mhurhangee/ep-ind-claims huggingface dataset:
Method for determining objective refraction for an eye of a spectacle wearer comprising acquiring measurement data for the eye of the spectacle wearer, which establish at least a first set of Zernike coefficients c 2, F 0, c 2, F 2 and c 2, F − 2 for representation of a wavefront aberration in the case of a far point accommodation of the eye and a pupil radius r 0 of a situation of use and a second set of Zernike coefficients c 2, N 0, c 2, N 2 and c 2, N − 2 for representation of a wavefront aberration in the case of a near point accommodation of the eye and a pupil radius r 0 of a situation of use, wherein the method is characterised in that the method further comprises: - determining objective refraction data for sphere Sph N corr, cylinder Cyl N corr and axis position Axis N corr of the eye for a near view in such a way that as a function of the first and second set of Zernike coefficients the objective refraction data fulfil the equations Sph N corr = M N corr + J N, 0 corr 2 + J N, 45 corr 2 Cyl N corr = − 2 J N, 0 corr 2 + J N, 45 corr 2 Axis N corr = 1 2 arctan − J N, 0 corr, − J N, 45 corr + π 2 for a corrected power vector P N corr = M N corr J N, 0 corr J N, 45 corr for the near view, wherein as a function of a difference Δ P = Δ M Δ J = P N − P F between a first power vector P F = M F J F = − 4 3 r 0 2 c 2, F 0 − 2 6 r 0 2 c 2, F 2 − 2 6 r 0 2 c 2, F − 2 and a second power vector P N = M N J N = − 4 3 r 0 2 c 2, N 0 − 2 6 r 0 2 c 2, N 2 − 2 6 r 0 2 c 2, N − 2 the corrected power vector P N corr corresponds to - the value P N − A 1 N 0 0 if Δ M > A 1 N, and to wherein A 1 N = − 1 d is the spherical equivalent of a predetermined object distance d for the near vision, and wherein arctan x y = ( arctan y / x, x > 0 arctan y / x + π, x < 0, y > 0 arctan y / x − π, x < 0, y < 0 π / 2, x = 0, y > 0 − π / 2, x = 0, y < 0. - determining objective refraction data for sphere Sph N corr, cylinder Cyl N corr and axis position Axis N corr of the eye for a near view in such a way that as a function of the first and second set of Zernike coefficients the objective refraction data fulfil the equations Sph N corr = M N corr + J N, 0 corr 2 + J N, 45 corr 2 Cyl N corr = − 2 J N, 0 corr 2 + J N, 45 corr 2 Axis N corr = 1 2 arctan − J N, 0 corr, − J N, 45 corr + π 2 for a corrected power vector P N corr = M N corr J N, 0 corr J N, 45 corr for the near view, wherein as a function of a difference Δ P = Δ M Δ J = P N − P F between a first power vector P F = M F J F = − 4 3 r 0 2 c 2, F 0 − 2 6 r 0 2 c 2, F 2 − 2 6 r 0 2 c 2, F − 2 and a second power vector P N = M N J N = − 4 3 r 0 2 c 2, N 0 − 2 6 r 0 2 c 2, N 2 − 2 6 r 0 2 c 2, N − 2 the corrected power vector P N corr corresponds to - the value P N − A 1 N 0 0 if Δ M > A 1 N, and to wherein A 1 N = − 1 d is the spherical equivalent of a predetermined object distance d for the near vision, and wherein arctan x y = ( arctan y / x, x > 0 arctan y / x + π, x < 0, y > 0 arctan y / x − π, x < 0, y < 0 π / 2, x = 0, y > 0 − π / 2, x = 0, y < 0.
A front-loading drum type washing machine comprising: a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet for storing washing water; a drum having a horizontal rotation axis and being rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated; a supporting plate, which the driving motor is mounted to and is positioned at the rear side of the tub (4, 40, 50); a supporting unit, which supports an assembly composed of the drum, the driving motor, and the supporting plate with buffering and is installed between the supporting plate and the cabinet; and characterized in that the washing machine further comprises a gasket installed between the supporting plate and the rear side of the tub (4, 40, 50), a liquid balancer provided at a circumference of an inlet of the drum for maintaining a balance when the drum is rotated. a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet for storing washing water; a drum having a horizontal rotation axis and being rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; a driving motor positioned at a rear side of the drum for generating a driving force by which the drum is rotated; a supporting plate, which the driving motor is mounted to and is positioned at the rear side of the tub (4, 40, 50); a supporting unit, which supports an assembly composed of the drum, the driving motor, and the supporting plate with buffering and is installed between the supporting plate and the cabinet; and characterized in that the washing machine further comprises a gasket installed between the supporting plate and the rear side of the tub (4, 40, 50), a liquid balancer provided at a circumference of an inlet of the drum for maintaining a balance when the drum is rotated.
