mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing of a wear resistant component comprising the steps: providing a form defining at least a portion of the shape of the component; providing a first powder, wherein said first powder is a powder mixture comprising 30 - 70 vol% of a powder of tungsten carbide and 70 - 30 vol% of a powder of a nickel based alloy, wherein the nickel based alloy consists of, in weight %: C: 0 - 1.0; Cr: 0 - 14.0; Si: 2.5 - 4.5; B: 1.25 - 3.0; Fe: 1.0 - 4.5; the balance Ni and unavoidable impurities; and wherein the powder of tungsten carbide has a particle size of 105 - 250 μm and the powder of the nickel based alloy has a maximum particle size of 32 μm; filling at least a portion of said form with said first powder mixture; subjecting said form to Hot Isostatic Pressing at a predetermined temperature, a predetermined isostatic pressure and a for a predetermined time so that the particles of the nickel-based alloy bond metallurgical to each other. providing a form defining at least a portion of the shape of the component; providing a first powder, wherein said first powder is a powder mixture comprising 30 - 70 vol% of a powder of tungsten carbide and 70 - 30 vol% of a powder of a nickel based alloy, wherein the nickel based alloy consists of, in weight %: C: 0 - 1.0; Cr: 0 - 14.0; Si: 2.5 - 4.5; B: 1.25 - 3.0; Fe: 1.0 - 4.5; the balance Ni and unavoidable impurities; and wherein the powder of tungsten carbide has a particle size of 105 - 250 μm and the powder of the nickel based alloy has a maximum particle size of 32 μm; C: 0 - 1.0; Cr: 0 - 14.0; Si: 2.5 - 4.5; B: 1.25 - 3.0; Fe: 1.0 - 4.5; the balance Ni and unavoidable impurities; and wherein the powder of tungsten carbide has a particle size of 105 - 250 μm and the powder of the nickel based alloy has a maximum particle size of 32 μm; filling at least a portion of said form with said first powder mixture; subjecting said form to Hot Isostatic Pressing at a predetermined temperature, a predetermined isostatic pressure and a for a predetermined time so that the particles of the nickel-based alloy bond metallurgical to each other.
A method for manufacturing a lithium secondary battery, the method comprising: injecting a composition for a gel polymer electrolyte into a lithium secondary battery case having an electrode assembly including a metal electrode current collector and then sealing the lithium secondary battery case; placing the lithium secondary battery case inside a fixing member having an electromagnetic field generation means; and heating the metal electrode current collector using the electromagnetic field generation means, to heat-cure the composition for a gel polymer electrolyte, wherein the electromagnetic field generation means is an inductor including a winding coil. injecting a composition for a gel polymer electrolyte into a lithium secondary battery case having an electrode assembly including a metal electrode current collector and then sealing the lithium secondary battery case; placing the lithium secondary battery case inside a fixing member having an electromagnetic field generation means; and heating the metal electrode current collector using the electromagnetic field generation means, to heat-cure the composition for a gel polymer electrolyte, wherein the electromagnetic field generation means is an inductor including a winding coil.
Use of a photocatalytic system comprising at least one poly(heptazine imide) and at least one sulfur source in photocatalytic thiolations or in the oxidative conversion of N-carboxylated hydrazones to oxadiazoles.
A magnetically dynamic damping assembly comprising: a damping unit including a housing wall extending between a base portion and a top portion bounding a main chamber therein, a partition including a diaphragm of elastic material disposed in said damping unit impermeably dividing said main chamber into sub-chambers, said diaphragm including at least one magnetically actuated element, said partition further including a fixed magnetic source for creating a magnetic field adjacent to said at least one magnetically actuated element, a source of electrical current including an energized condition wherein said source of electrical current provides current to said partition creating a magnetic field regulating said at least one magnetically actuated element of said diaphragm relative to said fixed magnetic source and a non-energized condition wherein said source of electric current does not provide current and said diaphragm is unrestricted to flex as a result of pressure changing in one of said sub-chambers (32, 34), characterized in that said damping unit contains magnetorheological fluid and includes flow paths and a solenoid adjacent to said flow paths changing the viscosity of said magnetorheological fluid entering said flow paths. a damping unit including a housing wall extending between a base portion and a top portion bounding a main chamber therein, a partition including a diaphragm of elastic material disposed in said damping unit impermeably dividing said main chamber into sub-chambers, said diaphragm including at least one magnetically actuated element, said partition further including a fixed magnetic source for creating a magnetic field adjacent to said at least one magnetically actuated element, a source of electrical current including an energized condition wherein said source of electrical current provides current to said partition creating a magnetic field regulating said at least one magnetically actuated element of said diaphragm relative to said fixed magnetic source and a non-energized condition wherein said source of electric current does not provide current and said diaphragm is unrestricted to flex as a result of pressure changing in one of said sub-chambers (32, 34), characterized in that said damping unit contains magnetorheological fluid and includes flow paths and a solenoid adjacent to said flow paths changing the viscosity of said magnetorheological fluid entering said flow paths.
