mhurhangee/patent-ind-claim-en huggingface dataset:
An optical system comprising: a first deformable lens (101; 301; 411) including a membrane with a deformable portion and including a filler material a corrective fixed lens ; a sensor (107; 203; 304; 417) configured to receive the light focused by the first deformable lens; an optical path (204; 449) extending through the first deformable lens and to the sensor; wherein the first deformable lens is tuned according to an applied electrical signal in order to directly focus light traversing the optical path onto the sensor; and wherein the corrective fixed lens is in direct contact with the filler material of the deformable lens and configured to correct for monochromatic or polychromatic aberrations, and wherein the first deformable lens (101; 301; 411) is deformed at least in part by an electromagnetic actuator, and wherein an annular lens shaping structure divides the membrane into a central, optically active part , and a peripheral, not optically active part , wherein the light focused on the sensor passes through the optically active part, wherein the deformable lens is tuned according to the applied electrical signal via a mechanical linkage structure applying the force of the electromagnetic actuator on the peripheral part of the membrane. a first deformable lens (101; 301; 411) including a membrane with a deformable portion and including a filler material a corrective fixed lens ; a sensor (107; 203; 304; 417) configured to receive the light focused by the first deformable lens; an optical path (204; 449) extending through the first deformable lens and to the sensor; wherein the first deformable lens is tuned according to an applied electrical signal in order to directly focus light traversing the optical path onto the sensor; and wherein the corrective fixed lens is in direct contact with the filler material of the deformable lens and configured to correct for monochromatic or polychromatic aberrations, and wherein the first deformable lens (101; 301; 411) is deformed at least in part by an electromagnetic actuator, and wherein an annular lens shaping structure divides the membrane into a central, optically active part , and a peripheral, not optically active part , wherein the light focused on the sensor passes through the optically active part, wherein the deformable lens is tuned according to the applied electrical signal via a mechanical linkage structure applying the force of the electromagnetic actuator on the peripheral part of the membrane.
A method for training a machine learning model to construct a high-resolution digital color image depicting a sample, the method comprising acquiring (S300) a training set of digital color images of a training sample by: illuminating (S302), by a plurality of white light emitting diodes, the training sample with a plurality of illumination patterns, and capturing (S304), for each illumination pattern of the plurality of illumination patterns, a digital color image of the training sample; receiving (S306) a ground truth comprising a high-resolution digital color image of the training sample, wherein a resolution of the high-resolution digital color image is relatively higher than a resolution of at least one digital color image of the training set of digital color images; and training (S308) the machine learning model to construct the high-resolution digital color image depicting a sample using the training set of digital color images and the ground truth. acquiring (S300) a training set of digital color images of a training sample by: illuminating (S302), by a plurality of white light emitting diodes, the training sample with a plurality of illumination patterns, and capturing (S304), for each illumination pattern of the plurality of illumination patterns, a digital color image of the training sample; illuminating (S302), by a plurality of white light emitting diodes, the training sample with a plurality of illumination patterns, and capturing (S304), for each illumination pattern of the plurality of illumination patterns, a digital color image of the training sample; receiving (S306) a ground truth comprising a high-resolution digital color image of the training sample, wherein a resolution of the high-resolution digital color image is relatively higher than a resolution of at least one digital color image of the training set of digital color images; and training (S308) the machine learning model to construct the high-resolution digital color image depicting a sample using the training set of digital color images and the ground truth.
System for reading out vehicle data via a diagnostic connection, in particular an OBD plug-in connection, of a vehicle, comprising: - a plug attachment for a diagnostic connection of a vehicle; and - a gateway device for communication with an air-conditioning device of the vehicle, in particular an auxiliary heating system, wherein the plug attachment , in particular the OBD plug-in connection, comprises: a plug body which has a plug-on side with first contacts (11.1 to 11.16) for connection to the diagnostic connection and a connection side with second contacts (12.1 to 12.16), in particular for connection to a diagnostic device; and at least one branch line , wherein the branch line leads out of the plug body from at least one of the first contacts (11.1 to 11.16) and is designed as a bidirectional communication line which is communicatively connected to the gateway device , wherein the system also comprises a control device for an air-conditioning device of the vehicle, wherein the gateway device is communicatively connected to the control device via a data bus . - a plug attachment for a diagnostic connection of a vehicle; and - a gateway device for communication with an air-conditioning device of the vehicle, in particular an auxiliary heating system, a plug body which has a plug-on side with first contacts (11.1 to 11.16) for connection to the diagnostic connection and a connection side with second contacts (12.1 to 12.16), in particular for connection to a diagnostic device; and at least one branch line , wherein the branch line leads out of the plug body from at least one of the first contacts (11.1 to 11.16) and is designed as a bidirectional communication line which is communicatively connected to the gateway device , wherein the system also comprises a control device for an air-conditioning device of the vehicle, wherein the gateway device is communicatively connected to the control device via a data bus .
