mhurhangee/ep-ind-claims huggingface dataset:
A rail guide of a longitudinal adjustment mechanism of a motor vehicle seat, with an actuating drive having a rotary drive unit configured in particular as an electric motor, an output shaft, and a gear unit comprising a spindle nut rotationally connected to the output shaft and a spindle, the spindle comprising a spindle thread with which the spindle nut is in engagement, wherein the spindle is curved in a circular radius of curvature, the radius of curvature is between 1,500 and 3,000 mm, in particular between 1,800 and 2,500 mm, and that the spindle nut is a straight nut, and with at least one pair of rails having a floor rail, a seat rail and guiding means disposed between these two rails (22, 24), wherein the rails (22, 24) of the pair of rails are displaceable relative to each other along a displacement path in a longitudinal direction, which is substantially parallel to an x-axis, the seat rail comprises means for fastening a seat frame to be disposed above the pair of rails, the floor rail and the seat rail are each curved with the same circular radius of curvature as the spindle, the center of curvature is located on the side of the pair of rails facing away from the seat frame, and the spindle is non-rotatably connected to a rail, in particular to the floor rail, and wherein the floor rail and the seat rail delimit a channel-shaped cavity accessible only in the x-direction, and the spindle is located in this cavity.
A method performed in a user equipment, the method comprising the steps of: receiving transmissions from a plurality of neighboring access nodes (30a, 30b), wherein the method is characterised by: determining that a plurality of neighboring access nodes (30a, 30b) are measuring interference in a substantially overlapping time interval for measurement collision detection; and sending information about said determined substantially overlapping time interval to at least one of said plurality of neighboring access nodes to request a measurement pattern change or to indicate a measurement pattern collision. receiving transmissions from a plurality of neighboring access nodes (30a, 30b), wherein the method is characterised by: determining that a plurality of neighboring access nodes (30a, 30b) are measuring interference in a substantially overlapping time interval for measurement collision detection; and sending information about said determined substantially overlapping time interval to at least one of said plurality of neighboring access nodes to request a measurement pattern change or to indicate a measurement pattern collision. determining that a plurality of neighboring access nodes (30a, 30b) are measuring interference in a substantially overlapping time interval for measurement collision detection; and sending information about said determined substantially overlapping time interval to at least one of said plurality of neighboring access nodes to request a measurement pattern change or to indicate a measurement pattern collision.
Device for removing abdominal fat from abdominal skin of a slaughtered bird suspended by the legs, comprising a scraping tool (4', 4") having a first vertically movable part and a second vertically movable part (4") that is tiltable towards the first part, wherein the first part and the second part (4") are arranged to execute a concerted operation in an abdominal cavity of the slaughtered bird for removal of said abdominal fat from the bird, wherein the first vertically movable part and the second vertically movable part (4") are arranged to clamp the abdominal skin with the abdominal fat in between said parts (4', 4"), and wherein the device is arranged to remove thereafter the first movable part and the second movable part (4") together from the abdominal cavity of the bird to detach the abdominal fat from the abdominal skin, wherein the first movable part and the second movable part (4") are arranged to move in unison, that is with the same speed out of the abdominal cavity of the bird to detach the abdominal fat from the abdominal skin characterized in that the first vertically movable part is embodied with a central aperture and the second vertically movable part (4") is dimensioned to loosely fit in said central aperture of the first part to provide some play between both movable parts (4', 4").
A data display method of an electronic device having a touchscreen, the method comprising: displaying icons in a first region and detailed information on one icon in a second region of the touchscreen; detecting a first touch gesture in the first region of the touchscreen; setting a scroll rate associated with the first touch gesture; detecting a second touch gesture in the second region of the touchscreen; scrolling icons in the first region of the touch screen at the set scroll rate in response to the second touch gesture to display at least one newly displayed icon in the first region; and displaying in the second region detailed information associated with the right-most icon of the icons of the first region, in response to the second touch gesture. displaying icons in a first region and detailed information on one icon in a second region of the touchscreen; detecting a first touch gesture in the first region of the touchscreen; setting a scroll rate associated with the first touch gesture; detecting a second touch gesture in the second region of the touchscreen; scrolling icons in the first region of the touch screen at the set scroll rate in response to the second touch gesture to display at least one newly displayed icon in the first region; and displaying in the second region detailed information associated with the right-most icon of the icons of the first region, in response to the second touch gesture.
