mhurhangee/ep-ind-claims huggingface dataset:
A combination comprising: - polycarbophil in an amount comprised from 1 to 5% by weight, - polyvinylpirrolidone in an amount comprised from 4 to 8% by weight, - glycerine in an amount comprised from 1 to 10% by weight, and - propyleneglycol in an amount comprised from 20 to 40% by weight, wherein: the weight ratio polyvinylpirrolidone:polycarbophil is comprised between 1:1 and 4:1, the weight ratio glycerine:polycarbophil is comprised from 0.5:1 to 2:1, and the weight ratio propyleneglycol:polycarbophil is comprised from 8:1 to 20:1. - polycarbophil in an amount comprised from 1 to 5% by weight, - polyvinylpirrolidone in an amount comprised from 4 to 8% by weight, - glycerine in an amount comprised from 1 to 10% by weight, and - propyleneglycol in an amount comprised from 20 to 40% by weight, the weight ratio polyvinylpirrolidone:polycarbophil is comprised between 1:1 and 4:1, the weight ratio glycerine:polycarbophil is comprised from 0.5:1 to 2:1, and the weight ratio propyleneglycol:polycarbophil is comprised from 8:1 to 20:1.
Wear protection device providing a plurality of plate-shaped elements, with each of the shaped elements being provided with at least two plates of the same size arranged offset to one another (2, 3), and the plates, having one diagonal, are shifted plane-parallel via their diagonal and form a connection region in which they materially merge, and at least two shaped elements (1.1) and (1.2) are defined in a shaped-element combination in a positional relation to each other such that a first plate of a first shaped element (1.1) partially overlaps second plates of further shaped elements (1.2) in an overlapping region, and a total region is formed by each of the at least two plates and of the shaped elements in the shaped element composite, wherein the size of the overlapping region is approximately three times bigger than the size of the connection region.
An anti-Dual Endothelin-1/Angiotensin II receptor (Dear) antibody or antibody fragment which binds to Dear and inhibits the binding of Ang II and/or ET-1 ligand, for use as a medicament.
Planet carrier for an epicyclic gear train of a brake actuator, in particular a differential reduction brake actuator, for actuating a parking brake of a motor vehicle, which planet carrier comprises a framework arranged and configured in order to carry planet gears distributed angularly about the axis of the planet carrier, characterized in that the framework comprises at least one plate arranged and configured in order to form a cylindrical shell, said plate having openings through which a planet gear projects radially, and in that the plate has a longitudinal groove extending from at least one side of the openings, along a direction parallel to the axis of the planet carrier, so as to support one or more rotation-guiding shafts protruding from said planet gears. characterized in that the framework comprises at least one plate arranged and configured in order to form a cylindrical shell, said plate having openings through which a planet gear projects radially, and in that the plate has a longitudinal groove extending from at least one side of the openings, along a direction parallel to the axis of the planet carrier, so as to support one or more rotation-guiding shafts protruding from said planet gears.
Adjustable steering column for a motor vehicle, comprising an actuating unit for the rotatable mounting of a steering shaft about a longitudinal axis, and a supporting unit, in which the actuating unit is mounted such that it can be displaced axially in the direction of the longitudinal axis of the steering shaft by means of a motorized longitudinal adjustment drive which is arranged on the supporting unit, and comprising, furthermore, a transmission device which is coupled firstly to the actuating unit and is coupled secondly to the longitudinal adjustment drive, an energy absorption apparatus being provided which absorbs energy in the case of a displacement of the actuating unit with respect to the transmission device, a coupling device with a coupling element being provided, which coupling device is connected to the actuating unit and is connected to the transmission device, the connection of the coupling device to the actuating unit and/or the transmission unit being cancelled in the case of a crash, in the case of which a force acts on the steering shaft in the direction of the longitudinal axis, which force exceeds a predefined value, with the result that a movement between the actuating unit and the transmission device is made possible, the coupling device having a pin-shaped holding element (33, 34, 42) which protrudes into a slot of the coupling device, a blocking element (38, 40) being provided which blocks the movement of the holding element (33, 34) in the slot and, in the case of a crash, releases the movement of the holding element (33, 34) in the slot, characterized in that the blocking element consists of a plastic bar which extends transversely over the slot and is anchored into lateral recesses of the slot walls, which lateral recesses are arranged so as to lie opposite one another.
