mhurhangee/ep-ind-claims huggingface dataset:
Tiltable vehicle including: - a chassis, - a right oscillating arm and a left oscillating arm pivotally mounted on the chassis about a transversal swivel axle, - a right ground-supporting point and a left ground-supporting point mounted on the right and left oscillating arms (118D, 118G), respectively, and - a locking system intended to selectively rigidly connect and disconnect the right and left oscillating arms (118D, 118G) relative to one another, the locking system including: - two lockable parts (140D, 140G), pivotally mounted on the chassis about a swivel axle and actuated by the right and left oscillating arms (118D, 118G), respectively, and - a system for rigidly connecting the lockable parts (140D, 140G) relative to one another so as to rigidly connect the right and left oscillating arms to one another, characterised in that the swivel axle of the lockable parts is transversal and distant from the swivel axle of the oscillating arms (118D, 118G), and in that the locking system further includes two motion transmission mechanisms (144D, 144G) from the right and left oscillating arms (118D, 118G), respectively, to the two lockable parts (140D, 140G), respectively. - a chassis, - a right oscillating arm and a left oscillating arm pivotally mounted on the chassis about a transversal swivel axle, - a right ground-supporting point and a left ground-supporting point mounted on the right and left oscillating arms (118D, 118G), respectively, and - a locking system intended to selectively rigidly connect and disconnect the right and left oscillating arms (118D, 118G) relative to one another, - two lockable parts (140D, 140G), pivotally mounted on the chassis about a swivel axle and actuated by the right and left oscillating arms (118D, 118G), respectively, and - a system for rigidly connecting the lockable parts (140D, 140G) relative to one another so as to rigidly connect the right and left oscillating arms to one another,
A method of manufacturing a nano membrane structure, the method comprising: preparing a temporary structure having a substrate in which a through-hole is formed in a central portion and a nano membrane comprising silicon nitride (SiN) and that covers the through-hole on the substrate and comprising a central area formed on the through-hole and a peripheral area formed on the substrate; preparing an insulating support member comprising at least one of silicon and a compound containing silicon and in which a micropore is formed in a central portion; forming a complex structure by performing a hydrophilic surface processing of a surface of the nano membrane and one surface of the insulating support member and by bonding the temporary structure and the insulating support member, so that at least a portion of a central area of the nano membrane and the micropore face each other; and removing the substrate from the complex structure. preparing a temporary structure having a substrate in which a through-hole is formed in a central portion and a nano membrane comprising silicon nitride (SiN) and that covers the through-hole on the substrate and comprising a central area formed on the through-hole and a peripheral area formed on the substrate; preparing an insulating support member comprising at least one of silicon and a compound containing silicon and in which a micropore is formed in a central portion; forming a complex structure by performing a hydrophilic surface processing of a surface of the nano membrane and one surface of the insulating support member and by bonding the temporary structure and the insulating support member, so that at least a portion of a central area of the nano membrane and the micropore face each other; and removing the substrate from the complex structure.
An electrophoresis chip, comprising: a housing that includes a microchannel that extends from a first end to a second end of the housing, the microchannel containing an electrophoresis sieving medium that includes cellulose acetate paper at least partially saturated with a buffer solution; a sample loading port for introducing a sample to the microchannel and sieving medium; a first electrode and a second electrode for generating an electric field along a length of the sieving medium, wherein the generated electric field induces migration and separation of components of the sample introduced into the sample loading port along the length of the sieving medium, a portion of the housing being optically transparent for visualizing the migrated and separated sample along a portion of the length of the sieving medium. a housing that includes a microchannel that extends from a first end to a second end of the housing, the microchannel containing an electrophoresis sieving medium that includes cellulose acetate paper at least partially saturated with a buffer solution; a sample loading port for introducing a sample to the microchannel and sieving medium; a first electrode and a second electrode for generating an electric field along a length of the sieving medium, wherein the generated electric field induces migration and separation of components of the sample introduced into the sample loading port along the length of the sieving medium, a portion of the housing being optically transparent for visualizing the migrated and separated sample along a portion of the length of the sieving medium.
A method of making sodium methotrexate orotate, said method comprising: mixing, sodium hydroxide with the orotic acid; mixing and drying the resulting precipitate of sodium orotate, and reacting the sodium orotate formed with methotrexate, to obtain the sodium methotrexate orotate. mixing, sodium hydroxide with the orotic acid; mixing and drying the resulting precipitate of sodium orotate, and reacting the sodium orotate formed with methotrexate, to obtain the sodium methotrexate orotate.
