mhurhangee/ep-ind-claims huggingface dataset:
A cooking control method of a cooking utensil, comprising: acquiring a rice species identifier of rice to be cooked; receiving cooking preference information of a user; acquiring a rice species type corresponding to the rice species identifier; acquiring a cooking curve corresponding to the cooking preference information and the rice species type; and controlling the cooking utensil based on the cooking curve, characterized in that the rice species identifier is obtained by scanning with a viewfinder provided by the cooking utensil or a mobile terminal of the user; and/or wherein the rice species identifier is acquired by scanning a two-dimensional code in a rice bag, alternatively, the rice species identifier is acquired from an e-commerce purchase record of the user, alternatively, the rice species identifier is input with a mobile terminal of the user. acquiring a rice species identifier of rice to be cooked; receiving cooking preference information of a user; acquiring a rice species type corresponding to the rice species identifier; acquiring a cooking curve corresponding to the cooking preference information and the rice species type; and controlling the cooking utensil based on the cooking curve, characterized in that the rice species identifier is obtained by scanning with a viewfinder provided by the cooking utensil or a mobile terminal of the user; and/or wherein the rice species identifier is acquired by scanning a two-dimensional code in a rice bag, alternatively, the rice species identifier is acquired from an e-commerce purchase record of the user, alternatively, the rice species identifier is input with a mobile terminal of the user.
Method for producing ammonium dinitramide in which guanylurea dinitramide is reacted with ammonium sulfate in a reaction solution comprising water, and that in said reaction solution ammonium dinitramide and guanylurea sulfate is formed whereby the guanylurea sulfate precipitates characterized in that acetone is added to the reaction solution to increase the precipitation of guanylurea sulfate and also to increase the amount of dissolved guanylurea dinitramide to increase the yield of ammonium dinitramide formed in the reaction solution.
Secure display system for a movable object, such as an aircraft, characterized in that it comprises at least the following elements: • a screen E consisting of at least two independent matrices E 1, E 2 formed of pixels, each of the matrices being controlled by an independent graphic channel C 1, C 2, the said matrices having independent inputs I 1, I 2, • a light box consisting of at least two independent subassemblies B 1, B 2, each backlighting each half-screen E 1, E 2, • two bypass functions T 1, T 2, each being associated on a one-to-one basis with one of the graphic channels C 1, C 2, and controlled by the associated graphic channel, each bypass function connecting the input of each matrix E 1, E 2, to the signal of the graphic channel that controls it or to the output of the separation module, • a central module having a function of mixing the data originating from the two independent graphic channels C 1, C 2, and a function of separating the said data, the said separation module being connected to the said bypass functions T 1, T 2, • each graphic channel C 1, C 2 comprising image-generation means (11, 21), • a first power supply unit and a second power supply unit A 1, A 2. • a screen E consisting of at least two independent matrices E 1, E 2 formed of pixels, each of the matrices being controlled by an independent graphic channel C 1, C 2, the said matrices having independent inputs I 1, I 2, • a light box consisting of at least two independent subassemblies B 1, B 2, each backlighting each half-screen E 1, E 2, • two bypass functions T 1, T 2, each being associated on a one-to-one basis with one of the graphic channels C 1, C 2, and controlled by the associated graphic channel, each bypass function connecting the input of each matrix E 1, E 2, to the signal of the graphic channel that controls it or to the output of the separation module, • a central module having a function of mixing the data originating from the two independent graphic channels C 1, C 2, and a function of separating the said data, the said separation module being connected to the said bypass functions T 1, T 2, • each graphic channel C 1, C 2 comprising image-generation means (11, 21), • a first power supply unit and a second power supply unit A 1, A 2.
