mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by a user equipment, UE, comprising: determining a path loss reference signal, PLRS, ready time that indicates a time interval after which a PLRS is to be ready for use in performing an uplink power control operation, wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and performing the uplink power control operation, based at least in part on the PLRS, after the PLRS ready time. determining a path loss reference signal, PLRS, ready time that indicates a time interval after which a PLRS is to be ready for use in performing an uplink power control operation, wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and wherein the PLRS is activated by a downlink control information, DCI, based PLRS activation command and; wherein when physical downlink control channel, PDCCH, repetition is used to transmit the DCI based PLRS activation command, the time interval begins after reception of a particular PDCCH repetition, the particular PDCCH repetition being indicated via DCI; and performing the uplink power control operation, based at least in part on the PLRS, after the PLRS ready time.
An optical product comprising a composite coating, deposited on a substrate , that includes at least one bilayer (20, 20', 20") having a first layer (25, 25', 25") and a second layer (30, 30', 30"), each provided with a binding group component which together form a complementary binding group pair, the at least one bilayer comprising a pigment blend that includes: one or more pigments that when mixed and formed into at least one layer (25, 25', 25", 30, 30', 30") of the bilayer (20, 20', 20") selectively block visible light in a wavelength range of interest, wherein the wavelength range of interest is from 500nm to 600nm or is from 600nm to 650nm characterized in that the at least one bilayer (20, 20', 20") includes at least two pigments that, when mixed together and formed into at least one layer (25, 25', 25", 30, 30', 30") of the bilayer (20, 20', 20"), exhibit a color reflection value that is less than about 2.5, the resulting optical product selectively blocks visible light in the wavelength range of interest, while exhibiting a color reflection value that is less than about 2.5, wherein the color reflection value is calculated from the formula sqrt[(a*) 2 + (b*) 2 ], a and b being determined as in the 1976 CIE L*a*b* Color Space. one or more pigments that when mixed and formed into at least one layer (25, 25', 25", 30, 30', 30") of the bilayer (20, 20', 20") selectively block visible light in a wavelength range of interest, wherein the wavelength range of interest is from 500nm to 600nm or is from 600nm to 650nm characterized in that the at least one bilayer (20, 20', 20") includes at least two pigments that, when mixed together and formed into at least one layer (25, 25', 25", 30, 30', 30") of the bilayer (20, 20', 20"), exhibit a color reflection value that is less than about 2.5, the resulting optical product selectively blocks visible light in the wavelength range of interest, while exhibiting a color reflection value that is less than about 2.5, wherein the color reflection value is calculated from the formula sqrt[(a*) 2 + (b*) 2 ], a and b being determined as in the 1976 CIE L*a*b* Color Space.
A method for preparing a cooking- and/or frying-stable cheese-like product, which method comprises the steps of: a) providing a liquid composition having a dry matter content of at least 34% w/w, a protein content of at least 12% w/w, a content of micellar casein of at least 8% w/w, and wherein the liquid composition has a pH in the range of 4.8-7.0 and a ratio of whey protein to micellar casein of 12:88 to 0:100, b) subjecting the liquid composition to a coagulation step by adding a milk-clotting enzyme, and allowing the liquid composition to coagulate to obtain a coagulated composition, c) optionally, cutting the coagulated composition, d) subjecting the coagulated composition from step b) or c) to heating to obtain a core temperature of the coagulated composition of at least 70 degrees C, and e) cooling the heat-treated coagulated composition, wherein the cooking- and/or frying-stable cheese-like product is the coagulated composition obtained under step d) or e). a) providing a liquid composition having a dry matter content of at least 34% w/w, a protein content of at least 12% w/w, a content of micellar casein of at least 8% w/w, and wherein the liquid composition has a pH in the range of 4.8-7.0 and a ratio of whey protein to micellar casein of 12:88 to 0:100, b) subjecting the liquid composition to a coagulation step by adding a milk-clotting enzyme, and allowing the liquid composition to coagulate to obtain a coagulated composition, c) optionally, cutting the coagulated composition, d) subjecting the coagulated composition from step b) or c) to heating to obtain a core temperature of the coagulated composition of at least 70 degrees C, and e) cooling the heat-treated coagulated composition,
A hand-held wing rig for foilsurfing, ice skating or skiing, comprising an inflatable leading edge formed by a front tube from which a preferably substantially rigid boom extends which is adapted to be held by the user for guiding the wing rig, wherein the leading edge and the boom span a canopy and the leading edge is, in a plan view from a connection of the boom away to a trailing edge of the canopy , approximately delta-shaped, U-shaped or C-shaped shaped, and the inflatable leading edge formed by the front tube is, in the non-streamed/unloaded state, approximately V-shaped or U-shaped as seen in the inflow direction, converging towards the boom and "opening" upwards away from the user.
