mhurhangee/ep-ind-claims huggingface dataset:
A photographing apparatus comprising: a global shutter type image sensor that comprises a plurality of pixels, each of the plurality of pixels including a photo diode, a storage diode and a floating diffusion node, wherein the image sensor is configured to transfer charges accumulated by exposure to light from the photo diodes to the storage diodes in the plurality of pixels, perform a first readout on charges stored in the storage diodes in a group of pixels among the plurality of pixels, and to perform a second readout on charges stored in the storage diodes in the plurality of pixels; and an image processor configured to compare a second readout value of the charges of the group of pixels with a predetermined threshold value; detect at least one pixel of the group of pixels that exceeds the predetermined threshold value as a light leakage pixel in which a light leakage phenomenon occurred, and to perform a correction on an area corresponding to the detected pixel to generate an image. a global shutter type image sensor that comprises a plurality of pixels, each of the plurality of pixels including a photo diode, a storage diode and a floating diffusion node, wherein the image sensor is configured to transfer charges accumulated by exposure to light from the photo diodes to the storage diodes in the plurality of pixels, perform a first readout on charges stored in the storage diodes in a group of pixels among the plurality of pixels, and to perform a second readout on charges stored in the storage diodes in the plurality of pixels; and an image processor configured to compare a second readout value of the charges of the group of pixels with a predetermined threshold value; detect at least one pixel of the group of pixels that exceeds the predetermined threshold value as a light leakage pixel in which a light leakage phenomenon occurred, and to perform a correction on an area corresponding to the detected pixel to generate an image.
Device for maintaining or causing a difference in liquid levels, in a ratio determined in advance or subsequently, between a first state, with associated first difference in liquid level, and a second state with an associated second difference in liquid level, said device comprising: - a framework in which at least one opening is arranged; - valve means arranged in said opening for at least partial closing thereof; - adjusting means coupled to said valve means for adjusting the ratio, determined in advance or subsequently, of the difference in liquid level (72,74); the adjusting means comprise - one or more float members, the buoyant force of which is adjustable; characterized in that - wherein a location where the adjusting means are coupled to the valve means is displaceable so as to vary the buoyant force. - a framework in which at least one opening is arranged; - valve means arranged in said opening for at least partial closing thereof; - adjusting means coupled to said valve means for adjusting the ratio, determined in advance or subsequently, of the difference in liquid level (72,74); - one or more float members, the buoyant force of which is adjustable; characterized in that - wherein a location where the adjusting means are coupled to the valve means is displaceable so as to vary the buoyant force.
A tracked mobile robot having tracks (104, 138) and rotatable flippers and a weight of less than about 3.63 kg (8 pounds), the tracked mobile robot being configured to include at least three modes of operation, the modes of operation comprising: (a) a gap crossing mode allowing the mobile robot to cross a gap that is greater than about eighty percent of a body length of the mobile robot, the gap crossing mode utilizing: the tracks (104, 138) to maneuver the mobile robot to a distance from the gap that is sufficient for the mobile robot to attain a predetermined speed prior to reaching the gap; the rotatable flippers to pivot a chassis of the mobile robot clockwise to be inclined with respect to a surface over which the mobile robot drives before encountering the gap; and the tracks (104, 138) to drive the mobile robot in a direction of the gap at a speed sufficient to cause the mobile robot to cross the gap; (b) a stair climbing mode utilizing the rotatable flippers to pivot the chassis of the mobile robot clockwise or counter-clockwise to cause the tracks (104, 138) to contact a top surface of a riser of a conventional stair; and (c) an obstacle surmounting mode utilizing the rotatable flippers to pivot the chassis of the mobile robot clockwise or counter-clockwise to cause the tracks (104, 138) to contact an upper portion of the obstacle. (a) a gap crossing mode allowing the mobile robot to cross a gap that is greater than about eighty percent of a body length of the mobile robot, the gap crossing mode utilizing: the tracks (104, 138) to maneuver the mobile robot to a distance from the gap that is sufficient for the mobile robot to attain a predetermined speed prior to reaching the gap; the rotatable flippers to pivot a chassis of the mobile robot clockwise to be inclined with respect to a surface over which the mobile robot drives before encountering the gap; and the tracks (104, 138) to drive the mobile robot in a direction of the gap at a speed sufficient to cause the mobile robot to cross the gap; the tracks (104, 138) to maneuver the mobile robot to a distance from the gap that is sufficient for the mobile robot to attain a predetermined speed prior to reaching the gap; the rotatable flippers to pivot a chassis of the mobile robot clockwise to be inclined with respect to a surface over which the mobile robot drives before encountering the gap; and the tracks (104, 138) to drive the mobile robot in a direction of the gap at a speed sufficient to cause the mobile robot to cross the gap; (b) a stair climbing mode utilizing the rotatable flippers to pivot the chassis of the mobile robot clockwise or counter-clockwise to cause the tracks (104, 138) to contact a top surface of a riser of a conventional stair; and (c) an obstacle surmounting mode utilizing the rotatable flippers to pivot the chassis of the mobile robot clockwise or counter-clockwise to cause the tracks (104, 138) to contact an upper portion of the obstacle.
