mhurhangee/ep-ind-claims huggingface dataset:
An installation for cleaning ballast of a track, consisting of several vehicles having machine frames supported on on-track undercarriages, including an endless clearing chain guided around the track for taking up the ballast located underneath the track, a processing unit comprising a crusher, a first screening installation, a second screening installation, conveying devices (13, 16, 17, 18, 22) for the transport of ballast, and a ballast introduction device, characterized by the following features: a) a first conveying device for the direct transport of ballast to the processing unit for sharpening the ballast directly after its taking off with the endless clearing chain is associated, b) a second conveying device for the direct transport of ballast to the first screening installation for pre-screening the ballast directly after its sharpening with the processing unit is associated, c) a third conveying device for the direct transport of pre-screened ballast to the second screening installation for the finally fine sifting of the ballast is associated with the first screening installation. d) a fourth conveying device for the direct transport of the finally screened ballast to the ballast introduction device is associated with the second screening installation. a) a first conveying device for the direct transport of ballast to the processing unit for sharpening the ballast directly after its taking off with the endless clearing chain is associated, b) a second conveying device for the direct transport of ballast to the first screening installation for pre-screening the ballast directly after its sharpening with the processing unit is associated, c) a third conveying device for the direct transport of pre-screened ballast to the second screening installation for the finally fine sifting of the ballast is associated with the first screening installation. d) a fourth conveying device for the direct transport of the finally screened ballast to the ballast introduction device is associated with the second screening installation.
A head assembly for retaining a cable lacing tape, the head assembly comprising: a first portion comprising a first wall defining a first passageway for operatively coupling and retaining a first end of the cable lacing tape; a second portion for frictionally retaining a second end of the cable lacing tape, the second portion comprising: a second wall defining a second passageway extending from a first side of the head assembly around a movable retainer transversely received within the second passageway and exiting through the same first side of the head assembly, wherein the retainer is movable between an inactivated position where the second end of the cable lacing tape is freely movable within the second passageway to an activated position characterised in that in said activated position the second end of the cable lacing tape is immobilized and frictionally retained against the retained first end of the cable lacing tape and the first and second walls by the retainer. a first portion comprising a first wall defining a first passageway for operatively coupling and retaining a first end of the cable lacing tape; a second portion for frictionally retaining a second end of the cable lacing tape, the second portion comprising: a second wall defining a second passageway extending from a first side of the head assembly around a movable retainer transversely received within the second passageway and exiting through the same first side of the head assembly, wherein the retainer is movable between an inactivated position where the second end of the cable lacing tape is freely movable within the second passageway to an activated position characterised in that in said activated position the second end of the cable lacing tape is immobilized and frictionally retained against the retained first end of the cable lacing tape and the first and second walls by the retainer. a second wall defining a second passageway extending from a first side of the head assembly around a movable retainer transversely received within the second passageway and exiting through the same first side of the head assembly, wherein the retainer is movable between an inactivated position where the second end of the cable lacing tape is freely movable within the second passageway to an activated position characterised in that in said activated position the second end of the cable lacing tape is immobilized and frictionally retained against the retained first end of the cable lacing tape and the first and second walls by the retainer.
A tubular arc welding wire, comprising: a metal sheath based on iron, high-carbon steel or low-carbon steel surrounding a granular core, wherein the metal sheath comprises between 0.6% and 2% manganese by weight and between greater than 0.05% and 0.75% silicon by weight, between 0.01% and 0.2% carbon by weight, and less than 0.02% sulfur and less than 0.02% phosphor by weight, and wherein the metal sheath has a thickness of between 0.2 mm (0.008 inches) and 0.4 mm (0.016 inches), wherein the core comprises trace amounts of 0.01% by weight or less of manganese and silicon, wherein the tubular welding wire is a flux-cored tubular welding wire having an AWS classification of EC308, EC308Si, EC308H, EC308L, or EC308LSi, and wherein the core comprises between 19.5% and 22.0% chromium by weight, between 9.0% and 11.0% nickel by weight and between 0.5 and 0.75% molybdenum by weight, based on the weight of the tubular welding wire, wherein the granular core comprises between 40% and 60% of the tubular welding wire by weight, and wherein the tubular welding wire has an outer diameter between 2.032 mm (0.08 inches) and 4.064 mm (0.16 inches). a metal sheath based on iron, high-carbon steel or low-carbon steel surrounding a granular core, wherein the metal sheath comprises between 0.6% and 2% manganese by weight and between greater than 0.05% and 0.75% silicon by weight, between 0.01% and 0.2% carbon by weight, and less than 0.02% sulfur and less than 0.02% phosphor by weight, and wherein the metal sheath has a thickness of between 0.2 mm (0.008 inches) and 0.4 mm (0.016 inches), wherein the core comprises trace amounts of 0.01% by weight or less of manganese and silicon, wherein the tubular welding wire is a flux-cored tubular welding wire having an AWS classification of EC308, EC308Si, EC308H, EC308L, or EC308LSi, and wherein the core comprises between 19.5% and 22.0% chromium by weight, between 9.0% and 11.0% nickel by weight and between 0.5 and 0.75% molybdenum by weight, based on the weight of the tubular welding wire, wherein the granular core comprises between 40% and 60% of the tubular welding wire by weight, and wherein the tubular welding wire has an outer diameter between 2.032 mm (0.08 inches) and 4.064 mm (0.16 inches).
