mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing NO x in an exhaust gas, said method comprising adsorbing NO x onto a passive NO x adsorber at or below a low temperature, thermally desorbing NO x from the passive NO x adsorber at a temperature above the low temperature, and catalytically removing the desorbed NO x on a catalyst component downstream of the passive NO x adsorber, wherein the low temperature is 200°C, wherein the passive NOx absorber consists of palladium and a small pore molecular sieve having a maximum ring size of eight tetrahedral atoms; wherein more than 5 percent of the total amount of palladium is located inside the pores of the small pore molecular sieve; and wherein the small pore molecular sieve is CHA, AEI, or an AEI-CHA intergrowth. wherein the low temperature is 200°C, wherein the passive NOx absorber consists of palladium and a small pore molecular sieve having a maximum ring size of eight tetrahedral atoms; wherein more than 5 percent of the total amount of palladium is located inside the pores of the small pore molecular sieve; and wherein the small pore molecular sieve is CHA, AEI, or an AEI-CHA intergrowth.
A bioprinter comprising: a. one or more printer heads, wherein a printer head comprises a means for receiving and holding at least one cartridge, and wherein said cartridge comprises contents selected from one or more of: bio-ink and support material, wherein the bio-ink comprises a solid or semi-solid composition of mammalian cells; b. a UV light module; and c. a means for dispensing the contents of at least one cartridge; characterized in that the UV light module exposes the contents of at least one cartridge to UV light, the cartridge is permeable to UV light, and the dispensing of the contents of at least one cartridge is by extrusion. a. one or more printer heads, wherein a printer head comprises a means for receiving and holding at least one cartridge, and wherein said cartridge comprises contents selected from one or more of: bio-ink and support material, wherein the bio-ink comprises a solid or semi-solid composition of mammalian cells; b. a UV light module; and c. a means for dispensing the contents of at least one cartridge;
Method for producing a mirror for a lithography apparatus , with the steps of: ascertaining an expected heat flux distribution on the mirror in an exposure operation of the lithography apparatus in dependence on a structure to be imaged on the wafer , wherein the expected heat flux distribution comprises a plurality of heat flux poles , forming a plurality of heating zones (HZ1 - HZ13) on the mirror in dependence on the ascertained heat flux distribution , assigning in each case exactly one heat flux pole of the plurality of heat flux poles to in each case one of the plurality of heating zones (HZ1 - HZ13), attaching exactly one temperature sensor to a respective heating zone (HZ1 - HZ13) allocated for capturing a temperature of the respective heating zone (HZ1 - HZ13), and providing the respective heating zone (HZ1 - HZ13) with a respective heating device (HE1 - HE13) for heating the respective heating zone (HZ1 - HZ13) in dependence on a temperature of the respective heating zone (HZ1 - HZ13) captured by means of the respective temperature sensor or the expected heat flux distribution on the mirror . ascertaining an expected heat flux distribution on the mirror in an exposure operation of the lithography apparatus in dependence on a structure to be imaged on the wafer , wherein the expected heat flux distribution comprises a plurality of heat flux poles , forming a plurality of heating zones (HZ1 - HZ13) on the mirror in dependence on the ascertained heat flux distribution , assigning in each case exactly one heat flux pole of the plurality of heat flux poles to in each case one of the plurality of heating zones (HZ1 - HZ13), attaching exactly one temperature sensor to a respective heating zone (HZ1 - HZ13) allocated for capturing a temperature of the respective heating zone (HZ1 - HZ13), and providing the respective heating zone (HZ1 - HZ13) with a respective heating device (HE1 - HE13) for heating the respective heating zone (HZ1 - HZ13) in dependence on a temperature of the respective heating zone (HZ1 - HZ13) captured by means of the respective temperature sensor or the expected heat flux distribution on the mirror .