A method for controlling a center pivot irrigation system with a main pivot arm and a corner arm pivotally attached to an outer end of the main pivot arm, characterised by comprising: first determining a first bearing of the main pivot arm relative to a center pivot axis; based on the first determined bearing, selecting a first valve pulsing pattern for the corner arm, wherein the first valve pulsing pattern defines a first pattern of open and closed valves for nozzles on the corner arm; based on the first valve pulsing pattern, first generating control signals for control valves controlling flow through the nozzles of the corner arm to open and close according to the first pattern; second determining a second bearing of the main pivot arm relative to the center pivot axis; based on the second determined bearing, selecting a second valve pulsing pattern for the corner arm, wherein the second valve pulsing pattern defines a second pattern of open and closed valves for nozzles on the corner arm differing from the first pattern of open and closed valves; based on the second valve pulsing pattern, second generating control signals for the control valves to open and close according to the second pattern; and repeating the first determining, the first generating, the second determining, and second generating steps for a full pivot of the main pivot arm about the center pivot axis, wherein water discharged from the nozzles of the corner arm is applied at variable rates to ground under the corner arm with the valves opened and closed according to the first and second patterns. first determining a first bearing of the main pivot arm relative to a center pivot axis; based on the first determined bearing, selecting a first valve pulsing pattern for the corner arm, wherein the first valve pulsing pattern defines a first pattern of open and closed valves for nozzles on the corner arm; based on the first valve pulsing pattern, first generating control signals for control valves controlling flow through the nozzles of the corner arm to open and close according to the first pattern; second determining a second bearing of the main pivot arm relative to the center pivot axis; based on the second determined bearing, selecting a second valve pulsing pattern for the corner arm, wherein the second valve pulsing pattern defines a second pattern of open and closed valves for nozzles on the corner arm differing from the first pattern of open and closed valves; based on the second valve pulsing pattern, second generating control signals for the control valves to open and close according to the second pattern; and repeating the first determining, the first generating, the second determining, and second generating steps for a full pivot of the main pivot arm about the center pivot axis, wherein water discharged from the nozzles of the corner arm is applied at variable rates to ground under the corner arm with the valves opened and closed according to the first and second patterns.
A gas turbine engine, comprising: a propulsion assembly including at least a high pressure turbine and a low pressure turbine, the turbines (46, 54) being situated to rotate about an engine central axis, operation of the propulsion assembly requiring at least one fluid including requiring a first amount of the fluid during at least a first operating condition and a second, greater amount of the fluid during at least a second operating condition; a low speed spool configured to rotate about the engine central axis with the low pressure turbine; a first pump that is operatively associated with the low speed spool such that operation of the first pump is dependent on rotation of the low speed spool, the first pump having a first fluid delivering capacity configured to correspond to at least the first amount; and a second pump having a second fluid delivering capacity configured to correspond to at least a difference between the first amount and the second amount, the first pump providing the fluid for propulsion assembly operation during the first and second operating conditions and the second pump providing the fluid for propulsion assembly operation only during the second operating condition, wherein: the fluid is a lubricant, and the second pump is inactive during the first operating condition. a propulsion assembly including at least a high pressure turbine and a low pressure turbine, the turbines (46, 54) being situated to rotate about an engine central axis, operation of the propulsion assembly requiring at least one fluid including requiring a first amount of the fluid during at least a first operating condition and a second, greater amount of the fluid during at least a second operating condition; a low speed spool configured to rotate about the engine central axis with the low pressure turbine; a first pump that is operatively associated with the low speed spool such that operation of the first pump is dependent on rotation of the low speed spool, the first pump having a first fluid delivering capacity configured to correspond to at least the first amount; and a second pump having a second fluid delivering capacity configured to correspond to at least a difference between the first amount and the second amount, the first pump providing the fluid for propulsion assembly operation during the first and second operating conditions and the second pump providing the fluid for propulsion assembly operation only during the second operating condition, wherein: the fluid is a lubricant, and the second pump is inactive during the first operating condition. the fluid is a lubricant, and the second pump is inactive during the first operating condition.
