mhurhangee/patent-ind-claim-en huggingface dataset:
Internet-of-Things, IoT, edge computer system, in which a first virtual operational environment and a second virtual operational environment are set up, wherein - the first virtual operative environment is set up as a producer environment for collecting, processing and/or querying system data of the edge computer system itself or of one or more external systems or devices connected to the edge computer system, - the second virtual operational environment is arranged as an operator environment for collecting, processing and/or controlling operational data from or for the one or more external systems or devices , - the virtual operational environments are logically separated from each other in such a way that one virtual operational environment has no access to the other virtual operational environment , - the virtual operational environments are each logically assigned to a communication network via at least one virtual network connection , and - the virtual network connections are configured in such a way that a connection establishment from the communication network assigned to one of the two virtual operational environments to the communication network assigned to the other virtual operational environment is prevented. - the first virtual operative environment is set up as a producer environment for collecting, processing and/or querying system data of the edge computer system itself or of one or more external systems or devices connected to the edge computer system, - the second virtual operational environment is arranged as an operator environment for collecting, processing and/or controlling operational data from or for the one or more external systems or devices , - the virtual operational environments are logically separated from each other in such a way that one virtual operational environment has no access to the other virtual operational environment , - the virtual operational environments are each logically assigned to a communication network via at least one virtual network connection , and - the virtual network connections are configured in such a way that a connection establishment from the communication network assigned to one of the two virtual operational environments to the communication network assigned to the other virtual operational environment is prevented.
An assembly for analysing a sample on a planar substrate, the assembly comprising: a substrate support structure having a chamber formed therein, the chamber having an opening defined in a first surface of the support structure; a dispensing cavity to supply a reagent to the chamber , the dispensing cavity having an opening defined in the first surface of the support structure for receiving reagent therethrough; and a dispensing channel , extending between the dispensing cavity and the chamber to convey the reagent from the dispensing cavity to the chamber ; wherein the substrate support structure is configured to support the substrate such that a surface of the substrate to which the sample is to be coupled faces the chamber when the substrate is mounted to the first surface of the substrate support structure , in order that the chamber forms a microchamber disposed between the substrate and the substrate support structure ; wherein the dispensing cavity is formed in the substrate support structure adjacent to the chamber in a direction parallel to the plane of the substrate when supported by the substrate support structure ; and wherein the chamber and the substrate support structure are dimensioned such that, when the reagent is supplied to the dispensing cavity , the reagent is drawn from the dispensing cavity , through the dispensing channel and into the chamber by way of capillary forces acting on the reagent. a substrate support structure having a chamber formed therein, the chamber having an opening defined in a first surface of the support structure; a dispensing cavity to supply a reagent to the chamber , the dispensing cavity having an opening defined in the first surface of the support structure for receiving reagent therethrough; and a dispensing channel , extending between the dispensing cavity and the chamber to convey the reagent from the dispensing cavity to the chamber ; wherein the substrate support structure is configured to support the substrate such that a surface of the substrate to which the sample is to be coupled faces the chamber when the substrate is mounted to the first surface of the substrate support structure , in order that the chamber forms a microchamber disposed between the substrate and the substrate support structure ; wherein the dispensing cavity is formed in the substrate support structure adjacent to the chamber in a direction parallel to the plane of the substrate when supported by the substrate support structure ; and wherein the chamber and the substrate support structure are dimensioned such that, when the reagent is supplied to the dispensing cavity , the reagent is drawn from the dispensing cavity , through the dispensing channel and into the chamber by way of capillary forces acting on the reagent.
