mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving (505; 705) input images from image sensors in a linear domain, each input image having a different exposure time; aligning (510; 710), in the linear domain, in luminance by applying a gain factor to appropriate input images so same objects with different exposure times have a same grey level; blending (520; 720), in the linear domain, luminance values at each pixel from each of the aligned images to generate a blended image; determining (525; 725), in the linear domain, a useful image by selecting which of the aligned images has useful information for a pixel using a threshold based on the gain factor and the blended image; calculating (530; 730), in the linear domain, one of a differential luminance or distance value from the aligned images for the pixel; determining (535; 735), in the linear domain, an anti-ghosting weight based on the useful image and the one of the differential luminance value or the distance value for the pixel; applying (545; 745), in the linear domain, proportionally the determined anti-ghosting weight to the pixel for each of the aligned images to generate an output image; and storing (550; 750), displaying, or transmitting the output image based on at least the anti-ghosting weight. receiving (505; 705) input images from image sensors in a linear domain, each input image having a different exposure time; aligning (510; 710), in the linear domain, in luminance by applying a gain factor to appropriate input images so same objects with different exposure times have a same grey level; blending (520; 720), in the linear domain, luminance values at each pixel from each of the aligned images to generate a blended image; determining (525; 725), in the linear domain, a useful image by selecting which of the aligned images has useful information for a pixel using a threshold based on the gain factor and the blended image; calculating (530; 730), in the linear domain, one of a differential luminance or distance value from the aligned images for the pixel; determining (535; 735), in the linear domain, an anti-ghosting weight based on the useful image and the one of the differential luminance value or the distance value for the pixel; applying (545; 745), in the linear domain, proportionally the determined anti-ghosting weight to the pixel for each of the aligned images to generate an output image; and storing (550; 750), displaying, or transmitting the output image based on at least the anti-ghosting weight.
A method comprising: distributing netflow packet collectors across all switches in a network fabric of switches to yield a virtual netflow collector ; calculating a first hash at a source switch of an incoming packet on each possible combination of a 5-tuple IP packet header ; calculating a second hash at the source switch of an incoming packet on each possible combination of at least one virtual attribute of the network fabric of switches ; creating an N-Tuple flow from the first hash and the second hash; exporting the N-Tuple flow to the virtual netflow collector; and mapping, via a virtual extensible local area network multicast address group, the virtual netflow collector to one or more physical netflow collector . distributing netflow packet collectors across all switches in a network fabric of switches to yield a virtual netflow collector ; calculating a first hash at a source switch of an incoming packet on each possible combination of a 5-tuple IP packet header ; calculating a second hash at the source switch of an incoming packet on each possible combination of at least one virtual attribute of the network fabric of switches ; creating an N-Tuple flow from the first hash and the second hash; exporting the N-Tuple flow to the virtual netflow collector; and mapping, via a virtual extensible local area network multicast address group, the virtual netflow collector to one or more physical netflow collector .
A rotorcraft , comprising: a pilot collective control; a pilot control position sensor connected to the pilot control, wherein the pilot control position sensor is operable to generate a position signal indicating a position of the pilot control; a flight control computer (FCC) in signal communication with the pilot control position sensor and operable to provide tactile cues in the pilot collective control in response to the position signal indicating the position of the pilot collective control has exceeded a threshold associated with an operating limit, wherein the tactile cues comprise a friction cue and a force cue, wherein the FCC is further operable to determine tactile cueing values for the tactile cues according to a relationship between the position of the pilot control and the threshold, and generate a cue control signals according to the tactile cueing values; and tactile cue elements connected to the pilot collective control and in signal communication with the FCC, wherein the tactile cue elements are operable to control action of the pilot collective control in response to the cue control signals, and wherein the tactile cue elements provide a variable friction cue, that is a force that resists movement of the pilot collective control, and a gradient force cue, that is a force pushing the pilot collective control towards the threshold. a pilot collective control; a pilot control position sensor connected to the pilot control, wherein the pilot control position sensor is operable to generate a position signal indicating a position of the pilot control; a flight control computer (FCC) in signal communication with the pilot control position sensor and operable to provide tactile cues in the pilot collective control in response to the position signal indicating the position of the pilot collective control has exceeded a threshold associated with an operating limit, wherein the tactile cues comprise a friction cue and a force cue, wherein the FCC is further operable to determine tactile cueing values for the tactile cues according to a relationship between the position of the pilot control and the threshold, and generate a cue control signals according to the tactile cueing values; and tactile cue elements connected to the pilot collective control and in signal communication with the FCC, wherein the tactile cue elements are operable to control action of the pilot collective control in response to the cue control signals, and wherein the tactile cue elements provide a variable friction cue, that is a force that resists movement of the pilot collective control, and a gradient force cue, that is a force pushing the pilot collective control towards the threshold.
