mhurhangee/ep-ind-claims huggingface dataset:
A method for optimizing production of packaging products at a computer system including one or more processors and system memory, the method comprising: receiving packaging production information for producing a packaging product, the packaging production information at least defining the size of the packaging product; accessing a plurality of different packaging designs, wherein each of the plurality of different packaging designs is associated with a single preference score value, wherein the single preference score value is calculated, at least in part, from a plurality of design feature values, including values for material cost, aesthetics, labor time, labor cost, protection capabilities, assembly/closing material costs, and production time; selecting (203; 600) a packaging design, from among the plurality of different packaging designs, for producing the packaging product, the selection based on the single preference score value; selecting a packaging production machine to produce the packaging product in accordance with the selected packaging design, the selected packaging production machine selected based on characteristics of the packaging production machine, including raw materials available at the packaging production machine; and sending instructions to produce the packaging product to the packaging production machine, the instructions instructing the packaging production machine to use available raw materials sufficient for the defined size and in accordance with the selected packaging design. receiving packaging production information for producing a packaging product, the packaging production information at least defining the size of the packaging product; accessing a plurality of different packaging designs, wherein each of the plurality of different packaging designs is associated with a single preference score value, wherein the single preference score value is calculated, at least in part, from a plurality of design feature values, including values for material cost, aesthetics, labor time, labor cost, protection capabilities, assembly/closing material costs, and production time; selecting (203; 600) a packaging design, from among the plurality of different packaging designs, for producing the packaging product, the selection based on the single preference score value; selecting a packaging production machine to produce the packaging product in accordance with the selected packaging design, the selected packaging production machine selected based on characteristics of the packaging production machine, including raw materials available at the packaging production machine; and sending instructions to produce the packaging product to the packaging production machine, the instructions instructing the packaging production machine to use available raw materials sufficient for the defined size and in accordance with the selected packaging design.
A steam drawing apparatus for providing pressurized steam on running yarn to draw the yarn, comprising: a steam chamber into which pressurized steam is introduced; a first seal chamber adjacent to a yarn entrance of the steam chamber; and a second seal chamber adjacent to a yarn exit of the steam chamber, wherein the steam chamber has a steam introducing portion to introduce the steam, the first seal chamber and the second seal chamber are each provided with a labyrinth seal section having a plurality of plate pieces extending respectively from the upper and lower inner-wall surfaces toward the yarn, a first yarn-position regulating bar is provided to prevent the running yarn from touching the plate pieces, the first yarn-position regulating bar extends horizontally intersecting the running direction of the yarn at right angles, and is located on the other side of the yarn from the steam introducing portion, while being positioned between the steam introducing portion and a plate piece of the second seal chamber located on the same upper or lower side of the yarn as the steam introducing section and positioned closest to the steam chamber, and a horizontal plane passing through the point of the first yarn-position regulating bar closest to the yarn is set at least 0.1 mm closer to the yarn than a horizontal plane passing through the tip of the plate piece closest to the yarn among the plurality of the plate pieces of the second seal chamber on the same upper or lower side of the yarn as the first yarn-position regulating bar. a steam chamber into which pressurized steam is introduced; a first seal chamber adjacent to a yarn entrance of the steam chamber; and a second seal chamber adjacent to a yarn exit of the steam chamber, wherein the steam chamber has a steam introducing portion to introduce the steam, the first seal chamber and the second seal chamber are each provided with a labyrinth seal section having a plurality of plate pieces extending respectively from the upper and lower inner-wall surfaces toward the yarn, a first yarn-position regulating bar is provided to prevent the running yarn from touching the plate pieces, the first yarn-position regulating bar extends horizontally intersecting the running direction of the yarn at right angles, and is located on the other side of the yarn from the steam introducing portion, while being positioned between the steam introducing portion and a plate piece of the second seal chamber located on the same upper or lower side of the yarn as the steam introducing section and positioned closest to the steam chamber, and a horizontal plane passing through the point of the first yarn-position regulating bar closest to the yarn is set at least 0.1 mm closer to the yarn than a horizontal plane passing through the tip of the plate piece closest to the yarn among the plurality of the plate pieces of the second seal chamber on the same upper or lower side of the yarn as the first yarn-position regulating bar.
