mhurhangee/ep-ind-claims huggingface dataset:
A thermal sprayed coating for a sliding member, composed of an iron-based alloy containing chromium (Cr), carbon, silicon (Si) and manganese (Mn), wherein a content of chromium is 8 mass % or more and 20 mass % or less, a content of carbon is 0,005 mass % or more and 0,2 mass % or less, a content of silicon is 0,1 mass % or more and 0,5 mass % or less, a content of manganese is 0,3 mass % or more and 4 mass % or less, andthe thermal sprayed coating includes a structure in which the average grain diameter of the crystal grains is 3 μm or less, and Vickers hardness is 300 Hv or more. a content of chromium is 8 mass % or more and 20 mass % or less, a content of carbon is 0,005 mass % or more and 0,2 mass % or less, a content of silicon is 0,1 mass % or more and 0,5 mass % or less, a content of manganese is 0,3 mass % or more and 4 mass % or less, andthe thermal sprayed coating includes a structure in which the average grain diameter of the crystal grains is 3 μm or less, and Vickers hardness is 300 Hv or more.
A preformed stabilizer formed by free-radical polymerization of a mixture comprising: (a) at least one ethylenically unsaturated macromolecule or macromer, with (b) at least three different radically polymerizable ethylenically unsaturated monomers, in the presence of (c) at least one free-radical polymerization initiator, and, optionally, (d) a liquid diluent, and, optionally, (e) a chain transfer agent (a) at least one ethylenically unsaturated macromolecule or macromer, with (b) at least three different radically polymerizable ethylenically unsaturated monomers, in the presence of (c) at least one free-radical polymerization initiator, and, optionally, (d) a liquid diluent, and, optionally, (e) a chain transfer agent
Cutting holding unit (80;100) for planting cuttings in a cultivation medium comprising: - a cutting clamp (81;101) comprising two opposing members for clamping a portion of a cutting at a clamping position; characterised by - a holding device (83;105) comprising two opposing members for supporting the cutting at a position closer to the cutting end that is to be put into the cultivation medium than the clamping position; wherein the cutting clamp (81;101) and the holding device (83;105) are connected to each other such that the opposing members of the holding device and the cutting clamp are moveable towards and away of each other simultaneously, and such that the distance between the opposing members of the cutting clamp and the opposing members of the holding device is variable. - a cutting clamp (81;101) comprising two opposing members for clamping a portion of a cutting at a clamping position; characterised by - a holding device (83;105) comprising two opposing members for supporting the cutting at a position closer to the cutting end that is to be put into the cultivation medium than the clamping position;
A process for producing a transgenic Sorghum bicolor plant having increased biomass comprising: i) transforming or transfecting a Sorghum bicolor cell with a double strand mediated gene silencing cassette comprising a nucleic acid represented by SEQ ID NO. 1, wherein said nucleic acid is operably associated with a promoter, and wherein the nucleic acid is in the sense-antisense orientation to generate RNAi in vivo to at least a portion of SEQ ID NO. 1; and ii) growing a Sorghum bicolor plant from said cell. i) transforming or transfecting a Sorghum bicolor cell with a double strand mediated gene silencing cassette comprising a nucleic acid represented by SEQ ID NO. 1, wherein said nucleic acid is operably associated with a promoter, and wherein the nucleic acid is in the sense-antisense orientation to generate RNAi in vivo to at least a portion of SEQ ID NO. 1; and ii) growing a Sorghum bicolor plant from said cell.
Process for reducing the content of formaldehyde in aqueous polymer dispersions with constituents that are latent formaldehyde sources, characterized in that one or more N-oxyl compounds are added to the aqueous polymer dispersions.
