mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device for extracting a token from a barcode comprising: a camera ; and a token extractor coupled with the camera and configured to: analyze an image captured by the camera from a display of a client device , and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. a camera ; and a token extractor coupled with the camera and configured to: analyze an image captured by the camera from a display of a client device , and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. analyze an image captured by the camera from a display of a client device , and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource.
A rotor bearing of a wind turbine having a rolling bearing 3 including an outer ring 5, an inner ring 4 and rolling bodies 6 rolling between the outer ring 5 and the inner ring 4, having a rotor shaft 1 having an axial circumferential section 1.1 with the length L1 between two radial shoulders 7, 9 arranged at an axial distance from one another, which first length receives the inner ring 4 of the rolling bearing 3, and having a rotor 2 connected to the rotor shaft 1, characterised in that the inner ring 4 has a first axial section with the length L2, which corresponds to the axial length L3 of the outer ring 5, and has two second sections 10.1, 10.2 that are axially adjoined to the first section that have different axial lengths L4.1, L4.2 from one another. having a rolling bearing 3 including an outer ring 5, an inner ring 4 and rolling bodies 6 rolling between the outer ring 5 and the inner ring 4, having a rotor shaft 1 having an axial circumferential section 1.1 with the length L1 between two radial shoulders 7, 9 arranged at an axial distance from one another, which first length receives the inner ring 4 of the rolling bearing 3, and having a rotor 2 connected to the rotor shaft 1, characterised in that the inner ring 4 has a first axial section with the length L2, which corresponds to the axial length L3 of the outer ring 5, and has two second sections 10.1, 10.2 that are axially adjoined to the first section that have different axial lengths L4.1, L4.2 from one another.
A sensor module for the capacitive and spatially resolved detection of an object approaching the sensor module and for the capacitive and spatially resolved capturing of tactile events between an object and the sensor module, comprising - a sensor element which has a first, a second and a third layer, wherein the first layer comprises a plurality of electrically conductive top electrodes , wherein the second layer is deformable and electrically insulating, wherein the third layer has an electrically conductive bottom electrode , wherein the second layer is arranged between the first and third layers, wherein the first and third layers are the only electrically conductive layers of the sensor element , and - a measuring unit which is designed to operate the sensor element in three different measurement configurations, namely in a self-capacitive approach configuration, a bilateral-capacitive approach configuration and a bilateral-capacitive tactility configuration, wherein the measuring unit is designed: -- in the self-capacitive approach configuration, to operate at least one of the top electrodes in a transmit mode; -- in the bilateral-capacitive approach configuration, to operate the at least one top electrode in the transmit mode or in a receive mode; and -- in the bilateral-capacitive tactility configuration, to operate the at least one top electrode in the transmit mode and the bottom electrode in the receive mode. - a sensor element which has a first, a second and a third layer, wherein the first layer comprises a plurality of electrically conductive top electrodes , wherein the second layer is deformable and electrically insulating, wherein the third layer has an electrically conductive bottom electrode , wherein the second layer is arranged between the first and third layers, wherein the first and third layers are the only electrically conductive layers of the sensor element , and - a measuring unit which is designed to operate the sensor element in three different measurement configurations, namely in a self-capacitive approach configuration, a bilateral-capacitive approach configuration and a bilateral-capacitive tactility configuration, wherein the measuring unit is designed: -- in the self-capacitive approach configuration, to operate at least one of the top electrodes in a transmit mode; -- in the bilateral-capacitive approach configuration, to operate the at least one top electrode in the transmit mode or in a receive mode; and -- in the bilateral-capacitive tactility configuration, to operate the at least one top electrode in the transmit mode and the bottom electrode in the receive mode. -- in the self-capacitive approach configuration, to operate at least one of the top electrodes in a transmit mode; -- in the bilateral-capacitive approach configuration, to operate the at least one top electrode in the transmit mode or in a receive mode; and -- in the bilateral-capacitive tactility configuration, to operate the at least one top electrode in the transmit mode and the bottom electrode in the receive mode.
