mhurhangee/patent-ind-claim-en huggingface dataset:
A method of screening for a catalyst of a predetermined chemical reaction, comprising the steps of: a) determining physico-chemical properties at the locations of grid voxels, wherein the grid includes the active site cavity of a first enzyme, to obtain query point clouds for each physico-chemical property type, wherein the physico-chemical properties are potential energies of non H-bonding atoms, selected from sulphur, chlorine, calcium, manganese, iron, zinc, bromine, iodine, fluorine, magnesium, phosphorus, aliphatic carbon, aromatic carbon, nitrogen and hydrogen, potential energies of H-bond acceptors, selected from nitrogen, sulphur and oxygen, potential energies of H-bond donors, being hydrogen, electrostatic potential, hydrophobicity, and accessibility, b) creating a point cloud database of corresponding point clouds for active site cavities of predetermined proteins; c) searching the database with the query point clouds to thereby identify one of the predetermined proteins which has an active site cavity matching the active site cavity of the first enzyme, thereby identifying a second enzyme as the catalyst, by comparing the query point clouds to the corresponding point clouds from the point cloud database, wherein step d) comprises superimposing the query point clouds and the corresponding point clouds from the point cloud database, the comparing comprises comparing the physico-chemical properties at the grid voxels of the query point clouds to the physico-chemical properties at the closest grid voxels of the corresponding point clouds from the point cloud database and generating an individual identity score representing the quality of the match for each physico-chemical property, and generating an identity score as a weighted sum of the individual identity scores. a) determining physico-chemical properties at the locations of grid voxels, wherein the grid includes the active site cavity of a first enzyme, to obtain query point clouds for each physico-chemical property type, wherein the physico-chemical properties are potential energies of non H-bonding atoms, selected from sulphur, chlorine, calcium, manganese, iron, zinc, bromine, iodine, fluorine, magnesium, phosphorus, aliphatic carbon, aromatic carbon, nitrogen and hydrogen, potential energies of H-bond acceptors, selected from nitrogen, sulphur and oxygen, potential energies of H-bond donors, being hydrogen, electrostatic potential, hydrophobicity, and accessibility, b) creating a point cloud database of corresponding point clouds for active site cavities of predetermined proteins; c) searching the database with the query point clouds to thereby identify one of the predetermined proteins which has an active site cavity matching the active site cavity of the first enzyme, thereby identifying a second enzyme as the catalyst, by comparing the query point clouds to the corresponding point clouds from the point cloud database,
A handheld device for extraction of tissue samples , comprising a needle arrangement and a control arrangement , said needle arrangement comprising - a cutting needle and - a sample extraction needle , said needle arrangement having a first end for inserting into tissue , said cutting needle comprising - a cutting edge for cutting said tissue sample from said tissue , said sample extraction needle comprising - a side opening for receiving said tissue and extending into a tissue sample chamber holding said tissue sample , wherein the tissue sample chamber is located at the first end of needle arrangement , said control arrangement comprising - a vacuum chamber in fluid communication with said sample extraction needle , the vacuum chamber comprising - a first member and - a second member , said first and second members being adapted to move relative to each other, wherein said first member is mechanically connected to said cutting needle , and wherein said handheld device is configured so that - a movement between said first member and said second member to increase the volume of said vacuum chamber thereby reducing the pressure in said sample extraction needle induces - a movement between said cutting needle and said sample extraction needle to expose said side opening of said sample extraction needle , characterized in that said vacuum chamber is adapted to build up a vacuum in the tissue sample chamber before the side opening is exposed. - a cutting needle and - a sample extraction needle , - a cutting edge for cutting said tissue sample from said tissue , said sample extraction needle comprising - a side opening for receiving said tissue and extending into a tissue sample chamber holding said tissue sample , wherein the tissue sample chamber is located at the first end of needle arrangement , - a vacuum chamber in fluid communication with said sample extraction needle , - a first member and - a second member , - a movement between said first member and said second member to increase the volume of said vacuum chamber thereby reducing the pressure in said sample extraction needle - a movement between said cutting needle and said sample extraction needle to expose said side opening of said sample extraction needle , characterized in that said vacuum chamber is adapted to build up a vacuum in the tissue sample chamber before the side opening is exposed.
