mhurhangee/ep-ind-claims huggingface dataset:
A control apparatus for a vehicle, the vehicle including an engine, a first electric motor, a rotary member, and a rotation lock mechanism, the rotary member being provided between the engine and the first electric motor, the rotary member having a characteristic associated with an input torque, and the rotation lock mechanism being configured to prevent a coupling portion of the rotary member on an engine side from rotating in at least one direction, the control apparatus characterized by: an electronic control unit configured to learn the characteristic of the rotary member by applying a torque to the rotary member by the first electric motor and measuring a twist angle (Φ) of the rotary member, with the rotation lock mechanism preventing the coupling portion from rotating; and the electronic control unit being configured to perform a predetermined control based on the learned characteristic of the rotary member, wherein the vehicle further includes a second electric motor that is configured to be utilized as a driving force source, a driving force of the vehicle is generated due to a reaction force resulting from the rotation lock mechanism, when the first electric motor applies the torque to the rotary member, with the rotation lock mechanism preventing the coupling portion from rotating, and the electronic control unit is configured to control a torque of the second electric motor in such a manner as to counterbalance the driving force that is generated by the reaction force, when the torque is applied to the rotary member by the first electric motor to learn the characteristic. an electronic control unit configured to learn the characteristic of the rotary member by applying a torque to the rotary member by the first electric motor and measuring a twist angle (Φ) of the rotary member, with the rotation lock mechanism preventing the coupling portion from rotating; and the electronic control unit being configured to perform a predetermined control based on the learned characteristic of the rotary member, wherein the vehicle further includes a second electric motor that is configured to be utilized as a driving force source, a driving force of the vehicle is generated due to a reaction force resulting from the rotation lock mechanism, when the first electric motor applies the torque to the rotary member, with the rotation lock mechanism preventing the coupling portion from rotating, and the electronic control unit is configured to control a torque of the second electric motor in such a manner as to counterbalance the driving force that is generated by the reaction force, when the torque is applied to the rotary member by the first electric motor to learn the characteristic.
Method for feeding and/or monitoring of an additional safety device from an electric circuit, monitored from the side of the interlocking system, for a light signal system converted from conventional incandescent light bulb to LED illuminant, comprising: a) Feeding in electrical total power conforming to the desired state of settings of the light signal system from the side of the interlocking system into the monitored electricity circuit; b) detecting the total power fed into the monitored electricity circuit at a converter connected to the monitored electricity circuit; c) maintaining the total power fed into the monitored electricity circuit by means of the converter in a way that c1) the electrical power required for the desired state of settings is delivered to the light signal system as a first partial power; c2) a power difference between the electrical total power and the delivered first partial power is delivered at least partially in form of a feeding power to the additional safety devices, wherein the converter consumes a possibly remaining difference between the fed total power and the sum of the first partial power and the feeding power, preferably by means of a load resistance, controlled by the converter and/or the possibly remaining difference, controlled by the converter, is stored. a) Feeding in electrical total power conforming to the desired state of settings of the light signal system from the side of the interlocking system into the monitored electricity circuit; b) detecting the total power fed into the monitored electricity circuit at a converter connected to the monitored electricity circuit; c) maintaining the total power fed into the monitored electricity circuit by means of the converter in a way that c1) the electrical power required for the desired state of settings is delivered to the light signal system as a first partial power; c2) a power difference between the electrical total power and the delivered first partial power is delivered at least partially in form of a feeding power to the additional safety devices, wherein the converter consumes a possibly remaining difference between the fed total power and the sum of the first partial power and the feeding power, preferably by means of a load resistance, controlled by the converter and/or the possibly remaining difference, controlled by the converter, is stored. c1) the electrical power required for the desired state of settings is delivered to the light signal system as a first partial power; c2) a power difference between the electrical total power and the delivered first partial power is delivered at least partially in form of a feeding power to the additional safety devices, wherein the converter consumes a possibly remaining difference between the fed total power and the sum of the first partial power and the feeding power, preferably by means of a load resistance, controlled by the converter and/or the possibly remaining difference, controlled by the converter, is stored.