A joining sleeve configured to connect internal liners of two internally lined pipe sections across a welded pipe section joint, the joining sleeve comprising: a sleeve body having a first end and a second end, the first and second ends configured to couple with opposing ends of first and second internal liners respectively; and a collar disposed around the outer surface of the sleeve body , the collar having a first retracted condition in which it has a first outer diameter, and a second expanded condition in which it has a second outer diameter, larger than the first outer diameter, wherein the collar is configured to protect the sleeve body and the internal liners during a welding operation to form the welded pipe section joint; and wherein the collar comprises a split ring comprising an overlap in a circumferential direction. a sleeve body having a first end and a second end, the first and second ends configured to couple with opposing ends of first and second internal liners respectively; and a collar disposed around the outer surface of the sleeve body , the collar having a first retracted condition in which it has a first outer diameter, and a second expanded condition in which it has a second outer diameter, larger than the first outer diameter, wherein the collar is configured to protect the sleeve body and the internal liners during a welding operation to form the welded pipe section joint; and wherein the collar comprises a split ring comprising an overlap in a circumferential direction.
A dam for the shielding of water, the dam comprising at least one elongate tubular dam section having a substantially uniform circumference, the tubular dam section defining a closed volume enclosed by at least a longitudinal tube extending between two end faces all made from a waterproof web material, the at least one elongate tubular dam section comprising an opening arranged in the waterproof web material, and being configured for filling and emptying of liquid to the volume , and where the elongate tubular dam section has multiple fasteners arranged substantially equidistantly on the outside of the tubular section along a first line extending between the two end faces in the longitudinal direction of the tubular dam section , characterized in, that the tubular dam section comprises at least two openings , and where one opening is arranged near one end face of the tubular dam section and the other opening is arranged near the opposite end face of the tubular dam section .
A laser scanner system comprising: a scanner laser to generate an optical scanning beam (OPT IMG ); a spindle assembly comprising a spindle that extends along an axis and reflects the optical scanning beam (OPT IMG ), wherein the spindle is arranged as a substantially cylindrical spindle having a substantially planar surface that extends along the axial length of the spindle , the substantially planar surface being mirrored to correspond to a single facet to reflect the optical scanning beam (OPT IMG ); a beam detector to receive the reflected optical scanning beam (OPT IMG ) from the single facet and to indicate when to generate a latent image corresponding to an image based on the optical scanning beam (OPT IMG ) for a given scan operation; and a scan controller to control the scanner laser such that the optical scanning beam (OPT IMG ) is reflected from only the single facet of the spindle during the given scan operation. a scanner laser to generate an optical scanning beam (OPT IMG ); a spindle assembly comprising a spindle that extends along an axis and reflects the optical scanning beam (OPT IMG ), wherein the spindle is arranged as a substantially cylindrical spindle having a substantially planar surface that extends along the axial length of the spindle , the substantially planar surface being mirrored to correspond to a single facet to reflect the optical scanning beam (OPT IMG ); a beam detector to receive the reflected optical scanning beam (OPT IMG ) from the single facet and to indicate when to generate a latent image corresponding to an image based on the optical scanning beam (OPT IMG ) for a given scan operation; and a scan controller to control the scanner laser such that the optical scanning beam (OPT IMG ) is reflected from only the single facet of the spindle during the given scan operation.
Tail portion for a fin-stabilized projectile, comprising at least two deployable fins , which are inclined, the fins being arranged in at least two sections , which are arranged adjacent to one another in the axial direction, characterized in that the fins are produced of an elastic material, wherein each fin , prior to deployment, bears against a convex bearing surface , which extends within a cylindrical, circumscribing surface which is defined by the radius of the projectile, each fin thereby extending in the stowed position as far as possible along the bearing surface , up to the next fin in the circumferential direction, without overlapping this; wherein each bearing surface coincides with a part of the envelope surface of a notional cone , the apex of which is displaced from the centre axis of the projectile.
