mhurhangee/ep-ind-claims huggingface dataset:
A metal additive manufacturing method comprising: supplying a material to be deposited; melting the material by outputting an energy beam while the energy beam is being scanned; and irradiating a solidified portion of the material with a pulse laser having a power density of 10 12 W/cm 2 or more at an irradiation position thereby creating a plastic shock wave propagating in the solidified portion of the material, scanning the pulsed laser while maintaining a predetermined interval from the energy beam in order to have the solidified portion in a temperature lowering process after being melted and solidified and in a temperature range of 0.4T m ≤ T <T m, wherein T is a temperature of the material and T m is a melting point of the material. supplying a material to be deposited; melting the material by outputting an energy beam while the energy beam is being scanned; and irradiating a solidified portion of the material with a pulse laser having a power density of 10 12 W/cm 2 or more at an irradiation position thereby creating a plastic shock wave propagating in the solidified portion of the material, scanning the pulsed laser while maintaining a predetermined interval from the energy beam in order to have the solidified portion in a temperature lowering process after being melted and solidified and in a temperature range of 0.4T m ≤ T <T m, wherein T is a temperature of the material and T m is a melting point of the material.
An electronic system for bioimpedance signal acquisition, comprising: a current signal injection module configured for generating a current signal that is to be applied to a subject; a bioimpedance signal measurement module configured for measuring a bioimpedance signal based on a voltage generated by the current signal applied to the subject; a data quality detection module configured for detecting an AC level and a DC level of the measured bioimpedance signal and detecting whether the AC level and the DC level of the measured bioimpedance signal are within or outside an AC reference value range and a DC reference value range, respectively; and a signal adaptation module configured for modifying at least one parameter of the current signal injection module and/or the bioimpedance signal measurement module based on said detection whether the AC level and the DC level of the measured bioimpedance signal are within or outside an AC reference value range and a DC reference value range, respectively wherein the signal adaptation module is configured for modifying a frequency of the generated current signal, a gain of the measured bioimpedance signal and/or electrodes to be included in an electrode pair for measuring the bioimpedance signal. a current signal injection module configured for generating a current signal that is to be applied to a subject; a bioimpedance signal measurement module configured for measuring a bioimpedance signal based on a voltage generated by the current signal applied to the subject; a data quality detection module configured for detecting an AC level and a DC level of the measured bioimpedance signal and detecting whether the AC level and the DC level of the measured bioimpedance signal are within or outside an AC reference value range and a DC reference value range, respectively; and a signal adaptation module configured for modifying at least one parameter of the current signal injection module and/or the bioimpedance signal measurement module based on said detection whether the AC level and the DC level of the measured bioimpedance signal are within or outside an AC reference value range and a DC reference value range, respectively wherein the signal adaptation module is configured for modifying a frequency of the generated current signal, a gain of the measured bioimpedance signal and/or electrodes to be included in an electrode pair for measuring the bioimpedance signal.
Heating or domestic appliance having an apparatus for controlling and/or regulating the heating or domestic appliance in a heating or domestic installation, wherein the apparatus has an operator control device and an operator control panel, wherein the heating or domestic appliance has a housing with a flap, wherein the flap receives at least parts of a controller for the heating or domestic appliance and makes them accessible to the outside, wherein the operator control device and the operator control panel are separated from one another by the flap, wherein the operator control device and the operator control panel are connected or can be connected to one another, wherein an operator control panel is arranged on the exterior of the flap, characterized in that an operator control device is arranged on the interior of the flap, wherein - when the flap is closed, the operator control device is concealed by the flap and the operator control panel is visible and/or operable from the outside, wherein, when the flap is closing or closed, the operator control device is switched off or is in a power-saving mode, - when the flap is open, the operator control device is visible and/or operable from the outside. - when the flap is closed, the operator control device is concealed by the flap and the operator control panel is visible and/or operable from the outside, wherein, when the flap is closing or closed, the operator control device is switched off or is in a power-saving mode, - when the flap is open, the operator control device is visible and/or operable from the outside.
