mhurhangee/ep-ind-claims huggingface dataset:
A corn harvester header comprising: multiple harvesting units placed adjacently to each other (15, 22), where each one of said harvesting units has a central slot were the maize plant is processed to extract the ears from the stalks; multiple crop divisors, each one placed between two adjacent harvesting units (15, 22); characterized in that it further comprises multiple frontal devices, each one of which is placed in front of and between two adjacent harvesting units (15, 22); where each one of said multiple frontal devices comprise: a pair of guiding elements, where the guiding element is selected from the group of: chain or belt; two or more wheels (16, 38); and support; where the guiding element is placed around said two or more wheels (16, 38); where one of the one or more wheels (16, 38) drives the spin of the guiding elements, where the tangential speed of the guiding element is configured according to the distance between the plants in the field; and where an opening is created greater that the width of the harvesting slot. multiple harvesting units placed adjacently to each other (15, 22), where each one of said harvesting units has a central slot were the maize plant is processed to extract the ears from the stalks; multiple crop divisors, each one placed between two adjacent harvesting units (15, 22); characterized in that it further comprises multiple frontal devices, each one of which is placed in front of and between two adjacent harvesting units (15, 22); where each one of said multiple frontal devices comprise: a pair of guiding elements, where the guiding element is selected from the group of: chain or belt; two or more wheels (16, 38); and support; where the guiding element is placed around said two or more wheels (16, 38); where one of the one or more wheels (16, 38) drives the spin of the guiding elements, where the tangential speed of the guiding element is configured according to the distance between the plants in the field; and a pair of guiding elements, where the guiding element is selected from the group of: chain or belt; two or more wheels (16, 38); and support; where the guiding element is placed around said two or more wheels (16, 38); where one of the one or more wheels (16, 38) drives the spin of the guiding elements, where the tangential speed of the guiding element is configured according to the distance between the plants in the field; and where an opening is created greater that the width of the harvesting slot.
A cartridge shock generator comprising: - a receiving housing configured to receive a pyrotechnic cartridge intended to generate combustion gases, - an expansion chamber into which the receiving housing opens, the chamber being configured to receive the combustion gases generated by the pyrotechnic cartridge, - a bore in which an impactor is slidably engaged, the impactor being configured to perform a stroke in the bore from an initial position, characterized by - means for adjusting the stroke of the impactor in the bore. - a receiving housing configured to receive a pyrotechnic cartridge intended to generate combustion gases, - an expansion chamber into which the receiving housing opens, the chamber being configured to receive the combustion gases generated by the pyrotechnic cartridge, - a bore in which an impactor is slidably engaged, the impactor being configured to perform a stroke in the bore from an initial position, characterized by - means for adjusting the stroke of the impactor in the bore.
A CVI (chemical vapor infiltration) method for densifying at least one porous component, comprising at least the steps of: - placing the at least one porous component inside a crucible; - bringing the temperature (Ti) and the pressure (Pi) inside the crucible to a value adapted to densify the porous component to transform it into a densified or partially densified component; - once the operational temperature and pressure are reached, flowing a reaction gas adapted to densify the porous component to transform it into a densified component inside the crucible; characterized in that it provides the further steps of - keeping an oxidizing environment outside the crucible, wherein said external environment laps against said crucible; and wherein - said crucible is made in at least one of the following materials which allows a thermal conductivity greater than 30 W/mK from room temperature to at least 1000 °C: - sintered silicon carbide (SiC); or - silicon-infiltrated silicon carbide (Si-SiC); or - sintered boron carbide (B4C); or - silicon-infiltrated boron carbide (Si-B4C); or - sintered zirconium carbide (ZrC); or - silicon-infiltrated zirconium carbide (Si-ZrC); or - a combination of silicon carbide (SiC), boron carbide (B4C) and sintered and/or silicon-infiltrated zirconium carbide (ZrC). - placing the at least one porous component inside a crucible; - bringing the temperature (Ti) and the pressure (Pi) inside the crucible to a value adapted to densify the porous component to transform it into a densified or partially densified component; - once the operational temperature and pressure are reached, flowing a reaction gas adapted to densify the porous component to transform it into a densified component inside the crucible; characterized in that it provides the further steps of - keeping an oxidizing environment outside the crucible, wherein said external environment laps against said crucible; and wherein - said crucible is made in at least one of the following materials which allows a thermal conductivity greater than 30 W/mK from room temperature to at least 1000 °C: - sintered silicon carbide (SiC); or - silicon-infiltrated silicon carbide (Si-SiC); or - sintered boron carbide (B4C); or - silicon-infiltrated boron carbide (Si-B4C); or - sintered zirconium carbide (ZrC); or - silicon-infiltrated zirconium carbide (Si-ZrC); or - a combination of silicon carbide (SiC), boron carbide (B4C) and sintered and/or silicon-infiltrated zirconium carbide (ZrC).
