mhurhangee/ep-ind-claims huggingface dataset:
A light module for the emission of light, comprising at least three laser diodes (2a, 2b, 2c) emitting light in a visible wavelength range, one collimating device (3a, 3b, 3c) per laser diode, a beam combining device for combining the emitted and collimated light of the individual laser diodes (2a, 2b, 2c), a beam shaping device for shaping the merged beam, and at least one emitter for generating non-visible light, in particular an IR laser diode, characterised in that the emitter is arranged such that the emitted invisible light is not guided through the beam shaping device, the emitter being arranged such that the emitted invisible light is coupled in the direction of the beam path downstream of a beam shaping device into the region of the combined beam for shaping the combined beam.
An alarm management apparatus configured to present a trigger alarm indicating an original cause of abnormality to an operator when the trigger alarm is included in a plurality of alarms that are received or generated; store at least one suppressed alarm indicating a secondary process abnormality due to a process abnormality that caused the trigger alarm when the at least one suppressed alarm is included in the plurality of alarms, the alarm management apparatus being characterized in that it is further configured to present the at least one suppressed alarm that is stored to the operator based on an operation by the operator, determine a particular suppressed alarm that is effective for resolving the trigger alarm among the stored at least one suppressed alarms based on the fact that the trigger alarm is resolved as a result of the operator previously performing an operation to recover from an anomaly based on the particular suppressed alarm, or based the operator's previous input regarding whether the particular suppressed alarm is effective for resolving the trigger alarm, and change a control logic so that the particular suppressed alarm that is determined to be effective for resolving the trigger alarm is subsequently presented to the operator together with the trigger alarm without the operator performing an operation. store at least one suppressed alarm indicating a secondary process abnormality due to a process abnormality that caused the trigger alarm when the at least one suppressed alarm is included in the plurality of alarms, the alarm management apparatus being characterized in that it is further configured to present the at least one suppressed alarm that is stored to the operator based on an operation by the operator, determine a particular suppressed alarm that is effective for resolving the trigger alarm among the stored at least one suppressed alarms based on the fact that the trigger alarm is resolved as a result of the operator previously performing an operation to recover from an anomaly based on the particular suppressed alarm, or based the operator's previous input regarding whether the particular suppressed alarm is effective for resolving the trigger alarm, and change a control logic so that the particular suppressed alarm that is determined to be effective for resolving the trigger alarm is subsequently presented to the operator together with the trigger alarm without the operator performing an operation.
A container for consumer goods, comprising: an outer housing comprising a hinged lid rotatable between open and closed positions; an inner package of consumer goods within the outer housing comprising an access opening through which consumer goods can be removed, the access opening being covered by a reclosable flap, wherein the reclosable flap is attached to the hinged lid such that a portion of the reclosable flap is substantially coplanar with a planar wall of the hinged lid when the hinged lid moves between the open and closed positions; and an indicium provided by a printing medium; wherein the hinged lid comprises a first lid panel attached to the reclosable flap, characterised in that the first lid panel is movable relative to a second lid panel during movement of the hinged lid between the open and closed positions, wherein the planar wall of the hinged lid is provided by the first lid panel; wherein the indicium is provided at the portion of the reclosable flap that is coplanar with the planar wall, and wherein the indicium is provided at a position on the reclosable flap that is offset from the access opening when the hinged lid is in the closed position. an outer housing comprising a hinged lid rotatable between open and closed positions; an inner package of consumer goods within the outer housing comprising an access opening through which consumer goods can be removed, the access opening being covered by a reclosable flap, wherein the reclosable flap is attached to the hinged lid such that a portion of the reclosable flap is substantially coplanar with a planar wall of the hinged lid when the hinged lid moves between the open and closed positions; and an indicium provided by a printing medium; wherein the hinged lid comprises a first lid panel attached to the reclosable flap, characterised in that the first lid panel is movable relative to a second lid panel during movement of the hinged lid between the open and closed positions, wherein the planar wall of the hinged lid is provided by the first lid panel; wherein the indicium is provided at the portion of the reclosable flap that is coplanar with the planar wall, and wherein the indicium is provided at a position on the reclosable flap that is offset from the access opening when the hinged lid is in the closed position.
