mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: an intra-vascular support device having a length direction, for positioning against a vessel wall in use, with its length direction aligned with a vessel direction; a sensor device (18, 52) mounted to the intra-vascular support device, and projecting from the intra-vascular support device into a vessel content, the sensor device (18, 52) consisting of a deformable part that is mounted to the intra-vascular support device such that when a flowing medium flows along the support device, the deformable part at least partly extends perpendicularly to the length direction of the intra-vascular support device into the flowing medium, the sensor device (18, 52) being adapted to generate a sensor signal which is dependent on a deformation or deformability of the deformable part; and a controller adapted to: receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device; determine a length of the deformable part of the sensor device (18, 52) at a desired time based on determining a resonant frequency of the sensor device (18, 52); wherein the indication of a thickness of the bio-layer is derived from the determined length. an intra-vascular support device having a length direction, for positioning against a vessel wall in use, with its length direction aligned with a vessel direction; a sensor device (18, 52) mounted to the intra-vascular support device, and projecting from the intra-vascular support device into a vessel content, the sensor device (18, 52) consisting of a deformable part that is mounted to the intra-vascular support device such that when a flowing medium flows along the support device, the deformable part at least partly extends perpendicularly to the length direction of the intra-vascular support device into the flowing medium, the sensor device (18, 52) being adapted to generate a sensor signal which is dependent on a deformation or deformability of the deformable part; and a controller adapted to: receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device; determine a length of the deformable part of the sensor device (18, 52) at a desired time based on determining a resonant frequency of the sensor device (18, 52); receive the sensor signal; and determine from the received sensor signal an indication of a thickness of a bio-layer formation on the intravascular support device; determine a length of the deformable part of the sensor device (18, 52) at a desired time based on determining a resonant frequency of the sensor device (18, 52); wherein the indication of a thickness of the bio-layer is derived from the determined length.
A method for delivering targeted marketing content to a user of a mobile device in a transit station, by a server, comprising: triggering, by a tracking device, external to the user's mobile device and located at the transit station, the user's mobile device; receiving, by the server, information from the user's mobile device in response to the triggering, wherein the information identifies a context with respect to the tracking device; identifying, by the server, at least one marketing campaign program in the server associated with the tracking device; applying, by the server, conditions of the identified marketing campaign program to the context received from the user's mobile device; determining, by the server, that a next transport arrives after a sufficiently large time gap; based upon the application of the conditions and upon said determining, selectively providing, by the server, targeted marketing content associated with the identified marketing campaign program, to the user's mobile device; causing, by the server, a mobile ticketing application of a transit agency to be opened on the user's mobile device; and causing, by the server, the mobile ticketing application to generate a prompt to purchase transit tickets that are identified based on transit-related information of the mobile ticketing application, wherein the provided content and the prompt to purchase transit tickets are embedded inside the transit-related information. triggering, by a tracking device, external to the user's mobile device and located at the transit station, the user's mobile device; receiving, by the server, information from the user's mobile device in response to the triggering, wherein the information identifies a context with respect to the tracking device; identifying, by the server, at least one marketing campaign program in the server associated with the tracking device; applying, by the server, conditions of the identified marketing campaign program to the context received from the user's mobile device; determining, by the server, that a next transport arrives after a sufficiently large time gap; based upon the application of the conditions and upon said determining, selectively providing, by the server, targeted marketing content associated with the identified marketing campaign program, to the user's mobile device; causing, by the server, a mobile ticketing application of a transit agency to be opened on the user's mobile device; and causing, by the server, the mobile ticketing application to generate a prompt to purchase transit tickets that are identified based on transit-related information of the mobile ticketing application, wherein the provided content and the prompt to purchase transit tickets are embedded inside the transit-related information.
A liquid crystal display, wherein the liquid crystal display comprises: a backlight layer, having a first light transmitting hole; a filter layer, having a colorless region corresponding to the first light transmitting hole; and an image display element, disposed at the first light transmitting hole, wherein the image display element is configured to project light onto the liquid crystal display corresponding to the colorless region, wherein the image display element comprises: a sub-image display element, and a light gathering member disposed above a light-emitting surface of the sub-image display element, wherein the light gathering member is disposed to uniformly project light emitted from the sub-image display element onto the liquid crystal display and to correspond to the colorless region. a backlight layer, having a first light transmitting hole; a filter layer, having a colorless region corresponding to the first light transmitting hole; and an image display element, disposed at the first light transmitting hole, wherein the image display element is configured to project light onto the liquid crystal display corresponding to the colorless region, wherein the image display element comprises: a sub-image display element, and a light gathering member disposed above a light-emitting surface of the sub-image display element, wherein the light gathering member is disposed to uniformly project light emitted from the sub-image display element onto the liquid crystal display and to correspond to the colorless region. a sub-image display element, and a light gathering member disposed above a light-emitting surface of the sub-image display element, wherein the light gathering member is disposed to uniformly project light emitted from the sub-image display element onto the liquid crystal display and to correspond to the colorless region.
