mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a beamforming unit (106, 202) configured to determine beamforming factors for controlling transmission beams of antennas in an analogue/hybrid beamforming system; parallel power amplifiers (104a, 104b, 104c, 214a, 214b); phase and magnitude shifters (109, 212a, 212b) having outputs connected to inputs of the power amplifiers, said phase and magnitude shifters being arranged to adjust the phase and magnitude of the radio signals fed to the power amplifiers; a digital predistortion unit (108, 208a, 208b) connected to an output of the beamforming unit and, further, connected to outputs of the power amplifiers via a feedback loop, and configured to determine predistortion parameters for linearizing power amplifiers' outputs on the basis of measured output signals of the power amplifiers, the digital predistortion unit controllable by a single predistortion model for feeding a predistorted signal through the phase and magnitude shifters to the power amplifiers for linearizing the power amplifiers' outputs; a power amplifier control unit (105, 206a, 206b) configured to determine one or more operating parameters for the power amplifiers on the basis of the beamforming factors and to adjust the one or more operating parameters on the basis of the beamforming factors such that all the power amplifiers have similar non-linear dynamic behavior, the one or more operating parameters comprising a supply voltage, a supply current, a bias voltage, or a bias current. a beamforming unit (106, 202) configured to determine beamforming factors for controlling transmission beams of antennas in an analogue/hybrid beamforming system; parallel power amplifiers (104a, 104b, 104c, 214a, 214b); phase and magnitude shifters (109, 212a, 212b) having outputs connected to inputs of the power amplifiers, said phase and magnitude shifters being arranged to adjust the phase and magnitude of the radio signals fed to the power amplifiers; a digital predistortion unit (108, 208a, 208b) connected to an output of the beamforming unit and, further, connected to outputs of the power amplifiers via a feedback loop, and configured to determine predistortion parameters for linearizing power amplifiers' outputs on the basis of measured output signals of the power amplifiers, the digital predistortion unit controllable by a single predistortion model for feeding a predistorted signal through the phase and magnitude shifters to the power amplifiers for linearizing the power amplifiers' outputs; a power amplifier control unit (105, 206a, 206b) configured to determine one or more operating parameters for the power amplifiers on the basis of the beamforming factors and to adjust the one or more operating parameters on the basis of the beamforming factors such that all the power amplifiers have similar non-linear dynamic behavior, the one or more operating parameters comprising a supply voltage, a supply current, a bias voltage, or a bias current.
A load gate combination for a vehicle of the type that includes a chassis provided with wheels, such as a forwarder for the collection and transport of felled logs or similar, and comprising not only a load gate intended to separate a load compartment arranged in the vehicle from other units that are parts of the vehicle such as a lifting crane and a driver's cabin, but also a suspension arrangement that, mounted on the chassis of the vehicle, supports the load gate in a manner that allows it to pivot, characterised in that the load gate is constructed to allow connection to one end of a means (90, 91; 35) that provides yield-mounting and that limits motion, that the suspension arrangement comprises the means (90, 91; 35) that provides yield-mounting and that limits motion, and comprises a support frame arranged on the chassis constructed to allow the connection of a second end of the said means (90, 91; 35) that provides yield-mounting and that limits motion, that the load gate is supported on the support frame in such a manner that it can move freely relative to the chassis in its principal plane through the interaction between the said means (90, 91; 35) that provides yield-mounting and that limits motion arranged between the load gate and the support frame, and that the means (90, 91; 35) that provides yield-mounting and that limits motion comprises a pair of extended sprung stabilisation struts located one on each side of the centre line of the vehicle, which stabilisation struts are arranged to offer a yielding effect in opposing axial directions. that the load gate is constructed to allow connection to one end of a means (90, 91; 35) that provides yield-mounting and that limits motion, that the suspension arrangement comprises the means (90, 91; 35) that provides yield-mounting and that limits motion, and comprises a support frame arranged on the chassis constructed to allow the connection of a second end of the said means (90, 91; 35) that provides yield-mounting and that limits motion, that the load gate is supported on the support frame in such a manner that it can move freely relative to the chassis in its principal plane through the interaction between the said means (90, 91; 35) that provides yield-mounting and that limits motion arranged between the load gate and the support frame, and that the means (90, 91; 35) that provides yield-mounting and that limits motion comprises a pair of extended sprung stabilisation struts located one on each side of the centre line of the vehicle, which stabilisation struts are arranged to offer a yielding effect in opposing axial directions.
