mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a rotor blade panel, the method comprising: placing a mold of the rotor blade panel relative to a computer numeric control device; forming one or more fiber-reinforced outer skins in the mold; and, printing and depositing, via the CNC device, a plurality of rib members that form at least one three-dimensional (3-D) reinforcement grid structure onto an inner surface of the one or more fiber-reinforced outer skins before the one or more fiber-reinforced outer skins have cooled from forming, the grid structure bonding to the one or more fiber-reinforced outer skins as the grid structure is being deposited, wherein the plurality of rib members comprise, at least, a first rib member extending in a first direction and a second rib member extending in a different, second direction, at least one of the first rib member or the second rib member having a varying height along a length thereof. placing a mold of the rotor blade panel relative to a computer numeric control device; forming one or more fiber-reinforced outer skins in the mold; and, printing and depositing, via the CNC device, a plurality of rib members that form at least one three-dimensional (3-D) reinforcement grid structure onto an inner surface of the one or more fiber-reinforced outer skins before the one or more fiber-reinforced outer skins have cooled from forming, the grid structure bonding to the one or more fiber-reinforced outer skins as the grid structure is being deposited, wherein the plurality of rib members comprise, at least, a first rib member extending in a first direction and a second rib member extending in a different, second direction, at least one of the first rib member or the second rib member having a varying height along a length thereof.
A combination product comprising a therapeutically effective amount of (i) at least one compound that inhibits VEGF and (ii) at least one thrombolytic compound, wherein the compound that inhibits VEGF is bevacizumab and the thrombolytic compound is tissue plasminogen activator.
A device for delivering nicotine to a subject, the device comprising a housing, the housing comprising: a) an inlet and an outlet in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising either a source of a compound for forming particles comprising nicotine, or a natural product nicotine source, c) a second internal area in communication with the first internal area, the second internal area comprising the source not selected for step b), and d) optionally, a third internal area in communication with the second internal area and the outlet, wherein the natural product nicotine source comprises tobacco and an added alkaline substance. a) an inlet and an outlet in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising either a source of a compound for forming particles comprising nicotine, or a natural product nicotine source, c) a second internal area in communication with the first internal area, the second internal area comprising the source not selected for step b), and d) optionally, a third internal area in communication with the second internal area and the outlet,
A flux containing: 5% by mass or more and 30% by mass or less of an organic acid, 13% by mass or more and 40% by mass or less of an amine, 1% by mass or more and 15% by mass or less of a surfactant, 10% by mass or more and 30% by mass or less of a base agent, and 10% by mass or more and 40% by mass or less of a solvent, wherein the amine has 700 or less of a molecular weight and the surfactant has more than 700 of the molecular weight; and a resist substrate containing: solvent naphtha (petroleum), heavy arom.; naphthalene; acetophenone derivative; barium sulfate; talc and amorphous silica; characterized in that 11.0 degrees or more and 17.0 degrees or less of a contact angle between the flux and the resist substrate when the flux has been printed on the resist substrate to have 1.0 mm of a diameter and 0.15 mm of a thickness when heating the resist substrate at 150 degrees C for 30 seconds and cooling the resist substrate to a room temperature; more than zero seconds and not more than 2.0 seconds of a zero-cross time when heating a Cu plate at 150 degrees C in a thermostat oven for 12 hours, applying the flux onto the baked Cu plate, and dipping the baked Cu plate onto which the flux has been applied into a Sn-3.0Ag-0.5Cu alloy at a dipping speed of 15 mm/sec and by 2.0 mm of a dipped depth; and the surfactant is any one selected from a group consisting of polyoxyalkylene alkylamine surfactant, polyoxyalkylene alkylenediamine surfactant, and polyoxyalkylene alkylenetriamine surfactant. 5% by mass or more and 30% by mass or less of an organic acid, 13% by mass or more and 40% by mass or less of an amine, 1% by mass or more and 15% by mass or less of a surfactant, 10% by mass or more and 30% by mass or less of a base agent, and 10% by mass or more and 40% by mass or less of a solvent, wherein the amine has 700 or less of a molecular weight and the surfactant has more than 700 of the molecular weight; and a resist substrate containing: solvent naphtha (petroleum), heavy arom.; naphthalene; acetophenone derivative; barium sulfate; talc and amorphous silica; characterized in that 11.0 degrees or more and 17.0 degrees or less of a contact angle between the flux and the resist substrate when the flux has been printed on the resist substrate to have 1.0 mm of a diameter and 0.15 mm of a thickness when heating the resist substrate at 150 degrees C for 30 seconds and cooling the resist substrate to a room temperature; more than zero seconds and not more than 2.0 seconds of a zero-cross time when heating a Cu plate at 150 degrees C in a thermostat oven for 12 hours, applying the flux onto the baked Cu plate, and dipping the baked Cu plate onto which the flux has been applied into a Sn-3.0Ag-0.5Cu alloy at a dipping speed of 15 mm/sec and by 2.0 mm of a dipped depth; and the surfactant is any one selected from a group consisting of polyoxyalkylene alkylamine surfactant, polyoxyalkylene alkylenediamine surfactant, and polyoxyalkylene alkylenetriamine surfactant.