A phosphate-free automatic dishwashing cleaning composition comprising: i) a protease wherein the protease is a variant of a parent protease having the amino acid sequence of SEQ ID NO:1 and the variant protease has at least 90% identity with the amino acid sequence of SEQ ID NO:1 wherein the protease comprises at least one aspartic acid residue in the active site loop region from position 95 to 103 (BPN' numbering); and ii) greater than 5% of a crystal growth inhibitor that is hydroxyethylidine 1,1-diphosphonic acid (HEDP). i) a protease wherein the protease is a variant of a parent protease having the amino acid sequence of SEQ ID NO:1 and the variant protease has at least 90% identity with the amino acid sequence of SEQ ID NO:1 wherein the protease comprises at least one aspartic acid residue in the active site loop region from position 95 to 103 (BPN' numbering); and ii) greater than 5% of a crystal growth inhibitor that is hydroxyethylidine 1,1-diphosphonic acid (HEDP).
A method of preparing disodium 5'-guanylate heptahydrate crystals without using an organic solvent, the method comprising: mixing an aqueous salt solution and an aqueous 5'-guanylic acid solution to form amorphous solids in a mixed solution such that the salt concentration in the mixed solution is 160 g/L to 360 g/L, wherein the aqueous salt solution is an aqueous NaCl solution; and adding seed crystals to the mixed solution to form disodium 5'-guanylate heptahydrate crystals, wherein the adding of the seed crystals is performed while maintaining the temperature at 25 °C to 45 °C. mixing an aqueous salt solution and an aqueous 5'-guanylic acid solution to form amorphous solids in a mixed solution such that the salt concentration in the mixed solution is 160 g/L to 360 g/L, wherein the aqueous salt solution is an aqueous NaCl solution; and adding seed crystals to the mixed solution to form disodium 5'-guanylate heptahydrate crystals, wherein the adding of the seed crystals is performed while maintaining the temperature at 25 °C to 45 °C.
A method for determining a receiver medium type in a thermal printer, wherein the thermal printer comprises a thermal print head, a plurality of rollers, an emitter, and a.detector, comprising the steps of: using one or more rollers to advance the receiver medium between the emitter and the detector; the emitter illuminating the receiver medium; the detector registering a voltage transmission based on the illumination of the receiver medium; generating a measured voltage transmission profile; receiving a set of known voltage transmission profiles; comparing the measured voltage transmission profile to the set of known voltage transmission profiles to determine the receiver medium type, characterized in that the thermal printer further comprises a receiver medium position sensor, and wherein the emitter illuminates upon the receiver medium position sensor detecting the receiver medium. using one or more rollers to advance the receiver medium between the emitter and the detector; the emitter illuminating the receiver medium; the detector registering a voltage transmission based on the illumination of the receiver medium; generating a measured voltage transmission profile; receiving a set of known voltage transmission profiles; comparing the measured voltage transmission profile to the set of known voltage transmission profiles to determine the receiver medium type, characterized in that the thermal printer further comprises a receiver medium position sensor, and wherein the emitter illuminates upon the receiver medium position sensor detecting the receiver medium.
A chlorinated copper phthalocyanine pigment composition, comprising greater than 50% β crystal form, having a structure: having α-and β-positions, where chlorine substitution at the α-and β-positions on the phthalocyanine is defined by: 0.4 < m + n < 4 m ≥ n n > 0.2 where m represents the average number of chlorine substituents at the α -position, and n represents the average number of chlorine substituents at the β -position. 0.4 < m + n < 4 m ≥ n n > 0.2 where m represents the average number of chlorine substituents at the α -position, and n represents the average number of chlorine substituents at the β -position.
An article for recording a hologram, comprising: a holographic recording medium comprising a transparent polymeric binder and a photoreactive dye dispersed therein; and a first compound, dispersed in the holographic recording medium or disposed over a first surface of the holographic recording medium from which surface the hologram is viewed, wherein said first compound is transparent to light in the wavelength range to which the photoreactive dye is sensitive and which is capable of being converted to a first converted compound that is opaque to light in the wavelength range to which the photoreactive dye is sensitive and transparent to light in a different wavelength range for viewing the hologram. a holographic recording medium comprising a transparent polymeric binder and a photoreactive dye dispersed therein; and a first compound, dispersed in the holographic recording medium or disposed over a first surface of the holographic recording medium from which surface the hologram is viewed, wherein said first compound is transparent to light in the wavelength range to which the photoreactive dye is sensitive and which is capable of being converted to a first converted compound that is opaque to light in the wavelength range to which the photoreactive dye is sensitive and transparent to light in a different wavelength range for viewing the hologram.