A brush head for an oral cleaning device for cleaning teeth with a combination of brushing and emitting of a cleaning agent, the brush head comprising: a platen with a first face, a first bristle set extending from the first face for brushing the teeth, a nozzle comprising an orifice for emitting the cleaning agent from the orifice towards a direction pointing away from the first face of the platen, and characterized by an actuator (140, 155, 160) for moving at least a part of the first bristle set relative to a path of the cleaning agent from the orifice such that the brush head is configurable to adopt a first configuration in which the path is at least partially blocked by said at least part of the first bristle set, and a second configuration in which the path is cleared of said at least part of the first bristle set. a platen with a first face, a first bristle set extending from the first face for brushing the teeth, a nozzle comprising an orifice for emitting the cleaning agent from the orifice towards a direction pointing away from the first face of the platen, and characterized by an actuator (140, 155, 160) for moving at least a part of the first bristle set relative to a path of the cleaning agent from the orifice such that the brush head is configurable to adopt a first configuration in which the path is at least partially blocked by said at least part of the first bristle set, and a second configuration in which the path is cleared of said at least part of the first bristle set.
Method for manufacturing a device for controlling a temperature of a room, with - a plurality of elongated heat transfer profiles arranged with their longitudinal axes parallel to one another and - at least one pipe system for conducting a flowing heat transfer medium, - wherein exactly one pipe section is associated with each heat transfer profile, wherein the pipe section is arranged on a side of the heat transfer profile that faces a ceiling of the room, characterized by the following method steps: i) the heat transfer profiles are respectively rolled from a metal sheet that is perforated at least in areas, ii) pipe sections are compressed so that they are D-shaped in cross-section, and iii) the pipe sections are respectively pressed or glued onto the associated heat transfer profile by means of a contact profile, wherein the pipe sections are arranged between the respective contact profile and the respective heat transfer profile. - a plurality of elongated heat transfer profiles arranged with their longitudinal axes parallel to one another and - at least one pipe system for conducting a flowing heat transfer medium, - wherein exactly one pipe section is associated with each heat transfer profile, wherein the pipe section is arranged on a side of the heat transfer profile that faces a ceiling of the room, characterized by the following method steps: i) the heat transfer profiles are respectively rolled from a metal sheet that is perforated at least in areas, ii) pipe sections are compressed so that they are D-shaped in cross-section, and iii) the pipe sections are respectively pressed or glued onto the associated heat transfer profile by means of a contact profile, wherein the pipe sections are arranged between the respective contact profile and the respective heat transfer profile. i) the heat transfer profiles are respectively rolled from a metal sheet that is perforated at least in areas, ii) pipe sections are compressed so that they are D-shaped in cross-section, and iii) the pipe sections are respectively pressed or glued onto the associated heat transfer profile by means of a contact profile, wherein the pipe sections are arranged between the respective contact profile and the respective heat transfer profile.
A modified-release dietary supplement comprising: a nutritionally effective amount of one or more saccharides comprising one or more long-chain polysaccharides and a nutritionally effective amount of one or more nutritional supplements selected from anti-oxidants, vitamins, minerals, amino acids, nucleic acids, mixtures and combinations thereof, wherein the dietary supplement is compressed at a pressure greater than 100 psi (689.4 kPa), wherein the long-chain polysaccharides comprise both a time releasing agent for bioactive molecules and a portion of the dietary supplement, wherein the one or more long-chain polysaccharides are isolated from gum tragacanth, guar gum, grain flour, Larch tree extract, aloe vera extract, gum ghatti, starch, gum arabic, xanthan gum, chondroitin sulfate, acetylated polymannose, and mixtures or combinations thereof; wherein the one or more nutritional supplements antioxidants comprise an isolated and purified lipophobic oxygen-radical quencher and an isolated and purified lipophilic oxygen-radical quencher, wherein the lipophobic and the lipophilic oxygen-radical quenchers combined have an oxygen-radical quencher value of greater than 6,000 pMol Trolox Equivalents /gram, and wherein the long-chain polysaccharides that comprise the time releasing agent release the nutritional supplements after the dietary supplement is ingested. a nutritionally effective amount of one or more saccharides comprising one or more long-chain polysaccharides and a nutritionally effective amount of one or more nutritional supplements selected from anti-oxidants, vitamins, minerals, amino acids, nucleic acids, mixtures and combinations thereof, wherein the dietary supplement is compressed at a pressure greater than 100 psi (689.4 kPa), wherein the long-chain polysaccharides comprise both a time releasing agent for bioactive molecules and a portion of the dietary supplement, wherein the one or more long-chain polysaccharides are isolated from gum tragacanth, guar gum, grain flour, Larch tree extract, aloe vera extract, gum ghatti, starch, gum arabic, xanthan gum, chondroitin sulfate, acetylated polymannose, and mixtures or combinations thereof; wherein the one or more nutritional supplements antioxidants comprise an isolated and purified lipophobic oxygen-radical quencher and an isolated and purified lipophilic oxygen-radical quencher, wherein the lipophobic and the lipophilic oxygen-radical quenchers combined have an oxygen-radical quencher value of greater than 6,000 pMol Trolox Equivalents /gram, and wherein the long-chain polysaccharides that comprise the time releasing agent release the nutritional supplements after the dietary supplement is ingested.
