mhurhangee/ep-ind-claims huggingface dataset:
Waveguide radiator with at least one slotted waveguide comprising at least one surface having a plurality of slots, and with an internal conductor device (10a; 10b) that is arranged in the waveguide, with at least one support rail (16a; 16b), with at least one dielectric unit (18a; 18b) that is arranged on the at least one support rail (16a; 16b) and comprises at least one dielectric element (20a, 20a', 20a"; 20b) and with at least one internal conductor (22a; 22b) that is arranged on the at least one dielectric unit (18a; 18b), the at least one internal conductor (22a; 22b) being fixed at least substantially mechanically on the at least one dielectric element (20a, 20a', 20a"; 20b) and/or the at least one dielectric element (20a, 20a', 20a"; 20b) being fixed at least substantially mechanically on the at least one support rail (16a; 16b), wherein the at least one dielectric unit (18a; 18b) comprises at least three dielectric elements (20a, 20a', 20a"; 20b), the dielectric elements (20a, 20a', 20a"; 20b) being arranged in at least one row on the support rail (16a; 16b) in a form-fit fashion, and the internal conductor (22a; 22b) being formed, depending on the orientation of the slots (30a; 30b), so as to result in a feeding according to the travelling-wave principle, wherein all slots (30a; 30b) of the waveguide (14a; 14b) are excitable in phase. with at least one slotted waveguide comprising at least one surface having a plurality of slots, and with an internal conductor device (10a; 10b) that is arranged in the waveguide, with at least one support rail (16a; 16b), with at least one dielectric unit (18a; 18b) that is arranged on the at least one support rail (16a; 16b) and comprises at least one dielectric element (20a, 20a', 20a"; 20b) and with at least one internal conductor (22a; 22b) that is arranged on the at least one dielectric unit (18a; 18b), the at least one internal conductor (22a; 22b) being fixed at least substantially mechanically on the at least one dielectric element (20a, 20a', 20a"; 20b) and/or the at least one dielectric element (20a, 20a', 20a"; 20b) being fixed at least substantially mechanically on the at least one support rail (16a; 16b), wherein the at least one dielectric unit (18a; 18b) comprises at least three dielectric elements (20a, 20a', 20a"; 20b), the dielectric elements (20a, 20a', 20a"; 20b) being arranged in at least one row on the support rail (16a; 16b) in a form-fit fashion, and the internal conductor (22a; 22b) being formed, depending on the orientation of the slots (30a; 30b), so as to result in a feeding according to the travelling-wave principle, wherein all slots (30a; 30b) of the waveguide (14a; 14b) are excitable in phase.
A method of evaluating visual performance or visual health, comprising: providing a visual stimulus in front of the eye(s) of a subject, the stimulus effective to elicit optokinetic nystagmus, obtaining video footage of the subject watching the stimulus, detecting at least part of an eyeball in at least two frames of the video footage, applying an optical flow algorithm to the at least two frames of the video footage to extract information relating to linear movement of at least part of the eye, and determining a statistical measure from the information, characterised in that said information relating to linear movement of at least part of the eye comprises pixel velocity information including both magnitude and direction information, determining a statistical measure comprises determining an average pixel velocity, and by evaluating visual performance or visual health of the subject from the statistical measure. providing a visual stimulus in front of the eye(s) of a subject, the stimulus effective to elicit optokinetic nystagmus, obtaining video footage of the subject watching the stimulus, detecting at least part of an eyeball in at least two frames of the video footage, applying an optical flow algorithm to the at least two frames of the video footage to extract information relating to linear movement of at least part of the eye, and determining a statistical measure from the information,
A device arranged for detecting hardware degradation in a radiation therapy system arranged for delivering a plurality of fractions for a plurality of radiation fields, the device including: - a measurement unit arranged for measuring, for each fraction of the plurality of radiation fields, a value for one or more quantities representative of a functioning of one or more hardware components of the system; - a normalizer arranged for, for each of the one or more quantities, normalizing the measured values; - an averaging unit arranged for, for each of the one or more quantities, determining an average of the normalized values; and - a comparator arranged for, for each of the one or more quantities, comparing the average of the normalized values with a respective predetermined value. - a measurement unit arranged for measuring, for each fraction of the plurality of radiation fields, a value for one or more quantities representative of a functioning of one or more hardware components of the system; - a normalizer arranged for, for each of the one or more quantities, normalizing the measured values; - an averaging unit arranged for, for each of the one or more quantities, determining an average of the normalized values; and - a comparator arranged for, for each of the one or more quantities, comparing the average of the normalized values with a respective predetermined value.
