mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus (10, 100) comprising: a memory, and a processor coupled to the memory and connectable to an external storage (20, 220), wherein the processor is configured to: store a plurality of data sets acquired by deduplicating a plurality of write data sets, for which writing is requested, in the external storage (20, 220), wherein two or more data sets selected from the plurality of data sets in order of data sets generated are collected in an object (OB1-OB6) and stored in the external storage (20, 220); determine a necessity or unnecessity of defragmentation for object groups (GP1, GP2) in each of which two or more objects (OB1-OB3, OB4-OB6)_among the objects stored in the external storage (20, 220) are collected in order of objects generated; characterized in that: when determining to execute defragmentation of one object group among the object groups (GP1, GP2), execute first defragmentation processing of acquiring all of the objects (OB4-OB6) included in the one object group as first objects from the external storage (20, 220), combining valid data sets having a number of references of 1 or more among the data sets included in the first objects (OB4-OB6) based on the order of objects generated and the number of references of the valid data sets to generate one or more second objects (OB11-OB12), and storing the one or more second objects (OB11-OB12) in place of the first objects (OB4-OB6) in the external storage (20, 220). a memory, and a processor coupled to the memory and connectable to an external storage (20, 220), wherein the processor is configured to: store a plurality of data sets acquired by deduplicating a plurality of write data sets, for which writing is requested, in the external storage (20, 220), wherein two or more data sets selected from the plurality of data sets in order of data sets generated are collected in an object (OB1-OB6) and stored in the external storage (20, 220); determine a necessity or unnecessity of defragmentation for object groups (GP1, GP2) in each of which two or more objects (OB1-OB3, OB4-OB6)_among the objects stored in the external storage (20, 220) are collected in order of objects generated; characterized in that: when determining to execute defragmentation of one object group among the object groups (GP1, GP2), execute first defragmentation processing of acquiring all of the objects (OB4-OB6) included in the one object group as first objects from the external storage (20, 220), combining valid data sets having a number of references of 1 or more among the data sets included in the first objects (OB4-OB6) based on the order of objects generated and the number of references of the valid data sets to generate one or more second objects (OB11-OB12), and storing the one or more second objects (OB11-OB12) in place of the first objects (OB4-OB6) in the external storage (20, 220).
Dispenser for discharging a nicotine-containing and/or cannabis-containing liquid, having the following features: a. the dispenser has a liquid store for storing the liquid before the discharge, and b. the dispenser has a mouthpiece, through which the liquid can be discharged, and c. the liquid store is connected to the mouthpiece by way of a liquid channel, and d. the dispenser has an outlet valve arrangement, by means of which the liquid channel can be closed and opened, characterized by the following feature: e. the outlet valve arrangement has a tilt valve which has a tiltably movable outlet nozzle which is penetrated by the liquid channel, the tilt valve being opened and closed in a manner which is dependent on the pivoting position of the outlet nozzle. a. the dispenser has a liquid store for storing the liquid before the discharge, and b. the dispenser has a mouthpiece, through which the liquid can be discharged, and c. the liquid store is connected to the mouthpiece by way of a liquid channel, and d. the dispenser has an outlet valve arrangement, by means of which the liquid channel can be closed and opened,
An umbrella comprising a support structure and a laminar body which is coupled to a foldable framework which is part of the support structure; wherein a perimetral area of the laminar body is anchored to first end segments of the radial rods of the foldable framework by means of anchoring devices; and wherein the support structure further comprises a pole to which the foldable framework is coupled in an articulated manner by means of a movable head and by means of a fixed head located above the movable head; wherein: - the anchoring devices comprise plates and anchoring elements configured to fasten said plates to the radial rods, securing and retaining portions of the laminar body between the plates and areas of the radial rods; wherein the anchoring elements are fitted into first through holes of the plates, into second holes of the radial rods, and into third holes of the laminar bodies; and wherein the plates are fixed with respect to the radial rods by means of said anchoring elements, ensuring the securing and fastening of the perimetral area of the laminar body to the first end segments of the radial rods; wherein the portions of the laminar body are part of a pocket-like enveloping structure. - the anchoring devices comprise plates and anchoring elements configured to fasten said plates to the radial rods, securing and retaining portions of the laminar body between the plates and areas of the radial rods; wherein the anchoring elements are fitted into first through holes of the plates, into second holes of the radial rods, and into third holes of the laminar bodies; and wherein the plates are fixed with respect to the radial rods by means of said anchoring elements, ensuring the securing and fastening of the perimetral area of the laminar body to the first end segments of the radial rods;
