mhurhangee/ep-ind-claims huggingface dataset:
An automated method for detecting corrosion or crack defects, comprising: obtaining ultrasound images acquired with guided Lamb waves; applying a synthetic aperture focusing technique (SAFT) to an ultrasound image thereby obtained to render a SAFT image; and applying a systemic background noise suppression algorithm to the SAFT image to render a background suppressed, SAFT image; characterized by: applying a deconvolution linear filtering process to the background suppressed, SAFT image to render a deconvolution linear filtered image; and applying an image segmentation algorithm to the deconvolution linear filtered image. obtaining ultrasound images acquired with guided Lamb waves; applying a synthetic aperture focusing technique (SAFT) to an ultrasound image thereby obtained to render a SAFT image; and applying a systemic background noise suppression algorithm to the SAFT image to render a background suppressed, SAFT image; applying a deconvolution linear filtering process to the background suppressed, SAFT image to render a deconvolution linear filtered image; and applying an image segmentation algorithm to the deconvolution linear filtered image.
Method for determining the set of elements placed in the interior of a container having an aperture allowing one or more elements (200, 201) to be added to or removed from the interior of said container, and each element being physically fastened to a radio tag (300, 301) storing an identifier, said method being characterised in that it includes a step of continually monitoring for a movement through said aperture, triggering, in case of detection of a movement, the generation of a detection signal that leads to first, second and third readouts of said radio tags, said readouts being carried out by means of a radio antenna suitable for radiating radiation into a zone corresponding substantially to the interior, said first readout being triggered on the rising edge of said detection signal, said second readout being triggered on the falling edge of said detection signal, said third readout being triggered after a preset period of time at the triggering of the second readout, and an updating of said set on the basis of the identifiers read during said first, second and third readouts.
An apparatus, comprising: a first amplifier including an input terminal (421, 422) coupled to a signal source and configured to receive an analyte sensor signal, and an output terminal configured to provide a first output signal; a second amplifier having at least one input terminal (431, 432) and an output terminal, the output terminal of the second amplifier being coupled to the output terminal of the first amplifier and configured to provide a second output signal; and a processor operatively coupled to the first amplifier and the second amplifier and configured to receive the first output signal and the second output signal; wherein the first output signal and the second output signal are associated with a monitored analyte level; characterised in that the second amplifier is configured to step up the first output signal by a predetermined factor; and the processor is configured to compare the second output signal to a predetermined threshold value and to process the second output signal rather than the first output signal unless the second output signal exceeds the predetermined threshold value, whereupon the processor is configured to process the first output signal rather than the second output signal. a first amplifier including an input terminal (421, 422) coupled to a signal source and configured to receive an analyte sensor signal, and an output terminal configured to provide a first output signal; a second amplifier having at least one input terminal (431, 432) and an output terminal, the output terminal of the second amplifier being coupled to the output terminal of the first amplifier and configured to provide a second output signal; and
An electric pump device comprising an oil pump that supplies oil to a hydraulic device, a brushless motor including a rotor that drives the oil pump, and a controller that controls the brushless motor, wherein the controller includes a power supply section that supplies drive power to the brushless motor and a drive control section, wherein the controller further includes a synchronism loss determining section that determines whether the brushless motor has lost synchronism, and, wherein the rotor of the brushless motor includes permanent magnets as field magnets, the controller further including an induced voltage detecting section that detects an induced voltage generated through rotation of the rotor and a memory section storing a comparison reference voltage, which is used to determine whether the brushless motor has lost synchronism; and the synchronism loss determining section determines whether the brushless motor has lost synchronism by comparing the induced voltage with the comparison reference voltage, characterized in that, when the synchronism loss determining section determines that the brushless motor has lost synchronism, the drive control section controls the power supply section to start the brushless motor after controlling the power supply section to stop supply of the drive power to the brushless motor.