Vibration absorbing system with a damping device which has a magnetic field generating device and an electrical conductor arrangement which can be moved relative to one another, the magnetic field generating device being guided on the electrical conductor arrangement , the vibration absorbing system arrangement having at least a first controllable break/blocking device which can break the movement of the magnetic field generating device with respect to the electrical conductor arrangement until the latter are stationary relative to one another, and which interacts in particular with the electrical conductor arrangement , the first controllable break/blocking device having at least a first actuating element which interacts with at least a first break element by means of at least a first lever arm , and the electrical conductor arrangement being designed as a rail with a longitudinal extent, characterized in that the first break element can be brought into contact with the rail by means of the first lever arm .
A method performed by a user equipment, UE, comprising: receiving , from a radio access network via a radio resource control, RRC, protocol message, a request for an application layer measurement report for an application operating at a layer above the RRC protocol layer; generating the application layer measurement report in response to the request; characterized in determining a current RRC connected state of the UE when the application layer measurement report is ready to be sent; in response to determining that the current RRC connected state of the UE is not a CELL_DCH RRC state, sending a cell update message to the radio access network, the cell update message comprising a cause value that indicates that the UE has the application layer measurement report available to send; after sending the cell update message to the radio access network, receiving instructions from the radio access network to transition to the CELL_DCH RRC state; transitioning to the CELL_DCH RRC state; and transmitting the application layer measurement report while the UE is in the CELL_DCH RRC state. receiving , from a radio access network via a radio resource control, RRC, protocol message, a request for an application layer measurement report for an application operating at a layer above the RRC protocol layer; generating the application layer measurement report in response to the request; characterized in determining a current RRC connected state of the UE when the application layer measurement report is ready to be sent; in response to determining that the current RRC connected state of the UE is not a CELL_DCH RRC state, sending a cell update message to the radio access network, the cell update message comprising a cause value that indicates that the UE has the application layer measurement report available to send; after sending the cell update message to the radio access network, receiving instructions from the radio access network to transition to the CELL_DCH RRC state; transitioning to the CELL_DCH RRC state; and transmitting the application layer measurement report while the UE is in the CELL_DCH RRC state.
An arrangement for transporting in particular uranium hexafluoride, comprising: - an inner container , preferably having at least one apron projecting beyond an end face of the inner container, - an outer container , which receives the inner container, and - a twist prevention device, by means of which the containers can be locked together to prevent them from twisting about their longitudinal axes ; characterized in that the twist prevention device comprises: - a locking element that is axially adjustable in a first receptacle and in that receptacle's longitudinal direction, - a second receptacle that rotatably receives the first receptacle and is fixedly connected to one of the containers , and - a handle that extends from the first receptacle and is radially guided by the second receptacle, the pivoting movement of said handle being convertible via the first receptacle into the axial adjustment of the locking element for engagement in the other container or disengagement therefrom. - an inner container , preferably having at least one apron projecting beyond an end face of the inner container, - an outer container , which receives the inner container, and - a twist prevention device, by means of which the containers can be locked together to prevent them from twisting about their longitudinal axes ; - a locking element that is axially adjustable in a first receptacle and in that receptacle's longitudinal direction, - a second receptacle that rotatably receives the first receptacle and is fixedly connected to one of the containers , and - a handle that extends from the first receptacle and is radially guided by the second receptacle, the pivoting movement of said handle being convertible via the first receptacle into the axial adjustment of the locking element for engagement in the other container or disengagement therefrom.