A method for discharging a capacitor of an input or output circuit arrangement (41, 45) of an inverter for supplying current to a power supply grid, having the following steps: - determining a supply voltage (Ue, Ua) at connections of the input or output circuit arrangement (41, 45); - determining a DC link voltage (Uz) of a DC link capacitor of the inverter; - calculating an upper limit voltage value (Umax) of the DC link capacitor on the basis of the measured supply voltage (Ue, Ua) and the measured DC link voltage (Uz); - operating an input-side DC/DC converter or an output-side bridge arrangement of the inverter such that energy from the capacitor of the input or output circuit arrangement (41, 45) is transferred to the DC link capacitor, wherein the voltage across the DC link capacitor is monitored; - ending the method if the upper limit voltage value (Umax) is exceeded, and otherwise - continuing to transfer the energy from the capacitor of the input or output circuit arrangement (41, 45) to the DC link capacitor until the capacitor is discharged to or below a lower limit voltage value (Umin). - determining a supply voltage (Ue, Ua) at connections of the input or output circuit arrangement (41, 45); - determining a DC link voltage (Uz) of a DC link capacitor of the inverter; - calculating an upper limit voltage value (Umax) of the DC link capacitor on the basis of the measured supply voltage (Ue, Ua) and the measured DC link voltage (Uz); - operating an input-side DC/DC converter or an output-side bridge arrangement of the inverter such that energy from the capacitor of the input or output circuit arrangement (41, 45) is transferred to the DC link capacitor, wherein the voltage across the DC link capacitor is monitored; - ending the method if the upper limit voltage value (Umax) is exceeded, and otherwise - continuing to transfer the energy from the capacitor of the input or output circuit arrangement (41, 45) to the DC link capacitor until the capacitor is discharged to or below a lower limit voltage value (Umin).
A mobile, self-supporting flood barrier element, containing a surface element, which has a damming side and a land side, and a rod assembly for supporting the surface element, wherein hinge elements are provided for connection between the rod assembly and the connecting profiles, wherein the rod assembly is formed from at least one upper support and at least one base support, wherein the supports are connected to a connecting element on their sides facing away from the surface element, characterised in that the transversely running connecting profiles are provided on the upper edge and on the lower edge of the surface element, the rod assembly acts directly on transversely running connecting profiles, and the connecting profiles are connected fixedly to each other by means of the surface element.
A method of producing a nuclear-hydrogenated polymer which comprises a step of hydrogenating an aromatic vinyl compound-(meth)acrylate copolymer in a mixed solvent comprising an ester compound and an alcohol compound in the presence of a solid catalyst composed of a porous carrier, wherein the mixed solvent comprises 100 parts by weight of the ester compound and 0.5 to 20 parts by weight of the alcohol compound.
A plastic closure for fitting on to the neck of a liquid container in positively locking and sealed relationship comprising a head plate provided for covering a container opening and an outer seal which is circumferential approximately parallel to the edge of the head plate and is provided for engagement with the outside of a container neck defining the container opening, and an inner seal which is circumferential within the outer seal and parallel thereto and which is provided for engagement with the inside of the container neck, wherein the outer and the inner seals (7, 5) respectively project from an inside of the head plate in the direction of the container neck to be covered by the head plate, wherein the outer seal has a weakened region (6, 6', 6", 16) in at least one circumferential portion, wherein the configuration of the closure is such that the outer seal yields in the weakened region (6, 6', 6", 16) at a lower internal positive pressure than without the weakened region, in particular yields at a lower internal positive pressure than in the remaining regions of the outer seal, wherein the plastic closure is configured as a screw closure, wherein the screw closure has a head plate and a cylindrical cap skirt with a female thread which define an axis of the closure, wherein the outer and inner seals are in the form of webs which extend circumferentially in an annular configuration at a spacing relative to the cap skirt and parallel thereto and the weakened portion is preferably restricted to an angle sector (α) measured with respect to the axis, characterised in that the weakened region (6, 6', 6", 16) comprises a circumferential portion of the outer seal, that is axially shortened in the angle sector (α).
Particles, comprising iron -oxyhydroxide, sucrose and one or more starches, wherein the fraction of particles with a particle size of above 90 μm is 25 weight % or more, preferably 35 weight % or more, more preferably 40 weight % or more, even more preferably 45 weight % or more, and most preferably 50 weight % or more, and wherein the fraction of particles with a particle size of above 125 μm is 25 weight % or more, preferably 30 weight % or more, and more preferably 35 weight % or more, each based on the total weight of the particles, as determined by sieve analysis.
A carbon dioxide gas sensor comprising an insulating substrate (3, 13) and a gas sensing layer (1, 11) formed on one major surface of the insulating substrate (3, 13) so as to partially cover electrodes (2, 12a) provided on the same major surface of the insulating substrate (3, 13), characterized in that the gas sensing layer (1, 11) comprises: monoclinic samarium dioxycarbonate.