An industrial vehicle including an engine as a power source and a cargo-handling device that is configured to carry a cargo, the industrial vehicle comprising: an actuator that is configured to apply a driving force or a braking force to a vehicle body; a vibration detector that is configured to detect pitching vibration of a vehicle body by measuring a lift pressure of a lift mechanism that is configured to carry the cargo and to lift and lower the cargo; and a pitching control unit that is configured to calculate a pitching control torque for suppressing pitching vibration and generate a pitching control signal for causing the actuator to output the pitching control torque, wherein when the industrial vehicle runs under a load, the pitching control unit is configured to calculate the pitching control torque based on the lift pressure as a detection value of the vibration detector to output the pitching control signal, and the actuator is configured to be driven based on the pitching control signal. an actuator that is configured to apply a driving force or a braking force to a vehicle body; a vibration detector that is configured to detect pitching vibration of a vehicle body by measuring a lift pressure of a lift mechanism that is configured to carry the cargo and to lift and lower the cargo; and a pitching control unit that is configured to calculate a pitching control torque for suppressing pitching vibration and generate a pitching control signal for causing the actuator to output the pitching control torque, wherein when the industrial vehicle runs under a load, the pitching control unit is configured to calculate the pitching control torque based on the lift pressure as a detection value of the vibration detector to output the pitching control signal, and the actuator is configured to be driven based on the pitching control signal.
Clutch device for a motor vehicle, comprising torque input means intended to be coupled to a crankshaft, a first torque output shaft, a second torque output shaft, a first wet clutch mechanism able to couple or uncouple the torque input means and the first torque output shaft, a second wet clutch mechanism able to couple or uncouple the torque input means and the second torque output shaft, the first and second clutch mechanisms respectively comprise first and second discs (13, 22) respectively mounted on a first and second external support (8, 19) belonging to the torque input means, the first and second clutch mechanisms additionally respectively comprising first and second counter-discs (32, 38) respectively mounted on a first and second internal support (27, 33) rotationally coupled respectively to the first and second torque output shaft (31, 37), the first and second clutch mechanisms respectively comprising a first piston and a second piston, each piston being moveable between a clutch engagement position in which said piston (45, 53) presses the discs (13, 22) firmly against the associated counter-discs (32, 38) of the corresponding clutch mechanism, and a clutch release position in which said piston (45, 53) releases the discs (13, 22) and the counter-discs (32, 38) of the corresponding clutch mechanism, each piston (45, 53) being associated with a pressure chamber (47, 58) and with a counter-pressure chamber (52, 59) which are situated on either side of the corresponding piston (45, 53), at least one of said pressure chambers (47, 58) being delimited in particular by the corresponding piston (45, 53) and by the corresponding external support (8, 19), a sealing support (15, 23) being fixed to the corresponding external support (8, 19), sealing means (17, 25) being mounted on the sealing support (15, 23), said sealing means (17, 25) providing sealing between said sealing support (15, 23) and the corresponding piston (45, 53), on the one hand, and providing sealing between said sealing support (15, 23) and the corresponding external support (8, 19), on the other hand, said sealing means comprising at least one annular seal (17, 25) with lip (17c, 25c) overmoulded onto the sealing support (15, 23), characterized in that the sealing support (15, 23) is annular and is fixed to the corresponding external support (8, 19) by fixing means (18a, 26a; 18b, 26b) extending over only a part of the circumference of said sealing support (15, 23), such as, for example, point fixing means.
Bracing arrangement for bracing a first structural part and a second structural part against each other, wherein a bearing surface of the first structural part bears against a bearing surface of the second structural part, wherein the first structural part has a first coefficient of thermal expansion (α1) and the second structural part has a second coefficient of thermal expansion (α2), wherein the first coefficient of thermal expansion (α1) is different from the second coefficient of thermal expansion (α2), and wherein the bearing surfaces (8, 9) of the first structural part and of the second structural part, in the assembled state, bear against each other so as to be able to slide, characterized in that the first structural part is a component of a transmission housing and the second structural part is a flange for fastening a component of a compressor housing or expander housing as a third structural part.