Method for setting a closure unit which can be pressed onto a sealing seat for at least partly opening and closing an opening for filling and/or emptying a mixer drum for a mixture that can be rotated about an axis of rotation, the method comprising setting a pressing force which presses the closure unit onto the sealing seat, characterized by the following steps: detecting at least one measurement variable from the group of position of the mixer drum in relation to a reference (F, H), translational speed of the mixer drum in relation to a reference, translational acceleration of the mixer drum in relation to a reference, rotational speed of the mixer drum about the axis of rotation, volume of the mixture in the mixer drum, consistency, in particular viscosity, of the mixture in the mixer drum, and mass of the mixture in the mixer drum; and setting a pressing force (P1, P2, P3) which presses the closure unit onto the sealing seat depending on the at least one measurement variable. detecting at least one measurement variable from the group of position of the mixer drum in relation to a reference (F, H), translational speed of the mixer drum in relation to a reference, translational acceleration of the mixer drum in relation to a reference, rotational speed of the mixer drum about the axis of rotation, volume of the mixture in the mixer drum, consistency, in particular viscosity, of the mixture in the mixer drum, and mass of the mixture in the mixer drum; and setting a pressing force (P1, P2, P3) which presses the closure unit onto the sealing seat depending on the at least one measurement variable.
A method of generating a wide field retinal image comprising: controlling a camera (204, 206) to capture a video stream of individual retinal images; storing the individual retinal images in a memory associated with the camera; downsizing a plurality of the individual retinal images to create a plurality of downsized images; automatically determining a region of interest in the plurality of downsized images; automatically cropping the downsized individual image to preserve the region of interest; performing edge detection on a plurality of the cropped and downsized images to yield a plurality of binary images; identifying points of interest corresponding to vascular structures in a plurality of the binary images; determining a coordinate position array of the identified points of interest in the binary images; populating a data structure with the coordinate position arrays of multiple binary images; comparing the coordinate position arrays of multiple binary images to determine an overlapping image alignment among the multiple binary images; and combining the individual retinal images corresponding to the multiple binary images into a panorama in accordance with the determined overlapping image alignment. controlling a camera (204, 206) to capture a video stream of individual retinal images; storing the individual retinal images in a memory associated with the camera; downsizing a plurality of the individual retinal images to create a plurality of downsized images; automatically determining a region of interest in the plurality of downsized images; automatically cropping the downsized individual image to preserve the region of interest; performing edge detection on a plurality of the cropped and downsized images to yield a plurality of binary images; identifying points of interest corresponding to vascular structures in a plurality of the binary images; determining a coordinate position array of the identified points of interest in the binary images; populating a data structure with the coordinate position arrays of multiple binary images; comparing the coordinate position arrays of multiple binary images to determine an overlapping image alignment among the multiple binary images; and combining the individual retinal images corresponding to the multiple binary images into a panorama in accordance with the determined overlapping image alignment.
Mobile working machine, in particular wheel loader, telescopic loader, digger, tractor or the like, having a vehicle chassis, having a releasably connectable working tool, and having a drive unit for driving at least one drive element, e.g. a driven wheel and/or a tracked vehicle driving gear, wherein provided is at least one tool holding device for holding the releasably connectable working tool; wherein the tool holding device comprises at least one locking unit for releasably locking the working tool, and at least one power transmission unit (18, 19) for transmitting power for the working tool; wherein the locking unit has at least a first locking bar element which is adjustable along a first adjustment path, between an unlocking position and a locking position; wherein the first locking bar element in the locking position is at least partially disposed in at least a first receptacle device (12, 14) of the working tool; wherein the power transmission unit (18, 19) has at least a first transmission element which is adjustable along a second adjustment path, between a releasing position and a transmitting position; wherein the first transmission element in the transmitting position is at least partially connected to a first transmission device of the working tool; wherein the first receptacle device (12, 14) of the working tool and/or the first transmission device of the working tool have/has at least a first dirt opening (15, 23) and/or a first dirt duct (15, 23) for discharging and/or passing through dirt; wherein provided is at least one hydraulic unit which comprises at least one hydraulic liquid and/or one hydraulic oil; wherein in particular the hydraulic unit comprises at least a first piston, which is adjustable in a hydraulic cylinder, and/or the power transmission unit, characterized in that the first locking bar element of the locking unit and/or the first piston of the hydraulic cylinder are/is configured as a dirt clearing element for at least partially clearing dirt from the first receptacle device of the working tool and/or the first transmission device of the working tool.
