mhurhangee/ep-ind-claims huggingface dataset:
Drive system for a hybrid vehicle comprising: - a heat engine, - an electric drive machine, - a primary shaft via which the mechanical power is exchanged with the wheels of the vehicle, - an epicyclic gear set whose inlets/outlets are respectively connected to the heat engine, to the electric machine and to the primary shaft, the drive system being able to operate according to at least one operating mode in which the flow of power transmitted by the heat engine to the primary shaft depends on the rotational speed of the electric machine, characterized in that it comprises a first coupling means by which it is possible to selectively connect an inlet/outlet of the epicyclic gear set to the heat engine or to an immobilizing frame so as to prevent this inlet/outlet from rotating, and in that it comprises a second coupling means by which it is possible to selectively connect another inlet/outlet of the epicyclic gear set to the electric machine or to an immobilizing frame so as to prevent this inlet/outlet from rotating. - a heat engine, - an electric drive machine, - a primary shaft via which the mechanical power is exchanged with the wheels of the vehicle, - an epicyclic gear set whose inlets/outlets are respectively connected to the heat engine, to the electric machine and to the primary shaft, the drive system being able to operate according to at least one operating mode in which the flow of power transmitted by the heat engine to the primary shaft depends on the rotational speed of the electric machine,
An ice maker defining a vertical direction, a lateral direction, and a transverse direction, the vertical, lateral, and transverse directions being mutually perpendicular, the ice maker comprising: a mold body, a plurality of mold cavities defined in the mold body, each mold cavity of the plurality of mold cavities extending between a floor and an opening along a longitudinal axis, each mold cavity of the plurality of mold cavities enclosed by at least one sidewall between the floor and the opening, the longitudinal axis of each mold cavity oriented generally along the vertical direction; a heater in thermal communication with the floor of each mold cavity of the plurality of mold cavities, the heater configured to maintain water within a lower portion of each mold cavity in a liquid state; and a drain conduit in fluid communication with the mold body and configured to receive a flow of liquid water from the mold cavities, characterized in that the drain conduit is further in fluid communication with an auxiliary ice maker. a mold body, a plurality of mold cavities defined in the mold body, each mold cavity of the plurality of mold cavities extending between a floor and an opening along a longitudinal axis, each mold cavity of the plurality of mold cavities enclosed by at least one sidewall between the floor and the opening, the longitudinal axis of each mold cavity oriented generally along the vertical direction; a heater in thermal communication with the floor of each mold cavity of the plurality of mold cavities, the heater configured to maintain water within a lower portion of each mold cavity in a liquid state; and a drain conduit in fluid communication with the mold body and configured to receive a flow of liquid water from the mold cavities, characterized in that the drain conduit is further in fluid communication with an auxiliary ice maker.
A process for the preparation of sulfuric acid monoesters of aminoalkanols by reacting sulfuric acid with aminoalkanols and removing the water forming in the reaction from the reaction mixture, wherein sulfuric acid and at least one aminoalkanol are mixed, and the hot reaction mixture forming is passed with turbulent flow into a container and quenched therein with a fluid, an aqueous base being used for the quenching.
Packaged set of panels, such as furniture, floor, ceiling and/or wall panels, consisting of a package, wherein this package is at least composed of, on the one hand, one or more panels, which, at least on one pair of opposite panel edges, comprise coupling parts, or tiles of a stone-like material, whether or not comprising coupling parts, and, on the other hand, a packaging, consisting of one or more packaging parts, wherein the package comprises at least one crumple zone provided at least along one of the panel edges of said one or more panels, and which is substantially constructed of a folded structure forming part of at least one of said packaging parts, characterized in that the respective packaging part is realized as a cap provided over an edge of the set of panels.
A plant column having at least one tubular column segment with a wall, comprising a plurality of plant openings, each column segment being terminated in a watertight manner in that the column segment closest to the ground is fastened on one side to a ground piece and can be fastened to the ground by means of the ground piece, and between column segments (2, 2') which are adjacent in the longitudinal direction there is at least one intermediate piece for fastening adjacent column segments (2, 2') in a watertight manner, and the column segments (2, 2'), the ground piece and the intermediate piece being connectable by being fitted together such that a standpipe and a drainage pipe can be arranged running in the longitudinal direction through the entire plant column to supply and drain water, each column segment (2, 2') comprising its own water circuit, characterised in that a drainage mat or drainage plate surrounds the outer face of the column segment (2, 2', 2").
