mhurhangee/ep-ind-claims huggingface dataset:
A battery deterioration degree estimating apparatus that uses information on battery deterioration degree in a primary use to estimate a deterioration degree of the battery in a secondary use to supply an electric power to a load different from the case of the primary use, the battery deterioration degree estimating apparatus comprising: a storage deterioration degree estimator configured to estimate a storage deterioration degree of the battery in a secondary use on the basis of information on a storage deterioration degree of the battery in the primary use and a charging percentage and temperature of the battery in the secondary use; a cycle deterioration degree estimator configured to estimate a cycle deterioration degree of the battery in the secondary use on the basis of at least one of a charging power, a charging current, a discharging power, and a discharging current of the battery in the secondary use; a total-deterioration-degree at secondary-use-start calculator configured to calculate a total deterioration degree of the battery at a time point of secondary use start; and a total-deterioration-degree estimator configured to estimate a total deterioration degree of the battery after the secondary use start on the basis of the storage deterioration degree in the secondary use, the cycle deterioration degree in the secondary use, and the total deterioration degree of the battery at the time point of the secondary use start. a storage deterioration degree estimator configured to estimate a storage deterioration degree of the battery in a secondary use on the basis of information on a storage deterioration degree of the battery in the primary use and a charging percentage and temperature of the battery in the secondary use; a cycle deterioration degree estimator configured to estimate a cycle deterioration degree of the battery in the secondary use on the basis of at least one of a charging power, a charging current, a discharging power, and a discharging current of the battery in the secondary use; a total-deterioration-degree at secondary-use-start calculator configured to calculate a total deterioration degree of the battery at a time point of secondary use start; and a total-deterioration-degree estimator configured to estimate a total deterioration degree of the battery after the secondary use start on the basis of the storage deterioration degree in the secondary use, the cycle deterioration degree in the secondary use, and the total deterioration degree of the battery at the time point of the secondary use start.
An air data probe (100, 200, 400) adapted to be installed at different locations and orientations on an aircraft comprising: a pitot probe (204, 404) having a mounting base or flange (206, 406), support strut (208, 408), and tube with a forward facing inlet (210, 410) that is configured to capture a total pressure of the surrounding air; at least three dams (218/220/222, 418/420/422/423) placed within the tube of the pitot probe (204, 404) for blocking the ballistic trajectory of water droplets or ice crystals from passing directly through the tube to a downstream pressure sensing element; and a heater element (212, 412) integrated into the tube of the pitot probe (204, 404) on the outside of the dams (218/220/222, 418/420/422/423), wherein the dams (218/220/222, 418/420/422/423) are oriented within the tube of the pitot probe (204, 404) such that a first pair (220/222, 420/422) of the dams (218/220/222, 418/420/422/423) includes a first dam (220, 420) located in front of and above a second dam (222, 422) in a first orientation of the pitot probe, and a second pair (218/220, 418/423) of the dams (218/220/222, 418/420/422/423) includes a first dam (218, 418) located in front of and above a second dam (220, 423) in a second orientation of the pitot probe, and, in each orientation, a drain hole (226, 426) is located in front of the second dam. a pitot probe (204, 404) having a mounting base or flange (206, 406), support strut (208, 408), and tube with a forward facing inlet (210, 410) that is configured to capture a total pressure of the surrounding air; at least three dams (218/220/222, 418/420/422/423) placed within the tube of the pitot probe (204, 404) for blocking the ballistic trajectory of water droplets or ice crystals from passing directly through the tube to a downstream pressure sensing element; and a heater element (212, 412) integrated into the tube of the pitot probe (204, 404) on the outside of the dams (218/220/222, 418/420/422/423), wherein the dams (218/220/222, 418/420/422/423) are oriented within the tube of the pitot probe (204, 404) such that a first pair (220/222, 420/422) of the dams (218/220/222, 418/420/422/423) includes a first dam (220, 420) located in front of and above a second dam (222, 422) in a first orientation of the pitot probe, and a second pair (218/220, 418/423) of the dams (218/220/222, 418/420/422/423) includes a first dam (218, 418) located in front of and above a second dam (220, 423) in a second orientation of the pitot probe, and, in each orientation, a drain hole (226, 426) is located in front of the second dam.
The SGLT2 inhibitor empagliflozin for use in a method for treating erectile dysfunction in a male patient diagnosed with prediabetes, type 1 diabetes mellitus, type 2 diabetes mellitus or metabolic syndrome characterized in that the SGLT2 inhibitor is administered to the patient.