A method for manufacturing an embossed button comprising a button main body and an embossed portion protruding outwards from a main surface of the button main body, in which a plurality of ink layers are laminated by repeating a plurality of times: a step of performing screen printing using a curable ink on the front surface of the button main body; and a step of curing the printed ink, thereby forming said embossed portion that protrudes from the front surface by a predetermined amount of protrusion, characterised in that: a top layer that is an ink layer that is laminated last is printed when a preceding ink layer is in a semicured state. a step of performing screen printing using a curable ink on the front surface of the button main body; and a step of curing the printed ink, thereby forming said embossed portion that protrudes from the front surface by a predetermined amount of protrusion, characterised in that: a top layer that is an ink layer that is laminated last is printed when a preceding ink layer is in a semicured state. a top layer that is an ink layer that is laminated last is printed when a preceding ink layer is in a semicured state.
A rotor assembly for an electric machine, comprising - a body member, - a first shaft member, and - a second shaft member, the body member comprising an inner wall defining a cavity inside the body member, the first shaft member being inserted into the body member and extending at least partially in the cavity of the body member, the second shaft member being inserted into the body member and extending from a first end portion of the body member to a second end portion of the body member, the second shaft member being at least partially surrounded by the first shaft member, and the first shaft member being configured to provide a medium along the inner wall of the body member, wherein the second shaft member being configured to provide the medium at each of the first end portion and the second end portion of the body member, and characterized in that the rotor assembly further comprises a hub element configured to divide the medium before providing it in the first shaft member and the second shaft member, the hub element comprising a first shaft medium inlet and a second shaft medium inlet to provide the medium separately in the first shaft member and the second shaft member. - a body member, - a first shaft member, and - a second shaft member, the body member comprising an inner wall defining a cavity inside the body member, the first shaft member being inserted into the body member and extending at least partially in the cavity of the body member, the second shaft member being inserted into the body member and extending from a first end portion of the body member to a second end portion of the body member, the second shaft member being at least partially surrounded by the first shaft member, and the first shaft member being configured to provide a medium along the inner wall of the body member, wherein the second shaft member being configured to provide the medium at each of the first end portion and the second end portion of the body member, and characterized in that the rotor assembly further comprises a hub element configured to divide the medium before providing it in the first shaft member and the second shaft member, the hub element comprising a first shaft medium inlet and a second shaft medium inlet to provide the medium separately in the first shaft member and the second shaft member.
Blocking device, in particular to repel moles, the blocking device comprising at least one grid which has grid bars bordering grid openings, with spikes being attached to the grid, in particular to grid bars, each spike extending transversely, in particular perpendicularly, to the grid, characterised in that the maximum width of the grid openings is less than 20 mm.
A dispensing device for dispensing a hot drink, comprising: a hot water device for providing hot water, a preparing and dispensing unit configured for preparing and dispensing the hot drink, comprising: a capsule holder for holding a capsule in a capsule chamber, a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a hot water channel for passing hot water from the hot water device to the capsule chamber, characterized in that the preparing and dispensing unit comprises a mounting device for mounting the preparing and dispensing unit onto or in an opening in a worktop, and in that the preparing and dispensing unit is designed such that, after mounting the mounting device onto or in the opening, the hot water channel leads through the opening. a hot water device for providing hot water, a preparing and dispensing unit configured for preparing and dispensing the hot drink, comprising: a capsule holder for holding a capsule in a capsule chamber, a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a capsule holder for holding a capsule in a capsule chamber, a dispensing opening for dispensing a hot drink, and a dispensing channel for passing a hot drink from the capsule chamber to the dispensing opening, and a hot water channel for passing hot water from the hot water device to the capsule chamber, characterized in that the preparing and dispensing unit comprises a mounting device for mounting the preparing and dispensing unit onto or in an opening in a worktop, and in that the preparing and dispensing unit is designed such that, after mounting the mounting device onto or in the opening, the hot water channel leads through the opening.
A method for manufacturing a transparent ceramic material, comprising: the first step of grinding and mixing source powders including (a) terbium oxide, (b) at least one oxide selected from among yttrium oxide, scandium oxide, and a lanthanide rare earth oxide, and (c) a sintering aid which does not cause any heterophase but cubic to precipitate in the crystal structure of a terbium oxide-based ceramic material, said source powders (a) and (b) having same mean primary particle size of 30 to 2,000 nm, the second step of shaping the powder mix to form a green compact and calcining the green compact at 400 to 1,000°C in an oxidizing atmosphere to form a calcined body, or calcining the powder mix at 400 to 1,000°C in an oxidizing atmosphere and shaping the powder mix to form a calcined body, the third step of firing the calcined body at 1,400 to 1,700°C in a non-oxidizing atmosphere to form a fired body, and the fourth step of pressure firing the fired body at 1,400 to 1,800°C under a pressure of 19 to 196 MPa to form a pressure fired body. the first step of grinding and mixing source powders including (a) terbium oxide, (b) at least one oxide selected from among yttrium oxide, scandium oxide, and a lanthanide rare earth oxide, and (c) a sintering aid which does not cause any heterophase but cubic to precipitate in the crystal structure of a terbium oxide-based ceramic material, said source powders (a) and (b) having same mean primary particle size of 30 to 2,000 nm, the second step of shaping the powder mix to form a green compact and calcining the green compact at 400 to 1,000°C in an oxidizing atmosphere to form a calcined body, or calcining the powder mix at 400 to 1,000°C in an oxidizing atmosphere and shaping the powder mix to form a calcined body, the third step of firing the calcined body at 1,400 to 1,700°C in a non-oxidizing atmosphere to form a fired body, and the fourth step of pressure firing the fired body at 1,400 to 1,800°C under a pressure of 19 to 196 MPa to form a pressure fired body.