Composite structure comprising a sheet comprising a flexible support and a coating at least partially covering at least one face of the support, the support being made of a support material having dielectric properties, the coating being made of a coating material different from the support material and having magneto dielectric properties, the sheet being wound on itself about a winding axis, or folded back on itself.
A method for controlling a vehicle, the method comprising, - establishing a plurality of example situations, wherein each example situation is characterized by a plurality of example situation features, including at least a velocity of the vehicle in the example situation, a velocity change of the vehicle in the example situation, and a road inclination (αS) in the example situation, - determining, for each of a plurality of the example situations, an example situation cost dependent on a cost for operating the vehicle in the respective example situation, - subsequently obtaining topology data, indicative of a topology of a route to be travelled by the vehicle, - determining (S4-S8, S41), based at least partly on the route topology, and at least a plurality of the example situation costs, a velocity profile for the vehicle along the route. - establishing a plurality of example situations, wherein each example situation is characterized by a plurality of example situation features, including at least a velocity of the vehicle in the example situation, a velocity change of the vehicle in the example situation, and a road inclination (αS) in the example situation, - determining, for each of a plurality of the example situations, an example situation cost dependent on a cost for operating the vehicle in the respective example situation, - subsequently obtaining topology data, indicative of a topology of a route to be travelled by the vehicle, - determining (S4-S8, S41), based at least partly on the route topology, and at least a plurality of the example situation costs, a velocity profile for the vehicle along the route.
A flash lens comprising: a lens unit comprising an incident surface (110, 120), a reflecting surface, and a light-emitting surface, wherein the incident surface and the reflecting surface are located in this order from the center of the lens to the outer edge on a first side of the lens and the light-emitting surface is located on a second side of the lens opposed to the first side; and the reflecting surface reflects light entering the lens through the incident surface toward the light-emitting surface; a lens seating portion disposed at an outer edge area of the light-emitting surface, extending and protruding outwardly from a part of the reflecting surface, characterized in that the lens seating portion includes a pattern formed in a surface of the lens seating portion opposed to the light-emitting surface, wherein the pattern reflects light incident on the lens seating portion towards the light-emitting surface. a lens unit comprising an incident surface (110, 120), a reflecting surface, and a light-emitting surface, wherein the incident surface and the reflecting surface are located in this order from the center of the lens to the outer edge on a first side of the lens and the light-emitting surface is located on a second side of the lens opposed to the first side; and the reflecting surface reflects light entering the lens through the incident surface toward the light-emitting surface; a lens seating portion disposed at an outer edge area of the light-emitting surface, extending and protruding outwardly from a part of the reflecting surface, characterized in that the lens seating portion includes a pattern formed in a surface of the lens seating portion opposed to the light-emitting surface, wherein the pattern reflects light incident on the lens seating portion towards the light-emitting surface.
An air compression apparatus mounted on a vehicle, comprising: a first air compressor configured to generate first compressed air; a first cooling fan configured to send first cooling wind in a first direction to cool the first air compressor; a second air compressor aligned with the first air compressor in a second direction intersecting with the first direction, the second air compressor generating second compressed air; a second cooling fan configured to send second cooling wind in the first direction to cool the second air compressor; and a first after-cooler configured to cool the first compressed air; characterized by further comprising, a third cooling fan configured to generate third cooling wind for cooling the first after-cooler, wherein the third cooling fan sends the third cooling wind in the first direction; and a second after-cooler configured to cool the second compressed air; and a fourth cooling fan configured to generate fourth cooling wind for cooling the second after-cooler, wherein the third cooling fan is situated to blow the third cooling wind directly to the first after-cooler, and wherein the fourth cooling fan is situated to blow the fourth cooling wind directly to the second after-cooler. a first air compressor configured to generate first compressed air; a first cooling fan configured to send first cooling wind in a first direction to cool the first air compressor; a second air compressor aligned with the first air compressor in a second direction intersecting with the first direction, the second air compressor generating second compressed air; a second cooling fan configured to send second cooling wind in the first direction to cool the second air compressor; and a first after-cooler configured to cool the first compressed air; characterized by further comprising, a third cooling fan configured to generate third cooling wind for cooling the first after-cooler, wherein the third cooling fan sends the third cooling wind in the first direction; and a second after-cooler configured to cool the second compressed air; and a fourth cooling fan configured to generate fourth cooling wind for cooling the second after-cooler, wherein the third cooling fan is situated to blow the third cooling wind directly to the first after-cooler, and wherein the fourth cooling fan is situated to blow the fourth cooling wind directly to the second after-cooler.
