mhurhangee/ep-ind-claims huggingface dataset:
A method of interfacing an event based processing system with a frame based processing system, comprising: receiving at a filter an event stream generated from an event sensor, wherein each event in the event stream is generated from a change in intensity of a detected pixel, and wherein each event is associated with a time stamp and pixel coordinates; removing, at the filter that receives the event stream generated from the event sensor, an event that is generated in a specific region of a sensor array of the event sensor, wherein the event is removed when a number of already received events generated in the specific region has exceeded a threshold; converting a plurality of events, received from the event stream output from the filter into a frame, wherein the plurality of events are aggregated for a specific time period into the frame, or a specific number of events of the plurality of events are aggregated into the frame; and inputting the frame into the frame based processing system. receiving at a filter an event stream generated from an event sensor, wherein each event in the event stream is generated from a change in intensity of a detected pixel, and wherein each event is associated with a time stamp and pixel coordinates; removing, at the filter that receives the event stream generated from the event sensor, an event that is generated in a specific region of a sensor array of the event sensor, wherein the event is removed when a number of already received events generated in the specific region has exceeded a threshold; converting a plurality of events, received from the event stream output from the filter into a frame, wherein the plurality of events are aggregated for a specific time period into the frame, or a specific number of events of the plurality of events are aggregated into the frame; and inputting the frame into the frame based processing system.
A disc cutter comprising a cutter disc, a protective cover which covers approximately the upper half of the disc and a cooling device comprising: a tube for supplying coolant, a nozzle that pours the coolant on the disc and a curved, tubular guide, with a radius of curvature slightly greater than the cutter disc, attached inside the cover and concentric with the periphery of the disc; characterised in that the cooling device further comprises: - a curved cannula, made of semi-rigid material, mounted inside the curved guide capable of longitudinal movement between two end positions and provided with an upper end connected to the tube for supplying coolant and a lower end which protrudes below the cover and wherein the nozzle is coupled, - means for attaching the cannula at different points of the path thereof; so that during the movement of the cannula, the nozzle moves over a lower sector of the periphery of the disc, and during the cutting of parts of different thicknesses, said nozzle is located at different heights and facing the disc contact and penetration area in the part to be cut. - a curved cannula, made of semi-rigid material, mounted inside the curved guide capable of longitudinal movement between two end positions and provided with an upper end connected to the tube for supplying coolant and a lower end which protrudes below the cover and wherein the nozzle is coupled, - means for attaching the cannula at different points of the path thereof;
A negative active material comprising a super-conductive nanoparticle coated with a high capacity negative material, wherein: the super-conductive nanoparticle has a structure in which n polycyclic nano-sheets are stacked upon one another along a direction perpendicular with respect to a first plane, each of the polycyclic nano-sheets comprises hexagonal rings of six carbon atoms linked to each other, the hexagonal rings being fused to one another and arranged on the first plane, n is an integer from 2 to 100, first and second carbons are selected from the n polycyclic nano-sheets of the super-conductive nanoparticle in such a way that L1≥L2, L1 denotes a distance between the first carbon and the second carbon, L2 denotes a distance between a third carbon and a fourth carbon arbitrarily selected from the n polycyclic nano-sheets, the third and fourth carbons being neither identical to each other nor the same as the first and second carbons, in a three dimensional x, y and z coordinate system, the second carbon is located at B(a, b, c) with respect to the first carbon located at the origin A(0, 0, 0), a and b are each independently 10μm or less, and c is 100 nm or less; wherein a surface of the negative active material is pitch-coated and the size of the negative active material is in a range of 3μm to 60μm; and wherein the negative active material further comprises uncoated super-conductive nanoparticles. the super-conductive nanoparticle has a structure in which n polycyclic nano-sheets are stacked upon one another along a direction perpendicular with respect to a first plane, each of the polycyclic nano-sheets comprises hexagonal rings of six carbon atoms linked to each other, the hexagonal rings being fused to one another and arranged on the first plane, n is an integer from 2 to 100, first and second carbons are selected from the n polycyclic nano-sheets of the super-conductive nanoparticle in such a way that L1≥L2, L1 denotes a distance between the first carbon and the second carbon, L2 denotes a distance between a third carbon and a fourth carbon arbitrarily selected from the n polycyclic nano-sheets, the third and fourth carbons being neither identical to each other nor the same as the first and second carbons, in a three dimensional x, y and z coordinate system, the second carbon is located at B(a, b, c) with respect to the first carbon located at the origin A(0, 0, 0), a and b are each independently 10μm or less, and c is 100 nm or less; wherein a surface of the negative active material is pitch-coated and the size of the negative active material is in a range of 3μm to 60μm; and wherein the negative active material further comprises uncoated super-conductive nanoparticles.
