mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmologic image display device comprising: a storage device that stores a three dimensional data set acquired by scanning a subject's eye using optical coherence tomography; an image processor configured to form, based on the three dimensional data set, a B-mode image, a plurality of front images, and a composite front image obtained by composing the plurality of front images; and a display controller configured to display the B-mode image, the plurality of front images and the composite front image in a predetermined layout on a display device; wherein the display controller displays is configured to display identification color information for identifying the plurality of front images by colors and slice area information that indicates a partial region of the B-mode image corresponding to a slice area of the three dimensional data set represented by each of the plurality of front images in a color according to the identification color information, and display a composite front image based on the plurality of front images, each of which is expressed by a color according to the identification color information. a storage device that stores a three dimensional data set acquired by scanning a subject's eye using optical coherence tomography; an image processor configured to form, based on the three dimensional data set, a B-mode image, a plurality of front images, and a composite front image obtained by composing the plurality of front images; and a display controller configured to display the B-mode image, the plurality of front images and the composite front image in a predetermined layout on a display device; wherein the display controller displays is configured to display identification color information for identifying the plurality of front images by colors and slice area information that indicates a partial region of the B-mode image corresponding to a slice area of the three dimensional data set represented by each of the plurality of front images in a color according to the identification color information, and display a composite front image based on the plurality of front images, each of which is expressed by a color according to the identification color information.
Control system for an air-conditioning plant, comprising: a plurality of sensors (Sn) for detecting physical parameters regarding a body to be air-conditioned and/or an environment surrounding said body, and for generating corresponding detection signals; a control-command module configured to modify regulation laws as a function of detection signals, and to generate command signals to be supplied to actuator modules of an air-conditioning plant for the body; characterized in that: the plurality of sensors (Sn) comprises: a net radiometer (RADn) configured to supply a first detection signal representative of a difference between a first electromagnetic radiation from the sky and a second electromagnetic radiation from a surface of said body to be air-conditioned; and further characterized in that the control-command module is configured to modify one of said regulation laws and/or define regulation laws such to reprogram turn-on and/or turn-off and/or attenuation times of said actuator modules with reference to an energy stored or lost from the body, obtained from the first detection signal. a plurality of sensors (Sn) for detecting physical parameters regarding a body to be air-conditioned and/or an environment surrounding said body, and for generating corresponding detection signals; a control-command module configured to modify regulation laws as a function of detection signals, and to generate command signals to be supplied to actuator modules of an air-conditioning plant for the body; characterized in that: the plurality of sensors (Sn) comprises: a net radiometer (RADn) configured to supply a first detection signal representative of a difference between a first electromagnetic radiation from the sky and a second electromagnetic radiation from a surface of said body to be air-conditioned; and further characterized in that the control-command module is configured to modify one of said regulation laws and/or define regulation laws such to reprogram turn-on and/or turn-off and/or attenuation times of said actuator modules with reference to an energy stored or lost from the body, obtained from the first detection signal. the plurality of sensors (Sn) comprises: a net radiometer (RADn) configured to supply a first detection signal representative of a difference between a first electromagnetic radiation from the sky and a second electromagnetic radiation from a surface of said body to be air-conditioned; and further characterized in that the control-command module is configured to modify one of said regulation laws and/or define regulation laws such to reprogram turn-on and/or turn-off and/or attenuation times of said actuator modules with reference to an energy stored or lost from the body, obtained from the first detection signal.
A compound which is: diethyl (3-methoxy-4-{[4-{[2-(methylcarbamoyl)phenyl]amino}-5-5-(trifluoromethyl)pyrimidin-2-yl]amino}benzyl)phosphonate, or a pharmaceutically acceptable salt thereof.