An electrode for a secondary battery, comprising: a collector; and an active material layer formed on the collector, wherein the active material layer includes an active material and carbon nanotubes, and each of the carbon nanotubes has a coating of a material including an element with a higher electronegativity than that of carbon on at least a part of the surface thereof, characterized in that the average length of the carbon nanotubes is 1 μm or more and 50 μm or less, the average diameter of the carbon nanotubes is 0.1 nm or more and 30 nm or less, the content of the carbon nanotubes is 0.1 mass% or more and 15 mass% or lower in the active material layer, and the coating ratio of the surface of the carbon nanotubes by the coating with the material including the element with a higher electronegativity than that of carbon is 20% or more and 90% or less. a collector; and an active material layer formed on the collector, wherein the active material layer includes an active material and carbon nanotubes, and each of the carbon nanotubes has a coating of a material including an element with a higher electronegativity than that of carbon on at least a part of the surface thereof, characterized in that the average length of the carbon nanotubes is 1 μm or more and 50 μm or less, the average diameter of the carbon nanotubes is 0.1 nm or more and 30 nm or less, the content of the carbon nanotubes is 0.1 mass% or more and 15 mass% or lower in the active material layer, and the coating ratio of the surface of the carbon nanotubes by the coating with the material including the element with a higher electronegativity than that of carbon is 20% or more and 90% or less.
A rubber compound for tyre carcass portions comprising at least a polymer base with a cross-linkable unsaturated chain comprising at least 50% by weight of the polymer base of natural rubber, a filler comprising carbon black and a vulcanization system comprising sulphur; said compound being characterized in that said vulcanization system comprises a mixture of 45 to 55% by weight of N-t-butylbenzothiazole-2-sulfenamide (TBBS) as accelerator and 45 to 55% by weight of hexamethylene bis(thiosulfate) as anti-reversion agent.
A combined enrichment and radioisotope production apparatus comprising: an electron source arranged to provide an electron beam, the electron source comprising an electron injector and an accelerator; an undulator configured to generate a radiation beam using the electron beam; a molecular stream generator configured to provide a stream of molecules which is intersected by the radiation beam; a receptacle configured to receive molecules or ions selectively received from the stream of molecules; and a target support structure configured to hold a target upon which the electron beam is incident in use. an electron source arranged to provide an electron beam, the electron source comprising an electron injector and an accelerator; an undulator configured to generate a radiation beam using the electron beam; a molecular stream generator configured to provide a stream of molecules which is intersected by the radiation beam; a receptacle configured to receive molecules or ions selectively received from the stream of molecules; and a target support structure configured to hold a target upon which the electron beam is incident in use.
Liquid suction apparatus for drawing off and sucking up liquids, comprising - a housing, - a drawing-off device which is formed by at least one drawing-off lip and intended for drawing off and collecting the liquid in front of at least one suction mouth, - a suction device which has a motor-driven suction unit and which is able to suck an air/liquid flow, which is mixed with the liquid to be sucked up, along a flow path from the suction mouth through a suction channel into the housing, - a separating device for separating the liquid from the air, and - a tank for receiving the separated liquid, and an exhaust-air channel to which a negative suction pressure is applied to discharge the air from the housing, wherein the liquid suction apparatus is designed as a manual appliance and the housing has a grip with which the housing can be held and guided like a conventional window wiper, characterized in that the liquid suction apparatus is designed in such a way that, in order to form a switching-on and switching-off function, an orientation switch is provided which is able to switch off or reduce the motor drive of the suction unit if the liquid suction apparatus is tilted or pivoted from an upright position with the drawing-off lip arranged at the top or if the drawing-off lip points downwards, wherein a delay switch is provided which is labelled to delay the switching-off function, with the result that a brief pivoting of the liquid suction apparatus has no influence on the motor function. - a housing, - a drawing-off device which is formed by at least one drawing-off lip and intended for drawing off and collecting the liquid in front of at least one suction mouth, - a suction device which has a motor-driven suction unit and which is able to suck an air/liquid flow, which is mixed with the liquid to be sucked up, along a flow path from the suction mouth through a suction channel into the housing, - a separating device for separating the liquid from the air, and - a tank for receiving the separated liquid, and an exhaust-air channel to which a negative suction pressure is applied to discharge the air from the housing,
A refrigerator comprising: a compartment; a first container located in the compartment and configured to be movable in a first direction; a second container located in the compartment and configured to be movable in the first direction; a door operably connected to the second container and configured to provide access to at least one of the first container and the second container of the compartment when the door is moved to an open position; wherein the door is configured to inhibit access to the compartment when the door is moved to a closed position; and a selection device located on the refrigerator wherein the selection device is configured to input a selection of either the first container or the second container; wherein the selected container is presented in an accessible position when the door is moved to the open position, the accessible position defined as the selected container extended outward from the compartment, characterized in that the second container is configured to be movable in the first direction and a second direction from an original resting position to a raised position, wherein when the first container is the selected container, the selection device is configured to trigger an automatic movement of the second container to the raised position and in engagement with the first container such that the first container is in the accessible position when the door is moved to the open position. a compartment; a first container located in the compartment and configured to be movable in a first direction; a second container located in the compartment and configured to be movable in the first direction; a door operably connected to the second container and configured to provide access to at least one of the first container and the second container of the compartment when the door is moved to an open position; wherein the door is configured to inhibit access to the compartment when the door is moved to a closed position; and a selection device located on the refrigerator wherein the selection device is configured to input a selection of either the first container or the second container; wherein the selected container is presented in an accessible position when the door is moved to the open position, the accessible position defined as the selected container extended outward from the compartment, characterized in that the second container is configured to be movable in the first direction and a second direction from an original resting position to a raised position, wherein when the first container is the selected container, the selection device is configured to trigger an automatic movement of the second container to the raised position and in engagement with the first container such that the first container is in the accessible position when the door is moved to the open position.