A packer assembly for maintaining a seal between inner and outer elements of a telescopic riser joint, said packer assembly comprising an inner packer (8,108) element and an outer concentric packer element (9,109), an actuator which is slidable over the outer packer element to deflect the outer packer element inwards against the inner packer element and a sensor for detecting linear movement of the actuator relative to the outer packer element caused by wear in the seal of the packer characterised in that a setting component (13,150) is provided between the actuator and the outer packer element, the setting component being radially moveable towards the outer packer element to assist in forcing the packer assembly against the inner element.
A method for manufacturing a lithium secondary battery, characterized by comprising: preparing a processing battery that has a positive electrode layer containing LiFePO 4 as a positive-electrode active material, a negative electrode layer containing a carbon material as a negative-electrode active material, and nonaqueous electrolyte solution containing LiPF 6 and LiBOB; and charging the processing battery at a high voltage necessary for forming a film of an oxidatively decomposed product of a BOB anion contained in the LiBOB, on a surface of the positive-electrode active material, wherein the high voltage is 4.8 V or lower, and is at least 4.3 V. preparing a processing battery that has a positive electrode layer containing LiFePO 4 as a positive-electrode active material, a negative electrode layer containing a carbon material as a negative-electrode active material, and nonaqueous electrolyte solution containing LiPF 6 and LiBOB; and charging the processing battery at a high voltage necessary for forming a film of an oxidatively decomposed product of a BOB anion contained in the LiBOB, on a surface of the positive-electrode active material, wherein the high voltage is 4.8 V or lower, and is at least 4.3 V.
Alarm triggering device for a security system, the alarm triggering device comprising an interface arranged so as to connect the alarm triggering device to a control unit of the security system by means of a wireless connection; triggering means to trigger an alarm in case a predefined event is detected; supply means to enable the alarm triggering device to be supplied with electricity from a power supply; fault detection means to detect an operating fault in the alarm triggering device; and signaling means to signal the operating fault in the alarm triggering device at the location of the alarm triggering device, wherein the detection means are arranged so as to detect a communications fault between the alarm triggering device and the control unit by means of the wireless connection and the signaling means are arranged to signal said communications fault.
A method of facilitating caching in a storage area network, SAN, the method comprising: identifying a first memory portion of a first storage device for caching in a first cache module; and in response to data transfer traffic being sent to the first memory portion of the first storage device, causing data that resides at the first memory portion of the first storage device to be cached by the first cache module, wherein the caching is at least initiated by a switch of the SAN, the caching comprising redirecting, at the switch, data transfer traffic being sent to the first memory portion of the first storage device to the first cache module, the method being further characterized in that the redirection is accomplished by configuring a virtual target and virtual initiator pair at the switch. identifying a first memory portion of a first storage device for caching in a first cache module; and in response to data transfer traffic being sent to the first memory portion of the first storage device, causing data that resides at the first memory portion of the first storage device to be cached by the first cache module, wherein the caching is at least initiated by a switch of the SAN, the caching comprising redirecting, at the switch, data transfer traffic being sent to the first memory portion of the first storage device to the first cache module, the method being further characterized in that the redirection is accomplished by configuring a virtual target and virtual initiator pair at the switch.