A holding device for accommodating workpieces (28, 30, 32, 34) at least portionwise, in particular cylindrical workpieces, in at least one predetermined position, with at least one holder for accommodating at least one workpiece (28, 30, 32, 34) at least portionwise, wherein the at least one holder comprises at least one predetermined abutment area on which the at least one workpiece (28, 30, 32, 34) abuts in the predetermined position, and at least one force generation unit for generating a holding force, which holds the at least one workpiece (28, 30, 32, 34) in the predetermined position, wherein the at least one abutment area is configured in such a manner that the at least one workpiece (28, 30, 32, 34) is positionable in a predetermined position and location in the at least one holder by the at least one force generation unit, wherein the at least one abutment area is configured such that the longitudinal axes of workpieces held in the at least one holder extend in the vertical direction, characterised in that the holding force generated by the at least one force generation unit acts contactless on the at least one workpiece (28, 30, 32, 34), and in that the at least one force generation unit comprises at least one magnet, wherein the at least one magnet is arranged in an opening in the at least one holder.
A method of detecting shaft break for a gas turbine engine, comprising the steps of: • measuring rotational speed of a shaft of a gas turbine engine; • calculating a first indication from the rotational speed; • calculating a second indication from the rotational speed wherein the calculation of the second indication comprises calculating a rate of change of the rotational speed and performing a frequency analysis thereon, and the second indication is true if the frequency analysis indicates no peak at a first torsional frequency of the shaft and false if the frequency analysis indicates a peak at the first torsional frequency of the shaft; and • producing a shaft break signal if the first indication is true and the second indication is true. • measuring rotational speed of a shaft of a gas turbine engine; • calculating a first indication from the rotational speed; • calculating a second indication from the rotational speed wherein the calculation of the second indication comprises calculating a rate of change of the rotational speed and performing a frequency analysis thereon, and the second indication is true if the frequency analysis indicates no peak at a first torsional frequency of the shaft and false if the frequency analysis indicates a peak at the first torsional frequency of the shaft; and • producing a shaft break signal if the first indication is true and the second indication is true.
A method for repairing exterior wall structures, characterised by including the following steps: - examining the microbiological condition of thermal insulations in the wall structure by means of analyses and measuring the moisture in the insulation space, - cleaning the stony outer surface of the wall structure with a method suitable for the target and removing loose material, - treating the outer surface of the wall structure to prevent further wetness with a facade protection agent, - forming holes in the external cladding at a distance from each other and, - through the holes, drying an insulation space behind the external cladding and disinfecting with disinfectant, - drying the insulation space of the wall structure by installing a drying tube system in drying holes made in the wall, - conveying smoke tracer along with drying air, - when the drying has finished, conveying disinfectant in smoke-like form via the drying tube system to the wall structure, and - removing the drying tube system from the structure, repairing the holes of the tube systems in the structure and treating the surface with a façade protection. - examining the microbiological condition of thermal insulations in the wall structure by means of analyses and measuring the moisture in the insulation space, - cleaning the stony outer surface of the wall structure with a method suitable for the target and removing loose material, - treating the outer surface of the wall structure to prevent further wetness with a facade protection agent, - forming holes in the external cladding at a distance from each other and, - through the holes, drying an insulation space behind the external cladding and disinfecting with disinfectant, - drying the insulation space of the wall structure by installing a drying tube system in drying holes made in the wall, - conveying smoke tracer along with drying air, - when the drying has finished, conveying disinfectant in smoke-like form via the drying tube system to the wall structure, and - removing the drying tube system from the structure, repairing the holes of the tube systems in the structure and treating the surface with a façade protection.
