mhurhangee/ep-ind-claims huggingface dataset:
A handheld communications device, comprising: a display device, comprising: a planar liquid crystal display panel; a planar light guide coupled to the planar liquid crystal display panel; and a light sensor and a light source, comprising a plurality of backlight LEDs, optically-coupled to the planar light guide, the light sensor and source being provided at a common end of the planar light guide, the planar light guide being configured to direct light between the planar liquid crystal display panel and the light sensor and source, the light sensor being configured to measure an intensity of ambient light at the display device; a housing, the planar light guide being configured to convey light between the light source and an external surface of the housing; and a light controller coupled to the planar liquid crystal display panel and being configured to adjust an intensity of light emitted by the light source in accordance with the measured ambient light intensity. a display device, comprising: a planar liquid crystal display panel; a planar light guide coupled to the planar liquid crystal display panel; and a light sensor and a light source, comprising a plurality of backlight LEDs, optically-coupled to the planar light guide, the light sensor and source being provided at a common end of the planar light guide, the planar light guide being configured to direct light between the planar liquid crystal display panel and the light sensor and source, the light sensor being configured to measure an intensity of ambient light at the display device; a planar liquid crystal display panel; a planar light guide coupled to the planar liquid crystal display panel; and a light sensor and a light source, comprising a plurality of backlight LEDs, optically-coupled to the planar light guide, the light sensor and source being provided at a common end of the planar light guide, the planar light guide being configured to direct light between the planar liquid crystal display panel and the light sensor and source, the light sensor being configured to measure an intensity of ambient light at the display device; a housing, the planar light guide being configured to convey light between the light source and an external surface of the housing; and a light controller coupled to the planar liquid crystal display panel and being configured to adjust an intensity of light emitted by the light source in accordance with the measured ambient light intensity.
A method of calibration for an ophthalmic plenoptic camera system to determine a true size of a feature of the retina of a subject's eye based on an acquired light-field image or light-field images of the retina, wherein the plenoptic camera system comprises: an illumination light source and an optical assembly for directing light from the light source into an eye of a subject; an objective lens positioned along an imaging axis intersecting a point on the fundus of the eye; a photosensor positioned for acquiring images of portions of a fundus of the eye and a microlens array positioned in between the objective lens and the photosensor such that each microlens in the array projects a different view of the image formed at the image plane thereby forming an array of elemental images on the photosensor; the method being defined by the following steps that are executed by one or more processors: acquiring an initial image of the retina, whereby the image is a plenoptic image obtained by the photosensor of the plenoptic system extracting matching features from views derived from a plurality of elemental images forming the initial image; calculating at least one functional relationship between two or more of said views having matching features, so that the plenoptic camera system is calibrated on the basis of the calculated functional relationship. acquiring an initial image of the retina, whereby the image is a plenoptic image obtained by the photosensor of the plenoptic system extracting matching features from views derived from a plurality of elemental images forming the initial image; calculating at least one functional relationship between two or more of said views having matching features, so that the plenoptic camera system is calibrated on the basis of the calculated functional relationship.
Ship having at least one high-temperature battery for at least partially supplying an electrical system, the waste heat of which battery can be extracted from the battery via pipework by means of a first heat transfer medium, having at least one absorption air conditioning system, the store of which can be regenerated by means of the waste heat.
A method of generating depth information in a computerized 3D graphic image rendering system for performing visible surface determination, the method comprising the steps of: splitting an (x,y) space, defined by a window or viewpoint (300, 320), into areas representing a region of a primitive, polygon, or other shape; storing in a Z-buffer for each of the areas a piecewise function representing depth information for the area; upon receiving a primitive object, dividing the primitive object into at least one span; determining intersection points of the primitive object span with the areas represented by the piecewise functions; generating span segments based on the intersection points; performing a visibility test by comparing depth information for each span of the primitive object with depth information defined by the piecewise function of the corresponding area which the primitive object span overlaps; and updating the stored piecewise function based on the results of the visibility test by defining new piecewise functions, a first of the piecewise functions representing the previously stored depth information for the area, and a second of the piecewise functions representing the depth information of the primitive object. splitting an (x,y) space, defined by a window or viewpoint (300, 320), into areas representing a region of a primitive, polygon, or other shape; storing in a Z-buffer for each of the areas a piecewise function representing depth information for the area; upon receiving a primitive object, dividing the primitive object into at least one span; determining intersection points of the primitive object span with the areas represented by the piecewise functions; generating span segments based on the intersection points; performing a visibility test by comparing depth information for each span of the primitive object with depth information defined by the piecewise function of the corresponding area which the primitive object span overlaps; and updating the stored piecewise function based on the results of the visibility test by defining new piecewise functions, a first of the piecewise functions representing the previously stored depth information for the area, and a second of the piecewise functions representing the depth information of the primitive object.