A method of treating a fiber cushion body (1; 30; 31; 51), said fiber cushion body (1; 30; 31; 51) being formed from cross-linked fiber material, at least a fraction of said fiber material being thermally activatable, said fiber cushion body (1; 30; 31; 51) being resiliently deformable when load is applied along a main load direction, said fiber cushion body (1; 30; 31; 51) comprising a resilient zone in which more than 50% of the fibers are respectively oriented at an angle of less than 45° to the main load direction, further zones (6, 7) disposed at major faces (3, 4; 32; 52) of the fiber cushion body (1; 30; 31; 51) and distinguished from the resilient zone with regard to both a fiber orientation and a fiber cushion body density, wherein said major faces (3,4; 32; 52) include a major face (3; 32; 52) extending transverse to said main load direction, and transition zones (8, 9) disposed between the resilient zone and the further zones (6, 7), wherein the fiber orientation varies gradually from the fiber orientation of the resilient zone to the fiber orientation of the further zones (6, 7) on the major faces (3, 4; 32; 52) and the density of the fiber cushion body (1; 30; 31; 51) varies gradually from the density of the resilient zone to the density of the further zones (6, 7) on the major faces (3, 4; 32; 52), said fiber cushion body (1; 30; 31; 51) having a first shape before being treated, a portion of said fiber cushion body (1; 30; 31; 51) is displaced and ultrasonic vibrations are applied to said fiber cushion body (1; 30; 31; 51) to re-shape said fiber cushion body (1; 30; 31; 51) from said first shape to a second shape different from said first shape. a resilient zone in which more than 50% of the fibers are respectively oriented at an angle of less than 45° to the main load direction, further zones (6, 7) disposed at major faces (3, 4; 32; 52) of the fiber cushion body (1; 30; 31; 51) and distinguished from the resilient zone with regard to both a fiber orientation and a fiber cushion body density, wherein said major faces (3,4; 32; 52) include a major face (3; 32; 52) extending transverse to said main load direction, and transition zones (8, 9) disposed between the resilient zone and the further zones (6, 7), wherein the fiber orientation varies gradually from the fiber orientation of the resilient zone to the fiber orientation of the further zones (6, 7) on the major faces (3, 4; 32; 52) and the density of the fiber cushion body (1; 30; 31; 51) varies gradually from the density of the resilient zone to the density of the further zones (6, 7) on the major faces (3, 4; 32; 52),
A method for a new Mobility Management Entity, MME, in a communication network comprising a User Equipment, UE, at least a further MME/SGSN (104, 105) and a Serving Gateway, SGW (106, 107), in which communication network moreover an Idle Mode Signalling Reduction, ISR, may be used for the UE in idle mode; the UE being adapted for requesting a post idle mobility procedure such as a Routing Area Update, RAU, or a Tracking Area Update, TAU, when moving from one MME or SGSN, also denoted old MME or old SGSN, associated with a Tracking Area, TA, or Routing Area, RA, with which the UE is registered, to another MME or SGSN, also denoted new MME or new SGSN, associated with a new Tracking Area, TA, or new Routing Area, RA, with which the UE is not registered, the method for the new MME comprising: - receiving (401, 501, 8) a TAU Request; - transmitting a Context Request message to the old MME or the old SGSN; - receiving (503, 5) a Context Response message from the old MME or the old SGSN; characterized in that - if the Context Response message comprises an information element comprising a flag setting indicating an ISR procedure for the UE was initiated; - providing instructions (405, 505) comprising a current Radio Access Technology, RAT, used for the UE to the SGW. - receiving (401, 501, 8) a TAU Request; - transmitting a Context Request message to the old MME or the old SGSN; - receiving (503, 5) a Context Response message from the old MME or the old SGSN; characterized in that - if the Context Response message comprises an information element comprising a flag setting indicating an ISR procedure for the UE was initiated; - providing instructions (405, 505) comprising a current Radio Access Technology, RAT, used for the UE to the SGW.