mhurhangee/patent-ind-claim-en huggingface dataset:
A depth image generation and processing method comprising: - emitting (S1410) light of different modulation frequencies to an object, wherein the emitting (S1410) comprises emitting the light output from a plurality of first emitters emitting rays at a first modulation frequency and a plurality of second emitters emitting rays at a second modulation frequency; - detecting (S1420) the light of the different modulation frequencies reflected from the object, wherein the detecting (S1420) comprises detecting the light using a pixel array comprising a plurality of first pixels configured to sense the rays emitted at the first modulation frequency and a plurality of second pixels configured to sense the rays at the second modulation frequency; - generating (S1430) a depth image related to a distance to the object using the light of the different modulation frequencies; - separating (S1510) the depth image into separated depth images based on the different modulation frequencies; - restoring (S1520) an absent depth value of the separated depth images using interpolation; and - adjusting (S1530) a depth value of a long distance depth value using the depth image in which the depth value has been restored, wherein long distance is a distance exceeding the maximum distance measurable without ambiguity of the depth image generation method. - emitting (S1410) light of different modulation frequencies to an object, wherein the emitting (S1410) comprises emitting the light output from a plurality of first emitters emitting rays at a first modulation frequency and a plurality of second emitters emitting rays at a second modulation frequency; - detecting (S1420) the light of the different modulation frequencies reflected from the object, wherein the detecting (S1420) comprises detecting the light using a pixel array comprising a plurality of first pixels configured to sense the rays emitted at the first modulation frequency and a plurality of second pixels configured to sense the rays at the second modulation frequency; - generating (S1430) a depth image related to a distance to the object using the light of the different modulation frequencies; - separating (S1510) the depth image into separated depth images based on the different modulation frequencies; - restoring (S1520) an absent depth value of the separated depth images using interpolation; and - adjusting (S1530) a depth value of a long distance depth value using the depth image in which the depth value has been restored, wherein long distance is a distance exceeding the maximum distance measurable without ambiguity of the depth image generation method.
A device for interconnecting an array of solar cells , comprising: a substrate ; and a power routing module with a switching matrix for electrically interconnecting the solar cells in the array , wherein the switching matrix is configured to dynamically route power among a plurality of current pathways connectable between the power routing module and the plurality of solar cells ; wherein each of the solar cells has at least one cropped corner resulting in a corner region ; wherein an area of the substrate in corner regions remains exposed when the solar cells are attached to the substrate such that the corner regions of adjacent ones of the solar cells are aligned; and wherein the power routing module with the switching matrix is attachable to the substrate in the area of the substrate in the corner regions that remains exposed when the solar cells are attached to the substrate . a substrate ; and a power routing module with a switching matrix for electrically interconnecting the solar cells in the array , wherein the switching matrix is configured to dynamically route power among a plurality of current pathways connectable between the power routing module and the plurality of solar cells ; wherein each of the solar cells has at least one cropped corner resulting in a corner region ; wherein an area of the substrate in corner regions remains exposed when the solar cells are attached to the substrate such that the corner regions of adjacent ones of the solar cells are aligned; and wherein the power routing module with the switching matrix is attachable to the substrate in the area of the substrate in the corner regions that remains exposed when the solar cells are attached to the substrate .
A method of providing near real-time interface functionality to a group-based communication system when it is determined that a real-time messaging communications connection is interrupted, the method comprising: receiving, from a first remote server and by a client device (101A-101N), real-time updated object data for the group-based communication system; transmitting, by the client device to a second remote server, client-pull-based requests to request tail data payloads; receiving, by the client device from the second remote server, a tail data payload for each of one or more object identifiers; and in response to detecting an interruption in the real-time messaging communications connection, rendering a subsequent group-based communications interface on the client device using at least a subset of the tail data payloads; wherein the subset of the tail data payloads is discarded when no interruption is detected. receiving, from a first remote server and by a client device (101A-101N), real-time updated object data for the group-based communication system; transmitting, by the client device to a second remote server, client-pull-based requests to request tail data payloads; receiving, by the client device from the second remote server, a tail data payload for each of one or more object identifiers; and in response to detecting an interruption in the real-time messaging communications connection, rendering a subsequent group-based communications interface on the client device using at least a subset of the tail data payloads; wherein the subset of the tail data payloads is discarded when no interruption is detected.