A method comprising: control circuitry (118, 128) identifying a current state of a connected system; the control circuitry (118, 128) identifying a current alarm sensitivity threshold of the connected system; the control circuitry (118, 128) identifying a future alarm sensitivity threshold of the connected system; the control circuitry (118, 128) determining whether the current state would trigger an alarm under the future alarm sensitivity threshold when the current state fails to trigger the alarm under the current alarm sensitivity threshold; the control circuitry (118, 128) identifying a future false alarm when the current state would trigger an alarm under the future alarm sensitivity threshold but fails to trigger the alarm under the current alarm sensitivity threshold; and responsive to identifying the future false alarm, the control circuitry (118, 128) providing a warning to a user and triggering a state change in at least one device in the connected system to prevent the future false alarm from occurring. control circuitry (118, 128) identifying a current state of a connected system; the control circuitry (118, 128) identifying a current alarm sensitivity threshold of the connected system; the control circuitry (118, 128) identifying a future alarm sensitivity threshold of the connected system; the control circuitry (118, 128) determining whether the current state would trigger an alarm under the future alarm sensitivity threshold when the current state fails to trigger the alarm under the current alarm sensitivity threshold; the control circuitry (118, 128) identifying a future false alarm when the current state would trigger an alarm under the future alarm sensitivity threshold but fails to trigger the alarm under the current alarm sensitivity threshold; and responsive to identifying the future false alarm, the control circuitry (118, 128) providing a warning to a user and triggering a state change in at least one device in the connected system to prevent the future false alarm from occurring.
A slurry for preparing a positive electrode material of a secondary battery comprising: a positive electrode active material; a conductive agent; a binder; and a solvent, wherein the conductive agent comprises a nonlinear first conductive agent with an average particle diameter D 50 in the range of 50 nm to 110 nm, and a linear second conductive agent with an average length in the range of 1 μm to 5 μm, and wherein the total amount of the conductive agent is in the range of 1 wt% to 5 wt% based on the total weight of the slurry. a positive electrode active material; a conductive agent; a binder; and a solvent, wherein the conductive agent comprises a nonlinear first conductive agent with an average particle diameter D 50 in the range of 50 nm to 110 nm, and a linear second conductive agent with an average length in the range of 1 μm to 5 μm, and wherein the total amount of the conductive agent is in the range of 1 wt% to 5 wt% based on the total weight of the slurry.
A recombinant cyanobacterium transformed with a non-native nucleic acid sequence encoding an acyl-ACP thioesterase derived from a higher plant operably linked to a heterologous promoter and a non-native nucleic acid sequence encoding a lysophosphatidic acid acyltransferase (LPAAT) derived from a cyanobacterium operably linked to a heterologous promoter, wherein the cyanobacterium produces at least one free fatty acid or at least one fatty acid derivative, and wherein the LPAAT has at least 85% identity to SEQ ID NO:2, and the thioesterase has at least 85% identity to SEQ ID NO:44.
A mobile terminal comprising: a memory configured to store a plurality of sound sources; an output unit comprising an audio output module and a display module; and a controller configured to: control the output of sound sources comprising at least another one of the plurality of sound sources, based on a specific event acquired when at least one of the plurality of sound sources is output to the audio output module or on standby for output; display, on the display module, a control window for acquiring a user input to control the output of sound sources comprising the at least another one when the specific event is acquired, wherein the control window is divided into a plurality of areas to correspond to the plurality of sound sources comprising the at least another one and control the output of the sound sources based on the input acquired through the control window, wherein, when the output of a specific sound source of the sound sources comprising the at least another one is adjusted to a threshold value or less, the controller is configured to terminate the running of an application corresponding to the specific sound source. a memory configured to store a plurality of sound sources; an output unit comprising an audio output module and a display module; and a controller configured to: control the output of sound sources comprising at least another one of the plurality of sound sources, based on a specific event acquired when at least one of the plurality of sound sources is output to the audio output module or on standby for output; display, on the display module, a control window for acquiring a user input to control the output of sound sources comprising the at least another one when the specific event is acquired, wherein the control window is divided into a plurality of areas to correspond to the plurality of sound sources comprising the at least another one and control the output of the sound sources based on the input acquired through the control window, wherein, when the output of a specific sound source of the sound sources comprising the at least another one is adjusted to a threshold value or less, the controller is configured to terminate the running of an application corresponding to the specific sound source.