A sheet metal turbine housing mounted downstream of an engine exhaust manifold and having a scroll part made by a sheet metal scroll member to form a spiral exhaust gas passage of a turbocharger that drives a turbine by using exhaust gas, wherein the scroll part is formed by a first scroll part and a second scroll part butted opposite each other and joined together, a center core part in a substantially cylindrical shape disposed in a volute center part of the scroll part includes: a housing portion at one end that surrounds an outer circumference of a turbine wheel via a clearance and that forms a gas discharge port; a bearing receiving portion at the other end in which a bearing axially supporting a rotating shaft of the turbine wheel is fitted; and a plurality of circumferentially spaced supports bridging a gap between the housing portion and the bearing receiving portion in an axial direction of the turbine, and wherein the housing portion , the bearing receiving portion , and the supports are formed integrally in one piece from a steel pipe member in an annular shape, characterized in that the first scroll part and the second scroll part are joined together so that an end of the first scroll part and an end of the second scroll part are joined together by penetration butt welding (a) at all around an outer circumferential portion of the scroll part . a housing portion at one end that surrounds an outer circumference of a turbine wheel via a clearance and that forms a gas discharge port; a bearing receiving portion at the other end in which a bearing axially supporting a rotating shaft of the turbine wheel is fitted; and a plurality of circumferentially spaced supports bridging a gap between the housing portion and the bearing receiving portion in an axial direction of the turbine, and wherein the housing portion , the bearing receiving portion , and the supports are formed integrally in one piece from a steel pipe member in an annular shape, characterized in that the first scroll part and the second scroll part are joined together so that an end of the first scroll part and an end of the second scroll part are joined together by penetration butt welding (a) at all around an outer circumferential portion of the scroll part .
A method implemented in a computerized environment in which a carousel widget is displayed to a user, the method comprising: causing the carousel widget to display a first content card for a duration of a first time period, wherein the first content card is associated to a first functionality, wherein the first functionality is configured to be executed in response to a user interaction with the first content card ; after the first time period expires, causing the carousel widget to perform a content switch, wherein the content switch comprises an operation of displaying a second content card instead of displaying the first content card , wherein the second content card is associated to a second functionality; wherein the method is characterized in : measuring an elapsed time since the content switch of the carousel widget ; comparing the elapsed time to a time threshold, wherein said comparing is configured to classify an intention of a potential user interaction with the carousel widget after the content switch; and based on said comparing, determining whether or not to perform a responsive action, wherein the responsive action comprises blocking the second functionality or releasing a previously set blockage of the second functionality. causing the carousel widget to display a first content card for a duration of a first time period, wherein the first content card is associated to a first functionality, wherein the first functionality is configured to be executed in response to a user interaction with the first content card ; after the first time period expires, causing the carousel widget to perform a content switch, wherein the content switch comprises an operation of displaying a second content card instead of displaying the first content card , wherein the second content card is associated to a second functionality; wherein the method is characterized in : measuring an elapsed time since the content switch of the carousel widget ; comparing the elapsed time to a time threshold, wherein said comparing is configured to classify an intention of a potential user interaction with the carousel widget after the content switch; and based on said comparing, determining whether or not to perform a responsive action, wherein the responsive action comprises blocking the second functionality or releasing a previously set blockage of the second functionality. measuring an elapsed time since the content switch of the carousel widget ; comparing the elapsed time to a time threshold, wherein said comparing is configured to classify an intention of a potential user interaction with the carousel widget after the content switch; and based on said comparing, determining whether or not to perform a responsive action, wherein the responsive action comprises blocking the second functionality or releasing a previously set blockage of the second functionality.