An article of footwear having an upper and a sole structure secured to the upper , the upper comprising: a base layer having an interior surface and an opposite exterior surface , the base layer forming at least a portion of the upper of the article of footwear ; a tensile support structure disposed proximate to the exterior surface of the base layer , the tensile support structure comprising a plurality of strands that extend between a lace region of the upper and a lower region of the upper ; and wherein the plurality of strands are joined together in a chain-link arrangement through the tensile support structure , wherein each strand of the plurality of strands comprises an ascending portion , a lace loop , and a descending portion , and wherein the ascending portion extends from the lower region to the lacing region , the descending portion extends from the lacing region to the lower region, and the lace loop is disposed between the ascending portion and the descending portion , wherein the chain-link arrangement of the plurality of strands in the tensile support structure comprises a plurality of intertwined links , and wherein each intertwined link joins at least one ascending portion and at least one descending portion of one or more strands of the plurality of strands . a base layer having an interior surface and an opposite exterior surface , the base layer forming at least a portion of the upper of the article of footwear ; a tensile support structure disposed proximate to the exterior surface of the base layer , the tensile support structure comprising a plurality of strands that extend between a lace region of the upper and a lower region of the upper ; and wherein the plurality of strands are joined together in a chain-link arrangement through the tensile support structure , wherein each strand of the plurality of strands comprises an ascending portion , a lace loop , and a descending portion , and wherein the ascending portion extends from the lower region to the lacing region , the descending portion extends from the lacing region to the lower region, and the lace loop is disposed between the ascending portion and the descending portion , wherein the chain-link arrangement of the plurality of strands in the tensile support structure comprises a plurality of intertwined links , and wherein each intertwined link joins at least one ascending portion and at least one descending portion of one or more strands of the plurality of strands .
A computer-implemented method of removing truncation artifacts in magnetic resonance (MR) images, comprising: receiving a crude image that is based on partial k-space data from a partial k-space asymmetrically truncated in at least one k-space dimension at k-space locations corresponding to high spatial frequencies ; analyzing the crude image using a neural network model , wherein the neural network model was trained with pairs of pristine images and corrupted images , wherein the corrupted images are based on partial k-space data from partial k-spaces truncated in one or more partial sampling patterns at the k-space locations corresponding to the high spatial frequencies , the one or more partial sampling patterns including an asymmetrical truncation in at least one k-space dimension, the pristine images are based on full k-space data corresponding to the partial k-space data of the corrupted images, and target output images of the neural network model are the pristine images; deriving an improved image of the crude image based on the analysis, wherein the derived improved image includes reduced truncation artifacts and increased high spatial frequency data, compared to the crude image; and outputting the improved image; wherein the partial k-space data of the corrupted images include a first set of k-space data and a second set of k-space data, wherein the second set of k-space data are conjugate reflections of the first set of k-space data. receiving a crude image that is based on partial k-space data from a partial k-space asymmetrically truncated in at least one k-space dimension at k-space locations corresponding to high spatial frequencies ; analyzing the crude image using a neural network model , wherein the neural network model was trained with pairs of pristine images and corrupted images , wherein the corrupted images are based on partial k-space data from partial k-spaces truncated in one or more partial sampling patterns at the k-space locations corresponding to the high spatial frequencies , the one or more partial sampling patterns including an asymmetrical truncation in at least one k-space dimension, the pristine images are based on full k-space data corresponding to the partial k-space data of the corrupted images, and target output images of the neural network model are the pristine images; deriving an improved image of the crude image based on the analysis, wherein the derived improved image includes reduced truncation artifacts and increased high spatial frequency data, compared to the crude image; and outputting the improved image; wherein the partial k-space data of the corrupted images include a first set of k-space data and a second set of k-space data, wherein the second set of k-space data are conjugate reflections of the first set of k-space data.
A method of wireless communication performed by a user equipment, UE, comprising: receiving an indication of an association between one or more downlink reference signals and a corresponding physical cell identifier, PCI, of multiple PCIs associated with a serving cell, wherein the one or more downlink reference signals are used to identify one or more beams associated with one or more random access channel, RACH, occasions for a RACH procedure; transmitting one or more first random access messages in one or more corresponding RACH occasions associated with one or more PCIs of the multiple PCIs; receiving one or more second random access messages, that include a physical downlink control channel, PDCCH, portion and a physical downlink shared channel, PDSCH, portion, associated with the one or more PCIs based at least in part on transmitting the one or more first random access messages; and wherein all RACH occasions corresponding to the one or more downlink reference signals occur before a set of random access response, RAR, windows corresponding to those RACH occasions, wherein different RAR windows in the set of RAR windows include PDCCH monitoring occasions associated with different PCIs of the multiple PCIs. receiving an indication of an association between one or more downlink reference signals and a corresponding physical cell identifier, PCI, of multiple PCIs associated with a serving cell, wherein the one or more downlink reference signals are used to identify one or more beams associated with one or more random access channel, RACH, occasions for a RACH procedure; transmitting one or more first random access messages in one or more corresponding RACH occasions associated with one or more PCIs of the multiple PCIs; receiving one or more second random access messages, that include a physical downlink control channel, PDCCH, portion and a physical downlink shared channel, PDSCH, portion, associated with the one or more PCIs based at least in part on transmitting the one or more first random access messages; and wherein all RACH occasions corresponding to the one or more downlink reference signals occur before a set of random access response, RAR, windows corresponding to those RACH occasions, wherein different RAR windows in the set of RAR windows include PDCCH monitoring occasions associated with different PCIs of the multiple PCIs.
