mhurhangee/patent-ind-claim-en huggingface dataset:
A photometry method comprising: emitting light to at least a portion of a target using a variable amplitude current pulse to generate the emitted light; detecting light received from the at least a portion of the target in response to the emitted light; and integrating a current associated with the received light in response to the emitted light, characterised in that the method further comprises: determining an amount of charge used in the variable amplitude current pulse. emitting light to at least a portion of a target using a variable amplitude current pulse to generate the emitted light; detecting light received from the at least a portion of the target in response to the emitted light; and integrating a current associated with the received light in response to the emitted light, characterised in that the method further comprises: determining an amount of charge used in the variable amplitude current pulse.
A method for authenticating a network user, the method comprising: receiving, at a first network enabled device , a ticket of authentication from a first network, the ticket of authentication comprising a unique identifier associated with the network user; providing, by the first network enabled device , the ticket of authentication to an ID file service within a second network to validate the ticket and generate an encrypted user ID file which can be used to access the second network; receiving, by the first network enabled device , the encrypted user ID file from the ID file service , the encrypted user ID file based upon information in the ticket of authentication and a password provided by the network user; and providing, by the first network enabled device , the encrypted user ID file to a second network enabled device that accesses a service provider within the second network , wherein the network user is authenticated by the service provider based upon the user ID file and a password provided by the network user to the second network enabled device . receiving, at a first network enabled device , a ticket of authentication from a first network, the ticket of authentication comprising a unique identifier associated with the network user; providing, by the first network enabled device , the ticket of authentication to an ID file service within a second network to validate the ticket and generate an encrypted user ID file which can be used to access the second network; receiving, by the first network enabled device , the encrypted user ID file from the ID file service , the encrypted user ID file based upon information in the ticket of authentication and a password provided by the network user; and providing, by the first network enabled device , the encrypted user ID file to a second network enabled device that accesses a service provider within the second network , wherein the network user is authenticated by the service provider based upon the user ID file and a password provided by the network user to the second network enabled device .
A centrifugal gas separator for separating gas and non-gas components of a gaseous stream, the separator comprising: - a centrifugal separation chamber defined by a peripheral wall spaced apart from and extending around a central axis of the chamber , the peripheral wall extending axially between spaced apart opposite ends of the chamber ; - a peripheral intake port configured to co-operate with the peripheral wall to introduce a rotating flow of a gaseous intake stream comprising a gas component and a non-gas component along an inside surface of the peripheral wall ; - a peripheral exhaust port defined through the peripheral wall , configured to divert a radially outermost portion of the rotating flow comprising at least some of the non-gas component to exit the chamber ; and - a gas component output port , configured to allow the gas component to be drawn from an axially central volume of the separation chamber ; characterized by further comprising: - a ramp extending from the peripheral wall and from one of the side walls disposed at one of the axially opposite ends of the separation chamber wherein the ramp is inclined to redirect an axially outmost component of the rotating flow adjacent the one of the side walls from which the ramp extends, to impart the axially outmost component of the rotating flow with an axially inward velocity component. - a centrifugal separation chamber defined by a peripheral wall spaced apart from and extending around a central axis of the chamber , the peripheral wall extending axially between spaced apart opposite ends of the chamber ; - a peripheral intake port configured to co-operate with the peripheral wall to introduce a rotating flow of a gaseous intake stream comprising a gas component and a non-gas component along an inside surface of the peripheral wall ; - a peripheral exhaust port defined through the peripheral wall , configured to divert a radially outermost portion of the rotating flow comprising at least some of the non-gas component to exit the chamber ; and - a gas component output port , configured to allow the gas component to be drawn from an axially central volume of the separation chamber ; characterized by further comprising: - a ramp extending from the peripheral wall and from one of the side walls disposed at one of the axially opposite ends of the separation chamber wherein the ramp is inclined to redirect an axially outmost component of the rotating flow adjacent the one of the side walls from which the ramp extends, to impart the axially outmost component of the rotating flow with an axially inward velocity component.