A depth vibrator for compacting soil, comprising: a rotary drive; a drive shaft, which is rotatingly drivable about a rotary axis by the rotary drive in a first rotation direction and in an opposite second rotation direction; a primary mass body, which is connected to the drive shaft in a rotationally fixed manner and rotates together with same about the rotary axis; a secondary mass body, which is movable into a first rotation position relative to the primary mass body by rotation of the drive shaft in the first rotation direction, in which first rotation position a centre of gravity of the secondary mass body is approximate to a centre of gravity of the primary mass body, and which secondary mass body is movable into a second rotation position relative to the primary mass body by rotation of the drive shaft in the second rotation direction, in which second rotation position the centre of gravity of the secondary mass body is further distanced from the centre of gravity of the primary mass body, wherein the secondary mass body in the first and second rotation position is jointly rotatable together with the primary mass body about the rotary axis; characterised in that the centre of gravity of the secondary mass body and the centre of gravity of the primary mass body have different radial distances from the rotary axis. a rotary drive; a drive shaft, which is rotatingly drivable about a rotary axis by the rotary drive in a first rotation direction and in an opposite second rotation direction; a primary mass body, which is connected to the drive shaft in a rotationally fixed manner and rotates together with same about the rotary axis; a secondary mass body, which is movable into a first rotation position relative to the primary mass body by rotation of the drive shaft in the first rotation direction, in which first rotation position a centre of gravity of the secondary mass body is approximate to a centre of gravity of the primary mass body, and which secondary mass body is movable into a second rotation position relative to the primary mass body by rotation of the drive shaft in the second rotation direction, in which second rotation position the centre of gravity of the secondary mass body is further distanced from the centre of gravity of the primary mass body, wherein the secondary mass body in the first and second rotation position is jointly rotatable together with the primary mass body about the rotary axis; characterised in that the centre of gravity of the secondary mass body and the centre of gravity of the primary mass body have different radial distances from the rotary axis.
Power-tool parting device, in particular hand-held power-tool parting device, having at least one cutting strand and having at least one guide unit, wherein the guide unit has at least one segment guide element (16b, 22b) for guiding the cutting strand, said segment guide element (16b, 22b) being intended to limit a movement of the cutting strand, as seen in a direction away from the guide unit, at least in a direction (24b, 26b) extending at least substantially parallel to a cutting plane of the cutting strand, characterized in that the at least one segment guide element (16b, 22b) is configured as an extension which is arranged on at least one inner wall of the guide unit.
Dishwasher with an in particular substantially box-shaped washing liquid container, which defines a dishwasher interior for receiving crockery, glasses, cutlery and similar items to be washed, wherein the washing liquid container has a base area and walls (4; 5; 6; 7; 8) which delimit the washing liquid container from above and/or from the sides, wherein at least one of these walls can form part of a moveable door, characterised in that at least one of the walls (4; 5; 6; 7; 8) is provided on its side facing the dishwasher interior with a number of separate surface elements which are fixed to the respective wall (4; 5; 6; 7; 8), the front surfaces of which are placed in parallel to or in the plane of the respective wall, wherein the respective wall (4; 5; 6; 7; 8) is provided for reinforcement with a structure made of raised and lower areas and the front surfaces of the separate surface elements are placed substantially flush at the same height with one of these areas (11; 12) and in this way for each wall (4; 5; 6; 7; 8) a number of rows of surface elements are arranged within reinforcement ribs.
A foot pedal apparatus for use with a workstation located on a floor surface and operated by a seated user in controlling a robotic surgery system, the apparatus comprising: a first sliding mount and a second sliding mount configured to be mounted to the workstation proximate the floor surface; a platform pivotably mounted on a circular rod which extends between the first and second sliding mounts (308, 310) and which is able to rotate freely; a first pedal mounted on the platform and including an upwardly disposed actuation surface; and a second pedal mounted vertically elevated with respect to the first pedal and including an upwardly disposed actuation surface, the second pedal including at least a proximate portion vertically overlapping a distal portion of the first pedal such that the first and second pedals have a mounted depth in a direction away from the user that is less than a sum of the respective individual depths of the first and second pedals. a first sliding mount and a second sliding mount configured to be mounted to the workstation proximate the floor surface; a platform pivotably mounted on a circular rod which extends between the first and second sliding mounts (308, 310) and which is able to rotate freely; a first pedal mounted on the platform and including an upwardly disposed actuation surface; and a second pedal mounted vertically elevated with respect to the first pedal and including an upwardly disposed actuation surface, the second pedal including at least a proximate portion vertically overlapping a distal portion of the first pedal such that the first and second pedals have a mounted depth in a direction away from the user that is less than a sum of the respective individual depths of the first and second pedals.