A ferrocene-based fire extinguishing composition, comprising - ferrocene, a ferrocene derivative, or a combination thereof in an amount of 25 mass% or more, wherein the ferrocene derivative is a compound of ferrocene aldehydes or ketones, or a compound of ferrocene carboxylic acid and its derivative, or a compound of ferrocene alcohols, phenols or ethers, or a ferrocene hydrocarbon compound, or a nitrogen-containing ferrocene compound, or a sulfur-containing or phosphorus-containing ferrocene compound, or a silicon-containing ferrocene compound, or a heterocyclic ferrocene compound; - a flame retardant in an amount of up to 75 mass percent, wherein the flame retardant is a compound which has a decompose temperature of 100°C or higher and can release gas, liquid or solid particles having a flame retardant effect during the decomposition; and - an additive in an amount of from 0.5 mass percent to 10 mass percent, based on the mass of the fire extinguishing composition. - ferrocene, a ferrocene derivative, or a combination thereof in an amount of 25 mass% or more, wherein the ferrocene derivative is a compound of ferrocene aldehydes or ketones, or a compound of ferrocene carboxylic acid and its derivative, or a compound of ferrocene alcohols, phenols or ethers, or a ferrocene hydrocarbon compound, or a nitrogen-containing ferrocene compound, or a sulfur-containing or phosphorus-containing ferrocene compound, or a silicon-containing ferrocene compound, or a heterocyclic ferrocene compound; - a flame retardant in an amount of up to 75 mass percent, wherein the flame retardant is a compound which has a decompose temperature of 100°C or higher and can release gas, liquid or solid particles having a flame retardant effect during the decomposition; and - an additive in an amount of from 0.5 mass percent to 10 mass percent, based on the mass of the fire extinguishing composition.
System for guiding an industrial truck in a high-bay warehouse, wherein the high-bay warehouse comprises a multiplicity of support rails (80-85), wherein the system comprises: - a sensor unit which is configured to detect vehicle position data which represent a relative or absolute current position of the industrial truck ; - a support rail determination unit which is configured to determine at least one support rail (80-85) to be expected upon further travel of the industrial truck as well as support rail position data which represent a relative or absolute position of the at least one support rail (80-85); - a computing unit which is configured to be in communication with the sensor unit and the support rail determination unit and calculate a desired driving route (60; 64) of the industrial truck on the basis of the vehicle position data and the support rail position data; and - a control unit which is configured to guide the industrial truck on the basis of the desired driving route (60; 64), - a contour detection unit which is configured to detect contours of shelves and the items accommodated on the shelves, characterised in that the computing unit is furthermore configured to be in communication with the contour detection unit and where necessary adjust the desired driving route (60; 64) on the basis of the detected contours. - a sensor unit which is configured to detect vehicle position data which represent a relative or absolute current position of the industrial truck ; - a support rail determination unit which is configured to determine at least one support rail (80-85) to be expected upon further travel of the industrial truck as well as support rail position data which represent a relative or absolute position of the at least one support rail (80-85); - a computing unit which is configured to be in communication with the sensor unit and the support rail determination unit and calculate a desired driving route (60; 64) of the industrial truck on the basis of the vehicle position data and the support rail position data; and - a control unit which is configured to guide the industrial truck on the basis of the desired driving route (60; 64), - a contour detection unit which is configured to detect contours of shelves and the items accommodated on the shelves, characterised in that the computing unit is furthermore configured to be in communication with the contour detection unit and where necessary adjust the desired driving route (60; 64) on the basis of the detected contours.
Installation for sorting parcels or packages comprising a sorting conveyor designed to convey parcels in a particular conveying direction (F1) and shuttle carriages which are autonomous in movement and are each equipped with a sorting receptacle for parcels, said shuttle carriages being designed to be arranged under the sorting conveyor in a loading position in which the parcels fall by gravity from the sorting conveyor into the sorting receptacles according to a particular sorting indication affixed to the parcels, characterized in that each sorting receptacle comprises a rigid bottom wall and elastic side walls which are suspended from the shuttle carriage so that the bottom wall of the receptacle extends downward by stretching the side walls each time parcels are loaded into the receptacle, and in that the shuttle carriages each comprise a floor which extends horizontally under the receptacle and a retaining means which connects the bottom wall of the receptacle with the floor and in that the shuttle carriages are designed to be tilted into an unloading position in which the parcels fall by gravity from the receptacles and in which the retaining means is designed to retain the bottom wall in order to maintain a certain elastic tension in the side walls.