A frame for a window or door comprising a panel secured to said frame, a tag having a smart chip secured thereto said smart tag being hidden from view from the exterior of said frame, characterized in said frame having a tag receiving recess defined within the interior of said frame and the smart chip being disposed within said recess, and said frame having location indicia visible from the exterior thereof and being disposed generally adjacent to said hidden smart chip, the frame being operatively associated with a glazing bead and provided with a channel and the smart chip being positioned into the tag receiving recess through an opening in the channel and underlying the glazing bead, the glazing bead having a projection being mechanically secured within the channel and having a seal being against the insulated window.
A structure for a directional coupler, the structure comprising: a first waveguide core including a first plurality of segments arranged along a first longitudinal axis, each of the first plurality of segments having a first sidewall and a second sidewall opposite to the first sidewall; a second waveguide core including a second plurality of segments arranged along a second longitudinal axis, each of the second plurality of segments having a first sidewall and a second sidewall opposite to the first sidewall, and the first sidewall of each of the second plurality of segments adjacent to the first sidewall of one of the first plurality of segments in a coupling region; a first cladding layer comprising a first material that has a first refractive index, the first cladding layer adjoining the first sidewall of each of the first plurality of segments and the first sidewall of each of the second plurality of segments; and a second cladding layer comprising a second material that has a second refractive index different from the first refractive index, characterized by the second cladding layer adjoining the second sidewall of each of the first plurality of segments and the second sidewall of each of the second plurality of segments. a first waveguide core including a first plurality of segments arranged along a first longitudinal axis, each of the first plurality of segments having a first sidewall and a second sidewall opposite to the first sidewall; a second waveguide core including a second plurality of segments arranged along a second longitudinal axis, each of the second plurality of segments having a first sidewall and a second sidewall opposite to the first sidewall, and the first sidewall of each of the second plurality of segments adjacent to the first sidewall of one of the first plurality of segments in a coupling region; a first cladding layer comprising a first material that has a first refractive index, the first cladding layer adjoining the first sidewall of each of the first plurality of segments and the first sidewall of each of the second plurality of segments; and a second cladding layer comprising a second material that has a second refractive index different from the first refractive index, characterized by the second cladding layer adjoining the second sidewall of each of the first plurality of segments and the second sidewall of each of the second plurality of segments.
An external reference cavity for locking and scanning a laser cavity the external reference cavity comprising a first cavity mirror mounted on a first reference cavity piezoelectric crystal, a second cavity mirror mounted on a second reference cavity piezoelectric crystal, characterised in that the first and second reference cavity piezoelectric crystals are mechanically mounted within the reference cavity to allow thermal expansion of the first and second reference cavity piezoelectric crystals to move the first and second cavity mirrors in the same direction along a longitudinal axis of the reference cavity.
Method for managing a transfer of data relating to the digital identity of a subject, between a communication terminal used by the subject and a service provider, in which: - the service provider addresses to the communication terminal an identity-claiming request specifying the attributes of the digital identity of the subject having to be supplied with corresponding proofs, as well as criteria having to be fulfilled by these proofs for them to be acceptable for the service provider, the proofs relating to distinct attributes being able, if necessary, to originate from distinct identity providers; - in which it is an active security component resident in the communication terminal which constructs the claim of identity from data relating to the digital identity of the subject stored in the terminal and/or collected by this active security component from one or more identity providers accessible by internet or any other communication means; - and in which it is the claim of identity constructed by the active security component resident in the communication terminal which is addressed to the service provider for acceptance. - the service provider addresses to the communication terminal an identity-claiming request specifying the attributes of the digital identity of the subject having to be supplied with corresponding proofs, as well as criteria having to be fulfilled by these proofs for them to be acceptable for the service provider, the proofs relating to distinct attributes being able, if necessary, to originate from distinct identity providers; - in which it is an active security component resident in the communication terminal which constructs the claim of identity from data relating to the digital identity of the subject stored in the terminal and/or collected by this active security component from one or more identity providers accessible by internet or any other communication means; - and in which it is the claim of identity constructed by the active security component resident in the communication terminal which is addressed to the service provider for acceptance.