A hot water supply apparatus comprising: a hot water storage tank for storing hot water; a water supply pipe for supplying water to a lower part of the hot water storage tank; an inflow pipe line for feeding the water from the lower part of the hot water storage tank; a heating device for heating the water fed through the inflow pipe line; a hot water outflow pipe line for feeding hot water heated by the heating device to an upper part of the hot water storage tank; a water quality regulating unit comprising a water quality regulator filled with a scale inhibitor and a drainage with a drain valve, the water quality regulator being detachably connected to at least one of the inflow pipe line and the water supply pipe for reforming a water quality of inflow water by a first connector positioned upstream an inlet of the water quality regulator and a second connector positioned downstream an outlet of the water quality regulator so as to inhibit generation of scale; wherein a first shutoff valve is provided upstream the first connector and a second shutoff valve is provided downstream the second connector for closing respective passages to and from the water quality regulating unit, and an auxiliary heater provided at an upstream side of the water quality regulator for heating water entering the water quality regulator. a hot water storage tank for storing hot water; a water supply pipe for supplying water to a lower part of the hot water storage tank; an inflow pipe line for feeding the water from the lower part of the hot water storage tank; a heating device for heating the water fed through the inflow pipe line; a hot water outflow pipe line for feeding hot water heated by the heating device to an upper part of the hot water storage tank; a water quality regulating unit comprising a water quality regulator filled with a scale inhibitor and a drainage with a drain valve, the water quality regulator being detachably connected to at least one of the inflow pipe line and the water supply pipe for reforming a water quality of inflow water by a first connector positioned upstream an inlet of the water quality regulator and a second connector positioned downstream an outlet of the water quality regulator so as to inhibit generation of scale; wherein a first shutoff valve is provided upstream the first connector and a second shutoff valve is provided downstream the second connector for closing respective passages to and from the water quality regulating unit, and an auxiliary heater provided at an upstream side of the water quality regulator for heating water entering the water quality regulator.
A complex comprising a fluorescent molecule and a biocompatible macromolecule, wherein the fluorescent molecule is selected from rose bengal, indocyanin green, Zn bound phthalocyanine, Zn bound pheophorbide, methylene blue, Zn bound foscan, Zn-orthophenanthroline, Cu phenanthrorin, acriflavine, acrinol, acridine amine, acridine, acridine orange, aminofluorescein, tetramethylrhodamine, aminorhodamine, dichlorofluorescein, Zn bound protoporphyrin (ZnPP), aclarubicin, pirarubicin, and mixtures thereof, wherein the biocompatible macromolecule is selected from hydroxypropylmethacrylamide polymers, hydroxypropylmethacrylamide polymers having an introduced functional group, and mixtures thereof.
A scissors lift vehicle system comprising a carriage including a plurality of independently steerable wheel assemblies configured to engage a travel surface, said plurality of independently steerable wheel assemblies, each steerable about a steer axis of rotation, said plurality of independently steerable wheel assemblies comprising one master wheel assembly, the remaining wheel assemblies being slave wheel assemblies (808, 812, 814), said master and slave wheel assemblies (810, 808, 812, 814) each comprising: a variable-speed steer actuator configured to rotate said wheel assembly (810, 808, 812, 814) about the steer axis of rotation at a selectable rate; a wheel comprising a respective drive axis of rotation; and a variable-speed drive actuator (708, 710) configured to rotate said wheel about the respective drive axis of rotation at a selectable rate. a variable-speed steer actuator configured to rotate said wheel assembly (810, 808, 812, 814) about the steer axis of rotation at a selectable rate; a wheel comprising a respective drive axis of rotation; and a variable-speed drive actuator (708, 710) configured to rotate said wheel about the respective drive axis of rotation at a selectable rate.
A universal bracket for a rail system of an elevator system, wherein the universal bracket has a positionable and alignable main support and at least one mounting point for at least one rail of the rail system, characterized in that the main support has two guides inseparably connected to the main support, each for guiding a plumb line, wherein the mounting point and the guides are arranged in fixed relative positions with respect to one another.
