mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising the steps of: acquiring first electroanatomic data at first locations and second electroanatomic data at second locations on an epicardial surface of a heart ; acquiring a closed 3-dimensional image of the epicardial surface in the approximate form of a convex-concave lens; modeling the image as a 3-dimensional mesh of triangles , the triangles including rear-facing triangles and front-facing triangles ; placing the first locations and the second locations in registration with the mesh wherein the first locations align with first front-facing triangles and the second locations align with rear-facing triangles; projecting the second locations onto second front-facing triangles; and displaying the first electroanatomic data on the first front-facing triangles and the second electroanatomic data on the second front-facing triangles, wherein projecting the second locations comprises: identifying respective closest front-facing triangles to the rear-facing triangles; and associating the second locations with the closest front-facing triangles. acquiring first electroanatomic data at first locations and second electroanatomic data at second locations on an epicardial surface of a heart ; acquiring a closed 3-dimensional image of the epicardial surface in the approximate form of a convex-concave lens; modeling the image as a 3-dimensional mesh of triangles , the triangles including rear-facing triangles and front-facing triangles ; placing the first locations and the second locations in registration with the mesh wherein the first locations align with first front-facing triangles and the second locations align with rear-facing triangles; projecting the second locations onto second front-facing triangles; and displaying the first electroanatomic data on the first front-facing triangles and the second electroanatomic data on the second front-facing triangles, wherein projecting the second locations comprises: identifying respective closest front-facing triangles to the rear-facing triangles; and associating the second locations with the closest front-facing triangles. identifying respective closest front-facing triangles to the rear-facing triangles; and associating the second locations with the closest front-facing triangles.
A cytotoxicity-inducing bispecific antibody comprising: a cancer-specific antigen-binding Fab domain; a tumor necrosis factor (TNF) receptor superfamily-binding Fab domain, which is a CD137-binding Fab domain or a CD40-binding Fab domain; and an FcRn-binding domain which is an antibody Fc region having decreased Fcγ receptor-binding activity, wherein the bispecific antibody has an agonist activity against a tumor necrosis factor (TNF) receptor. a cancer-specific antigen-binding Fab domain; a tumor necrosis factor (TNF) receptor superfamily-binding Fab domain, which is a CD137-binding Fab domain or a CD40-binding Fab domain; and an FcRn-binding domain which is an antibody Fc region having decreased Fcγ receptor-binding activity,
A computer-implemented method, the method executed by an application server and comprising: initiating a business intelligence tool to retrieve data from one or more data sources , the business intelligence tool including a separate log-in to connect to and access a business intelligence platform or configured to automatically connect to and access the business intelligence platform ; connecting the business intelligence tool to the business intelligence platform , wherein database coupling components are stored on the business intelligence platform , and wherein each database coupling component is a software component enabling an application to interact with a data source , such that each database coupling component corresponds to a given data source ; receiving selection of an initiate query control to access and/or manipulate at least one of the data sources ; retrieving from the business intelligence platform one or more database coupling components , wherein each database coupling component corresponds to a data source ; displaying the retrieved one or more database coupling components ; and receiving selection of at least one of the retrieved one or more database coupling components to provide data from one or more data sources in response to execution of a query; implementing, by the database coupling components , the version of a client-server protocol specific for the data source ; exposing, by the database coupling components , an application programming interface; using the application programming interface by the business intelligence tool to access the data source . initiating a business intelligence tool to retrieve data from one or more data sources , the business intelligence tool including a separate log-in to connect to and access a business intelligence platform or configured to automatically connect to and access the business intelligence platform ; connecting the business intelligence tool to the business intelligence platform , wherein database coupling components are stored on the business intelligence platform , and wherein each database coupling component is a software component enabling an application to interact with a data source , such that each database coupling component corresponds to a given data source ; receiving selection of an initiate query control to access and/or manipulate at least one of the data sources ; retrieving from the business intelligence platform one or more database coupling components , wherein each database coupling component corresponds to a data source ; displaying the retrieved one or more database coupling components ; and receiving selection of at least one of the retrieved one or more database coupling components to provide data from one or more data sources in response to execution of a query; implementing, by the database coupling components , the version of a client-server protocol specific for the data source ; exposing, by the database coupling components , an application programming interface; using the application programming interface by the business intelligence tool to access the data source .
