mhurhangee/ep-ind-claims huggingface dataset:
Truck component for the support of the ropes of a pleated anti-mosquito net, with a void chamber and openings facing the four sides thereof, upper opening, lower opening, front opening with hole and back opening, a pulley consisting of a cylinder with cylindrical lateral walls that rotates around an axis fitted on the grooves, wherein the component comprises: i) two vertical slots at the upper and lower part of the back opening, ii) two internal grooves for the support of the pulley inside a truck, characterized in that iii) the cylinder of the pulley has an elliptic surface, whereas the cross-section of the cylindrical lateral walls of the elliptical cylinder of the pulley has a diameter larger than the diameter of any cross-section of the cylinder, so that rope bundles (11a and 11b) may move continuously inside the void inside the truck and between the cylindrical lateral walls, without getting out of them, and the cylindrical lateral walls have such a thickness that the internal distance between the surfaces of the walls is less than the length inside the opening of the upper and lower side of the truck, so that ropes move inside the openings (17 and 18) of trucks (15a-15f) without coming into contact with the inside part of the walls of the openings (17 and 18). i) two vertical slots at the upper and lower part of the back opening, ii) two internal grooves for the support of the pulley inside a truck, iii) the cylinder of the pulley has an elliptic surface, whereas the cross-section of the cylindrical lateral walls of the elliptical cylinder of the pulley has a diameter larger than the diameter of any cross-section of the cylinder, so that rope bundles (11a and 11b) may move continuously inside the void inside the truck and between the cylindrical lateral walls, without getting out of them, and the cylindrical lateral walls have such a thickness that the internal distance between the surfaces of the walls is less than the length inside the opening of the upper and lower side of the truck, so that ropes move inside the openings (17 and 18) of trucks (15a-15f) without coming into contact with the inside part of the walls of the openings (17 and 18).
Height adjuster for a fitting part of a seatbelt for a motor vehicle including: - a profile rail including a base and lateral walls (11, 12), wherein a latch contour (14, 15) is provided in at least one lateral wall (11, 12), - a slide piece displaceable along the profile rail, which slide piece includes a locking device for locking the slide piece in the latch contour (14, 15), and - a control element for unlocking the locking device, wherein - at least one opening is provided on an edge side of the slide piece, and - the locking device is formed by at least one ratchet (4, 5) disposed in the opening, wherein - the ratchet (4, 5) is preloaded by a spring towards the locking position, wherein - the spring is formed by a torsion- or leg-spring including two radially projecting legs (7, 8), wherein the torsion- or leg-spring abuts with at least one leg (7, 8) on the at least one ratchet (4, 5), characterised in that - the control element abuts with a projection (19, 20) on the ratchet (4, 5), and upon an actuation displaces into the opening using the projection (19, 20) and pivots out of engagement with the locking gate (14, 15) into the unlocked position. - a profile rail including a base and lateral walls (11, 12), wherein a latch contour (14, 15) is provided in at least one lateral wall (11, 12), - a slide piece displaceable along the profile rail, which slide piece includes a locking device for locking the slide piece in the latch contour (14, 15), and - a control element for unlocking the locking device, wherein - at least one opening is provided on an edge side of the slide piece, and - the locking device is formed by at least one ratchet (4, 5) disposed in the opening, wherein - the ratchet (4, 5) is preloaded by a spring towards the locking position, wherein - the spring is formed by a torsion- or leg-spring including two radially projecting legs (7, 8), wherein the torsion- or leg-spring abuts with at least one leg (7, 8) on the at least one ratchet (4, 5), - the control element abuts with a projection (19, 20) on the ratchet (4, 5), and upon an actuation displaces into the opening using the projection (19, 20) and pivots out of engagement with the locking gate (14, 15) into the unlocked position.