Use of a film in a pre-applied underfill material, the film comprising: a propenyl group-containing resin comprising, at an end of a molecule, a constituent unit represented by the following formula; a radical polymerizable resin or compound other than the propenyl group-containing resin; and a curing accelerator, wherein a ratio between propenyl groups in the propenyl group-containing resin and polymerizable functional groups in the radical polymerizable resin or compound (propenyl group:polymerizable functional group) is 1:1 to 1:7; a content of the curing accelerator is 0.05 parts by mass to 10 parts by mass based on 100 parts by mass in total of the propenyl group-containing resin and the radical polymerizable resin or compound; and the radical polymerizable resin or compound comprises at least one selected from the group consisting of a maleimide group and a citraconimide group: wherein -* represents a bonding hand. a propenyl group-containing resin comprising, at an end of a molecule, a constituent unit represented by the following formula; a radical polymerizable resin or compound other than the propenyl group-containing resin; and a curing accelerator, wherein a ratio between propenyl groups in the propenyl group-containing resin and polymerizable functional groups in the radical polymerizable resin or compound (propenyl group:polymerizable functional group) is 1:1 to 1:7; a content of the curing accelerator is 0.05 parts by mass to 10 parts by mass based on 100 parts by mass in total of the propenyl group-containing resin and the radical polymerizable resin or compound; and the radical polymerizable resin or compound comprises at least one selected from the group consisting of a maleimide group and a citraconimide group: wherein -* represents a bonding hand.
Actuator for actuating a dispensing valve of a container that stores a liquid product, which container is pressurized or has a pump, for dispensing the liquid contents of that container in the form of a spray, the actuator comprising: - an actuator cap; - an axial feed channel having an inlet portion for connection to a container outlet to receive the pressurized contents of the container, wherein the axial feed channel extends in a feed direction, characterized in that the actuator further comprises:- a breakup wedge provided in the feed channel and extending in the feed direction such that the breakup wedge splits the feed channel into two sub channels (16A, 16B), the two sub channels (16A, 16B) extending in the feed direction on opposite sides of the breakup wedge, and - an axial spray channel having an orifice for spraying the contents of the container, wherein the axial spray channel extends in a spray direction, and wherein the axial spray channel intersects with the feed channel, more in particular with the two sub channels (16A, 16B) of the feed channel, such that the sub channels (16A, 16B), each via a side inlet opening in an inlet portion of the spray channel, directly communicate with the spray channel, wherein, in use, a flow of content in the feed channel is split into two sub flows by the breakup wedge, which sub flows subsequently collide in the inlet portion of the spray channel causing a turbulent flow of the liquid product in the inlet portion of the spray channel, which turbulent flow is guided by the spray channel towards and out of the dispensing opening. - an actuator cap; - an axial feed channel having an inlet portion for connection to a container outlet to receive the pressurized contents of the container, wherein the axial feed channel extends in a feed direction, characterized in that the actuator further comprises:- a breakup wedge provided in the feed channel and extending in the feed direction such that the breakup wedge splits the feed channel into two sub channels (16A, 16B), the two sub channels (16A, 16B) extending in the feed direction on opposite sides of the breakup wedge, and - an axial spray channel having an orifice for spraying the contents of the container, wherein the axial spray channel extends in a spray direction, and wherein the axial spray channel intersects with the feed channel, more in particular with the two sub channels (16A, 16B) of the feed channel, such that the sub channels (16A, 16B), each via a side inlet opening in an inlet portion of the spray channel, directly communicate with the spray channel,
A method for the identification of the presence of FGF2, the method comprising the use of target cells sensitive to the presence of FGF2 by obstructing proliferation, wherein the target cells constitutively express a first reporter in the nucleus of living target cells, and wherein the target cells are co-incubated with cells or a liquid to detect the secretion or presence of FGF2.