A method for producing 1-chloro-3,3,3-trifluoropropene, comprising reacting 1,1,1,3,3-pentachloropropane with hydrogen fluoride in a reaction system, wherein the method comprises a concentration control step of controlling the concentrations of a metal solubilizer and/or a hydrochloride salt thereof and an iron complex of the metal solubilizer in the 1,1,1,3,3-pentachloropropane supplied to the reaction system to be 100 ppm or less, wherein the metal solubilizer is one kind, two kinds or more kinds selected from the group consisting of nitriles, amides, phosphites, dimethyl sulfoxide, N-methyl-2-pyrrolidone, 1,3-dimethyl-2-imidazolidinone and γ-butyrolactone.
Motor vehicle roof ventilator comprising a bladed rotor and a stator, the bladed rotor comprising a turbine, the blades participating in the rotation of the rotor and thus in the creation of a negative pressure for ventilating the motor vehicle, and the bladed rotor being fixed to the stator, the stator being configured for attachment to an outer face of a motor vehicle roof, the stator comprising a first through-aperture forming a first airflow channel, characterized in that the stator further comprises at least one reduction member of the size of the first through-aperture, configured to be removably mounted in the first through-aperture, the removable reduction member comprises a second through opening forming a second airflow channel of smaller size than that of the first airflow channel, the motor vehicle roof ventilator further comprises a shutter configured to be fixed to an inner face of a motor vehicle roof, the shutter comprises a fixed portion and a portion movable between an air passage position and an air shut-off position extending over the fixed portion.
Domestic appliance comprising a processing chamber that can be closed by a door, and comprising a filling device to be filled with an operating liquid or an operating powder, which can be fed, in the treated or untreated state, into the processing chamber in an operating mode of the domestic appliance, the opening in the processing chamber which can be closed by the door being delimited by at least one frame part, the filling device being suitably designed to be connected in a flow-conducting manner to an external container containing the operating liquid or operating powder, and the filling device being arranged on the frame part, the opening (12.1.1) therein for filling said chamber with the operating liquid or operating powder being accessible at least when the door is completely open and being covered by the door when it is closed, characterised in that the filling device comprises a connecting piece (12.1) which can be moved back and forth between a rest position in which the connecting piece (12.1) substantially rests on the frame part and a filling position in which at least the free end of the connecting piece (12.1) projects from the frame part.
A method for protecting a throwout bearing of a clutch device with a clutch pedal control for an automobile, characterized in that the method comprises the following steps: - during the detection of a situation of actuation of the throwout bearing, the determining of a number of revolutions which have been executed by the throwout bearing during said actuation situation, the actuation situation of the bearing being detected if a value of an actuation signal of the clutch pedal control exceeds a detection threshold, - and the emission of a warning signal as a function of said number of revolutions and of a predetermined mission profile of the throwout bearing. - during the detection of a situation of actuation of the throwout bearing, the determining of a number of revolutions which have been executed by the throwout bearing during said actuation situation, the actuation situation of the bearing being detected if a value of an actuation signal of the clutch pedal control exceeds a detection threshold, - and the emission of a warning signal as a function of said number of revolutions and of a predetermined mission profile of the throwout bearing.
An internal combustion engine including at least one cylinder with longitudinally-separated exhaust and intake ports, and a pair of pistons disposed in opposition to one another in a bore of the cylinder, in which a combustion chamber is defined between opposing end surfaces of the pistons, and the end surface of each of the pistons has a circumferential area defining a periphery of the end surface and a bowl within the periphery, the bowl defining a concave surface with a first portion curving inwardly from a plane containing the circumferential area toward the interior of the piston and a second portion curving outwardly from the interior of the piston through the plane containing the circumferential area; characterized in that: each bowl has a generally semi-ellipsoidal shape; and, the opposing pistons are oriented in the bore such that a combustion chamber having an elongated ellipsoidal shape is defined between the bowls when the pistons are near respective top dead center positions in the bore. each bowl has a generally semi-ellipsoidal shape; and, the opposing pistons are oriented in the bore such that a combustion chamber having an elongated ellipsoidal shape is defined between the bowls when the pistons are near respective top dead center positions in the bore.