A composition comprising 1 to 70 wt% of at least one copolymer obtainable by polymerizing a mixture of monomers comprising at least one ethylenically unsaturated monomer which comprises at least one radical from the series carboxylic acid, carboxylic salt, carboxylic ester, carboxylic amide, carboxylic anhydride, and carboxylic imide, and at least one ethylenically unsaturated monomer having a polyalkylene oxide radical, 0.01 to 10 wt% of at least one emulsifier, and 29 to 98 wt% of at least one hydrocarbon liquid at 20°C or a hydrocarbon mixture. at least one ethylenically unsaturated monomer which comprises at least one radical from the series carboxylic acid, carboxylic salt, carboxylic ester, carboxylic amide, carboxylic anhydride, and carboxylic imide, and at least one ethylenically unsaturated monomer having a polyalkylene oxide radical,
Torque support arrangement for a wind power transmission for transmitting a support force to a load-bearing structure of a wind turbine, wherein on the transmission side there is at least one radial support arm with an associated opening for accommodating a horizontal support bolt which establishes a releasable connection with at least one corresponding opening (13a; 13b) of a load-bearing eye unit arranged on the load-bearing structure, wherein the at least one opening (13a; 13b) of the load-bearing eye unit is provided with an elastomer bearing bush (15a; 15b) whose stiffness is load-dependent and into which the support bolt is inserted, wherein the elastomer bearing bush (15a; 15b) consists of at least one softer region of lower stiffness and at least one opposite harder region of higher stiffness, wherein the softer region of lower stiffness establishes permanent contact between the load-bearing eye unit and the support bolt, whereas the harder region of higher stiffness comes into contact between the load-bearing eye unit and the support bolt only from a defined minimum loading, characterized in that the softer region of lower stiffness consists of a moulded-on outer ring that is narrower than the overall length of the elastomer bearing bush (15a, 15b).
A control system (20, 30, 40, 50, 60, 70, 80, 90, 100), particularly a control system (20, 30, 40, 50, 60, 70, 80, 90, 100) for pilot command inputs, with: a mechanical input command, an actuator output shaft, at least one electric position sensor (21, 21') at least one electric power supply (25, 25') and at least one controllable, electromechanical actuator (27, 27') fed by the at least one electric power supply (25, 25') and controlled by the at least one electric position sensor (21, 21'), wherein said mechanical input command is applied at the same time by means of a lever in parallel to a command shaft of the at least one electric position sensor (21, 21'), so that the lever and the actuator output and the lever and the command shaft represent two parallel drive trains, characterised in that the at least one electric position sensor (21, 21') is connected to a mechanical linkage suitable to measure a displacement error "E" between said input command and a displacement of said actuator output shaft, the mechanical input command is applied via a mechanical linkage with said lever and with said actuator output shaft to the at least one controllable electromechanical actuator (27, 27'), - and in that the at least one electromechanical actuator (27, 27') controlled by the at least one electric position sensor (21, 21') is suitable to drive electrically the actuator output. a mechanical input command, an actuator output shaft, at least one electric position sensor (21, 21') at least one electric power supply (25, 25') and at least one controllable, electromechanical actuator (27, 27') fed by the at least one electric power supply (25, 25') and controlled by the at least one electric position sensor (21, 21'), wherein said mechanical input command is applied at the same time by means of a lever in parallel to a command shaft of the at least one electric position sensor (21, 21'), so that the lever and the actuator output and the lever and the command shaft represent two parallel drive trains, characterised in that the at least one electric position sensor (21, 21') is connected to a mechanical linkage suitable to measure a displacement error "E" between said input command and a displacement of said actuator output shaft, the mechanical input command is applied via a mechanical linkage with said lever and with said actuator output shaft to the at least one controllable electromechanical actuator (27, 27'), - and in that the at least one electromechanical actuator (27, 27') controlled by the at least one electric position sensor (21, 21') is suitable to drive electrically the actuator output. - and in that the at least one electromechanical actuator (27, 27') controlled by the at least one electric position sensor (21, 21') is suitable to drive electrically the actuator output.
Octreotide for use in a method of treating acromegaly in a subject in whom prior treatment with a somatostatin receptor ligand has been shown to be effective and tolerated, wherein at least one dosage form comprising octreotide is administered orally to the subject twice daily, wherein the dosage form comprises an oily suspension which is formulated into a capsule, wherein the oily suspension comprises a hydrophobic medium and a solid form, the solid form comprising: the octreotide; at least one salt of a medium chain fatty acid having a chain length from 6 to 14 carbon atoms, wherein the medium chain fatty acid salt is present in the oily suspension at an amount of 11% to 40% by weight; and polyvinylpyrrolidone, wherein the PVP is present in the oily suspension at an amount of 2% to 20% by weight; wherein the octreotide in each dosage form is 20 mg, wherein the administering occurs at least 1 hour before a meal or at least 2 hours after a meal, to thereby treat the subject, and wherein the total amount of octreotide administered per day is 40 mg, 60 mg, or 80 mg. wherein the oily suspension comprises a hydrophobic medium and a solid form, the solid form comprising: the octreotide; at least one salt of a medium chain fatty acid having a chain length from 6 to 14 carbon atoms, wherein the medium chain fatty acid salt is present in the oily suspension at an amount of 11% to 40% by weight; and polyvinylpyrrolidone, wherein the PVP is present in the oily suspension at an amount of 2% to 20% by weight; the octreotide; at least one salt of a medium chain fatty acid having a chain length from 6 to 14 carbon atoms, wherein the medium chain fatty acid salt is present in the oily suspension at an amount of 11% to 40% by weight; and polyvinylpyrrolidone, wherein the PVP is present in the oily suspension at an amount of 2% to 20% by weight; wherein the octreotide in each dosage form is 20 mg, wherein the administering occurs at least 1 hour before a meal or at least 2 hours after a meal, to thereby treat the subject, and wherein the total amount of octreotide administered per day is 40 mg, 60 mg, or 80 mg.
