mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a nanophosphor, the method comprising: contacting a nanophosphor raw material and a flux to form a mixture, sintering the mixture to form a nanoprecursor, ball-milling the nanoprecursor, and drying the ball-milled nanoprecursor to form the nanophosphor, wherein an average particle size of the nanophosphor is equal to or more than 50 nanometers and equal to or less than 7 micrometers; wherein: the nanophosphor raw material is in the form of a powder; characterized in that the nanophosphor is a compound represented by Y 3 Al 5 O 12:Ce 3+, and the nanophosphor raw material comprises Y 2 O 3 having a particle size equal to or more than 40 nanometers and equal to or less than 400 nanometers, Al 2 O 3 having a particle size of equal to or more than 30 nanometers and equal to or less than 1 micrometer, and CeO 2 having a particle size of equal to or more than 50 nanometers and equal to or less than 500 nanometers. contacting a nanophosphor raw material and a flux to form a mixture, sintering the mixture to form a nanoprecursor, ball-milling the nanoprecursor, and drying the ball-milled nanoprecursor to form the nanophosphor, wherein an average particle size of the nanophosphor is equal to or more than 50 nanometers and equal to or less than 7 micrometers; the nanophosphor raw material is in the form of a powder; characterized in that the nanophosphor is a compound represented by Y 3 Al 5 O 12:Ce 3+, and the nanophosphor raw material comprises Y 2 O 3 having a particle size equal to or more than 40 nanometers and equal to or less than 400 nanometers, Al 2 O 3 having a particle size of equal to or more than 30 nanometers and equal to or less than 1 micrometer, and CeO 2 having a particle size of equal to or more than 50 nanometers and equal to or less than 500 nanometers. Y 2 O 3 having a particle size equal to or more than 40 nanometers and equal to or less than 400 nanometers, Al 2 O 3 having a particle size of equal to or more than 30 nanometers and equal to or less than 1 micrometer, and CeO 2 having a particle size of equal to or more than 50 nanometers and equal to or less than 500 nanometers.
A pile for a pile wall, said pile extending longitudinally between a first and a second end and comprising at least one perimeter profile in a cross section being essentially perpendicular to the longitudinal extension of said pile, said pile being hollow and said perimeter profile enclosing a continuous area in said cross section, wherein the continuous area is defined and limited by the perimeter profile of the pile and is not interrupted by the pile or the pile's perimeter profile in the cross section thereof, wherein at least one section of the perimeter profile extends outwardly, i.e. protrudes, forming a first male connection portion, wherein the first male connection portion further extends along at least 50 % of the longitudinal extension of the pile, preferably along the complete longitudinal extension of the pile, wherein the continuous area extends into the first male connection portion, thereby forming a load bearing portion of the pile, characterized in that the first male connection portion (4, 5) comprises an intermediate waist portion (41, 51) and an outer top portion (42, 52) being located outwardly in respect of the intermediate waist portion (41, 51), as seen in the cross section, wherein a length of the waist portion (41, 51), as seen in a direction being essentially transverse to the outward direction of the first male connection portion (4, 5), is smaller than a corresponding transverse length of the top portion (42, 52).
A wiper controller which detects raindrops adhered onto a windshield glass of a vehicle to control a wiper based on a detection result, comprising: a wiper operation time counter for counting an actual operation time of the wiper based on an ON/OFF signal of a wiper motor for driving the wiper; a delay time calculation unit for obtaining a delay time of the wiper by a comparison between a reference wiper operation time and the actual operation time; and an operation change determination unit for determining with respect to a need for changing the wiper operation based on the delay time of the wiper, characterized in that the wiper controller comprises a wiped water measurement unit for measuring an amount of water wiped by the wiper, wherein the operation change determination unit determines with respect to the need for changing the wiper operation based on the delay time of the wiper and the amount of water wiped by the wiper. a wiper operation time counter for counting an actual operation time of the wiper based on an ON/OFF signal of a wiper motor for driving the wiper; a delay time calculation unit for obtaining a delay time of the wiper by a comparison between a reference wiper operation time and the actual operation time; and an operation change determination unit for determining with respect to a need for changing the wiper operation based on the delay time of the wiper,
A drug delivery device with a dose limiter for preventing the setting of a dose, which exceeds the amount of liquid left in a cartridge of the drug delivery device, comprising a cartridge containing liquid, preferably a medicament, a dosing element (40, 130), which rotates during dose selecting, a last dose nut coupled to the dosing element (40, 130) during dose selecting such that rotation of the dosing element (40, 130) causes an axial movement of the last dose nut, and a stop element, which blocks further movement of the last dose nut, if a dose is selected corresponding to the amount of liquid left in the cartridge, characterized in that the stop element is provided on the dosing element (40, 130), wherein the dose limiter further comprises a last dose sleeve rotationally coupled to the dosing element (40, 130) during dose selecting and rotationally de-coupled from the dosing element (40, 130) during dose dispensing, and wherein the last dose nut is coupled to the dosing element (40, 130) by the last dose sleeve.