A header for a harvester comprising: a frame; an end row unit extending forwardly from the frame; an end hood for covering the end row unit; and a mounting assembly connected to the frame for mounting the end hood thereon, the mounting assembly including a mounting bracket affixed to the frame, and characterized in that the mounting assembly further comprises a pivot axis extending from the mounting bracket inwardly and forwardly relative to the header, wherein the end hood is configured to pivot about the pivot axis to move between a first position covering the end row unit and a second position spaced apart outwardly and upwardly from the first position. a frame; an end row unit extending forwardly from the frame; an end hood for covering the end row unit; and a mounting assembly connected to the frame for mounting the end hood thereon, the mounting assembly including a mounting bracket affixed to the frame, and characterized in that the mounting assembly further comprises a pivot axis extending from the mounting bracket inwardly and forwardly relative to the header, wherein the end hood is configured to pivot about the pivot axis to move between a first position covering the end row unit and a second position spaced apart outwardly and upwardly from the first position. a mounting bracket affixed to the frame, and characterized in that the mounting assembly further comprises a pivot axis extending from the mounting bracket inwardly and forwardly relative to the header, wherein the end hood is configured to pivot about the pivot axis to move between a first position covering the end row unit and a second position spaced apart outwardly and upwardly from the first position.
Pneumatic valve apparatus for a compressed air device, in particular comprising a pneumatic cylinder, in particular for an automatic clutch system or an automated transmission control and clutch system, the apparatus comprising: - a pneumatic solenoid valve comprising a housing body having a supply channel, a receiving channel and a vent channel, - the housing body surrounding a valve chamber in which a valve body is movable, by means of an actuator, along a valve axis, against the force of a valve spring, relative to a vent valve seat to the vent channel and a supply valve seat to the supply channel, - the valve body opening, in a first position, the valve chamber and the vent valve seat to a vent channel and opening, in a second position, a supply channel to the supply valve seat and the valve chamber, - the housing body comprising a diffuser which adjoins the vent valve seat to the vent channel, a diffuser channel (111, 112) of the diffuser widening in cross-section from the vent valve seat to the vent channel, and - the diffuser channel (111, 112) running transversely to the valve axis, and a vent valve seat passage having a clearance which is smaller than a second clearance (133, 134) of the diffuser channel (111, 112), characterized in that the diffuser channel (111, 112) - comprises a first portion having a cylindrical and/or blunt conical form, and/or - comprises a second portion having a curved form, and in the diffuser channel (111, 112), - opposite the vent valve seat passage, a flow baffle element is formed as a mandrel-shaped flow guide element on the valve axis. - a pneumatic solenoid valve comprising a housing body having a supply channel, a receiving channel and a vent channel, - the housing body surrounding a valve chamber in which a valve body is movable, by means of an actuator, along a valve axis, against the force of a valve spring, relative to a vent valve seat to the vent channel and a supply valve seat to the supply channel, - the valve body opening, in a first position, the valve chamber and the vent valve seat to a vent channel and opening, in a second position, a supply channel to the supply valve seat and the valve chamber, - the housing body comprising a diffuser which adjoins the vent valve seat to the vent channel, a diffuser channel (111, 112) of the diffuser widening in cross-section from the vent valve seat to the vent channel, and - the diffuser channel (111, 112) running transversely to the valve axis, and a vent valve seat passage having a clearance which is smaller than a second clearance (133, 134) of the diffuser channel (111, 112), characterized in that the diffuser channel (111, 112) - comprises a first portion having a cylindrical and/or blunt conical form, and/or - comprises a second portion having a curved form, and in the diffuser channel (111, 112), - opposite the vent valve seat passage, a flow baffle element is formed as a mandrel-shaped flow guide element on the valve axis.