High temperature superconducting tape conductor, HTS tape conductor, comprising a substrate of an austenitic stainless steel having a chromium content of less than 18 mass percent, characterized in, the substrate, after electrochemical polishing, having an angular deviation distribution of a surface angle α with a half-width of less than 10° and an angular change distribution with a half-width of less than 13.5°/μm, wherein the surface angle α corresponds via arctan(α) = ∂ z/ ∂ x to the height profile z(x) of the tape conductor in tape direction x.
Armless spectacles of the type formed by two optics linked by a bridge, wherein the spectacles have their support on the nose of the user by means of fixing plates which emerge transversally from the plane with optical properties, characterised in that: all the parts of the spectacles are made from one or more cut out in one or more sheet of prefabricated continuous material; and wherein said spectacles comprise: at least two areas with optical properties; a bridge area inflexible in the same plane of the sheet, and at least two fixing plates linked to the optical properties areas by the linking and joint area, and said at least single cut out sheet of continuous material is configured to form bending areas at which the sheet is bent, in at least the linking and joint areas, exercising the required pressure on the plates for the fixing at the nose of the user without the bridge bending; and the plates are supported in their placing through projections or tabs, each one of said projections or tabs formed by a protuberance that exits from the plate in the same direction but in opposite sense. all the parts of the spectacles are made from one or more cut out in one or more sheet of prefabricated continuous material; and wherein said spectacles comprise: at least two areas with optical properties; a bridge area inflexible in the same plane of the sheet, and at least two fixing plates linked to the optical properties areas by the linking and joint area, and said at least single cut out sheet of continuous material is configured to form bending areas at which the sheet is bent, in at least the linking and joint areas, exercising the required pressure on the plates for the fixing at the nose of the user without the bridge bending; and the plates are supported in their placing through projections or tabs, each one of said projections or tabs formed by a protuberance that exits from the plate in the same direction but in opposite sense. at least two areas with optical properties; a bridge area inflexible in the same plane of the sheet, and at least two fixing plates linked to the optical properties areas by the linking and joint area, and said at least single cut out sheet of continuous material is configured to form bending areas at which the sheet is bent, in at least the linking and joint areas, exercising the required pressure on the plates for the fixing at the nose of the user without the bridge bending; and the plates are supported in their placing through projections or tabs, each one of said projections or tabs formed by a protuberance that exits from the plate in the same direction but in opposite sense.
Method for the intelligent visualization in the monitoring of process and/or system data in a technical process or in the operation of a technical system, characterized in that the behavior of the process and/or system data in the past is analyzed and used for an optimized visualization, wherein deviations from historically observed signal patterns are detected and correspondingly highlighted by means of continuously running online algorithms, by • combining a plurality of silent signals (S1, S2, S3, S4) in a single view or representation form, wherein process and/or system data that has not changed for a certain predefined period of time in the past is referred to as silent signals (S1, S2, S3, S4), • variance monitoring for the online monitoring of the silent signals (S1, S2, S3, S4) is performed, and • in the event that an estimated variance of a process and/or system variable exceeds a preconfigured threshold value, the relevant signal is set "active," and this signal is displayed in a highlighted manner and/or reported. • combining a plurality of silent signals (S1, S2, S3, S4) in a single view or representation form, wherein process and/or system data that has not changed for a certain predefined period of time in the past is referred to as silent signals (S1, S2, S3, S4), • variance monitoring for the online monitoring of the silent signals (S1, S2, S3, S4) is performed, and • in the event that an estimated variance of a process and/or system variable exceeds a preconfigured threshold value, the relevant signal is set "active," and this signal is displayed in a highlighted manner and/or reported.
Valve cartridge having a head piece (1, 1') centrally penetrated by a spindle (2, 2'), by means of which a valve can be actuated, which rests against a shoulder formed by an inner diameter reduction of the head piece (1, 1'), wherein the spindle (2, 2') is sealed with respect to the head piece via at least one O-ring, wherein a reducing sleeve (5, 5') is introduced into the head piece, which is sealed with respect to the head piece (1, 1') via a first O-ring, wherein the spindle (2, 2') is sealed with respect to the reducing sleeve (5, 5') via a second O-ring, characterised in that the spindle (2, 2') has an axial through-bore for the passage of water.