A closure configured to be attached to a carton package for a pourable product, the closure comprising an attachment collar extending along an attachment plane and having an attachment face configured to be attached to an interior face of the carton package; a spout extending from the attachment collar along a spout axis, the spout having a circular cross-section in a plane perpendicular to the spout axis; and a cap arrangement comprising a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout, and an open position, in which pourable product may be poured from the pouring outlet; an attachment ring permanently and rotatably attached to the spout; and a hinge permanently holding the cap to the attachment ring, wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge, wherein the cap arrangement is rotatable about the spout axis with the cap in the fully closed position. an attachment collar extending along an attachment plane and having an attachment face configured to be attached to an interior face of the carton package; a spout extending from the attachment collar along a spout axis, the spout having a circular cross-section in a plane perpendicular to the spout axis; and a cap arrangement comprising a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout, and an open position, in which pourable product may be poured from the pouring outlet; an attachment ring permanently and rotatably attached to the spout; and a hinge permanently holding the cap to the attachment ring, wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge, wherein the cap arrangement is rotatable about the spout axis with the cap in the fully closed position. a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout, and an open position, in which pourable product may be poured from the pouring outlet; an attachment ring permanently and rotatably attached to the spout; and a hinge permanently holding the cap to the attachment ring, wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge, wherein the cap arrangement is rotatable about the spout axis with the cap in the fully closed position.
A machine for forming and boxing groups of cigarettes, where each group comprises a predetermined number of layers and each layer is made up of a predetermined number of cigarettes, the machine comprising: a hopper for forming, in respective channels provided at least at its outlet, a group of piles of cigarettes which are side by side, each pile comprising a number of cigarettes equal to the number of layers and the number of piles being equal to the number of cigarettes in a layer; first transfer means for feeding the group of piles, divided into a plurality of sub-groups (34a, 34b, 34c) of piles which are side by side, from the hopper into respective pockets (29a, 29b, 29c) of a first container; conveyor means for conveying the first container between at least a first, feed station for the sub-groups (34a, 34b, 34c) of piles and a second, transfer station for the sub-groups (34a, 34b, 34c) of piles; second transfer means for feeding the sub-groups (34a, 34b, 34c) of piles from the first container to a second container for forming the group; third transfer means for transferring the group from the second container to a packaging line; first compacting means for the piles of individual sub-groups (34a, 34b, 34c) being interposed between the outlet of the hopper and the pockets (29a, 29b, 29c) of the first container and second compacting means for the sub-groups (34a, 34b, 34c) of piles being interposed between the first container and the second container.
A method of rematching a gas turbine engine comprising a plurality of compressor stages (12, 13), and one or more generators arranged for power extraction attached to the engine by means of a gearing system connected to one of the shafts of the engine the method comprising: determining a compressor pressure ratio between a number of sensors (10, 11) located within the flow path at different stations or parts of the engine by measurement, determining a compressor based bleed schedule in dependence on the determined pressure ratio; and determining compressor aerodynamic speed; generating a speed based aerodynamic bleed schedule based on the determined compressor aerodynamic speed; selecting a bleed valve schedule by comparing the speed based aerodynamic bleed schedule and the compressor based bleed schedule and selecting based on the lowest valve setting; adjusting a bleed valve (8, 9) for one or more stages (12, 13) of the engine in dependence upon the selected bleed valve schedule. determining a compressor pressure ratio between a number of sensors (10, 11) located within the flow path at different stations or parts of the engine by measurement, determining a compressor based bleed schedule in dependence on the determined pressure ratio; and determining compressor aerodynamic speed; generating a speed based aerodynamic bleed schedule based on the determined compressor aerodynamic speed; selecting a bleed valve schedule by comparing the speed based aerodynamic bleed schedule and the compressor based bleed schedule and selecting based on the lowest valve setting; adjusting a bleed valve (8, 9) for one or more stages (12, 13) of the engine in dependence upon the selected bleed valve schedule.