An arrangement for milking a plurality of milking animals characterized in that said arrangement comprises: - an automated milking system provided for automatically milking at least one milking animal, said automated milking system comprising a milking robot for automatically attaching teat cups to the teats of the milking animal; - a milking system provided for batchwise milking of multiple milking animals; - an identification arrangement (19, 21) provided for identifying each of said plurality of milking animals prior to being milked; - decision means connected to said identification arrangement for deciding, for each of said plurality of milking animals, whether that milking animal should be milked by the automated milking system or by the milking system for batchwise milking; and - means connected to said decision means for guiding each of said plurality of milking animals to the automated milking system or to the milking system for batchwise milking depending on the decision made for that milking animal, wherein said automated milking system comprises milk quantity measuring equipment, milk quality measuring equipment, animal health measuring equipment, animal examining equipment, animal treatment equipment, and milk redirection means. - an automated milking system provided for automatically milking at least one milking animal, said automated milking system comprising a milking robot for automatically attaching teat cups to the teats of the milking animal; - a milking system provided for batchwise milking of multiple milking animals; - an identification arrangement (19, 21) provided for identifying each of said plurality of milking animals prior to being milked; - decision means connected to said identification arrangement for deciding, for each of said plurality of milking animals, whether that milking animal should be milked by the automated milking system or by the milking system for batchwise milking; and - means connected to said decision means for guiding each of said plurality of milking animals to the automated milking system or to the milking system for batchwise milking depending on the decision made for that milking animal, wherein said automated milking system comprises milk quantity measuring equipment, milk quality measuring equipment, animal health measuring equipment, animal examining equipment, animal treatment equipment, and milk redirection means.
A light belt apparatus, comprising: a base belt made of plastic material and having an elongated flexible body, the elongated flexible body having an elongated groove with a first side and a second side, the first side and the second side being opposite to each other; a flexible circuit board attached to the first side of the base belt; a plurality of light emitting diode modules mounted on the flexible circuit board, the plurality of LED modules for emitting an emitted light to the second side of the base belt, the second side of the base belt having a reflective curve surface reflecting the emitted light to exit the groove; an input terminal electrically connected to the flexible circuit board for supplying electricity power to the LED modules to generate the emitted light; and a light diffusion layer covering the elongated groove; characterized in that the first side is connected with the second side with a bottom side in the elongated groove, and the reflective curve surface is extended from the bottom side to the second side to reflect the emitted light toward the bottom side and the second side to exit the elongated groove, wherein the second side has a vertical part and a curve part, the curve part is connected to the bottom side, the vertical part is substantially parallel to the first side; further comprising a transparent material filled in the elongated groove facing to the first side and the second side; and wherein the curve part of the second side and the bottom side form a smooth convex curve surface facing to the LED modules. a base belt made of plastic material and having an elongated flexible body, the elongated flexible body having an elongated groove with a first side and a second side, the first side and the second side being opposite to each other; a flexible circuit board attached to the first side of the base belt; a plurality of light emitting diode modules mounted on the flexible circuit board, the plurality of LED modules for emitting an emitted light to the second side of the base belt, the second side of the base belt having a reflective curve surface reflecting the emitted light to exit the groove; an input terminal electrically connected to the flexible circuit board for supplying electricity power to the LED modules to generate the emitted light; and a light diffusion layer covering the elongated groove; characterized in that the first side is connected with the second side with a bottom side in the elongated groove, and the reflective curve surface is extended from the bottom side to the second side to reflect the emitted light toward the bottom side and the second side to exit the elongated groove, wherein the second side has a vertical part and a curve part, the curve part is connected to the bottom side, the vertical part is substantially parallel to the first side; further comprising a transparent material filled in the elongated groove facing to the first side and the second side; and wherein the curve part of the second side and the bottom side form a smooth convex curve surface facing to the LED modules.
An injection molding machine comprising: a cylinder into which a molding material is supplied; wherein the cylinder includes a supply part that supplies a heating medium into the cylinder to come into direct contact with the molding material to heat the molding material, wherein the supply part includes a supply port arranged at an inner wall of the cylinder for supplying the heating medium into the cylinder, characterized in that the supply port is arranged into an elongated shape extending in an axial direction of a screw, which is arranged within the cylinder, or an elongated shape extending in a diagonal direction with respect to an axial direction of the screw; and in that a length of the supply port is longer than a pitch of a flight of the screw. a cylinder into which a molding material is supplied; wherein the cylinder includes a supply part that supplies a heating medium into the cylinder to come into direct contact with the molding material to heat the molding material, wherein the supply part includes a supply port arranged at an inner wall of the cylinder for supplying the heating medium into the cylinder, characterized in that the supply port is arranged into an elongated shape extending in an axial direction of a screw, which is arranged within the cylinder, or an elongated shape extending in a diagonal direction with respect to an axial direction of the screw; and in that a length of the supply port is longer than a pitch of a flight of the screw. wherein the cylinder includes a supply part that supplies a heating medium into the cylinder to come into direct contact with the molding material to heat the molding material, wherein the supply part includes a supply port arranged at an inner wall of the cylinder for supplying the heating medium into the cylinder, characterized in that the supply port is arranged into an elongated shape extending in an axial direction of a screw, which is arranged within the cylinder, or an elongated shape extending in a diagonal direction with respect to an axial direction of the screw; and in that a length of the supply port is longer than a pitch of a flight of the screw.