A movable contact member (1; C11; C21) comprising: a swelling portion that swells in the shape of a dome and is configured to operate reversely when pressed; and a skirt portion (12; C22) that is continuously formed from an outer peripheral edge portion of the swelling portion, wherein the skirt portion (12; C22) includes cut-out portions cut out at four portions thereof, wherein portions of the skirt portion, except for the cut-out portions, form contact portions (52; C62), characterized in that the cut-out portions of the skirt portion (12; C22) are each curved toward the swelling portion so that only portions of the skirt portion (12; C22), except for the cut-out portions, form said contact portions (52; C62), and the skirt portion (12; C22) and the cut-out portions (52; C62) are produced by drawing the swelling portion from a flat plate material after cutting said flat plate material along outer shapes of the skirt portion (12; C22) and the cut-out portions (52; C62), wherein when the skirt portion (12; C22) has been subjected to shaping and is not yet subjected to drawing, a cut-out face shape of each of the cut-out portions, in a plan view of the contact member (1; C11; C21), is a linear shape or a gently curved shape. a swelling portion that swells in the shape of a dome and is configured to operate reversely when pressed; and a skirt portion (12; C22) that is continuously formed from an outer peripheral edge portion of the swelling portion, wherein the skirt portion (12; C22) includes cut-out portions cut out at four portions thereof, wherein portions of the skirt portion, except for the cut-out portions, form contact portions (52; C62), characterized in that the cut-out portions of the skirt portion (12; C22) are each curved toward the swelling portion so that only portions of the skirt portion (12; C22), except for the cut-out portions, form said contact portions (52; C62), and the skirt portion (12; C22) and the cut-out portions (52; C62) are produced by drawing the swelling portion from a flat plate material after cutting said flat plate material along outer shapes of the skirt portion (12; C22) and the cut-out portions (52; C62), wherein when the skirt portion (12; C22) has been subjected to shaping and is not yet subjected to drawing, a cut-out face shape of each of the cut-out portions, in a plan view of the contact member (1; C11; C21), is a linear shape or a gently curved shape.
A control method of a laundry machine having a drum for performing a spinning cycle, the control method comprising: a laundry distributing step; and a spinning step; characterized in that the spinning step includes a transient region passing step, in which a drum speed is accelerated to pass through a transient region, and an accelerating step, in which the drum speed is accelerated to a target RPM after having passed the transient region, wherein the transient region is a predetermined RPM band including at least one resonance frequency of the laundry machine; a laundry even-spreading step (S212, S232, S234, S236) is performed in the transient region passing step and/or the accelerating step and configured to rotate the drum for a predetermined time period at a predetermined speed change ratio less than a preset minimum drum speed change ratio of the spinning cycle; wherein the speed change ratio of the laundry distributing step and the speed change ratio of the transient region passing step are higher than the speed change ratio of the accelerating step. a laundry distributing step; and a spinning step; characterized in that the spinning step includes a transient region passing step, in which a drum speed is accelerated to pass through a transient region, and an accelerating step, in which the drum speed is accelerated to a target RPM after having passed the transient region, wherein the transient region is a predetermined RPM band including at least one resonance frequency of the laundry machine; a laundry even-spreading step (S212, S232, S234, S236) is performed in the transient region passing step and/or the accelerating step and configured to rotate the drum for a predetermined time period at a predetermined speed change ratio less than a preset minimum drum speed change ratio of the spinning cycle; wherein the speed change ratio of the laundry distributing step and the speed change ratio of the transient region passing step are higher than the speed change ratio of the accelerating step.
An arrangement comprising - a first extension guide for a movable furniture part and - an entrainment member for a drive device for moving the movable furniture part in relation to a furniture carcass, wherein the entrainment member comprises an entrainment projection that can be actively connected to the drive device, wherein a first fastening device is provided with a part which is arranged on the entrainment member and a part which is arranged on the first extension guide, by means of which the entrainment member can be fastened to the first extension guide, wherein one part (8a, 8b) of the first fastening device is embodied as a pin and one part (8b, 8a) is embodied as a pin-receiving element corresponding to the pin, wherein the pin is positioned obliquely to the longitudinal extension of the first extension guide and the pin receiving element comprises an insertion channel for the pin, which insertion channel comprises a bottleneck, characterized in that the entrainment member comprises a part of a second fastening device, which is embodied as a pin or as a pin-receiving element, for optional fastening of the entrainment member to a second extension guide which is substantially laterally reversed in relation to the first extension guide, and that the part of the first fastening device, which is arranged on the entrainment member, is arranged on the entrainment member such that it is laterally reversed in relation to the part of the second fastening device, arranged on the entrainment member. - a first extension guide for a movable furniture part and - an entrainment member for a drive device for moving the movable furniture part in relation to a furniture carcass, wherein the entrainment member comprises an entrainment projection that can be actively connected to the drive device,
A method for configuring dynamic random access memory, DRAM, in a personal computing device, PCD, the method comprising: providing a shared command access, CA, bus in communication with a first DRAM device and a second DRAM device; receiving at the first DRAM device, via its own data, DQ, bus for the first DRAM device, a first command from a system on a chip, SoC, in communication with the first DRAM device and the second DRAM device; determining with a decoder of the first DRAM device whether to mask a mode register write, MRW, for the first DRAM device in response to the first command received from the SoC; receiving at the first DRAM device and the second DRAM device via the shared CA bus, a second command from the SoC containing configuration information, wherein the second command comprises a MRW; and responsive to the determination by the decoder, if the determination was to mask the received MRW, ignoring the second command at the first DRAM device, and if the determination was to not mask the received MRW, executing the second command by the first DRAM device. providing a shared command access, CA, bus in communication with a first DRAM device and a second DRAM device; receiving at the first DRAM device, via its own data, DQ, bus for the first DRAM device, a first command from a system on a chip, SoC, in communication with the first DRAM device and the second DRAM device; determining with a decoder of the first DRAM device whether to mask a mode register write, MRW, for the first DRAM device in response to the first command received from the SoC; receiving at the first DRAM device and the second DRAM device via the shared CA bus, a second command from the SoC containing configuration information, wherein the second command comprises a MRW; and responsive to the determination by the decoder, if the determination was to mask the received MRW, ignoring the second command at the first DRAM device, and if the determination was to not mask the received MRW, executing the second command by the first DRAM device.