A compact scanning system adapted to work in a multispectral domain including the millimetre-wave spectral range comprising, at least one detector, a primary mirror, a secondary mirror and a chassis, wherein the mirrors face each other, are adapted to be rotated at the same angular speed with respect to the chassis in opposite directions, and are tilted with respect to their rotation axes, and characterized in that the primary mirror is concave and is adapted to reflect the radiation from a scanned object plane, perpendicular to the rotation axes of both mirrors, and converge said radiation, the secondary mirror is smaller than the primary mirror, is adapted to receive said converged radiation reflect it and direct it towards the detector and the rotation axes of both mirrors are aligned.
A process for the production of metallic shaped bodies with a ceramic layer according to the membrane method, in which a porous metallic membrane is arranged between the anode and the cathode in order to physically separate the change of the pH value in the region of the electrodes produced by H + and OH - -ions from the location of the deposition, characterized by the fact that the porous metallic membrane is compacted by electrophoretic deposition of ceramic particles in the pores of the metallic membrane and the metallic membrane is arranged for electrophoretic deposition between two electrodes and the space between an electrode and the metallic membrane is filled with a dispersion containing the ceramic particles to be deposited in the pores and a dispersant.
A crystalline modification of N-(2-(3-phenylureido)phenyl)benzenesulfonamide specified by i) an X-ray diffraction diagram having peaks at diffraction angles (2θ ± 0.1°) of 23.60°, 20.80°, 12.24° and 13.80° in a powder X-ray diffractometry using Cu-Kα ray and ii) a melting point of 160-162°C.
A top-emitting display comprising a reflective bottom electrode, a transparent or semi-transparent top electrode, a microcavity and an emissive layer comprising nanocrystal quantum dots (QDs), wherein: the emissive layer further comprises thermally activated delayed fluorescent (TADF) molecules, or a hole transport layer comprising TADF molecules exists adjacent to the emissive layer; at least one of the QDs and the TADF molecules are disposed in a host material, wherein the host material is 4,4',4"-tris(N-carbazolyl)triphenyl-amine (TCTA); the QDs are selected from blue-emitting QDs, red-emitting QDs, green-emitting QDs or a combination thereof; spectral overlap exists between the emission of the TADF molecules and absorption of the QDs; the emissive layer is sandwiched into the microcavity between the reflective bottom electrode and the transparent or semi-transparent top electrode; and wherein the QDs comprise In and P. the emissive layer further comprises thermally activated delayed fluorescent (TADF) molecules, or a hole transport layer comprising TADF molecules exists adjacent to the emissive layer; at least one of the QDs and the TADF molecules are disposed in a host material, wherein the host material is 4,4',4"-tris(N-carbazolyl)triphenyl-amine (TCTA); the QDs are selected from blue-emitting QDs, red-emitting QDs, green-emitting QDs or a combination thereof; spectral overlap exists between the emission of the TADF molecules and absorption of the QDs; the emissive layer is sandwiched into the microcavity between the reflective bottom electrode and the transparent or semi-transparent top electrode; and wherein the QDs comprise In and P.
A bending tool for a press brake, comprising an adjustable form section for forming a workpiece, wherein the bending tool has at least one drive (8, 28, 34, 38) and wherein the bending tool comprises a locking device, preferably a hydraulic locking device, interacting with the form section, said locking device in its locked state securing the form section against adjustment, characterized in that a drive of the bending tool interacts with the locking device, wherein the locking device can be transitioned into its locked state and/or its released state by the drive, and that the locking device is arranged in the interior of the bending tool.
A method of modulating translocation of a target polynucleotide through a pore, to characterize said target polynucleotide, the method comprising: (a) applying a potential difference across a pore in contact with a He1308 helicase and a target polynucleotide; (b) contacting said He1308 helicase with a concentration of a He1308 helicase substrate that is different from a reference concentration of said substrate, said substrate concentration producing a change in duration of a fractional translocation step proportional to a difference in said substrate concentration compared to said reference concentration, and (c) measuring electrical signals for at least two distinguishable states of the He1308 helicase for a unit of at least one nucleotide of the target polynucleotide moving through the pore during a full translocation cycle. (a) applying a potential difference across a pore in contact with a He1308 helicase and a target polynucleotide; (b) contacting said He1308 helicase with a concentration of a He1308 helicase substrate that is different from a reference concentration of said substrate, said substrate concentration producing a change in duration of a fractional translocation step proportional to a difference in said substrate concentration compared to said reference concentration, and (c) measuring electrical signals for at least two distinguishable states of the He1308 helicase for a unit of at least one nucleotide of the target polynucleotide moving through the pore during a full translocation cycle.