Method for attenuating the oscillation of a ship , said ship comprising a controller of a drive adapted to rotate at least one fin , between a first angular position (A1min) and a second angular position (A1max, A2max), in both clockwise and anticlockwise directions, to allow stabilizing the ship , when the ship is anchored, at zero speed, wherein the motion of said at least one fin comprises an initial acceleration step, an intermediate step at constant speed and a final deceleration step, characterized in that , in the initial acceleration step, said first angular position (A1min) corresponds to an inclination of -30° of said at least one fin , with respect to a main axis of the ship , wherein said second angular position (A1max) corresponds to an inclination of +90° of said at least one fin , with respect to a main axis of the ship cancelling the roll moment developed by said at least one fin in the final deceleration step, or wherein said second angular position (A2max) corresponds to an inclination lower than +150° of said at least one fin , with respect to the main axis of the ship compensating at least the oscillation moment of the intermediate step, included in an angular inclination between 90° and 150°, at constant speed, with respect to said rotation axis of said at least one fin .
Method of identifying an effective composition of antigens for a tumor vaccine, comprising the steps of: - determination of antibodies that have been produced by at least 10 patients after vaccination with an autologous vaccine, the vaccine having been obtained by tumor material having been gathered from the patients, the tumor cells having been separated from accompanying tissue, the tumor cells having been inactivated and having been provided in a form suitable for administration as autologous vaccine, the autologous vaccine having been applied to the patients, the tumor specific antibodies produced by the patients having been isolated, - determination of the antibodies that are shared by at least 80% of the patients, and - identifying the antigens corresponding to the determined antibodies. - determination of antibodies that have been produced by at least 10 patients after vaccination with an autologous vaccine, the vaccine having been obtained by tumor material having been gathered from the patients, the tumor cells having been separated from accompanying tissue, the tumor cells having been inactivated and having been provided in a form suitable for administration as autologous vaccine, the autologous vaccine having been applied to the patients, the tumor specific antibodies produced by the patients having been isolated, - determination of the antibodies that are shared by at least 80% of the patients, and - identifying the antigens corresponding to the determined antibodies.
Image processing method for displaying output image data of soft biological tissue in particular in real time during surgery, comprising the steps of: • providing pre-operative three-dimensional image data of the soft biological tissue , • acquiring interoperative image data of the soft biological tissue in at least one of the visible-light spectrum and the near-infrared spectrum, the interoperative image data comprising fluorescent-light image data acquired using fluorescent light from a fluorophore , • computing a blood flow direction at at least one location in the interoperative image data , using the fluorescent-light image data, • automatically identifying at least one vascular plexus structure in the interoperative image data , using the interoperative image data and the computed blood flow direction , • identifying the at least one identified vascular plexus structure in the pre-operative three-dimensional image data , • elastic matching of the pre-operative three-dimensional image data to the interoperative image data based on the at least one identified vascular plexus structure , • forming the output image data from the elastically matched pre-operative three-dimensional image data and the interoperative image data . • providing pre-operative three-dimensional image data of the soft biological tissue , • acquiring interoperative image data of the soft biological tissue in at least one of the visible-light spectrum and the near-infrared spectrum, the interoperative image data comprising fluorescent-light image data acquired using fluorescent light from a fluorophore , • computing a blood flow direction at at least one location in the interoperative image data , using the fluorescent-light image data, • automatically identifying at least one vascular plexus structure in the interoperative image data , using the interoperative image data and the computed blood flow direction , • identifying the at least one identified vascular plexus structure in the pre-operative three-dimensional image data , • elastic matching of the pre-operative three-dimensional image data to the interoperative image data based on the at least one identified vascular plexus structure , • forming the output image data from the elastically matched pre-operative three-dimensional image data and the interoperative image data .
An etchant composition comprising: an inorganic acid compound of 8 wt% to 15 wt%; a sulfonic acid compound of 2.5 wt% to 8 wt%; a sulfate compound of 6 wt% to 14 wt%; an organic acid compound of 40 wt% to 55 wt%; a metal or metal salt of 0.01 wt% to 0.06 wt%; and water; wherein the sulfate compound comprises at least one of a potassium hydrogen sulfate, a sodium hydrogen sulfate, or an ammonium hydrogen sulfate; wherein the organic acid compound comprises at least one of an acetic acid, a citric acid, a glycolic acid, a malonic acid, a lactic acid, or a tartaric acid. wherein the metal or metal salt comprises at least one of a ferric nitrate, a ferric sulfate, copper, a copper sulfate, or iron. an inorganic acid compound of 8 wt% to 15 wt%; a sulfonic acid compound of 2.5 wt% to 8 wt%; a sulfate compound of 6 wt% to 14 wt%; an organic acid compound of 40 wt% to 55 wt%; a metal or metal salt of 0.01 wt% to 0.06 wt%; and water; wherein the sulfate compound comprises at least one of a potassium hydrogen sulfate, a sodium hydrogen sulfate, or an ammonium hydrogen sulfate; wherein the organic acid compound comprises at least one of an acetic acid, a citric acid, a glycolic acid, a malonic acid, a lactic acid, or a tartaric acid. wherein the metal or metal salt comprises at least one of a ferric nitrate, a ferric sulfate, copper, a copper sulfate, or iron.
