mhurhangee/ep-ind-claims huggingface dataset:
A hybrid vehicle having a controllable clutch, comprising: an internal combustion engine configured to provide rotational power to a flywheel; a first motor/generator having a hollow rotor shaft rotatably operatively coupled to the flywheel and configured to provide rotational force to the hollow rotor shaft or receive rotational force from the hollow rotor shaft; a gear transmission having a first port configured to receive rotational power in a first rotational range, and a second port configured to provide to provide rotational power in a second rotational range to/from at least one wheel of the vehicle; a second motor/generator having a rotor spindle concentrically disposed in the hollow rotor shaft and rotatably coupled to the gear transmission, the second motor/generator being configured to provide rotational force to the gear transmission or receive rotational force from the gear transmission; and characterized by a torque distribution assembly disposed between the flywheel and the first motor/generator for providing a torsional coupling between the flywheel and the first motor/generator, the torque distribution assembly comprising an engageable clutch assembly; wherein when engaged the engageable clutch assembly rotatably couples the rotor spindle of the second motor/generator with the flywheel and with the hollow rotor shaft, to provide additional rotational force from both the internal combustion engine and the first motor/generator to the first port of the gear transmission. an internal combustion engine configured to provide rotational power to a flywheel; a first motor/generator having a hollow rotor shaft rotatably operatively coupled to the flywheel and configured to provide rotational force to the hollow rotor shaft or receive rotational force from the hollow rotor shaft; a gear transmission having a first port configured to receive rotational power in a first rotational range, and a second port configured to provide to provide rotational power in a second rotational range to/from at least one wheel of the vehicle; a second motor/generator having a rotor spindle concentrically disposed in the hollow rotor shaft and rotatably coupled to the gear transmission, the second motor/generator being configured to provide rotational force to the gear transmission or receive rotational force from the gear transmission; and a torque distribution assembly disposed between the flywheel and the first motor/generator for providing a torsional coupling between the flywheel and the first motor/generator, the torque distribution assembly comprising an engageable clutch assembly; wherein when engaged the engageable clutch assembly rotatably couples the rotor spindle of the second motor/generator with the flywheel and with the hollow rotor shaft, to provide additional rotational force from both the internal combustion engine and the first motor/generator to the first port of the gear transmission.
A compound of Formula Wherein: - each one of R a and R b denotes a group -CH 3 or -CF 3; - Both X and Y denote a carbon atom or both X and Y denote a nitrogen atom when R 2 is absent; - R 1 denotes a group selected from -OCH 3, -OCH 2 CF 3, -CN, -CF 3, or halogen; - R 2 is present when Y denotes a carbon atom, and denotes a hydrogen atom, or a group -OCH 3, - R 3 denotes a group selected from -OCH 3, -CN, -CF 3 or halogen, or - R 3 forms together with R 2 a group -OCH 2 O-; - each one of R 11 and R 12 denotes a hydrogen atom; or a pharmaceutically acceptable salt thereof. - each one of R a and R b denotes a group -CH 3 or -CF 3; - Both X and Y denote a carbon atom or both X and Y denote a nitrogen atom when R 2 is absent; - R 1 denotes a group selected from -OCH 3, -OCH 2 CF 3, -CN, -CF 3, or halogen; - R 2 is present when Y denotes a carbon atom, and denotes a hydrogen atom, or a group -OCH 3, - R 3 denotes a group selected from -OCH 3, -CN, -CF 3 or halogen, or - R 3 forms together with R 2 a group -OCH 2 O-; - each one of R 11 and R 12 denotes a hydrogen atom;
Media guiding coupling having a first coupling element having a flow opening for guiding a medium therethrough; and having a first connecting element for connecting to a second media guiding device, preferably to a hose, a tube or an apparatus; and having a second coupling element having a flow opening for guiding the medium therethrough; and having a first connecting element for connecting to a third media guiding device, preferably to a hose, a tube or an apparatus; and wherein the two coupling elements (10, 11) are connected to one another so as to be media-tight in such a manner that their flow openings (10a, 11a) form a common flow opening (10a, 11a) of the media guiding coupling; and wherein the first coupling element has a sensor receptacle, and/or the second coupling element has a sensor receptacle, characterized in that the first coupling element has a second connecting element; wherein the second coupling element has a second connecting element; and wherein the first coupling element and the second coupling element, by means of their second connecting elements (10c, 11c), are connected to one another in a media-tight manner by means of pawls, clips or screws. having a