mhurhangee/ep-ind-claims huggingface dataset:
A charging method comprising: activating, by the power supply device, a handshake communication between a terminal device and the power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; communicating with the terminal device to receive from the terminal device an instruction indicating to activate a quick charging mode, to determine to charge a battery of the terminal device in the quick charging mode; communicating with the terminal device through the USB interface to inform the terminal device of an output voltage of the power supply device; communicating with the terminal device through the USB interface to receive a reply from the terminal device, wherein the reply is determined according to the output voltage of the power supply device; adjusting the output voltage of the power supply device according to the reply, wherein the adjusted output voltage of the power supply device is a charging voltage of the quick charging mode; and communicating with the terminal device to inform the terminal device of the adjusted output voltage of the power supply device, such that the battery of the terminal device is charged according to the adjusted output voltage of the power supply device. activating, by the power supply device, a handshake communication between a terminal device and the power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; communicating with the terminal device to receive from the terminal device an instruction indicating to activate a quick charging mode, to determine to charge a battery of the terminal device in the quick charging mode; communicating with the terminal device through the USB interface to inform the terminal device of an output voltage of the power supply device; communicating with the terminal device through the USB interface to receive a reply from the terminal device, wherein the reply is determined according to the output voltage of the power supply device; adjusting the output voltage of the power supply device according to the reply, wherein the adjusted output voltage of the power supply device is a charging voltage of the quick charging mode; and communicating with the terminal device to inform the terminal device of the adjusted output voltage of the power supply device, such that the battery of the terminal device is charged according to the adjusted output voltage of the power supply device.
A heat exchanger comprising: a tube through which a refrigerant flows; a heat exchanger fin coupled to a surface of the tube; and a filler that couples the tube and the heat exchanger fin, characterized in that the tube is formed of an aluminium alloy material including a rare-earth metal, and the heat exchanger fin and the filler are formed of an aluminium alloy material including silicon (Si), copper (Cu) and zinc (Zn), wherein electric potentials of the tube, the filler, and the heat exchanger fin are formed to sequentially decrease. a tube through which a refrigerant flows; a heat exchanger fin coupled to a surface of the tube; and a filler that couples the tube and the heat exchanger fin, characterized in that the tube is formed of an aluminium alloy material including a rare-earth metal, and the heat exchanger fin and the filler are formed of an aluminium alloy material including silicon (Si), copper (Cu) and zinc (Zn), wherein electric potentials of the tube, the filler, and the heat exchanger fin are formed to sequentially decrease.
A refrigeration apparatus, comprising: a refrigerant circuit, a refrigerant circulating in the refrigerant circuit by a compressor to perform a refrigeration cycle, wherein, as refrigerant of the refrigerant circuit, refrigerant represented by Molecular Formula 1: C 3 H m F n where "m" and "n" are integers equal to or greater than 1 and equal to or less than 5, and a relationship represented by an expression m + n = 6 is satisfied, and having a single double bond in a molecular structure, or refrigerant mixture containing the refrigerant is used; predetermined functional resin components (61, 62, 63, 64, 65) arranged so as to contact the refrigerant of the refrigerant circuit are made of any of polytetrafluoroethylene, polyphenylene sulfide, phenolic resin, polyamide resin, chloroprene rubber, silicone rubber, hydrogenated nitrile rubber, fluorine-containing rubber, and hydrin rubber, the refrigeration apparatus further comprises refrigerant oil used in the compressor, which has a saturated water amount of equal to or greater than 2000 ppm at a temperature of 30°C and a relative humidity of 90%, wherein the refrigerant oil mainly contains at least one of polyalkylene glycol, polyol ester, and polyvinyl ether, and wherein the refrigerant oil has a surface tension of equal to or greater than 0.02 N/m and equal to or less than 0.04 N/m at 20°C. a refrigerant circuit, a refrigerant circulating in the refrigerant circuit by a compressor to perform a refrigeration cycle, wherein, as refrigerant of the refrigerant circuit, refrigerant represented by Molecular Formula 1: C 3 H m F n where "m" and "n" are integers equal to or greater than 1 and equal to or less than 5, and a relationship represented by an expression m + n = 6 is satisfied, and having a single double bond in a molecular structure, or refrigerant mixture containing the refrigerant is used; predetermined functional resin components (61, 62, 63, 64, 65) arranged so as to contact the refrigerant of the refrigerant circuit are made of any of polytetrafluoroethylene, polyphenylene sulfide, phenolic resin, polyamide resin, chloroprene rubber, silicone rubber, hydrogenated nitrile rubber, fluorine-containing rubber, and hydrin rubber, the refrigeration apparatus further comprises refrigerant oil used in the compressor, which has a saturated water amount of equal to or greater than 2000 ppm at a temperature of 30°C and a relative humidity of 90%, wherein the refrigerant oil mainly contains at least one of polyalkylene glycol, polyol ester, and polyvinyl ether, and wherein the refrigerant oil has a surface tension of equal to or greater than 0.02 N/m and equal to or less than 0.04 N/m at 20°C.