An electrode assembly for an implantable medical electrical lead, the assembly comprising: at least one core member (40, 60) formed from an insulating material, the at least one core member (40, 60) defining a central longitudinally extending lumen of the assembly, and each of the at least one core member (40, 60) including a plurality of longitudinally extending channels arrayed around a circumference of the central lumen, each channel having an opening that extends along an entire length thereof; a plurality of electrodes (E1-E8) spaced apart from one another along a length of the assembly, a first electrode of the plurality defining a distal end of the length, and a second electrode of the plurality defining a proximal end of the length, the first electrode extending around the at least one core member (40, 60); a plurality of elongate conductors (B1-B8) corresponding to the plurality of electrodes (E1-E8), a first conductor of the plurality of conductors extending along a helical path, the helical path traveling from the proximal end of the length of the assembly to the distal end of the length of the assembly and around the central lumen of the assembly; and an electrical junction between the first conductor and an inner surface of the first electrode, the junction being wedged within a first channel of the plurality of channels of the at least one core member (40, 60). at least one core member (40, 60) formed from an insulating material, the at least one core member (40, 60) defining a central longitudinally extending lumen of the assembly, and each of the at least one core member (40, 60) including a plurality of longitudinally extending channels arrayed around a circumference of the central lumen, each channel having an opening that extends along an entire length thereof; a plurality of electrodes (E1-E8) spaced apart from one another along a length of the assembly, a first electrode of the plurality defining a distal end of the length, and a second electrode of the plurality defining a proximal end of the length, the first electrode extending around the at least one core member (40, 60); a plurality of elongate conductors (B1-B8) corresponding to the plurality of electrodes (E1-E8), a first conductor of the plurality of conductors extending along a helical path, the helical path traveling from the proximal end of the length of the assembly to the distal end of the length of the assembly and around the central lumen of the assembly; and an electrical junction between the first conductor and an inner surface of the first electrode, the junction being wedged within a first channel of the plurality of channels of the at least one core member (40, 60).
A slide scanning device comprising: a plurality of line sensors, each configured to generate line images of a sample, wherein each of the plurality of line sensors comprises a plurality of rectangular pixel sensors elongated in the longitudinal direction of the line sensor, wherein each of the plurality of line sensors, in a longitudinal direction of the line sensor, is offset from an adjacent one of the plurality of line sensors by a fraction of a length of each pixel sensor; an objective lens configured to successively provide a same field of view of the sample to each of the plurality of line sensors; and at least one hardware processor configured to, for each of a plurality of positions on the sample: combine the line images of the same field of view to produce a plurality of subpixels for each of at least a subset of pixels within the line images of the same field of view, wherein rectangular pixels from each of the line images are combined, the combination resulting in a square image subpixel, generate an up-sampled line image of the position comprising the produced plurality of subpixels, and combine the up-sampled line images of each of the plurality of positions on the sample into an image. a plurality of line sensors, each configured to generate line images of a sample, wherein each of the plurality of line sensors comprises a plurality of rectangular pixel sensors elongated in the longitudinal direction of the line sensor, wherein each of the plurality of line sensors, in a longitudinal direction of the line sensor, is offset from an adjacent one of the plurality of line sensors by a fraction of a length of each pixel sensor; an objective lens configured to successively provide a same field of view of the sample to each of the plurality of line sensors; and at least one hardware processor configured to, for each of a plurality of positions on the sample: combine the line images of the same field of view to produce a plurality of subpixels for each of at least a subset of pixels within the line images of the same field of view, wherein rectangular pixels from each of the line images are combined, the combination resulting in a square image subpixel, generate an up-sampled line image of the position comprising the produced plurality of subpixels, and combine the up-sampled line images of each of the plurality of positions on the sample into an image. combine the line images of the same field of view to produce a plurality of subpixels for each of at least a subset of pixels within the line images of the same field of view, wherein rectangular pixels from each of the line images are combined, the combination resulting in a square image subpixel, generate an up-sampled line image of the position comprising the produced plurality of subpixels, and combine the up-sampled line images of each of the plurality of positions on the sample into an image.