Support unit for a roof rack arrangement of a motor vehicle having a support profile extending, in the installed condition, over a vehicle roof in the vehicle longitudinal direction (X), and a fixing device disposed on one end at the support profile for fixing a bicycle fork with a receiving recess for receiving a wheel axle associated with the bicycle fork, a clamping jaw displaceable relative to the receiving recess between a clamping position, in which the clamping jaw clamps the wheel axle in the receiving recess , and a release position, in which the clamping jaw releases the wheel axle , and a manually actuatable setting unit in operative connection to the clamping jaw for displacing the clamping jaw , wherein the setting unit includes a setting wheel for manual rotary actuation and a worm gear , wherein the setting wheel on the drive side and the clamping jaw on the output side are in operative connection to the worm gear and the setting unit is configured such that the clamping jaw is displaceable between the release position and the clamping position by means of a manual rotary actuation of the setting wheel , characterized in that the receiving recess is configured in the form of an essentially U-shaped, in relation to an installed condition on the vehicle roof side, channel open towards the top and the clamping jaw is configured in a wedge shape such that the clamping jaw in the clamping position causes a clamping force component oriented from top to bottom on the wheel axle .
A method of pipe extraction, comprising: coupling a first cable to a distal end of a pipe buried in the ground; coupling a second cable to a proximal end of the pipe ; and adjusting, independently pulling force of the first cable and the second cable , wherein the pulling force of each of the first cable and the second cable can be the same or different; pulling both the first cable and the second cable concurrently to extract the pipe from the ground. coupling a first cable to a distal end of a pipe buried in the ground; coupling a second cable to a proximal end of the pipe ; and adjusting, independently pulling force of the first cable and the second cable , wherein the pulling force of each of the first cable and the second cable can be the same or different; pulling both the first cable and the second cable concurrently to extract the pipe from the ground.
A user equipment, UE , comprising: a transceiver configured to connect to a first next generation Node B, gNB, of a 5G new radio, NR, network; a baseband processor configured to: receive a handover command from the first gNB via one of a Layer 1 signaling or Layer 2 signaling that instructs the UE to perform a handover procedure to handover to a second gNB , wherein the handover command comprises an identification of a Transmission and Configuration Indication, TCI, state that is associated with the second gNB ; and wherein the UE is configured to store a relationship between the second gNB and the identified TCI state and further store relationships between the identified TCI state and parameters to perform the handover procedure; and conduct the handover procedure with the second gNB for the UE to connect to the second gNB using said parameters. a transceiver configured to connect to a first next generation Node B, gNB, of a 5G new radio, NR, network; a baseband processor configured to: receive a handover command from the first gNB via one of a Layer 1 signaling or Layer 2 signaling that instructs the UE to perform a handover procedure to handover to a second gNB , wherein the handover command comprises an identification of a Transmission and Configuration Indication, TCI, state that is associated with the second gNB ; and wherein the UE is configured to store a relationship between the second gNB and the identified TCI state and further store relationships between the identified TCI state and parameters to perform the handover procedure; and conduct the handover procedure with the second gNB for the UE to connect to the second gNB using said parameters.
An opto-electronic module , comprising a substrate member (P,P'); an optics member (O); at least one active optical component (E) mounted on said substrate member (P,P'); at least one passive optical component (20, L) comprised in said optics member (O); wherein the optics member (O) is directly or indirectly fixed to said substrate member (P,P'), and wherein said optics member (O) comprises at least one portion, referred to as blocking portion (b), which is at least substantially non-transparent for at least a specific wavelength range, and at least one other portion, referred to as transparent portion (t), which is at least substantially transparent for at least said specific wavelength range, the blocking portion (b) comprising an opening , the transparent portion (t) comprising a transparent element provided in the opening and being laterally enclosed by the blocking portion (b), the transparent element having two opposing flat surfaces substantially perpendicular to a vertical direction, the transparent element being formed from a cured transparent material (T), which at least partially fills the opening , and wherein the at least one passive optical component (20, L) is arranged on at least one of the surfaces of the transparent element .