A controller area network, CAN, controller for communicating with a CAN transceiver in a CAN network node having a first mode of operation and a second mode of operation of a CAN protocol, in which the first mode is a SLOW mode in the CAN protocol and the second mode is a FAST-RX mode of the CAN protocol, the CAN controller comprising: a first-data-terminal for communicating with the CAN transceiver; and a second-data-terminal for communicating with the CAN transceiver, in which the CAN controller is configured to: in the second mode, determine receive-data based on a first-data-signal at the first-data-terminal and a second-data-signal at the second-data-terminal; determine that a change of mode from the second mode to the first mode is required; and characterized in that, in response to determining that a change of mode from the second mode to the first mode is required, provide a controller-mode-signal that instructs the CAN transceiver to operate in the first mode rather than the second mode, wherein the controller-mode-signal is provided by simultaneously driving a first current on the first-data-terminal and a second current on the second-data-terminal. a first-data-terminal for communicating with the CAN transceiver; and a second-data-terminal for communicating with the CAN transceiver, in the second mode, determine receive-data based on a first-data-signal at the first-data-terminal and a second-data-signal at the second-data-terminal; determine that a change of mode from the second mode to the first mode is required; and characterized in that, in response to determining that a change of mode from the second mode to the first mode is required, provide a controller-mode-signal that instructs the CAN transceiver to operate in the first mode rather than the second mode, wherein the controller-mode-signal is provided by simultaneously driving a first current on the first-data-terminal and a second current on the second-data-terminal.
A computer implemented method of designing a modified aerofoil shape, the method comprising the steps of: determining a plurality of resonant frequencies of a baseline aerofoil shape determining that one of the resonant frequencies falls within a predetermined range of frequencies; providing a plurality of aerofoil sections (62a-i) defining the baseline aerofoil shape; and defining a modified aerofoil shape by displacing at least one of the plurality of aerofoil sections relative to its baseline position in the baseline aerofoil shape until one of the plurality of resonant frequencies previously falling within the range of frequencies is shifted outside the range of frequencies. determining a plurality of resonant frequencies of a baseline aerofoil shape determining that one of the resonant frequencies falls within a predetermined range of frequencies; providing a plurality of aerofoil sections (62a-i) defining the baseline aerofoil shape; and defining a modified aerofoil shape by displacing at least one of the plurality of aerofoil sections relative to its baseline position in the baseline aerofoil shape until one of the plurality of resonant frequencies previously falling within the range of frequencies is shifted outside the range of frequencies.
An electrode assembly comprising a first plate, a second plate, and a separator located between the first plate and the second plate, each of the first plate and the second plate comprising an active part formed by applying an active material to at least one surface and a non-applied part from which the active material is omitted, wherein a side surface of the first plate which extends from the active part and transverse to the active part of the first plate is coated with an inorganic coating layer, wherein the inorganic coating layer entirely covers the active part of the first plate and wherein the non-applied part runs along a lengthwise direction opposite the side of the side surface, further wherein the inorganic coating layer has a thickness of from 1 μm to 15 μm.
A refrigeration equipment (2, 20), in particular a freezer chest, refrigerated counter, refrigerated table, domestic refrigerator or the like, having a take-out opening leading into the refrigerating space and defined by at least two opposite side walls (28, 30) and having an integrated lamp (12, 40) for lighting goods stored in the refrigeration equipment (2, 20), the lamp (12, 40) possessing at each point an approximately Lambert's radiation characteristic, characterized in that the lamp (12, 40) has an approximately linear shape and in that the lamp (12, 40) is a component part of a lamp arrangement integrated into one of the two side walls (e.g. 28), which in addition includes a reflector and/or a lens, so that a first light beam having a relatively wide aperture angle, wider than 70°, is predominantly radiated into the refrigerating space and a second light beam having a considerably smaller aperture angle is radiated, in an edge region of the refrigerating space, which is adjacent to the take-out opening, to the other side wall (e.g. 30) and is reflected there, in a diffuse manner or with the help of a reflector, into the refrigerating space.