Elevator arrangement having an elevator comprising an elevator car having a floor and a roof , and the elevator car is provided with one or more extension spaces which are arranged to extend the height of the elevator car during construction time use, characterized in that the extension spaces are arranged under the floor of the elevator car , outside the elevator car , and the elevator car comprises one or more openings in the floor of the elevator car from inside the elevator car to outside of the elevator car , and the extension spaces are connected to the interior of the elevator car through the openings .
Method - for securing the car of a lift - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - with the monitoring - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - with the identification - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - with a first part method - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - configures a temporary unlocking zone - with an upper and lower limit above and below the position of the halt of the car, characterized in that the first part method - configures the temporary unlocking zone - with a maximum permissible moving speed for the car. - for securing the car of a lift - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - with the monitoring - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - with the identification - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - with a first part method - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - if the car halts - outside a regular unlocking zone - with an unlocked car door, - configures a temporary unlocking zone - with an upper and lower limit above and below the position of the halt of the car, - configures the temporary unlocking zone - with a maximum permissible moving speed for the car. - with a maximum permissible moving speed for the car.
A computer-implemented method for locating a fingertip of a user, comprising: capturing an image using at least one camera of a computing device , the image including a view of at least a part of the user's finger; determining, from the image, location information about a first portion of the finger with respect to the computing device; determining whether a fingertip of the finger is outside a field of view of the at least one camera; detecting , using at least one sensor of the computing device, a relative position of a second portion of the finger with respect to the computing device when the fingertip is outside a field of view of the at least one camera; analyzing the location information and the relative position of the second portion to determine a relative location of a fingertip of the finger based at least in part on a model of the hand of the user; and determining a trajectory of the finger based at least in part on the location information about the first portion of the finger and relative position of the fingertip; and providing input to an application executing on the computing device based at least in part on the trajectory of the fingertip. capturing an image using at least one camera of a computing device , the image including a view of at least a part of the user's finger; determining, from the image, location information about a first portion of the finger with respect to the computing device; determining whether a fingertip of the finger is outside a field of view of the at least one camera; detecting , using at least one sensor of the computing device, a relative position of a second portion of the finger with respect to the computing device when the fingertip is outside a field of view of the at least one camera; analyzing the location information and the relative position of the second portion to determine a relative location of a fingertip of the finger based at least in part on a model of the hand of the user; and determining a trajectory of the finger based at least in part on the location information about the first portion of the finger and relative position of the fingertip; and providing input to an application executing on the computing device based at least in part on the trajectory of the fingertip.
A method (1302 - 1310) for communicating with a device , the method comprising: running , at a device , an operating system comprising a communication logic ; communicating , by a host , using a first function of a PCIE, Peripheral Component Interconnect Express, interface (116-1016), with a device controller of the device ; and communicating , by the host , using a second function of the PCIe interface (116-1016), with the communication logic , wherein the communicating with the communication logic comprises storing, by the device , in a ring buffer , output data associated with the second function of the interconnect (116-1016). running , at a device , an operating system comprising a communication logic ; communicating , by a host , using a first function of a PCIE, Peripheral Component Interconnect Express, interface (116-1016), with a device controller of the device ; and communicating , by the host , using a second function of the PCIe interface (116-1016), with the communication logic , wherein the communicating with the communication logic comprises storing, by the device , in a ring buffer , output data associated with the second function of the interconnect (116-1016).