Device for anchoring a pole for a beach parasol in the sand or in a sandy soil, comprising a buriable plate (Pf) manufactured from a flexible or semi-rigid material, a sleeve (Mn) intended to receive said pole, the sleeve (Mn) being associated with said plate by means of a junction zone (Zj), the sleeve (Mn) opening out on both sides, characterised in that the sleeve (Mn) comprises a tubular inner wall (Pt) connected to the outer wall (Tc) by means of radial ribs (Nv), said radial ribs being extended towards the inside of the tubular inner wall (Pt) so as to come into contact with the wall constituting the pole.
A gas turbine engine comprising: a first compressor coupled to a first shaft; a fan configured for being rotated by said first shaft; a second compressor downstream of the first compressor and coupled to a second shaft; a combustor disposed downstream of said compressors (23,33); a turbine disposed downstream of said combustor and coupled to the second shaft; and a first gear configured to be driven by the second shaft, wherein, said second shaft is configured for driving said first shaft through said first gear, whereby said turbine drives said first compressor at a different rotational speed than said turbine; characterised in that: the engine further comprises a second gear configured for being driven by said first shaft, the second gear being configured for driving said fan to rotate at a slower speed than said first compressor. a first compressor coupled to a first shaft; a fan configured for being rotated by said first shaft; a second compressor downstream of the first compressor and coupled to a second shaft; a combustor disposed downstream of said compressors (23,33); a turbine disposed downstream of said combustor and coupled to the second shaft; and a first gear configured to be driven by the second shaft, wherein, said second shaft is configured for driving said first shaft through said first gear, whereby said turbine drives said first compressor at a different rotational speed than said turbine;
A metal complex corresponding to the formula: wherein R 1 independently each occurrence is isopropyl; R 2 independently each occurrence is hydrogen or a C 1-12 alkyl group; R 4 is C 1-4 alkyl; R 6 is hydrogen, C 1-6 alkyl or cycloalkyl; and X independently each occurrence is methyl. R 1 independently each occurrence is isopropyl; R 2 independently each occurrence is hydrogen or a C 1-12 alkyl group; R 4 is C 1-4 alkyl; R 6 is hydrogen, C 1-6 alkyl or cycloalkyl; and X independently each occurrence is methyl.
A computer implemented method of scheduling jobs in frames representing views of a geographic information environment, wherein at least one fixed and/or dynamic job is executed in the frame within a frame period of the frame, wherein the frame period includes a time period between a start of the frame and a frame boundary of the frame, the frame boundary representing an end of the frame; the method characterized by: determining a first remaining frame period in a first frame representing a first view of the geographic information environment, the first remaining frame period being a time period after executing a first set of fixed jobs in the first frame and at a frame boundary of the first frame; identifying a first dynamic job in a scheduling queue, the first dynamic job having a first non-preemptive section that is between a start of the first dynamic job and a first preemption point of the first dynamic job and at least one second non-preemptive section after the first pre-emption point, wherein the first preemption point is a point during execution of the first dynamic job at which it is safe for the first dynamic job to stop; determining a first estimated execution time for executing the first dynamic job; when the first estimated execution time is not greater than the first remaining frame period, executing the first non-preemptive section of the first dynamic job in the first frame; and when the first estimated execution time is greater than the first remaining frame period, postponing the execution of the first dynamic job in the first frame. determining a first remaining frame period in a first frame representing a first view of the geographic information environment, the first remaining frame period being a time period after executing a first set of fixed jobs in the first frame and at a frame boundary of the first frame; identifying a first dynamic job in a scheduling queue, the first dynamic job having a first non-preemptive section that is between a start of the first dynamic job and a first preemption point of the first dynamic job and at least one second non-preemptive section after the first pre-emption point, wherein the first preemption point is a point during execution of the first dynamic job at which it is safe for the first dynamic job to stop; determining a first estimated execution time for executing the first dynamic job; when the first estimated execution time is not greater than the first remaining frame period, executing the first non-preemptive section of the first dynamic job in the first frame; and when the first estimated execution time is greater than the first remaining frame period, postponing the execution of the first dynamic job in the first frame.