A method, comprising: at an electronic device with a first camera , a second camera , and a display : while the first camera is at a first zoom level, displaying a camera user interface with a live preview from the first camera that includes a camera indicator element that indicates that the first camera will be used to capture media when a media capture command is received; while displaying the camera user interface , detecting a zoom gesture that corresponds to a request to zoom the live preview; and in response to detecting the zoom gesture: zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received. while the first camera is at a first zoom level, displaying a camera user interface with a live preview from the first camera that includes a camera indicator element that indicates that the first camera will be used to capture media when a media capture command is received; while displaying the camera user interface , detecting a zoom gesture that corresponds to a request to zoom the live preview; and in response to detecting the zoom gesture: zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received. zooming the live preview to a second zoom level; and changing an appearance of the camera indicator element to indicate that the second camera will be used to capture media when a media capture command is received.
Electrical arrangement assembly structure for a hermetic compressor being situated on the external region of the hermetic housing of the compressor, comprising: at least one insulating box capable of accommodating within the same at least one electrical arrangement necessary for the operation of the compressor; said insulating box comprising at least an opening for access to the electrical terminals of the electrical arrangement, and at least one housing region ; whereby it further comprises at least one hinge element fixed to the external region of the hermetic housing of the compressor, close to the electrical terminals of the electrical interface between the internal region and the external region of the hermetic housing of the compressor; said hinge element comprising at least one pivot handle ; characterized in that the pivot handle and the housing region are cooperative with each other by means of the housing cradle of the insulating box and the grounding tab of the hinge element ; the hinge element comprises a hole , with the electrical interface between the internal region and the external region of the hermetic housing of the compressor is disposed in the interior of said orifice ; and the opening for access to the electrical terminals of the electrical arrangement of the insulating box comprises a shape and dimensions analogue to the shape and dimensions of the hole of the hinge element . at least one insulating box capable of accommodating within the same at least one electrical arrangement necessary for the operation of the compressor; said insulating box comprising at least an opening for access to the electrical terminals of the electrical arrangement, and at least one housing region ; whereby it further comprises at least one hinge element fixed to the external region of the hermetic housing of the compressor, close to the electrical terminals of the electrical interface between the internal region and the external region of the hermetic housing of the compressor; said hinge element comprising at least one pivot handle ; characterized in that the pivot handle and the housing region are cooperative with each other by means of the housing cradle of the insulating box and the grounding tab of the hinge element ; the hinge element comprises a hole , with the electrical interface between the internal region and the external region of the hermetic housing of the compressor is disposed in the interior of said orifice ; and the opening for access to the electrical terminals of the electrical arrangement of the insulating box comprises a shape and dimensions analogue to the shape and dimensions of the hole of the hinge element .
An absorbent article comprising at least a topsheet layer and a backsheet layer, each layer having a body facing surface and a garment facing surface, and longitudinal and transversal edges, the article having a longitudinal front portion, a longitudinal back portion and a crotch portion located between the front and the back portion, the article comprises a first zone of microencapsulated temperature-regulating phase change material on a surface of a layer of the article, wherein the microcapsules are of a permanent, non-breakable and a non-water-soluble type, and wherein the first zone is discrete with boundaries starting and ending within the edge border of the layer, and wherein the first zone has a non-linear boundary in at least the transversal direction of the article.
Isolated polypeptide having protein ligase, preferably cyclase, activity comprising or consisting of (i) the amino acid sequence as set forth in SEQ ID NO:1; (ii) an amino acid sequence that shares at least 80, preferably at least 90 % sequence identity with the amino acid sequence set forth in SEQ ID NO:1 over its entire length; (iii) an amino acid sequence that shares at least 90, preferably at least 95 % sequence homology with the amino acid sequence set forth in SEQ ID NO:1 over its entire length; or (iv) a fragment of any one of (i)-(iii) that has protein ligase, preferably cyclase, activity, wherein said polypeptide preferably comprises (i) the amino acid residue N at the position corresponding to position 18 of SEQ ID NO:1; and/or (ii) the amino acid residue H at the position corresponding to position 124 of SEQ ID NO:1; and/or (iii) the amino acid residue C at the position corresponding to position 166 of SEQ ID NO:1. (i) the amino acid sequence as set forth in SEQ ID NO:1; (ii) an amino acid sequence that shares at least 80, preferably at least 90 % sequence identity with the amino acid sequence set forth in SEQ ID NO:1 over its entire length; (iii) an amino acid sequence that shares at least 90, preferably at least 95 % sequence homology with the amino acid sequence set forth in SEQ ID NO:1 over its entire length; or (iv) a fragment of any one of (i)-(iii) that has protein ligase, preferably cyclase, activity, (i) the amino acid residue N at the position corresponding to position 18 of SEQ ID NO:1; and/or (ii) the amino acid residue H at the position corresponding to position 124 of SEQ ID NO:1; and/or (iii) the amino acid residue C at the position corresponding to position 166 of SEQ ID NO:1.
