mhurhangee/ep-ind-claims huggingface dataset:
Cooking device having at least one ultrasonic generator (12a-b) and having at least one control unit (14a-b) at least for controlling the ultrasonic generator (12a-b), which is intended to operate the ultrasonic generator (12a-b) so as to influence at least one cooking process at least of one at least partially fluid food, characterised in that the control unit (14a-b) is provided to operate the ultrasonic generator (12a-b) with at least essentially the same frequency as a power supply (18a-b) at least of one heating element, by means of which the food influenced by the ultrasonic generator (12a-b) is heated.
A wall joint, comprising: - a header track with a web and a leg; - a horizontal support structure disposed apart from the header track; and - an insulating strip, wherein the insulating strip includes: a support layer; and an insulating material strip secured to the support layer; wherein the insulating strip is attached to the header track, wherein the header track includes slots an leg portions; characterized in that the insulating material strip is divided into a first portion and a second portion and wherein a first insulating material of the first portion is different from a second insulating material of the second portion; and that the first portion of the insulating material strip includes alternating portions with insulating material and portions free of insulating material; wherein the portions with insulating material are aligned with the leg portions and the portions free of insulating material are aligned with the slots. - a header track with a web and a leg; - a horizontal support structure disposed apart from the header track; and - an insulating strip, wherein the insulating strip includes: a support layer; and an insulating material strip secured to the support layer;
A refrigerant system comprising: a compressor, said compressor having a pump unit and a motor, said motor and said pump unit being mounted within a shell, said compressor delivering refrigerant to a first heat exchanger, refrigerant passing form said first heat exchanger through an expansion device and to a second heat exchanger, refrigerant passing from said second heat exchanger through a suction valve and back to said compressor, refrigerant having passed through the suction valve passes into said compressor shell, and into a chamber housing of said electric motor; and a control for said suction valve, said control operable to rapidly cycle said suction valve between open and closed positions to adjust the capacity of the refrigerant system, characterised by said suction valve maintaining a minimum opening area in the closed position, said control selecting said minimum opening area to ensure a pressure within the shell for said compressor approximates a minimum predetermined pressure when said control has moved said suction valve to its closed position. a compressor, said compressor having a pump unit and a motor, said motor and said pump unit being mounted within a shell, said compressor delivering refrigerant to a first heat exchanger, refrigerant passing form said first heat exchanger through an expansion device and to a second heat exchanger, refrigerant passing from said second heat exchanger through a suction valve and back to said compressor, refrigerant having passed through the suction valve passes into said compressor shell, and into a chamber housing of said electric motor; and a control for said suction valve, said control operable to rapidly cycle said suction valve between open and closed positions to adjust the capacity of the refrigerant system, characterised by said suction valve maintaining a minimum opening area in the closed position, said control selecting said minimum opening area to ensure a pressure within the shell for said compressor approximates a minimum predetermined pressure when said control has moved said suction valve to its closed position.
A therapeutic agent for use in the treatment of Wolfram syndrome containing a calcineurin inhibitor as an active ingredient, characterised in that the calcineurin inhibitor is tacrolimus, a pharmaceutically acceptable salt of tacrolimus, or a pharmaceutically acceptable solvate of tacrolimus.
A method of intra Planar prediction with a height of a block equal to 1, comprising: calculating a value of a vertical component predV[ x][ y] of an intra prediction sample included in the block, wherein the value of the vertical component predV[ x][ y] is predV[ x][ y] = ((y + 1) * p[ -1][ nTbH]) << Log2 ( nTbW); calculating a value of a horizontal component predH[ x][ y] of the intra prediction sample, wherein the value of the horizontal component predH[ x][ y] is predH[ x][ y] = ( ( nTbW - 1 - x) * p[-1][y] + (x + 1) * p[ nTbW][ -1]); and generating the intra prediction sample predSamples[ x][ y] based on the value of the vertical component and the value of the horizontal component, wherein nTbH represents the height of the block, nTbW represents the width of the block, p[ x][ y] represents neighbouring samples with x = -1, y = -1..nTbH and x = 0..nTbW, y = -1, and wherein the block is a transform block, or a prediction block. calculating a value of a vertical component predV[ x][ y] of an intra prediction sample included in the block, wherein the value of the vertical component predV[ x][ y] is predV[ x][ y] = ((y + 1) * p[ -1][ nTbH]) << Log2 ( nTbW); calculating a value of a horizontal component predH[ x][ y] of the intra prediction sample, wherein the value of the horizontal component predH[ x][ y] is predH[ x][ y] = ( ( nTbW - 1 - x) * p[-1][y] + (x + 1) * p[ nTbW][ -1]); and generating the intra prediction sample predSamples[ x][ y] based on the value of the vertical component and the value of the horizontal component, wherein nTbH represents the height of the block, nTbW represents the width of the block, p[ x][ y] represents neighbouring samples with x = -1, y = -1..nTbH and x = 0..nTbW, y = -1, and wherein the block is a transform block, or a prediction block.
