mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting a parking space by means of a parking assistance system of a motor vehicle while the motor vehicle is travelling past the parking space, having the steps: acquiring a time sequence of measured values by means of a first sensor (3, 7) of the parking assistance system while the vehicle is travelling past, acquiring a time sequence of measured values by means of a second sensor (8, 12), arranged at a distance from the first sensor (3, 7), of the parking assistance system while the vehicle is travelling past, and detecting the parking space on the basis of the measured values (27, 32) of at least one of the sensors (3, 7, 8, 12), wherein ultrasonic sensors are used as sensors (3.7, 8, 12), wherein for the detection of the parking space the measured values of the first sensor (3, 7) and the measured values of the second sensor (8, 12) are acquired redundantly, and the plausibility of the time sequence of the measured values of the first sensor (3, 7) is checked on the basis of the measured values of the second sensor (8, 12), characterized in that for the plausibility checking the measured values of the sequence of the first sensor (3, 7) are assigned in pairs to corresponding measured values of the sequence of the second sensor (8, 12), with the result that the measured values (27, 32) which are assigned to one another relate to one and the same spatial point. acquiring a time sequence of measured values by means of a first sensor (3, 7) of the parking assistance system while the vehicle is travelling past, acquiring a time sequence of measured values by means of a second sensor (8, 12), arranged at a distance from the first sensor (3, 7), of the parking assistance system while the vehicle is travelling past, and detecting the parking space on the basis of the measured values (27, 32) of at least one of the sensors (3, 7, 8, 12), wherein ultrasonic sensors are used as sensors (3.7, 8, 12),
A universal fluid system connector comprising: a body having a length extending between a distal end thereof and a proximal end thereof; and a seal disposed about at least a portion of the body, the seal having a plurality of flexible fins disposed along the length of the body, each fin having a diameter; wherein each fin includes a plurality of flexion zones, each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions, each fin extension extending radially outward from a fin at least partially around a circumference of the fin. a body having a length extending between a distal end thereof and a proximal end thereof; and a seal disposed about at least a portion of the body, the seal having a plurality of flexible fins disposed along the length of the body, each fin having a diameter; wherein each fin includes a plurality of flexion zones, each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions, each fin extension extending radially outward from a fin at least partially around a circumference of the fin. wherein each fin includes a plurality of flexion zones, each flexion zone having a stiffness, and wherein the diameters of the fins increase from the distal end to the proximal end so that the plurality of fins forms a frustoconical shape along the length of the body, characterised by one or more fin extensions, each fin extension extending radially outward from a fin at least partially around a circumference of the fin.
A method for initiating a push procedure to a user equipment in a mobile packet network, comprising the steps of: deciding, by a push service, to send push data to the user equipment; calling, with the push service, a mobility management entity service API, resulting in a paging procedure being initiated by an MME; and sending a paging message from the MME to the user equipment; wherein the paging procedure is initiated without interaction with a serving gateway and PDN gateway of the mobile packet network. deciding, by a push service, to send push data to the user equipment; calling, with the push service, a mobility management entity service API, resulting in a paging procedure being initiated by an MME; and sending a paging message from the MME to the user equipment; wherein the paging procedure is initiated without interaction with a serving gateway and PDN gateway of the mobile packet network.
An oxygen therapeutic composition, comprising: water, dodecafluoropentane; a viscosity modifier comprising sucrose; a buffer; dipalmitoylphosphatidylethanolamine with covalently linked poly(ethylene glycol) molecular mass 5000; and dipalmitoylphosphatidylcholine, wherein: the buffer comprises NaH 2 PO 4 and Na 2 HPO 4 and stabilizes a pH of the composition at between about 6.5 to about 7.5; the composition has a viscosity of about 2.0 to about 3.5 mPas, wherein the viscosity is determined with a cone and plate viscometry (Brookfield). water, dodecafluoropentane; a viscosity modifier comprising sucrose; a buffer; dipalmitoylphosphatidylethanolamine with covalently linked poly(ethylene glycol) molecular mass 5000; and dipalmitoylphosphatidylcholine, the buffer comprises NaH 2 PO 4 and Na 2 HPO 4 and stabilizes a pH of the composition at between about 6.5 to about 7.5; the composition has a viscosity of about 2.0 to about 3.5 mPas, wherein the viscosity is determined with a cone and plate viscometry (Brookfield).