A method of forming a curved prepreg strip or sheet, especially for use in fabricating a composite component, the method comprising the steps of: providing a strip or sheet of prepreg material that includes reinforcing fibres; and drawing or conveying the strip or sheet of prepreg material in a travel direction, wherein the strip or sheet is drawn or conveyed in the travel direction at a speed which differs across a width of the strip or sheet transverse to the travel direction; and heating the strip or sheet of prepreg material before and/or during the drawing or conveying step. providing a strip or sheet of prepreg material that includes reinforcing fibres; and drawing or conveying the strip or sheet of prepreg material in a travel direction, wherein the strip or sheet is drawn or conveyed in the travel direction at a speed which differs across a width of the strip or sheet transverse to the travel direction; and heating the strip or sheet of prepreg material before and/or during the drawing or conveying step.
An eFSH analog which has at least 95% homology with SEQ ID NO 8 for the use in a method of increasing reproductive activity in one or more ungulates, the method comprising administering an effective amount of the analog to the one or more ungulates, wherein the effective amount is between approximately 200 μg and 850 μg, and wherein a dose of the eFSH analog is administered to each one or more ungulate, at least once a day, for 4 to 9 days in a single estrus cycle.
An in vitro method for inducing directed differentiation of a stem cell, comprising: contacting a human stem cell with a first inhibitor of TGFβ/Activin-Nodal signaling and a second inhibitor of SMAD signaling; and contacting the cell with an inhibitor of GSK3β to produce a population of a differentiated cell selected from a neural crest stem cell, a neural crest lineage cell, a neuronal lineage cell, and a neural lineage cell.
A method for producing a water-absorbing agent, the method comprising a drying step of drying a particulate crosslinked hydrogel polymer containing a drying aid, wherein the drying aid is (a) a compound having a betaine structure and having a long-chain alkyl group having 8 or more carbon atoms, one quaternary nitrogen, and one acid group within a molecule thereof and/or (b) a compound having a long-chain alkyl group having 8 or more carbon atoms, one tertiary nitrogen, and one or more acid groups within a molecule thereof, an addition amount of the drying aid with respect to a gel solid content of the particulate crosslinked hydrogel polymer is 0.001% by mass to 0.5% by mass, and surface-crosslinking is performed on water-absorbent resin powder obtained through the drying step, wherein a drying method in the drying step is stirring drying. the drying aid is (a) a compound having a betaine structure and having a long-chain alkyl group having 8 or more carbon atoms, one quaternary nitrogen, and one acid group within a molecule thereof and/or (b) a compound having a long-chain alkyl group having 8 or more carbon atoms, one tertiary nitrogen, and one or more acid groups within a molecule thereof, an addition amount of the drying aid with respect to a gel solid content of the particulate crosslinked hydrogel polymer is 0.001% by mass to 0.5% by mass, and surface-crosslinking is performed on water-absorbent resin powder obtained through the drying step, wherein a drying method in the drying step is stirring drying.
A method of securing operating instructions for a driver assistance system of a motor vehicle, wherein the driver assistance system includes a safety electronic control unit, ECU, the operating instructions dictate the operation of said safety ECU the method including: a) implementing a distributed blockchain including a plurality of blocks, a copy of the blockchain being stored on each of a plurality of nodes, which are interconnected across a network; wherein each block includes a different version of the operating instructions, b) performing a verification routine including checking that the copies of the blockchain are identical across the copies at the nodes; and, where a fault copy of the blockchain is not identical, flagging the fault copy as insecure; and preventing use of the fault copy, thus preventing installation of the operating instructions on the ECU comprised in the blocks of the fault copy, the method including, with an ECU update routine, installing on the driver assistance system an install version of the operating instructions from an install block of said blockchain, wherein the install block is not comprised in the fault copy. a) implementing a distributed blockchain including a plurality of blocks, a copy of the blockchain being stored on each of a plurality of nodes, which are interconnected across a network; wherein each block includes a different version of the operating instructions, b) performing a verification routine including checking that the copies of the blockchain are identical across the copies at the nodes; and, where a fault copy of the blockchain is not identical, flagging the fault copy as insecure; and preventing use of the fault copy, thus preventing installation of the operating instructions on the ECU comprised in the blocks of the fault copy, the method including, with an ECU update routine, installing on the driver assistance system an install version of the operating instructions from an install block of said blockchain, wherein the install block is not comprised in the fault copy.