A welding method of a battery cover plate, the welding method comprising: performing at least two times of continuous welding along a connecting zone between a cover plate and a shell, characterized in that: the at least two times of continuous welding includes a first continuous welding acting as pre-welding, and a second continuous welding acting as final welding, the second continuous welding is performed after the first continuous welding, and welding power of the first continuous welding is less than welding power of the second continuous welding; and the welding method further comprises adjusting laser welding power, welding speeds, and defocusing amounts, wherein a ratio of the welding power of the first continuous welding to the welding power of the second continuous welding is 0.3: 1 to 0.8: 1, such that an amount of deformation of the shell is less than or equal to 0.6mm after the first continuous welding, and the amount of deformation of the shell is less than or equal to 1.0mm after the second continuous welding, wherein the amount of deformation of the shell is defined as the larger one between a front indentation and a rear indentation, wherein the welding method comprises two times of welding, and a welding speed of the first continuous welding is less than a welding speed of the second continuous welding. the at least two times of continuous welding includes a first continuous welding acting as pre-welding, and a second continuous welding acting as final welding, the second continuous welding is performed after the first continuous welding, and welding power of the first continuous welding is less than welding power of the second continuous welding; and the welding method further comprises adjusting laser welding power, welding speeds, and defocusing amounts, wherein a ratio of the welding power of the first continuous welding to the welding power of the second continuous welding is 0.3: 1 to 0.8: 1, such that an amount of deformation of the shell is less than or equal to 0.6mm after the first continuous welding, and the amount of deformation of the shell is less than or equal to 1.0mm after the second continuous welding, wherein the amount of deformation of the shell is defined as the larger one between a front indentation and a rear indentation, wherein the welding method comprises two times of welding, and a welding speed of the first continuous welding is less than a welding speed of the second continuous welding.
Spinning machine, more particularly ring spinning machine, with many adjacently arranged drafting systems for drafting a sliver, wherein the drafting systems each have a lower input roller, a lower middle roller and a lower output roller, where the lower middle roller is arranged in the running direction of the sliver between the lower input roller and the lower output roller and the adjacently arranged lower input rollers form a series of input rollers (7, 7'), the adjacently arranged lower middle rollers form a series of middle rollers (8, 8') and the adjacently arranged lower output rollers form a series of output rollers, wherein the series of input rollers (7, 7') has a shaft (22, 22') on which the lower input rollers are arranged, and the series of middle rollers (8, 8') has a shaft (23, 23,' 24, 24', 25, 25') on which the lower middle rollers are arranged, and the series of output rollers (9, 9') has a shaft (26, 26') on which lower output rollers are arranged, in which case the shafts (22, 22, 23, 23', 24, 24', 25, 25', 26, 26') can be set in rotation by a drive and torque can be transferred to the lower input rollers, the lower middle rollers and the lower output roller, wherein the drive has a first and a second drive position (41, 42) on which the series of input rollers (7, 7') and the series of middle rollers (8, 8') are driven, characterised in that, the series of input rollers (7, 7') has a continuous shaft (22, 22') between the first and second drive positions (41, 42) and the series of middle rollers (8, 8') has at least three separate shaft sections (23, 23', 24, 24', 25, 25') between the first and second drive positions (41, 42), in which case one shaft section (24, 24') that is not connected with the first and second drive positions (41, 42) is connected to a further drive position.
A compound of formula in which each A is fluoride, R 1, R 2, R 3, R 6, R 7, and R 8 are each independently H, OH, NO 2 or O-L-X, wherein L is a spacer group selected from straight or branched chain alkyls having up to 25 carbon atoms, methylenes, amines, amides, or ethers and X is a conjugation group or a water-solubilizing group; with the proviso that at least one of R 1, R 2, R 3 is OH or O-L-X and at least one of R 6, R 7, and R 8 is OH or O-L-X; and R 4 and R 5, which may be the same or different, are each independently an aryl moiety; or a straight or branched chain alkyl moiety having up to 25 carbon atoms. in which each A is fluoride, R 1, R 2, R 3, R 6, R 7, and R 8 are each independently H, OH, NO 2 or O-L-X, wherein L is a spacer group selected from straight or branched chain alkyls having up to 25 carbon atoms, methylenes, amines, amides, or ethers and X is a conjugation group or a water-solubilizing group; with the proviso that at least one of R 1, R 2, R 3 is OH or O-L-X and at least one of R 6, R 7, and R 8 is OH or O-L-X; and R 4 and R 5, which may be the same or different, are each independently an aryl moiety; or a straight or branched chain alkyl moiety having up to 25 carbon atoms.