A method for utilizing a quench time (336, 570) to deionize a UV sensor tube, comprising: monitoring firing events within a UV sensor tube, wherein a particular firing event initiates arming the UV sensor tube, by increasing a voltage provided to the UV sensor to a threshold voltage; holding a constant voltage to the UV sensor to cause a quench; initiating a forced quench time (336, 570) to deionize the UV sensor tube, if the UV sensor does not initiate a natural quench prior to reaching a voltage threshold, wherein the quench time (336, 570) includes: disarming the UV sensor tube to prevent a firing event. monitoring firing events within a UV sensor tube, wherein a particular firing event initiates arming the UV sensor tube, by increasing a voltage provided to the UV sensor to a threshold voltage; holding a constant voltage to the UV sensor to cause a quench; initiating a forced quench time (336, 570) to deionize the UV sensor tube, if the UV sensor does not initiate a natural quench prior to reaching a voltage threshold, wherein the quench time (336, 570) includes: disarming the UV sensor tube to prevent a firing event.
An aerial vehicle, comprising: a fuselage; six motor arms coupled to and extending from the fuselage; six motors, each motor coupled to a respective motor arm and positioned around the fuselage; six propellers, each propeller coupled to and configured to be rotated by a respective motor, wherein at least one propeller blade of the six propellers comprises at least one of a flap, a protrusion, or a modifiable section (835, 935) configured to adjust the at least one propeller blade between a first configuration and a second configuration to modify torque associated with the at least one propeller blade; a ring wing coupled to outer ends of the six motor arms and positioned around the fuselage, the six motors, and the six propellers; and a controller configured to at least: detect a fault associated with a first motor of the six motors, a blade of the six propellers, and/or a propeller of the six propellers; and responsive to the detected fault, adjust the at least one of the flap, the protrusion, or the modifiable section of the at least one propeller blade, wherein the first configuration is associated with normal operation of the aerial vehicle and the second configuration is associated with degraded operation of the aerial vehicle caused by the fault. a fuselage; six motor arms coupled to and extending from the fuselage; six motors, each motor coupled to a respective motor arm and positioned around the fuselage; six propellers, each propeller coupled to and configured to be rotated by a respective motor, wherein at least one propeller blade of the six propellers comprises at least one of a flap, a protrusion, or a modifiable section (835, 935) configured to adjust the at least one propeller blade between a first configuration and a second configuration to modify torque associated with the at least one propeller blade; a ring wing coupled to outer ends of the six motor arms and positioned around the fuselage, the six motors, and the six propellers; and a controller configured to at least: detect a fault associated with a first motor of the six motors, a blade of the six propellers, and/or a propeller of the six propellers; and responsive to the detected fault, adjust the at least one of the flap, the protrusion, or the modifiable section of the at least one propeller blade, detect a fault associated with a first motor of the six motors, a blade of the six propellers, and/or a propeller of the six propellers; and responsive to the detected fault, adjust the at least one of the flap, the protrusion, or the modifiable section of the at least one propeller blade, wherein the first configuration is associated with normal operation of the aerial vehicle and the second configuration is associated with degraded operation of the aerial vehicle caused by the fault.
