mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing eye tracking and/or gaze tracking, the method comprising, for a current image from a single on-axis imaging apparatus comprising a single imaging sensor and a single coaxial illumination source that either is formed by one illumination source or includes a combination of illumination sources to create a single unified illumination source: dynamically updating one or more illumination parameters based on at least one illumination criterion, wherein the at least one illumination criterion was determined by analyzing at least one previous image acquired by the single imaging sensor ; acquiring an image of a scene using the single imaging sensor under on-axis illumination by the single coaxial illumination source ; processing the captured image to detect at least one eye of a user and perform a gaze estimation based exclusively on the processed captured image; analyzing the scene, based on the current image and based on at least one illumination criterion; and modifying the one or more illumination parameters towards an optimized illumination based on the analyzing, wherein the one or more illumination parameters are set such that the user's pupils are at a value corresponding to the midpoint of the range of the single imaging sensor , and wherein the updating of the one or more illumination parameters is done for the acquiring of at least one subsequent image by the single imaging sensor . dynamically updating one or more illumination parameters based on at least one illumination criterion, wherein the at least one illumination criterion was determined by analyzing at least one previous image acquired by the single imaging sensor ; acquiring an image of a scene using the single imaging sensor under on-axis illumination by the single coaxial illumination source ; processing the captured image to detect at least one eye of a user and perform a gaze estimation based exclusively on the processed captured image; analyzing the scene, based on the current image and based on at least one illumination criterion; and modifying the one or more illumination parameters towards an optimized illumination based on the analyzing, wherein the one or more illumination parameters are set such that the user's pupils are at a value corresponding to the midpoint of the range of the single imaging sensor , and wherein the updating of the one or more illumination parameters is done for the acquiring of at least one subsequent image by the single imaging sensor .
A method for packaging articles into printed packaging blanks , wherein the method comprises at least the following steps: - positioning a plurality of packaging blanks in a magazine , - extracting the packaging blanks from the magazine , and - bringing together the packaging blanks extracted from the magazine with articles so that a particular packaging blank hereby forms a particular packaging or a particular part of a particular packaging, in each case for at least one article, wherein the method provides the packaging blanks to be printed onto, wherein printing onto a particular packaging blank is carried out temporally after it has been positioned in the magazine and temporally before it is in each case brought together with the particular at least one article, the method being characterised in that at least one printhead prints onto a particular packaging blank while the particular packaging blank is located inside the magazine . - positioning a plurality of packaging blanks in a magazine , - extracting the packaging blanks from the magazine , and - bringing together the packaging blanks extracted from the magazine with articles so that a particular packaging blank hereby forms a particular packaging or a particular part of a particular packaging, in each case for at least one article,
A method for co-generating electricity in a process plant using feedwater, wherein the process plant is integrated with a thermal power generator , wherein the method comprises: obtaining a pressurized stream of hot feedwater from a feedwater generation unit of the process plant; compressing the pressurized stream of hot feedwater by pumping and splitting the pressurized stream of hot feedwater to obtain a first stream of feedwater and a second stream of feedwater; routing the second stream of feedwater to the thermal power generator ; cooling the second stream of feedwater against a process fluid that is used in the thermal power generator to generate a heat in the thermal power generator and to obtain a cooled second stream of feedwater; and co-generating the electricity, using the thermal power generator integrated with the process plant, using the heat. obtaining a pressurized stream of hot feedwater from a feedwater generation unit of the process plant; compressing the pressurized stream of hot feedwater by pumping and splitting the pressurized stream of hot feedwater to obtain a first stream of feedwater and a second stream of feedwater; routing the second stream of feedwater to the thermal power generator ; cooling the second stream of feedwater against a process fluid that is used in the thermal power generator to generate a heat in the thermal power generator and to obtain a cooled second stream of feedwater; and co-generating the electricity, using the thermal power generator integrated with the process plant, using the heat.
A cosmetic ingredient, characterized in that it consists of a solution of at least one extract of karanja oil comprising pongamol (CAS 484-33-3) and karanjin (CAS 521-88-0) in at least one solvent selected from the group of compounds having the following formula (I), or mixtures thereof: in which: - n is between 0 and 19; - R and R', which may be identical or different, are alkyls derived from an esterification by a linear or branched alcohol of empirical formula CxH2x+2O, x being between 1 and 30, preferably between 1 and 20, preferably between 1 and 10. - R" is either a hydrogen atom or a C1-C3 alkyl group. - n is between 0 and 19; - R and R', which may be identical or different, are alkyls derived from an esterification by a linear or branched alcohol of empirical formula CxH2x+2O, x being between 1 and 30, preferably between 1 and 20, preferably between 1 and 10. - R" is either a hydrogen atom or a C1-C3 alkyl group.