A pad assembly comprising: a fibrous pad including an upper surface, a floor-facing lower surface and a peripheral surface; a reinforcement layer, the reinforcement layer including an internal edge defining a hole therethrough; and abrasive tools; characterized in that the reinforcement layer is attached to the bottom surface of the pad, and in that the abrasive tools are attached to a floor-facing surface of the reinforcement layer; and in that a central area of the pad being exposed through the hole of the reinforcement layer such that a linear dimension of the central area within the hole is greater than a linear dimension of one side of the reinforcement layer between the hole and a periphery thereof. a fibrous pad including an upper surface, a floor-facing lower surface and a peripheral surface; a reinforcement layer, the reinforcement layer including an internal edge defining a hole therethrough; and abrasive tools; characterized in that the reinforcement layer is attached to the bottom surface of the pad, and in that the abrasive tools are attached to a floor-facing surface of the reinforcement layer; and in that a central area of the pad being exposed through the hole of the reinforcement layer such that a linear dimension of the central area within the hole is greater than a linear dimension of one side of the reinforcement layer between the hole and a periphery thereof.
A storage system, comprising: a plurality of modular frames, intended to contain a determined number of items, which can be vertically stacked on top of one another; gripping means, movable along a vertical direction between an upper position and a lower position and structured to be able to grasp the modular frames; translating means, provided to move the gripping means on a horizontal plane; wherein each modular frame comprises a bottom portion and at least two lateral walls opposite one another; wherein each lateral wall comprises an upper portion that can be coupled by the gripping means; characterised in that each modular frame comprises an internal frame, structured to allow the support of at least one sheet in an inclined position with respect to the vertical; in that each internal frame can be removed from its own modular frame; in that each internal frame comprises: a base, structured to allow one or more sheets to rest thereon; at least one support wall, arranged with an inclined orientation with respect to the vertical; in that the support wall comprises an upper portion that can be coupled by the gripping means; and in that the gripping means comprises: a first coupling element, structured to couple an upper portion of an internal frame of a modular frame; a second coupling element (22,23), structured to couple an upper portion of two lateral walls of a modular frame. a plurality of modular frames, intended to contain a determined number of items, which can be vertically stacked on top of one another; gripping means, movable along a vertical direction between an upper position and a lower position and structured to be able to grasp the modular frames; translating means, provided to move the gripping means on a horizontal plane; wherein each modular frame comprises a bottom portion and at least two lateral walls opposite one another; wherein each lateral wall comprises an upper portion that can be coupled by the gripping means; characterised in that each modular frame comprises an internal frame, structured to allow the support of at least one sheet in an inclined position with respect to the vertical; in that each internal frame can be removed from its own modular frame; in that each internal frame comprises: a base, structured to allow one or more sheets to rest thereon; at least one support wall, arranged with an inclined orientation with respect to the vertical; in that the support wall comprises an upper portion that can be coupled by the gripping means; and in that the gripping means comprises: a first coupling element, structured to couple an upper portion of an internal frame of a modular frame; a second coupling element (22,23), structured to couple an upper portion of two lateral walls of a modular frame.
Power plant comprising a steam generator with an attached water/steam circuit and turbine or turbo set integrated therein, wherein the steam generator has a combustion chamber that can be fired with fossil fuel and/or with biomass and wherein the water/steam circuit is flow-connected and/or thermally coupled on the steam side with a heat exchanger thermally coupled to a heat accumulator, wherein the water/steam circuit is flow-connected to the heat exchanger in such a way that thermal energy of the steam from the water/steam circuit can be thermally coupled out into the heat exchanger, characterized in that thermal energy of the steam in the heat exchanger is transferred to a heat carrier medium and thermal energy transferred to the heat carrier medium is coupled out in the heat accumulator.
A contact lens package, comprising: a multi-layer laminate substrate having a first polymer layer, a first metal layer and at least one pre-formed lens receiving portion, in the form of a depression formed in the multi-layer laminate substrate sized to hold at least a portion of a contact lens and having sufficient structural rigidity to maintain the shape; and a cover sheet removably secured to the substrate and configured to seal a contact lens within the at least one lens receiving portion; wherein the cover sheet comprises a laminate having a second metal layer and a second polymer layer; wherein the cover sheet has a greater flexibility than the multi-laminate substrate. a multi-layer laminate substrate having a first polymer layer, a first metal layer and at least one pre-formed lens receiving portion, in the form of a depression formed in the multi-layer laminate substrate sized to hold at least a portion of a contact lens and having sufficient structural rigidity to maintain the shape; and a cover sheet removably secured to the substrate and configured to seal a contact lens within the at least one lens receiving portion; wherein the cover sheet comprises a laminate having a second metal layer and a second polymer layer; wherein the cover sheet has a greater flexibility than the multi-laminate substrate.