Method of MR imaging of an object placed in an examination volume of a MR device , the method comprising the steps of: - generating MR signals by subjecting the object to an imaging sequence, - acquiring MR signal profiles in a superposition of a Cartesian readout employing a linear readout magnetic field gradient and one ore more sinusoidally modulated magnetic field gradients along one or more phase encoding directions , so that each MR signal profile is acquired in the presence of a temporally constant magnetic field gradient along a readout direction and said sinusoidally modulated magnetic field gradient(s) along said phase encoding direction(s), and - reconstructing an MR image taking the modulation scheme of the sinusoidally modulated magnetic field gradient(s) into account, characterised in that the frequency of the sinusoidal modulation of the sinusoidally modulated magnetic field gradient(s) is varied during acquisition of each MR signal profile. - generating MR signals by subjecting the object to an imaging sequence, - acquiring MR signal profiles in a superposition of a Cartesian readout employing a linear readout magnetic field gradient and one ore more sinusoidally modulated magnetic field gradients along one or more phase encoding directions , so that each MR signal profile is acquired in the presence of a temporally constant magnetic field gradient along a readout direction and said sinusoidally modulated magnetic field gradient(s) along said phase encoding direction(s), and - reconstructing an MR image taking the modulation scheme of the sinusoidally modulated magnetic field gradient(s) into account, characterised in that the frequency of the sinusoidal modulation of the sinusoidally modulated magnetic field gradient(s) is varied during acquisition of each MR signal profile.
An array antenna for transmitting and receiving wireless broadband data, the antenna comprising: a feed connection connected to a radio connection point to which broadband data is supplied; an antenna feed connected to the feed connection; a plurality of feed lines connected to the antenna feed; a plurality of antenna radiating elements each connected to a respective one of the feed lines; and a ground plate extending in a first plane; wherein the antenna radiating elements are positioned in or above a second plane that is above the first plane, the antenna feed extends in a third plane between the first plane and the antenna radiating elements, the plurality of feed lines extend from the third plane and connect to the antenna radiating elements; and each of the plurality of antenna radiating elements has an antenna radiating surface to emit the broadband data; characterized in that the plurality of feed lines comprises a plurality of slant feed lines, wherein each slant feed line connects one side of an antenna radiating element to the antenna feed and is inclined to the first and second planes; and the antenna radiating elements, antenna feed, and plurality of slant feed lines are all formed of a single sheet of metal. a feed connection connected to a radio connection point to which broadband data is supplied; an antenna feed connected to the feed connection; a plurality of feed lines connected to the antenna feed; a plurality of antenna radiating elements each connected to a respective one of the feed lines; and a ground plate extending in a first plane; wherein the antenna radiating elements are positioned in or above a second plane that is above the first plane, the antenna feed extends in a third plane between the first plane and the antenna radiating elements, the plurality of feed lines extend from the third plane and connect to the antenna radiating elements; and each of the plurality of antenna radiating elements has an antenna radiating surface to emit the broadband data; characterized in that the plurality of feed lines comprises a plurality of slant feed lines, wherein each slant feed line connects one side of an antenna radiating element to the antenna feed and is inclined to the first and second planes; and the antenna radiating elements, antenna feed, and plurality of slant feed lines are all formed of a single sheet of metal.
A filter for a smoking article , the filter being formed of a single segment of filtration material having an overall length (L) and extending from a downstream end to an upstream end; the filter comprising a ventilation zone at a location along the filter segment between the downstream end and the upstream end; an additive delivery element at a location along the filter segment between the ventilation zone and the upstream end, such that the additive delivery element is at least 5 millimetres apart from the ventilation zone; wherein: the overall length (L) of the filter is from 20 millimetres to 36 millimetres; a first distance (V) between the ventilation zone and the downstream end of the filter is from 11 mm to 28 millimetres; and a second distance (C) between the additive delivery element and the downstream end of the filter is from 16 millimetres to 33 millimetres, wherein a third distance (E) between the additive delivery element and the upstream end of the filter is less than 10 millimetres, wherein a ratio ((C-V)/L) between the difference between the second distance (C) and the first distance (V) and the overall length (L) is at least 0.45. the filter comprising a ventilation zone at a location along the filter segment between the downstream end and the upstream end; an additive delivery element at a location along the filter segment between the ventilation zone and the upstream end, such that the additive delivery element is at least 5 millimetres apart from the ventilation zone; wherein: the overall length (L) of the filter is from 20 millimetres to 36 millimetres; a first distance (V) between the ventilation zone and the downstream end of the filter is from 11 mm to 28 millimetres; and a second distance (C) between the additive delivery element and the downstream end of the filter is from 16 millimetres to 33 millimetres, wherein a third distance (E) between the additive delivery element and the upstream end of the filter is less than 10 millimetres, wherein a ratio ((C-V)/L) between the difference between the second distance (C) and the first distance (V) and the overall length (L) is at least 0.45. the overall length (L) of the filter is from 20 millimetres to 36 millimetres; a first distance (V) between the ventilation zone and the downstream end of the filter is from 11 mm to 28 millimetres; and a second distance (C) between the additive delivery element and the downstream end of the filter is from 16 millimetres to 33 millimetres, wherein a third distance (E) between the additive delivery element and the upstream end of the filter is less than 10 millimetres, wherein a ratio ((C-V)/L) between the difference between the second distance (C) and the first distance (V) and the overall length (L) is at least 0.45.