Electrolytic cell for generating hydrogen through electrolysis of water comprising an anodic compartment and a cathode compartment separated by a solid polymer electrolyte alkaline membrane , said anodic compartment comprising a positive electrode or anode at least partially submerged into a layer of water and said cathode compartment comprising a negative electrode or cathode , said cell being comprised between a first closing plate and a second closing plate , a tie-rod being provided at a central portion of said first closing plate , said tie-rod passing through said first closing plate , said cell and said second closing plate , a central collector for conveying the hydrogen generated in said cathode compartment being coaxially arranged in respect to said tie-rod , characterized in that said central collector communicates with said cathode compartment through an opening obtained on said tie-rod , said cathode and said anode are respectively made as a single body such that the surfaces of the respective end portions of said cathode and said anode respectively arranged at a peripheral region and at a central region of said cell are adapted to undergo machining for precision finishing operations so as to make said surfaces adapted to house one or more seals to withstand high operating pressures generated during the generation of hydrogen.
A compound of Formula VIb1: or pharmaceutically acceptable derivatives thereof, wherein R 1b1 is 2-pyridyl; R 8b1 is H; R 9b1 is substituted phenyl or C(O)NR 6 R 7 ; and R 6 and R 7 are independently selected from hydrogen, alkyl, alkenyl, alkynyl, aryl, heteroaryl, heterocyclyl, cycloalkyl, heterocycloalkyl, or R 6 and R 7 are combined to form a cyclic structure including the nitrogen atom to which they are both attached. wherein R 1b1 is 2-pyridyl; R 8b1 is H; R 9b1 is substituted phenyl or C(O)NR 6 R 7 ; and R 6 and R 7 are independently selected from hydrogen, alkyl, alkenyl, alkynyl, aryl, heteroaryl, heterocyclyl, cycloalkyl, heterocycloalkyl, or R 6 and R 7 are combined to form a cyclic structure including the nitrogen atom to which they are both attached.
A CFTR modulator for use in the prevention and/or treatment of a cerebrovascular condition wherein the CFTR modulator is at least one cyclopropane carboxamide derivative selected from the group consisting of lumacaftor, tezacaftor and pharmaceutically acceptable salts and solvates thereof.
A system for improving soil comprising: a carrier , a demoulding and mixing tool (1600; 1700) comprising a chassis (1604; 1704) including at least two endless revolving chains (1605; 1706; 1706') having cutting tools, characterised in that the demoulding and mixing tool comprises arm connection points , two axles driving the endless chains (1605; 1706; 1706') fitted with ground-engaging element holder flights (1606; 1708), and wear teeth or parts (1607; 1710), and at least one drum hub or rotor or axle having a variable width rotating drum and a tooth holder cutter bar (1616; 1730), the cutter bar having at least one cutting tooth (1612; 1720) attached thereto, the chassis (1604; 1704) having at least one nozzle (1614; 1718) located near the bottom of the demoulding and mixing tool and the system including: at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains. a carrier , a demoulding and mixing tool (1600; 1700) comprising a chassis (1604; 1704) including at least two endless revolving chains (1605; 1706; 1706') having cutting tools, characterised in that the demoulding and mixing tool comprises arm connection points , two axles driving the endless chains (1605; 1706; 1706') fitted with ground-engaging element holder flights (1606; 1708), and wear teeth or parts (1607; 1710), and at least one drum hub or rotor or axle having a variable width rotating drum and a tooth holder cutter bar (1616; 1730), the cutter bar having at least one cutting tooth (1612; 1720) attached thereto, the chassis (1604; 1704) having at least one nozzle (1614; 1718) located near the bottom of the demoulding and mixing tool and the system including: at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains. at least one tool advance additive, and/or at least one colloidal binding, agricultural soil amendment or impermeable material system, wherein the at least one colloidal binding or impermeable material system includes bentonite, cement, combined bentonite-cement slurries, phyllosilicates, granulated ground blast furnace slag, or combinations thereof, and wherein the at least two revolving chains (1605; 1706; 1706') are counter-rotating chains.