An optoelectronic device comprising: (a) a substrate comprising at least one first electrode, which at least one first electrode comprises a first electrode material, and at least one second electrode, which at least one second electrode comprises a second electrode material; and (b) a layer of a photoactive material disposed on the substrate, which photoactive material is in contact with the at least one first electrode and the at least one second electrode, which substrate comprises: - a layer of the first electrode material; and, - disposed on the layer of the first electrode material, a layer of an insulating material, which layer of an insulating material partially covers the layer of the first electrode material; and, - disposed on the layer of the insulating material, the second electrode material, wherein the photoactive material comprises a crystalline compound which is a perovskite, which perovskite comprises: - one or more first cations selected from metal or metalloid cations; - one or more second cations selected from Cs + , Rb + , K + , NH 4 + and organic cations; and - one or more halide or chalcogenide anions, and wherein the optoelectronic device is a back-contact optoelectronic device, in which: the substrate has a first side on which the one or more first and second electrodes are disposed, and the layer of the photoactive material is disposed on the first side of the substrate; and the layer of the photoactive material has a first side and a second side, and the first side of the layer of the photoactive material is in contact with the substrate. (a) a substrate comprising at least one first electrode, which at least one first electrode comprises a first electrode material, and at least one second electrode, which at least one second electrode comprises a second electrode material; and (b) a layer of a photoactive material disposed on the substrate, which photoactive material is in contact with the at least one first electrode and the at least one second electrode, - a layer of the first electrode material; and, - disposed on the layer of the first electrode material, a layer of an insulating material, which layer of an insulating material partially covers the layer of the first electrode material; and, - disposed on the layer of the insulating material, the second electrode material, - one or more first cations selected from metal or metalloid cations; - one or more second cations selected from Cs + , Rb + , K + , NH 4 + and organic cations; and - one or more halide or chalcogenide anions, and the substrate has a first side on which the one or more first and second electrodes are disposed, and the layer of the photoactive material is disposed on the first side of the substrate; and the layer of the photoactive material has a first side and a second side, and the first side of the layer of the photoactive material is in contact with the substrate.
A catalyst composition comprising an aluminosilicate molecular sieve having at least 95 weight percent of an AEI crystalline structure and a mole ratio of silica-to-alumina of 20 to 30 and 1 to 5 weight percent of a promoter metal, based on the total weight of the molecular sieve material, wherein the promoter metal is copper, and wherein the promoter metal is disposed on and/or within the molecular sieve as an extra-framework metal.
A shipping container for transporting works of art comprising: an enclosing section comprising a flat rectangular wall segment and four wall sections adjoining said flat wall segment , wherein the enclosing section is a single structural element obtained by injection moulding and wherein the flat wall segment and the four wall sections define a space for the works of art to be transported, a cover section comprising a flat rectangular wall section and wherein the cover section is a single structural element obtained by injection moulding, retaining means to secure the cover section to the wall sections of the enclosing section , wherein the retaining means are not present on at least one wall section , wherein said one wall section which is not provided with retaining means is provided with one or more support strips along the length of the side wall characterized in that the enclosing section and the cover section are each separately obtained as a single structural element by vacuum injection moulding of an outer layer of fibre reinforced polymer, a structural core and an inner layer of a fibre reinforced polymer. an enclosing section comprising a flat rectangular wall segment and four wall sections adjoining said flat wall segment , wherein the enclosing section is a single structural element obtained by injection moulding and wherein the flat wall segment and the four wall sections define a space for the works of art to be transported, a cover section comprising a flat rectangular wall section and wherein the cover section is a single structural element obtained by injection moulding, retaining means to secure the cover section to the wall sections of the enclosing section , wherein the retaining means are not present on at least one wall section , wherein said one wall section which is not provided with retaining means is provided with one or more support strips along the length of the side wall characterized in that the enclosing section and the cover section are each separately obtained as a single structural element by vacuum injection moulding of an outer layer of fibre reinforced polymer, a structural core and an inner layer of a fibre reinforced polymer.