A method of controlling fuel injection in a reheat combustor of a combustor assembly of a gas turbine , the reheat combustor including: - a combustor casing defining a gas flow channel and a combustion chamber ; and - a plurality of injection units , each injection unit having: - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge , and - a plurality of fuel injection nozzles spaced along the first direction; the method including the step of distributing fuel among the injection nozzles according to a non-uniform distribution pattern, characterized in that said non-uniform pattern includes different fuel supply rates between two external injection units injecting fuel towards a recirculation portion of the combustion chamber in an outer region of the combustion chamber and at least one central injection unit injecting fuel towards a core region of the combustion chamber . - a combustor casing defining a gas flow channel and a combustion chamber ; and - a plurality of injection units , each injection unit having: - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge , and - a plurality of fuel injection nozzles spaced along the first direction; the method including the step of distributing fuel among the injection nozzles according to a non-uniform distribution pattern, characterized in that said non-uniform pattern includes different fuel supply rates between two external injection units injecting fuel towards a recirculation portion of the combustion chamber in an outer region of the combustion chamber and at least one central injection unit injecting fuel towards a core region of the combustion chamber . - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge , and - a plurality of fuel injection nozzles spaced along the first direction;
Punch-riveting apparatus for connecting at least two component parts by means of a rivet , having a punch and a dolly , between which the at least two component parts and the rivet are arrangeable, having a vibrating system having the punch and a vibration converter that is coupled or able to be coupled to a vibration generator such that the vibrating system is able to be excited to vibrate, and having a drive , by means of which the vibrating system and thus the punch are able to be subjected to a force (F) and are movable in a joining direction (R) in order to push a rivet arranged between the punch and a component part , facing the punch, of the at least two component parts into the at least two component parts by means of the punch , characterized by a combined driving and guiding unit for guiding the vibrating system by means of bearings in the driving and guiding unit and in the joining direction (R), which has the drive and is arranged on a frame of the punch-riveting apparatus, and which surrounds the vibrating system in a portion extending in the joining direction (R), wherein the driving and guiding unit has a guiding device for guiding the vibrating system by means of bearings in the guiding unit , which, as part of the driving and guiding unit , surrounds the vibrating system in the portion extending in the joining direction, and which is that part of the driving and guiding unit that is arranged on the frame .
A method to provide policy based hydration behavior in cloud storage synchronization, wherein the synchronization involves hydration, where a selected placeholder file is replaced with downloaded content, the method comprising: receiving , from an application, a file system request to open a cloud stored file; blocking the request; determining a policy for the request and evaluating the policy, the policy specifying that the cloud stored file is to be launched on a web application; denying the file open request of the application; and opening the requested file from the cloud storage through the web application. receiving , from an application, a file system request to open a cloud stored file; blocking the request; determining a policy for the request and evaluating the policy, the policy specifying that the cloud stored file is to be launched on a web application; denying the file open request of the application; and opening the requested file from the cloud storage through the web application.
A method for measuring total organic carbon in a sample, comprising: in a reaction chamber, mixing the sample with a reagent comprising an aqueous solution of both at least one acid effective for acidifying the sample-reagent solution formed thereby to a chosen pH value, whereby carbon dioxide from inorganic sources of carbon in the solution is generated, and at least one oxidizer effective for converting organic carbon into carbon dioxide only in the presence of ultraviolet radiation; sparging the resulting solution with a carbon dioxide free gas to remove carbon dioxide generated from inorganic carbon from the solution; irradiating the solution in the reaction chamber with ultraviolet light having a wavelength such that the at least one oxidizer converts organic carbon into carbon dioxide; sparging the resulting solution with a carbon dioxide free gas to remove carbon dioxide from organic carbon in the sample from the solution; and measuring the carbon dioxide removed from the solution by the second sparging step; whereby the total organic carbon in the solution is determined.