A pre-operatively customized implant for use in orthognathic surgery, in which a first part of a maxilla is segmented from a second part of the maxilla, the implant comprising: an elongate plate member curved in a longitudinal direction, wherein the plate member includes_a first plate member segment (46; 350) and a second plate member segment (50; 350), each curved in a lateral direction and pre-shaped to correspond to a post-operative shape of the maxilla and including several non-linear undulations that correspond to particular surface portions of the first part of the maxilla, each of the plate member segments (46, 50; 350) defining a plurality of fixation element holes that extend-through the associated plate member segment (46, 50; 350) and is configured to receive a bone fixation element so as to secure the plate member segment (46, 50; 350) to the first part of the maxilla; and a plurality of fingers extending up from an upper edge of the first and second plate member segments (46, 50; 350), wherein the fingers are pre-shaped-to correspond to a shape of the second part of the maxilla and include several non-linear undulations that correspond to particular surface portions of the second part of the maxilla, wherein each of the fingers include at least one fixation element receiving aperture configured to receive a bone fixation element. an elongate plate member curved in a longitudinal direction, wherein the plate member includes_a first plate member segment (46; 350) and a second plate member segment (50; 350), each curved in a lateral direction and pre-shaped to correspond to a post-operative shape of the maxilla and including several non-linear undulations that correspond to particular surface portions of the first part of the maxilla, each of the plate member segments (46, 50; 350) defining a plurality of fixation element holes that extend-through the associated plate member segment (46, 50; 350) and is configured to receive a bone fixation element so as to secure the plate member segment (46, 50; 350) to the first part of the maxilla; and a plurality of fingers extending up from an upper edge of the first and second plate member segments (46, 50; 350), wherein the fingers are pre-shaped-to correspond to a shape of the second part of the maxilla and include several non-linear undulations that correspond to particular surface portions of the second part of the maxilla, wherein each of the fingers include at least one fixation element receiving aperture configured to receive a bone fixation element.
An aerosol generating apparatus, comprising: a liquid container including a perforated membrane through which a liquid can permeate, the liquid container further includes a first mating element; an adaptor including a second mating element; and a driving element including a piezoelectric element coupled to a substrate, wherein the driving element is accommodated by the adaptor and the substrate includes an aperture and a projection; wherein the first and second mating elements (1010, 1020) are adapted to detachably and slidably mate with each other such that the aperture of the substrate aligns proximately to the center of the perforated membrane; wherein the first and the second mating elements (1010, 1020) are further adapted for relative movement along a sliding axis, wherein the projection is adapted to press against the perforated membrane; and wherein the first mating element includes a first contacting surface and the second mating element includes a second contacting surface, the first and second contacting surfaces are adapted to create friction such that the liquid container and the adaptor are securely engaged. a liquid container including a perforated membrane through which a liquid can permeate, the liquid container further includes a first mating element; an adaptor including a second mating element; and a driving element including a piezoelectric element coupled to a substrate, wherein the driving element is accommodated by the adaptor and the substrate includes an aperture and a projection; wherein the first and second mating elements (1010, 1020) are adapted to detachably and slidably mate with each other such that the aperture of the substrate aligns proximately to the center of the perforated membrane; wherein the first and the second mating elements (1010, 1020) are further adapted for relative movement along a sliding axis, wherein the projection is adapted to press against the perforated membrane; and wherein the first mating element includes a first contacting surface and the second mating element includes a second contacting surface, the first and second contacting surfaces are adapted to create friction such that the liquid container and the adaptor are securely engaged.
