channel state information reports are updated, wherein the one or multiple first channel state information reports are one or multiple aperiodic channel state information reports and wherein the one or multiple second channel state information reports are one or multiple periodic channel state information reports, wherein the channel state information reports to be updated are determined based on a priority, and the priority is defined based on whether the report is a periodic channel state information report or an aperiodic channel state information report. a reception unit configured to receive from a base station device information for one or multiple first channel state information reports and for one or multiple second channel state information reports; and a transmission unit configured to transmit the first channel state information reports, and to transmit the second channel state information reports, wherein the terminal device is configured such that, in a case that the total of the number of the first channel state information reports and the number of the second channel state information reports exceeds a first certain number, at least the first certain number of the one or multiple first channel state information reports and the one or multiple second channel state information reports are updated, wherein the one or multiple first channel state information reports are one or multiple aperiodic channel state information reports and wherein the one or multiple second channel state information reports are one or multiple periodic channel state information reports, wherein the channel state information reports to be updated are determined based on a priority, and the priority is defined based on whether the report is a periodic channel state information report or an aperiodic channel state information report.
A method for improving the efficiency of a heat generator destined to heat a flow rate of feed fluid through combustion, said method comprising the steps of: - performing a first heat exchange between at least a first fraction (Qa) of said flow rate of said feed fluid and a flow rate of combustion air to be delivered to said generator so as to heat said combustion air and so as to cool said first fraction (Qa) of feed fluid from a first temperature to a second temperature; - performing a second heat exchange between said first fraction (Qa) of feed fluid at said second temperature and a flow rate of flue gases (Fu) produced by said heat generator so as to cool said flue gases (Fu) and so as to heat said feed fluid from said second temperature to a third temperature, characterized in that said flow rate of flue gases (Fu) in heat exchange with said first fraction (Qa) of said feed fluid is regulated as a function of the value of said third temperature. - performing a first heat exchange between at least a first fraction (Qa) of said flow rate of said feed fluid and a flow rate of combustion air to be delivered to said generator so as to heat said combustion air and so as to cool said first fraction (Qa) of feed fluid from a first temperature to a second temperature; - performing a second heat exchange between said first fraction (Qa) of feed fluid at said second temperature and a flow rate of flue gases (Fu) produced by said heat generator so as to cool said flue gases (Fu) and so as to heat said feed fluid from said second temperature to a third temperature, characterized in that said flow rate of flue gases (Fu) in heat exchange with said first fraction (Qa) of said feed fluid is regulated as a function of the value of said third temperature.
An apparatus for transmitting a media content in a multimedia system, the apparatus comprising: a transmitter; and a controller coupled to the transmitter, wherein the controller is configured to: determine a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit, MFU, which is a fragment of the media unit, or a fragment of the MFU; generate a data stream comprising data for the transmission unit; and transmit the generated data stream through a communication network, wherein if the transmission unit is the MFU, the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU, and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU. a transmitter; and a controller coupled to the transmitter, wherein the controller is configured to: determine a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit, MFU, which is a fragment of the media unit, or a fragment of the MFU; generate a data stream comprising data for the transmission unit; and transmit the generated data stream through a communication network, determine a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit, MFU, which is a fragment of the media unit, or a fragment of the MFU; generate a data stream comprising data for the transmission unit; and transmit the generated data stream through a communication network, wherein if the transmission unit is the MFU, the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU, and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU.
An air conditioner for a vehicle, comprising: a heating line having a condenser at an inlet thereof and an outlet communicating with an interior of the vehicle; a cooling line having an inlet communicating with the inlet of the heating line, an outlet communicating with the interior of the vehicle, and an evaporator connected to the condenser inside of the cooling line; and doors opening and closing to control a flow stream of each line (100, 200) and to control a temperature of air introduced into the interior of the vehicle, wherein the doors comprise: a first cooling door provided at the inlet of the cooling line and forming a flow path for outdoor air to be introduced into the cooling line when a first through-hole is open; and a second cooling door provided at the outlet of the cooling line and forming a flow path for the air of the cooling line to be discharged to the outside when a second through-hole is open, and characterized in that, the first cooling door is open to inside of each of the cooling line and heating line at opening to control an amount of air introduced from the condenser to the cooling line or the heating line. a heating line having a condenser at an inlet thereof and an outlet communicating with an interior of the vehicle; a cooling line having an inlet communicating with the inlet of the heating line, an outlet communicating with the interior of the vehicle, and an evaporator connected to the condenser inside of the cooling line; and doors opening and closing to control a flow stream of each line (100, 200) and to control a temperature of air introduced into the interior of the vehicle, wherein the doors comprise: a first cooling door provided at the inlet of the cooling line and forming a flow path for outdoor air to be introduced into the cooling line when a first through-hole is open; and a second cooling door provided at the outlet of the cooling line and forming a flow path for the air of the cooling line to be discharged to the outside when a second through-hole is open, and characterized in that, the first cooling door is open to inside of each of the cooling line and heating line at opening to control an amount of air introduced from the condenser to the cooling line or the heating line. a first cooling door provided at the inlet of the cooling line and forming a flow path for outdoor air to be introduced into the cooling line when a first through-hole is open; and a second cooling door provided at the outlet of the cooling line and forming a flow path for the air of the cooling line to be discharged to the outside when a second through-hole is open, and characterized in that, the first cooling door is open to inside of each of the cooling line and heating line at opening to control an amount of air introduced from the condenser to the cooling line or the heating line.
