mhurhangee/ep-ind-claims huggingface dataset:
A non-aqueous electrolyte secondary battery, comprising: a positive electrode plate having a positive electrode core body and a positive electrode active material layer formed on the positive electrode core body, the positive electrode active material layer including a positive electrode active material; a negative electrode plate; a flat wound electrode assembly obtained by winding the positive electrode plate and the negative electrode plate with a separator therebetween; and a non-aqueous electrolyte, wherein the positive electrode active material is a lithium transition metal composite oxide including manganese, a BET specific surface area of the positive electrode active material is 2.0 to 3.0 m 2 /g. a total surface area of the positive electrode active material included in the positive electrode active material layer is 70 to 80 m 2, and when a total amount of FSO 3 included in the non-aqueous electrolyte is denoted by A μmol and a total area of the positive electrode active material included in the positive electrode active material layer is denoted by B m 2, a value of A/B is 0.03 to 0.09 μmol/m 2. a positive electrode plate having a positive electrode core body and a positive electrode active material layer formed on the positive electrode core body, the positive electrode active material layer including a positive electrode active material; a negative electrode plate; a flat wound electrode assembly obtained by winding the positive electrode plate and the negative electrode plate with a separator therebetween; and a non-aqueous electrolyte, wherein the positive electrode active material is a lithium transition metal composite oxide including manganese, a BET specific surface area of the positive electrode active material is 2.0 to 3.0 m 2 /g. a total surface area of the positive electrode active material included in the positive electrode active material layer is 70 to 80 m 2, and when a total amount of FSO 3 included in the non-aqueous electrolyte is denoted by A μmol and a total area of the positive electrode active material included in the positive electrode active material layer is denoted by B m 2, a value of A/B is 0.03 to 0.09 μmol/m 2.
A method of installing a production buoy at a subsea anchoring location, the method comprising the steps of: floating a production buoy over a subsea anchoring location; hanging at least a tether (T1, T2, T3, T4) off the production buoy such that the or each tether extends from the production buoy towards the subsea anchoring location; and submerging the production buoy to a depth which allows connection of the or each tether (T1, T2, T3, T4) to the subsea anchoring location, characterised in that the step of submerging the production buoy comprises the step of submerging the production buoy to a first predetermined depth prior to hanging the or each tether (T1, T2, T3, T4) off the production buoy. floating a production buoy over a subsea anchoring location; hanging at least a tether (T1, T2, T3, T4) off the production buoy such that the or each tether extends from the production buoy towards the subsea anchoring location; and submerging the production buoy to a depth which allows connection of the or each tether (T1, T2, T3, T4) to the subsea anchoring location, characterised in that the step of submerging the production buoy comprises the step of submerging the production buoy to a first predetermined depth prior to hanging the or each tether (T1, T2, T3, T4) off the production buoy.
Method for performing a distance or speed control function for a single-track motor vehicle, in which - the activated distance or speed control function can be deactivated by the driver by actuating a brake operating element if the actuation intensity of the brake operating element exceeds a first threshold value, - the presence of a collision risk for the single-track motor vehicle is determined using an environmental sensor system fitted to the single-track motor vehicle, - if there is a collision risk, an emergency brake assist function is activated by the driver actuating the brake operating element with an actuation intensity that exceeds a second threshold value, which emergency brake assist function intensifies the braking intensity corresponding to the actuation intensity in a manner independent of the driver, - wherein the second threshold value is lower than the first threshold value, - wherein, after terminating the emergency brake assist function, the activated distance or speed control function is continued in a manner independent of the driver with the settings present before activation of the emergency brake assist function. - the activated distance or speed control function can be deactivated by the driver by actuating a brake operating element if the actuation intensity of the brake operating element exceeds a first threshold value, - the presence of a collision risk for the single-track motor vehicle is determined using an environmental sensor system fitted to the single-track motor vehicle, - if there is a collision risk, an emergency brake assist function is activated by the driver actuating the brake operating element with an actuation intensity that exceeds a second threshold value, which emergency brake assist function intensifies the braking intensity corresponding to the actuation intensity in a manner independent of the driver, - wherein the second threshold value is lower than the first threshold value, - wherein, after terminating the emergency brake assist function, the activated distance or speed control function is continued in a manner independent of the driver with the settings present before activation of the emergency brake assist function.