A method of operating a bank of memory cells (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n) having multiple sections of memory cells (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n), comprising: identifying a first memory address associated with a first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and a second memory address associated with a second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n) to be activated; determining section locations within the bank of memory cells (105, 105-a, 105-b, 620-a...620-n, 680-a... 680-n) of the first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n), wherein the section locations are based at least in part on a set of memory addresses that comprises the first memory address and the second memory address being scrambled; and identifying a timing for activating the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n) relative to activating the first memory cell (105, 105-a, 105-b, 605, 620-a...620-n, 680-a...680-n) based at least in part on the section locations of the first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n). identifying a first memory address associated with a first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and a second memory address associated with a second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n) to be activated; determining section locations within the bank of memory cells (105, 105-a, 105-b, 620-a...620-n, 680-a... 680-n) of the first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n), wherein the section locations are based at least in part on a set of memory addresses that comprises the first memory address and the second memory address being scrambled; and identifying a timing for activating the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n) relative to activating the first memory cell (105, 105-a, 105-b, 605, 620-a...620-n, 680-a...680-n) based at least in part on the section locations of the first memory cell (105, 105-a, 105-b, 605, 620-a... 620-n, 680-a... 680-n) and the second memory cell (105, 105-a, 105-b, 620-a... 620-n, 680-a... 680-n).
A combination of a flat wire comprising a tip structure and a crimp terminal , wherein the tip structure of allows the flat wire to be inserted into a conductive wire insertion opening of the crimp terminal when the flat wire is connected to the crimp terminal, wherein the tip structure comprises one slit formed over a predetermined length in a length direction from a distal edge of the tip , and two strips divided and formed by the slit overlap with each other, characterized in that the slit is formed from a middle of the distal edge of the tip , and one of the two strips is pressed upward from a body of the flat wire and the other (22b is pressed downward from the body of the flat wire so that the two overlapped strips are shifted from each other vertically by a thickness of the flat wire , or the two strips are twisted in the same direction around axes of the strips so that the two strips are shifted from each other vertically by a thickness of the strips and then the two strips are laterally pressed to be close to each other.
A method for reacting a first compound and a second compound, thereby forming a third compound, the method comprising the following steps: a) Providing a first solution S1 comprising the first compound and a second solution S2 comprising the second compound; b) Providing, inside a reaction vessel, a solution S3 comprising the second compound in a liquid reaction medium, which comprises an organic solvent; and c) Concomitantly adding the solutions S1 and S2 over an extended period of time into the solution S3 while mixing the content of the reaction vessel, thereby forming a reaction mixture comprising the third compound; wherein: d) The second compound is in excess over the first compound inside the reaction vessel during step c); and e) During step c), the content of the reaction vessel is subjected to membrane filtration so as to essentially retain the first compound, the second compound, and the third compound inside the reaction vessel. a) Providing a first solution S1 comprising the first compound and a second solution S2 comprising the second compound; b) Providing, inside a reaction vessel, a solution S3 comprising the second compound in a liquid reaction medium, which comprises an organic solvent; and c) Concomitantly adding the solutions S1 and S2 over an extended period of time into the solution S3 while mixing the content of the reaction vessel, thereby forming a reaction mixture comprising the third compound; d) The second compound is in excess over the first compound inside the reaction vessel during step c); and e) During step c), the content of the reaction vessel is subjected to membrane filtration so as to essentially retain the first compound, the second compound, and the third compound inside the reaction vessel.