A disinfecting and cold-sterilizing composition, having a buffered pH comprised between 4 and 8, and comprising at least a first component and a second component, wherein the first component comprises hydrogen peroxide and the second component comprises glucose pentaacetate and a solvent, wherein the solvent is selected from the group consisting of acetone, an ester of a mono- or poly- carboxylic organic acid, dimethyl carbonate and mixtures thereof.
A cover glass article, comprising: a glass body having: a three-dimensional shape, an inside surface, an outside surface, and a wall thickness in a range from 0.3 mm to 3 mm, wherein: each of the inside and outside surfaces has a surface roughness (R a) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm. a three-dimensional shape, an inside surface, an outside surface, and a wall thickness in a range from 0.3 mm to 3 mm, wherein: each of the inside and outside surfaces has a surface roughness (R a) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm. each of the inside and outside surfaces has a surface roughness (R a) less than 1 nm and is free of indentations having diameters larger than 150 μm, a variation of the wall thickness is ± 15% or less, and the glass article has at least one bend section having a bend radius from 1 mm to 20mm.
A lever device comprising: a lever; a shaft having a longitudinal axis and including two ends (28, 29); a housing including opposing side walls through each of which a through hole (9, 10) extends, wherein the housing pivotally supports the two ends (28, 29) of the shaft in the through holes (9, 10) of the opposing side walls; a shaft coupling portion included in the lever and including an insertion bore through which the shaft is inserted; a lever support included in the shaft, wherein the lever support is located in the insertion bore of the shaft coupling portion and supports the lever so that the lever is movable in multiple directions including a first direction and a second direction that intersects with the first direction; and a contact portion included in one or each of the housing and the lever or located between the housing and the lever, wherein the contact portion includes a curved surface that allows the lever to move in the first direction and the second direction with the lever and the housing in contact with each other, characterized in that the contact portion is included in the shaft coupling portion. a lever; a shaft having a longitudinal axis and including two ends (28, 29); a housing including opposing side walls through each of which a through hole (9, 10) extends, wherein the housing pivotally supports the two ends (28, 29) of the shaft in the through holes (9, 10) of the opposing side walls; a shaft coupling portion included in the lever and including an insertion bore through which the shaft is inserted; a lever support included in the shaft, wherein the lever support is located in the insertion bore of the shaft coupling portion and supports the lever so that the lever is movable in multiple directions including a first direction and a second direction that intersects with the first direction; and a contact portion included in one or each of the housing and the lever or located between the housing and the lever, wherein the contact portion includes a curved surface that allows the lever to move in the first direction and the second direction with the lever and the housing in contact with each other, characterized in that the contact portion is included in the shaft coupling portion.
Exhaust system for a vehicle driven by an internal combustion engine and having a system for removing condensate (140; 141), comprising: a first line section placeable under exhaust gas; at least one second line section placeable under exhaust gas; and at least one suction line (130; 131; 132; 136; 137; 138); wherein the suction line (130; 131; 132; 136; 137; 138) is disposed between the bottom of the at least one second line section and the first line section, and comprises an opening configured for exhaust gas passing in the first line section to flow over it; characterized in that the at least one second line section comprises at least one sound generator coupled to a controller for receiving control signals, and configured to generate sound in the at least one second line section. a first line section placeable under exhaust gas; at least one second line section placeable under exhaust gas; and at least one suction line (130; 131; 132; 136; 137; 138); wherein the suction line (130; 131; 132; 136; 137; 138) is disposed between the bottom of the at least one second line section and the first line section, and comprises an opening configured for exhaust gas passing in the first line section to flow over it; characterized in that the at least one second line section comprises at least one sound generator coupled to a controller for receiving control signals, and configured to generate sound in the at least one second line section.
A zirconia mill blank for dental cutting and machining, wherein; the zirconia mill blank for dental cutting and machining has a porosity within a range of 15 to 30 %, as calculated by formula Porosity % = pore volume ÷ pore volume + skeleton volume × 100 wherein in the formula, the skeleton volume is calculated by formula skelton volume cm 3 / g = 1 ÷ true density g / cm 3. the zirconia mill blank for dental cutting and machining has a porosity within a range of 15 to 30 %, as calculated by formula Porosity % = pore volume ÷ pore volume + skeleton volume × 100 wherein in the formula, the skeleton volume is calculated by formula skelton volume cm 3 / g = 1 ÷ true density g / cm 3.