A powder metallurgy produced tool steel for cold working consisting of in weight % (wt.%): C 2.2 - 2.4 Si 0.1 - 0.55 Mn 0.2 - 0.8 Cr 4.1 - 5.1 Mo 3.1 - 4.5 V 7.2 - 8.5 optionally one or more of N 0.02-0.15 P ≤ 0.05 S ≤ 0.5 Cu ≤ 3 Co ≤ 5 Ni ≤ 3 W ≤ 2 Nb ≤ 2 Al ≤ 0.1 Ti ≤ 0.1 Zr ≤ 0.1 Ta ≤ 0.1 B ≤ 0.6 Be ≤ 0.2 Bi ≤ 0.2 Se ≤ 0.3 Ca 0.0003 - 0.009 O 0.003 - 0.01 Mg ≤ 0.01 REM ≤ 0.2 balance Fe apart from impurities.
A combine harvester header comprising • a transmission for driving a cutting blade, • a main shaft which is arranged in a transmission housing and which is driven by way of an input shaft and at which on the drive output side a crank pin driven by way of a planetary gear drive (24, 25, 26) is eccentrically guided, wherein the crank pin which is connected at least indirectly to the oscillatingly moved cutting blade transmits alternating moments resulting from the blade moments in operation of the cutting blade to the main shaft, and • a compensating mass arranged on the main shaft for compensating for the torsional oscillations resulting from the alternating moments, characterised in that the one compensating mass is driven in phase-displaced relationship through 90° with respect to the movement of the blade drive pin to produce variable compensating moments which are phase-displaced with respect to the alternating moments by way of a compensating transmission by the main shaft or the input shaft, wherein the compensating transmission is in the form of a cardan shaft drive which forms a part of the main shaft. • a transmission for driving a cutting blade, • a main shaft which is arranged in a transmission housing and which is driven by way of an input shaft and at which on the drive output side a crank pin driven by way of a planetary gear drive (24, 25, 26) is eccentrically guided, wherein the crank pin which is connected at least indirectly to the oscillatingly moved cutting blade transmits alternating moments resulting from the blade moments in operation of the cutting blade to the main shaft, and • a compensating mass arranged on the main shaft for compensating for the torsional oscillations resulting from the alternating moments,
A method of performing a breather health assessment for a transformer breather, wherein the transformer breather contains a desiccant and is in fluid communication with an expansion tank of a fluid-insulated transformer, in particular of an oil-insulated transformer, the method comprising: receiving a weight measurement (81; 91; w), the weight measurement (81; 91; w) being dependent on a weight of the transformer breather or of a component or sub-assembly of the transformer breather comprising at least part of the desiccant; and processing the weight measurement (81; 91; w) to assess the breather health of the transformer breather, characterized in that the method further comprises determining whether the transformer is moving and/or the transformer breather is experiencing vibrations, and at least one of: causing actuation of a mechanical lock for a weight sensor when the transformer is moving or the transformer breather is experiencing vibrations; discarding the weight measurement (81; 91; w) captured while the transformer is moving or the transformer breather is experiencing vibrations; obtaining the weight measurement (81; 91; w) selectively only when the transformer is not moving or the transformer breather is not experiencing vibrations. receiving a weight measurement (81; 91; w), the weight measurement (81; 91; w) being dependent on a weight of the transformer breather or of a component or sub-assembly of the transformer breather comprising at least part of the desiccant; and processing the weight measurement (81; 91; w) to assess the breather health of the transformer breather, causing actuation of a mechanical lock for a weight sensor when the transformer is moving or the transformer breather is experiencing vibrations; discarding the weight measurement (81; 91; w) captured while the transformer is moving or the transformer breather is experiencing vibrations; obtaining the weight measurement (81; 91; w) selectively only when the transformer is not moving or the transformer breather is not experiencing vibrations.