A container comprising: a tubular body having a rounded sidewall extending between a closed end defining a base portion and an opposite open end surrounded by a rim portion; the base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines a support ring having an at least substantially rounded perimeter; the rim portion positioned opposite the base portion; the rounded sidewall comprising a vertical portion extending between the perimeter of the base portion and the rim portion along a central axis; and a plurality of grooves (211,212) each defined within the vertical portion of the rounded sidewall and each of the grooves comprising a length and a width, wherein the length is longer than the width and greater than a height of the vertical portion, and wherein the grooves extend between the base portion and the rim portion along the length, characterized in that the plurality of grooves (211,212) comprises a first set of grooves and a second set of grooves, wherein the first set of grooves and the second set of grooves helically spiral in opposite directions around the central axis of the tubular body such that the first set of grooves intersect the second set of grooves to create a groove grid defining a plurality of diamond shapes in the vertical portion. a tubular body having a rounded sidewall extending between a closed end defining a base portion and an opposite open end surrounded by a rim portion; the base portion configured to support the container in an upright orientation relative to a support surface and wherein the base portion defines a support ring having an at least substantially rounded perimeter; the rim portion positioned opposite the base portion; the rounded sidewall comprising a vertical portion extending between the perimeter of the base portion and the rim portion along a central axis; and a plurality of grooves (211,212) each defined within the vertical portion of the rounded sidewall and each of the grooves comprising a length and a width, wherein the length is longer than the width and greater than a height of the vertical portion, and wherein the grooves extend between the base portion and the rim portion along the length, characterized in that the plurality of grooves (211,212) comprises a first set of grooves and a second set of grooves, wherein the first set of grooves and the second set of grooves helically spiral in opposite directions around the central axis of the tubular body such that the first set of grooves intersect the second set of grooves to create a groove grid defining a plurality of diamond shapes in the vertical portion.
A divider panel for a welding wire enclosure, the enclosure having a front, a rear, a top, a bottom, and opposing sides separated by a width, the divider panel comprising: a panel sized to substantially extend between the top and bottom, and the front and rear of the enclosure for positioning between the opposing sides, characterized by the panel having an integral spindle shaft location and one or more strengthening members extending outwardly from, and vertically along, a side surface of the panel in close proximity to the integral spindle shaft location, the divider panel with the one or more strengthening members being formed monolithically, the one or more integral strengthening members extending outwardly from a side surface of the divider panel, and on this opposite side of the side, on which the integral spindle shaft location is. a panel sized to substantially extend between the top and bottom, and the front and rear of the enclosure for positioning between the opposing sides, characterized by the panel having an integral spindle shaft location and one or more strengthening members extending outwardly from, and vertically along, a side surface of the panel in close proximity to the integral spindle shaft location, the divider panel with the one or more strengthening members being formed monolithically, the one or more integral strengthening members extending outwardly from a side surface of the divider panel, and on this opposite side of the side, on which the integral spindle shaft location is.
A method for culturing unicellular algae cultured in mixotrophic mode to increase their biomass and to enrich their lipid content, characterized in that said algae are cultured in fermenters in darkness with a supply of light that is discontinuous as flashes, the intensity of which in micromoles of photons varies with an amplitude greater than or equal to 10 μmol·m -2 ·s -1 at a rate of several times per hour, wherein the periods of darkness are half of the time or more, during which the algae are cultured, said flashes consist of successive phases of illumination with a duration comprised between 10 seconds and 2 minutes.
A drop-on-demand inkjet printing head comprising a nozzle assembly having at least two nozzles (111A, 111B), each nozzle (111A, 111B) being connected through a channel (112A, 112B) with a separate liquid reservoir (116A, 116B) and having at its outlet (113A, 113B) a drop generating and propelling device (161A, 161B) for forming on demand a primary drop (121A, 121B) of liquid at a nozzle outlet (113A, 113B), wherein the first nozzle is configured to discharge a first primary drop along a first path and the second nozzle is configured to discharge a second primary drop along a second path which is not aligned with the first path, characterized in that the second primary drop has a non-zero electric charge, and the printing head further comprises a set of electrodes (141, 142) for altering the path of flight of the second primary drop to a path being in line with the path of flight of the first primary drop before or at a connection point to allow the first primary drop to combine with the second primary drop at the connection point into a combined drop, wherein each of the first primary drops and second primary drops are output to a surface to be printed.
A tire comprising an inner surface layer that forms a tire inner surface and is formed of a thermoplastic resin or contains a thermoplastic resin, and a porous body that is partially embedded in the inner surface layer, characterized in that: a release agent is interposed between the inner surface layer and the porous body. an inner surface layer that forms a tire inner surface and is formed of a thermoplastic resin or contains a thermoplastic resin, and a porous body that is partially embedded in the inner surface layer, characterized in that: a release agent is interposed between the inner surface layer and the porous body.