A non-volatile solid-state storage, comprising: a non-volatile random access memory, NVRAM, addressable by a first controller internal to the non-volatile solid-state storage, and by a second controller external to the non-volatile solid-state storage, the NVRAM configured to store user data and metadata relating to the user data; and a flash memory, addressable by the first controller and by the second controller, characterized in that the first controller is configured to cooperate with further non-volatile solid state storage as a storage cluster, the storage cluster having a plurality of storage nodes and a plurality of authorities associated with the plurality of storage nodes, the plurality of storage nodes configured to write data segments across the non-volatile solid-state storage, with each data segment associated with one of the plurality of authorities and each authority associated with a storage node of the storage cluster such that for each data segment, as a logical container of data, a segment identifier determines which of the plurality of authorities reads or writes the data segment and points to storage nodes for data striping for the data segment. a non-volatile random access memory, NVRAM, addressable by a first controller internal to the non-volatile solid-state storage, and by a second controller external to the non-volatile solid-state storage, the NVRAM configured to store user data and metadata relating to the user data; and a flash memory, addressable by the first controller and by the second controller, characterized in that the first controller is configured to cooperate with further non-volatile solid state storage as a storage cluster, the storage cluster having a plurality of storage nodes and a plurality of authorities associated with the plurality of storage nodes, the plurality of storage nodes configured to write data segments across the non-volatile solid-state storage, with each data segment associated with one of the plurality of authorities and each authority associated with a storage node of the storage cluster such that for each data segment, as a logical container of data, a segment identifier determines which of the plurality of authorities reads or writes the data segment and points to storage nodes for data striping for the data segment.
A drone vehicle for use with a lead vehicle for performing maintenance on a railroad, the railroad having a ballast bed, at least two rails, and a plurality of ties disposed on the ballast bed and coupled to the rails, the drone vehicle comprising: a drone vehicle body having a frame and a plurality of railway wheels, the drone vehicle body supporting at least one drone vehicle workhead (150, 160, 170, 180); a propulsion device coupled to the drone vehicle body that propels the drone vehicle body along the rails; a drone vehicle control system having a communication system that is in wireless communication with a lead vehicle communication system, the control system being configured to operate the at least one drone vehicle workhead; and a drone vehicle tie locator and an encoder wheel configured to electronically communicate with the drone vehicle control system wherein the drone vehicle control system is configured to determine tie position data based on data from the drone vehicle tie locator, whereby said tie locator and said encoder wheel are configured to create the tie position data. a drone vehicle body having a frame and a plurality of railway wheels, the drone vehicle body supporting at least one drone vehicle workhead (150, 160, 170, 180); a propulsion device coupled to the drone vehicle body that propels the drone vehicle body along the rails; a drone vehicle control system having a communication system that is in wireless communication with a lead vehicle communication system, the control system being configured to operate the at least one drone vehicle workhead; and a drone vehicle tie locator and an encoder wheel configured to electronically communicate with the drone vehicle control system wherein the drone vehicle control system is configured to determine tie position data based on data from the drone vehicle tie locator, whereby said tie locator and said encoder wheel are configured to create the tie position data.
A near-eye display system to display an image to a user comprising: an image source to provide light; a modulation stack (230,355) comprising one or more digital light path length modulators (235,237,350), a digital light path length modulator comprising: a polarization modulator to receive light and to selectively modulate a polarization of the light; and an optical path length extender (OPLE) to direct the light having a first polarization through a first light path through the OPLE, and to direct the light having a second polarization through a second light path through the OPLE, the first and second light paths having different light path lengths; and the modulation stack to output light via a first light path and a second light path, the first light path and the second light path having different light path lengths, the light path lengths altered on a time sequential basis; and an imaging assembly to display a plurality of subframes from the modulation stack received on the time sequential basis to create a perceived single frame having depth. an image source to provide light; a modulation stack (230,355) comprising one or more digital light path length modulators (235,237,350), a digital light path length modulator comprising: a polarization modulator to receive light and to selectively modulate a polarization of the light; and an optical path length extender (OPLE) to direct the light having a first polarization through a first light path through the OPLE, and to direct the light having a second polarization through a second light path through the OPLE, the first and second light paths having different light path lengths; and a polarization modulator to receive light and to selectively modulate a polarization of the light; and an optical path length extender (OPLE) to direct the light having a first polarization through a first light path through the OPLE, and to direct the light having a second polarization through a second light path through the OPLE, the first and second light paths having different light path lengths; and the modulation stack to output light via a first light path and a second light path, the first light path and the second light path having different light path lengths, the light path lengths altered on a time sequential basis; and an imaging assembly to display a plurality of subframes from the modulation stack received on the time sequential basis to create a perceived single frame having depth.