A diabetes management system comprising: a pump device including a housing structure defining a cavity in which an insulin cartridge can be received, and a drive system for dispensing insulin from the insulin cartridge; and a controller, wherein the controller is in electrical communication with a portion of the drive system for controlling dispensation of the insulin from the insulin cartridge; and wherein, over a first diurnal time period, the controller communicates electrical control signals to the drive system to cause insulin to be dispensed from the insulin cartridge based on a baseline basal insulin rate that is stored, the controller receiving at least blood glucose data to control dispensation of insulin from the insulin cartridge in amounts variable from the baseline basal insulin rate; characterized in that the controller modifies the baseline basal insulin rate that is stored for a second diurnal time period that is at least 20 hours after the first diurnal period based on an amount of insulin actually dispensed during the first diurnal time period by increasing or decreasing the baseline basal insulin rate by a fixed amount or percentage that is less than the difference between the amount of insulin actually delivered during the first diurnal time period and the amount dictated by the baseline basal insulin rate. a pump device including a housing structure defining a cavity in which an insulin cartridge can be received, and a drive system for dispensing insulin from the insulin cartridge; and a controller, wherein the controller is in electrical communication with a portion of the drive system for controlling dispensation of the insulin from the insulin cartridge; and wherein, over a first diurnal time period, the controller communicates electrical control signals to the drive system to cause insulin to be dispensed from the insulin cartridge based on a baseline basal insulin rate that is stored, the controller receiving at least blood glucose data to control dispensation of insulin from the insulin cartridge in amounts variable from the baseline basal insulin rate; characterized in that the controller modifies the baseline basal insulin rate that is stored for a second diurnal time period that is at least 20 hours after the first diurnal period based on an amount of insulin actually dispensed during the first diurnal time period by increasing or decreasing the baseline basal insulin rate by a fixed amount or percentage that is less than the difference between the amount of insulin actually delivered during the first diurnal time period and the amount dictated by the baseline basal insulin rate.
A variable-speed pumped storage power system connected to a grid system by at least one circuit breaker (101, 102, and/or 103) via a transformer, and provided with a doubly-fed variable-speed generator-motor having a stator winding connected to a low-voltage side of the transformer via a parallel-in circuit breaker, a high-voltage side circuit voltage detector, a low-voltage side circuit voltage detector and i) an AC overvoltage suppression device connected a three-phase circuit between an AC exciter and a rotor winding of the doubly-fed variable-speed generator-motor, and / or ii) a DC overvoltage suppression device connected a DC link circuit in the AC exciter, respectively and which are configured to execute short-circuiting of the connected circuits via resistors when an overvoltage has occurred in the at least one of the connected circuits, characterized in that the variable-speed pumped storage power system comprises a DC-interruption prevention device so as to avoid a DC-interruption at any of said circuit breakers upon the occurrence of a fault, wherein the DC-interruption prevention device at least comprises: a short-circuit device which is connected to the three-phase circuit between the rotor winding and the AC exciter and is arranged to execute three-phase short-circuiting of the connected circuit; and a controller configured to cause the short-circuit device to execute three-phase short-circuiting on a condition that at least one of an output voltage of the high-voltage side circuit voltage detector and an output voltage of the low-voltage side circuit voltage detector becomes lower than a respective predetermined value. i) an AC overvoltage suppression device connected a three-phase circuit between an AC exciter and a rotor winding of the doubly-fed variable-speed generator-motor, and / or ii) a DC overvoltage suppression device connected a DC link circuit in the AC exciter, respectively a short-circuit device which is connected to the three-phase circuit between the rotor winding and the AC exciter and is arranged to execute three-phase short-circuiting of the connected circuit; and a controller configured to cause the short-circuit device to execute three-phase short-circuiting on a condition that at least one of an output voltage of the high-voltage side circuit voltage detector and an output voltage of the low-voltage side circuit voltage detector becomes lower than a respective predetermined value.