LED arrangement, having at least one LED array, which has at least two LED strands arranged in parallel, wherein at least one LED is arranged in each LED strand, and a current limiter is provided in each LED strand to limit the current flowing in the LED strand, wherein the current limiter is designed to limit the current flowing in the LED strand to the limiting value represented by a predetermined limit value, wherein, for a current below this limit value, the current limiter has substantially no influence on the current flowing in the LED strand, characterized in that - the LED arrangement comprises a thyristor, and - each of the current limiters has an additional protective circuit which is connected to the thyristor and is designed to control the thyristor to bridge all the LED strands. - the LED arrangement comprises a thyristor, and - each of the current limiters has an additional protective circuit which is connected to the thyristor and is designed to control the thyristor to bridge all the LED strands.
Active immunostimulatory composition comprising five monocistronic RNAs each encoding a different antigen, selected from: • NY-ESO-1; • MAGE-C1, • MAGE-C2. • 5T4, and • Survivin, wherein the RNA encoding NY-ESO-1 comprises an RNA sequence according to SEQ ID No 21 or being at least 80% identical to SEQ ID No 21, wherein the RNA encoding MAGE-C1 comprises an RNA sequence according to SEQ ID No 24 or being at least 80% identical to SEQ ID No 24, wherein the RNA encoding MAGE-C2 comprises an RNA sequence according to SEQ ID No 26 or being at least 80% identical to SEQ ID No 26, wherein the RNA encoding 5T4 comprises an RNA sequence according to SEQ ID No 4 or being at least 80% identical to SEQ ID No 4, wherein the RNA encoding Survivin comprises an RNA sequence according to SEQ ID No 19 or being at least 80% identical to SEQ ID No 19, and wherein the G/C content of the coding regions of said RNAs is increased compared to the G/C content of the coding regions of the wild-type RNAs, the coded amino acid sequence of said RNAs not being modified compared to the encoded amino acid sequence of the wild-type RNAs. • NY-ESO-1; • MAGE-C1, • MAGE-C2. • 5T4, and • Survivin,
Shear reinforcement system for embedding in flat slabs such as slab floors, wherein said shear reinforcement system comprising elongate shear reinforcement members, which are to be positioned with their longitudinal axis transverse the plane of the flat slab, and a support member to which several elongate shear reinforcement members are connected to, wherein the support member is provided with at least one slot hole, wherein at least one elongate shear reinforcement member is in the form of a stud, wherein at least one stud is fastened to the support member by means of a connection member that is arranged between the stud and the slot hole in the support member, wherein the connection member comprising a lower retainer fastened to a stud, an upper retainer fastened to the support member, and a plate member having a first side on one side and a second side on the opposite side, said plate member forming a planar plate plane, and wherein the lower retainer and the upper retainer being arranged to the plate member, wherein the lower retainer comprising at least one arm arranged to extrude from the plate member and to extend in the planar plate plane, and at least one first latching member for fastening a stud to the connection member, wherein the upper retainer comprising at least one second latching member arranged to the second side of the plate member for fastening the connection member to the support member, characterized by the support member being provided with at least one slot hole in the form of an elongated slot hole, and by a pin member that is arranged to the second side of the plate member and that is inserted into the elongated slot hole of the support member when the connection member is fastened to the support member so that the connection member is movable in relation to the support member for a length of the support member that is limited by the elongated slot hole.
A control method of a clothes treatment apparatus having a drying duct having both ends (1211, 1213) respectively connected to a first side of a tub at an upper region of an outer peripheral surface thereof and to a second side of the tub at an upper region of a front surface thereof, a first blower fan located in the drying duct to enable circulation of interior air of the drying duct and a filter located in the drying duct for removing lint from air circulating through the drying duct, wherein interior air of the tub is suctioned to the first end of the drying duct at the upper region of the outer peripheral surface of the tub and is then discharged from the second end at the upper region of the front surface of the tub, wherein the method includes the steps of: sensing of clogging of the filter; and characterised in that the method includes further the steps of: switching a flow of air passing through the filter from a first direction from the first side of the tub to the second side of the tub to a flow of air to an opposite direction from the second side of the tub to the first side of the tub to remove lint adhered to the filter if clogging of the filter is sensed, wherein the sensing of clogging of the filter includes measuring at least a pressure of air passing through the first blower fan, and judging whether the filter is clogged based on data of at least the measured pressure of air. sensing of clogging of the filter; and characterised in that the method includes further the steps of: switching a flow of air passing through the filter from a first direction from the first side of the tub to the second side of the tub to a flow of air to an opposite direction from the second side of the tub to the first side of the tub to remove lint adhered to the filter if clogging of the filter is sensed, switching a flow of air passing through the filter from a first direction from the first side of the tub to the second side of the tub to a flow of air to an opposite direction from the second side of the tub to the first side of the tub to remove lint adhered to the filter if clogging of the filter is sensed, wherein the sensing of clogging of the filter includes measuring at least a pressure of air passing through the first blower fan, and judging whether the filter is clogged based on data of at least the measured pressure of air.