A sample substrate adapted for use with fluorescence excitation light with a first wavelength, comprising a base and a reflector, the reflector comprising a reflecting multilayer interference coating with at least two layers and wherein thicknesses of the layers ensures that any fluorescence sample material disposed on top of said multilayer interference coating is located near an antinode of a standing wave formed by the excitation light with said first wavelength incident on said substrate, characterized in that the substrate is adapted so that an electromagnetic field distribution of said fluorescence excitation light provides a minimum which is located one quarterwave below the physical surface and not all of the layers L fulfill a quarterwave condition: d L ⋅ n L = 2 N + 1 ⋅ λ / 4 wherein d L is a physical thickness of layer L, n L is an index of refraction of layer L at said first wavelength, N is an integer equal to or greater than zero and λ is said first wavelength.
A light emitting device comprising: a package support comprising a floor ; a semiconductor light emitting diode chip on said floor of said package support , said chip including an active region that emits radiation in the visible or UV portion of the spectrum; metal contacts in electrical communication with said chip on said package support , said metal contacts comprising a mount surface that is orthogonal to said floor such that said package support is mountable to a surface; a substantially transparent encapsulant covering said chip in said package ; and a phosphor in said encapsulant that emits radiation in the visible spectrum different from the radiation emitted by said chip and in response to the wavelength emitted by said chip , wherein said semiconductor chip is disposed to emit light in a direction that is parallel to said mount surface, characterized in that more than 50 percent of the phosphor is positioned in the lower 25 percent of the encapsulant , and said encapsulant defines a negative meniscus with respect to said package support , the meniscus having a depth in the range 280 to 320 microns, and said chip that provides a viewing angle for said light emitting device that is in a range from 90 degrees to 110 degrees. a package support comprising a floor ; a semiconductor light emitting diode chip on said floor of said package support , said chip including an active region that emits radiation in the visible or UV portion of the spectrum; metal contacts in electrical communication with said chip on said package support , said metal contacts comprising a mount surface that is orthogonal to said floor such that said package support is mountable to a surface; a substantially transparent encapsulant covering said chip in said package ; and a phosphor in said encapsulant that emits radiation in the visible spectrum different from the radiation emitted by said chip and in response to the wavelength emitted by said chip , wherein said semiconductor chip is disposed to emit light in a direction that is parallel to said mount surface, characterized in that more than 50 percent of the phosphor is positioned in the lower 25 percent of the encapsulant , and said encapsulant defines a negative meniscus with respect to said package support , the meniscus having a depth in the range 280 to 320 microns, and said chip that provides a viewing angle for said light emitting device that is in a range from 90 degrees to 110 degrees.
Orthosis comprising a tubular sleeve having an inlet opening , the tubular sleeve being formed of a stretchable, textile based material such that the tubular sleeve as such is radially collapsible when being in a non-worn condition and is circumferentially stretchable to adapt to a shape of a limb of a user when being worn thereon, characterized in that the orthosis further comprises a circumferentially expandable reinforcement member arranged at the inlet opening and circumscribing at least 135 ° of the inlet opening , wherein the reinforcement member is resilient and provides a radially outwardly directed force onto the tubular sleeve and thereby retains the inlet opening in an open shape facilitating insertion of the limb through the inlet opening into the orthosis .