A rotor assembly (1C,1F), comprising: a rotor disc having a central axis; a plurality of rotor blades fixed to the rotor disc and extending radially outward in a radial direction of the rotor disc; and at least one rolling element (4C,4F) configured to roll on a curved surface facing inward in the radial direction of the rotor disc, wherein the at least one rolling element (4C,4F) includes: a first rolling element (41C,41F) configured to roll on a first curved surface as the curved surface; and a second rolling element (42C,42F) configured to roll on a second curved surface as the curved surface, characterized in that a first curvature radius of the first curved surface is different from a second curvature radius of the second curved surface. a rotor disc having a central axis; a plurality of rotor blades fixed to the rotor disc and extending radially outward in a radial direction of the rotor disc; and at least one rolling element (4C,4F) configured to roll on a curved surface facing inward in the radial direction of the rotor disc, wherein the at least one rolling element (4C,4F) includes: a first rolling element (41C,41F) configured to roll on a first curved surface as the curved surface; and a second rolling element (42C,42F) configured to roll on a second curved surface as the curved surface, characterized in that a first curvature radius of the first curved surface is different from a second curvature radius of the second curved surface. a first rolling element (41C,41F) configured to roll on a first curved surface as the curved surface; and a second rolling element (42C,42F) configured to roll on a second curved surface as the curved surface, characterized in that a first curvature radius of the first curved surface is different from a second curvature radius of the second curved surface.
A polypeptide comprising a first amino acid sequence and a second amino acid sequence, wherein the first amino acid sequence consists of an amino acid sequence selected from the group consisting of SEQ ID NO: 15 and 16, wherein the second amino acid sequence comprises a constant domain of a human IgG1 or IgG2 Fc domain; wherein a linker polypeptide is positioned between the first amino acid sequence and second amino acid sequence; and wherein the linker is 1-10 amino acids in length and/or wherein the linker polypeptide comprises the sequence TGGG.
An oil-and-fat composition comprising 40 to 90 wt% of oil-and-fat and 10 to 60 wt% of oil-and-fat, wherein the oil-and-fat is an oil-and-fat comprising 50 wt% or more of StOSt, and the oil-and-fat is an oil-and-fat which is liquid at 26°C, and wherein the oil-and-fat composition meets the following conditions (a), (b), (c), (d), (e) and (f): (a) an SOS triglyceride content in the oil-and-fat composition is more than 45 wt%, (b) an StOSt content in the oil-and-fat composition is 30 wt% or more, (c) a ratio of StLSt/StOSt in the oil-and-fat composition is 0.08 or less, (d) a ratio of POO/StOO in the oil-and-fat composition is 1.0 or more, (e) a ratio of StStO/StOSt in the oil-and-fat composition is 0.03 or less, and (f) an SSS content in the oil-and-fat composition is 2 wt% or less, wherein S represents saturated fatty acid having C14 to C24, St represents stearic acid, P represents palmitic acid, L represents linoleic acid and O represents oleic acid, and SOS represents a triglyceride in which fatty acids at 1,3-positions are S and fatty acid at 2-position is O, StOSt represents a triglyceride in which fatty acids at 1,3-positions are St and fatty acid at 2-position is O, StLSt represents a triglyceride in which fatty acids at 1,3-positions are St and fatty acid at 2-position is L, POO represents a triglyceride in which fatty acids at 1,2-positions or 2,3-positions are O and fatty acid at 3-position or 1-position is P, StOO represents a triglyceride in which fatty acids at 1,2-positions or 2,3-positions are O and fatty acid at 3-position or 1-position is St, StStO represents a triglyceride in which fatty acids at 1,2-positions or 2,3-positions are St and fatty acid at 3-position or 1-position is O, and SSS represents a triglyceride in which all constituent fatty acids are S. (a) an SOS triglyceride content in the oil-and-fat composition is more than 45 wt%, (b) an StOSt content in the oil-and-fat composition is 30 wt% or more, (c) a ratio of StLSt/StOSt in the oil-and-fat composition is 0.08 or less, (d) a ratio of POO/StOO in the oil-and-fat composition is 1.0 or more, (e) a ratio of StStO/StOSt in the oil-and-fat composition is 0.03 or less, and (f) an SSS content in the oil-and-fat composition is 2 wt% or less,
A process for reducing a compound of formula wherein X is halogen, a hydroxy group, an alkylsulfoniloxy group or an arylsulfonyloxy group; to give a compound of formula as a diastereoisomerically pure compound of RS/SR configuration characterized in that said reduction is carried out by the use of (+)-B- chlorodiisopinocampheylborane or (-)-B- chlorodiisopinocampheylborane.