Device for watering an area, in particular a lawn area, wherein the device has a support device, a fluid distribution device, held on the latter and with a plurality of nozzles, and a shielding device with at least one shielding element for shielding fluid flows which have issued from at least some of the nozzles, characterized in that the shielding device is movably held on the device, wherein the at least one shielding element can be transferred from a releasing position into a shielding position and vice versa, wherein fluid flows which have issued from the nozzles in each case are released in the releasing position and wherein the fluid flows which have issued from at least some of the nozzles are shieldable in at least one direction in the shielding position.
A manufactured hemp block comprising: a plurality of adhesively bonded partially broken hemp strands, wherein: each of said partially broken hemp strands maintains its original structure from an appearance point of view; each partially broken hemp strand comprises a naturally-occurring, generally elongate internal structure extending along the length of the hemp strand, that has been at least partially broken parallel to axis of the elongate internal structure, and that is at least partially permeated by an adhesive; said partially broken hemp strands are oriented approximately parallel to one another along their length; said manufactured hemp block comprises an amount of adhesive in the range of 5% by weight to 49% by weight and an amount of hemp strands of greater than 50% by weight; said manufactured hemp block has a generally uniform density in the range of 600 kg/m 3 to 1200 kg/m 3; and said manufactured hemp block is suitable for being used as a wood substitute in appearance and technical properties. each of said partially broken hemp strands maintains its original structure from an appearance point of view; each partially broken hemp strand comprises a naturally-occurring, generally elongate internal structure extending along the length of the hemp strand, that has been at least partially broken parallel to axis of the elongate internal structure, and that is at least partially permeated by an adhesive; said partially broken hemp strands are oriented approximately parallel to one another along their length; said manufactured hemp block comprises an amount of adhesive in the range of 5% by weight to 49% by weight and an amount of hemp strands of greater than 50% by weight; said manufactured hemp block has a generally uniform density in the range of 600 kg/m 3 to 1200 kg/m 3; and said manufactured hemp block is suitable for being used as a wood substitute in appearance and technical properties.
A method for the intermittent application of a liquid to pasty medium onto an application surface, comprising the following steps: a) providing a reservoir of the liquid to pasty medium, b) driving a volumetric delivery pump for the metering of a volume of the medium, c) passing on the metered volume of the medium to an application valve, d) switching the application valve between an open and a closed state, e) discharging the medium through the application valve onto the application surface, characterized in that the driving of the volumetric delivery pump according to method step b) and the switching of the application valve according to method step d) take place, in each case cyclically at a cycle duration of the application valve between 40 to 100 milliseconds, in dependence on each other, with the cycle duration being the time interval in which the application valve is switched completely between the open state thereof and the closed state thereof. a) providing a reservoir of the liquid to pasty medium, b) driving a volumetric delivery pump for the metering of a volume of the medium, c) passing on the metered volume of the medium to an application valve, d) switching the application valve between an open and a closed state, e) discharging the medium through the application valve onto the application surface,
Electric motor-pump assembly, particularly for providing pressure for a brake actuation device of a motor vehicle brake system, having a pneumatic brake booster, in particular a vacuum brake booster, comprising a vacuum pump and an electric motor driving the vacuum pump, wherein the vacuum pump comprises at least two working chambers, each defined by a working element, wherein each working element is connected to a connecting rod, which is supported by a crank drive, which comprises a bearing journal, which is driven by the electric motor and onto which an eccentric (7, 7') for each connecting rod is rotationally locked, for which purpose said eccentrics each have an opening, through which the bearing journal projects, wherein a first eccentric bears against a second eccentric, characterized in that the rotationally locked connection between the bearing journal and each of the eccentrics (7, 7') is produced by a positive interlock, for which purpose the bearing journal and the opening have a cross section deviating from a circular shape, so that the first eccentric is fitted onto the bearing journal at precisely 180° relative to the second eccentric.