Lighting device comprising a luminous unit comprising a plurality of light sources of different colour spectra, a sensor for determining the spectral power distribution emitted by the luminous unit, a control unit configured to calculate drive values for the light sources of the luminous unit depending on a predefined spectral power distribution and the spectral power distribution measured by the sensor, a drive unit configured to receive the drive values from the control unit and to individually drive the light sources of the luminous unit, such that the emitted light has the predefined spectral power distribution, characterized in that the luminous unit comprises at least four light sources, wherein the control unit is configured to apply an optimization algorithm which maximizes a colour rendering index determined on the basis of the drive values of the individual light sources under a constraint, wherein, in accordance with the constraint, an error between the predefined spectral power distribution and the measured spectral power distribution is less than a predefined limit value, wherein the lighting device furthermore has a colour rendering index calculation unit, which has a memory unit comprising a first memory area and a second memory area, wherein for each light source: - a relationship between the maximum of the spectrum of the respective light source and the relevant drive value of the light source is stored in the first memory area, and - a spectrum of the light source in the case of maximum illuminance is stored as a look-up table in the second memory area, wherein the colour rendering index calculation unit is configured - to calculate a multiplication factor from the relationship, - to determine a present individual spectrum for each light source by multiplying the spectrum of the respective light source in the case of maximum illuminance by the multiplication factor, - to add up the individual spectra determined for all the light sources to form a virtual total radiation spectrum, and - to determine the colour rendering index from said total radiation spectrum. - a relationship between the maximum of the spectrum of the respective light source and the relevant drive value of the light source is stored in the first memory area, and - a spectrum of the light source in the case of maximum illuminance is stored as a look-up table in the second memory area, - to calculate a multiplication factor from the relationship, - to determine a present individual spectrum for each light source by multiplying the spectrum of the respective light source in the case of maximum illuminance by the multiplication factor, - to add up the individual spectra determined for all the light sources to form a virtual total radiation spectrum, and - to determine the colour rendering index from said total radiation spectrum.
A communications device for transmitting data to and receiving data from a mobile communications network comprising one or more infrastructure equipment, the communications device comprising a transmitter configured to transmit in one of a plurality of segments of an available channel bandwidth signals representing the data via a wireless access interface to the mobile communications network, a receiver configured to receive in one of the plurality of segments signals representing the data via the wireless access interface from the mobile communications network, and a controller configured to control the transmitter and the receiver to transmit in one of the plurality of segments and to receive in one of the plurality of segments the data via the wireless access interface, wherein the controller is configured in combination with the transmitter and the receiver to measure a relative quality of signals received by the receiver in each of the plurality of segments, to transmit a measurement report to the mobile communications network, the measurement report comprising the measured relative quality of signals in each of the plurality of segments, characterized in that: the controller is configured in combination with the receiver to receive from one of the one or more infrastructure equipment via the wireless access interface a measurement set, wherein the measurement set comprises an indication of the plurality of segments in which to measure of the relative quality of signals received, and the controller is configured, upon predetermined conditions being met, to skip the measuring of the relative quality of signals received in one or more of the plurality of segments indicated in the measurement set.
A fan including: - an external ferrule, the internal surface of which delimits a vein of air, - a wheel provided with blades rotatably mounted in the ferrule for setting into motion the vein of air, - a motor for driving the wheel, - an electric circuit including components for controlling and powering the motor, said circuit includes means for cooling the components by circulating air taken from the vein of air, wherein: said cooling means include a downstream air intake tapping aperture and an upstream tapping aperture (54, 56) for reintroducing air formed through the internal surface of the ferrule, characterized in that at least one continuous cooling conduit connecting the upstream and downstream (54, 56) tapping apertures isolating the components of the electric circuit from the air circulating in the cooling conduit. - an external ferrule, the internal surface of which delimits a vein of air, - a wheel provided with blades rotatably mounted in the ferrule for setting into motion the vein of air, - a motor for driving the wheel, - an electric circuit including components for controlling and powering the motor, said circuit includes means for cooling the components by circulating air taken from the vein of air, wherein: said cooling means include a downstream air intake tapping aperture and an upstream tapping aperture (54, 56) for reintroducing air formed through the internal surface of the ferrule, characterized in that at least one continuous cooling conduit connecting the upstream and downstream (54, 56) tapping apertures isolating the components of the electric circuit from the air circulating in the cooling conduit. said cooling means include a downstream air intake tapping aperture and an upstream tapping aperture (54, 56) for reintroducing air formed through the internal surface of the ferrule, characterized in that at least one continuous cooling conduit connecting the upstream and downstream (54, 56) tapping apertures isolating the components of the electric circuit from the air circulating in the cooling conduit.