A seal for coupling a turbine disk to a compressor disk of a gas turbine engine (10; 300), comprising: a first fitting configured to couple to a first disk; and a curvic joint including curvic teeth, characterised in that: a first distance between the first fitting and the curvic teeth is equal to or greater than a first thickness of the first disk; and the seal comprises a balance weight substantially located in the same axial plane as the curvic joint. a first fitting configured to couple to a first disk; and a curvic joint including curvic teeth, characterised in that: a first distance between the first fitting and the curvic teeth is equal to or greater than a first thickness of the first disk; and the seal comprises a balance weight substantially located in the same axial plane as the curvic joint. a first distance between the first fitting and the curvic teeth is equal to or greater than a first thickness of the first disk; and the seal comprises a balance weight substantially located in the same axial plane as the curvic joint.
An exhaust gas purification apparatus for an internal combustion engine comprising: an NOx storage reduction catalyst that is arranged in an exhaust passage of the internal combustion engine, stores NOx in exhaust gas, and reduces the NOx when an air fuel ratio of the exhaust gas is equal to or less than a stoichiometric air fuel ratio; an air fuel ratio control unit that changes the air fuel ratio in said internal combustion engine; and an EGR device that connects between the exhaust passage and an intake passage of said internal combustion engine, and supplies a part of the exhaust gas to the intake passage as an EGR gas; wherein provision is made for an EGR ratio control unit that controls said EGR device in such a manner that in cases where the NOx stored in said NOx storage reduction catalyst is reduced by changing the air fuel ratio in said internal combustion engine, and in cases where the target air fuel ratio is equal to or higher than a specific air fuel ratio which is a rich air fuel ratio, an EGR ratio, which is a ratio of the EGR gas in intake air of the internal combustion engine, becomes higher when the target air fuel ratio is low than when the target air fuel ratio is high, whereas in cases where the NOx stored in said NOx storage reduction catalyst is reduced by changing the air fuel ratio in said internal combustion engine, and in cases where the target air fuel ratio is less than said specific air fuel ratio, the EGR ratio becomes lower when the target air fuel ratio is low than when the target air fuel ratio is high. an NOx storage reduction catalyst that is arranged in an exhaust passage of the internal combustion engine, stores NOx in exhaust gas, and reduces the NOx when an air fuel ratio of the exhaust gas is equal to or less than a stoichiometric air fuel ratio; an air fuel ratio control unit that changes the air fuel ratio in said internal combustion engine; and an EGR device that connects between the exhaust passage and an intake passage of said internal combustion engine, and supplies a part of the exhaust gas to the intake passage as an EGR gas; wherein provision is made for an EGR ratio control unit that controls said EGR device in such a manner that in cases where the NOx stored in said NOx storage reduction catalyst is reduced by changing the air fuel ratio in said internal combustion engine, and in cases where the target air fuel ratio is equal to or higher than a specific air fuel ratio which is a rich air fuel ratio, an EGR ratio, which is a ratio of the EGR gas in intake air of the internal combustion engine, becomes higher when the target air fuel ratio is low than when the target air fuel ratio is high, whereas in cases where the NOx stored in said NOx storage reduction catalyst is reduced by changing the air fuel ratio in said internal combustion engine, and in cases where the target air fuel ratio is less than said specific air fuel ratio, the EGR ratio becomes lower when the target air fuel ratio is low than when the target air fuel ratio is high.
An arrangement comprising: a mobile communication device that comprises an audio processing means communicatively coupled to an accessory device that comprises an audio transducer means, the mobile communication device comprising a control means for adjusting at least one operating parameter of the audio processing means and at least one operating parameter of the audio transducer means, the control means arranged to obtain, via the communicative coupling from the accessory device, an accessory type identification assigned for the accessory device, obtain a device type identification assigned for the mobile communication device, select a respective predefined value for each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means in dependence of the pair of obtained accessory type identifier and the device type identifier, and set each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means to the respective selected values for subsequent operation of the arrangement. a mobile communication device that comprises an audio processing means communicatively coupled to an accessory device that comprises an audio transducer means, the mobile communication device comprising a control means for adjusting at least one operating parameter of the audio processing means and at least one operating parameter of the audio transducer means, the control means arranged to obtain, via the communicative coupling from the accessory device, an accessory type identification assigned for the accessory device, obtain a device type identification assigned for the mobile communication device, select a respective predefined value for each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means in dependence of the pair of obtained accessory type identifier and the device type identifier, and set each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means to the respective selected values for subsequent operation of the arrangement. obtain, via the communicative coupling from the accessory device, an accessory type identification assigned for the accessory device, obtain a device type identification assigned for the mobile communication device, select a respective predefined value for each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means in dependence of the pair of obtained accessory type identifier and the device type identifier, and set each of said at least one operating parameter of the audio processing means and said at least one operating parameter of the audio transducer means to the respective selected values for subsequent operation of the arrangement.