A pasta with a low glycaemic index based on gluten flour such durum-wheat semolina with an addition of lupin, dietary fiber and gluten characterised in that it contains 15-40% by weight of lupin flour, 5-30% by weight of fiber from oats or barley containing water-soluble β-glucans, durum-wheat semolina or a mixture of durum-wheat semolina with common wheat flour in quantity of 20-70% by weight, whereby common wheat flour constitutes maximum 5-30% by weight of the mixture, 3-10% of vital gluten and the pasta contains glycaemic index less than 40% and a glycaemic load less than 10%.
An apparatus for exchanging a tool (T) of a boring bar (B), the apparatus comprising: a magazine configured to receive a plurality of the tools (T) to be installed at a front end of the boring bar (B); a frame arranged under the magazine ; a guide rail arranged on the frame , the magazine being movably connected to the guide rail ; and an actuator configured to rotate the magazine . a magazine configured to receive a plurality of the tools (T) to be installed at a front end of the boring bar (B); a frame arranged under the magazine ; a guide rail arranged on the frame , the magazine being movably connected to the guide rail ; and an actuator configured to rotate the magazine .
A computer-implemented method , performed by a campaign management platform comprising a sensor data request interface , for publishing sensor data requests for digital map data to the sensor data request interface , the method comprising: retrieving , by the campaign management platform , sensor data requests specifying respective sensor data collection events to be respectively performed on a road segment , a geographic area, or a combination thereof; and publishing the sensor data requests to the sensor data request interface , wherein the sensor data request interface comprises a plurality of layers based on respective statuses of the sensor data requests and including an active request layer , a newly published request layer , a revoked request layer , or a combination thereof; wherein the active request layer and the newly published request layer respectively present active sensor data requests for which sensor data collection is requested; wherein the revoked request layer presents inactive sensor data requests for which sensor data collection is not requested; and wherein a plurality of vehicles , a manufacturer platform associated with the plurality of vehicles , or a combination thereof accesses at least one of the plurality of layers to fulfill the sensor data requests , wherein the plurality of vehicles transmit sensor data only in response to an active sensor data request . retrieving , by the campaign management platform , sensor data requests specifying respective sensor data collection events to be respectively performed on a road segment , a geographic area, or a combination thereof; and publishing the sensor data requests to the sensor data request interface , wherein the sensor data request interface comprises a plurality of layers based on respective statuses of the sensor data requests and including an active request layer , a newly published request layer , a revoked request layer , or a combination thereof; wherein the active request layer and the newly published request layer respectively present active sensor data requests for which sensor data collection is requested; wherein the revoked request layer presents inactive sensor data requests for which sensor data collection is not requested; and wherein a plurality of vehicles , a manufacturer platform associated with the plurality of vehicles , or a combination thereof accesses at least one of the plurality of layers to fulfill the sensor data requests , wherein the plurality of vehicles transmit sensor data only in response to an active sensor data request .
A naphthalocyanine compound represented by General Formula , wherein, in Formula , M represents two hydrogen atoms, a divalent metal atom, or a derivative of a trivalent or tetravalent metal, R 1 to R 3 each independently represent a hydrogen atom, a halogen atom, or a linear, branched, or cyclic alkyl group, A represents Formula , and B represents Formula , wherein , in Formula , R 4 to R 8 each independently represent a hydrogen atom, a halogen atom, a substituted or unsubstituted linear, branched, or cyclic alkyl group, a substituted or unsubstituted linear, branched, or cyclic alkoxy group, a substituted or unsubstituted linear, branched, or cyclic alkylthio group, an aryloxy group which optionally have a substituent, an arylthio group which optionally have a substituent, and R 4 to R 8 do not simultaneously represent a hydrogen atom, and wherein , in Formula , X represents an oxygen atom, a sulfur atom, or a substituted or unsubstituted imino group, Rg to R 13 each independently represent a hydrogen atom, a halogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkoxy group, an ester group (COOX 1 wherein X 1 represents a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted aryl group), an amide group (CONX 2 X 3 wherein X 2 and X 3 each independently represent a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted aryl group), or a sulfonamide group (SO 2 NX 4 X 5 wherein X 4 and X 5 each independently represent a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted aryl group), and R 9 to R 13 do not simultaneously represent a hydrogen atom.