first coupling element having a flow opening for guiding a medium therethrough; and having a first connecting element for connecting to a second media guiding device, preferably to a hose, a tube or an apparatus; and having a second coupling element having a flow opening for guiding the medium therethrough; and having a first connecting element for connecting to a third media guiding device, preferably to a hose, a tube or an apparatus; and wherein the two coupling elements (10, 11) are connected to one another so as to be media-tight in such a manner that their flow openings (10a, 11a) form a common flow opening (10a, 11a) of the media guiding coupling; and wherein the first coupling element has a sensor receptacle, and/or the second coupling element has a sensor receptacle, characterized in that the first coupling element has a second connecting element; wherein the second coupling element has a second connecting element; and wherein the first coupling element and the second coupling element, by means of their second connecting elements (10c, 11c), are connected to one another in a media-tight manner by means of pawls, clips or screws.
Method for vehicle guidance of a mobile working machine, in particular an industrial truck, by means of an at least single-axis joystick which can be moved by way of the hand of the driver, target values for the driving direction (F, B) and driving speed of the mobile working machine being predetermined by way of a movement of the joystick in an actuating direction (y), characterized in that a mechanical brake function which is defined as a service brake is initiated by way of a predefined brake command movement of the joystick in the direction (B, F) opposite to the current driving direction (F, B) up to the maximum possible deflection of the joystick.
A self-retaining suture comprising: a ribbon-shaped braided core; a sheath which covers said core; and retainers formed in said sheath wherein the suture is substantially rectangular in cross-section. a ribbon-shaped braided core; a sheath which covers said core; and retainers formed in said sheath wherein the suture is substantially rectangular in cross-section.
A method comprising: accessing a computer program, wherein the computer program comprises a conditional statement that comprises a Boolean condition, wherein the Boolean condition takes a first variable A and a second variable B; transforming the Boolean condition into an arithmetic and/or bitwise expression of the Boolean condition, the transforming comprising: subtracting B from A, computing an absolute value of a result of the subtracting B from A, computing an exponent based on the absolute value of a result of the subtracting B from A, computing an exponential by exponentiation of a base number by the computed exponent, and computing the arithmetic and/or bitwise expression of the Boolean condition based on a remainder of a division of the exponential by the base number; generating an arithmetic and/or bitwise expression of the computer program comprising the arithmetic and/or bitwise expression of the Boolean condition in place of the Boolean condition; providing the arithmetic and/or bitwise expression of the computer program, wherein the arithmetic and/or bitwise expression of the computer program is configured to be executed by an arithmetic and/or bitwise operation unit of a processor; and executing, by the arithmetic and/or bitwise operation unit, the arithmetic and/or bitwise expression of the computer program. accessing a computer program, wherein the computer program comprises a conditional statement that comprises a Boolean condition, wherein the Boolean condition takes a first variable A and a second variable B; transforming the Boolean condition into an arithmetic and/or bitwise expression of the Boolean condition, the transforming comprising: subtracting B from A, computing an absolute value of a result of the subtracting B from A, computing an exponent based on the absolute value of a result of the subtracting B from A, computing an exponential by exponentiation of a base number by the computed exponent, and computing the arithmetic and/or bitwise expression of the Boolean condition based on a remainder of a division of the exponential by the base number; subtracting B from A, computing an absolute value of a result of the subtracting B from A, computing an exponent based on the absolute value of a result of the subtracting B from A, computing an exponential by exponentiation of a base number by the computed exponent, and computing the arithmetic and/or bitwise expression of the Boolean condition based on a remainder of a division of the exponential by the base number; generating an arithmetic and/or bitwise expression of the computer program comprising the arithmetic and/or bitwise expression of the Boolean condition in place of the Boolean condition; providing the arithmetic and/or bitwise expression of the computer program, wherein the arithmetic and/or bitwise expression of the computer program is configured to be executed by an arithmetic and/or bitwise operation unit of a processor; and executing, by the arithmetic and/or bitwise operation unit, the arithmetic and/or bitwise expression of the computer program.