Method for producing a three-dimensional object by layer by layer solidifying of a material which is solidifiable under the action of radiation, making use of exposure masks, wherein in order to form each object layer to be solidified of the object in a construction plane, there is generated a single, digital exposure mask by means of which the radiation is selectively projected into the construction plane, wherein the construction plane is exposed in oscillating manner by the single digital exposure mask during an exposure time by generating an oscillating relative movement between an image to be generated by the single digital exposure mask in the construction plane and the object to be produced
Mechanism for locking a hatch in a closed position, in which said hatch blocks an opening; the locking mechanism comprising: - a key lock adapted to take two distinct positions, a locked position, in which a bolt prevents the hatch from opening, and an unlocked position in which the bolt allows the hatch to open, the lock being such that the key can only be removed in the locked position; - retaining means (18, 19) adapted to prevent the lock from returning to the locked position, - means (30, 32) for activating the retaining means (18, 19), adapted to activate the retaining means when the hatch opens and to deactivate the retaining means when the hatch is in the closed position, - the retaining means comprising: - a retaining element movable in translation along a direction perpendicular to the axis of rotation of a member for manoeuvring the lock between a blocking position in which it prevents the lock from returning to the locked position and an unblocking position in which it allows it to return to this position; - elastic return means, forcing the retaining element towards its blocking position. - a key lock adapted to take two distinct positions, a locked position, in which a bolt prevents the hatch from opening, and an unlocked position in which the bolt allows the hatch to open, the lock being such that the key can only be removed in the locked position; - retaining means (18, 19) adapted to prevent the lock from returning to the locked position, - means (30, 32) for activating the retaining means (18, 19), adapted to activate the retaining means when the hatch opens and to deactivate the retaining means when the hatch is in the closed position, - the retaining means comprising: - a retaining element movable in translation along a direction perpendicular to the axis of rotation of a member for manoeuvring the lock between a blocking position in which it prevents the lock from returning to the locked position and an unblocking position in which it allows it to return to this position; - elastic return means, forcing the retaining element towards its blocking position. - a retaining element movable in translation along a direction perpendicular to the axis of rotation of a member for manoeuvring the lock between a blocking position in which it prevents the lock from returning to the locked position and an unblocking position in which it allows it to return to this position; - elastic return means, forcing the retaining element towards its blocking position.
A release device (100; 200) for detaching a male plug (15; 9) of a cable line, comprising: a holding portion (110; 210); an accommodating portion (120; 220) including a first guiding part (121; 221) configured for aligning the accommodating portion toward the male plug; a connecting portion (130; 230) connecting with the holding portion and the accommodating portion; and an engaging portion (140; 240) connecting to the accommodating portion, characterised in that said engaging portion (140; 240) is configured to form a concave area (141; 241) which is indented in a direction opposite to an extending direction N of the first guiding part (121; 221) for engaging with a latch (16; 92) of the male plug (15; 9), and said engaging portion (140; 240) is configured to extend forward to the front of the release device (100; 200). a holding portion (110; 210); an accommodating portion (120; 220) including a first guiding part (121; 221) configured for aligning the accommodating portion toward the male plug; a connecting portion (130; 230) connecting with the holding portion and the accommodating portion; and an engaging portion (140; 240) connecting to the accommodating portion, characterised in that said engaging portion (140; 240) is configured to form a concave area (141; 241) which is indented in a direction opposite to an extending direction N of the first guiding part (121; 221) for engaging with a latch (16; 92) of the male plug (15; 9), and said engaging portion (140; 240) is configured to extend forward to the front of the release device (100; 200).
A device for fixing in place parts of the lateral guide tracks for section doors, where each of said lateral tracks has, on the whole, a vertical segment and two parallel and superimposed horizontal guide segments (16, 17) forming a dual guide track that extends from the summit of said vertical segment, wherein each of the horizontal guide segments (16, 17) has a bottom duct-shaped side (116, 117), a top side (116', 117') and a dorsal vertical portion (116", 117") that connects said bottom and top sides, wherein the fixing device comprises - at least one suspension plate for supporting the two horizontal guide segments (16, 17) and - a first supporting bracket having a lower wing, that engages and supports from below the lower duct-shaped side of the horizontal lower guide segment, and which has a vertical portion extending upwards against the dorsal sides of the superimposed horizontal guide segments and terminating with a summital part protruding above the overhanging horizontal guide segment, the fixing device being characterised by - a second supporting bracket having a horizontal rest wing above the top side of the overhanging horizontal guide segment and terminating with a hook engaging with the longitudinal margin of said top side, and a vertical portion facing upwards and adjacent to the summital part of said first bracket, and - at least a blocking means mounted at level of the adjacent vertical portions (26, 30) of said supporting brackets (23, 24) for fixing them together and to the suspension plate. - at least one suspension plate for supporting the two horizontal guide segments (16, 17) and - a first supporting bracket having a lower wing, that engages and supports from below the lower duct-shaped side of the horizontal lower guide segment, and which has a vertical portion extending upwards against the dorsal sides of the superimposed horizontal guide segments and terminating with a summital part protruding above the overhanging horizontal guide segment, the fixing device being characterised by - a second supporting bracket having a horizontal rest wing above the top side of the overhanging horizontal guide segment and terminating with a hook engaging with the longitudinal margin of said top side, and a vertical portion facing upwards and adjacent to the summital part of said first bracket, and - at least a blocking means mounted at level of the adjacent vertical portions (26, 30) of said supporting brackets (23, 24) for fixing them together and to the suspension plate.