A vehicle seat structure comprising a cushion, a cover for covering the cushion, and a belt portion, wherein the cushion has a three-dimensional mesh structure made of resin, characterized in that the cover has a mesh, the mesh being attachably/detachably mounted to/from the cushion and also being arranged in a region for covering the three-dimensional mesh structure, wherein the belt portion has higher strength than the mesh and configures an outer peripheral edge of the cover while endlessly surrounding the mesh, the mesh is supported by a bottom plate portion of the cushion through the belt portion, the bottom plate portion is formed separately from a portion of the three-dimensional mesh structure, and the belt portion is supported by a lower surface of the bottom plate portion.
A bill counting machine comprising: a bill setting section where bills to be counted are set, a bill take-out means (3, 4, 5) for taking out the bills set in the bill setting section one by one into a main body of the bill counting machine, a bill conveying means (8, 9, 10) for conveying the bills taken out into the main body of the bill counting machine in a bill conveying passage, a sensor device for detecting optical properties and/or magnetic properties of each of the bills and producing detection data of said each bill, a reference data storing means for storing reference data of bills, a discriminating and counting means for comparing: the detection data of the bill produced by the sensor device, with reference data of bills; thereby discriminating whether or not the bill is acceptable, as regard to denomination of the bill and whether the bills are being conveyed by the bill conveying means (8, 9, 10) one by one and said discriminating and counting means counting the bills to be counted, and a bill stacking section, characterized in that the bill counting machine further comprises a stopper locatable at a projecting position in the bill conveying passage downstream of the sensor device, the discriminating and counting means being constituted so as not to count a bill discriminated as unacceptable and a following bill or not to count two or more bills discriminated to be simultaneously conveyed and a following bill when it respectively discriminates that the bill is unacceptable or that two or more bills are being simultaneously conveyed and to locate the stopper in the projecting position, the stopper when located at the projecting position being accessible from outside of the main body of the bill counting machine. a bill setting section where bills to be counted are set, a bill take-out means (3, 4, 5) for taking out the bills set in the bill setting section one by one into a main body of the bill counting machine, a bill conveying means (8, 9, 10) for conveying the bills taken out into the main body of the bill counting machine in a bill conveying passage, a sensor device for detecting optical properties and/or magnetic properties of each of the bills and producing detection data of said each bill, a reference data storing means for storing reference data of bills, a discriminating and counting means for comparing: the detection data of the bill produced by the sensor device, with reference data of bills; thereby discriminating whether or not the bill is acceptable, as regard to denomination of the bill and whether the bills are being conveyed by the bill conveying means (8, 9, 10) one by one and said discriminating and counting means counting the bills to be counted, and a bill stacking section, the detection data of the bill produced by the sensor device, with reference data of bills; thereby discriminating whether or not the bill is acceptable, as regard to denomination of the bill and whether the bills are being conveyed by the bill conveying means (8, 9, 10) one by one and said discriminating and counting means counting the bills to be counted, and a bill stacking section,
A method for controlling a multisource illumination device, which comprises a plurality of light sources, wherein each light source generates a source light beam propagating at least partially along a primary optical axis of the multisource illumination device, wherein the plurality of light sources is divided into a plurality of groups based on a radial distance of each light source from the primary optical axis, wherein each group is located at a respective radial distance from the primary optical axis, wherein the radial distance of each group is different from the radial distances of the other groups, the method comprising - receiving a dimmer parameter, which is indicative of an overall dimming level of the light sources; - receiving a depth of focus parameter, which is indicative of a depth of focus of a light distribution of the light sources; and - controlling a light output of groups of light sources by maintaining the overall light output based on the dimmer parameter and varying the light output of different groups of light sources in relation to each other based on the depth of focus parameter, in order to control focus depth and light output of the multisource illumination device independently of each other; wherein a dimming level of each group is controlled in such a way that all light sources of one group have the same light output, wherein the light output is at least partly directed towards an optical gate, and wherein a dimming level of a group of light sources is correlated to the radial distance of the group of light sources from the primary optical axis. - receiving a dimmer parameter, which is indicative of an overall dimming level of the light sources; - receiving a depth of focus parameter, which is indicative of a depth of focus of a light distribution of the light sources; and - controlling a light output of groups of light sources by maintaining the overall light output based on the dimmer parameter and varying the light output of different groups of light sources in relation to each other based on the depth of focus parameter, in order to control focus depth and light output of the multisource illumination device independently of each other; wherein a dimming level of each group is controlled in such a way that all light sources of one group have the same light output, wherein the light output is at least partly directed towards an optical gate, and wherein a dimming level of a group of light sources is correlated to the radial distance of the group of light sources from the primary optical axis.