Use of a kit which includes a reagent capable of detecting mitochondrial DNA for detecting mitochondrial DNA in serum for diagnosing central serous chorioretinopathy.
A mobile device comprising a processing unit for executing a host application, a user-interactive display and an authentication unit; wherein the authentication unit is arranged to receive an authentication request from the host application; wherein the authentication unit is arranged to cause the display to show a set of pictures in response to receiving the authentication request, wherein the set of pictures comprises a subset of pictures that have been predefined as positive identification pictures by a user; wherein the authentication unit is further arranged to identify positions corresponding to a selection, made by said user, of at least one picture from said set of pictures; and wherein the authentication unit is further arranged to send the identified positions to the host application, and wherein the host application is arranged to verify the identified positions, wherein the authentication unit is further arranged to control said display, and wherein a central processing unit of the authentication unit is arranged to cause the authentication unit to have exclusive control of said display during the user authentication by controlling a data gate between the display and a platform of the mobile device.
A bag reloading garbage unit for use with a plurality of garbage bags (41, 41'), each garbage bag having a semi-rigid flexible member located at a top open end making up an open rim of the garbage bag and capable of flexing to allow access to an interior of the garbage bag, the bag reloading garbage unit comprising: (a) a base having a storage compartment for storing the plurality of garbage bags therein, and said base having an open slot extending across one direction thereof in communication with said storage compartment, for allowing a garbage bag to be pulled out of the storage compartment through said open slot; (b) a pair of guide members extending vertically at opposite sides of the base, each said guide member having a guide channel and a securing end for allowing a garbage bag to be guided and secured in position at a top of the pair of guide members at the semi-rigid flexible member of the garbage bag; (c) said pair of guide members being articulable to cause the semi-rigid flexible member secured thereto to open the garbage bag it is associated with when the pair of guide members are articulated from a first position to a second position; and (d) an actuating mechanism to cause said pair of guide members to articulate between the first position and the second position. (a) a base having a storage compartment for storing the plurality of garbage bags therein, and said base having an open slot extending across one direction thereof in communication with said storage compartment, for allowing a garbage bag to be pulled out of the storage compartment through said open slot; (b) a pair of guide members extending vertically at opposite sides of the base, each said guide member having a guide channel and a securing end for allowing a garbage bag to be guided and secured in position at a top of the pair of guide members at the semi-rigid flexible member of the garbage bag; (c) said pair of guide members being articulable to cause the semi-rigid flexible member secured thereto to open the garbage bag it is associated with when the pair of guide members are articulated from a first position to a second position; and (d) an actuating mechanism to cause said pair of guide members to articulate between the first position and the second position.
A method for anticipating a missed approach point 210 during an instrument landing with a geometric glide path of an aircraft 302, the method comprising: in a processor112, determining when all of the following are true, the aircraft is on a final approach, the aircraft is within 150 feet of a decision altitude, the aircraft is within 400 feet of a threshold of a runway, and the aircraft is within a lateral displacement of 400 feet from a centerline of the runway, a lateral distance from the runway threshold to a virtual inner marker in accordance with the expression: VIM Distance = DA − ThP Elevation − TCH Tan GP Angle where: VIM Distance is the lateral distance from the runway threshold to the virtual inner marker, DA is the decision altitude 314, ThP is the elevation of the runway threshold 308, TCH is the runway threshold crossing height 310, and GP Angle is the glide path angle 312; wherein the virtual inner marker is at an intersection of the glide path and the decision altitude; determining (i) when the aircraft descends below the DA based on an aircraft barometric altimeter, and (ii) when the aircraft arrives within the VIM Distance; generating a minimums alert when either (i) the aircraft descends below the DA based on an aircraft barometric altimeter, or (ii) the aircraft arrives within the VIM Distance; displaying symbology graphically representative of the VIM Distance; and modifying the VIM Distance symbology as a position of the aircraft approaches the VIM Distance, wherein the MAP 210 is identified as the location of the aircraft 208 when the symbology reaches a displayed runway threshold 201. the aircraft is on a final approach, the aircraft is within 150 feet of a decision altitude, the aircraft is within 400 feet of a threshold of a runway, and the aircraft is within a lateral displacement of 400 feet from a centerline of the runway, VIM Distance is the lateral distance from the runway threshold to the virtual inner marker, DA is the decision altitude 314, ThP is the elevation of the runway threshold 308, TCH is the runway threshold crossing height 310, and GP Angle is the glide path angle 312;