A method for implementing a remote payment, applied to a mobile terminal of which a smart card contains a USB Key, a USB Key processing unit being disposed inside the smart card, the method being characterized by comprising: Sending , by a payment application client, a command related to the USB Key; converting , by a conversion drive unit, the command related to the USB Key to a command in an Application Protocol Data Unit, APDU, format; and receiving and reading , by the USB Key processing unit, the command in the APDU format to activate the USB Key and execute a remote payment instruction; wherein, before the USB Key processing unit receives and reads the command in the APDU format, the method further comprises: receiving, by the smart card, a PIN2 code from a user, and judging whether the PIN2 code input by the user is consistent with a preset PIN2 code of the terminal; if consistent, considering that the PIN2 code input by the user is matched with the preset PIN2 code of the terminal, opening a USB Key function of the smart card to make it under an enabled state, and activating the USB Key; and if the input PIN2 code is not matched with the preset PIN2 code and non-match times reach preset times, prohibiting all of subsequent payment operations. Sending , by a payment application client, a command related to the USB Key; converting , by a conversion drive unit, the command related to the USB Key to a command in an Application Protocol Data Unit, APDU, format; and receiving and reading , by the USB Key processing unit, the command in the APDU format to activate the USB Key and execute a remote payment instruction; wherein, before the USB Key processing unit receives and reads the command in the APDU format, the method further comprises: receiving, by the smart card, a PIN2 code from a user, and judging whether the PIN2 code input by the user is consistent with a preset PIN2 code of the terminal; if consistent, considering that the PIN2 code input by the user is matched with the preset PIN2 code of the terminal, opening a USB Key function of the smart card to make it under an enabled state, and activating the USB Key; and if the input PIN2 code is not matched with the preset PIN2 code and non-match times reach preset times, prohibiting all of subsequent payment operations. receiving, by the smart card, a PIN2 code from a user, and judging whether the PIN2 code input by the user is consistent with a preset PIN2 code of the terminal; if consistent, considering that the PIN2 code input by the user is matched with the preset PIN2 code of the terminal, opening a USB Key function of the smart card to make it under an enabled state, and activating the USB Key; and if the input PIN2 code is not matched with the preset PIN2 code and non-match times reach preset times, prohibiting all of subsequent payment operations.
A food concentrate in the form of a gel comprising a) 35 to 70 wt% of water by weight of the total food concentrate; b) 15 to 40 wt% of salt by weight of the total water content of the food concentrate; c) an effective amount of a taste booster selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and mixtures thereof; d) 10 to 40 wt% by weight of the total food concentrate of a delayed-swelling physically modified non-gelatinised starch characterised by Ref T onset of at least 74°C; e) an effective amount of the combination of xanthan with at least one galactomannan and/or glucomannan to obtain a gel. a) 35 to 70 wt% of water by weight of the total food concentrate; b) 15 to 40 wt% of salt by weight of the total water content of the food concentrate; c) an effective amount of a taste booster selected from glutamate, 5'-ribonucleotides, sucrose, glucose, fructose, lactic acid, citric acid and mixtures thereof; d) 10 to 40 wt% by weight of the total food concentrate of a delayed-swelling physically modified non-gelatinised starch characterised by Ref T onset of at least 74°C; e) an effective amount of the combination of xanthan with at least one galactomannan and/or glucomannan to obtain a gel.
A helmet system (102; 202) comprising: a communication interface configured to receive a plurality of aircraft data ; a helmet visualization system configured to display data visible to an aircraft operator wearing the helmet system; a memory system comprising a data storage system (120; 302; 402) configured to store the aircraft data and an operational memory configured to store values for display on the helmet visualization system ; a processing system operably coupled to the communication interface and the memory system, the processing system configured to: format the aircraft data into a plurality of time sequential records ; store the time sequential records in the data storage system of the memory system; and manage storage within the data storage system of the memory system as a circular buffer ; and a helmet housing that encapsulates the communication interface , the memory system , and the processing system . a communication interface configured to receive a plurality of aircraft data ; a helmet visualization system configured to display data visible to an aircraft operator wearing the helmet system; a memory system comprising a data storage system (120; 302; 402) configured to store the aircraft data and an operational memory configured to store values for display on the helmet visualization system ; a processing system operably coupled to the communication interface and the memory system, the processing system configured to: format the aircraft data into a plurality of time sequential records ; store the time sequential records in the data storage system of the memory system; and manage storage within the data storage system of the memory system as a circular buffer ; and format the aircraft data into a plurality of time sequential records ; store the time sequential records in the data storage system of the memory system; and manage storage within the data storage system of the memory system as a circular buffer ; and a helmet housing that encapsulates the communication interface , the memory system , and the processing system .