Assembly comprising equipment and an arrangement for the adjustment of said equipment, which equipment is suitable for being introduced into a boiler furnace through an opening in the wall of said boiler furnace, where said equipment comprises a spreader unit with a nozzle at a forward end of said spreader unit for the distribution of a liquid fuel in said boiler furnace, wherein said nozzle comprises an opening, said arrangement comprising a rotation mechanism (26/34/35; 50/55/54; 65/66/67, 26b/34b/35b) adapted to be arranged outside of an outer surface of said boiler furnace wall and outside of said boiler furnace and further adapted to direct said equipment in various angular positions through rotation of said equipment around a centre of rotation, characterised in that said centre of rotation is a virtual centre of rotation located in the region where the opening of the nozzle is located, and in that said virtual centre of rotation lacks an axis in its physical meaning in the region of said centre of rotation in the form of a machinery component that is arranged to be stationary or to rotate and that is supported by bearings.
An adhesive article comprising: a backing material; an adhesive layer disposed on at least a portion of the backing material; a release liner, free of silicon-containing and fluorine-containing material, and having a polyvinyl alcohol layer disposed thereon, and wherein the polyvinyl alcohol layer is disposed on at least a portion of the adhesive layer and remains substantially disposed on said at least a portion of the adhesive layer upon removal of the release liner from the adhesive article, wherein the adhesive article has a thickness of from 30 microns to 100 microns, the backing material has a thickness of from 10 microns to 60 microns, the adhesive layer has a thickness of from 1 micron to 10 microns, the polyvinyl alcohol layer has a thickness of from.1 micron to 5 microns, and the release liner has a thickness of from 5 microns to 15 microns, wherein the polyvinyl alcohol layer comprises an amorphous polyvinyl alcohol polymer. a backing material; an adhesive layer disposed on at least a portion of the backing material; a release liner, free of silicon-containing and fluorine-containing material, and having a polyvinyl alcohol layer disposed thereon, and wherein the polyvinyl alcohol layer is disposed on at least a portion of the adhesive layer and remains substantially disposed on said at least a portion of the adhesive layer upon removal of the release liner from the adhesive article, wherein the adhesive article has a thickness of from 30 microns to 100 microns, the backing material has a thickness of from 10 microns to 60 microns, the adhesive layer has a thickness of from 1 micron to 10 microns, the polyvinyl alcohol layer has a thickness of from.1 micron to 5 microns, and the release liner has a thickness of from 5 microns to 15 microns, wherein the polyvinyl alcohol layer comprises an amorphous polyvinyl alcohol polymer.