Fluid line with a pipe made of a plastic material, wherein the pipe is surrounded at least over part of its length by an expansion protection , wherein the plastic material can be loaded with a temperature of at least 150°C and the fluid line has a clearance between an inner diameter of the expansion protection and an outer diameter of the pipe , characterized in that the expansion protection has an inner diameter which is at most 0.8 mm larger than the outer diameter of the pipe .
A method for producing a conjugated diene comprising a reaction step of subjecting a raw material gas containing a monoolefin having a carbon atom number of 4 or more to an oxidative dehydrogenation reaction with a gas containing molecular oxygen in the presence of a catalyst, to obtain a reaction product gas containing a conjugated diene; and a cooling step of cooling the reaction product gas, wherein in the cooling step, a cooling agent is supplied into a cooling column and brought into contact with the reaction product gas; the cooling agent discharged from the cooling column is then cooled by a heat exchanger; a precipitate dissolved in the cooling agent is precipitated within the heat exchanger and recovered; and the cooling agent from which the precipitate has been recovered is circulated into the cooling column, wherein a liquid linear rate in the heat exchanger for precipitating the precipitate is 1.0 m/sec or less.
An electronic device comprising: a charging pad having a plurality of metal contacts ; and a fiber device and characterized by : the fiber device having a plurality of non-conductive threads and a plurality of conductive threads , wherein the plurality of non-conductive threads and the plurality of conductive threads are woven to form a fabric and wherein at least one of the plurality of conductive threads is electrically coupled to at least one of the plurality of metal contacts via a solder joint. a charging pad having a plurality of metal contacts ; and a fiber device and characterized by : the fiber device having a plurality of non-conductive threads and a plurality of conductive threads , wherein the plurality of non-conductive threads and the plurality of conductive threads are woven to form a fabric and wherein at least one of the plurality of conductive threads is electrically coupled to at least one of the plurality of metal contacts via a solder joint.
A hearing prosthesis comprising a coupling arrangement of a bone conduction device , the coupling arrangement comprising an implantable component and an external pressure plate , the implantable component comprising: a first implantable fixture , and a second implantable fixture ; the external pressure plate comprising: a first external magnet , and a second external magnet , wherein the first and second implantable fixtures are co-planar magnets and wherein the magnet of the first implantable fixture has a magnetic strength that is greater than a magnetic strength of the magnet of the second implantable fixture, or wherein the first and second implantable fixtures are offset from one another such that a magnet of the first implantable fixture is configured to be positioned closer to the skin of the recipient than a magnet of the second implantable fixture, so that the first implantable fixture and the second implantable fixture are magnetically coupled to the first and second external magnets of the external pressure plate of the coupling arrangement such that a strength of a magnetic coupling between the first external magnet and the first implantable fixture is greater than a strength of a magnetic coupling between the second external magnet and the second implantable fixture . a first implantable fixture , and a second implantable fixture ; the external pressure plate comprising: a first external magnet , and a second external magnet , a first external magnet , and a second external magnet , wherein the first and second implantable fixtures are co-planar magnets and wherein the magnet of the first implantable fixture has a magnetic strength that is greater than a magnetic strength of the magnet of the second implantable fixture, or wherein the first and second implantable fixtures are offset from one another such that a magnet of the first implantable fixture is configured to be positioned closer to the skin of the recipient than a magnet of the second implantable fixture, so that the first implantable fixture and the second implantable fixture are magnetically coupled to the first and second external magnets of the external pressure plate of the coupling arrangement such that a strength of a magnetic coupling between the first external magnet and the first implantable fixture is greater than a strength of a magnetic coupling between the second external magnet and the second implantable fixture .