A method of transmitting secondary cell, SCell, beam failure recovery request, BFRQ, information in a beam failure recovery, BFR, procedure for a user equipment, UE, the method comprising: receiving , from a base station, BS, at least one scheduling request, SR, resource configuration and at least one SR configuration; triggering a first type of SR transmission for requesting a first uplink, UL, resource for transmitting beam failure recovery request, BFRQ, information according to a first of the at least one SR configuration, wherein one of the at least one SR resource configuration indicates a first physical uplink control channel, PUCCH, resource for the first type of SR transmission; and in a case that the first PUCCH resource for the first type of SR transmission overlaps a second PUCCH resource for a second type of SR transmission for requesting a second UL resource for transmitting non-BFRQ information according to a second of the at least one SR configuration, transmitting , to the BS, first uplink control information, UCI, on the first PUCCH resource; wherein the first type of SR transmission is prioritized over the second type of SR transmission, and a payload of the first UCI includes a first indication associated with the first type of SR transmission. receiving , from a base station, BS, at least one scheduling request, SR, resource configuration and at least one SR configuration; triggering a first type of SR transmission for requesting a first uplink, UL, resource for transmitting beam failure recovery request, BFRQ, information according to a first of the at least one SR configuration, wherein one of the at least one SR resource configuration indicates a first physical uplink control channel, PUCCH, resource for the first type of SR transmission; and in a case that the first PUCCH resource for the first type of SR transmission overlaps a second PUCCH resource for a second type of SR transmission for requesting a second UL resource for transmitting non-BFRQ information according to a second of the at least one SR configuration, transmitting , to the BS, first uplink control information, UCI, on the first PUCCH resource; wherein the first type of SR transmission is prioritized over the second type of SR transmission, and a payload of the first UCI includes a first indication associated with the first type of SR transmission.
A passenger aircraft having an interior cabin which includes a panel comprising a cabin bulkhead divider, toilet wall, galley wall, sidewall panel, dado panel, storage compartment panel or a headboard, and a a soft interior trim component for covering the panel the component comprising a layer of a soft fluoropolymer closed cell foam, a cover attached to said layer and extending over the front of the trim component and attachment means releasably attaching the component at its rear to the panel surface covered by the component, the attachment means having touch and close fastening means providing a touch and close fastening between the component and a surface of the panel to be covered, the attachment means further including a fastening element comprising a protuberance projecting from the trim component, and a female connector portion on the panel in mating releasable engagement with one another.
A method for estimating electrical power consumption of an air-conditioning system comprising the steps of: at a first installation of the air-conditioning system: (a.) receiving a first set of running parameters from an indoor unit of the air-conditioning system (S502); (b.) receiving a second set of running parameters from an outdoor unit of the air-conditioning system (S504); the method characterised by : (c.) calculating a capacity parameter of the indoor unit based on the first set of running parameters (S506); (d.) obtaining power consumption readings from a power meter associated with the air-conditioning system (S508); (e.) deriving a lookup table based on the capacity parameter, the second set of running parameters, and the power consumption readings from the power meter (S510); and at a time after operating the air-conditioning system: (f.) updating the power consumption readings in the lookup table based on readings obtained from the power meter (S512). at a first installation of the air-conditioning system: (a.) receiving a first set of running parameters from an indoor unit of the air-conditioning system (S502); (b.) receiving a second set of running parameters from an outdoor unit of the air-conditioning system (S504); the method characterised by : (c.) calculating a capacity parameter of the indoor unit based on the first set of running parameters (S506); (d.) obtaining power consumption readings from a power meter associated with the air-conditioning system (S508); (e.) deriving a lookup table based on the capacity parameter, the second set of running parameters, and the power consumption readings from the power meter (S510); and (a.) receiving a first set of running parameters from an indoor unit of the air-conditioning system (S502); (b.) receiving a second set of running parameters from an outdoor unit of the air-conditioning system (S504); the method characterised by : (c.) calculating a capacity parameter of the indoor unit based on the first set of running parameters (S506); (d.) obtaining power consumption readings from a power meter associated with the air-conditioning system (S508); (e.) deriving a lookup table based on the capacity parameter, the second set of running parameters, and the power consumption readings from the power meter (S510); and at a time after operating the air-conditioning system: (f.) updating the power consumption readings in the lookup table based on readings obtained from the power meter (S512).