A wireless charging device for charging a communication device disposed thereon comprising: a plurality of antennas configured to receive a communication signal generated from said communication device; a communication signal compensator configured to amplify a communication signal received from said communication device through one of the plurality of antennas ; a wireless charging coil configured to transmit wireless power to the communication device; characterized in that the wireless charging device comprises a switch connected to each of the plurality of antennas and configured to connect one of the plurality of antennas to the communication signal compensator , wherein the antenna corresponding to the communication signal having the greatest signal magnitude among the plurality of antennas is selected, wherein the switch , comprises switch lines (422a-f) between the antennas and the switch , and the plurality of antennas are disposed on the same substrate , the switch lines are cables for connecting the antennas to a plurality of ports included in the switch , and the wireless charging device further comprises a switch control line connected between the communication signal compensator and the switch . a plurality of antennas configured to receive a communication signal generated from said communication device; a communication signal compensator configured to amplify a communication signal received from said communication device through one of the plurality of antennas ; a wireless charging coil configured to transmit wireless power to the communication device; characterized in that the wireless charging device comprises a switch connected to each of the plurality of antennas and configured to connect one of the plurality of antennas to the communication signal compensator , wherein the antenna corresponding to the communication signal having the greatest signal magnitude among the plurality of antennas is selected, wherein the switch , comprises switch lines (422a-f) between the antennas and the switch , and the plurality of antennas are disposed on the same substrate , the switch lines are cables for connecting the antennas to a plurality of ports included in the switch , and the wireless charging device further comprises a switch control line connected between the communication signal compensator and the switch . a switch connected to each of the plurality of antennas and configured to connect one of the plurality of antennas to the communication signal compensator , wherein the antenna corresponding to the communication signal having the greatest signal magnitude among the plurality of antennas is selected, wherein the switch , comprises switch lines (422a-f) between the antennas and the switch , and the plurality of antennas are disposed on the same substrate , the switch lines are cables for connecting the antennas to a plurality of ports included in the switch , and the wireless charging device further comprises a switch control line connected between the communication signal compensator and the switch .
A compound having the structure: or a pharmaceutically acceptable salt or ester of such compound for use in treating bisretinoid-mediated macular degeneration in a mammal.
A meta projector comprising: a substrate ; an edge emitting device on the substrate, the edge emitting device including an upper surface extending parallel to the substrate and a side surface inclined relative to the upper surface, the edge emitting device configured to emit light through the side surface; a meta-structure layer (MS) spaced apart from the upper surface of the edge emitting device, the meta-structure layer including a support layer (SU) and a plurality of nanostructures having a sub-wavelength shape dimension, the sub-wavelength shape dimension smaller than a wavelength of the light emitted from the edge emitting device; and a path changing member configured to change a path of the light emitted from the edge emitting device to direct the path toward the meta-structure layer; characterized in that the shape distribution of the plurality of nanostructures is configured to form structured light using the light emitted from the edge emitting device, and in that the plurality of nanostructures includes first nanostructures (NS1) arranged on a lower surface (Sua) of the support layer (SU) and second nanostructures arranged on an upper surface (SUb) of the support layer; wherein the shape distribution of the first nanostructures (NS1) is associated with a transmission phase distribution that increases a divergence angle of incident light; and wherein the shape distribution of the second nanostructures (NS2) is configured to form the structured light using the light of which the divergence angle is widened by the first nanostructures. a substrate ; an edge emitting device on the substrate, the edge emitting device including an upper surface extending parallel to the substrate and a side surface inclined relative to the upper surface, the edge emitting device configured to emit light through the side surface; a meta-structure layer (MS) spaced apart from the upper surface of the edge emitting device, the meta-structure layer including a support layer (SU) and a plurality of nanostructures having a sub-wavelength shape dimension, the sub-wavelength shape dimension smaller than a wavelength of the light emitted from the edge emitting device; and a path changing member configured to change a path of the light emitted from the edge emitting device to direct the path toward the meta-structure layer; characterized in that the shape distribution of the plurality of nanostructures is configured to form structured light using the light emitted from the edge emitting device, and in that the plurality of nanostructures includes first nanostructures (NS1) arranged on a lower surface (Sua) of the support layer (SU) and second nanostructures arranged on an upper surface (SUb) of the support layer; wherein the shape distribution of the first nanostructures (NS1) is associated with a transmission phase distribution that increases a divergence angle of incident light; and wherein the shape distribution of the second nanostructures (NS2) is configured to form the structured light using the light of which the divergence angle is widened by the first nanostructures.
Airbag module comprising a container having a sidewall with an upper edge encircling a deployment opening of the container , said container enclosing an accommodation space for an airbag package , an airbag package being at least partially located in said accommodation space , and a flexible cover spanning over at least a portion of said deployment opening , wherein the flexible cover comprises at least one hole with a retained edge , a protrusion having a retaining surface extends from the container from a container side end to a free end , and said protrusion extends through said hole and said retained edge is retained by the retaining surface , wherein at least in the region of the free end the retaining surface extends substantially barrier-free to the free end of the protrusion , characterized in that additionally to the protrusion at least one securing protrusion extends from the container , said securing protrusion having a different orientation than the protrusion , and that the flexible cover comprises additionally to the hole at least one securing hole , wherein the securing protrusion extends through the securing hole .