An outboard motor , a manual shift device (3a-3c) and a boat speed control device (4a-4c) for a boat , the manual shift device (3a-3c) including a shift lever shiftable between a sailing position and a neutral position, the outboard motor being connected to the manual shift device (3a-3c), and the boat speed control device (4a-4c) comprising: an actuator configured to be connected to the shift lever ; and a controller configured to control the actuator to shift the shift lever to the sailing position and the neutral position, wherein the shift lever is shiftable to a forward position , a reverse position , and the neutral position , the sailing position is the forward position , the boat speed control device (4a-4c) being characterised in that the actuator is configured to shift the shift lever only between the neutral position and the forward position . an actuator configured to be connected to the shift lever ; and a controller configured to control the actuator to shift the shift lever to the sailing position and the neutral position, wherein the shift lever is shiftable to a forward position , a reverse position , and the neutral position , the sailing position is the forward position , the boat speed control device (4a-4c) being characterised in that the actuator is configured to shift the shift lever only between the neutral position and the forward position .
A benzazepine carboxamide compound of the formula wherein R 1 is C 3-7 -alkyl; R 2 is C 3-7 -alkyl or C 3-7 -cycloalkyl-C 1-7 -alkyl; R 3 is hydrogen or C 1-7 -alkyl; R 4 is hydrogen or C 1-7 -alkyl; R 5 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy; R 6 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy; X is N or CR 7 , wherein R 7 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy; or pharmaceutically acceptable salts thereof. R 1 is C 3-7 -alkyl; R 2 is C 3-7 -alkyl or C 3-7 -cycloalkyl-C 1-7 -alkyl; R 3 is hydrogen or C 1-7 -alkyl; R 4 is hydrogen or C 1-7 -alkyl; R 5 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy; R 6 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy; X is N or CR 7 , wherein R 7 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkyl and C 1-7 -alkoxy;
An induction heating fusing device for an image forming apparatus, comprising: a pressure roller ; a heating element to form a fusing nip together with the pressure roller and is rotatable; an inductor that is installed in a rotation axis direction on the outer circumference surface of the heating element, comprising a main coil and a plurality of pairs of control coils , to inductively heat the heating element; and a controller to selectively drive at least one of the plurality of pairs of control coils depending on the width of a printing paper passing though the fusing nip, and control the main coil and the plurality of pairs of control coils so that a current direction of the main coil and a current direction of each of the plurality of pairs of control coils become the same as or opposite to each other depending on the width of the printing paper; wherein the plurality of pairs of control coils are located on the main coil and each of the plurality of pairs of control coils is to be selectively driven depending on the width of the printing paper, and operated as excitation coils or degaussing coils depending on a current direction thereof due to the control of the controller. a pressure roller ; a heating element to form a fusing nip together with the pressure roller and is rotatable; an inductor that is installed in a rotation axis direction on the outer circumference surface of the heating element, comprising a main coil and a plurality of pairs of control coils , to inductively heat the heating element; and a controller to selectively drive at least one of the plurality of pairs of control coils depending on the width of a printing paper passing though the fusing nip, and control the main coil and the plurality of pairs of control coils so that a current direction of the main coil and a current direction of each of the plurality of pairs of control coils become the same as or opposite to each other depending on the width of the printing paper; wherein the plurality of pairs of control coils are located on the main coil and each of the plurality of pairs of control coils is to be selectively driven depending on the width of the printing paper, and operated as excitation coils or degaussing coils depending on a current direction thereof due to the control of the controller.
A method comprising in a network node generating a plurality of radio beams in a cell, wherein said plurality of radio beams comprise a plurality of beamforming configurations, and wherein at least one radio beam comprised in the plurality of radio beams comprises a discovery signal transmission; characterized in that the method further comprises determining, for the at least one radio beam, whether or not at least one terminal device is located in a coverage area of the at least one radio beam; defining a transmission periodicity of the discovery signal transmission on the basis of said determining.