A method of detecting a position-based attribute of an object with respect to a touch-sensitive region comprising a plurality of electrodes, the method comprising the steps of: applying a plurality of modulation signals to an associated at least one of the plurality of electrodes to obtain a resultant signal that is electrically affected by the position of the object, the plurality of modulation signals based on a plurality of distinct digital codes; demodulating the resultant signal using the plurality of distinct digital codes to thereby discriminate electrical effects produced by the object; and determining the position-based attribute of the object with respect to the plurality of electrodes from the electrical effects. applying a plurality of modulation signals to an associated at least one of the plurality of electrodes to obtain a resultant signal that is electrically affected by the position of the object, the plurality of modulation signals based on a plurality of distinct digital codes; demodulating the resultant signal using the plurality of distinct digital codes to thereby discriminate electrical effects produced by the object; and determining the position-based attribute of the object with respect to the plurality of electrodes from the electrical effects.
Method for the production of a moulded article reinforced with at least one fibre ribbon, having the following steps: a) impregnation of an endless, flat roving with a melt of a thermoplastic polymer to form a fibre ribbon, b) application in regions of at least one adhesive on the impregnated fibre ribbon with subsequent melting of the at least one adhesive, c) cooling and hardening of the fibre ribbon, d) heating of an injection mould to a temperature which is not lower than 20 K below the melting point of the adhesive, e) introduction of the at least one fibre ribbon into the injection mould, at least one part of the regions of the fibre ribbon coated with adhesive being brought in contact with at least one temperature-controlled injection mould wall, f) injection moulding of a second thermoplastic polymer into the mould, g) removal of the reinforced moulded article from the injection mould. a) impregnation of an endless, flat roving with a melt of a thermoplastic polymer to form a fibre ribbon, b) application in regions of at least one adhesive on the impregnated fibre ribbon with subsequent melting of the at least one adhesive, c) cooling and hardening of the fibre ribbon, d) heating of an injection mould to a temperature which is not lower than 20 K below the melting point of the adhesive, e) introduction of the at least one fibre ribbon into the injection mould, at least one part of the regions of the fibre ribbon coated with adhesive being brought in contact with at least one temperature-controlled injection mould wall, f) injection moulding of a second thermoplastic polymer into the mould, g) removal of the reinforced moulded article from the injection mould.
Method for producing at least one via in the thickness of a substrate and of an electrically conductive line connected to the via and formed on a face of the substrate, said method comprising in order: formation, from the face, of a via cavity comprising a side wall and a bottom; formation of an insulating layer on the side wall and the bottom of the cavity and on the face of the substrate; formation of at least one line pattern on the face of the substrate, comprising the formation of a trench in only one portion of the thickness of the insulating layer located on the face, with the trench opening into the via cavity; filling, with an electrically conductive material, both the line pattern and the cavity of the via, filling configured to not entirely fill said cavity; formation, from the face, of a via cavity comprising a side wall and a bottom; formation of an insulating layer on the side wall and the bottom of the cavity and on the face of the substrate; formation of at least one line pattern on the face of the substrate, comprising the formation of a trench in only one portion of the thickness of the insulating layer located on the face, with the trench opening into the via cavity; filling, with an electrically conductive material, both the line pattern and the cavity of the via, filling configured to not entirely fill said cavity;
A method for producing a vinyl resin, comprising suspension polymerization of a vinyl compound in an aqueous medium using a dispersion stabilizer, wherein the dispersion stabilizer contains: an aqueous emulsion (a) obtained by dispersing a polymer having an ethylenically unsaturated monomer unit in an aqueous medium; a polyvinyl alcohol with a degree of saponification of 65 mol% or more and less than 82 mol% and a viscosity-average degree of polymerization of 250 or more and less than 1500; and a polyvinyl alcohol with a degree of saponification of 82 mol% or more and less than 98 mol% and a viscosity-average degree of polymerization of 1500 or more and less than 4000, and the dispersion stabilizer contains: 7 to 51 mass% of the polymer; 40 to 84 mass% of the polyvinyl alcohol; and 9 to 53 mass% of the polyvinyl alcohol, with respect to a total amount of the polymer, the polyvinyl alcohol, and the polyvinyl alcohol. an aqueous emulsion (a) obtained by dispersing a polymer having an ethylenically unsaturated monomer unit in an aqueous medium; a polyvinyl alcohol with a degree of saponification of 65 mol% or more and less than 82 mol% and a viscosity-average degree of polymerization of 250 or more and less than 1500; and a polyvinyl alcohol with a degree of saponification of 82 mol% or more and less than 98 mol% and a viscosity-average degree of polymerization of 1500 or more and less than 4000, and the dispersion stabilizer contains: 7 to 51 mass% of the polymer; 40 to 84 mass% of the polyvinyl alcohol; and 9 to 53 mass% of the polyvinyl alcohol, with respect to a total amount of the polymer, the polyvinyl alcohol, and the polyvinyl alcohol.