Arrangement having a bearing bracket for mounting of a side stabilizer which, in the operational installation position, brings about a mechanical coupling of the bearing bracket to a rear power lift, and having an axle housing for a rear axle of an agricultural utility vehicle, which axle housing has a central longitudinal axis, wherein the bearing bracket has a bearing point for movable mounting of the side stabilizer, characterized in that, by means of clamping means, the bearing bracket is connected to the axle housing by way of a clamping force (F_s), which clamping force is oriented parallel to a pulling force (F_z) acting at the bearing point in the operational installation position.
A drive axle system having a drive axle assembly comprising: an input shaft that is rotatable about an axis; a drive pinion is spaced apart from the input shaft; an output shaft that extends through the drive pinion; an interaxle differential unit configured to operatively connect the input shaft to the drive pinion and the output shaft, characterized in that: the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft; a planetary ring gear that is rotatable about the axis with the output shaft; a sun gear that is rotatably disposed on the drive pinion; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier. an input shaft that is rotatable about an axis; a drive pinion is spaced apart from the input shaft; an output shaft that extends through the drive pinion; an interaxle differential unit configured to operatively connect the input shaft to the drive pinion and the output shaft, characterized in that: the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft; a planetary ring gear that is rotatable about the axis with the output shaft; a sun gear that is rotatably disposed on the drive pinion; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier. the interaxle differential unit includes: a planet carrier that is rotatable about the axis with the input shaft; a planetary ring gear that is rotatable about the axis with the output shaft; a sun gear that is rotatably disposed on the drive pinion; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear; and a planet carrier that is rotatable about the axis with the input shaft; a planetary ring gear that is rotatable about the axis with the output shaft; a sun gear that is rotatably disposed on the drive pinion; and a planet gear that is rotatably disposed on the planet carrier and meshes with the planetary ring gear and the sun gear; and a shift collar that is moveable along the axis between a first position in which the shift collar operatively connects the sun gear to the drive pinion and a second position in which the shift collar operatively connects the sun gear to the planet carrier.
A control apparatus for a hybrid vehicle, comprising: an engine that transmits motive power to a driving wheel of the vehicle; a clutch disposed on a power transmission pathbetween the engine and the driving wheel; an electric motor that transmits motive power to the driving wheel on the driving wheel side with respect to the clutch; and an arithmetic unit that calculates a first target power before engagement of the clutch upon changeover from a first traveling mode wherein the vehicle is driven by the electric motor to a second traveling mode wherein the vehicle is driven by the engine, the first target power being for driving the vehicle by the engine after the engagement of the clutch, characterised by further comprising an engine controlling unit that controls output motive power of the engine to a second target power before the engagement of the clutch, the second target power being set higher than the first target power calculated by the arithmetic unit. an engine that transmits motive power to a driving wheel of the vehicle; a clutch disposed on a power transmission pathbetween the engine and the driving wheel; an electric motor that transmits motive power to the driving wheel on the driving wheel side with respect to the clutch; and an arithmetic unit that calculates a first target power before engagement of the clutch upon changeover from a first traveling mode wherein the vehicle is driven by the electric motor to a second traveling mode wherein the vehicle is driven by the engine, the first target power being for driving the vehicle by the engine after the engagement of the clutch, characterised by further comprising an engine controlling unit that controls output motive power of the engine to a second target power before the engagement of the clutch, the second target power being set higher than the first target power calculated by the arithmetic unit.
An integrated lens and bezel system for a flashlight, comprising: a housing including a bezel (642, 742) and a body portion (644, 744), a focusing lens, comprising: a central focusing element that directs a light beam in a desired direction; wherein the focusing lens and the bezel (642, 742) together comprise a unitary component formed from a single piece of solid, transparent material; and a light source (636, 736) disposed within the housing, wherein the light source (636, 736) interacts with the focusing lens to provide a light beam, and wherein a distance between the focusing lens and the light source (636, 736) is adjustable, characterised in that the focusing lens further comprises a side wall configured to form a rear void, and an annular ring portion surrounding the central focusing element, wherein the annular ring portion reflects light in a desired direction. a housing including a bezel (642, 742) and a body portion (644, 744), a focusing lens, comprising: a central focusing element that directs a light beam in a desired direction; a central focusing element that directs a light beam in a desired direction; wherein the focusing lens and the bezel (642, 742) together comprise a unitary component formed from a single piece of solid, transparent material; and a light source (636, 736) disposed within the housing, wherein the light source (636, 736) interacts with the focusing lens to provide a light beam, and wherein a distance between the focusing lens and the light source (636, 736) is adjustable, characterised in that the focusing lens further comprises a side wall configured to form a rear void, and an annular ring portion surrounding the central focusing element, wherein the annular ring portion reflects light in a desired direction.