A radial blood pump, particularly a cavopulmonary assist device, for supporting a blood flow in a human or animal heart comprising at least the following components: - A first and a second inlet channel (41, 42), - A first outlet channel (51, 52), - A first electric motor comprising a first stator and a first internal rotor, wherein the first electric motor is configured to drive - An impeller (2, 2a, 2b) arranged at an intersection of the first with the second inlet channel (41, 42), wherein the impeller (2, 2a, 2b) is connected to the first internal rotor and wherein the impeller (2, 2a, 2b) comprises a merging portion arranged at the intersection, where a merging of a first blood flow coming from the first inlet channel and a second blood flow coming from the second inlet channel takes place, wherein the impeller (2, 2a, 2b) is configured to pump the first and second blood flow (106, 107) from the first and second inlet channel (41, 42) via the merging portion to the first outlet channel, A plurality of blades comprised by the impeller (2, 2a, 2b), wherein the blades form blade channels comprised by the merging portion, wherein each blade is arranged and configured to pump the first and second blood (106, 107) flow entering through the first and the second inlet channel (41, 42) towards the outlet channel, characterized in that the blood pump is arranged and configured such that the first blood flow and the second blood flow meet at the merging portion, such that a pressure difference between the first and second blood flow (106, 107) is reduced before blood from first and second blood flow (106, 107) is pumped to the first outlet channel. - A first and a second inlet channel (41, 42), - A first outlet channel (51, 52), - A first electric motor comprising a first stator and a first internal rotor, wherein the first electric motor is configured to drive - An impeller (2, 2a, 2b) arranged at an intersection of the first with the second inlet channel (41, 42), wherein the impeller (2, 2a, 2b) is connected to the first internal rotor and wherein the impeller (2, 2a, 2b) comprises a merging portion arranged at the intersection, where a merging of a first blood flow coming from the first inlet channel and a second blood flow coming from the second inlet channel takes place, wherein the impeller (2, 2a, 2b) is configured to pump the first and second blood flow (106, 107) from the first and second inlet channel (41, 42) via the merging portion to the first outlet channel,
An organic light emitting device comprising, in sequence, a first electrode, a first charge transport layer, a second charge transport layer in contact with the first charge transport layer, a light emitting layer in contact with the second charge transport layer, and a second electrode, characterised in that the first charge transport layer includes a first material and a second material, the second charge transport layer includes the second material and a third material, and the light emitting layer includes the third material and a fourth material. characterised in that the first charge transport layer includes a first material and a second material, the second charge transport layer includes the second material and a third material, and the light emitting layer includes the third material and a fourth material.
An organic EL panel including: organic EL elements formed by stacking organic layers having at least an organic light emitting layer between a signal electrode and a scanning electrode that are disposed facing each other so as to cross each other on a substrate, wherein the signal electrode comprises a plurality of pixel electrodes formed in a substantially rectangular shape and disposed in a matrix, and a plurality of wiring electrodes connected alternately to each pixel electrode of the plurality of pixel electrodes in each column of the matrix, wherein the wiring electrodes are formed between columns of the pixel electrodes and are formed in such a way as to partially curve or bend along the pixel electrodes connected to another wiring electrode, in order to avoid the pixel electrodes connected to another wiring electrode in each column of the pixel electrodes, and characterized in that each of the plurality of pixel electrodes have at least one cutaway portion, the at least one cutaway portion being a portion of the end of the pixel electrode that is obliquely removed, and the wiring electrodes are formed so as to partially curve or bend along the cutaway portion, and further including auxiliary electrodes which are formed on the wiring electrodes and made of a material of an electrical resistance lower than that of the wiring electrodes, wherein the auxiliary electrodes are formed on the respective wiring electrodes so as to partially curve or bend along the cutaway portions of the pixel electrodes, in the same way as the shape of the wiring electrodes. organic EL elements formed by stacking organic layers having at least an organic light emitting layer between a signal electrode and a scanning electrode that are disposed facing each other so as to cross each other on a substrate, wherein the signal electrode comprises a plurality of pixel electrodes formed in a substantially rectangular shape and disposed in a matrix, and a plurality of wiring electrodes connected alternately to each pixel electrode of the plurality of pixel electrodes in each column of the matrix, wherein the wiring electrodes are formed between columns of the pixel electrodes and are formed in such a way as to partially curve or bend along the pixel electrodes connected to another wiring electrode, in order to avoid the pixel electrodes connected to another wiring electrode in each column of the pixel electrodes, and characterized in that each of the plurality of pixel electrodes have at least one cutaway portion, the at least one cutaway portion being a portion of the end of the pixel electrode that is obliquely removed, and the wiring electrodes are formed so as to partially curve or bend along the cutaway portion, and further including auxiliary electrodes which are formed on the wiring electrodes and made of a material of an electrical resistance lower than that of the wiring electrodes, wherein the auxiliary electrodes are formed on the respective wiring electrodes so as to partially curve or bend along the cutaway portions of the pixel electrodes, in the same way as the shape of the wiring electrodes.