A battery pack, characterized by comprising: a frame body, enclosing an accommodating space that is closed circumferentially and opened in a height direction; and a heat exchange plate, fixed under the frame body and closing a lower opening of the accommodating space, wherein the heat exchange plate comprises: a body portion provided with a heat exchange flow passage; and a fastening portion connected to an entire periphery of the body portion and provided with a plurality of notches, wherein the notches are recessed inward from an end of the fastening portion, the plurality of notches are spaced apart along the entire periphery of the fastening portion, a protrusion is formed between each two adjacent notches, and the protrusions are fixedly connected to the frame body.
An arrangement comprising at least one extension guide, at least one fixing device for fixing the at least one extension guide to a furniture carcass, and a carrier device which is or can be arranged at or on the at least one extension guide for a person support platform, wherein the arrangem ent includes at least one force storage means which preferably has a spring device and by which the carrier device can be acted upon with a force opposing the weight force, wherein the carrier device has at least one support device for supporting the person support platform on a ground, wherein the at least one support device is at least region-wise of a length-adjustable structure in order to be able to adjust a gap which in the non-loaded state is formed relative to the ground, characterized in that the arrangement includes at least two drawer extension guides which are or can be arranged beneath the at least one extension guide provided for the person support platform, wherein the at least two drawer extension guides are of such a design as to mount displaceably to the furniture carcass a drawer which is to be arranged beneath the person support platform.
A thermostatic faucet, wherein the thermostatic faucet comprises a housing, an inner main body, a hot water inlet connector and a cold water inlet connector, the inner main body is formed with a hot water passage connected with the hot water inlet connector, a cold water passage connected with the cold water inlet connector and a mixed water passage, the hot water passage and the cold water passage are communicated with the mixed water passage through a thermostatic valve, the thermostatic valve is disposed at one end of the inner main body close to the hot water inlet connector, another end of the inner main body is provided with a flow valve; the inner main body is connected to the housing through two thermal insulation bushings fitted at two ends thereof and fixed through a fixing device, and a gap is formed between the inner main body and the housing, the thermostatic faucet being characterized in that the two ends of the inner main body protrude outwardly to form bosses respectively, and the thermal insulation bushings are fitted on the bosses respectively.
A method of preparing a material in powdered form for additive manufacturing having a narrowed melting curve relative to the untreated material, the method comprising: heating a thermoplastic polymer under an inert atmosphere, starting at a specified temperature, thereby producing changes in at least one of melting temperature (Tm), recrystallization temperature (Trc) and melt enthalpy (ΔHm); wherein the treatment temperature T is not more than 30°C lower, not more than 20°C lower, or not more than 10°C lower than the melting temperature (Tm) of the untreated material; wherein the heat treatment time is at least one hour, optionally at least ten hours, possibly at least fifteen hours; and wherein the thermoplastic polymer or copolymer is selected from polyamide, polyaryletherketone (PAEK), polyarylethersulfone (PAES), polyester, polyether, polyolefin, polyphenylenesulfide, polyvinylidenfluoride and polyphenylenoxid. heating a thermoplastic polymer under an inert atmosphere, starting at a specified temperature, thereby producing changes in at least one of melting temperature (Tm), recrystallization temperature (Trc) and melt enthalpy (ΔHm); wherein the treatment temperature T is not more than 30°C lower, not more than 20°C lower, or not more than 10°C lower than the melting temperature (Tm) of the untreated material; wherein the heat treatment time is at least one hour, optionally at least ten hours, possibly at least fifteen hours; and wherein the thermoplastic polymer or copolymer is selected from polyamide, polyaryletherketone (PAEK), polyarylethersulfone (PAES), polyester, polyether, polyolefin, polyphenylenesulfide, polyvinylidenfluoride and polyphenylenoxid.