A process for removing polymer material from a gas-solid olefin polymerization reactor wherein the gas-solid olefin polymerization reactor is connected to the top part of an outlet vessel via a feed pipe, the process comprising the steps of: (i) discharging polymer material from the gas-solid olefin polymerization reactor via the feed pipe into the outlet vessel; (ii) establishing a powder surface of discharged polymer material within the outlet vessel in a section of the middle part of the outlet vessel; (iii) injecting barrier gas through a barrier gas injection point in a section of the bottom part of the outlet vessel below the powder surface; (iv) recovering polymer material from the outlet vessel through a vessel outlet in a section below the barrier gas injection point; wherein the polymer material is selected from alpha-olefin homo- or copolymers having alpha-olefin monomer units of from 2 to 12 carbon atoms, characterized in that the powder surface and the barrier gas injection point are situated in the outlet vessel as such to fulfill the following criteria: R ′ = X / Y ≤ 2.0; and R " = X / D ≥ 1.0; wherein X = Distance between the powder surface and the barrier gas injection point; Y = Distance between the barrier gas injection point and the vessel outlet; and D = Equivalent outlet vessel diameter. (i) discharging polymer material from the gas-solid olefin polymerization reactor via the feed pipe into the outlet vessel; (ii) establishing a powder surface of discharged polymer material within the outlet vessel in a section of the middle part of the outlet vessel; (iii) injecting barrier gas through a barrier gas injection point in a section of the bottom part of the outlet vessel below the powder surface; (iv) recovering polymer material from the outlet vessel through a vessel outlet in a section below the barrier gas injection point;
Arrangement of at least one line designed for carrying electrical current on a housing part for a motor vehicle, in which arrangement at least one first longitudinal region of the line is received in a recess of the housing part, a seal formed from an elastomer being held on the housing part, by means of which seal the housing part is sealable against a corresponding housing element, and at least one second longitudinal region of the seal extending over the first longitudinal region, as a result of which the first longitudinal region is fixed in a form-fitting manner in the recess, characterized in that at least one tab protruding from the second longitudinal region is provided on the second longitudinal region, by means of which tab the second longitudinal region is retractable from the recess.
A method of inserting a downhole assembly into a live wellbore, comprising: assembling a pressure control assembly onto a production tree of the live wellbore; inserting a first deployment section of the downhole assembly into a lubricator; landing the lubricator onto the PCA; connecting the lubricator to the PCA; lowering the first deployment section into the PCA; characterised in that the method further comprises: engaging a clamp of the PCA with the first deployment section; after engaging the clamp, isolating an upper portion of the PCA from a lower portion of the PCA; and after isolating the PCA, removing the lubricator from the PCA. assembling a pressure control assembly onto a production tree of the live wellbore; inserting a first deployment section of the downhole assembly into a lubricator; landing the lubricator onto the PCA; connecting the lubricator to the PCA; lowering the first deployment section into the PCA; characterised in that the method further comprises: engaging a clamp of the PCA with the first deployment section; after engaging the clamp, isolating an upper portion of the PCA from a lower portion of the PCA; and after isolating the PCA, removing the lubricator from the PCA. engaging a clamp of the PCA with the first deployment section; after engaging the clamp, isolating an upper portion of the PCA from a lower portion of the PCA; and after isolating the PCA, removing the lubricator from the PCA.
An installation system comprising a roof window, a lining panel and a plurality of bracket members configured to provide connection between the roof window and the lining panel, in which each bracket member includes at least a main portion having a first fastening zone configured to be connected to the lining panel and a border portion having a second fastening zone configured to be connected to the roof window, characterised in that each bracket member is formed from a substantially plane bracket base member with a predefined width and height comprising at least one first set of longitudinal weakened portions (31, 41) to provide a first longitudinal folding line and at least one set of transverse weakened portions to provide a transverse folding line extending at right angles to the first longitudinal folding line and dividing the bracket base member into at least two sections (10A, 20A), at least a first bracket part and a second bracket part being configured to be formed by the respective sections (10A, 20A), and the main portion (11A; 21A) of the respective section (10A, 20A) being formed on one side of the first longitudinal folding line and the border portion (12A, 22A) on the other side of the first longitudinal folding line, that a first plurality of bracket members are formed as corner brackets (103; 110) in which a second section of each bracket base member has been bent substantially 90° about the transverse folding line relative to a first section, and each section (10A, 20A) of the respective bracket base member has been bent substantially 90° about the first longitudinal folding line to form the border portion (12A, 22A) to extend substantially perpendicularly to the respective main portion (11A, 21A) of the bracket section (10A, 20A), said corner brackets being connected to corners of the roof window and of the lining panel, and preferably that a second plurality of bracket members are formed by separation of a first section from a second section of each bracket base member along the transverse folding line to form at least two bracket parts (101, 102, 104) of a single bracket base member, and each bracket part (101, 102, 104) has been bent substantially 90° about the first longitudinal folding line to form the border portion (12A, 22A) extending substantially perpendicularly to the respective main portion (11A, 21A) of the bracket part (101, 102, 104), said bracket parts (101, 102, 104) being connected to sides, top and bottom of the roof window and of the lining panel.