A method for automated adjustment of drilling mud properties in a mud recirculation system of a rig for drilling an underground borehole, the method comprising: - circulating drilling mud through the borehole and back to the rig at earth surface, whereby the drilling mud flows through an automated mud treating assembly (20,25); - injecting mud additives into the mud with the automated mud treating assembly (20,25), to ultimately adjust mud properties; - inducing hierarchal primary and secondary optimization and control loops (30, 31) to adjust injection rates of mud additives into the drilling mud being circulated, to continuously keep mud properties, comprising density, viscosity, pH and optionally other mud properties, within specifications set by a model-based tertiary optimization and control loop, characterized in that the tertiary optimization and control loop comprises an optimization module that determines the ranges or the setpoints of the primary treated mud properties given objective functions of the tertiary optimization and control loop such as ensuring sufficient cuttings transport, wellbore mechanical stability and estimates of: a) drill string torque and drag; b) borehole stability and permeability; c) size, volume, weight, density and composition of drill cuttings; and d) downhole mud velocity, pH, viscosity, density and composition. - circulating drilling mud through the borehole and back to the rig at earth surface, whereby the drilling mud flows through an automated mud treating assembly (20,25); - injecting mud additives into the mud with the automated mud treating assembly (20,25), to ultimately adjust mud properties; - inducing hierarchal primary and secondary optimization and control loops (30, 31) to adjust injection rates of mud additives into the drilling mud being circulated, to continuously keep mud properties, comprising density, viscosity, pH and optionally other mud properties, within specifications set by a model-based tertiary optimization and control loop, characterized in that the tertiary optimization and control loop comprises an optimization module that determines the ranges or the setpoints of the primary treated mud properties given objective functions of the tertiary optimization and control loop such as ensuring sufficient cuttings transport, wellbore mechanical stability and estimates of: a) drill string torque and drag; b) borehole stability and permeability; c) size, volume, weight, density and composition of drill cuttings; and d) downhole mud velocity, pH, viscosity, density and composition. a) drill string torque and drag; b) borehole stability and permeability; c) size, volume, weight, density and composition of drill cuttings; and d) downhole mud velocity, pH, viscosity, density and composition.
A headrest comprising at least one speaker enclosure (24A, 24B), the speaker enclosure (24A, 24B) comprising: - at least one loudspeaker (30A, 30B) defining a speaker axis, configured to emit sound waves, - a chamber having at least one inner wall delimiting with the loudspeaker (30A, 30B) a cavity, the inner wall having at least one part for receiving the loudspeaker (30A, 30B) delimiting an opening and a bottom part opposite the receiving part along the loudspeaker axis, the loudspeaker (30A, 30B) being mounted on at least one edge of said opening, characterized in that the speaker enclosure (24A, 24B) comprises at least one layer made of at least one sound-absorbing material arranged inside the cavity and covering at least one covering zone of the bottom part. - at least one loudspeaker (30A, 30B) defining a speaker axis, configured to emit sound waves, - a chamber having at least one inner wall delimiting with the loudspeaker (30A, 30B) a cavity, the inner wall having at least one part for receiving the loudspeaker (30A, 30B) delimiting an opening and a bottom part opposite the receiving part along the loudspeaker axis, the loudspeaker (30A, 30B) being mounted on at least one edge of said opening, characterized in that the speaker enclosure (24A, 24B) comprises at least one layer made of at least one sound-absorbing material arranged inside the cavity and covering at least one covering zone of the bottom part.
A power storage module for railway vehicles, comprising multiple interconnected capacitors interconnected by means of bus bars, wherein each capacitor has terminals which are connected to a single connection plate, common to all the capacitors,to where the electrical signals of the module arrive, wherein mechanical securing with a support plate placed between the terminals and the connection plate is established by means of the terminals of the capacitors; and in that the terminals are oversized in such a way as to define a cooling channel between the support plate and the capacitors, the connection plate being insulated from said cooling channel by means of the support plate, and wherein the oversizing of the terminals is determined by means of a longitudinal elongation (2.1) of the actual terminals of the capacitors.