A valve component, comprising: a non-expandable, non-collapsible prosthetic valve having an inflow end and an outflow end, and an expandable coupling stent (36, 120, 140) extending from the inflow end of the prosthetic valve, the coupling stent (36, 120) having a contracted state for delivery to an implant position and an expanded state configured for outward connection to a base stent anchored against a heart valve annulus and defining an orifice therein or for outward connection directly against the heart valve annulus, wherein the valve component is pre-assembled before delivery to the implant position, characterized in that the coupling stent (36, 120) extends from the inflow end of the prosthetic valve in the distal direction away from the outflow end of the prosthetic valve. a non-expandable, non-collapsible prosthetic valve having an inflow end and an outflow end, and an expandable coupling stent (36, 120, 140) extending from the inflow end of the prosthetic valve, the coupling stent (36, 120) having a contracted state for delivery to an implant position and an expanded state configured for outward connection to a base stent anchored against a heart valve annulus and defining an orifice therein or for outward connection directly against the heart valve annulus, wherein the valve component is pre-assembled before delivery to the implant position, characterized in that the coupling stent (36, 120) extends from the inflow end of the prosthetic valve in the distal direction away from the outflow end of the prosthetic valve.
A method for producing a grain-oriented electrical steel sheet comprising a series of steps of subjecting a slab having a chemical composition comprising C: 0.002-0.10 mass%, Si: 2.5-6.0 mass%, Mn: 0.010-0.8 mass%, Al: less than 0.010 mass%, N: less than 0.0050 mass%, Se: less than 0.0030 mass% and S: less than 0.0050 mass%, and optionally one or more selected from Cr: 0.01-0.50 mass%, Cu: 0.01-0.50 mass%, P: 0.005-0.50 mass%, Ni: 0.01-1.50 mass%, Sb: 0.005-0.50 mass%, Sn: 0.005-0.50 mass%, Mo: 0.005-0.100 mass%, B: 0.0002-0.0025 mass%, Nb: 0.0010-0.0100 mass% and V: 0.001-0.01 mass%, provided that a mass ratio Al/N of Al and N is not less than 1.4, and the remainder being Fe and inevitable impurities to hot rolling, hot band annealing, one or two or more cold rollings sandwiching an intermediate annealing therebetween, formation of subscale on steel sheet surface through decarburization annealing, application of an annealing separator composed mainly of MgO onto steel sheet surface and finish annealing, characterized in that when a certain temperature within a range of 700-800°C in a heating process of the decarburization annealing is T1 and a certain temperature as a soaking temperature within a range of 820-900°C is T2, a heating rate R1 between 500°C and T1 is set to not less than 100°C/s and a heating rate R2 between T1 and T2 is set to not more than 15°C/s, and in that an oxygen potential P H2O /P H2 in an atmosphere reaching to the soaking temperature T2 in the decarburization annealing is within a range of 0.20-0.55, and in that a coating weight converted to oxygen per one-side surface of the steel sheet after the decarburization annealing is 0.30-0.75 g/m 2.