An electric power steering apparatus which has a steering torque sensor to detect a steering torque inputted into a steering mechanism, a current command value calculating section to calculate a current command value based on at least said steering torque, a motor to apply an assist torque to said steering mechanism, and a motor driving control section (33, 34, 35, 36, 37, 38) to drive and control said motor based on said current command value, further comprising: a control function with an input steering angle; a steering angle estimating section to calculate a front-wheel estimated steering angle and a rear-wheel estimated steering angle based on 4 wheel speeds and calculate a 4-wheel estimated steering angle by using said front-wheel estimated steering angle and said rear-wheel estimated steering angle, wherein said 4-wheel estimated steering angle is used for a steering angle control; a correction gain calculating section to calculate a correction gain to correct said 4-wheel estimated steering angle or an output of a control using said 4-wheel estimated steering angle based on said 4 wheel speeds, said front-wheel estimated steering angle and said rear-wheel estimated steering angle; characterized in that said correction gain calculating section comprises a vehicle slip judging section to output a vehicle slip gain based on said front-wheel estimated steering angle and said rear-wheel estimated steering angle, a driving-wheel slip judging section to output a driving-wheel slip gain based on said 4 wheel speeds, and a multiplying section tomultiply said vehicle slip gain by said driving-wheel slip gain thereby to output said correction gain. a control function with an input steering angle; a steering angle estimating section to calculate a front-wheel estimated steering angle and a rear-wheel estimated steering angle based on 4 wheel speeds and calculate a 4-wheel estimated steering angle by using said front-wheel estimated steering angle and said rear-wheel estimated steering angle, wherein said 4-wheel estimated steering angle is used for a steering angle control; a correction gain calculating section to calculate a correction gain to correct said 4-wheel estimated steering angle or an output of a control using said 4-wheel estimated steering angle based on said 4 wheel speeds, said front-wheel estimated steering angle and said rear-wheel estimated steering angle; characterized in that said correction gain calculating section comprises a vehicle slip judging section to output a vehicle slip gain based on said front-wheel estimated steering angle and said rear-wheel estimated steering angle, a driving-wheel slip judging section to output a driving-wheel slip gain based on said 4 wheel speeds, and a multiplying section tomultiply said vehicle slip gain by said driving-wheel slip gain thereby to output said correction gain.
A process for preparing lactic acid and/or a lactate salt comprising: a) treating a lignocellulosic material with an alkaline agent comprising a caustic magnesium salt in the presence of water to provide a treated aqueous lignocellulosic material; b) saccharifying the treated aqueous lignocellulosic material in the presence of a hydrolytic enzyme to provide a saccharified aqueous lignocellulosic material comprising fermentable carbohydrates and a solid lignocellulosic fraction; c) fermenting the fermentable carbohydrates in the saccharified aqueous lignocellulosic material by means of a lactic acid producing microorganism in the presence of an alkaline agent comprising a caustic magnesium salt to provide an aqueous fermentation broth comprising a magnesium salt of lactic acid; and, d) isolating lactic acid and/or a salt of lactic acid from the fermentation broth, wherein the saccharification step b) and the fermentation step c) are performed as two separate steps. a) treating a lignocellulosic material with an alkaline agent comprising a caustic magnesium salt in the presence of water to provide a treated aqueous lignocellulosic material; b) saccharifying the treated aqueous lignocellulosic material in the presence of a hydrolytic enzyme to provide a saccharified aqueous lignocellulosic material comprising fermentable carbohydrates and a solid lignocellulosic fraction; c) fermenting the fermentable carbohydrates in the saccharified aqueous lignocellulosic material by means of a lactic acid producing microorganism in the presence of an alkaline agent comprising a caustic magnesium salt to provide an aqueous fermentation broth comprising a magnesium salt of lactic acid; and, d) isolating lactic acid and/or a salt of lactic acid from the fermentation broth,
An axle assembly comprising: an input shaft that is rotatable around a first axis; a drive gear through which the input shaft extends, the drive gear being rotatable with respect to the input shaft; an interaxle differential unit that is disposed on the input shaft, the interaxle differential unit having a side gear that receives the input shaft such that the side gear is rotatable with respect to the input shaft; an output shaft; a first clutch collar that is selectively engageable with the drive gear; characterised in that the output shaft is rotatable with respect to the side gear; and a second clutch collar that receives the output shaft and is selectively engageable with the side gear. an input shaft that is rotatable around a first axis; a drive gear through which the input shaft extends, the drive gear being rotatable with respect to the input shaft; an interaxle differential unit that is disposed on the input shaft, the interaxle differential unit having a side gear that receives the input shaft such that the side gear is rotatable with respect to the input shaft; an output shaft; a first clutch collar that is selectively engageable with the drive gear; characterised in that the output shaft is rotatable with respect to the side gear; and a second clutch collar that receives the output shaft and is selectively engageable with the side gear.