An electric motor test system adapted to test performance of an electric motor of a vehicle, the electric motor test system comprising: a dynamometer that is connected to the electric motor; a torque sensor adapted to measure a torque of the electric motor; and a cogging torque measurement motor for measuring a cogging torque of the electric motor, wherein the electric motor test system is configured such that the electric motor, the dynamometer, and the cogging torque measurement motor are connected when measuring the cogging torque of the electric motor; the electric motor test system further comprising: a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer, wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor, and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor. a dynamometer that is connected to the electric motor; a torque sensor adapted to measure a torque of the electric motor; and a cogging torque measurement motor for measuring a cogging torque of the electric motor, wherein the electric motor test system is configured such that the electric motor, the dynamometer, and the cogging torque measurement motor are connected when measuring the cogging torque of the electric motor; the electric motor test system further comprising: a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer, wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor, and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor. a connecting/disconnecting mechanism provided between the cogging torque measurement motor and the dynamometer, wherein the connecting/disconnecting mechanism is configured to connect the cogging torque measurement motor to the dynamometer when measuring the cogging torque of the electric motor, and is further configured to disconnect the cogging torque measurement motor from the dynamometer when doing a regular test to test the performance of the electric motor.
An electromagnetic coupler including: a substrate; and a first conductor mounted to the substrate for receiving a first electromagnetic signal, the first conductor having a first edge 6 including a first plurality of connected arcuate formations (16, 17); a second conductor mounted to the substrate, the second conductor being spaced apart from the first conductor and having a second edge that is opposed to the first edge and includes a second plurality of connected arcuate formations (23, 24), wherein the first conductor and second conductor are configured such that a second electromagnetic signal is generated in the second conductor; and the second electromagnetic signal is derived from the first electromagnetic signal; characterised in that the first plurality of connected arcuate formations (16, 17) and second plurality of connected arcuate formations (23, 24) are formed of a plurality of straight line formations adjoining two generally semi-circular portions in a tangential manner. a substrate; and a first conductor mounted to the substrate for receiving a first electromagnetic signal, the first conductor having a first edge 6 including a first plurality of connected arcuate formations (16, 17); a second conductor mounted to the substrate, the second conductor being spaced apart from the first conductor and having a second edge that is opposed to the first edge and includes a second plurality of connected arcuate formations (23, 24), wherein the first conductor and second conductor are configured such that a second electromagnetic signal is generated in the second conductor; and the second electromagnetic signal is derived from the first electromagnetic signal; characterised in that the first plurality of connected arcuate formations (16, 17) and second plurality of connected arcuate formations (23, 24) are formed of a plurality of straight line formations adjoining two generally semi-circular portions in a tangential manner.
A process for producing a water-absorbing resin comprising a polymerization step of polymerizing an aqueous unsaturated monomer solution, a drying step of drying a particulated water-containing gel-like crosslinked polymer obtained in a finely crushing step during the polymerization or after the polymerization, a pulverizing step after the drying, a classification step after the drying, and a surface treatment step for the water-absorbing resin powder after the classification step, wherein the surface treatment step is interrupted with a heating treatment apparatus kept in a heated state and thereafter the surface treatment step is restarted, the temperature of the heating treatment apparatus during the interruption time of the surface treatment step is 40 to 140°C and is lower than the heating treatment temperature by 10°C or more, and the interruption of the surface treatment step means a state where the water-absorbing resin powder is substantially absent in the heating treatment apparatus, or not charged to or not discharged out of the heating treatment apparatus in the continuous surface treatment.
A method of wireless communication of a first user equipment, UE, (102, 650, 806, 1002, 1100) the method comprising: determining, by the first UE (102, 650, 806, 1002, 1100), a transmission condition associated with communication over a wireless channel, wherein the transmission condition is determined by detecting interference during resources unused by the first UE (102, 650, 806, 1002, 1100); selecting (910, 912), by the first UE (102, 650, 806, 1002, 1100), a set of open-loop power control parameters of at least two sets of open-loop power control parameters based on the transmission condition; and transmitting, by the first UE (102, 650, 806, 1002, 1100), over the wireless channel with a power based on the selected set of open-loop power control parameters. determining, by the first UE (102, 650, 806, 1002, 1100), a transmission condition associated with communication over a wireless channel, wherein the transmission condition is determined by detecting interference during resources unused by the first UE (102, 650, 806, 1002, 1100); selecting (910, 912), by the first UE (102, 650, 806, 1002, 1100), a set of open-loop power control parameters of at least two sets of open-loop power control parameters based on the transmission condition; and transmitting, by the first UE (102, 650, 806, 1002, 1100), over the wireless channel with a power based on the selected set of open-loop power control parameters.
Method for operating a fuel system of an internal combustion engine, in which method, in at least a first operating situation, by means of a corresponding setting of a valve device, a fuel pump compresses fuel in a delivery chamber and delivers said fuel into a pressure region, and in which method, in at least a second operating situation, by means of a corresponding setting of the valve device, the fuel pump delivers no fuel into the pressure region, characterized in that, in the second operating situation, the valve device is occasionally or periodically activated with a zero-delivery angle such that, in a first phase of the working movement of the fuel pump, the fuel is drawn in from a low-pressure region, in a second phase, said fuel is delivered almost entirely back into the low-pressure region, and in a third phase, a residual quantity of the fuel is forced between movable elements of the fuel pump and the guide or bearing arrangement thereof, and in that no activation occurs in intervening intervals.