A method for controlling the flow of an aerosol in a print head of an aerosol jet printing system, the method comprising: passing an aerosol flow (60 through the print head in an original aerosol flow direction; surrounding the aerosol flow with a sheath gas; passing the combined aerosol flow and the sheath gas through a deposition nozzle of the print head; adding a boost gas to the sheath gas to form a sheath-boost gas flow (32+44); characterized by the steps of dividing the sheath-boost gas flow (32+44) into a first portion flowing in a direction opposite to the original aerosol flow direction and a second portion flowing in the original aerosol flow direction; and the first portion of the sheath-boost gas flow (32+44) flowing in a direction opposite to the original aerosol flow preventing a deflected portion of the aerosol flow from passing through the deposition nozzle. passing an aerosol flow (60 through the print head in an original aerosol flow direction; surrounding the aerosol flow with a sheath gas; passing the combined aerosol flow and the sheath gas through a deposition nozzle of the print head; adding a boost gas to the sheath gas to form a sheath-boost gas flow (32+44); characterized by the steps of dividing the sheath-boost gas flow (32+44) into a first portion flowing in a direction opposite to the original aerosol flow direction and a second portion flowing in the original aerosol flow direction; and the first portion of the sheath-boost gas flow (32+44) flowing in a direction opposite to the original aerosol flow preventing a deflected portion of the aerosol flow from passing through the deposition nozzle.
A retaining system for holding and routing electrical cables of an industrial vehicle, the electrical cables being configured to electrically supply an electrical equipment, the retaining system comprising: - a C-shaped flexible retaining member, configured for receiving the electric cables, the retaining member comprising: -- a first fixing bracket configured to be fixed to the electrical equipment, -- a second fixing bracket configured to be fixed to a frame of the industrial vehicle, the retaining system further comprising: - a first linking rod, - a second linking rod, wherein the first linking rod is pivotally mounted relatively to the first fixing bracket, and wherein the second linking rod is pivotally mounted relatively to the second fixing bracket, so as to guide the retaining member when the electrical equipment moves relatively to the frame. the retaining system comprising: - a C-shaped flexible retaining member, configured for receiving the electric cables, the retaining member comprising: -- a first fixing bracket configured to be fixed to the electrical equipment, -- a second fixing bracket configured to be fixed to a frame of the industrial vehicle, - a C-shaped flexible retaining member, configured for receiving the electric cables, the retaining member comprising: -- a first fixing bracket configured to be fixed to the electrical equipment, -- a second fixing bracket configured to be fixed to a frame of the industrial vehicle, -- a first fixing bracket configured to be fixed to the electrical equipment, -- a second fixing bracket configured to be fixed to a frame of the industrial vehicle, the retaining system further comprising: - a first linking rod, - a second linking rod, - a first linking rod, - a second linking rod, wherein the first linking rod is pivotally mounted relatively to the first fixing bracket, and wherein the second linking rod is pivotally mounted relatively to the second fixing bracket, so as to guide the retaining member when the electrical equipment moves relatively to the frame.
A method of extracting and isolating one or more o-methylated flavonoids from plants of the Nicotiana species, comprising: receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more o-methylated flavonoids from the plant material into the solvent; separating the solvent containing the one or more o-methylated flavonoids from the extracted plant material; purifying the solvent containing the one or more o-methylated flavonoids to provide an isolate comprising at least about 50% by weight of the one or more o-methylated flavonoids on a dry weight basis; and adding the isolate to a tobacco composition adapted for use in a smoking article, a smokeless tobacco product, or an aerosol-generating device that contains nicotine or a tobacco material or other plant material that is not combusted during use. receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more o-methylated flavonoids from the plant material into the solvent; separating the solvent containing the one or more o-methylated flavonoids from the extracted plant material; purifying the solvent containing the one or more o-methylated flavonoids to provide an isolate comprising at least about 50% by weight of the one or more o-methylated flavonoids on a dry weight basis; and adding the isolate to a tobacco composition adapted for use in a smoking article, a smokeless tobacco product, or an aerosol-generating device that contains nicotine or a tobacco material or other plant material that is not combusted during use.