A bacterium belonging to Bacillus species exhibiting antimicrobial, antifungal and plant growth promoting activity, wherein the bacterium is isolated Bacillus subtilis ssp. shriramensis having the accession number MTCC-5674.
An optical assembly , comprising: a module base ; a lens barrel assembly configured to move within the module base, the lens barrel assembly having two front tubular slots and two rear tubular slots; characterised by only two front bearing balls , each housed in a respective one of the two front tubular slots and configured to movably support the lens barrel assembly within the module base at a first side of the lens barrel assembly; and only two rear bearing balls , each housed in a respective one of the two rear tubular slots and configured to movably support the lens barrel assembly within the module base at a second side of the lens barrel assembly, wherein the only two front bearing balls are in a crossed positional arrangement with respect to the only two rear bearing balls such that each corner of the lens barrel receives only one bearing ball when viewed along an optical axis of the optical assembly. a module base ; a lens barrel assembly configured to move within the module base, the lens barrel assembly having two front tubular slots and two rear tubular slots; characterised by only two front bearing balls , each housed in a respective one of the two front tubular slots and configured to movably support the lens barrel assembly within the module base at a first side of the lens barrel assembly; and only two rear bearing balls , each housed in a respective one of the two rear tubular slots and configured to movably support the lens barrel assembly within the module base at a second side of the lens barrel assembly, wherein the only two front bearing balls are in a crossed positional arrangement with respect to the only two rear bearing balls such that each corner of the lens barrel receives only one bearing ball when viewed along an optical axis of the optical assembly.
An ophthalmic multifocal lens, at least comprising focal points for near, intermediate and far vision, said lens having a light transmissive lens body comprising a symmetrical diffraction grating extending concentrically in radial direction r from an optical axis of said lens body across part of a surface of said lens body, said lens body being designed for providing a refractive focal point for intermediate vision, said diffraction grating having a phase profile φ(r) expressed as a single continuous periodic function arranged to be periodic in r 2 space for varying a phase of incident light at said lens body and operating as a symmetrical optical wave splitter at least providing a diffractive focal point for near vision at diffraction order +m and a diffractive focal point for far vision at diffraction order -m, wherein m is a positive integer value selected to be 1 or 2, characterized in that said lens body comprises a refractive monofocal central zone extending over a distance in radial direction r from said optical axis of said lens body across part of said surface of said lens body, and having a continuous phase profile function φ(r) arranged for varying a phase of incident light at said lens body providing a focal point coinciding with one of said diffractive focal points, wherein said diffraction grating is provided from a transition point at a radial position of said lens body where said monofocal central zone ends, at said transition point said diffraction grating and said monofocal central zone have coinciding amplitude values, so that a sharp edge at the transition point is avoided, wherein said diffraction grating comprises a wave type diffraction pattern without any sharp edges, having alternating crest and trough amplitude values, said transition point being located closer to a crest amplitude value than a trough amplitude value of said diffraction grating.
A photodiode device, comprising: - a substrate of semiconductor material with a main surface , - a plurality of doped wells of a first type of conductivity, spaced apart at the main surface , - a guard ring surrounding an area of the main surface including the plurality of doped wells without dividing this area, - conductor tracks electrically connected with the doped wells , the conductor tracks interconnecting the doped wells and forming a single photodetector, and - further conductor tracks electrically connected to a doped surface region of a second type of conductivity, which is opposite to the first type of conductivity, characterized in that - contact regions are arranged at the main surface within the doped wells , the contact regions having a doping concentration that is higher than the doping concentration of the doped wells , - contact plugs connect the conductor tracks with the contact regions , - the guard ring comprises a doped region of the second type of conductivity, - said doped surface region is present at the main surface and covers the entire area between the guard ring and the doped wells , and - further contact plugs are arranged on the doped surface region in the vicinity of the doped wells , the further contact plugs being connected to the further conductor tracks , which are thus electrically connected with the doped surface region . - a substrate of semiconductor material with a main surface , - a plurality of doped wells of a first type of conductivity, spaced apart at the main surface , - a guard ring surrounding an area of the main surface including the plurality of doped wells without dividing this area, - conductor tracks electrically connected with the doped wells , the conductor tracks interconnecting the doped wells and forming a single photodetector, and - further conductor tracks electrically connected to a doped surface region of a second type of conductivity, which is opposite to the first type of conductivity, - contact regions are arranged at the main surface within the doped wells , the contact regions having a doping concentration that is higher than the doping concentration of the doped wells , - contact plugs connect the conductor tracks with the contact regions , - the guard ring comprises a doped region of the second type of conductivity, - said doped surface region is present at the main surface and covers the entire area between the guard ring and the doped wells , and - further contact plugs are arranged on the doped surface region in the vicinity of the doped wells , the further contact plugs being connected to the further conductor tracks , which are thus electrically connected with the doped surface region .