A rotor assembly for a gas turbine engine , comprising: a first rotor (202; 302) having a first plurality of tabs ; a second rotor (204; 304) having a second plurality of tabs , the second rotor (204; 304) interlocked with the first rotor (202; 302) via the first plurality of tabs and the second plurality of tabs , wherein interlocking the first plurality of tabs with the second plurality of tabs defines a circumferential channel that opens in a radially inward direction between the first plurality of tabs and the second plurality of tabs ; and a rotor coupling ring (206; 306) configured to be disposed in the circumferential channel and comprising a split ring having a first free end and a second free end, characterised in that the rotor coupling ring (206; 306) further comprises: an anti-rotation tab (236; 336) extending from a first ring location on the split ring and positioned between an adjacent pair of tabs from the first plurality of tabs and a counterbalance portion extending along a circumferential segment of the split ring, wherein the first rotor (202; 302) includes a first scallop configured to drain lubricant from the rotor assembly , wherein the first scallop is unobstructed in a radial direction by any of the first plurality of tabs and the second plurality of tabs . a first rotor (202; 302) having a first plurality of tabs ; a second rotor (204; 304) having a second plurality of tabs , the second rotor (204; 304) interlocked with the first rotor (202; 302) via the first plurality of tabs and the second plurality of tabs , wherein interlocking the first plurality of tabs with the second plurality of tabs defines a circumferential channel that opens in a radially inward direction between the first plurality of tabs and the second plurality of tabs ; and a rotor coupling ring (206; 306) configured to be disposed in the circumferential channel and comprising a split ring having a first free end and a second free end, characterised in that the rotor coupling ring (206; 306) further comprises: an anti-rotation tab (236; 336) extending from a first ring location on the split ring and positioned between an adjacent pair of tabs from the first plurality of tabs and a counterbalance portion extending along a circumferential segment of the split ring, wherein the first rotor (202; 302) includes a first scallop configured to drain lubricant from the rotor assembly , wherein the first scallop is unobstructed in a radial direction by any of the first plurality of tabs and the second plurality of tabs . an anti-rotation tab (236; 336) extending from a first ring location on the split ring and positioned between an adjacent pair of tabs from the first plurality of tabs and a counterbalance portion extending along a circumferential segment of the split ring, wherein the first rotor (202; 302) includes a first scallop configured to drain lubricant from the rotor assembly , wherein the first scallop is unobstructed in a radial direction by any of the first plurality of tabs and the second plurality of tabs .
Process for producing chlorosilanes of general formula H n SiCl 4-n and/or H m Cl 6-m Si 2 , where n = 1-4 and m = 0-4, in a fluidized bed reactor by reaction of a hydrogen chloride-containing reaction gas with a contact mass which contains silicon as a granulation mixture composed of a coarse grain fraction and a fine grain fraction, wherein the average particle size of the fine grain fraction d 50,fine is 5 to 400 μm and the average particle size of the coarse grain fraction d 50,coarse is 125 to 600 μm, with the proviso that d 50,fine is smaller than d 50,coarse and the difference d 50,coarse d 50,file is greater than 1 μm, wherein d 50,fine and d 50,coarse are present in a grain size ratio d 50,file / d 50,coarse of 0.02 to 0.9, the fine grain fraction and the coarse grain fraction are present in a mass ratio m(fine) / m(coarse) of 0.05 to 20, and wherein the granulation mixture has a span of the particle size distribution d 90 -d 10 / d 50 of 1 to 100.
A method performed by a base station in a wireless communication system, the method comprising: transmitting , to a terminal, information on a primary cell operating in a frequency division duplexing, FDD, mode and a secondary cell operating in a time division duplexing, TDD, mode; transmitting, to the terminal, configuration information configuring a physical uplink control channel, PUCCH, format 1b with channel selection; transmitting , to the terminal, downlink scheduling information for downlink data; transmitting, to the terminal, the downlink data in a subframe n according to the downlink scheduling information; and receiving , from the terminal, control information corresponding to the downlink data on the primary cell, wherein the control information is received based on the PUCCH format 1b with channel selection, in case that the subframe n of the secondary cell is a downlink subframe, and wherein the control information is received based on a PUCCH format 1a or a PUCCH format 1b, in case that the subframe n of the secondary cell is an uplink subframe. transmitting , to a terminal, information on a primary cell operating in a frequency division duplexing, FDD, mode and a secondary cell operating in a time division duplexing, TDD, mode; transmitting, to the terminal, configuration information configuring a physical uplink control channel, PUCCH, format 1b with channel selection; transmitting , to the terminal, downlink scheduling information for downlink data; transmitting, to the terminal, the downlink data in a subframe n according to the downlink scheduling information; and receiving , from the terminal, control information corresponding to the downlink data on the primary cell, wherein the control information is received based on the PUCCH format 1b with channel selection, in case that the subframe n of the secondary cell is a downlink subframe, and wherein the control information is received based on a PUCCH format 1a or a PUCCH format 1b, in case that the subframe n of the secondary cell is an uplink subframe.
A compound of Formula I or a stereoisomer, a tautomer, an N-oxide, a solvate, or a pharmaceutically acceptable salt thereof, for use in treating, preventing, or lessening postoperative cognitive dysfunction (POCD) in a subject in need thereof,
A dipped and heat-set polyamide 6.6 single twisted yarn which is twisted strand which is prepared from a raw polyamide 6.6 yarn having the tensile stress value greater than 1,30cN/dtex, preferably between 1,35 and 1,60cN/dtex at 4% elongation (determined with tensile tester according to ASTM D885-16) is characterized that, - its tensile stress at 4% elongation (determined with tensile tester according to ASTM D885-16) is higher than 2.0 cN/dtex and less than 2.8cN/dtex, - and its heat shrinkage is higher than 4.0% and less than 7.0% determined at 177°C under 0.045g/dtex pretension with 2minutes exposure time. - its tensile stress at 4% elongation (determined with tensile tester according to ASTM D885-16) is higher than 2.0 cN/dtex and less than 2.8cN/dtex, - and its heat shrinkage is higher than 4.0% and less than 7.0% determined at 177°C under 0.045g/dtex pretension with 2minutes exposure time.