A blood treatment device for extracorporeal blood treatment, comprising a blood conducting system with a chamber container for separating bubbles from a blood to be treated, and a blood pumping device configured to pump the blood and which in addition generates pressure pulses with a predefined frequency in the blood conducting system, characterized in that the blood treatment device further comprises: - a pressure detection sensor in the blood conducting system for detecting the pressure pulse introduced by the blood pumping device, - a data processing unit which is adapted to determine a pressure pulse amplitude and/or a pressure pulse width of the pressure pulse from the detected pressure pulse, which serve as fill level parameter, to compare the fill level parameter pressure pulse width and/or pressure pulse amplitude with at least one reference value stored in the data processing unit to determine a fill level of the blood in the chamber container on the basis of the comparison with the reference value, and to change a state of a notification signal as a function of the fill level parameters and thus the fill level of the blood in the chamber container, - at least one alarm device which is activated as a function of the state of the notification signal. - a pressure detection sensor in the blood conducting system for detecting the pressure pulse introduced by the blood pumping device, - a data processing unit which is adapted to determine a pressure pulse amplitude and/or a pressure pulse width of the pressure pulse from the detected pressure pulse, which serve as fill level parameter, to compare the fill level parameter pressure pulse width and/or pressure pulse amplitude with at least one reference value stored in the data processing unit to determine a fill level of the blood in the chamber container on the basis of the comparison with the reference value, and to change a state of a notification signal as a function of the fill level parameters and thus the fill level of the blood in the chamber container, - at least one alarm device which is activated as a function of the state of the notification signal.
A method for producing a cell line having the enhanced ability to produce adeno-associated virus, comprising the step of introducing an E1A gene region, an E1B19 gene, an E2A gene region, an E4orf6 gene, and a VA RNA-encoding gene derived from adenovirus to a HEK293 cell line.
A composition comprising: from 5 to 90 weight % of compound A, compound A being butyl-methoxydibenzoylmethane; from 5 to 90 weight % of compound B, compound B being ethyl-hexyl salicylate; and from 5 to 90 weight % of compound C, compound C being benzo triazolyl dodecyl p-cresol in linear or branched form, or a mixture of linear and branched forms, the proportions of compounds A, B and C being relative to the total weight of compounds A, B and C, and the composition being free of 2-ethylhexyl-methoxycinnamate. from 5 to 90 weight % of compound A, compound A being butyl-methoxydibenzoylmethane; from 5 to 90 weight % of compound B, compound B being ethyl-hexyl salicylate; and from 5 to 90 weight % of compound C, compound C being benzo triazolyl dodecyl p-cresol in linear or branched form, or a mixture of linear and branched forms, the proportions of compounds A, B and C being relative to the total weight of compounds A, B and C, and the composition being free of 2-ethylhexyl-methoxycinnamate.
A system for delivering a vascular filter to a target site in a patient, the system comprising: a sheath introducible through a percutaneous access site of the patient, the sheath having an inner lumen and a distal tip, an intravascular ultrasound device configured for slidable receipt through the inner lumen of the sheath and having an intravascular ultrasound probe in a distal region thereof for generating an ultrasound image signal for identifying the target site; and a filter introducer configured for slidable receipt through the inner lumen of the sheath, the filter introducer including a filter delivery instrument and a vascular filter carried by the filter delivery instrument, characterised in that the sheath has an echogenic marker located proximate the distal tip and a first series of visible indicia occurring along a first longitudinal region of the sheath, the first longitudinal region positioned to include a location aligned with a reference point external of the percutaneous access site when the distal tip of the sheath is at the target site. a sheath introducible through a percutaneous access site of the patient, the sheath having an inner lumen and a distal tip, an intravascular ultrasound device configured for slidable receipt through the inner lumen of the sheath and having an intravascular ultrasound probe in a distal region thereof for generating an ultrasound image signal for identifying the target site; and a filter introducer configured for slidable receipt through the inner lumen of the sheath, the filter introducer including a filter delivery instrument and a vascular filter carried by the filter delivery instrument, characterised in that the sheath has an echogenic marker located proximate the distal tip and a first series of visible indicia occurring along a first longitudinal region of the sheath, the first longitudinal region positioned to include a location aligned with a reference point external of the percutaneous access site when the distal tip of the sheath is at the target site.
A tape dispenser for applying masking tape for painting to an object, comprising: - a housing for accommodating a roll of masking tape, said roll of masking tape having a width and carrying a certain length of masking tape; and - a pressure surface for applying pressure to the object while a masking tape portion is present in between the pressure surface and the object, said pressure surface having a length and a width, and said pressure surface having an entry side and an exit side, wherein the housing and pressure surface are configured to guide masking tape from the roll of masking tape via the entry side of the pressure surface along the pressure surface towards the exit side of the pressure surface in a longitudinal direction of the pressure surface, characterized in that the tape dispenser further comprises: - a first cutter for cutting masking tape upstream of the entry side of the pressure surface; and - a second cutter for cutting masking tape downstream of the exit side of the pressure surface. - a housing for accommodating a roll of masking tape, said roll of masking tape having a width and carrying a certain length of masking tape; and - a pressure surface for applying pressure to the object while a masking tape portion is present in between the pressure surface and the object, said pressure surface having a length and a width, and said pressure surface having an entry side and an exit side, wherein the housing and pressure surface are configured to guide masking tape from the roll of masking tape via the entry side of the pressure surface along the pressure surface towards the exit side of the pressure surface in a longitudinal direction of the pressure surface, characterized in that the tape dispenser further comprises: - a first cutter for cutting masking tape upstream of the entry side of the pressure surface; and - a second cutter for cutting masking tape downstream of the exit side of the pressure surface. - a first cutter for cutting masking tape upstream of the entry side of the pressure surface; and - a second cutter for cutting masking tape downstream of the exit side of the pressure surface.