A method (300, 400) of operating a communication system in a vehicle (110, 200, 500), the vehicle including a first safety belt (150, 250a, 250b, 250c, 250d) securable around a vehicle occupant, the method (300, 400) comprising: detecting, at a microphone (130, 230a, 230b, 230c, 230d), a first acoustic input and, in response, determining that the first acoustic input corresponds to first audible speech at a speech time; detecting vibration associated with a speaking vehicle occupant at a vibration time using a vibration sensor (252a, 252b, 252c, 252d) associated with the first safety belt (150, 250a, 250b, 250c, 250d); determining that the vibration time substantially corresponds to the speech time to identify that the first audible speech originates from the vehicle occupant around which the first safety belt (150, 250a, 250b, 250c, 250d) is secured; and in response to identifying that the first audible speech originates from the vehicle occupant associated with the first safety belt (150, 250a, 250b, 250c, 250d), adjusting loudspeaker output of at least one loudspeaker (120, 220a, 220b, 220c, 220d, 220e, 220f, 220g, 220h). detecting, at a microphone (130, 230a, 230b, 230c, 230d), a first acoustic input and, in response, determining that the first acoustic input corresponds to first audible speech at a speech time; detecting vibration associated with a speaking vehicle occupant at a vibration time using a vibration sensor (252a, 252b, 252c, 252d) associated with the first safety belt (150, 250a, 250b, 250c, 250d); determining that the vibration time substantially corresponds to the speech time to identify that the first audible speech originates from the vehicle occupant around which the first safety belt (150, 250a, 250b, 250c, 250d) is secured; and in response to identifying that the first audible speech originates from the vehicle occupant associated with the first safety belt (150, 250a, 250b, 250c, 250d), adjusting loudspeaker output of at least one loudspeaker (120, 220a, 220b, 220c, 220d, 220e, 220f, 220g, 220h).
Method for the production of truffle (Tuber ssp.) natural aromas from cultured truffle mycelium, comprising at least one aroma precursor added to the culture medium of said truffle mycelium, thus bestowing on it the aromatic characteristics of the truffle sporocarps and characterized in that said aroma precursor is selected from among natural or synthetic amino acids of L-methionine, leucine, isoleucine, valine, phenylalanine and/or their mixtures, their precursors and/or their degradation products, and wherein said aroma precursor added to the culture medium of said truffle mycelium is present in large excess greater than or equal to 10 mM.
A method for providing radiotherapy while an existing radiotherapy device is taken out of service, the method comprising: providing a radiotherapy facility having an existing radiotherapy device needing to be taken out of service; providing a site for a temporary radiotherapy facility to be used while the existing radiotherapy device is taken out of service; providing a foundation for the temporary radiotherapy facility at the site; constructing a temporary radiotherapy facility on the foundation, the temporary radiotherapy facility including a radiotherapy device within a radiation shielding vault, the radiation shielding vault including at least about 453,600 Kg (1,000,000 lbs) of radiation shielding material; and removing the temporary radiotherapy facility from the site less than 12 months from the time the existing equipment is taken out of service, wherein removing the temporary radiotherapy facility includes removing the radiotherapy device and the radiation shielding vault from the site. providing a radiotherapy facility having an existing radiotherapy device needing to be taken out of service; providing a site for a temporary radiotherapy facility to be used while the existing radiotherapy device is taken out of service; providing a foundation for the temporary radiotherapy facility at the site; constructing a temporary radiotherapy facility on the foundation, the temporary radiotherapy facility including a radiotherapy device within a radiation shielding vault, the radiation shielding vault including at least about 453,600 Kg (1,000,000 lbs) of radiation shielding material; and removing the temporary radiotherapy facility from the site less than 12 months from the time the existing equipment is taken out of service, wherein removing the temporary radiotherapy facility includes removing the radiotherapy device and the radiation shielding vault from the site.
Rotating drum for the treatment of fibrous material, the rotation axis of said rotating drum in relation to the horizontal being inclined by at most 30°, having a sorting zone into which fibrous material mixed with water is fed and in which the drum is perforated, wherein a fine fraction flows through the perforation and a coarse fraction is rejected by said perforation, wherein a drying zone for drying the coarse fraction adjoins an end side of the sorting zone, characterized in that conveyor elements which transport water in the direction of the sorting zone are disposed on the interior wall of the drum in the drying zone, and/or a delimitation ring (6, 14), scooping strips for returning water from the drying zone to the sorting zone being disposed thereon, is disposed between the sorting zone and the drying zone.