Lining holder for a brake lining support of a rail vehicle, having a pressure plate having a guiding duct extending in longitudinal direction of the lining holder, in which a brake lining can be form-fittingly fixed so as to be displaceable and perpendicular to the normal of the pressure plate, a locking bar mounted at the pressure plate for locking the brake lining in longitudinal direction of the lining holder, which in a locking position fixing the brake lining in a functional position projects into the guiding duct and which in a release position is removed from the guiding duct, wherein between a guiding web of the brake lining guided in the guiding duct and the locking bar is arranged a spring element biasing the brake lining in the guiding duct, characterised in that the locking bar has a mounting region at an angle to a pivoting or displacing plane of the locking bar, at which a mounting end of the spring element is tightly attached, wherein an end of the spring element protruding into the guiding duct rests in a biased manner on the guiding web of the brake lining. a pressure plate having a guiding duct extending in longitudinal direction of the lining holder, in which a brake lining can be form-fittingly fixed so as to be displaceable and perpendicular to the normal of the pressure plate, a locking bar mounted at the pressure plate for locking the brake lining in longitudinal direction of the lining holder, which in a locking position fixing the brake lining in a functional position projects into the guiding duct and which in a release position is removed from the guiding duct, wherein between a guiding web of the brake lining guided in the guiding duct and the locking bar is arranged a spring element biasing the brake lining in the guiding duct, characterised in that the locking bar has a mounting region at an angle to a pivoting or displacing plane of the locking bar, at which a mounting end of the spring element is tightly attached, wherein an end of the spring element protruding into the guiding duct rests in a biased manner on the guiding web of the brake lining.
Manifold for a sprinkler system, in particular performed for the arrangement in the main supply tubing of the sprinkler system, having a main tube body with an inlet port at a first end and with an outlet port at a second end, and having a main tube valve having a stem element and a ball body to open and close a main passage extending along a main axis in the main tube body by turning the ball body about a valve axis, and whereas the main tube valve features a handle for turning the ball body, wherein the handle features a first leg (18.1) extending perpendicular or angled to the valve axis and the handle features a second leg (18.2), characterlzed in that the second leg (18.2) extends approximately perpendicular to the first leg (18.1) and perpendicular to the valve axis, wherein the handle is formed by means of a flat sheet metal and the approximately 90° angle between the legs is made by bending in between the legs (18.1, 18.2) of the handle and wherein the first leg (18.1) extends between the valve stem element and the second leg (18.2), whereas the second leg (18.2) can be operated by the hand of a user.
A User Equipment, UE, comprising: a transceiver configured to receive, from a base station, a radio resource control, RRC, reconfiguration message which includes an information element, IE, used to indicate whether or not data duplication is configured for a split bearer, wherein the data duplication is a transmission manner in which same Packet Data Convergence Protocol protocol data units, PDCP PDUs, are transmitted by a PDCP entity via multiple radio link control, RLC, entities; and processing circuitry, which serves as a configuration unit, configured to perform an RRC connection reconfiguration, wherein the RRC connection reconfiguration includes configuring the split bearer based on the RRC reconfiguration message, wherein the transceiver is further configured to transmit, to the base station, an RRC Reconfiguration complete message which is used to confirm successful completion of an RRC connection reconfiguration, wherein the processing circuitry is further configured to send, when the PDCP entity receives a notification from one of the multiple RLC entities, an indication for discarding a PDCP PDU to the other(s) of the multiple RLC entities, wherein the notification indicates that the PDCP PDU is successfully delivered. a transceiver configured to receive, from a base station, a radio resource control, RRC, reconfiguration message which includes an information element, IE, used to indicate whether or not data duplication is configured for a split bearer, wherein the data duplication is a transmission manner in which same Packet Data Convergence Protocol protocol data units, PDCP PDUs, are transmitted by a PDCP entity via multiple radio link control, RLC, entities; and processing circuitry, which serves as a configuration unit, configured to perform an RRC connection reconfiguration, wherein the RRC connection reconfiguration includes configuring the split bearer based on the RRC reconfiguration message, wherein the transceiver is further configured to transmit, to the base station, an RRC Reconfiguration complete message which is used to confirm successful completion of an RRC connection reconfiguration, wherein the processing circuitry is further configured to send, when the PDCP entity receives a notification from one of the multiple RLC entities, an indication for discarding a PDCP PDU to the other(s) of the multiple RLC entities, wherein the notification indicates that the PDCP PDU is successfully delivered.