A method for protecting plants or plant parts from a stress related process comprising: applying to the plant or plant part a composition comprising at least one ureide selected from the group consisting of allantoin and allantoate in an amount effective to decrease or delay the stress related process, wherein said stress related process is selected from the group consisting of chlorophyll degradation, oxidative stress, senescence, premature senescence or any combination thereof. applying to the plant or plant part a composition comprising at least one ureide selected from the group consisting of allantoin and allantoate in an amount effective to decrease or delay the stress related process, wherein said stress related process is selected from the group consisting of chlorophyll degradation, oxidative stress, senescence, premature senescence or any combination thereof.
A fixture for aiding the manual filing of a chain of a chain saw, said fixture comprising: at least one pair of flanges ( 102A, 102B), wherein each flange of the at least one pair of flanges ( 102A, 102B) has a first end (104A, 104B) and a second end ( 106A, 106B); a first connecting portion connecting the flanges ( 102A, 102B) at their first ends ( 104A, 104B) and a second connecting portion connecting the flanges at their second ends ( 106A, 106B); characterised in that, the first connecting portion comprises at least a pair of counter holds (112, 114), wherein the pair of counter holds (112, 114) is configured to provide area contact with a guide bar of the chain saw; and a cam portion pivotally coupled to the second connecting portion, wherein the cam portion and at least one of the counter holds (112, 114) simultaneously secure the fixture to the guide bar. at least one pair of flanges ( 102A, 102B), wherein each flange of the at least one pair of flanges ( 102A, 102B) has a first end (104A, 104B) and a second end ( 106A, 106B); a first connecting portion connecting the flanges ( 102A, 102B) at their first ends ( 104A, 104B) and a second connecting portion connecting the flanges at their second ends ( 106A, 106B); characterised in that, the first connecting portion comprises at least a pair of counter holds (112, 114), wherein the pair of counter holds (112, 114) is configured to provide area contact with a guide bar of the chain saw; and a cam portion pivotally coupled to the second connecting portion, wherein the cam portion and at least one of the counter holds (112, 114) simultaneously secure the fixture to the guide bar.
Fastening device (10, 10') for a blind, having a carrier which is intended to be directly or indirectly fastened to a building part, wherein the carrier takes the form of a U- or C-shaped carrier bracket and comprises a carrier plate and two carrier arms (17, 18) which project from the carrier plate; and a holding bracket which is arranged, at least in certain regions, below the carrier, wherein the holding bracket is intended to be connected to a blind, directly or via a blind housing, and to carry said blind, wherein the holding bracket is supported on at least two elastic, axially resilient damping elements, and the respective damping element is arranged between the carrier and the holding bracket, wherein the respective damping element exerts an axial supporting force in the direction of the carrier, wherein, with the blind not mounted, the holding bracket is held by the axial supporting force of the respective damping element - directly or via an intermediate element - under a preloading force on the carrier, and the preloading force is less than a weight force exerted by the holding bracket including blind mounted thereon, characterized in that the respective damping element is held on the associated carrier arm (17/18) without the use of additional fastening means.
A person lifting system, comprising a lift assembly configured to assist a person in moving between a first position and a second position, and a control system configured to change the amount of assistance provided by the lift assembly, wherein the control system is configured to change the amount of assistance as a function of a change in a characteristic of the person, and, optionally a characteristic of the lift assembly, characterized in that the characteristic of the person includes the person's strength which is determined as a function of the amount of energy required by the lift assembly to lift the person and the person's weight.
A method of starting a smelting process in a smelting vessel that includes a main chamber for smelting a metalliferous material and producing molten metal and a forehearth connected to the main smelting chamber via a forehearth connection, and which smelting vessel contains frozen slag that blocks at least the forehearth connection, the method of starting the process including heating frozen slag and forming molten slag and draining molten slag from the forehearth connection via the forehearth and establishing a clear flow path through the forehearth connection and thereafter hot starting the smelting process by a series of steps including supplying a charge of molten metal into the main chamber via the forehearth connection and supplying feed materials to the process and smelting the metalliferous material and producing molten metal.