A method of operating a portable electronic device for adapting a pulse power mode of a proximity sensor, the proximity sensor located at the portable electronic device and configured to detect light of a particular frequency range, the method comprising: determining environmental and contextual characteristics of the portable electronic device, wherein determining the environmental and the contextual characteristics of the portable electronic device comprises correlating a plurality of signals to evaluate the environmental and the contextual characteristics of the portable electronic device to generate one or more characterization values representative of an environment and a context of the portable electronic device, and wherein the plurality of signals comprises one or more of: (i) input signals received from one or more sensors of the portable electronic device; (ii) data signals received from a processor of the portable electronic device; or (iii) external data signals received from an external source; selecting the pulse power mode of the proximity sensor based on determining the environmental and the contextual characteristics of the portable electronic device, wherein selecting the pulse power mode of the proximity sensor of the portable electronic device comprises determining, from a look-up table, the pulse power mode based on the one or more characterization values; and adjusting the pulse power mode of the proximity sensor based on the selected pulse power mode. determining environmental and contextual characteristics of the portable electronic device, wherein determining the environmental and the contextual characteristics of the portable electronic device comprises correlating a plurality of signals to evaluate the environmental and the contextual characteristics of the portable electronic device to generate one or more characterization values representative of an environment and a context of the portable electronic device, and wherein the plurality of signals comprises one or more of: (i) input signals received from one or more sensors of the portable electronic device; (ii) data signals received from a processor of the portable electronic device; or (iii) external data signals received from an external source; selecting the pulse power mode of the proximity sensor based on determining the environmental and the contextual characteristics of the portable electronic device, wherein selecting the pulse power mode of the proximity sensor of the portable electronic device comprises determining, from a look-up table, the pulse power mode based on the one or more characterization values; and adjusting the pulse power mode of the proximity sensor based on the selected pulse power mode.
A refiner comprising a stator and a rotor, the stator and the rotor comprising a planar portion and a conical portion after the planar portion, the planar portion and the conical portion comprising refining surfaces (4, 8) provided with blade bars (15, 18, 24) and blade grooves (16, 19, 25) therebetween, and the planar portions (4', 8') of the refining surfaces (4, 8) of the stator and the rotor comprising at least two refining zones (14, 17, 23) in the direction of the radius of the planar portion, characterized in that at least the planar portion of the refining surface of the rotor is provided with blade bars in its outermost refining zone in the direction of the radius, the blade bar angle (a) of at least part of the blade bars in the outermost refining zone of the planar portion of the refining surface of the rotor being arranged so as to provide pumping blade bars, and their blade bar angle (a) being greater at least on the outermost portion of the outermost refining zone of the planar portion than the blade bar angle (a) of the blade bars (15, 24) in the previous refining zone (14, 24) in the direction of the radius of the planar portion and that the blade bar angle (a) of the pumping blade bars of said outermost refining zone is 5 - 50 degrees so that the blade bars in the outermost refining zone have an overall pumping effect on the material to be refined, wherein the blade bar angle (a) is the angle formed between the blade bar (15, 24) and the radius of the planar portion of the refining surface of the rotor, the angle having a positive value when the blade bar (15, 24) is inclined with respect to the radius in a direction opposite to the direction of rotation of the rotor.
A method for identifying parts with electromagnetic identification, EMID, tags 130), the method comprising: receiving, with at least one first antenna on a mobile EMID reader portal, at least one first signal from at least one of the EMID tags, wherein the at least one first signal comprises identification information; transmitting, with at least one second antenna on the mobile EMID reader portal, at least one second signal comprising the ID information to at least one access point; transmitting, with the at least one access point, at least one third signal comprising the ID information to an EMID processing system and to a location processing system, the at least one third signal further comprising signal information relating to the at least one second signal; determining, with the location processing system, a location of the mobile EMID reader portal by using the signal information relating to the at least one second signal; transmitting, by the location processing system, the location of the mobile EMID reader portal to the EMID processing system; and associating, by the EMID processing system, the at least one of EMID tags with the location of the mobile EMID reader portal.
A multi-channel hollow fiber, comprising: a tubular matrix having a first end and a second end; and a plurality of spiral channels formed through the tubular matrix and extending between the first end and the second end, wherein a pitch of each of the spiral channels is 1 to 30 cm. a tubular matrix having a first end and a second end; and a plurality of spiral channels formed through the tubular matrix and extending between the first end and the second end, wherein a pitch of each of the spiral channels is 1 to 30 cm.