Magnetic circuit device for a magnetic-inductive flowmeter, for generating and guiding a magnetic field, having at least one first coil for generating the magnetic field and a first pole shoe plate and a second pole shoe plate, wherein the magnetic field is formed between the pole shoe plates (6, 7) and wherein a measuring tube can be arranged between the pole shoe plates (6, 7), wherein each pole shoe plate (6, 7) has a first side facing the first coil and a second side opposite the first side and wherein the first sides of the pole shoe plates (6, 7) are designed to feed the magnetic field into the pole shoe plates (6, 7), characterized in that the coil is designed as a long coil, wherein the length of the coil corresponds to at least ten times the diameter (d) of the coil. wherein each pole shoe plate (6, 7) has a first side facing the first coil and a second side opposite the first side and wherein the first sides of the pole shoe plates (6, 7) are designed to feed the magnetic field into the pole shoe plates (6, 7), characterized in that the coil is designed as a long coil, wherein the length of the coil corresponds to at least ten times the diameter (d) of the coil.
Rubber composition based on at least one diene elastomer, a polymer filler, a coupling agent providing the bond between the polymer filler and the elastomer, characterised in that said polymer filler comprises nanoparticles of non-aromatic vinyl polymer bearing a function "Z" of formula ≡ Si - X, X representing a hydroxyl or hydrolysable group.
A rotary compressor, comprising: a cylinder provided with a vane slot at one side thereof and a compression chamber at a central portion thereof; a shaft provided with an eccentric portion and configured to perpendicularly pass through a center of the compression chamber; a roller having a ring shape, provided with a coupling groove at one side of an outer circumferential surface thereof and configured to make orbital movements in the compression chamber by rotation of the shaft; a vane provided with a vane hinge having a circular arc shape and coupled to the coupling groove, and provided with a vane body one side of which is inserted into the vane slot and which is configured to divide the compression chamber into a discharge space and a suction space; and a discharge-sided groove and a suction-sided groove disposed between the vane hinge and the vane body, with the discharge-sided groove close to the discharge space and with the suction-sided groove close to the suction space, with respect to a central axis (Bc) of the vane body, characterised in that a central point of the coupling groove and a central axis of the vane body are on a single straight line, and a shape of the discharge-sided groove is asymmetrical to a shape of the suction-sided groove. a cylinder provided with a vane slot at one side thereof and a compression chamber at a central portion thereof; a shaft provided with an eccentric portion and configured to perpendicularly pass through a center of the compression chamber; a roller having a ring shape, provided with a coupling groove at one side of an outer circumferential surface thereof and configured to make orbital movements in the compression chamber by rotation of the shaft; a vane provided with a vane hinge having a circular arc shape and coupled to the coupling groove, and provided with a vane body one side of which is inserted into the vane slot and which is configured to divide the compression chamber into a discharge space and a suction space; and a discharge-sided groove and a suction-sided groove disposed between the vane hinge and the vane body, with the discharge-sided groove close to the discharge space and with the suction-sided groove close to the suction space, with respect to a central axis (Bc) of the vane body, characterised in that a central point of the coupling groove and a central axis of the vane body are on a single straight line, and a shape of the discharge-sided groove is asymmetrical to a shape of the suction-sided groove.
An electronic device comprising: a first substrate, a second substrate, and a third substrate on each of which an electronic component is mounted, the first substrate, the second substrate, and the third substrate being positioned in order toward a stacking direction with respective main surfaces facing each other; a first metal plate including a first flat portion that is interposed between the first substrate and the second substrate and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers an entire circumference of a side surface of the first substrate; and a second metal plate including a second flat portion that is interposed between the second substrate and the third substrate and that directly or indirectly abuts the electronic component mounted on the second substrate and the electronic component mounted on the third substrate, and a second shield portion that covers at least portions of side surfaces of the second substrate and the third substrate. a first substrate, a second substrate, and a third substrate on each of which an electronic component is mounted, the first substrate, the second substrate, and the third substrate being positioned in order toward a stacking direction with respective main surfaces facing each other; a first metal plate including a first flat portion that is interposed between the first substrate and the second substrate and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers an entire circumference of a side surface of the first substrate; and a first flat portion that is interposed between the first substrate and the second substrate and that directly or indirectly abuts the electronic component mounted on the first substrate and the electronic component mounted on the second substrate, and a first shield portion that covers an entire circumference of a side surface of the first substrate; and a second metal plate including a second flat portion that is interposed between the second substrate and the third substrate and that directly or indirectly abuts the electronic component mounted on the second substrate and the electronic component mounted on the third substrate, and a second shield portion that covers at least portions of side surfaces of the second substrate and the third substrate. a second flat portion that is interposed between the second substrate and the third substrate and that directly or indirectly abuts the electronic component mounted on the second substrate and the electronic component mounted on the third substrate, and a second shield portion that covers at least portions of side surfaces of the second substrate and the third substrate.