A lighting device comprising (i) a plurality of elongated filaments and (ii) an optical element , wherein: - each elongated filament comprises a support and a plurality of solid state light sources , wherein the elongated filament has a first axis of elongation having a first length (LI), wherein the elongated filament is configured to generate filament light over at least part of the first length (LI); and - the optical element comprises a plurality of facets , wherein the optical element has a second axis of elongation having a second length (L2), wherein the optical element has a non-circular cross-section perpendicular to the second axis of elongation , wherein the optical element is configured between at least two of the plurality of elongated filaments , and wherein the optical element is configured to redirect at least part of the filament light , - wherein the optical element comprises one or more optical element units , wherein each optical element unit comprises one or more of the plurality of facets , wherein the one or more facets of the optical element unit are symmetrically configured relative to the second axis of elongation , and wherein the one or more facets of the optical element unit taper in a direction parallel to the axis of elongation and, - the lighting device further comprising one or more sets , wherein each set comprises two adjacently configured optical element units , wherein the optical element units within the set taper in opposite directions. - each elongated filament comprises a support and a plurality of solid state light sources , wherein the elongated filament has a first axis of elongation having a first length (LI), wherein the elongated filament is configured to generate filament light over at least part of the first length (LI); and - the optical element comprises a plurality of facets , wherein the optical element has a second axis of elongation having a second length (L2), wherein the optical element has a non-circular cross-section perpendicular to the second axis of elongation , wherein the optical element is configured between at least two of the plurality of elongated filaments , and wherein the optical element is configured to redirect at least part of the filament light , - wherein the optical element comprises one or more optical element units , wherein each optical element unit comprises one or more of the plurality of facets , wherein the one or more facets of the optical element unit are symmetrically configured relative to the second axis of elongation , and wherein the one or more facets of the optical element unit taper in a direction parallel to the axis of elongation and, - the lighting device further comprising one or more sets , wherein each set comprises two adjacently configured optical element units , wherein the optical element units within the set taper in opposite directions.
Lock mechanism for receptacles, doors, cupboards, items of furniture or similar, with a lock plate , on which a combination lock with adjusting wheels and a secondary lock are arranged, and a stator , in relation to which the lock plate with the combination lock and the secondary lock is rotatable, whereby in the closed state of the lock mechanism the lock plate , with the combination lock and secondary lock which are mounted on it, has a free-wheel of 360° in relation to the stator . This is indicated by the fact that, when the lock mechanism is opened by means of the secondary lock , the adjusting wheels and clutch hubs of the combination lock , which are allocated to them and axially movable in respect of them, are disengaged, and an opening code of the combination lock as set at the time when the lock mechanism was opened by means of the secondary lock is reset to a predetermined delivery status code.
A belt for an elevator system , comprising: one or more tension elements extending along a belt length ; and a jacket at least partially encapsulating the one or more tension elements , the jacket including: a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length . one or more tension elements extending along a belt length ; and a jacket at least partially encapsulating the one or more tension elements , the jacket including: a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length . a jacket base; characterised by one or more insert layers embedded in the jacket base, the one or more insert layers having a corrugated shape along the belt length .
Low-voltage switching device comprising a housing in which power electronic components are arranged in the region of ventilation of a fan , wherein the power electronic components operate under temperature regulation by virtue of an air flow that originates from the fan and is guided asymmetrically, wherein the power electronic components are arranged parallel beside one another in chambers , so that the air flow originating from the fan is divided into two asymmetrically guided partial air flows, wherein each power electronic component is assigned a separate partial air flow , wherein the cross section of the separate partial air flows is formed differently, so that in the event of an equal power loss of the individual power electronic components , one power electronic component is cooled more poorly by the associated partial air flow and is thus warmer than the two other power electronic components , so that the low-voltage switching device can be operated with a nominal device current range of up to 650 A as a result of this asymmetrically guided air flow, wherein the warmer power electronic component is arranged centrally in front of the fan , wherein the partial air flow belonging to this component is guided by opposite air guide walls at the start of the air channel, wherein the warmer power electronic component is provided with a temperature sensor, and wherein the asymmetry in the air guidance is adjusted such that, in the case in which a higher power loss is produced in the two outer power electronic components on account of power-loss inequalities, it is ensured that these are no warmer than the central power electronic component .
A protein crystal comprising: (a) a first protein crystal having available space in the lattice, the first protein being a p21-activated kinase 4, PAK 4, or a catalytic domain thereof; and (b) a second protein crystal to be accommodated in the available space in the lattice, the second protein being an iBox of Inka1, the first and second proteins are co-expressed from one or more nucleic acid construct, wherein the crystal further accommodates a moiety in the available space in the lattice. (a) a first protein crystal having available space in the lattice, the first protein being a p21-activated kinase 4, PAK 4, or a catalytic domain thereof; and (b) a second protein crystal to be accommodated in the available space in the lattice, the second protein being an iBox of Inka1, the first and second proteins are co-expressed from one or more nucleic acid construct, wherein the crystal further accommodates a moiety in the available space in the lattice.