An electrosurgical system, comprising a surgical instrument with an imaging system and a shaft, wherein an electrode seat is on a distal end of the shaft, and wherein the imaging system is configured to capture a surgical field that extends distally in front of the distal end of the shaft, wherein the system further comprises: - an electrode that is connectible to the electrode seat for performing a surgical procedure, wherein the electrode comprises an optically detectable external identifying feature, - a data processing unit with a database that comprises a plurality of data sets in which information relating to at least one identifying feature of an electrode type and at least one operating parameter provided for operating this electrode type are assigned to each other, wherein - the imaging system is configured to capture an image of the electrode and to transfer image data of the captured image to the data processing unit, - the data processing unit is configured to analyze the received image data with regard to an identifying feature in the image data, - to compare a found identifying feature with the data sets in the database, - to identify a type of electrode and to transmit the associated at least one operating parameter to a controller of the surgical instrument, and wherein - the identifying feature is a machine-readable code on an external surface of the electrode. - an electrode that is connectible to the electrode seat for performing a surgical procedure, wherein the electrode comprises an optically detectable external identifying feature, - a data processing unit with a database that comprises a plurality of data sets in which information relating to at least one identifying feature of an electrode type and at least one operating parameter provided for operating this electrode type are assigned to each other, wherein - the imaging system is configured to capture an image of the electrode and to transfer image data of the captured image to the data processing unit, - the data processing unit is configured to analyze the received image data with regard to an identifying feature in the image data, - to compare a found identifying feature with the data sets in the database, - to identify a type of electrode and to transmit the associated at least one operating parameter to a controller of the surgical instrument, and wherein - the identifying feature is a machine-readable code on an external surface of the electrode.
An apparatus for sampling food products and/or surfaces comprising, a bag constructed from a flexible, liquid-impermeable sheet material, the bag comprising a sealable top opening and a sample collection material secured to an inside surface of the bag, the bag being of a size large enough to permit inversion of the bag to expose the sample collection material for collection of samples from surfaces and re-inversion to enclose the sample collection material, wherein the bag is further provided with a removable top seal external to the sealable top opening. a bag constructed from a flexible, liquid-impermeable sheet material, the bag comprising a sealable top opening and a sample collection material secured to an inside surface of the bag, the bag being of a size large enough to permit inversion of the bag to expose the sample collection material for collection of samples from surfaces and re-inversion to enclose the sample collection material, wherein the bag is further provided with a removable top seal external to the sealable top opening.
A method for scheduling a plurality of multiple-input, multiple-output, MIMO, streams for a user equipment, UE, (12; 210) comprising: receiving a single happy bit for the plurality of MIMO streams, wherein the happy bit is computed based at least in part on one or both of a combined data rate and power of the plurality of MIMO streams; determining a set of scheduling grants for the UE (12; 210) configured to transmit over the plurality of MIMO streams based at least in part on the single happy bit; and transmitting the scheduling grants to the UE (12; 210). receiving a single happy bit for the plurality of MIMO streams, wherein the happy bit is computed based at least in part on one or both of a combined data rate and power of the plurality of MIMO streams; determining a set of scheduling grants for the UE (12; 210) configured to transmit over the plurality of MIMO streams based at least in part on the single happy bit; and transmitting the scheduling grants to the UE (12; 210).