A method for mutually controlling and unlocking a dual plug in a lock, comprising: unlocking a lock mechanism of a first plug first, the first plug (111; 24; 322) restricting unlocking of a second plug (121; 23; 321), the second plug (121; 23; 321) restricting rotating of the first plug (111; 24; 322) before the code of the first plug (111; 24; 322) is unlocked; after unlocking the lock mechanism of the first plug (111; 24; 322), the first plug (111; 24; 322) translating to a second position from a first position using a preset position difference, the first plug (111; 24; 322) being unable to rotate during the translation; after moving the first plug (111; 24; 322) to the second position, the first plug (111; 24; 322) releasing a restriction on the second plug (121; 23; 321), the second plug (121; 23; 321) still restricting the rotating of the first plug (111; 24; 322); and unlocking the lock mechanism of the second plug (121;23; 321), the first plug (111; 24; 322) and the second plug (121; 23; 321) being able to rotate synchronously so as to unlock the lock after unlocking the lock mechanism of the second plug (121; 23; 321). unlocking a lock mechanism of a first plug first, the first plug (111; 24; 322) restricting unlocking of a second plug (121; 23; 321), the second plug (121; 23; 321) restricting rotating of the first plug (111; 24; 322) before the code of the first plug (111; 24; 322) is unlocked; after unlocking the lock mechanism of the first plug (111; 24; 322), the first plug (111; 24; 322) translating to a second position from a first position using a preset position difference, the first plug (111; 24; 322) being unable to rotate during the translation; after moving the first plug (111; 24; 322) to the second position, the first plug (111; 24; 322) releasing a restriction on the second plug (121; 23; 321), the second plug (121; 23; 321) still restricting the rotating of the first plug (111; 24; 322); and unlocking the lock mechanism of the second plug (121;23; 321), the first plug (111; 24; 322) and the second plug (121; 23; 321) being able to rotate synchronously so as to unlock the lock after unlocking the lock mechanism of the second plug (121; 23; 321).
A process for the simultaneous production of carbon nanotubes and product gas comprising hydrogen and lighter hydrocarbons, from a liquid hydrocarbon comprising: feeding a liquid hydrocarbon in a catalytic reactor; and converting the liquid hydrocarbon with a catalyst for simultaneous production of the carbon nanotubes, hydrogen and lighter hydrocarbons, wherein the liquid hydrocarbon comprises petroleum crude oil, its products such as naphtha, light cycle oil, decanted clarified oil from fluid catalytic cracking, aromatic extract, un converted oil from hydrocracker bottom, de asphalted oil, coker furnace oil, pyrolysis furnace oil, reduced crude oil, vacuum gas oil, or mixtures thereof, and an intrinsic growth promoter which is heteroaromatic molecule; the lighter hydrocarbons are C1-C5 gases; the catalyst is bulk or supported active metal catalyst, with or without promoter; and wherein feeding of the liquid hydrocarbon into the reactor is carried out with help of a carrier gas; and the conversion of liquid hydrocarbon is carried out in the catalytic reactor, operated with or without a vibrating function and maintained at a temperature in the range of 300-1200°C. feeding a liquid hydrocarbon in a catalytic reactor; and converting the liquid hydrocarbon with a catalyst for simultaneous production of the carbon nanotubes, hydrogen and lighter hydrocarbons, wherein the liquid hydrocarbon comprises petroleum crude oil, its products such as naphtha, light cycle oil, decanted clarified oil from fluid catalytic cracking, aromatic extract, un converted oil from hydrocracker bottom, de asphalted oil, coker furnace oil, pyrolysis furnace oil, reduced crude oil, vacuum gas oil, or mixtures thereof, and an intrinsic growth promoter which is heteroaromatic molecule; the lighter hydrocarbons are C1-C5 gases; the catalyst is bulk or supported active metal catalyst, with or without promoter; and wherein feeding of the liquid hydrocarbon into the reactor is carried out with help of a carrier gas; and the conversion of liquid hydrocarbon is carried out in the catalytic reactor, operated with or without a vibrating function and maintained at a temperature in the range of 300-1200°C.