A method for text to speech (TTS), comprising: Acquiring TTS tasks to be processed and software identifiers corresponding to the TTS tasks, on a terminal device; determining a current scene of the terminal device; determining priorities corresponding to the software identifiers in the current scene; acquiring a sorting result by sorting the TTS tasks based on the priorities corresponding to the software identifiers; and executing the TTS tasks based on the sorting result, wherein determining the priorities corresponding to the software identifiers in the current scene comprises: acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene. Acquiring TTS tasks to be processed and software identifiers corresponding to the TTS tasks, on a terminal device; determining a current scene of the terminal device; determining priorities corresponding to the software identifiers in the current scene; acquiring a sorting result by sorting the TTS tasks based on the priorities corresponding to the software identifiers; and executing the TTS tasks based on the sorting result, wherein determining the priorities corresponding to the software identifiers in the current scene comprises: acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene. acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene.
Device for measuring at least one skin parameter, comprising: - a housing structure defining an interior cavity and a first opening at a skin contact end of the interior cavity ; - a movable part connected to the housing structure via an elastic connecting arrangement , the movable part being movable with respect to the housing structure such that the movable part at least partly remains within the housing structure and configured to protrude from the first opening when no external force is applied to the movable part , the movable part further comprising a second opening at a front end section; - an optical sensing unit for performing measurement of a first skin parameter, the optical sensing unit being provided within the interior cavity of the housing structure and comprising an illuminating unit for illuminating the skin surface by emitting light through the second opening of the movable part and an imaging unit for receiving light reflected by the illuminated skin surface; and - an electrical sensing unit for measuring a second skin parameter, wherein the electrical sensing unit is arranged at a front end section of the movable part defining the second opening . - a housing structure defining an interior cavity and a first opening at a skin contact end of the interior cavity ; - a movable part connected to the housing structure via an elastic connecting arrangement , the movable part being movable with respect to the housing structure such that the movable part at least partly remains within the housing structure and configured to protrude from the first opening when no external force is applied to the movable part , the movable part further comprising a second opening at a front end section; - an optical sensing unit for performing measurement of a first skin parameter, the optical sensing unit being provided within the interior cavity of the housing structure and comprising an illuminating unit for illuminating the skin surface by emitting light through the second opening of the movable part and an imaging unit for receiving light reflected by the illuminated skin surface; and - an electrical sensing unit for measuring a second skin parameter, wherein the electrical sensing unit is arranged at a front end section of the movable part defining the second opening .
A steam and vacuum cleaner, preferably a canister steam vacuum cleaner, having steam and vacuum cleaning functionalities, and comprising: a main body , a suction hose for vacuum cleaning and a steam hose for steam conveyance and supply, wherein the steam hose is external to the suction hose, and comprises, at each end, a detachable connector (steam hose connectors, 41, 51), preferably a rapid-fitting detachable connector, by detaching which the steam hose is detached from the steam and vacuum cleaner; and wherein the steam hose and the suction hose are reversibly connected each other by means of one or more detachable joints .
A calibrating method for calibrating a laser coordinate system of a laser radiator and a camera coordinate system (Cc) of a camera (3; 3a, 3b, 3c), the method using a plate with markers as an object and comprising: radiating, using the laser radiator, calibration laser light to the object such that the calibration laser light has a predetermined pattern in the laser coordinate system; changing a first position of the object to a second position with light points(m) of the calibration laser light projected on a surface of the object; taking, using the camera (3; 3a, 3b, 3c), a first image of the light points(m) with the object located at the first position, and taking, using the camera (3; 3a, 3b, 3c), a second image of the light points(m) with the object located at the second position; and calculating, by means of a first calibrator, a positional relationship between the laser coordinate system and the camera coordinate system (Cc)based on three-dimensional positions of the light points(m) in the camera coordinate system (Cc), the three-dimensional positions having been obtained based on the first image and the second image, characterized in that the step of calculating the positional relationship comprises calculating regression lines based on the three-dimensional positions of the light points (m), and calculating a control origin (P0) of the calibration laser light based on an intersection of the regression lines, wherein the step of calculating the positional relationship comprises calculating, based on the regression lines, a base vector of the laser coordinate system with the control origin (P0) serving as an origin of the laser coordinate system. radiating, using the laser radiator, calibration laser light to the object such that the calibration laser light has a predetermined pattern in the laser coordinate system; changing a first position of the object to a second position with light points(m) of the calibration laser light projected on a surface of the object; taking, using the camera (3; 3a, 3b, 3c), a first image of the light points(m) with the object located at the first position, and taking, using the camera (3; 3a, 3b, 3c), a second image of the light points(m) with the object located at the second position; and calculating, by means of a first calibrator, a positional relationship between the laser coordinate system and the camera coordinate system (Cc)based on three-dimensional positions of the light points(m) in the camera coordinate system (Cc), the three-dimensional positions having been obtained based on the first image and the second image, characterized in that the step of calculating the positional relationship comprises calculating regression lines based on the three-dimensional positions of the light points (m), and calculating a control origin (P0) of the calibration laser light based on an intersection of the regression lines, wherein the step of calculating the positional relationship comprises calculating, based on the regression lines, a base vector of the laser coordinate system with the control origin (P0) serving as an origin of the laser coordinate system.