A method for providing a custom-fit selection of a recommended golf ball (1100; 2100) for a golfer, the method comprising steps of: (i) obtaining (a) a first set of measurements for a first golf ball for the golfer, including at least one ball back-spin measurement for each of a plurality of golf clubs (1200; 1300) having different club lofts, and (b) a second set of measurements for a second golf ball for the golfer, including at least one ball back-spin measurement for each of the plurality of golf clubs (1200; 1300); (ii) determining (a) a first spin slope based upon the first set of measurements, wherein the first spin slope is based upon a line best fitting the first set of measurements, when the first set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value, and (b) a second spin slope based upon the second set of measurements, wherein the second spin slope is based upon a line best fitting the second set of measurements, when the second set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value; and (iii) providing a selection of a recommended golf ball (1100; 2100) between the first golf ball and the second golf ball; wherein the recommended golf ball (1100; 2100) is the first golf ball if the first spin slope is larger than the second spin slope, and the recommended golf ball (1100; 2100) is the second golf ball if the first spin slope is not larger than the second spin slope. (i) obtaining (a) a first set of measurements for a first golf ball for the golfer, including at least one ball back-spin measurement for each of a plurality of golf clubs (1200; 1300) having different club lofts, and (b) a second set of measurements for a second golf ball for the golfer, including at least one ball back-spin measurement for each of the plurality of golf clubs (1200; 1300); (ii) determining (a) a first spin slope based upon the first set of measurements, wherein the first spin slope is based upon a line best fitting the first set of measurements, when the first set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value, and (b) a second spin slope based upon the second set of measurements, wherein the second spin slope is based upon a line best fitting the second set of measurements, when the second set measurement values are represented in a two-value coordinate system having the club lofts as a first value and the back-spins as a second value; and (iii) providing a selection of a recommended golf ball (1100; 2100) between the first golf ball and the second golf ball;
A method for reducing noise in a component of a picture, characterized in that the method comprises: - obtaining a low-pass filtered component (Cf) by low-pass filtering said component of the picture; - for a current pixel (i) in said component of the picture: - for at least one current neighboring pixel (j) of the current pixel (i), computing a distance, relative to the current neighboring pixel (j), between the value (Cf(i)) of the current pixel in the low-pass filtered component and the value (Cf(j)) of the current neighboring pixel (j) in the low-pass filtered component; - when the distances relative to said at least one neighboring pixels of the current pixel are lower than a first threshold, modifying the value (C(i)) of the current pixel in said component of the picture according to a linear combination of the value (C(i)) of the current pixel in said component of the picture and the value (Cf(i)) of the current pixel in the low-pass filtered component, - otherwise the value of the current pixel in said at least one component of the picture remains unchanged. - obtaining a low-pass filtered component (Cf) by low-pass filtering said component of the picture; - for a current pixel (i) in said component of the picture: - for at least one current neighboring pixel (j) of the current pixel (i), computing a distance, relative to the current neighboring pixel (j), between the value (Cf(i)) of the current pixel in the low-pass filtered component and the value (Cf(j)) of the current neighboring pixel (j) in the low-pass filtered component; - when the distances relative to said at least one neighboring pixels of the current pixel are lower than a first threshold, modifying the value (C(i)) of the current pixel in said component of the picture according to a linear combination of the value (C(i)) of the current pixel in said component of the picture and the value (Cf(i)) of the current pixel in the low-pass filtered component, - otherwise the value of the current pixel in said at least one component of the picture remains unchanged. - for at least one current neighboring pixel (j) of the current pixel (i), computing a distance, relative to the current neighboring pixel (j), between the value (Cf(i)) of the current pixel in the low-pass filtered component and the value (Cf(j)) of the current neighboring pixel (j) in the low-pass filtered component; - when the distances relative to said at least one neighboring pixels of the current pixel are lower than a first threshold, modifying the value (C(i)) of the current pixel in said component of the picture according to a linear combination of the value (C(i)) of the current pixel in said component of the picture and the value (Cf(i)) of the current pixel in the low-pass filtered component, - otherwise the value of the current pixel in said at least one component of the picture remains unchanged.
A cooker device comprising an upper plate on which electric heaters and/or gas burners are disposed, at least one skirt shaped by bending the edge portions of the upper plate, surrounding the upper plate at least partially, a lower housing on which the upper plate is assembled, and at least one connecting spring enabling the upper plate to be detachably assembled to the lower housing, having a seat resting on the lower housing, and a resilient main extension extending upwards and in an inclined manner from the seat, whose portion between the skirt and the lower housing is shaped by being bent in a V-shape, wherein at least one retainer is provided on the base of the lower housing, characterized in that the at least one retainer enables the connecting spring to be fixed to the lower housing by way of snap-fit method, and wherein at least one detent is provided on the connecting spring, extending outwards from the seat and enabling locking by engaging the retainer.
An eco-drive assist apparatus that shows a degree of fuel economy of a driving operation of a vehicle by displaying a relative state to a judgment threshold value that fluctuates based on a driving state of the vehicle, the eco-drive assist apparatus comprising; an eco-drive assist information generating apparatus that calculates the judgment threshold value and a state quantity of fuel economy indicating a ratio of an operation amount of the vehicle or vehicle power to the judgment threshold value based on the driving state of the vehicle; and a display device that is separate from the eco-drive assist information generating apparatus, and executes a display based on information transmitted from the eco-drive assist information generating apparatus, the eco-drive assist information generating apparatus being a control apparatus that controls an engine mounted to the vehicle, calculates the state quantity of fuel economy based on a control state signal of the engine acquired during the engine control, transmits the state quantity of fuel economy to the display device, judges whether the vehicle state is any of a failure state in which a failure occurs in the vehicle, an exception state in which information for assisting eco-drive is not to be displayed, or a parked state in which the vehicle is parked, and transmits the judged vehicle state to the display device, wherein the display device does not execute a display based on the state quantity when the judged vehicle state transmitted from the eco-drive assist information generating apparatus is the failure state, the exception state or the parked state.