A patient-lift sling comprising a sling body configured to support a patient, a perimeter binding that extends around an outer edge of the sling body, and a plurality of attachment straps coupled to the perimeter binding, wherein the sling body includes a body section configured to support at least a portion of a patient's upper body, a first leg section configured to support one of the patient's legs, and a second leg section configured to support another of the patient's legs, characterised in that the sling body includes at least one layer of warp-knit fabric that has a first stiffness value and the perimeter binding and each of the attachment straps include at least one layer of woven fabric that has a second stiffness value greater than the first stiffness value, and wherein the sling body includes a first layer of warp-knit fabric, a second layer of warp-knit fabric at least partially spaced apart from the first layer of warp-knit fabric, and an inner layer of spacer material arranged between the first and second layers of warp-knit fabric (96, 98). a sling body configured to support a patient, a perimeter binding that extends around an outer edge of the sling body, and a plurality of attachment straps coupled to the perimeter binding, wherein the sling body includes a body section configured to support at least a portion of a patient's upper body, a first leg section configured to support one of the patient's legs, and a second leg section configured to support another of the patient's legs, characterised in that the sling body includes at least one layer of warp-knit fabric that has a first stiffness value and the perimeter binding and each of the attachment straps include at least one layer of woven fabric that has a second stiffness value greater than the first stiffness value, and wherein the sling body includes a first layer of warp-knit fabric, a second layer of warp-knit fabric at least partially spaced apart from the first layer of warp-knit fabric, and an inner layer of spacer material arranged between the first and second layers of warp-knit fabric (96, 98).
Circulation valve for the exhaust gases of an engine including a body defining a main conduit, intended to be connected to an exhaust line of the engine, and an auxiliary conduit opening into said main conduit in order to recirculate the exhaust gases, said valve further including a shutter movable between a closing position, preventing communication between the two conduits (31, 32), and a full recirculation position, enabling communication to be established between said conduits (31, 32), in which valve said body and said shutter are mutually configured such that, in said full recirculation position, said shutter blocks 65 to 95% of said main conduit, said auxiliary conduit opening into said main conduit via a passage window and said shutter closing said passage window when in the closing position, said shutter including a diverter flap partially closing said main conduit when the shutter is in the full recirculation position, the shutter being mounted in the body to pivot about an articulation shaft and the shutter including a blocking flap closing the passage window when the shutter is in the closing position, said blocking flap being connected to the diverter flap by an intermediate area, the articulation shaft being at a distance from the shutter, the diverter flap and the body of the valve being configured so that when the shutter being in the full recirculation position a slot is formed between said diverter flap and said body, said diverter flap having a free edge facing the body and said slot being located all along said free edge, the slot having a constant thickness between the free edge and the body in the full recirculation position.
A spherical annular seal member for use in an exhaust pipe joint, comprising: a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical surface, and large- and small-diameter side annular end faces (34, 35) of said partially convex spherical surface; and an outer layer formed integrally on said partially convex spherical surface of said spherical annular base member, wherein said spherical annular base member includes a reinforcing member made from a metal wire net and a heat-resistant material containing expanded graphite and compressed in such a manner as to fill meshes of the metal wire net of said reinforcing member and to be integrated with said reinforcing member in mixed form, characterized in that, in said outer layer, a heat-resistant material containing expanded graphite, a solid lubricant consisting of a lubricating composition containing a polytetrafluoroethylene resin, at least one kind of a molten fluorocarbon resin having a melting temperature lower than a melting temperature of the polytetrafluoroethylene resin, and hexagonal boron nitride, and a reinforcing member made from a metal wire net are compressed such that said heat-resistant material and said solid lubricant are filled in meshes of said reinforcing member, and such that said reinforcing member, said heat-resistant material, and said solid lubricant are integrated in mixed form, and wherein said at least one kind of a molten fluorocarbon resin having the melting temperature lower than the melting temperature of the polytetrafluoroethylene resin includes a tetrafluoroethylene-hexafluoropropylene copolymer.
A method for leaching a sulfidic metal concentrate in hydrometallurgical production of metal in a leaching process, from which process hot water vapor containing off-gas is conducted out and to which process an acid solution warmed up to an elevated temperature is conducted, characterized in that the acid solution is warmed up to an elevated temperature by bringing off-gas of the leaching step into direct contact with the acid solution.
A preform configured to form a container, the preform comprising: a finish defining an opening and a top sealing surface configured to contact a closure to seal the opening closed; a body portion extending from the finish; a bottom portion at an end of the preform opposite to the finish, a longitudinal axis of the preform extends through an axial center of the bottom portion; an oxygen barrier layer comprising an oxygen scavenger and extending along the body portion to the bottom portion, and across the bottom portion; and a base layer including an outer portion and an inner portion, wherein the oxygen barrier layer is between the outer portion and the inner portion, the oxygen barrier layer extending along the body portion and the bottom portion; wherein the oxygen barrier layer is tapered such that the oxygen barrier layer is closest to the inner surface at and proximate to the bottom portion, and is furthest from the inner surface and closest to the outer surface furthest from the bottom portion and proximate to the support flange, the preform being characterized in that the oxygen barrier layer comprises an oxygen scavenger that is about 0.25%-5% of a total weight of the oxygen barrier layer.