A component for a gas turbine engine, the component comprising: a component body having an external side wall (620; 720; 820; 908) and an internal side wall (718; 818; 910) and defining at least a first cooling cavity (508a; 608a; 708a; 808a) and a second cooling cavity (508b; 608b; 708b; 808b) between the external side wall and the internal side wall; at least one segmented rib (612a-c; 712a-c; 812, 902) extending within the component body and separating the first cooling cavity from the second cooling cavity, wherein the first and second cooling cavities, the at least one segmented rib comprising at least two rib segments separated by a segment gap (516; 616; 716; 816; 904); and a discharge hole (622; 722; 822; 912) formed in the external side wall fluidly connected the segment gap to an exterior surface of the component body, characterised in that the component body is an airfoil body and the external side wall is at least one of a pressure sidewall and a suction side wall of the airfoil body. a component body having an external side wall (620; 720; 820; 908) and an internal side wall (718; 818; 910) and defining at least a first cooling cavity (508a; 608a; 708a; 808a) and a second cooling cavity (508b; 608b; 708b; 808b) between the external side wall and the internal side wall; at least one segmented rib (612a-c; 712a-c; 812, 902) extending within the component body and separating the first cooling cavity from the second cooling cavity, wherein the first and second cooling cavities, the at least one segmented rib comprising at least two rib segments separated by a segment gap (516; 616; 716; 816; 904); and a discharge hole (622; 722; 822; 912) formed in the external side wall fluidly connected the segment gap to an exterior surface of the component body, characterised in that the component body is an airfoil body and the external side wall is at least one of a pressure sidewall and a suction side wall of the airfoil body.
A method comprising, performed by at least one apparatus: obtaining fingerprints that have been collected at a particular site by at least one mobile device for supporting a positioning of other mobile devices, each fingerprint comprising results of measurements on radio signals of at least one communication node at a particular measurement location and an indication of the particular measurement location; estimating values of parameters defining a radio model for the at least one communication node based on the obtained fingerprints; determining a quality of the radio model; and generating data for a feedback for a user of the at least one mobile device based on the determined quality of the radio model, wherein determining a quality of the radio model comprises: determining an uncertainty of the estimated value of at least one of the parameters; determining a quality of the radio model based on the determined uncertainty of the value of the at least one parameter; the method comprising determining a quality of a set of a plurality of radio models for the particular site for which values of parameters have been estimated; and generating an indication that no further fingerprints have to be collected in case the determined quality of the set of radio models exceeds a predetermined threshold. obtaining fingerprints that have been collected at a particular site by at least one mobile device for supporting a positioning of other mobile devices, each fingerprint comprising results of measurements on radio signals of at least one communication node at a particular measurement location and an indication of the particular measurement location; estimating values of parameters defining a radio model for the at least one communication node based on the obtained fingerprints; determining a quality of the radio model; and generating data for a feedback for a user of the at least one mobile device based on the determined quality of the radio model, determining an uncertainty of the estimated value of at least one of the parameters; determining a quality of the radio model based on the determined uncertainty of the value of the at least one parameter; the method comprising determining a quality of a set of a plurality of radio models for the particular site for which values of parameters have been estimated; and generating an indication that no further fingerprints have to be collected in case the determined quality of the set of radio models exceeds a predetermined threshold.