An adjusting hinge plate comprising: a plate for attaching said hinge plate to a surface and a barrel for receiving, in use, a hinge pin therein, wherein the hinge plate further comprises an adjusting insert having a hinge pin hole extending at least partially thereinto for, in use, partially receiving a hinge pin, wherein the insert is rotatable, relative the hinge plate barrel, so as to move the hinge pin hole therein relative the central axis of the barrel, the insert further comprising adjusting means (42, 44) for rotating the insert and wherein the insert is elongate and has a pivot edge extending substantially parallel to, and offset from, the hinge pin hole, the insert rotatable around the pivot edge characterised in that the insert has a substantially pear shaped cross section.
A system for providing variation in bead size to improve geometrical accuracy of deposited layers in an additive manufacturing process comprising: at least one processor configured via executable instructions included in at least one memory to: receive a plurality of toolpaths according to which a 3D printer is operable to deposit beads of material in a plurality of layers in order to additively build up a product; determine a two-dimensional image (140, 400) for each of the layers based on the toolpaths; process the images (140, 400) based on a default bead size to determine a bead size image for each layer comprised of pixels having values that specify bead size for locations along the toolpaths, wherein the image processing produces pixel values for the bead size images that vary in magnitude at a plurality of different locations along the toolpaths in order to represent smaller and larger bead sizes relative to the default bead size, which smaller and larger bead sizes respectively minimize over-depositing and under-depositing of material by the 3D printer that would otherwise occur with the default bead size at these different locations along the toolpaths; generate instructions for driving the 3D printer to additively build up the product, based on the toolpaths and the pixel values along the toolpaths, which generated instructions vary process parameters in order to vary the size of the beads according to the pixel values. receive a plurality of toolpaths according to which a 3D printer is operable to deposit beads of material in a plurality of layers in order to additively build up a product; determine a two-dimensional image (140, 400) for each of the layers based on the toolpaths; process the images (140, 400) based on a default bead size to determine a bead size image for each layer comprised of pixels having values that specify bead size for locations along the toolpaths, wherein the image processing produces pixel values for the bead size images that vary in magnitude at a plurality of different locations along the toolpaths in order to represent smaller and larger bead sizes relative to the default bead size, which smaller and larger bead sizes respectively minimize over-depositing and under-depositing of material by the 3D printer that would otherwise occur with the default bead size at these different locations along the toolpaths; generate instructions for driving the 3D printer to additively build up the product, based on the toolpaths and the pixel values along the toolpaths, which generated instructions vary process parameters in order to vary the size of the beads according to the pixel values.
A process of preparing an oil-in-water emulsion, wherein the oil-in-water emulsion comprises 3-60 wt.% of a dispersed oil phase and 40-97 wt.% of a continuous aqueous phase having a pH of 5.2-8.0, said emulsion containing by weight of aqueous phase: • 0.5-5 wt.% of gelatinized starch; • 0.05-2 wt.% of pulse seed albumin; and • 0.1-2 wt.% of a non-starch polysaccharide of low charge density, wherein the non-starch polysaccharide of low charge density is selected from high methoxyl pectin, guar gum, xanthan gum and combinations thereof, wherein the emulsion is pourable or spoonable, and wherein the term polysaccharide of low charge density refers to the polysaccharide containing less than 0.48 mol charge per mol monosaccharide at a pH in the range of 5.2 to 8.0, said process comprising combining: • finely ground pulse seed; • non-starch polysaccharide of low charge density; • water; • oil; and • optionally further ingredients, wherein the finely ground pulse seed is combined with water and heated to at least 80°C for at least 1 minute before the oil is added; and wherein the non-starch polysaccharide is added after the heating and prior to the oil addition. • 0.5-5 wt.% of gelatinized starch; • 0.05-2 wt.% of pulse seed albumin; and • 0.1-2 wt.% of a non-starch polysaccharide of low charge density, • finely ground pulse seed; • non-starch polysaccharide of low charge density; • water; • oil; and • optionally further ingredients,