A gas burner assembly for a gas cooking appliance, in particular for a gas cooking hob, wherein: - the gas burner assembly comprises an upper burner part, a lower burner part and a gas injector, - the upper burner part is arranged above the lower burner part, - the upper burner part includes a central portion and a number of peripheral portions, - the peripheral portions extends radially and horizontally from the central portion, - a Venturi tube extends between the central portion and each peripheral portion, and - a plurality of flame ports (36, 38) is arranged at the circumference of the peripheral portions, characterised in that an impingement cone is formed at a bottom side of the central portion of the upper burner part, wherein the gas injector is arranged below the impingement cone and directed to said impingement cone, so that a gas jet from the gas injector impinges on the impingement cone and said gas jet with dragged atmospheric air is directed to the peripheral portions, and wherein a mixture of gas and air is accelerated by the Venturi tube to the peripheral portions. - the gas burner assembly comprises an upper burner part, a lower burner part and a gas injector, - the upper burner part is arranged above the lower burner part, - the upper burner part includes a central portion and a number of peripheral portions, - the peripheral portions extends radially and horizontally from the central portion, - a Venturi tube extends between the central portion and each peripheral portion, and - a plurality of flame ports (36, 38) is arranged at the circumference of the peripheral portions,
A method of operating a wireless terminal, the method comprising: generating more than one backlog information report (7254, 7256) and transmitting backlog information reports (7254, 7256) of different sizes at different times, wherein transmitting backlog information reports (7254, 7256) of different sizes includes transmitting a backlog information report of a first fixed size and backlog information report of a second fixed size, said second fixed size being larger than said first fixed size, wherein transmitting backlog information reports (7254, 7256) of different sizes includes transmitting multiple backlog information reports of said second fixed size, different ones of said multiple backlog information reports of the second fixed size communicating information corresponding to different numbers of queues. generating more than one backlog information report (7254, 7256) and transmitting backlog information reports (7254, 7256) of different sizes at different times, wherein transmitting backlog information reports (7254, 7256) of different sizes includes transmitting a backlog information report of a first fixed size and backlog information report of a second fixed size, said second fixed size being larger than said first fixed size, wherein transmitting backlog information reports (7254, 7256) of different sizes includes transmitting multiple backlog information reports of said second fixed size, different ones of said multiple backlog information reports of the second fixed size communicating information corresponding to different numbers of queues.
A plant cell comprising a targeted genomic modification to one or more alleles of an endogenous acetohydroxyacid synthase (AHAS) gene of SEQ ID NO: 1. SEQ ID NO: 2 or SEQ ID NO:3 in the plant cell, wherein the genomic modification follows cleavage by a site specific nuclease, wherein the site specific nuclease is a zinc finger nuclease comprising a Fok I cleavage domain and a DNA binding domain that binds to a target site selected from the group consisting of SEQ ID NOs: 35-56 and 263-278, and wherein the genomic modification produces a mutation in the endogenous gene such that the endogenous gene produces a product that results in an herbicide tolerant plant cell, wherein the genomic modification comprises a) introduction of one or more indels that disrupt expression of the endogenous gene, or b) integration of one or more exogenous sequences, wherein (i) the exogenous sequence does not encode a transgenic selectable marker, or (ii) the exogenous sequence encodes a protein selected from the group consisting of a protein that increases crop yield, a protein encoding disease resistance, a protein that increases growth, a protein encoding insect resistance, a protein encoding herbicide tolerance, and combinations thereof, wherein preferably the increased crop yield comprises an increase in fruit yield, grain yield, biomass, fruit flesh content, size, dry weight, solids content, weight, color intensity, color uniformity, altered chemical characteristics, or combinations thereof, or (iii) two or more exogenous sequences are integrated into the endogenous gene. a) introduction of one or more indels that disrupt expression of the endogenous gene, or b) integration of one or more exogenous sequences, wherein (i) the exogenous sequence does not encode a transgenic selectable marker, or (ii) the exogenous sequence encodes a protein selected from the group consisting of a protein that increases crop yield, a protein encoding disease resistance, a protein that increases growth, a protein encoding insect resistance, a protein encoding herbicide tolerance, and combinations thereof, wherein preferably the increased crop yield comprises an increase in fruit yield, grain yield, biomass, fruit flesh content, size, dry weight, solids content, weight, color intensity, color uniformity, altered chemical characteristics, or combinations thereof, or (iii) two or more exogenous sequences are integrated into the endogenous gene. (i) the exogenous sequence does not encode a transgenic selectable marker, or (ii) the exogenous sequence encodes a protein selected from the group consisting of a protein that increases crop yield, a protein encoding disease resistance, a protein that increases growth, a protein encoding insect resistance, a protein encoding herbicide tolerance, and combinations thereof, wherein preferably the increased crop yield comprises an increase in fruit yield, grain yield, biomass, fruit flesh content, size, dry weight, solids content, weight, color intensity, color uniformity, altered chemical characteristics, or combinations thereof, or (iii) two or more exogenous sequences are integrated into the endogenous gene.
Scintillation cuvette for measuring ionizing radiation, comprising a light-guiding structure having a light-guide wall with a first refractive index and a window with a second refractive index, further comprising a scintillation medium with a specified refractive index greater than the first refractive index arranged in the scintillation cuvette, with the first refractive index being lower than the second refractive index.