A method for performing exact match lookup operations in a table , the method comprising: receiving a packet ; extracting and concatenating fields in said packet to form a lookup key ; performing a hash of said lookup key to generate a value which is used to identify a location in said table ; separating said value into fields comprising a bucket row , a bucket column , a bucket plane and a secondary hash value, wherein said bucket row , said bucket column and said bucket plane are used to identify an originating home hash root bucket ; reading a head entry on a collision chain of one of one or more hash root buckets neighboring to the originating home hash root bucket to determine if an exact match of said lookup key exists in response to a state field of said one of said one or more neighboring hash root buckets comprising said secondary hash value, a column offset to said bucket column of said originating home hash root bucket and a plane offset to the bucket plane of said originating home hash root bucket ; and reporting a finding of an exact match of said lookup key in response to said head entry on said collision chain of said one of said one or more neighboring hash root buckets exactly matching said lookup key. receiving a packet ; extracting and concatenating fields in said packet to form a lookup key ; performing a hash of said lookup key to generate a value which is used to identify a location in said table ; separating said value into fields comprising a bucket row , a bucket column , a bucket plane and a secondary hash value, wherein said bucket row , said bucket column and said bucket plane are used to identify an originating home hash root bucket ; reading a head entry on a collision chain of one of one or more hash root buckets neighboring to the originating home hash root bucket to determine if an exact match of said lookup key exists in response to a state field of said one of said one or more neighboring hash root buckets comprising said secondary hash value, a column offset to said bucket column of said originating home hash root bucket and a plane offset to the bucket plane of said originating home hash root bucket ; and reporting a finding of an exact match of said lookup key in response to said head entry on said collision chain of said one of said one or more neighboring hash root buckets exactly matching said lookup key.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: Ar 1 is phenyl substituted with 1-2 R 1a and 1-2 R 1b or 6-membered heteroaryl with 1-3 nitrogen atoms and substituted with 1-2 R 1a and 1-2 R 1b ; Ar 2 is phenyl substituted with 1-4 R 2 or 6-membered heteroaryl with 1-3 nitrogen atoms and substituted with 1-4 R 2 ; Ar 3 is phenyl substituted with 0-4 R 3 or pyridinyl substituted with 0-4 R 3 ; R 1a is hydrogen or halo; R 1b is halo, haloalkyl, alkoxy, or haloalkoxy; R 2 is hydrogen, cyano, halo, alkyl, hydroxyalkyl, haloalkyl, cycloalkyl, alkoxy, or haloalkoxy; R 3 is cyano, halo, alkyl, alkoxy, hydroxyalkyl, alkoxyalkyl, or haloalkyl; and R 4 is alkyl or alkoxy. Ar 1 is phenyl substituted with 1-2 R 1a and 1-2 R 1b or 6-membered heteroaryl with 1-3 nitrogen atoms and substituted with 1-2 R 1a and 1-2 R 1b ; Ar 2 is phenyl substituted with 1-4 R 2 or 6-membered heteroaryl with 1-3 nitrogen atoms and substituted with 1-4 R 2 ; Ar 3 is phenyl substituted with 0-4 R 3 or pyridinyl substituted with 0-4 R 3 ; R 1a is hydrogen or halo; R 1b is halo, haloalkyl, alkoxy, or haloalkoxy; R 2 is hydrogen, cyano, halo, alkyl, hydroxyalkyl, haloalkyl, cycloalkyl, alkoxy, or haloalkoxy; R 3 is cyano, halo, alkyl, alkoxy, hydroxyalkyl, alkoxyalkyl, or haloalkyl; and R 4 is alkyl or alkoxy.