A process for production of biofuel from seaweeds, wherein said process comprises (a) providing seaweed slurry prepared in its own fluids or in seawater, wherein said slurry exhibits an ionic conductivity of at least 10,000 micro Siemens/cm, (b) subjecting said slurry having said ionic conductivity to hydrolysis by chemical treatment to obtain a hydrolysate exhibiting an ionic conductivity of at least 10, 000 micro Siemens/cm, followed by microbial fermentation with salt tolerant microorganisms to obtain biofuel; and (c) recovering said biofuel. (a) providing seaweed slurry prepared in its own fluids or in seawater, wherein said slurry exhibits an ionic conductivity of at least 10,000 micro Siemens/cm, (b) subjecting said slurry having said ionic conductivity to hydrolysis by chemical treatment to obtain a hydrolysate exhibiting an ionic conductivity of at least 10, 000 micro Siemens/cm, followed by microbial fermentation with salt tolerant microorganisms to obtain biofuel; and (c) recovering said biofuel.
A printing method comprising: a. providing first and second fluids, wherein: i. the first fluid is an acidic, edible and aqueous ink comprising an extract of plant matter or solids of the extract of the plant matter, a color of both (A) the plant matter or the extract thereof or the solids of the extract thereof and (B) the aqueous ink being pH dependent; ii. the second fluid is an edible pH-adjusting liquid which is clear, or whose primary colorant is riboflavin or riboflavin-phosphate; and b. in accordance with a relationship between: (i) a pH-color dependency of the first fluid; and (ii) a pH:mixing-ratio dependency of pH upon a mixing ratio between the first and second fluids, ink-jetting droplets of both the first and second fluids to an edible substrate to print a multi-color edible ink-image thereon. a. providing first and second fluids, wherein: i. the first fluid is an acidic, edible and aqueous ink comprising an extract of plant matter or solids of the extract of the plant matter, a color of both (A) the plant matter or the extract thereof or the solids of the extract thereof and (B) the aqueous ink being pH dependent; ii. the second fluid is an edible pH-adjusting liquid which is clear, or whose primary colorant is riboflavin or riboflavin-phosphate; and i. the first fluid is an acidic, edible and aqueous ink comprising an extract of plant matter or solids of the extract of the plant matter, a color of both (A) the plant matter or the extract thereof or the solids of the extract thereof and (B) the aqueous ink being pH dependent; ii. the second fluid is an edible pH-adjusting liquid which is clear, or whose primary colorant is riboflavin or riboflavin-phosphate; and b. in accordance with a relationship between: (i) a pH-color dependency of the first fluid; and (ii) a pH:mixing-ratio dependency of pH upon a mixing ratio between the first and second fluids, ink-jetting droplets of both the first and second fluids to an edible substrate to print a multi-color edible ink-image thereon.
A wireless communication method implemented by an access point in a multi-input multi-output MIMO system, the method comprising: forming an antenna port set, wherein the antenna port set comprises two or more antenna ports that share a set of transmission resources for user equipment reference signal UE-RS, wherein an antenna port set index is assigned to the antenna port set; transmitting an assignment of the antenna port set index to a user equipment, UE ; allocating transmission resources to a user equipment reference signal UE-RS, the allocating being based at least in part on the antenna port set index; and transmitting the UE-RS from the antenna ports in the antenna port set. forming an antenna port set, wherein the antenna port set comprises two or more antenna ports that share a set of transmission resources for user equipment reference signal UE-RS, wherein an antenna port set index is assigned to the antenna port set; transmitting an assignment of the antenna port set index to a user equipment, UE ; allocating transmission resources to a user equipment reference signal UE-RS, the allocating being based at least in part on the antenna port set index; and transmitting the UE-RS from the antenna ports in the antenna port set.
Mobile machine tool , namely a manually-operated machine tool or semi-stationary machine tool , for machining a workpiece (W), wherein the machine tool has an in particular plate-like guide element with a guide surface for guiding the machine tool on the workpiece (W) or the workpiece (W) on the machine tool , wherein the machine tool has a drive unit with a drive motor for driving a tool holder arranged on the drive unit , wherein the machine tool is provided with a tool sensor arrangement for detecting a workpiece contact region in which a work tool arranged on the tool holder , in particular a cutting tool, is in contact with the workpiece (W), in particular cutting into the workpiece, and wherein the tool sensor arrangement comprises at least two tool sensors , the detection ranges of which (EB1, EB2) are assigned to different partial workpiece contact regions (WK1, WK2) of the workpiece contact region, characterised in that one partial workpiece contact region (WK1, WK2) corresponds to an entry region of the work tool in the workpiece (W) and the other partial workpiece contact region (WK1, WK2) corresponds to an exit region of the work tool from the workpiece (W).