A method of producing a de-differentiated cell, said method comprising exposing a population of human cells enriched for Stro-1 bright multipotential cells and/or culture-expanded Stro-1+ multipotential progeny cells thereof to a combination of potency-determining factors such that the cells are de-differentiated, wherein the combination of potency-determining factors comprise OCT4, SOX2, KLF4 and cMYC or nucleic acids encoding said potency-determining factors.
A method of applying a pattern of electrical conductors to an electrically insulating substrate, which method comprises: a) providing a flexible membrane, b) forming a pattern of grooves in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition that includes, as composition components, electrically conductive particles and an adhesive that comprises at least one of a) an organic binder, b) an organic adhesive, and c) glass frits, said loading being performed in two or more filling cycles such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, the relative proportions of the components of the composition not being the same for all the filling cycles, d) contacting the membrane with the substrate with the first surface of the membrane facing the substrate, e) applying pressure to the membrane to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate, f) separating the membrane from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate, and g) applying sufficient energy to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves. a) providing a flexible membrane, b) forming a pattern of grooves in a first surface of the membrane, the pattern corresponding at least partially to a desired pattern of electrical conductors to be applied to the substrate, c) loading into the grooves a composition that includes, as composition components, electrically conductive particles and an adhesive that comprises at least one of a) an organic binder, b) an organic adhesive, and c) glass frits, said loading being performed in two or more filling cycles such that on completion of the loading step the composition substantially fills the grooves, level with the first surface of the membrane, and parts of the first surface between the grooves are substantially devoid of the composition, the relative proportions of the components of the composition not being the same for all the filling cycles, d) contacting the membrane with the substrate with the first surface of the membrane facing the substrate, e) applying pressure to the membrane to cause the composition loaded into the grooves in the first surface of the membrane to adhere to the substrate, f) separating the membrane from the substrate to transfer the composition from the grooves in the first surface of the membrane to the substrate, and g) applying sufficient energy to sinter the electrically conductive particles in order to render electrically conductive the pattern of composition transferred to the substrate from the grooves.
A method for producing a primer capable of hybridizing to both the sense and antisense strand of a target nucleic acid in an organism comprising uncharacterized sequence, wherein the method comprises: (a) determining a preferred codon used in the target nucleic acid by reference to codon usage bias of the target nucleic acid, wherein said codon usage bias is determined by the frequency at which the codon and its complement occur in the nucleic acid, and wherein said codon and its complement occur at a frequency of more than about 10 occurrences in 1000 codons in the target nucleic acid; (b) providing a first nucleic acid sequence in the primer, wherein the first nucleic acid sequence is capable of hybridizing to at least one codon encoded on the sense strand of the target nucleic acid, and wherein the at least one codon has been determined to be a preferred codon under step (a); and (c) providing a second nucleic acid sequence in the primer, wherein the second nucleic acid sequence is capable of hybridizing to at least one codon encoded on the antisense strand of the target nucleic acid, and wherein the at least one codon has been determined to be a preferred codon under step (a); and wherein the primer can be used to amplify at least one region of the target nucleic acid in a reproducible manner under conditions of high stringency. (a) determining a preferred codon used in the target nucleic acid by reference to codon usage bias of the target nucleic acid, wherein said codon usage bias is determined by the frequency at which the codon and its complement occur in the nucleic acid, and wherein said codon and its complement occur at a frequency of more than about 10 occurrences in 1000 codons in the target nucleic acid; (b) providing a first nucleic acid sequence in the primer, wherein the first nucleic acid sequence is capable of hybridizing to at least one codon encoded on the sense strand of the target nucleic acid, and wherein the at least one codon has been determined to be a preferred codon under step (a); and (c) providing a second nucleic acid sequence in the primer, wherein the second nucleic acid sequence is capable of hybridizing to at least one codon encoded on the antisense strand of the target nucleic acid, and wherein the at least one codon has been determined to be a preferred codon under step (a); and
An arrangement for the non-reversible detection and display of electrical overcurrents or current limit values by means of a pre-finished conductor, characterized in that the conductor has at least two conductor sections (2; 3) that are spaced apart from each other and extend in parallel to each other, which are designed for current to flow through in the same direction, at least one of the parallel conductor sections (2; 3) has a protrusion, a nose, or similar blocking element (4; 5), which limits the path of movement of a mechanical display or switching element such that the electromagnetic force acting upon the parallel conductor sections (2; 3) during the flow of current transfers the blocking element into a release position in respect of the path of movement of the mechanical display or switching element.