A bistable liquid crystal cell comprising two opposite substrates; and a liquid crystal layer provided between the two substrates and including a smectic liquid crystal compound, and an ionic compound having an anion represented by the following Chemical Formula 1: [Chemical Formula 1] I n - where, in Chemical Formula 1, n represents a number of 2 or more.
A rotation surface-reducing head (210, 220) having a head base and a rotary shaft, wherein two or more electrodes and grindstones are disposed on a bottom surface of the head base, wherein the head base is disk-like, and the electrodes and the grindstones are disposed in the outer periphery of the bottom surface of the head base, characterized by having, in the middle of the bottom surface of the head base, a liquid reservoir defined by the electrodes, the grindstones and the head base, wherein the electrodes and the grindstones are disposed on the head base so that bottom surfaces of the grindstones project further in a downward direction than the electrodes, and in that the grindstones include elastic grindstones enabling a simultaneous surface reduction of a concavity and a convexity of a non-planar workpiece.
A rotary vane compressor comprising: a cylinder chamber having an ellipsoidal inner wall shape; a rotor rotatably provided in the cylinder chamber; a vane held in the rotor so as to contact with an inner wall surface of the cylinder chamber along with a rotation of the rotor; a vane slot provided on the rotor and offset on a reverse rotational side of the rotor from a radial line passing over a rotational center of the rotor; and a controller for controlling a rotation of the rotor, characterized in that the controller reversely rotates the rotor at a slower speed than a normal rotational speed at steady operation for a predetermined time upon activating the compressor. a cylinder chamber having an ellipsoidal inner wall shape; a rotor rotatably provided in the cylinder chamber; a vane held in the rotor so as to contact with an inner wall surface of the cylinder chamber along with a rotation of the rotor; a vane slot provided on the rotor and offset on a reverse rotational side of the rotor from a radial line passing over a rotational center of the rotor; and a controller for controlling a rotation of the rotor, characterized in that the controller reversely rotates the rotor at a slower speed than a normal rotational speed at steady operation for a predetermined time upon activating the compressor.
A work and storage table comprising: a support frame having opposed sides (12,14), said support frame includes a rear lower brace and lower support tubes, and opposed back support tubes extending up the back of the table, each said back support tubes join a respective one of the lower support tubes forming one single generally L-shaped tube extending from the back of the table the lower or bottom of the table; a two sided work top mounted between said opposed sides (12,14) of said support frame for rotation with respect to said support frame; said work top having a flat surface on one side and a tool support surface on the opposite side, said work top being rotatable with respect to said support frame to expose said flat surface or said tool support surface; said tool support table having a generally cuboid shape. a support frame having opposed sides (12,14), said support frame includes a rear lower brace and lower support tubes, and opposed back support tubes extending up the back of the table, each said back support tubes join a respective one of the lower support tubes forming one single generally L-shaped tube extending from the back of the table the lower or bottom of the table; a two sided work top mounted between said opposed sides (12,14) of said support frame for rotation with respect to said support frame; said work top having a flat surface on one side and a tool support surface on the opposite side, said work top being rotatable with respect to said support frame to expose said flat surface or said tool support surface; said tool support table having a generally cuboid shape.