A screen control device comprising: a screen that is disposed at a front portion of a saddled vehicle and that shields the body of a driver of the saddled vehicle from an airflow; a motor that moves the screen upward and downward along a guide; and a position detection means that detects a position of the screen; characterized in that the screen control device further comprises an output detection means that detects an output of the motor, wherein the screen control device further includes a motor output setting means that changes the output of the motor in accordance with a detection value of the position detection means when the screen is driven in a downward direction, and wherein the motor output setting means changes the output of the motor in response to the screen reaching a predetermined intermediate position (S1, S2) between an uppermost position and a lowermost position of the screen, wherein the screen control device further comprises a storage means that stores a minimum output for driving that is required for driving the screen in the downward direction, wherein the predetermined intermediate position (S1, S2) includes a first intermediate position and a second intermediate position below the first intermediate position, and wherein the motor output setting means drives the motor by a limited output, which is obtained by adding a predetermined addable output to the driving minimum output, upon the screen reaching the second intermediate position. a screen that is disposed at a front portion of a saddled vehicle and that shields the body of a driver of the saddled vehicle from an airflow; a motor that moves the screen upward and downward along a guide; and a position detection means that detects a position of the screen; characterized in that the screen control device further comprises an output detection means that detects an output of the motor, wherein the screen control device further includes a motor output setting means that changes the output of the motor in accordance with a detection value of the position detection means when the screen is driven in a downward direction, and wherein the motor output setting means changes the output of the motor in response to the screen reaching a predetermined intermediate position (S1, S2) between an uppermost position and a lowermost position of the screen, wherein the screen control device further comprises a storage means that stores a minimum output for driving that is required for driving the screen in the downward direction, wherein the predetermined intermediate position (S1, S2) includes a first intermediate position and a second intermediate position below the first intermediate position, and wherein the motor output setting means drives the motor by a limited output, which is obtained by adding a predetermined addable output to the driving minimum output, upon the screen reaching the second intermediate position.
An optomechanical tool (10a-10g and 10i-10o) for machining a workpiece, the optomechanical tool (10a-10o) comprising: a body of material having an entrance face, a rake face, a flank face, a rake side face, and a flank side face, the rake side face and the flank side face are connected to the entrance face, the rake side face is connected to the rake face, the flank side face is connected to the flank face, the rake face is connected to the flank face to define an at least partially curved cutting edge, wherein the entrance face extends away from the flank side face to define a back-relief angle (θ 12), wherein the rake face extends away from the rake side face to define a rake angle (θ 14), and wherein the entrance face is configured to direct a light beam toward one or more of the rake face, the flank face, the rake side face, the flank side face, and the at least partially curved cutting edge and through one or more of the rake face, the flank face, and the at least partially curved cutting edge, causing the light beam to refract onto the workpiece; characterized in that the entrance face is defined by: an inwardly-projecting surface having a non-linear, curved or arcuate configuration; and/or an outwardly-projecting surface having a non-linear, curved or arcuate configuration. a body of material having an entrance face, a rake face, a flank face, a rake side face, and a flank side face, the rake side face and the flank side face are connected to the entrance face, the rake side face is connected to the rake face, the flank side face is connected to the flank face, the rake face is connected to the flank face to define an at least partially curved cutting edge, wherein the entrance face extends away from the flank side face to define a back-relief angle (θ 12), wherein the rake face extends away from the rake side face to define a rake angle (θ 14), and wherein the entrance face is configured to direct a light beam toward one or more of the rake face, the flank face, the rake side face, the flank side face, and the at least partially curved cutting edge and through one or more of the rake face, the flank face, and the at least partially curved cutting edge, causing the light beam to refract onto the workpiece; characterized in that the entrance face is defined by: an inwardly-projecting surface having a non-linear, curved or arcuate configuration; and/or an outwardly-projecting surface having a non-linear, curved or arcuate configuration. an inwardly-projecting surface having a non-linear, curved or arcuate configuration; and/or an outwardly-projecting surface having a non-linear, curved or arcuate configuration.