A method performed by a user equipment, UE, the method comprising receiving system information comprising a configuration of a new radio, NR, or long-term evolution, LTE, sidelink resource allocation; storing the configuration of the NR or LTE sidelink resource allocation in the UE; triggering an RRC Connection Resume procedure to request additional sidelink resource allocation in a case that the stored configuration of the NR or LTE sidelink resource allocation is still valid and the UE is in a radio resource control, RRC, inactive state; and transmitting an RRC resume request message to a serving cell for the RRC Connection Resume procedure. receiving system information comprising a configuration of a new radio, NR, or long-term evolution, LTE, sidelink resource allocation; storing the configuration of the NR or LTE sidelink resource allocation in the UE; triggering an RRC Connection Resume procedure to request additional sidelink resource allocation in a case that the stored configuration of the NR or LTE sidelink resource allocation is still valid and the UE is in a radio resource control, RRC, inactive state; and transmitting an RRC resume request message to a serving cell for the RRC Connection Resume procedure.
High-frequency swinging choke, having at least two rod cores (5, 5') arranged next to one another in the longitudinal direction, each rod core having at least one winding (1, 1'), wherein the windings (1, 1') are connected in series, wherein the magnetic circuit of the swinging choke has at least one air gap, characterized in that the winding layers (2, 2') of the windings (1, 1') are arranged one over the other and are electrically connected to one another at their ends, whereby the winding layers (2, 2') are connected in parallel with one another.
A machine for making and dispensing liquid, semi-liquid and/or semi-solid food products comprising at least a cylinder for containing and processing basic products, means for heating and cooling the cylinder wrapped around at least part of the cylinder and a mixer unit positioned inside the cylinder which is able to mix the basic products during their processing; the machine comprising at least a supply duct for supplying the products into the cylinder and at least a dispensing duct for withdrawing the food products from the cylinder; the machine comprising further means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the dispensing duct (11, 11') and to return them into the cylinder through the supply duct, characterized in that the machine further comprises a removable container for feeding the basic products, provided with a product infeed channel and a product outfeed channel, said infeed channel being connected, in use, to the dispensing duct (11, 11') and said outfeed channel being connected, in use, to the supply duct for allowing product recirculation between the containment cylinder and said removable container through said infeed channel, outfeed channel, dispensing duct (11, 11') and supply duct.
A kit for building a modular structure that allows easy attachment of finishing components that comprises: - a plurality of coplanar plates interconnectable by shape which are configured to be assembled together to form the base of the modular structure, - a first system of metal profiles with lower strength structure configured to be fixed to the base plate through fastening means, - a plurality of vertical walls configured to be arranged perpendicular to the basic structure and fixable in the first system of metal profiles with lower strength structure at their lower part wherein the vertical walls are provided with a layer with ferromagnetic properties on at least one of the outer surfaces, - a second system of metal profiles with upper strength structure configured to be fixed to the top of the vertical walls to ensure the stability and rigidity of the structure, characterised in that - a plurality of coplanar plates interconnectable by shape, which are configured to be assembled together to form a support layer with ferromagnetic properties which are configured to be fixed over the base of the modular structure, - at least one multilayer magnetic support configured to be arranged over the support layer with ferromagnetic properties and on at least a portion of the surface of the vertical walls wherein the multilayer magnetic support is formed at the bottom facing the support layer with ferromagnetic properties of a magnetic film and a means of attachment to the opposite side of the support with ferromagnetic properties for attaching said finishing components. - a plurality of coplanar plates interconnectable by shape which are configured to be assembled together to form the base of the modular structure, - a first system of metal profiles with lower strength structure configured to be fixed to the base plate through fastening means, - a plurality of vertical walls configured to be arranged perpendicular to the basic structure and fixable in the first system of metal profiles with lower strength structure at their lower part wherein the vertical walls are provided with a layer with ferromagnetic properties on at least one of the outer surfaces, - a second system of metal profiles with upper strength structure configured to be fixed to the top of the vertical walls to ensure the stability and rigidity of the structure, characterised in that - a plurality of coplanar plates interconnectable by shape, which are configured to be assembled together to form a support layer with ferromagnetic properties which are configured to be fixed over the base of the modular structure, - at least one multilayer magnetic support configured to be arranged over the support layer with ferromagnetic properties and on at least a portion of the surface of the vertical walls
Water-cooled generator strip having at least two conductor stacks (12, 14), which are arranged in parallel and which each have a plurality of conductors which are arranged one above another and are electrically insulated from one another by means of a conductor insulation, wherein the conductors are fastened geometrically in relation to one another by means of a cured resin, and wherein a clearance is provided between the conductor stacks, in which clearance there is arranged at least one cooling channel for conveying cooling water, wherein the cooling channel has an outer shell of high thermal conductivity, the outer side of which is in contact at least in partial portions with the conductor insulation of conductors of the conductor stacks, and wherein the outer shell of the cooling channel comprises an electrical insulating layer, characterized in that the outer shell of the cooling channel at least in certain regions comprises a ferromagnetic material.