A tab foil layer structure for a wing foil bearing, comprising: a first tab foil layer comprising a first thin material with a two-dimensional array of a first plurality of cantilever tabs having variable height cantilever tabs, each cantilever tab defined by a boundary of material separated from the thin material and having (i) an integral edge integral with the first thin material, (ii) a free edge substantially opposite the integral edge, (iii) a first free-state bend at or near the integral edge and (iv) a second free-state bend located between the first free-state bend and the free edge in a direction opposite from the first free-state bend, wherein the heights (600, 602, 604)) of the cantilever tabs change as a function of location within the two-dimensional array.
An extended release composition comprising amantadine, or a pharmaceutically acceptable salt thereof, for use in a method of treating a patient with Parkinson's Disease, brain injury, brain trauma, dementia, Alzheimer's disease, stroke, Huntington's disease, ALS, Multiple Sclerosis, neurodegenerative diseases, dementias, or neuropsychiatric disorders, wherein said method comprises orally administering said composition to said patient once daily less than three hours before bedtime, wherein the daily dose of amantadine, or a pharmaceutically acceptable salt thereof, is 260 mg to 420 mg, and wherein the peak amantadine plasma concentration is achieved between 8 hours to 18 hours after administration of a single dose of the composition.
A weight sensor (32,10,20,26,48,66,80) comprising: a first generally cylindrical body (12,22,28,34,50,68,84) having a first longitudinal axis and a portion formed with a circular generally planar sense surface lying in a plane generally perpendicular to the first longitudinal axis, the body having an outer periphery circumscribing the sense surface, a plurality of strain gauges disposed on the sense surface, a second body (14,24,30,36,52,70,94) having a sidewall forming a recess and being attached to the outer periphery of the first body, the second body having a second longitudinal axis generally common with the first longitudinal axis when the first and second bodies are attached to one another, characterised in that the weight sensor further comprises a cup-shaped support member, the support member having an end wall and a ring shaped side wall, the ring shaped side wall having a distal end portion, the support member received on the outer periphery of the first body with the distal end portion attached to the outer periphery, a circuit board having circuit traces thereon disposed on the end wall on a surface thereof facing away from the sense surface with the strain gauges electrically connected to the circuit traces on the circuit board. a first generally cylindrical body (12,22,28,34,50,68,84) having a first longitudinal axis and a portion formed with a circular generally planar sense surface lying in a plane generally perpendicular to the first longitudinal axis, the body having an outer periphery circumscribing the sense surface, a plurality of strain gauges disposed on the sense surface, a second body (14,24,30,36,52,70,94) having a sidewall forming a recess and being attached to the outer periphery of the first body, the second body having a second longitudinal axis generally common with the first longitudinal axis when the first and second bodies are attached to one another, characterised in that the weight sensor further comprises a cup-shaped support member, the support member having an end wall and a ring shaped side wall, the ring shaped side wall having a distal end portion, the support member received on the outer periphery of the first body with the distal end portion attached to the outer periphery, a circuit board having circuit traces thereon disposed on the end wall on a surface thereof facing away from the sense surface with the strain gauges electrically connected to the circuit traces on the circuit board.