A method for making a nonwoven fabric comprising forming polymer fibers from a melt of the polymer material and using these fibers to obtain a nonwoven fabric during a subsequent nonwoven fabric formation procedure, wherein the polymer material comprises a thermoplastic polyolefin and wherein the melt of the polymer material comprises a melt additive, which comprises a fatty acid ester derived from C 8-25, C 10-20 or C 14-18 unsaturated or saturated carboxylic acids, characterized in that the method comprises thermal bonding at a temperature higher than 40°C below the melting point of the polymer material and, additionally, one or both of the following steps: a. improving the mobility of the additive by including a filler having a higher thermal conductivity than the polymer material to the polymer material and, optionally, heat-treating the nonwoven in an additional step after it has already been thermally bonded; b. influencing the polymer crystallinity by including a nucleating agent, branched polymers and/or random co-polymers to the polymer material. a. improving the mobility of the additive by including a filler having a higher thermal conductivity than the polymer material to the polymer material and, optionally, heat-treating the nonwoven in an additional step after it has already been thermally bonded; b. influencing the polymer crystallinity by including a nucleating agent, branched polymers and/or random co-polymers to the polymer material.
A fastening element (13, 13', 14, 31, 32, 33) formed as a flat, in particular strap-like element with two longitudinally opposite end portions, said fastening element (13, 13', 14, 31, 32, 33) having a preferred direction, along which the fastening element is to be tensioned on or around a support, wherein the support is adapted for immobilizing an object arranged on or in the support, characterized in that the fastening element comprises - a core plate with an external covering layer (17, 19, 36, 37) on both sides thereof, and - at least on its longitudinally opposite end portions, means (20, 21, 27, 28, 38, 39) for releasably attaching the fastening element (13, 13', 14, 31, 32, 33) on or around said support, and wherein - the core plate is a rigid but manually deformable, corrugated metal plate, and - the corrugations of the metal core plate are oriented substantially in parallel to the preferred direction. - a core plate with an external covering layer (17, 19, 36, 37) on both sides thereof, and - at least on its longitudinally opposite end portions, means (20, 21, 27, 28, 38, 39) for releasably attaching the fastening element (13, 13', 14, 31, 32, 33) on or around said support, and wherein - the core plate is a rigid but manually deformable, corrugated metal plate, and - the corrugations of the metal core plate are oriented substantially in parallel to the preferred direction.
A connection component for connecting an electrode assembly and an electrode terminal, wherein the connection component comprises: a body, comprising a first surface and a second surface opposite to each other in a thickness direction thereof; a convex portion, connected to the body and protruding from the first surface; a concave portion, provided on the second surface and corresponding to the position of the convex portion; characterized by a gap control portion, configured to be while the connection component including the gap control portion is stacked with another connection component, the gap control portion contacts the another connection component, so as to control a gap D between the two connection components to be greater than 0.6H, wherein H is the height of the convex portion protruding from the first surface; wherein the gap control portion comprises a second protrusion, and the second protrusion is provided on the body and protrudes from the first surface and/or the second surface; wherein the second protrusion protrudes from the first surface and is provided oblique towards the convex portion; or, the second protrusion protrudes from the second surface and is provided oblique towards the concave portion. a body, comprising a first surface and a second surface opposite to each other in a thickness direction thereof; a convex portion, connected to the body and protruding from the first surface; a concave portion, provided on the second surface and corresponding to the position of the convex portion; characterized by a gap control portion, configured to be while the connection component including the gap control portion is stacked with another connection component, the gap control portion contacts the another connection component, so as to control a gap D between the two connection components to be greater than 0.6H, wherein H is the height of the convex portion protruding from the first surface; wherein the gap control portion comprises a second protrusion, and the second protrusion is provided on the body and protrudes from the first surface and/or the second surface; wherein the second protrusion protrudes from the first surface and is provided oblique towards the convex portion; or, the second protrusion protrudes from the second surface and is provided oblique towards the concave portion.
A cloth seal, comprising: a first cloth layer; a second cloth layer; one or more central shims positioned between the first and second cloth layers (60, 65) so as to block a leakage flow path through at least one of the cloth layers (60, 65); and characterized by a second shim positioned on the opposite side of the first cloth layer from the one or more central shims, the second shim sealing the opposite side of the first cloth layer so as to block another leakage flow path through at least one of the cloth layers. a first cloth layer; a second cloth layer; one or more central shims positioned between the first and second cloth layers (60, 65) so as to block a leakage flow path through at least one of the cloth layers (60, 65); and characterized by a second shim positioned on the opposite side of the first cloth layer from the one or more central shims, the second shim sealing the opposite side of the first cloth layer so as to block another leakage flow path through at least one of the cloth layers.