A protective device comprising: an airbag assembly configured to extend at least partially around a waist or hips of an individual; a buckle attached to the airbag assembly, the buckle comprising a first buckle half , and a second buckle half , the first and second buckle halves being attachable to and detachable from one another; and an airbag actuator configured to actuate the airbag assembly; characterized in that the first buckle half comprises a base portion , wherein a first portion of the airbag actuator is located in the base portion, and wherein a second portion of the airbag actuator extends from the base portion, such that, when the first buckle half is attached to the second buckle half, the second portion of the airbag actuator is located in the second buckle half. an airbag assembly configured to extend at least partially around a waist or hips of an individual; a buckle attached to the airbag assembly, the buckle comprising a first buckle half , and a second buckle half , the first and second buckle halves being attachable to and detachable from one another; and an airbag actuator configured to actuate the airbag assembly; characterized in that the first buckle half comprises a base portion , wherein a first portion of the airbag actuator is located in the base portion, and wherein a second portion of the airbag actuator extends from the base portion, such that, when the first buckle half is attached to the second buckle half, the second portion of the airbag actuator is located in the second buckle half.
Method for operating a measurement system with an evaluation module and several measuring elements , wherein the evaluation module and the measuring elements are connected via a communication line and wherein the method has the following steps: - detecting measurement data by means of the several measuring elements , wherein at least two of the measuring elements detect the measurement data at least partially at the same time; - buffering the detected measurement data in the respective measuring element , wherein the buffering of the detected measurement data is effected in a buffer memory of the respective measuring element 16; - reading out the measurement data buffered in the measuring elements by means of the evaluation module via the communication line , characterized in that the reading out of the buffered measurement data comprises fragmentation of the measurement data into fragments and successive reading out of the fragments. - detecting measurement data by means of the several measuring elements , wherein at least two of the measuring elements detect the measurement data at least partially at the same time; - buffering the detected measurement data in the respective measuring element , wherein the buffering of the detected measurement data is effected in a buffer memory of the respective measuring element 16; - reading out the measurement data buffered in the measuring elements by means of the evaluation module via the communication line ,
A pool cleaning robot for cleaning a pool, comprising: a filtering unit ; a housing ; an impeller ; a pump motor for rotating the impeller; a drive system; a first interfacing element for interfacing between the pool cleaning robot and a bottom of the pool while the pool cleaning robot cleans the bottom of the pool; a second interfacing element that comprises at least one wheel that is configured to contact an edge of the pool; wherein said second interfacing element is configured not to contact the bottom of the pool while the pool cleaning robot cleans the bottom of the pool; and wherein the pool cleaning robot is characterized by comprising third pool edge interfacing elements that are rotatable, are located at a central area of a bottom of the pool cleaning robot, and are configured not to contact a horizontal surface of the pool while the pool cleaning robot moves along the horizontal surface. a filtering unit ; a housing ; an impeller ; a pump motor for rotating the impeller; a drive system; a first interfacing element for interfacing between the pool cleaning robot and a bottom of the pool while the pool cleaning robot cleans the bottom of the pool; a second interfacing element that comprises at least one wheel that is configured to contact an edge of the pool; wherein said second interfacing element is configured not to contact the bottom of the pool while the pool cleaning robot cleans the bottom of the pool; and wherein the pool cleaning robot is characterized by comprising third pool edge interfacing elements that are rotatable, are located at a central area of a bottom of the pool cleaning robot, and are configured not to contact a horizontal surface of the pool while the pool cleaning robot moves along the horizontal surface.
A method for a user equipment, UE , operating in a wireless communication system supporting a Device-to-Device, D2D, link, the method comprising: receiving D2D synchronization configuration information including an identifier of a reference cell from a serving cell , wherein the reference cell is one of neighboring cells; acquiring synchronization with the reference cell and a synchronization resource of the reference cell based on the D2D synchronization configuration information; and receiving a D2D signal through the D2D link based on the synchronization resource of the reference cell. receiving D2D synchronization configuration information including an identifier of a reference cell from a serving cell , wherein the reference cell is one of neighboring cells; acquiring synchronization with the reference cell and a synchronization resource of the reference cell based on the D2D synchronization configuration information; and receiving a D2D signal through the D2D link based on the synchronization resource of the reference cell.