A sound insulation flooring material comprising: a plurality of layers; a first balance layer formed under the plurality of layers; a second balance layer formed under the first balance layer; a primer layer formed under the second balance layer; a PE foam layer formed under the primer layer; and a PE release paper layer formed under the PE foam layer, wherein the primer layer includes a first composition, a second composition, and a curing agent, and the first composition includes: a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water. a plurality of layers; a first balance layer formed under the plurality of layers; a second balance layer formed under the first balance layer; a primer layer formed under the second balance layer; a PE foam layer formed under the primer layer; and a PE release paper layer formed under the PE foam layer, wherein the primer layer includes a first composition, a second composition, and a curing agent, and the first composition includes: a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water. a resin; propanol; 1-methoxy-2-propanol; propyl acetate; isopropanol; butanone; and water.
A method for preparing a compound of formula wherein R1 is ethyl, R2 is ethyl and R3 is H; or R1 is chloro, R2 is ethyl and R3 is H; or R1 is methoxy, R2 is methyl and R3 is trifluoromethyl; by (i) reacting a compound of formula wherein R1 is ethyl, chloro or methoxy; and R4 is C1-C4 alkyl; with a compound of formula wherein R2 is ethyl and R3 is H; or R2 is methyl and R3 is trifluoromethyl; in a refluxing mixture containing an aliphatic solvent or a mixture of aliphatic solvents, said aliphatic solvent(s) having a boiling point in the range of 68-191 °C; (ii) condensing vapors of the refluxing mixture; (iii) treating the condensed vapors with an alcohol scavenging agent selected from molecular sieves or with an alcohol scavenging agent which is a mixture of molecular sieves; and (iv) returning the condensed vapors back to the reaction mixture. R1 is ethyl, R2 is ethyl and R3 is H; or R1 is chloro, R2 is ethyl and R3 is H; or R1 is methoxy, R2 is methyl and R3 is trifluoromethyl; (i) reacting a compound of formula wherein R1 is ethyl, chloro or methoxy; and R4 is C1-C4 alkyl; with a compound of formula wherein R2 is ethyl and R3 is H; or R2 is methyl and R3 is trifluoromethyl; in a refluxing mixture containing an aliphatic solvent or a mixture of aliphatic solvents, said aliphatic solvent(s) having a boiling point in the range of 68-191 °C; R1 is ethyl, chloro or methoxy; and R4 is C1-C4 alkyl; R2 is ethyl and R3 is H; or R2 is methyl and R3 is trifluoromethyl; (ii) condensing vapors of the refluxing mixture; (iii) treating the condensed vapors with an alcohol scavenging agent selected from molecular sieves or with an alcohol scavenging agent which is a mixture of molecular sieves; and (iv) returning the condensed vapors back to the reaction mixture.
An absorbent article, comprising an absorbent element obtained by wrapping an absorbent body in a wrapping sheet, the absorbent body being obtained by mixing and accumulating fibers and high absorbent polymer particles, the wrapping sheet including an intermediate part located at one side of a front face side and a back face side of the absorbent body and both side parts folded back to the other side of the front face side and the back face side of the absorbent body from the intermediate part, distal ends of the both side parts of the wrapping sheet being overlapped at the other side of the absorbent body to form a connecting portion, wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the other side of the absorbent body than on the one side of the absorbent body, and wherein a slit penetrating the absorbent body in a thickness direction extends in the front-back direction at an intermediate portion of the absorbent body in the width direction, and the region in which the usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger than the usage amount on the one side of the absorbent body corresponds to a region including both end portions of the slit in the width direction. an absorbent element obtained by wrapping an absorbent body in a wrapping sheet, the absorbent body being obtained by mixing and accumulating fibers and high absorbent polymer particles, the wrapping sheet including an intermediate part located at one side of a front face side and a back face side of the absorbent body and both side parts folded back to the other side of the front face side and the back face side of the absorbent body from the intermediate part, distal ends of the both side parts of the wrapping sheet being overlapped at the other side of the absorbent body to form a connecting portion, wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the other side of the absorbent body than on the one side of the absorbent body, and wherein a slit penetrating the absorbent body in a thickness direction extends in the front-back direction at an intermediate portion of the absorbent body in the width direction, and the region in which the usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger than the usage amount on the one side of the absorbent body corresponds to a region including both end portions of the slit in the width direction.