Seat , in particular vehicle seat, comprising - a seat cushion, - a lower seat cover fastened to the seat cushion, - an upper seat cover which is able to be releasably fastened to the lower seat cover , - wherein one of the seat covers is provided with at least one edge strip - wherein the edge strip comprises an edge strip core (10.1) which is surrounded by a fastening material (10.4), and - wherein the other seat cover is provided with a retaining material into which the fastening material (10.4) of the edge strip engages in a retaining manner in the connected state. - a seat cushion, - a lower seat cover fastened to the seat cushion, - an upper seat cover which is able to be releasably fastened to the lower seat cover , - wherein one of the seat covers is provided with at least one edge strip - wherein the edge strip comprises an edge strip core (10.1) which is surrounded by a fastening material (10.4), and - wherein the other seat cover is provided with a retaining material into which the fastening material (10.4) of the edge strip engages in a retaining manner in the connected state.
An organic electroluminescent compound represented by Formula A: wherein R 1 to R 17 are each independently selected from the group consisting of hydrogen, deuterium, substituted or unsubstituted C 1 -C 20 alkyl, substituted or unsubstituted C 2 -C 20 alkenyl, substituted or unsubstituted C 3 -C 20 cycloalkyl, substituted or unsubstituted C 5 -C 20 cycloalkenyl, substituted or unsubstituted C 1 -C 20 alkoxy, substituted or unsubstituted C 6 -C 30 aryloxy, substituted or unsubstituted C 1 -C 20 alkylthioxy, substituted or unsubstituted C 5 -C 30 arylthioxy, substituted or unsubstituted C 1 -C 30 alkylamine, substituted or unsubstituted C 5 -C 30 arylamine, substituted or unsubstituted C 6 -C 50 aryl, substituted or unsubstituted C 3 -C 50 heteroaryl, substituted or unsubstituted silyl, substituted or unsubstituted germanium, substituted or unsubstituted boron, substituted or unsubstituted aluminum, carbonyl, phosphoryl, amino, nitrile, hydroxyl, nitro, halogen, selenium, tellurium, amide, and ester, with the proviso that each of R 1 to R 17 and substituents thereof optionally forms a fused aliphatic, aromatic, heteroaliphatic or heteroaromatic ring with an adjacent substituent.
Tyre comprising a tread, the composition of which is based on at least a predominant diene elastomer and a minor thermoplastic elastomer, the said thermoplastic elastomer being a block copolymer comprising at least one elastomer block of polyether type and at least one thermoplastic block of non-styrene type, the said composition comprising a reinforcing filler at a content of less than 80 phr and the said composition not comprising a plasticizing system or comprising less than 20 phr thereof.
A method of acid fracturing a carbonate reservoir, said method comprising: a) pumping a viscous pad fluid into a carbonate reservoir at a pressure exceeding a fracture pressure of said carbonate reservoir to fracture said carbonate reservoir, fractures being of a width ≤D; b) pumping a slurry containing a gel plus a water-dissolvable fiber of a size ≥ 1.2D and/or water-dissolvable particulate material of a size ≥ 1.2D into said carbonate reservoir at a pressure exceeding said fracture pressure, said slurry restricting entry of a fluid into crevices that are larger than D, but not said fractures; c) pumping an acid downhole at a pressure exceeding said fracture pressure to preferentially etch said fractures; and d) repeating steps b) and c) as needed; wherein said carbonate reservoir has higher conductivity than a similar reservoir similarly fractured, but without said slurry. a) pumping a viscous pad fluid into a carbonate reservoir at a pressure exceeding a fracture pressure of said carbonate reservoir to fracture said carbonate reservoir, fractures being of a width ≤D; b) pumping a slurry containing a gel plus a water-dissolvable fiber of a size ≥ 1.2D and/or water-dissolvable particulate material of a size ≥ 1.2D into said carbonate reservoir at a pressure exceeding said fracture pressure, said slurry restricting entry of a fluid into crevices that are larger than D, but not said fractures; c) pumping an acid downhole at a pressure exceeding said fracture pressure to preferentially etch said fractures; and d) repeating steps b) and c) as needed; wherein said carbonate reservoir has higher conductivity than a similar reservoir similarly fractured, but without said slurry.