An elevator-rope inspection device comprising: a camera (10; 11) for capturing images of one or a plurality of elevator ropes; and an image-processing unit for processing a captured image outputted by the camera; characterized in that the image-processing unit detects a location of wear from captured images; implements a labeling process that assigns a label (1, 2, 3) to the location of wear; and measures a distance between labels assigned in the labeling process, and judges a label gap to be a wire break when the distance is less than a fixed value. a camera (10; 11) for capturing images of one or a plurality of elevator ropes; and an image-processing unit for processing a captured image outputted by the camera; characterized in that the image-processing unit detects a location of wear from captured images; implements a labeling process that assigns a label (1, 2, 3) to the location of wear; and measures a distance between labels assigned in the labeling process, and judges a label gap to be a wire break when the distance is less than a fixed value.
An anti-lock braking system for an aircraft, comprising: a hydraulic braking actuator configured to apply a braking pressure to a brake stator; and a piezoelectric actuator connected in series with the braking actuator, wherein the piezoelectric actuator is operable to modify the braking pressure applied to the brake stator to provide anti-skid protection, characterised in that the hydraulic braking actuator is configured to be locked in position during operation of the piezoelectric actuator by preventing entry and exit of hydraulic fluid to and from an active chamber of the braking actuator. a hydraulic braking actuator configured to apply a braking pressure to a brake stator; and a piezoelectric actuator connected in series with the braking actuator, wherein the piezoelectric actuator is operable to modify the braking pressure applied to the brake stator to provide anti-skid protection, characterised in that the hydraulic braking actuator is configured to be locked in position during operation of the piezoelectric actuator by preventing entry and exit of hydraulic fluid to and from an active chamber of the braking actuator.
Method for starting an internal combustion engine of a motor vehicle, having at least one starter for starting the internal combustion engine, having at least one automatically controlled clutch which is coupled at an input side to an output shaft of the internal combustion engine and at an output side to the drive wheels of the motor vehicle, wherein, during gliding of the motor vehicle, in which the motor vehicle rolls in a drive-free manner with deactivated internal combustion engine and open clutch, the internal combustion engine can be crank-started by closing the clutch, wherein the starter is a pinion-type starter and/or is a belt-type starter-generator which is permanently connected to the engine shaft, characterized in that, during gliding, a combined engine start of the internal combustion engine can be performed by means of a combination of the closing of the clutch and the use of the starter.
A height-adjustable neck-support system for an office chair, in particular for a gaming chair, for adapting to different neck-supporting heights of differently sized users comprising: a wedge-shaped neck support having a supporting edge on which a sitting user can rest its neck during utilization of the chair for laying down its head in a region above the supporting edge; a holding plate configured for being mounted stationary on the chair; and an adjusting mechanism including a first adjusting device and a second adjusting device, wherein the first adjusting device is connected to the neck support and the second adjusting device is connected fixedly to the holding plate, and wherein the adjusting devices define a length of an adjusting range (Vges) when the adjusting devices are engaging each other in an engagement state; wherein the adjusting devices are engaging each other during the utilization of the chair such that the neck support either is connected to the holding plate in a first orientation or is connected in a second opposite orientation; wherein the adjusting devices are configured for being moved relative to each other in opposite adjusting directions (R1, R2); and wherein, when the neck support is positioned centrally in the adjusting range (Vges), the supporting edge is arranged off-center in relation to the adjusting range (Vges). a wedge-shaped neck support having a supporting edge on which a sitting user can rest its neck during utilization of the chair for laying down its head in a region above the supporting edge; a holding plate configured for being mounted stationary on the chair; and an adjusting mechanism including a first adjusting device and a second adjusting device, wherein the first adjusting device is connected to the neck support and the second adjusting device is connected fixedly to the holding plate, and wherein the adjusting devices define a length of an adjusting range (Vges) when the adjusting devices are engaging each other in an engagement state; wherein the adjusting devices are engaging each other during the utilization of the chair such that the neck support either is connected to the holding plate in a first orientation or is connected in a second opposite orientation; wherein the adjusting devices are configured for being moved relative to each other in opposite adjusting directions (R1, R2); and wherein, when the neck support is positioned centrally in the adjusting range (Vges), the supporting edge is arranged off-center in relation to the adjusting range (Vges).