A cold air guide structure of an ice-making chamber of a cold chamber door, the structure comprising: the cold chamber door; an insulation case disposed inside of the cold chamber door, thermally insulated and having an ice-making chamber therein; an ice-making unit installed in the ice-making chamber of the insulation case, for icing a supplied water by an ice-making cold air and housing pieces of ice; an insulation cover for opening and closing the ice-making chamber of the insulation case; a cold air inlet port for sucking the ice-making cold air into the ice-making chamber; a cold air outlet port for exhausting the ice-making cold air from the ice-making chamber; a cold air supply duct disposed inside a wall of a cold chamber, supplied to the cold air through the cold air outlet port. an ice-making cold air guide unit for guiding the ice-making cold air to a predetermined air passage to suck or exhaust the ice-making cold air into or from the ice-making chamber, characterized in that the ice making cold air guide unit has an ice-making cold air guide duct defined along an inner wall of the insulation case, for discharging the ice-making cold air, and the ice making cold air guide duct connects a cold air exhaust port and the cold air outlet port. the cold chamber door; an insulation case disposed inside of the cold chamber door, thermally insulated and having an ice-making chamber therein; an ice-making unit installed in the ice-making chamber of the insulation case, for icing a supplied water by an ice-making cold air and housing pieces of ice; an insulation cover for opening and closing the ice-making chamber of the insulation case; a cold air inlet port for sucking the ice-making cold air into the ice-making chamber; a cold air outlet port for exhausting the ice-making cold air from the ice-making chamber; a cold air supply duct disposed inside a wall of a cold chamber, supplied to the cold air through the cold air outlet port. an ice-making cold air guide unit for guiding the ice-making cold air to a predetermined air passage to suck or exhaust the ice-making cold air into or from the ice-making chamber, characterized in that the ice making cold air guide unit has an ice-making cold air guide duct defined along an inner wall of the insulation case, for discharging the ice-making cold air, and the ice making cold air guide duct connects a cold air exhaust port and the cold air outlet port.
Cladribine pharmaceutical formulation for use in the treatment of multiple sclerosis wherein the Cladribine pharmaceutical formulation is to be orally administered following the sequential steps below: (i) An induction period of up to 4 months, or up to 3 months, or up to 2 months wherein the Cladribine pharmaceutical formulation is to be administered and wherein the total effective dose of Cladribine reached at the end of the induction period is about 0.7 mg/kg, wherein the total effective dose of Cladribine corresponds to a treatment of 0.35 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%, or about 1.4 mg/kg, wherein the total effective dose of Cladribine corresponds to a treatment of 0.7 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%, (ii) A Cladribine-free period of at least 8 months, wherein no Cladribine is to be administered; (iii) A maintenance period of up to 4 months, up to 3 months or up to 2 months wherein the Cladribine pharmaceutical formulation is to be administered, wherein the total effective dose of Cladribine reached at the end of the maintenance period is lower than the total effective dose of Cladribine reached at the end of the induction period (i) and is about 0.7 mg/kg, wherein said total effective dose of about 0.7 mg/kg of Cladribine corresponds to a treatment of 0.35 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%; (iv) A Cladribine-free period wherein no Cladribine is to be administered. (i) An induction period of up to 4 months, or up to 3 months, or up to 2 months wherein the Cladribine pharmaceutical formulation is to be administered and wherein the total effective dose of Cladribine reached at the end of the induction period is about 0.7 mg/kg, wherein the total effective dose of Cladribine corresponds to a treatment of 0.35 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%, or about 1.4 mg/kg, wherein the total effective dose of Cladribine corresponds to a treatment of 0.7 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%, (ii) A Cladribine-free period of at least 8 months, wherein no Cladribine is to be administered; (iii) A maintenance period of up to 4 months, up to 3 months or up to 2 months wherein the Cladribine pharmaceutical formulation is to be administered, wherein the total effective dose of Cladribine reached at the end of the maintenance period is lower than the total effective dose of Cladribine reached at the end of the induction period (i) and is about 0.7 mg/kg, wherein said total effective dose of about 0.7 mg/kg of Cladribine corresponds to a treatment of 0.35 mg/kg Cladribine per day during 5 days wherein the bioavailability of Cladribine is of about 40%; (iv) A Cladribine-free period wherein no Cladribine is to be administered.