A lens holder assembly for use with a lens marking apparatus comprising: a stem having a central axis and a first opening extending along a central axis of a body, the first opening able to be coupled to a suction source by a suction hose, characterized in that the stem comprises a second opening integrated within the stem such that the second opening is substantially parallel to the first opening, and in that the assembly comprises a removable back plate substantially curved with a radius of curvature that is sufficient to surround at least a portion of the stem, the back plate being configured to act as a guide for positioning the lens, and at least one illumination source positioned within the second opening, the illumination source being capable of emitting light through the second opening for illuminating at least a portion of an ophthalmic lens. a stem having a central axis and a first opening extending along a central axis of a body, the first opening able to be coupled to a suction source by a suction hose, characterized in that the stem comprises a second opening integrated within the stem such that the second opening is substantially parallel to the first opening, and in that the assembly comprises a removable back plate substantially curved with a radius of curvature that is sufficient to surround at least a portion of the stem, the back plate being configured to act as a guide for positioning the lens, and at least one illumination source positioned within the second opening, the illumination source being capable of emitting light through the second opening for illuminating at least a portion of an ophthalmic lens.
A cartridge, comprising: an electrical connection assembly configured to electrically couple to an electrosurgical unit; a first port configured to fluidly couple to a fluid source; a second port configured to fluidly and electrically couple to a surgical instrument; a pumping mechanism disposed between the first and second ports and configured to draw fluid from the fluid source and pump the fluid to the surgical instrument; a valve disposed between the first and second ports and configured to selectively obstruct the flow of fluid therethrough; and a fluid flow sensor disposed between the first and second ports and configured to sense fluid flow therethrough, the fluid flow sensor configured to electrically communicate with the electrosurgical unit to communicate the sensed fluid flow rate to the electrosurgical unit. an electrical connection assembly configured to electrically couple to an electrosurgical unit; a first port configured to fluidly couple to a fluid source; a second port configured to fluidly and electrically couple to a surgical instrument; a pumping mechanism disposed between the first and second ports and configured to draw fluid from the fluid source and pump the fluid to the surgical instrument; a valve disposed between the first and second ports and configured to selectively obstruct the flow of fluid therethrough; and a fluid flow sensor disposed between the first and second ports and configured to sense fluid flow therethrough, the fluid flow sensor configured to electrically communicate with the electrosurgical unit to communicate the sensed fluid flow rate to the electrosurgical unit.
Control method for controlling a gas turbine plant provided with at least a gas turbine, a combustion chamber, a compressor and a generator; the method comprising the steps of: - setting a plurality of reference values for respective operative parameters of the plant; - detecting an activation condition; - activating the correction of one or more reference values if the activation condition is detected; characterized in that the step of detecting the activation condition comprises: - detecting a first value (IGVPOS) of a parameter indicative of the electrical power lower than a first threshold value in a first instant; - detecting a second value (IGVPOS) of the parameter indicative of the electrical power greater than a second threshold value in a second instant comprised in a time window which follows the first instant. - setting a plurality of reference values for respective operative parameters of the plant; - detecting an activation condition; - activating the correction of one or more reference values if the activation condition is detected; - detecting a first value (IGVPOS) of a parameter indicative of the electrical power lower than a first threshold value in a first instant; - detecting a second value (IGVPOS) of the parameter indicative of the electrical power greater than a second threshold value in a second instant comprised in a time window which follows the first instant.
A rubber composition, which contains a rubber component, at least one organic sulfur compound selected from a hydroxy group-having thiourea derivative (B-1) represented by the following general formula and a thioamide compound (B-2) represented by the following general formula, and a filler containing an inorganic filler: [wherein R a, R b, R c and R d may be the same or different, each representing a functional group selected from an alkyl group, an alkyl group having a hydroxy group, an alkenyl group, an alkenyl group having a hydroxy group, an aryl group and an aryl group having a hydroxy group, or a hydrogen atom, and at least one of R a, R b, R c and R d is a functional group selected from an alkyl group having a hydroxy group, an alkenyl group having a hydroxy group and an aryl group having a hydroxy group.], [wherein R e and R f each independently represent any of a hydrogen atom, an aliphatic hydrocarbon group having from 1 to 10 carbon atoms, and an aromatic hydrocarbon group having from 6 to 20 carbon atoms; X represents any of a single bond, an aliphatic hydrocarbon group having from 1 to 10 carbon atoms, and an aromatic hydrocarbon group having from 6 to 20 carbon atoms; Y represents at least one selected from a hydrogen atom, an alkyl group having from 1 to 5 carbon atoms, a hydroxy group, an amino group and a halogen atom; and at least one of R e and R f may bond to X].