Plain bearing, in particular for mounting a cylindrical shaft, with a substantially hollow-cylindrical main body with a longitudinal centre axis, the shaft being received with radial play in a bearing bore of the main body, at least one small-area longitudinal depression (32, 70, 72) being arranged in the region of a load zone of the bearing bore, in which load zone the shaft lies at least in regions on the bearing bore, and the at least one longitudinal depression being loaded by means of an external fluid supply with a fluid which is at a pressure (p) in order to decrease the wear of the plain bearing, the at least one longitudinal depression (32, 70, 72) being open radially inwards and having an elongate, narrow and approximately oval circumferential contour, characterized in that a pressure (p) of the fluid in the region of an inlet opening of the at least one longitudinal depression (32, 70, 72) is set by means of the fluid supply in such a way that a plain bearing load which acts on the plain bearings in the form of a distributed load is compensated for at most by approximately 40% in the region of the load zone in the substantially non-hydrodynamic state.
A cutting insert comprising a substrate having a seat recessed from a top surface of the substrate at a corner of the substrate and a superhard sintered body bonded to the seat, a cutting edge, a rake face, and a chip breaker being formed in the superhard sintered body, wherein the chip breaker includes, in a plan view of the insert, a projection that projects from a line that crosses a bisector of the corner toward a tip end of an arc edge of the cutting edge; a first breaker wall formed between a top edge of the projection and the rake face; and a second breaker wall formed between a ridge line that extends from a base end of the projection to a side surface of the superhard sintered body and the rake face, characterised in that the rake face has a positive rake angle (θ1), and in that a ridge line formed between the rake face and the side surface of the superhard sintered body is inclined such that a distance to a bottom surface of the substrate decreases as a distance from the cutting edge increases.
A communication method, wherein the method comprises: • determining (101, 201), by a network device, a characteristic parameter of a user equipment, wherein the characteristic parameter comprises a reference signal received power range; • determining (102, 202), by the network device, according to a correspondence between a characteristic parameter and a resource configuration, a first resource configuration corresponding to the characteristic parameter of the user equipment, wherein the first resource configuration has as a sub-configuration of the first resource configuration a frequency hopping pattern configuration; and • determining (103, 203), by the network device, a resource according to the first resource configuration, and performing (103, 204), information sending or receiving with the user equipment by using the resource. • determining (101, 201), by a network device, a characteristic parameter of a user equipment, wherein the characteristic parameter comprises a reference signal received power range; • determining (102, 202), by the network device, according to a correspondence between a characteristic parameter and a resource configuration, a first resource configuration corresponding to the characteristic parameter of the user equipment, wherein the first resource configuration has as a sub-configuration of the first resource configuration a frequency hopping pattern configuration; and • determining (103, 203), by the network device, a resource according to the first resource configuration, and performing (103, 204), information sending or receiving with the user equipment by using the resource.
A method of drawing digital pencil ink on a display for input received after rendering a frame via a graphics queue of a graphics processing unit, GPU, comprising: fetching updated digital pencil ink input from an input buffer before scanning at least a portion of the frame including the digital pencil ink to the display, the updated digital pencil ink input including input locations and input properties associated with each input location, wherein the portion of the frame is segmented into a set of blocks, and wherein each block includes a plurality of pixels; determining a set of input stamps based on the updated digital pencil ink input, each input stamp being associated with stamp properties; determining, using a compute shader thread for each block within the portion of the frame, whether each of the input stamps intersects the block; determining, using at least one compute shader thread for each pixel of a respective intersected block, a cumulative effect of each of the input stamps intersecting the respective block on the pixel based on the stamp properties; and outputting each pixel to the display based on the cumulative effect of each of the stamps. fetching updated digital pencil ink input from an input buffer before scanning at least a portion of the frame including the digital pencil ink to the display, the updated digital pencil ink input including input locations and input properties associated with each input location, wherein the portion of the frame is segmented into a set of blocks, and wherein each block includes a plurality of pixels; determining a set of input stamps based on the updated digital pencil ink input, each input stamp being associated with stamp properties; determining, using a compute shader thread for each block within the portion of the frame, whether each of the input stamps intersects the block; determining, using at least one compute shader thread for each pixel of a respective intersected block, a cumulative effect of each of the input stamps intersecting the respective block on the pixel based on the stamp properties; and outputting each pixel to the display based on the cumulative effect of each of the stamps.