An ultra-supercritical tower-type solar heat absorber, characterized by comprising: a plurality of grille-hot-plate current-sharing screens, a plurality of tube rows, and a graphite filling layer, wherein each of the plurality of grille-hot-plate current-sharing screens is assembled by a plurality of grille hot plates independent of each other; and when sunlight is reflected and concentrated on the plurality of grille-hot-plate current-sharing screens, heat transfer is allowed by a phase transition of a phase-transition working medium inside the grille hot plates, and heat is transferred through the graphite filling layer to the plurality of tube rows embedded in the graphite filling layer and taken away by a heat-transfer medium flowing through the plurality of tube rows; each of the plurality of grille hot plates comprises a heat-absorbing plate (1.1), a metal fiber felt (1.2), a metal wire mesh (1.3), a grille (1.4), a sealing plate (1.5), and an intermediate partition plate (1.6); wherein the metal fiber felt (1.2), the metal wire mesh (1.3), the grille (1.4), and the intermediate partition plate (1.6) are sequentially arranged on an evaporation surface of the heat-absorbing plate (1.1); the metal fiber felt (1.2) is tightly attached to the evaporation surface of the heat-absorbing plate (1.1), and the metal wire mesh (1.3) covers a surface of the metal fiber felt (1.2); the metal fiber felt (1.2) and the metal wire mesh (1.3) together constitute a liquid-absorbing core; the grille (1.4) is directly connected to a condensation surface of the intermediate partition plate (1.6), and extends obliquely to the metal wire mesh (1.3); and the grille hot plate is enclosed by the sealing plate (1.5), filled with the phase-transition working medium, and pumped to a vacuum state.
Sensor apparatus having a sensor, in particular ultrasonic sensor, which has means for generating and detecting sound waves, wherein the means for detection convert received sound waves to electrical signals and the electrical signals are able to be evaluated by means of an evaluation unit, and a function monitoring apparatus is provided, which is designed to ascertain an impedance characteristic curve of the sensor as a function of an excitation frequency, characterized in that the function monitoring apparatus is designed to excite the sensor during an impedance measurement by way of an amplitude that is lower with respect to a normal measurement operation.
A method for a first playback device, the method comprising: while associated with a first playback queue comprising a first list of one or more items for playback, receiving a first command to add a first playback device to a group comprising at least a second playback device and a third playback for synchronous audio playback, wherein the group is associated with a second playback queue comprising a second list of one or more items for playback; in response to the first command, adding the first playback device to the group including at least the second playback device, wherein the group comprising at least the first, second, and third playback devices is configured to play back audio from the second queue; receiving a second command to remove the first playback device from the group while the first playback device is in the group; in response to the second command: removing the first playback device from the group; associating the first playback device with the second playback queue; and wherein the group comprising at least the second and third playback devices remains associated with the second playback queue; and playing back audio content from the second playback queue independently of the playback group's playback of audio content from the second playback queue. while associated with a first playback queue comprising a first list of one or more items for playback, receiving a first command to add a first playback device to a group comprising at least a second playback device and a third playback for synchronous audio playback, wherein the group is associated with a second playback queue comprising a second list of one or more items for playback; in response to the first command, adding the first playback device to the group including at least the second playback device, wherein the group comprising at least the first, second, and third playback devices is configured to play back audio from the second queue; receiving a second command to remove the first playback device from the group while the first playback device is in the group; in response to the second command: removing the first playback device from the group; associating the first playback device with the second playback queue; and wherein the group comprising at least the second and third playback devices remains associated with the second playback queue; and playing back audio content from the second playback queue independently of the playback group's playback of audio content from the second playback queue. removing the first playback device from the group; associating the first playback device with the second playback queue; and wherein the group comprising at least the second and third playback devices remains associated with the second playback queue; and playing back audio content from the second playback queue independently of the playback group's playback of audio content from the second playback queue.