A combustion control apparatus of an internal combustion engine of a compression self-igniting type that is configured to carry out at least a main injection and a pilot injection to be executed prior to the main injection, as a fuel injection from a fuel injection valve into a combustion chamber, the combustion control apparatus of the internal combustion engine comprising a crank position sensor configured to output a detection signal at each rotation of a crankshaft by a predetermined angle; and a fuel injection pressure reduction means adapted to reduce fuel injection pressure only by a predetermined amount when an ignition delay of premixed combustion in the pilot injection in the combustion chamber increases due to a use of low cetane number fuel as a determination result whether the low cetane number fuel is used or not, the determination result determined based on a revolution variation at a time of a combustion stroke by the detection signal of the crank position sensor, characterized in that the fuel injection pressure reduction means is adapted to reduce the fuel injection pressure only by a predetermined amount set in accordance with required power, wherein the fuel injection pressure reduction means is adapted to increase a reduction correction amount of the fuel injection pressure to be set as the required power is reduced.
Apparatus comprising: a first surface electrode and a second insulated surface electrode; an exterior surface comprising the first surface electrode and an exterior dielectric layer of the second insulated surface electrode; and a controller configured to apply a time varying potential difference between the first surface electrode and the second insulated surface electrode to control indirectly a touch stimulus, via friction, the touch stimulus being created directly at a user's body part in use by dragging of the body part over the exterior surface, to produce at the body part of the user: a) when there is relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, touch stimulus that is perceptible to the user; and b) when there is not relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, no perceptible touch stimulus; and configured to control at least the time variation in the potential difference. a first surface electrode and a second insulated surface electrode; an exterior surface comprising the first surface electrode and an exterior dielectric layer of the second insulated surface electrode; and a controller configured to apply a time varying potential difference between the first surface electrode and the second insulated surface electrode to control indirectly a touch stimulus, via friction, the touch stimulus being created directly at a user's body part in use by dragging of the body part over the exterior surface, to produce at the body part of the user: a) when there is relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, touch stimulus that is perceptible to the user; and b) when there is not relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, no perceptible touch stimulus; and configured to control at least the time variation in the potential difference. a) when there is relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, touch stimulus that is perceptible to the user; and b) when there is not relative motion between the body part and the apparatus while there is touch contact between the body part and the apparatus, while the time varying potential difference is applied, no perceptible touch stimulus; and
A zoom lens, comprising in order from an object side to an image side: a first lens group, having a negative focal power; a second lens group, having a positive focal power; and a third lens group, having a negative focal power, wherein both the second lens group and the third lens group are movable relative to the first lens group while the first lens group remains stationary relative to an imaging surface; the zoom lens satisfies the inequalities -2.5<F1/F2<-1.5 where F1 denotes the focal distance of the first lens group and F2 denotes the focal distance of the second lens group, characterized in that the inequalities -2<F3/F2<-1 are also fulfilled, where F3 denotes the focal distance of the third lens group. a first lens group, having a negative focal power; a second lens group, having a positive focal power; and a third lens group, having a negative focal power, wherein both the second lens group and the third lens group are movable relative to the first lens group while the first lens group remains stationary relative to an imaging surface; the zoom lens satisfies the inequalities -2.5<F1/F2<-1.5 where F1 denotes the focal distance of the first lens group and F2 denotes the focal distance of the second lens group, characterized in that the inequalities -2<F3/F2<-1 are also fulfilled, where F3 denotes the focal distance of the third lens group.
A light control system for a film viewer comprising: (i) an infrared emitter; (ii) an infrared detector disposed adjacent to the infrared emitter and configured to detect infrared emissions from the infrared emitter; (iii) a light source and (iv) a microprocessor configured to control the light source in the film viewer in response to a change in the detected infrared emissions from the infrared emitter, resulting from one of an insertion of a film between the infrared emitter and the infrared detector and a removal of a film from between the emitter and the detector; wherein the microprocessor is further configured to determine a type of film, selected from the group consisting of opaque, transparent and optically clear, interposed between the infrared emitter and infrared detector in response to the change in the detected infrared emissions. (i) an infrared emitter; (ii) an infrared detector disposed adjacent to the infrared emitter and configured to detect infrared emissions from the infrared emitter; (iii) a light source and (iv) a microprocessor configured to control the light source in the film viewer in response to a change in the detected infrared emissions from the infrared emitter, resulting from one of an insertion of a film between the infrared emitter and the infrared detector and a removal of a film from between the emitter and the detector;