A process for producing mineral oil from an underground mineral oil deposit comprising at least one oil-bearing stratum L into which at least one injection well and at least one production well have been sunk, said process comprising the following process steps: injecting at least one aqueous formulation F which forms a gel when heating the at least one aqueous formulation F at or above a critical temperature T K through the at least one injection well into the at least one oil-bearing stratum L, wherein the temperature T L of the at least one oil-bearing stratum L is between 8 and 60°C, the critical temperature T K being above the temperature T L of the at least one oil-bearing stratum L, directly and/or indirectly heating at least a portion of the aqueous formulation F injected in step by injecting steam into the mineral oil deposit, wherein the temperature of the injected steam is between 200 and 350°C, producing mineral oil through at least one production well, wherein the temperature of the aqueous formulation F on injecting according to step being below the critical temperature T K thereof, and step being conducted at least until at least a portion of the aqueous formulation F injected in step has been heated to a temperature of at least T K. injecting at least one aqueous formulation F which forms a gel when heating the at least one aqueous formulation F at or above a critical temperature T K through the at least one injection well into the at least one oil-bearing stratum L, wherein the temperature T L of the at least one oil-bearing stratum L is between 8 and 60°C, the critical temperature T K being above the temperature T L of the at least one oil-bearing stratum L, directly and/or indirectly heating at least a portion of the aqueous formulation F injected in step by injecting steam into the mineral oil deposit, wherein the temperature of the injected steam is between 200 and 350°C, producing mineral oil through at least one production well, wherein the temperature of the aqueous formulation F on injecting according to step being below the critical temperature T K thereof, and step being conducted at least until at least a portion of the aqueous formulation F injected in step has been heated to a temperature of at least T K.
A plate heat exchanger comprising a cleaning system for cleaning the plate channels in said plate heat exchanger during normal use of said heat exchanger, wherein said heat exchanger comprises an inflow channel through which a fluid enters said heat exchanger and an outflow channel through which said fluid exits said heat exchanger, wherein a stack of heat exchanger plates is arranged between said inflow channel and said outflow channel so that said heat exchanger plates form plate channels between said inflow channel and said outflow channel through which said fluid may pass, said cleaning system comprising • a bypass conduit arranged to establish a bypass flow of said fluid between said inflow channel and said outflow channel bypassing said stack of heat exchanger plates, • a cleaning head comprising a cleaning aperture connected to said bypass conduit, wherein said cleaning aperture is arranged to face said stack of heat exchanger plates during normal use of said cleaning head in said heat exchanger, • displacement means arranged to displace said cleaning head linearly in a displacement direction in said inflow channel or said outflow channel, and • pressure altering means arranged to alter the pressure in said bypass conduit, characterised in that the projected area of said cleaning head in said displacement direction is smaller than the cross-sectional area in said displacement direction of said inflow channel or said outflow channel in which said cleaning head is placed to allow said fluid to pass said cleaning head in said inflow channel or said outflow channel. • a bypass conduit arranged to establish a bypass flow of said fluid between said inflow channel and said outflow channel bypassing said stack of heat exchanger plates, • a cleaning head comprising a cleaning aperture connected to said bypass conduit, wherein said cleaning aperture is arranged to face said stack of heat exchanger plates during normal use of said cleaning head in said heat exchanger, • displacement means arranged to displace said cleaning head linearly in a displacement direction in said inflow channel or said outflow channel, and • pressure altering means arranged to alter the pressure in said bypass conduit,