A method to share a content hosted on a database accessible to a content provider , the method being implemented by the content provider and comprising the steps of: - receiving a first message from a first device comprising a reference to a content hosted on the server , - generating a first token, the first token being associated to the reference to a content hosted on the server , - sending the token to the first device , - receiving a request from a second device , the request comprising a second token, - when the first and second token are a match, sending the content identified by the reference to the second device , the method further comprising the steps of: - receiving a second message from the first device, - interrupting the sending of the content if the second message comprising an indication of a loss of proximity between the first and the second devices. - receiving a first message from a first device comprising a reference to a content hosted on the server , - generating a first token, the first token being associated to the reference to a content hosted on the server , - sending the token to the first device , - receiving a request from a second device , the request comprising a second token, - when the first and second token are a match, sending the content identified by the reference to the second device , - receiving a second message from the first device, - interrupting the sending of the content if the second message comprising an indication of a loss of proximity between the first and the second devices.
A semiconductor device , comprising: a plurality of unit cells comprising a plurality of active devices on a substrate, the plurality of active devices having a first width in a first direction and being aligned along a first length in a second direction; a first metal layer patterned to form a plurality of thermal pads on the plurality of active devices; a second metal layer patterned to form first and second thermal bump ends and a thermal bump connected therebetween, the thermal bump having a second width in the first direction and a second length in the second direction, the thermal bump being formed on the plurality of thermal pads ; and a thermal pillar formed on the thermal bump, wherein the plurality of active devices are thermally coupled to the thermal pillar through the plurality of thermal pads and the thermal bump, wherein the first and second thermal bump ends each has a width greater than the second width, a region between the first and second thermal bump ends being divided into active and non-active regions, the active region being a portion of the region occupied by the thermal bump, and the non-active region being a remainder portion of the region, and wherein the second width and the second length of the thermal bump is oriented such that the active region overlaps the first width and the first length of the plurality of active devices. a plurality of unit cells comprising a plurality of active devices on a substrate, the plurality of active devices having a first width in a first direction and being aligned along a first length in a second direction; a first metal layer patterned to form a plurality of thermal pads on the plurality of active devices; a second metal layer patterned to form first and second thermal bump ends and a thermal bump connected therebetween, the thermal bump having a second width in the first direction and a second length in the second direction, the thermal bump being formed on the plurality of thermal pads ; and a thermal pillar formed on the thermal bump, wherein the plurality of active devices are thermally coupled to the thermal pillar through the plurality of thermal pads and the thermal bump, wherein the first and second thermal bump ends each has a width greater than the second width, a region between the first and second thermal bump ends being divided into active and non-active regions, the active region being a portion of the region occupied by the thermal bump, and the non-active region being a remainder portion of the region, and wherein the second width and the second length of the thermal bump is oriented such that the active region overlaps the first width and the first length of the plurality of active devices.
A universal computer-implemented method of parametrically representing genotypic or phenotypic data obtained from a population or a sample set to impute or predict a desired genotype and/or phenotype, the method comprising: generating a universal latent space representation by encoding discrete or continuous variables derived from genotypic or phenotypic data into latent vectors through a machine learning-based encoder framework, wherein the latent space is independent of the underlying genotypic or phenotypic data; and decoding the latent representation by a decoder, thereby imputing or predicting the desired genotype or phenotype by the decoded latent representation. generating a universal latent space representation by encoding discrete or continuous variables derived from genotypic or phenotypic data into latent vectors through a machine learning-based encoder framework, wherein the latent space is independent of the underlying genotypic or phenotypic data; and decoding the latent representation by a decoder, thereby imputing or predicting the desired genotype or phenotype by the decoded latent representation.