A battery pack, comprising: an upper cover comprising an upper cover body and an explosion-proof exhaust structure, wherein the upper cover body comprises a top plate in an upper part and a side plate, and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate, and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure, the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct; and a lower housing, wherein the upper cover is disposed above the lower housing, the lower housing is disposed with batteries, and each of the batteries is provided with a first explosion-proof valve; wherein, a number of the exhaust duct corresponds to a row number of the batteries disposed in the lower housing, and a lower opening of an each respective exhaust duct is positioned corresponding to first explosion-proof valves of a corresponding row of the batteries, such that hot gas from the battery is capable to be exhausted to the explosion-proof exhaust structure of a corresponding exhaust duct along a shortest path; wherein the number of the exhaust duct is two or more, and the row number of batteries is two or more. an upper cover comprising an upper cover body and an explosion-proof exhaust structure, wherein the upper cover body comprises a top plate in an upper part and a side plate, and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate, and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure, the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct; and a lower housing, wherein the upper cover is disposed above the lower housing, the lower housing is disposed with batteries, and each of the batteries is provided with a first explosion-proof valve; an upper cover body and an explosion-proof exhaust structure, wherein the upper cover body comprises a top plate in an upper part and a side plate, and an opening in a lower part, wherein the explosion-proof exhaust structure is disposed on the side plate, and an exhaust duct is provided between the top plate and the explosion-proof exhaust structure, the explosion-proof exhaust structure is correspondingly set at each end of the exhaust duct; and a lower housing, wherein the upper cover is disposed above the lower housing, the lower housing is disposed with batteries, and each of the batteries is provided with a first explosion-proof valve; wherein, a number of the exhaust duct corresponds to a row number of the batteries disposed in the lower housing, and a lower opening of an each respective exhaust duct is positioned corresponding to first explosion-proof valves of a corresponding row of the batteries, such that hot gas from the battery is capable to be exhausted to the explosion-proof exhaust structure of a corresponding exhaust duct along a shortest path; wherein the number of the exhaust duct is two or more, and the row number of batteries is two or more.
An airfoil component comprising: a platform having a gaspath side and a non-gaspath side; an airfoil that is joined through a transition section to the platform, the platform and airfoil being formed of a composite material having fiber layers, the fiber layers being contiguous in the airfoil and diverging in the transition section such that a first portion of the fiber layers forms a first section of the platform on a first side of the airfoil and a second portion of the fiber layers forms a second section of the platform on a second side of the airfoil, the diverging of the fiber layers establishing an open elongated cleft along the non-gaspath side of the platform that is V-shaped, wherein the fiber layers at the cleft are consolidated; and characterized in that the component further comprises cover fiber layers extending through the cleft; and in that the cover fiber layers smooth over the nose of the V-shape but do not fill the cleft, the airfoil excludes the cover fiber layers, and the cover fibre layers are fully consolidated. a platform having a gaspath side and a non-gaspath side; an airfoil that is joined through a transition section to the platform, the platform and airfoil being formed of a composite material having fiber layers, the fiber layers being contiguous in the airfoil and diverging in the transition section such that a first portion of the fiber layers forms a first section of the platform on a first side of the airfoil and a second portion of the fiber layers forms a second section of the platform on a second side of the airfoil, the diverging of the fiber layers establishing an open elongated cleft along the non-gaspath side of the platform that is V-shaped, wherein the fiber layers at the cleft are consolidated; and characterized in that the component further comprises cover fiber layers extending through the cleft; and in that the cover fiber layers smooth over the nose of the V-shape but do not fill the cleft, the airfoil excludes the cover fiber layers, and the cover fibre layers are fully consolidated. the platform and airfoil being formed of a composite material having fiber layers, the fiber layers being contiguous in the airfoil and diverging in the transition section such that a first portion of the fiber layers forms a first section of the platform on a first side of the airfoil and a second portion of the fiber layers forms a second section of the platform on a second side of the airfoil, the diverging of the fiber layers establishing an open elongated cleft along the non-gaspath side of the platform that is V-shaped, wherein the fiber layers at the cleft are consolidated; and characterized in that the component further comprises cover fiber layers extending through the cleft; and in that the cover fiber layers smooth over the nose of the V-shape but do not fill the cleft, the airfoil excludes the cover fiber layers, and the cover fibre layers are fully consolidated.