An equipment system for bond-packaging a light emitting diode using a special-shaped organic silicone resin photoconverter, comprising: a roll-laminating apparatus used for refining a photoconversion sheet; a roll-shaping apparatus used for performing heating and roll-shaping on the refined photoconversion sheet; a sheet-melting apparatus used for performing sheet melting on the roll-shaped refined photoconversion sheet; and a roll-bonding apparatus used for performing roll-bonding on the sheet-melted refined photoconversion sheet; and a flip chip LED array with a carrier film, the refined photoconversion sheet; and the flip chip LED array facing each other and being aligned with each other, and the roll-laminating apparatus, the roll-shaping apparatus, the sheet-melting apparatus, and the roll-bonding apparatus being arranged sequentially to form cooperatively linked process equipment, wherein the roll-laminating apparatus comprises one or more sets of smooth-surface rolling components A and smooth-surface rolling components B that perform rolling face-to-face in alignment with each other; characterised in that the roll-shaping apparatus comprises a first rolling device with a protrusion array and a second rolling device (2-2, 2-3) with a recess array that perform rolling face-to-face in alignment with each other; and the roll-bonding apparatus comprises a third rolling device with a smooth surface and a fourth rolling device with a recess array that perform rolling face-to-face in alignment with each other.
Method of preparing tocopherol of formula with an increased color stability comprising the step of contacting tocopherol of formula), in the form of neat tocopherol of formula or in the form of a solution comprising more than 60 % by weight of tocopherol of formula, with an acid activated bleaching earth. wherein R 1, R 3 and R 4 are independently from each other hydrogen or methyl groups; and wherein each * represents an individual chiral centre; characterized in that the increased color stability is defined by showing a lower ΔE * t than the corresponding tocopherol of formula, which has not been contacted with an acid activated bleaching earth wherein Δ E * t = L * o − L * t 2 + a * 0 − a * t 2 + b * 0 − b * t 2 L * 0, resp. a * 0, resp. b * 0 being the L * value, resp. a * value, resp. b * value measured before the storage and L * t, resp. a * t, resp. b * t being the L * value, resp. a * value, resp. b * value measured after a specific time (t) of storage and exposure to air which is at least 200 hours at 25°C; wherein the L * values and a * values and b * values are measured according to the CIE-L * a * b * method. wherein R 1, R 3 and R 4 are independently from each other hydrogen or methyl groups; and wherein each * represents an individual chiral centre; L * 0, resp. a * 0, resp. b * 0 being the L * value, resp. a * value, resp. b * value measured before the storage and L * t, resp. a * t, resp. b * t being the L * value, resp. a * value, resp. b * value measured after a specific time (t) of storage and exposure to air which is at least 200 hours at 25°C; L * t, resp. a * t, resp. b * t being the L * value, resp. a * value, resp. b * value measured after a specific time (t) of storage and exposure to air which is at least 200 hours at 25°C; wherein the L * values and a * values and b * values are measured according to the CIE-L * a * b * method.
A data analysis apparatus comprising: a control unit configured to provide data representative of a three dimensional image, the three dimensional image including at least a three dimensional coordinate space which includes at least one semi-transparent plane that divides the three dimensional coordinate space into at least two regions; a display unit configured to produce the three dimensional image based on the data representative of the three dimensional image; and an input unit configured to provide data representative of at least one of a movement and a position of the at least one plane; wherein first figures representing first data points are displayed in at least a first region and second figures representing second data points are displayed in at least a second region; wherein the three dimensional coordinate space includes at least three respectively movable planes that divide the three dimensional coordinate space into at least eight regions. a control unit configured to provide data representative of a three dimensional image, the three dimensional image including at least a three dimensional coordinate space which includes at least one semi-transparent plane that divides the three dimensional coordinate space into at least two regions; a display unit configured to produce the three dimensional image based on the data representative of the three dimensional image; and an input unit configured to provide data representative of at least one of a movement and a position of the at least one plane; wherein first figures representing first data points are displayed in at least a first region and second figures representing second data points are displayed in at least a second region; wherein the three dimensional coordinate space includes at least three respectively movable planes that divide the three dimensional coordinate space into at least eight regions.