A method for estimating a distance of a moving object (MO) from a camera , wherein the camera is mounted on a chassis of a vehicle and the moving object is another vehicle or a pedestrian, comprising the steps of: (a) capturing (S1) while the vehicle is moving images of a surrounding by the camera , wherein features in the captured images are detected and matched in each captured image to generate feature tracks between positions of corresponding features in the captured images, wherein the tracked features are segmented into features belonging to moving objects and into features belonging to static objects, wherein the segmented features belonging to moving objects are clustered and a convex hull around the segmented features of each cluster is calculated; (b) processing (S2) features of captured images to determine a range of azimuth bearings to a moving object (MO) on the basis of the calculated convex hull around a cluster of segmented features belonging to the moving object (MO) within the captured images; and (c) estimating (S3) a distance of the moving object (MO) from the camera on the basis of determined ground features belonging to a ground plane (GP) along the determined bearing of the object which are not occluded by the moving object (MO), wherein from the determined ground features not occluded by the moving object (MO), the ground feature located in the bearing range in front of the moving object and having a maximum distance to the camera is selected, and the distance of the moving object (MO) from the camera is estimated according to the maximum distance. (a) capturing (S1) while the vehicle is moving images of a surrounding by the camera , wherein features in the captured images are detected and matched in each captured image to generate feature tracks between positions of corresponding features in the captured images, wherein the tracked features are segmented into features belonging to moving objects and into features belonging to static objects, wherein the segmented features belonging to moving objects are clustered and a convex hull around the segmented features of each cluster is calculated; (b) processing (S2) features of captured images to determine a range of azimuth bearings to a moving object (MO) on the basis of the calculated convex hull around a cluster of segmented features belonging to the moving object (MO) within the captured images; and (c) estimating (S3) a distance of the moving object (MO) from the camera on the basis of determined ground features belonging to a ground plane (GP) along the determined bearing of the object which are not occluded by the moving object (MO), wherein from the determined ground features not occluded by the moving object (MO), the ground feature located in the bearing range in front of the moving object and having a maximum distance to the camera is selected, and the distance of the moving object (MO) from the camera is estimated according to the maximum distance.
A method of illuminating diurnal avians with artificial light sources , the method comprising, in a composite source: generating a first light with a first wideband light source; by a selective wavelength converter, shifting energy content of the first light at one or more selected wavelengths to different wavelengths to create a second light comprising a second spectral content having at least two local maxima in relative intensity; and, supplying the second light comprising the second spectral content to a substantially enclosed habitat for diurnal avians located in a livestock facility ; characterized in that the second spectral content has at least two local maxima in relative intensity at a wavelength within 15 nm of a wavelength at which a predetermined characteristic visual spectral response of the diurnal avian has distinct local maxima, wherein one local maximum in relative intensity of the second spectral content is at a wavelength below 400 nm; wherein the diurnal avians are chicken. generating a first light with a first wideband light source; by a selective wavelength converter, shifting energy content of the first light at one or more selected wavelengths to different wavelengths to create a second light comprising a second spectral content having at least two local maxima in relative intensity; and, supplying the second light comprising the second spectral content to a substantially enclosed habitat for diurnal avians located in a livestock facility ; characterized in that the second spectral content has at least two local maxima in relative intensity at a wavelength within 15 nm of a wavelength at which a predetermined characteristic visual spectral response of the diurnal avian has distinct local maxima, wherein one local maximum in relative intensity of the second spectral content is at a wavelength below 400 nm; wherein the diurnal avians are chicken.
Container for cosmetics and other products with a limited period of use or for the time-controlled presentation of products, in which a mechanical, wind-up clock or an electronic clock with rechargeable battery or battery and associated display is installed, in both cases with stopwatch and alarm clock function to indicate the service life of the product contained or for the time-controlled presentation of the inserted product, characterized in that in that it has a receiving cylinder for inserting a capsule which can be closed with a sealing film and contains the product, and the receiving cylinder has grooves of different sizes or different profiles in its inner wall, and the replaceable capsule to be inserted has matching ribs or grooves on its outer wall depending on the rotational position, so that the capsule can be inserted into the receiving cylinder in only a single rotational position, the interchangeable capsule to be inserted has ribs or grooves on its outer wall which match depending on the rotational position, so that the capsule can be inserted into the receiving cylinder in only a single rotational position, and thus recognizes the type of capsule , and furthermore that the container has a base part , a housing with a recess for inserting the capsule into the receiving cylinder and a cover , wherein the base part contains the electronic clock and the rechargeable battery or the battery, and a display and the base part contains a mounting plate , which rests on insert pins , and on which a compression-spring-loaded pin projecting from the bottom of the base part is directed, which pin strikes against the circuit board by triggering the compression spring and closes electrical contacts there for triggering the timer function of the electronic circuit.