Device for supplying breathing gas with a compressed gas source, an output device, and a controller that causes the compressed gas source, originating from a basic pressure level, to provide at least one increased pressure level (16, 26), wherein the device also comprises a counter that is activated by the controller characterized in that the counter is activated by the controller when a pressure plateau is reached at an increased breathing gas pressure to count for a definable time period in a range from 0.250 to 4 seconds and the controller is designed to cause the output device to output a discernible signal essentially at the same time as the activation of the counter and the controller causes the compressed gas source to lower the breathing gas pressure after the time period has elapsed.
A method for determining a reference focus position of a beam of a beam-based machine tool using a control unit, characterized in that the control unit performs the following steps: providing a relative motion trajectory (8, 8') which delimits a discoid area with respect to a surrounding area, the discoid area being connected to the surrounding area via at least one bridge area, performing (step 21) a sequence of test cuts on a workpiece, wherein for each test cut in the workpiece, a cutting structure (31, 61) is cut by guiding the beam along the relative motion trajectory (8, 8') and the cutting is performed along the at least one bridge area of the relative motion trajectory (8, 8') at differently set focus positions, evaluating (step 23) whether for a single cutting structure (31, 61), the workpiece in the discoid area of the relative motion trajectory (8, 8') has a disc held by at least one bridge or whether the workpiece has, in the discoid area of the relative motion trajectory (8, 8'), an opening in the workpiece formed in accordance with the relative motion trajectory (8, 8'), and assigning (step 25) the reference focus position based on the evaluating of the cutting structures (31, 61). providing a relative motion trajectory (8, 8') which delimits a discoid area with respect to a surrounding area, the discoid area being connected to the surrounding area via at least one bridge area, performing (step 21) a sequence of test cuts on a workpiece, wherein for each test cut in the workpiece, a cutting structure (31, 61) is cut by guiding the beam along the relative motion trajectory (8, 8') and the cutting is performed along the at least one bridge area of the relative motion trajectory (8, 8') at differently set focus positions, evaluating (step 23) whether for a single cutting structure (31, 61), the workpiece in the discoid area of the relative motion trajectory (8, 8') has a disc held by at least one bridge or whether the workpiece has, in the discoid area of the relative motion trajectory (8, 8'), an opening in the workpiece formed in accordance with the relative motion trajectory (8, 8'), and assigning (step 25) the reference focus position based on the evaluating of the cutting structures (31, 61).
Cosmetic and/or dermatological composition, comprising an aqueous phase and an oily phase which are distinct from each other and are superimposed on each other, characterized in that the aqueous phase contains an amount of between 0.05 and 0.2% by weight, with respect to the total weight of the composition, of an encapsulating agent for encapsulating the oily phase, chosen from dextrins.
A metering console comprising: a housing adapted to allow flow of a liquid therethrough, wherein the housing is adapted to attach with one or more gardening devices (132, 152); characterized in that the metering console is further comprising a display associated with the housing such that the display is sandwiched between the housing on both sides; and the display is rotatably coupled or mounted with the housing on each side thereof, so that the display is rotatably engaged with the housing of the metering console such that the display rotates along a central axis (A-A') of the housing, wherein the display is free to rotate in clockwise as well as anti-clockwise sense; and wherein the display is mounted with a rotatable structure, which is housed within the metering console. a housing adapted to allow flow of a liquid therethrough, wherein the housing is adapted to attach with one or more gardening devices (132, 152); characterized in that the metering console is further comprising a display associated with the housing such that the display is sandwiched between the housing on both sides; and the display is rotatably coupled or mounted with the housing on each side thereof, so that the display is rotatably engaged with the housing of the metering console such that the display rotates along a central axis (A-A') of the housing, wherein the display is free to rotate in clockwise as well as anti-clockwise sense; and wherein the display is mounted with a rotatable structure, which is housed within the metering console.