A system comprising: an apparatus; a stake; an interfacing part;and a base; wherein the apparatus is configured to enable the staking of the interfacing part to the base, the apparatus comprising a retainer configured to convey the stake and the interfacing part to the base, the apparatus configured to provide a heat and/or vibration to effect the simultaneous attachment of the stake to the base and the interfacing part to the base, wherein the stake is temporarily attached to the interfacing part; and characterised in that the temporary attachment of the stake to the interfacing part is via an adhesive. an apparatus; a stake; an interfacing part;and a base;
A cartridge for powdered coffee or the like, suitable to be used in apparatus for making beverages such as coffee or the like, comprising: an inner receptacle defining a housing cavity for the powdered coffee, an outer receptacle defining a housing cavity of the inner receptacle, wherein said inner receptacle is closed and made of a water- and oxygen-permeable material, wherein said outer receptacle is water- and oxygen-impermeable and is a containment and reinforcement element for said inner receptacle, and wherein said cartridge for powdered coffee is characterized by comprising a lower protecting member, inserted between a bottom of the inner receptacle and a bottom of the outer receptacle. an inner receptacle defining a housing cavity for the powdered coffee, an outer receptacle defining a housing cavity of the inner receptacle, wherein said inner receptacle is closed and made of a water- and oxygen-permeable material, wherein said outer receptacle is water- and oxygen-impermeable and is a containment and reinforcement element for said inner receptacle, and wherein said cartridge for powdered coffee is characterized by comprising a lower protecting member, inserted between a bottom of the inner receptacle and a bottom of the outer receptacle.
Hinge for seat-lid unit of a toilet bowl comprising a fastening part in which a hole is formed configured to house an external fastening stud and a rotating part rotatably arranged about a rotation axis and configured to be integrally stabilized with said seat-lid unit, said hinge comprising locking means to the external stud comprising a pin slidably arranged substantially along the direction of said rotation axis in an outlet hole placed in connection with said hole, said locking means further comprising a slider slidably arranged along a direction substantially radial to said rotation axis, said slider being configured to activate said pin along a substantially axial direction so that a free end of the pin can engage said hole.
Particle of modified silica comprising a particle of silica which is covalently linked to at least one halohydrin moiety, wherein the particle of modified silica has the formula; wherein A is a halogen, SiO 2 is silica, and R 1 is selected from optionally substituted alkyl, alkenyl, alkynyl, aryl, alkylaryl, arylalkyl, heteroalkyl, heterocycle, alkylheterocycle, or heterocyclealkyl, or combinations thereof.
A method for electrical testing of an electrical assembly for defects, in which all electrical or electronic parts mounted on a support are measured simultaneously, in that an electrical image of the electrical assembly is received by a control/evaluation unit, in which an electrical excitation signal of an electrical current or an electrical voltage is applied simultaneously by the control/evaluation unit and a plurality of driver circuits at a plurality of test points of the electrical assembly, which test points may be arranged in any way on the support, wherein the electrical excitation signals applied via the driver circuits differ with regard to their spectral characteristic, and the electrical current flowing in the particular test point and the resultant electrical voltage are recorded synchronously with regard to a waveform in relation to an electrical ground potential, and subsequently parameters of the parts and their electrical connections are calculated by the control/evaluation unit. all electrical or electronic parts mounted on a support are measured simultaneously, in that an electrical image of the electrical assembly is received by a control/evaluation unit, in which an electrical excitation signal of an electrical current or an electrical voltage is applied simultaneously by the control/evaluation unit and a plurality of driver circuits at a plurality of test points of the electrical assembly, which test points may be arranged in any way on the support, wherein the electrical excitation signals applied via the driver circuits differ with regard to their spectral characteristic, and the electrical current flowing in the particular test point and the resultant electrical voltage are recorded synchronously with regard to a waveform in relation to an electrical ground potential, and subsequently parameters of the parts and their electrical connections are calculated by the control/evaluation unit.