A cageless lavatory dispensing device comprising a single hanger having a hook end suitable for being suspended from the rim of a toilet bowl, a stalk depending from the hook end, and a generally plannar plate depending from the end of the stalk said plate being encased in a compressed solid block comprising at least one chemical agent, the block being meant to be suspended when installed, within the interior of the toilet bowl, the cageless lavatory device being characterized in that the stalk and the plate are angled with respect to one another at an angle between 105° and 145°, ensuring, when installed, that the compressed solid block remains in the flowpath of the flush water, minimizing the likelihood of physical contact of the compressed solid block and the interior side wall of the toilet bowl.
A method in a router for Label Switched Path, LSP, traceroute, comprising: receiving an echo request packet containing a label stack and the method being characterized by comprising the steps of: determining from the label stack that forwarding to a downstream router is to be based on a binding segment identifier; identifying a plurality of segments included in a binding segment associated with the binding segment identifier; and transmitting an echo reply packet to a router originating the echo request packet, the echo reply packet containing information indicating a presence of the binding segment identifier in the label stack and indicating a segment identifier associated with each of the plurality of segments. determining from the label stack that forwarding to a downstream router is to be based on a binding segment identifier; identifying a plurality of segments included in a binding segment associated with the binding segment identifier; and transmitting an echo reply packet to a router originating the echo request packet, the echo reply packet containing information indicating a presence of the binding segment identifier in the label stack and indicating a segment identifier associated with each of the plurality of segments.
Device for supplying gas comprising a support frame housing a plurality of pressurized-fluid cylinders connected to a fluidic circuit (4, 5) in order to provide for the withdrawing from or filling of cylinders, said circuit (4, 5) comprising at least one first connection end connected to the cylinders via a first isolation valve to allow for the filling of and the withdrawal from cylinders, with the support frame comprising a base on which the cylinders rest and a set of uprights and transverse beams (31, 32, 33) defining a cage with a general parallelepiped shape in order to maintain the cylinders, with the frame comprising, on one of the lateral faces thereof referred to as the "front" face, an interface panel comprising at least one opening (23, 24, 25) for access to the circuit (4, 5), device wherein the lateral face referred to as the "rear" face of the frame which is located opposite the front face, is delimited by uprights having a length greater than the length of the uprights of the front face, i.e. the rear face has a height greater than the height of the front face, and characterised in that the upper transverse beams that connect an upright of the rear face to an upright of the front face are inclined downwards from the rear to the front and/or are curved with the concavity directed towards the base of the frame.
A complex for correcting a mutation in the genome of a cell comprising a. a guide RNA (gRNA) comprising a first nucleotide sequence that is capable of hybridizing to a target DNA in the genome of a cell, wherein the target DNA comprises a mutation, and a second nucleotide sequence that is capable of interacting with a site-directed nuclease; b. a recombinant site-directed nuclease linked to a superpositively charged protein, wherein the site-directed nuclease comprises an RNA-binding portion that is capable of interacting with the second nucleotide sequence of the guide RNA and wherein the site-directed nuclease is capable of specifically binding and cleaving the target DNA to create a double stranded break; and c. a single-stranded donor oligonucleotide (ssODN) that is capable of hybridizing to a genomic sequence flanking the double stranded break in the target DNA and is capable of integrating into the target DNA to correct a mutation in the target DNA. a. a guide RNA (gRNA) comprising a first nucleotide sequence that is capable of hybridizing to a target DNA in the genome of a cell, wherein the target DNA comprises a mutation, and a second nucleotide sequence that is capable of interacting with a site-directed nuclease; b. a recombinant site-directed nuclease linked to a superpositively charged protein, wherein the site-directed nuclease comprises an RNA-binding portion that is capable of interacting with the second nucleotide sequence of the guide RNA and wherein the site-directed nuclease is capable of specifically binding and cleaving the target DNA to create a double stranded break; and c. a single-stranded donor oligonucleotide (ssODN) that is capable of hybridizing to a genomic sequence flanking the double stranded break in the target DNA and is capable of integrating into the target DNA to correct a mutation in the target DNA.
An immersion bath having a container for a process liquid, a holder for receiving a workpiece carrier fitted with workpieces and a lift device for lowering the holder out of a first position above the liquid level of the process liquid into a second position inside the process liquid, the holder being connected to a turning and shifting mechanism, characterised in that the turning and shifting mechanism turns the holder above the liquid level with a movement that is effected by an actuating lift of the lift device and extends from the first position to the second position, and then lowers it into the process liquid with a translatory movement, and that the turning and shifting mechanism has at least one vertical guide and a pivoting body that is guided rotatably and displaceably along the vertical guide, wherein the pivoting body is connected fixedly to the holder and has arms with control faces, which come into contact with stop faces arranged in a stationary manner on the vertical guide with a translatory movement of the pivoting body along the vertical guide and effect a pivoting movement of the pivoting body by 180° owing to interaction with the stop faces as the translatory movement continues.