Power tool, comprising: a drive; and a first drive shaft that is connected to said drive, and having a first engagement that is configured to engage a first type of accessory; a second drive shaft that is connected to said drive, and having a second engagement that is configured to engage a second type of accessory; and wherein the drive is configured to drive the first drive shaft and the second drive shaft simultaneously, the first drive shaft and the second drive shaft extend in the same direction relative to the drive; characterized in that the first drive shaft is an oscillating drive shaft. a drive; and a first drive shaft that is connected to said drive, and having a first engagement that is configured to engage a first type of accessory; a second drive shaft that is connected to said drive, and having a second engagement that is configured to engage a second type of accessory; and wherein the drive is configured to drive the first drive shaft and the second drive shaft simultaneously, the first drive shaft and the second drive shaft extend in the same direction relative to the drive; characterized in that the first drive shaft is an oscillating drive shaft.
System for orienting magnetic flakes contained in an ink or varnish vehicle applied on a sheet-like or web-like substrate, which system comprises a processing unit (10*) with at least one magnetic-field-inducing device for orienting the magnetic flakes contained in the ink or varnish vehicle applied on the substrate, which processing unit (10*) is located along a path of the substrate in such a way that the substrate is brought into contact with or in close proximity to the processing unit (10*) and the said at least one magnetic-field-inducing device, wherein the system further comprises at least one drying or curing unit disposed in the vicinity of the processing unit (10*) for drying or curing the ink or varnish vehicle to fix the orientation of the magnetic flakes contained therein while the substrate is still in contact with or in close proximity to the processing unit (10*) and the said at least one magnetic-field-inducing device before the substrate is taken away from the said at least one magnetic-field-inducing device, characterized in that the said at least one drying or curing unit is a UV-curing unit comprising LED elements producing radiation in the UV range, which LED elements are arranged in the form of a longitudinal bar extending transversely to the path of the substrate.
A work piece with a layer system, which at least contains one layer having the composition (Al y Cr 1-y)X, wherein X = N, having cubic crystal lattice, essentially stoichiometric nitrogen ratio and a Al content of 66% or y = 0,66, respectively, wherein the layer composition within the layer is either essentially constant or continuously or stepwise changes across the layer thickness, respectively, and the workpiece is one of the following tools, a cutter, especially a hob cutter, ball head cutter, planar or profile cutter, a broaching tool, a reamer, an indexable insert for turning and milling operations, a mold or an injection mold.
An electronic device couplable to a plurality of laser diodes (LD_j), the electronic device comprising a semiconductor body having a first surface and including: - a control switch having a drain electrically coupled to a drain metallization of the electronic device and having a source electrically coupled to a first source metallization of the electronic device, configured to be electrically coupled to cathodes (LDc_j) of the laser diodes (LD_j); - a respective plurality of first switches (S2_j), each first switch (S2_j) having a respective drain (DS2_j) electrically coupled to the drain metallization and having a respective source (SS2_j) electrically coupled to a respective second source metallization (534_j) of the electronic device, configured to be coupled to an anode (LDa_j) of a respective laser diode (LD_j) of the plurality of laser diodes (LD_j), wherein the drain metallization, the first source metallization, and the second source metallizations (534_j) extend on the first surface of the semiconductor body, which is configured to face the laser diodes (LD_j), wherein the second source metallizations (534_j) are aligned with one another in a direction of alignment, are superimposed, orthogonally to the direction of alignment, to the respective sources (SS2_j) of the first switches (S2_j), and are configured to be aligned, orthogonally to the direction of alignment, to the respective laser diodes (LD_j), and wherein at least one of the sources (SS2_j) of the first switches (S2_j) is configured to be aligned, orthogonally to the direction of alignment, to the respective laser diode (LD_j). - a control switch having a drain electrically coupled to a drain metallization of the electronic device and having a source electrically coupled to a first source metallization of the electronic device, configured to be electrically coupled to cathodes (LDc_j) of the laser diodes (LD_j); - a respective plurality of first switches (S2_j), each first switch (S2_j) having a respective drain (DS2_j) electrically coupled to the drain metallization and having a respective source (SS2_j) electrically coupled to a respective second source metallization (534_j) of the electronic device, configured to be coupled to an anode (LDa_j) of a respective laser diode (LD_j) of the plurality of laser diodes (LD_j), wherein the drain metallization, the first source metallization, and the second source metallizations (534_j) extend on the first surface of the semiconductor body, which is configured to face the laser diodes (LD_j), wherein the second source metallizations (534_j) are aligned with one another in a direction of alignment, are superimposed, orthogonally to the direction of alignment, to the respective sources (SS2_j) of the first switches (S2_j), and are configured to be aligned, orthogonally to the direction of alignment, to the respective laser diodes (LD_j), and wherein at least one of the sources (SS2_j) of the first switches (S2_j) is configured to be aligned, orthogonally to the direction of alignment, to the respective laser diode (LD_j).