A fiber optic end-face inspection and cleaning apparatus, comprising: a housing ; a cleaning system comprising: a pay-off reel ; a take-up reel ; a spindle ; and a cleaning tape , wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and an imaging system comprising: a light source ; and a camera, wherein the camera, the spindle and the tape are in alignment along a direct visual axis; and wherein the pay-off reel, the take-up reel, camera and light source are located within the housing; wherein the cleaning tape comprises: a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector . a housing ; a cleaning system comprising: a pay-off reel ; a take-up reel ; a spindle ; and a cleaning tape , wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and a pay-off reel ; a take-up reel ; a spindle ; and a cleaning tape , wherein the cleaning tape travels off the pay-off reel, around the spindle, and onto the take-up reel; and an imaging system comprising: a light source ; and a camera, wherein the camera, the spindle and the tape are in a light source ; and a camera, wherein the camera, the spindle and the tape are in alignment along a direct visual axis; and wherein the pay-off reel, the take-up reel, camera and light source are located within the housing; wherein the cleaning tape comprises: a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector . a cleaning portion configured to clean an end face of a fiber optic connector; and a visual portion configured to enable the camera to image the end face of the fiber optic connector .
A method of determining the level of NOx and/or NH3 levels exiting a Lean NOx Trap (LNT) in a vehicle exhaust system during regeneration of the LNT, said exhaust system including a sensor located downstream of the LNT and being responsive to both NOx and NH3 and adapted to give an output signal indicative of the level of both NH3 and NOx, comprising the steps of: measuring the sensor output, and a) determining the NOx output to be the level indicated by the sensor, and/or the NH3 output to be zero during a first period subsequent to regeneration being started; b) providing a model or estimate of the NOx entering the LNT, and thus determining a component comprising the amount of unconverted NOx slip and determining a first time point subsequent to regeneration being started and subsequent to the first period, where i) the NOx output is determined to said component comprising the amount of unconverted NOx slip, and/or ii) the NH3 output to be the level indicated by the sensor minus said component; c) determining a second time point, whereafter the NOx output is determined to be the level indicated by the sensor, and/or the NH3 output is determined to be zero wherein in step c) the second time point is determined by monitoring and accumulating the exhaust flow subsequent to said first time point, said second time point being the time point when the accumulated exhaust flow reaches a predetermined threshold. a) determining the NOx output to be the level indicated by the sensor, and/or the NH3 output to be zero during a first period subsequent to regeneration being started; b) providing a model or estimate of the NOx entering the LNT, and thus determining a component comprising the amount of unconverted NOx slip and determining a first time point subsequent to regeneration being started and subsequent to the first period, where i) the NOx output is determined to said component comprising the amount of unconverted NOx slip, and/or ii) the NH3 output to be the level indicated by the sensor minus said component; c) determining a second time point, whereafter the NOx output is determined to be the level indicated by the sensor, and/or the NH3 output is determined to be zero wherein in step c) the second time point is determined by monitoring and accumulating the exhaust flow subsequent to said first time point, said second time point being the time point when the accumulated exhaust flow reaches a predetermined threshold.