A medical hand covering comprising one or more materials defining an inner fingerless cavity adapted to tightly enclose an adult hand holding a medical instrument; the medical instrument being a stethoscope; the one or more materials is acoustically transmissive with respect to the acoustic performance of the stethoscope; wherein the one or more materials comprise thermoplastic urethane; and an opening on one end of the covering adapted to allow entry of the hand and the medical instrument into the inner cavity; wherein the inner cavity is adapted to tightly enclose both the hand holding the medical instrument and at least a chestpiece of the stethoscope gripped by the hand. one or more materials defining an inner fingerless cavity adapted to tightly enclose an adult hand holding a medical instrument; the medical instrument being a stethoscope; the one or more materials is acoustically transmissive with respect to the acoustic performance of the stethoscope; wherein the one or more materials comprise thermoplastic urethane; and an opening on one end of the covering adapted to allow entry of the hand and the medical instrument into the inner cavity; wherein the inner cavity is adapted to tightly enclose both the hand holding the medical instrument and at least a chestpiece of the stethoscope gripped by the hand.
A one-component syntactic paste comprising epoxy resin, hollow particles, a hydrazide curing agent, and a flame retardant material at a level of from 5 to 20 wt%, wherein the ratio of active hydrogen groups to epoxy groups is from 1:0.6 to 1:0.7.
Molecular complex, characterised in that it comprises at least one antigen associated with at least two ligands of surface molecules of antigen-presenting cells, said complex comprising at least one first ligand of a heparan sulphate selected from the group consisting of: the peptides and proteins which bind heparan sulphates, the natural or recombinant antibodies directed against heparan sulphates and the fragments of said antibodies containing at least the paratope, and a second ligand of a surface molecule specific for antigen-presenting cells selected from the group consisting of: the antibodies specific for said antigen and their fragments comprising at least the Fc region, and the proteins and protein fragments which bind the antibody Fc and/or Fab region, said antigen being a protein or a peptide, and said complex comprising a fusion protein or a covalent conjugate of the first ligand with the antigen or of the first ligand with the antigen and the second ligand.
An apparatus comprising: means for receiving a configuration with a first periodicity for at least one of: a physical uplink control channel for reporting channel state information, or a transmitting of a sounding reference signal; means for determining that at least one second periodicity is active in response to a plurality of consecutive channel state information values based on the first periodicity being the same or within a predetermined variation; and means for determining whether to stop or pause at least one of the reporting of the channel state information, or the transmitting of the sounding reference signal, based on receiving a command to stop or pause the reporting of the channel state information, or the transmitting of the sounding reference signal; and based on the determining that the at least one second periodicity is active for performing the reporting of the channel state information, or the transmitting of the sounding reference signal, wherein the at least one second periodicity is longer than the first periodicity. means for receiving a configuration with a first periodicity for at least one of: a physical uplink control channel for reporting channel state information, or a transmitting of a sounding reference signal; means for determining that at least one second periodicity is active in response to a plurality of consecutive channel state information values based on the first periodicity being the same or within a predetermined variation; and means for determining whether to stop or pause at least one of the reporting of the channel state information, or the transmitting of the sounding reference signal, based on receiving a command to stop or pause the reporting of the channel state information, or the transmitting of the sounding reference signal; and based on the determining that the at least one second periodicity is active for performing the reporting of the channel state information, or the transmitting of the sounding reference signal, wherein the at least one second periodicity is longer than the first periodicity.
A thermal reduction system for an autonomous vehicle comprising: a cooling rack (115, 250) housing a data processing system (110, 200) of the AV; a fluid pump to pump cooling fluid (112, 204) through the cooling rack (115, 250) to cool the data processing system (110, 200); a cabin radiator to receive the cooling fluid (112, 204) and force cabin air from an interior passenger cabin of the AV though the cabin radiator to cool the cooling fluid (112, 204); and a main radiator to receive the cooling fluid (112, 204) and force outside air through the main radiator to further cool the cooling fluid (112, 204). a cooling rack (115, 250) housing a data processing system (110, 200) of the AV; a fluid pump to pump cooling fluid (112, 204) through the cooling rack (115, 250) to cool the data processing system (110, 200); a cabin radiator to receive the cooling fluid (112, 204) and force cabin air from an interior passenger cabin of the AV though the cabin radiator to cool the cooling fluid (112, 204); and a main radiator to receive the cooling fluid (112, 204) and force outside air through the main radiator to further cool the cooling fluid (112, 204).
Method for operating a paper machine for producing paper, board or paperboard, having a conveying device, by means of which at least one fibrous material web produced from a fibrous suspension is conveyed in a conveying direction, having at least one drying region, in which the fibrous material web conveyed through the drying region is dried by means of at least one drying cylinder, to which a first medium for drying the fibrous material web is supplied, and having at least one smoothing cylinder following the drying cylinder in the conveying direction, by means of which the fibrous material web is smoothed on at least one side, a second medium for heating the smoothing cylinder being supplied to the smoothing cylinder, characterized in that the first medium is carried away from the drying cylinder and is supplied as a heat source to a heat pump, by means of which the second medium is heated.