A structure for improving strength of a resin-made substantially polygonal (four or more corners) tabular portion, wherein the polygon comprises a first axis of symmetry and a second axis of symmetry which are substantially orthogonal to each other, a top surface of the tabular portion comprises a swelling portion formed so as to swell upward in a region inside the polygonal outline, the outline of the swelling portion is line-symmetric with respect to the first axis of symmetry and the second axis of symmetry, in a lateral half portion of the outline of the swelling portion: a short-side side crest portion that is convex toward the polygonal outline in a direction of the first axis of symmetry; a corner-side trough portion that is connected to each end of the short-side side crest portion and concave toward the polygonal outline in a region sandwiched between the first axis of symmetry and the second axis of symmetry; and a long-side side crest portion (23A, 23B) that is connected to an end opposite to the short-side side crest portion of the each corner-side trough portion and convex toward the polygonal outline, are formed, and on one of a top surface and an undersurface of the swelling portion, at least: a pair of lateral ribs (31A, 31B) that transversely crosses the swelling portion so as to spread toward the polygonal outline; or a pair of longitudinal ribs (32A, 32B) that longitudinally crosses the swelling portion so as to spread toward the polygonal outline, is formed. a short-side side crest portion that is convex toward the polygonal outline in a direction of the first axis of symmetry; a corner-side trough portion that is connected to each end of the short-side side crest portion and concave toward the polygonal outline in a region sandwiched between the first axis of symmetry and the second axis of symmetry; and a long-side side crest portion (23A, 23B) that is connected to an end opposite to the short-side side crest portion of the each corner-side trough portion and convex toward the polygonal outline, are formed, and on one of a top surface and an undersurface of the swelling portion, at least: a pair of lateral ribs (31A, 31B) that transversely crosses the swelling portion so as to spread toward the polygonal outline; or a pair of longitudinal ribs (32A, 32B) that longitudinally crosses the swelling portion so as to spread toward the polygonal outline, is formed. a pair of lateral ribs (31A, 31B) that transversely crosses the swelling portion so as to spread toward the polygonal outline; or a pair of longitudinal ribs (32A, 32B) that longitudinally crosses the swelling portion so as to spread toward the polygonal outline, is formed.
A computer support arm with an angle that can be freely adjusted, comprising a VESA board assembly, a ball head assembly, and a base assembly, wherein: one end of the ball head assembly is connected to the VESA board assembly, and the ball head assembly is connected to one end of a dynamic arm through an upper joint, and the other end of the dynamic arm is connected to one end of an inclined arm through a first lower joint, and the other end of the inclined arm is connected to a base assembly through a second lower joint wherein the ball head assembly comprises a fixing seat, a connector, a figure-eight joint, a knob assembly, and the middle part of the fixing seat uses a second screw and a nut to connect the bottom of the connecting piece, and an upper part of the connecting piece uses a third screw and an end cover to connect to the figure-eight joint, and a knob assembly is arranged on the fixing seat below the connecting piece characterized in that the knob assembly comprises a first small compression spring, a first latch, a first pressure cover, a first knob, a first knob sleeve, the fixing seat located under the connecting piece is provided with a waist-shaped groove, and the waist-shaped groove is embedded with a first gland, the middle of the first gland is provided with a circular hole, and the circular hole is provided with the first knob, and the top of the first knob is connected to the first sleeve through a square boss, the bottom side of the first knob is provided with a first knob boss, and the bottom of the first knob is in contact with the top arc surface of the first plug through the first knob boss, and the first small compression spring is sleeved at the lower part of the first plug, and the back of the fixed seat of the ball head assembly is provided with a groove in connection with the insert block VESA board assembly.
A "roll-in" margarine composition with a reduced saturated fatty acids content comprising, in percentage by weight of the total weight of the composition, from 60% to 80% of a fatty phase and from 40% to 20% of an aqueous phase comprising water, proteins and dietary fibers, wherein said fatty phase consists of 30% to 45% of at least one vegetable fat rich in stearic acid and 70% to 55% of at least one vegetable oil, said dietary fibers are soluble fibers selected from the group consisting of beta-glucans, concentrated algae, pea fiber, potato fiber, psyllium fiber, guar fiber, and/or insoluble fibers selected from the group consisting of celluloses, wheat fiber, pea integument fiber, carrot fiber and bamboo fiber, and said proteins are selected from the group consisting of gluten, soy proteins and pea proteins.