A process for the preparation of micronised particles of a pharmaceutically acceptable salt of glycopyrronium, the process comprising the steps of: (a) mixing, in a first chamber of a controlled flow hydrodynamic cavitation apparatus, a stream F 1 of a solution comprising a pharmaceutically acceptable salt of glycopyrronium and one or more surfactants dissolved in a solvent selected from the group consisting of 1-butanol, 2-propanol and mixtures thereof with ethanol, with one or more streams F 2 of an anti-solvent selected from the group consisting of diethyl ether, n-heptane and methyl tert -butyl ether (MTBE) and mixtures thereof; (b) treating the mixed streams F 1 and F 2 through a local constriction flow to create controlled flow hydrodynamic cavitation thereby causing nucleation and the direct production of nano-crystals of the salt of glycopyrronium; (c) transferring the mixed steams F 1 and F 2 to a second chamber of said controlled flow cavitation apparatus, and further treating said mixed streams for a time of less than 10 milliseconds; (d) collecting the resulting streams in a receiver containing a mixture of n-heptane and MTBE in a ratio ranging from 10:90 v/v to 40:60 v/v, allowing the nanoparticles to assemble; (e) drying the particles to harden the assembled particles; (f) eliminating the surfactants; and (g) further drying the obtained micronized particles. (a) mixing, in a first chamber of a controlled flow hydrodynamic cavitation apparatus, a stream F 1 of a solution comprising a pharmaceutically acceptable salt of glycopyrronium and one or more surfactants dissolved in a solvent selected from the group consisting of 1-butanol, 2-propanol and mixtures thereof with ethanol, with one or more streams F 2 of an anti-solvent selected from the group consisting of diethyl ether, n-heptane and methyl tert -butyl ether (MTBE) and mixtures thereof; (b) treating the mixed streams F 1 and F 2 through a local constriction flow to create controlled flow hydrodynamic cavitation thereby causing nucleation and the direct production of nano-crystals of the salt of glycopyrronium; (c) transferring the mixed steams F 1 and F 2 to a second chamber of said controlled flow cavitation apparatus, and further treating said mixed streams for a time of less than 10 milliseconds; (d) collecting the resulting streams in a receiver containing a mixture of n-heptane and MTBE in a ratio ranging from 10:90 v/v to 40:60 v/v, allowing the nanoparticles to assemble; (e) drying the particles to harden the assembled particles; (f) eliminating the surfactants; and (g) further drying the obtained micronized particles.
A device for human medical or veterinary treatment comprising a gas discharge generator designed to generate reactive gases that can be used in plasma therapy in a gas discharge zone, a flow generator designed to generate a flow of gas from the gas discharge zone through a reaction chamber in the direction of an outlet opening of the reaction chamber, and an application device coupled to the outlet opening for discharging the reactive gases from the reaction chamber to the application location, wherein the ratio of the opening area of an inlet opening of the reaction chamber to the opening area of the outlet opening is greater than 5, and the ratio of the opening area of the inlet opening of the reaction chamber to the opening area of the outlet opening is less than 90, the flow generator and the reaction chamber are designed to generate a turbulent flow in the reaction chamber and/or the gas discharge zone wherein the diameter of the reaction chamber is smaller than 20 mm, and greater than 5 mm, and in that the application device has a gas-tight plastic tube wherein the ratio of the length to the internal diameter of the tube is more than 7 and less than 30, and the tube has an internal diameter in the range between 2 and 8 mm.
An electric vehicle (100, 500, 606) comprising four wheels (102, 502) and a body (104, 504) having a cockpit defined therein, wherein the cockpit contains a single seat and is closable to form an enclosure around the seat (108, 508), wherein the body comprises a front bumper (116, 510) having a width that is greater than a front track width of the vehicle, wherein a width of the vehicle is between 1200 mm and 1600 mm, wherein a height of a centre of mass of the vehicle above a ground surface (120, 512) on which the vehicle is disposed is less than a third of the width of the vehicle, wherein a height of an H-point of the vehicle above the ground surface on which the vehicle is disposed is less than 300 mm; and wherein the vehicle has a rollover threshold of at least 1.5g of lateral acceleration.