A method for producing fluoroolefin substituted with an organic group, comprising reacting fluoroolefin with an organic Mg-compound in the presence of a catalyst comprising Ni or Pd, wherein at least one F-atom bonded to a sp 2 hybridized C-atom of the fluoroolefin is substituted with an organic group derived from the organic Mg-compound, and wherein the fluoroolefin is tetrafluoroethylene, hexafluoropropylene, or trifluoroethylene.
An apparatus for measuring levels of a specified gas in exhaled breath, the apparatus comprising: a photoacoustic sensor configured to provide a measurement representative of the level of the specified gas in the exhaled air, wherein the photoacoustic sensor comprises a light source that is configured to generate light that is modulated at a first frequency; and a sound speed measurement module configured to measure the sound speed of the exhaled breath, wherein the sound speed measurement module is configured to measure the sound speed either at a second frequency that is substantially different to the first frequency or in a pulsed mode; the apparatus being characterized in that it further comprises a processor that is configured to adjust the first frequency of the modulated light source during exhalation in accordance with the measured speed of sound of the exhaled breath. a photoacoustic sensor configured to provide a measurement representative of the level of the specified gas in the exhaled air, wherein the photoacoustic sensor comprises a light source that is configured to generate light that is modulated at a first frequency; and a sound speed measurement module configured to measure the sound speed of the exhaled breath, wherein the sound speed measurement module is configured to measure the sound speed either at a second frequency that is substantially different to the first frequency or in a pulsed mode; the apparatus being characterized in that it further comprises a processor that is configured to adjust the first frequency of the modulated light source during exhalation in accordance with the measured speed of sound of the exhaled breath.
A silica-based nanoparticle comprising a silica-based core and two or more photoluminescent dyes, the two or more photoluminescent dyes comprising at least one reference dye and at least one sensor dye wherein: (a) the reference dye and the sensor dye are chemically different dyes, (b) the reference dye and the sensor dye are separated in different compartments of the nanoparticle or are located within the same compartment of the nanoparticle, and (c) at least one of the reference dye and the sensor dye is covalently bonded to the silica-based core, said reference dye exhibiting a relatively constant photon emission and said sensor dye exhibiting different photon emissions in different environments or at different concentrations of an analyte present therein. (a) the reference dye and the sensor dye are chemically different dyes, (b) the reference dye and the sensor dye are separated in different compartments of the nanoparticle or are located within the same compartment of the nanoparticle, and (c) at least one of the reference dye and the sensor dye is covalently bonded to the silica-based core,
A pressure sensing medical device, comprising: a guidewire including an elongate tubular member having a lumen extending therethrough, the tubular member being movable between a generally straightened position and a deflected position; a fiber optic extending longitudinally within the lumen; and an optical pressure sensor (120, 220, 320, 420, 520) attached at a distal end of the fiber optic, the pressure sensor (120, 220, 320, 420, 520) being disposed within a distal portion of the tubular member; wherein the pressure sensor (120, 220, 320, 420, 520) includes a pressure sensitive membrane (172, 272, 372, 472, 572) disposed on a distal end thereof; wherein the pressure sensor (120, 220, 320, 420, 520) further includes one or more contact members (174, 274, 374, 474, 574) capable of providing a contact point (170, 270, 370, 470, 570) between the contact member (174, 274, 374, 474, 574) and an inner surface of the tubular member when in the deflected position such that the membrane (172, 272, 372, 472, 572) is spaced apart from the inner surface, the contact point (170, 270, 370, 470, 570) being axially spaced apart from the membrane (172, 272, 372, 472, 572) along a longitudinal axis of the pressure sensor (120, 220, 320, 420, 520). a guidewire including an elongate tubular member having a lumen extending therethrough, the tubular member being movable between a generally straightened position and a deflected position; a fiber optic extending longitudinally within the lumen; and an optical pressure sensor (120, 220, 320, 420, 520) attached at a distal end of the fiber optic, the pressure sensor (120, 220, 320, 420, 520) being disposed within a distal portion of the tubular member; wherein the pressure sensor (120, 220, 320, 420, 520) includes a pressure sensitive membrane (172, 272, 372, 472, 572) disposed on a distal end thereof; wherein the pressure sensor (120, 220, 320, 420, 520) further includes one or more contact members (174, 274, 374, 474, 574) capable of providing a contact point (170, 270, 370, 470, 570) between the contact member (174, 274, 374, 474, 574) and an inner surface of the tubular member when in the deflected position such that the membrane (172, 272, 372, 472, 572) is spaced apart from the inner surface, the contact point (170, 270, 370, 470, 570) being axially spaced apart from the membrane (172, 272, 372, 472, 572) along a longitudinal axis of the pressure sensor (120, 220, 320, 420, 520).