A method of inspecting an additive manufacturing process in which a directed energy source generates a beam to create a weld pool at an exposed build surface of a mass of powdered material, and selectively fuse the powdered material to form a workpiece, the method comprising: using a noncontact method to generate an acoustic wave in the build surface, wherein the acoustic wave is generated by the directed energy source, wherein the beam is scanned on the build surface at a reduced power level relative to that used to fuse the powdered material to generate an acoustic wave, wherein the surface displacements are measured using a monitoring laser separate from the directed energy source; using a noncontact method to measure displacement of the build surface in response to the acoustic wave; and determining at least one sub-surface material property of the workpiece by analyzing the displacement of the build surface. using a noncontact method to generate an acoustic wave in the build surface, wherein the acoustic wave is generated by the directed energy source, wherein the beam is scanned on the build surface at a reduced power level relative to that used to fuse the powdered material to generate an acoustic wave, wherein the surface displacements are measured using a monitoring laser separate from the directed energy source; using a noncontact method to measure displacement of the build surface in response to the acoustic wave; and determining at least one sub-surface material property of the workpiece by analyzing the displacement of the build surface.
A failure cause classification apparatus comprising a processing part, the processing part being configured to: learn features from sensor data on a machine failure; given the result of learning, obtain similar features from among the features of at least two failure causes; compare the similar features obtained; and characterized by the following steps: characterized in that the processing part is further configured to obtain an influence value serving as an index for selecting a sensor effective for classifying the machine failure from the result of comparing. learn features from sensor data on a machine failure; given the result of learning, obtain similar features from among the features of at least two failure causes; compare the similar features obtained; and characterized in that the processing part is further configured to obtain an influence value serving as an index for selecting a sensor effective for classifying the machine failure from the result of comparing. obtain an influence value serving as an index for selecting a sensor effective for classifying the machine failure from the result of comparing.
Illumination system for an EUV projection lithographic projection exposure apparatus - comprising an EUV light source, which generates an output beam of EUV illumination light with a predetermined polarization state, - comprising an illumination optical unit, which guides the output beam along an optical axis, as a result of which an illumination field in a reticle plane is illuminated by the output beam, - wherein the EUV light source comprises the following: -- an electron beam supply device, -- an EUV generating device, which is supplied with an electron beam by the electron beam supply device, -- a polarization setting device, which exerts an adjustable deflecting effect on the electron beam for setting the polarization of the output beam, - wherein the EUV light source is embodied as free electron laser. - comprising an EUV light source, which generates an output beam of EUV illumination light with a predetermined polarization state, - comprising an illumination optical unit, which guides the output beam along an optical axis, as a result of which an illumination field in a reticle plane is illuminated by the output beam, - wherein the EUV light source comprises the following: -- an electron beam supply device, -- an EUV generating device, which is supplied with an electron beam by the electron beam supply device, -- a polarization setting device, which exerts an adjustable deflecting effect on the electron beam for setting the polarization of the output beam, -- an electron beam supply device, -- an EUV generating device, which is supplied with an electron beam by the electron beam supply device, -- a polarization setting device, which exerts an adjustable deflecting effect on the electron beam for setting the polarization of the output beam, - wherein the EUV light source is embodied as free electron laser.
Multilayer for covering elements for ironing surfaces, which multilayer comprises a fabric layer and a metallized layer, which is coupled to said fabric layer, wherein said metallized layer comprises a metallic film, which is oriented towards said fabric layer, whereby said metallized layer comprises a supporting substrate which is oriented in the opposite direction with respect to said fabric layer and which is coated at its upper surface by said metallic film, said metallic film having a thickness in the range of microns and being applied to said supporting substrate by spraying or vacuum sputtering, and in that said metallized layer is directly coupled to said fabric layer by a polymeric glue and/or a hot-melt resin.