A vehicle comprising: an internal combustion engine including an engine body and a catalyst device configured to purify exhaust discharged from the engine body; and a carbon dioxide recovery device configured to recover carbon dioxide contained in the exhaust, a rechargeable battery; and a cooling device configured to cool the battery and the carbon dioxide recovery device, wherein the engine body, catalyst device, and carbon dioxide recovery device are mounted so that relationships X1>X2 and X2>X3 stand, and wherein a distance from a center of gravity of the engine body to a center of gravity of the carbon dioxide recovery device is X1, a distance from a center of gravity of the catalyst device to the center of gravity of the carbon dioxide recovery device is X2, and a distance from a center of gravity of the engine body to a center of gravity of the catalyst device is X3, wherein the engine body, battery, and carbon dioxide recovery device are mounted so that a relationship Y2>Y1 further stands, and wherein a distance from a center of gravity of the battery to the center of gravity of the carbon dioxide recovery device is Y1 and a distance from the center of gravity of the engine body to the center of gravity of the battery is Y2, wherein the cooling device is configured to use in common a refrigerant for respectively cooling the battery and the carbon dioxide recovery device and a radiator of the cooling device for cooling the refrigerant, and wherein the distances X1, X2, X3, Y1, and Y2 are taken from a side view of the vehicle. an internal combustion engine including an engine body and a catalyst device configured to purify exhaust discharged from the engine body; and a carbon dioxide recovery device configured to recover carbon dioxide contained in the exhaust, a rechargeable battery; and a cooling device configured to cool the battery and the carbon dioxide recovery device, wherein the engine body, catalyst device, and carbon dioxide recovery device are mounted so that relationships X1>X2 and X2>X3 stand, and wherein a distance from a center of gravity of the engine body to a center of gravity of the carbon dioxide recovery device is X1, a distance from a center of gravity of the catalyst device to the center of gravity of the carbon dioxide recovery device is X2, and a distance from a center of gravity of the engine body to a center of gravity of the catalyst device is X3, wherein the engine body, battery, and carbon dioxide recovery device are mounted so that a relationship Y2>Y1 further stands, and wherein a distance from a center of gravity of the battery to the center of gravity of the carbon dioxide recovery device is Y1 and a distance from the center of gravity of the engine body to the center of gravity of the battery is Y2, wherein the cooling device is configured to use in common a refrigerant for respectively cooling the battery and the carbon dioxide recovery device and a radiator of the cooling device for cooling the refrigerant, and wherein the distances X1, X2, X3, Y1, and Y2 are taken from a side view of the vehicle.
Programmable practice ammunition, comprising at least one practice projectile having a projectile head, and a propulsion system, the projectile head having at least one electronics unit and one signal transmitter, the electronics unit being designed as a detonator replacement electronics unit, characterized in that in the propulsion system there is data transmission to the detonator replacement electronics unit in the projectile head, in that the propulsion system has at least one interface, and in that a light signal, an infrared signal, a radio signal or another suitable electronic or optical signal, even a color signal, can be output and transmitted via the signal transmitter.
Slicing machine for elongate foodstuffs - having a cutting blade for the elongate foodstuff, - having a shaft for receiving the elongate foodstuff, the longitudinal direction of said shaft corresponding to the direction of feed of the elongate foodstuff, - wherein the shaft has a first shaft region and a second shaft region which are at least partially separated from one another by a slot, - wherein there is at least one base element which is arranged above the first and/or second shaft region (22, 24) and is fastened in particular releasably to the shaft region, - wherein the base element has at least one aperture, - characterized in that - the base element is fastened to the shaft region in a hinged manner. - having a cutting blade for the elongate foodstuff, - having a shaft for receiving the elongate foodstuff, the longitudinal direction of said shaft corresponding to the direction of feed of the elongate foodstuff, - wherein the shaft has a first shaft region and a second shaft region which are at least partially separated from one another by a slot, - wherein there is at least one base element which is arranged above the first and/or second shaft region (22, 24) and is fastened in particular releasably to the shaft region, - wherein the base element has at least one aperture, - characterized in that - the base element is fastened to the shaft region in a hinged manner.