Wiper blade device having an adapter element which can be securely connected to a main component of a wiper blade (11; 12; 13), a retention element (21, 22) for a wiper arm (24, 26) and a bearing element, wherein the adapter element comprises at least two mutually opposed side walls (16, 18) which at least partially delimit a receiving region for at least a portion of at least the retention element (21; 22), wherein at least one of the side walls (16, 18) has at least one recess (34, 36) which is constructed as a bearing opening (30, 32) for the bearing element, wherein the adapter element comprises at least one other side wall which has a side face which faces the side walls (16, 18), wherein the side face has at least one main curvature in at least one direction, wherein the side face is constructed in such a manner that at least one surface of the wiper arm and/or at least one surface of the retention element in at least one assembled state at least partially abuts the side face, characterized in that the side face is constructed in such a manner that, regardless of a rotation position of the wiper arm and/or the retention element relative to the adapter element, at least one surface of the wiper arm and/or a surface of the retention element always at least partially abuts the side face in the assembled state.
Plug connection between an actuator and / or sensor assembly and a control unit assigned to this assembly, wherein electrical plug contacts of a plug arranged directly on a housing of the control unit are inserted into a socket arranged directly on a housing of the actuator and / or sensor assembly, or wherein electrical plug contacts of a plug arranged directly on a housing of the actuator and / or sensor assembly are inserted into a socket arranged directly on a housing of the control unit, wherein the housing of the actuator and / or sensor assembly and the housing of the control unit assigned to this assembly are interlocked by connection means or brought together to form an assembly, characterised in that separate plug connection securing means are provided that are independent from the connection means of the housings of the actuator and / or sensor assembly and the control unit assigned to this assembly, the plug connection securing means securing the plug connection to prevent movements of the plug relative to the socket and the other way round, wherein the plug connection securing means can be reached from externally with respect to the housing of the actuator and / or sensor assembly and the control unit assigned to this assembly.
Transparent, chemically temperable or chemically tempered glass ceramic with keatite as the main crystal phase, which has a transmittance of τ vis ≥ 80% at a thickness of 0.7 mm, low haze expressed by haze ≤ 10, preferably < 5, and a crystal phase content of at least 80% by weight of keatite solid solution, preferably at least 90% by weight, particularly preferably at least 95% by weight, based on all crystal phases in the glass ceramic, and contains at least 2% by weight of Li 2 O and is substantially free of MgO and substantially free of P 2 O 5.
Alighting device (100, 200, 300, 400, 500), comprising: a substrate; a light emitting unit disposed on the substrate, the light emitting unit comprising a light output surface, the light output surface comprising a top surface, a side surface (130s2), and a bottom surface (130s3); and a light adjusting layer disposed on the light emitting unit, the light adjusting layer comprising a first portion and a second portion connected to the first portion; wherein the first portion covers only a part of the light output surface, the second portion does not cover the light output surface, the first portion covers only a part of the top surface (130s1), and the first portion covers only a part of the side surface (130s2). a substrate; a light emitting unit disposed on the substrate, the light emitting unit comprising a light output surface, the light output surface comprising a top surface, a side surface (130s2), and a bottom surface (130s3); and a light adjusting layer disposed on the light emitting unit, the light adjusting layer comprising a first portion and a second portion connected to the first portion; wherein the first portion covers only a part of the light output surface, the second portion does not cover the light output surface, the first portion covers only a part of the top surface (130s1), and the first portion covers only a part of the side surface (130s2).