A process for controlling the aeration rate during the aerobic phase of a wastewater treatment process, wherein nitrification and denitrification occur simultaneously during the aerobic phase by minimizing the nitrification rate to the lowest possible value by which the ammonium setpoint is met, and the process comprising: (a) measuring at moment t 1 the ammonium concentration [NH 4 +] 1 and nitrogen oxide concentration [NO x] 1 in a mixture of wastewater and microbial sludge that is being aerated; (b) determining a nitrogen oxide target concentration [NO x] F 1 at the end of the aerobic phase based on at least the current ammonium concentration [NH 4 +] 1 and the current NO x concentration [NO x] 1; (c) determining a setpoint [NO x] SP 1 based on a nitrogen oxide production rate determined by interpolation between [NO x] 1 and [NO x] F 1 and wherein [NO x] SP i is defined as [NO x] 1 + nitrogen oxide production rate x Δt; (d) adjusting the aeration rate in the range of 0 - 10 Nm 3 O 2 per m 3 reactor volume per hour to minimise the error between [NO x] 1 and [NO x] SP 1; wherein the monitoring (a) starts in the first 5-25% of the aerobic phase, (e) repeating steps (a) to (d) at intervals Δt and wherein Δt is at most 60 minutes, and wherein Δt is in the range of 0.001 - 10 % of the total duration of the aerobic phase. (a) measuring at moment t 1 the ammonium concentration [NH 4 +] 1 and nitrogen oxide concentration [NO x] 1 in a mixture of wastewater and microbial sludge that is being aerated; (b) determining a nitrogen oxide target concentration [NO x] F 1 at the end of the aerobic phase based on at least the current ammonium concentration [NH 4 +] 1 and the current NO x concentration [NO x] 1; (c) determining a setpoint [NO x] SP 1 based on a nitrogen oxide production rate determined by interpolation between [NO x] 1 and [NO x] F 1 and wherein [NO x] SP i is defined as [NO x] 1 + nitrogen oxide production rate x Δt; (d) adjusting the aeration rate in the range of 0 - 10 Nm 3 O 2 per m 3 reactor volume per hour to minimise the error between [NO x] 1 and [NO x] SP 1;
An assembly of a bobbin (11, 51) and a folded coil having a slit with a predetermined width formed at a bend of the coil winding to traverse the coil winding loops comprising: a bobbin body (12, 52, 91) formed of an insulating material, and capable of fitting into the inside of winding (21, 60) of the coil, the winding having a plurality of winding sections (24, 25; 64-66); and a protrusion (13, 53a, 53b) formed of an insulating material, extending outward from an outer peripheral surface of the bobbin body, the protrusion (13, 53a, 53b) having a width dimension smaller than the width of the slit so as to be fitted into the slit; wherein the protrusion (13, 53a, 53b) is interposed between the winding sections and has a thickness dimension of a size equal to or larger than a spacing between the winding sections. a bobbin body (12, 52, 91) formed of an insulating material, and capable of fitting into the inside of winding (21, 60) of the coil, the winding having a plurality of winding sections (24, 25; 64-66); and a protrusion (13, 53a, 53b) formed of an insulating material, extending outward from an outer peripheral surface of the bobbin body, the protrusion (13, 53a, 53b) having a width dimension smaller than the width of the slit so as to be fitted into the slit; wherein the protrusion (13, 53a, 53b) is interposed between the winding sections and has a thickness dimension of a size equal to or larger than a spacing between the winding sections.