Nozzle for a vacuum cleaner, the nozzle comprising - a rotatable member for picking up particles from a surface to be cleaned, the rotatable member being arranged around a longitudinal axis, and - a cleaning arrangement for removing articles entangled to the rotatable member, wherein the cleaning arrangement comprises - at least one support surface provided on at least one radially projecting member of the rotatable member, and - at least one cleaning member, characterised in that the rotatable member is movable between a first position in which the cleaning member is arranged at a distance from the support surface of the rotatable member and a second position in the vicinity of the cleaning member in which the cleaning member, during rotation of the rotatable member, co-operates with at least one segment of the support surface to remove any entangled articles from the rotatable member. - a rotatable member for picking up particles from a surface to be cleaned, the rotatable member being arranged around a longitudinal axis, and - a cleaning arrangement for removing articles entangled to the rotatable member, wherein the cleaning arrangement comprises - at least one support surface provided on at least one radially projecting member of the rotatable member, and - at least one cleaning member, characterised in that
A burner comprising: a fuel line having an outlet; a pre-mixer having a first end, a second end, and a wall extending between the first end and the second end, the pre-mixer being in communication with a source of combustion air and fuel from the fuel line; a tile having a first side, a second side, and a tile wall extending away from the first side of the tile, wherein the tile wall is of an annular or cylindrical configuration; a metal header having an inlet in communication with said second end; and a first plurality of outlets located inwardly of said tile wall and a second plurality of outlets located outwardly of said first plurality of outlets and outwardly of the tile wall, wherein said first plurality of outlets are in communication with said header; wherein said second plurality of outlets are in communication with said header; and wherein the burner further comprises a first plurality of channels extending through said tile to define said first plurality of outlets in a second side of said tile and a first plurality of pipes extend from said header, each of said first plurality of pipes extending to a respective one of said first plurality of channels. a fuel line having an outlet; a pre-mixer having a first end, a second end, and a wall extending between the first end and the second end, the pre-mixer being in communication with a source of combustion air and fuel from the fuel line; a tile having a first side, a second side, and a tile wall extending away from the first side of the tile, wherein the tile wall is of an annular or cylindrical configuration; a metal header having an inlet in communication with said second end; and a first plurality of outlets located inwardly of said tile wall and a second plurality of outlets located outwardly of said first plurality of outlets and outwardly of the tile wall, wherein said first plurality of outlets are in communication with said header; wherein said second plurality of outlets are in communication with said header; and wherein the burner further comprises a first plurality of channels extending through said tile to define said first plurality of outlets in a second side of said tile and a first plurality of pipes extend from said header, each of said first plurality of pipes extending to a respective one of said first plurality of channels.
Operating circuit for at least one light-emitting diode, comprising output terminals for connecting to the at least one light-emitting diode, a coil, a diode, a controllable switching means and a control device for switching the controllable switching means in a clocked manner, the operating circuit being configured to provide, by means of the clocked switching of the controllable switching means, an output current in the form of pulse packets (21, 22) separated from one another by a time interval, and when the controllable switching means is switched on, energy being temporarily stored in the coil, and the energy temporarily stored in the coil being discharged via the diode and via the at least one light-emitting diode when the controllable switching means is switched off, and the control device being configured to repeatedly switch the controllable switching means on and off at a switching frequency during a pulse duration of each pulse packet (21, 22), current ripples being generated in the output current during the pulse duration of each pulse packet (21, 22), characterized in that the control device is configured to switch the controllable switching means in such a way that the switching frequency depending on a dimming level, at least in a dimming level range, the switching frequency being a monotonically decreasing function of the dimming level, at least in the dimming level range. output terminals for connecting to the at least one light-emitting diode, a coil, a diode, a controllable switching means and a control device for switching the controllable switching means in a clocked manner, the operating circuit being configured to provide, by means of the clocked switching of the controllable switching means, an output current in the form of pulse packets (21, 22) separated from one another by a time interval, and when the controllable switching means is switched on, energy being temporarily stored in the coil, and the energy temporarily stored in the coil being discharged via the diode and via the at least one light-emitting diode when the controllable switching means is switched off, and the control device being configured to repeatedly switch the controllable switching means on and off at a switching frequency during a pulse duration of each pulse packet (21, 22), current ripples being generated in the output current during the pulse duration of each pulse packet (21, 22), characterized in that the control device is configured to switch the controllable switching means in such a way that the switching frequency depending on a dimming level, at least in a dimming level range, the switching frequency being a monotonically decreasing function of the dimming level, at least in the dimming level range.
A binder comprising an isocyanate, a biopolymer and water, wherein the binder comprises at least 80% by weight, excluding water and isocyanate, of biopolymer, and wherein the biopolymer is selected from the group of starch nanoparticles and modified starch having a molecular weight of 1,000,000 Da or less, preferably 100,000 Da or less.
A method for manufacturing a steel component from a blank, the method comprising: a feeding system placing a blank in a furnace conveyor system for transporting the blank through a furnace; preheating at least a preselected zone of the blank before entering the furnace; and conveying the blank through the furnace using the furnace conveyor system, and wherein the preheating comprises retaining the blank at a predetermined preheating location along the furnace conveyor system. a feeding system placing a blank in a furnace conveyor system for transporting the blank through a furnace; preheating at least a preselected zone of the blank before entering the furnace; and conveying the blank through the furnace using the furnace conveyor system, and wherein the preheating comprises retaining the blank at a predetermined preheating location along the furnace conveyor system.