A connecting rod assembly comprising: a connecting rod with a large end and a small end ; a piston wrist pin ; and, fasteners to connect the connecting rod to the piston wrist pin; wherein, the piston wrist pin comprises a notch and the small end comprises a flat seating surface dimensioned to fit into the notch; characterised in that the connecting rod assembly further comprises: at least one shim between the notch and the flat seating surface of the small end. a connecting rod with a large end and a small end ; a piston wrist pin ; and, fasteners to connect the connecting rod to the piston wrist pin; wherein, the piston wrist pin comprises a notch and the small end comprises a flat seating surface dimensioned to fit into the notch;
Coupling device, in particular a multiple coupling , for the pluggable connection of at least one first line section with a respective second line section by the plugging together of a first coupling body , to which respective first line sections can be connected, and a second coupling body , to which respective second line sections can be connected, wherein the coupling device comprises the first coupling body , the second coupling body , and respective first and second connection units , wherein each first and second connection unit can be inserted into a reception opening in the respective coupling body , and, in order to form a plug connection between line sections comprising electrical conductors, comprises an electrical connection device with plug-type and/or sleeve-type contact elements , wherein each connection unit is configured in the form of a cartridge with a single piece sleeve-type housing , which comprises a passage accommodating the connection device , the housing of the first connection unit is configured as a plug element, and, at the end comprising the plug-type contact elements , comprises a tapered, cylindrical end region which is offset at a step , and the housing of the second connection unit is configured as a sleeve element , of which the passage at the end comprising the sleeve-type contact elements comprises an inner cylindrical section with an inner diameter which is adjusted to the outer diameter of the tapered end region of the plug element , and at the inner end, at a step which projects radially inwards, merges into the connecting part of the passage , such that, when the two coupling bodies are plugged together, the housings move together in a telescopic manner.
Tunnel structure constructed in an open design with at least one concrete body whose outer side is covered with a non-water-penetrable sealing system , which at least comprises: - an underlying, secondary sealing layer which is formed from sealing membranes which each consist of at least one textile layer which is filled with a swellable bentonite, and - a primary sealing layer which is formed by a plastic sealing membrane which is laid on the secondary sealing layer , characterized - in that the secondary sealing layer is formed from sealing membranes which are laid in an overlapping manner, and - in that the sealing layers are covered with a drainage layer which is formed as a pressure-stable, water-permeable body. - an underlying, secondary sealing layer which is formed from sealing membranes which each consist of at least one textile layer which is filled with a swellable bentonite, and - a primary sealing layer which is formed by a plastic sealing membrane which is laid on the secondary sealing layer , characterized - in that the secondary sealing layer is formed from sealing membranes which are laid in an overlapping manner, and - in that the sealing layers are covered with a drainage layer which is formed as a pressure-stable, water-permeable body.
A tapered roller bearing comprising: an outer ring having an outer ring track surface on its inner circumferential surface; an inner ring having an inner ring track surface on its outer circumferential surface; a plurality of tapered rollers rotatably disposed between the outer ring track surface and the inner ring track surface ; and a retainer having a plurality of pockets for retaining the plurality of tapered rollers at a predetermined interval; the outer ring track surface of the outer ring having a small-diameter end and a large-diameter end, the inner ring track surface of the inner ring having a small-diameter end and a large-diameter end, and, of these four ends, a flange portion that radially inwardly protrudes is formed only at the large-diameter end of the outer ring track surface of the outer ring ; characterized in that the tapered roller bearing has a contact angle of 40 through 50° and a roller angle not greater than 3.5°.
A composition comprising (i) an aminoglycoside and (ii) type VII collagen (C7), mini-C7, or both for use in a method for treating a subject suffering from dystrophic epidermolysis bullosa (DEB) due to a nonsense mutation in the COL7A1 gene selected from the group consisting of R20X, R137X, Q189X, R236X, Q281X, R525X, R669X, W796X, and R1632X, the method comprising: administering to said subject said composition comprising an effective amount of (i) an aminoglycoside selected from the group consisting of G418 and gentamicin and (ii) C7, mini-C7, or both by topical application.