mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound scanning assembly configured to inspect a composite winglet (200/202/802/1030/1032), the ultrasound scanning assembly comprising: an outer ultrasound probe configured to be positioned on an outer surface of the composite winglet, wherein the outer ultrasound probe comprises: a phased array transducer having a plurality of transducer elements; and at least one inwardly-biased pivot arm (602/604) that is configured to conform to the outer surface of the composite winglet; and an inner ultrasound probe configured to be positioned within the composite winglet opposite from the outer surface, wherein the inner ultrasound probe comprises: a single element transducer configured to receive ultrasound signals transmitted by the phased array transducer; and at least one outwardly-biased pivot arm (702/704) that is configured to conform to an inner surface of the composite winglet. an outer ultrasound probe configured to be positioned on an outer surface of the composite winglet, wherein the outer ultrasound probe comprises: a phased array transducer having a plurality of transducer elements; and at least one inwardly-biased pivot arm (602/604) that is configured to conform to the outer surface of the composite winglet; and a phased array transducer having a plurality of transducer elements; and at least one inwardly-biased pivot arm (602/604) that is configured to conform to the outer surface of the composite winglet; and an inner ultrasound probe configured to be positioned within the composite winglet opposite from the outer surface, wherein the inner ultrasound probe comprises: a single element transducer configured to receive ultrasound signals transmitted by the phased array transducer; and at least one outwardly-biased pivot arm (702/704) that is configured to conform to an inner surface of the composite winglet. a single element transducer configured to receive ultrasound signals transmitted by the phased array transducer; and at least one outwardly-biased pivot arm (702/704) that is configured to conform to an inner surface of the composite winglet.
A solid dosage form comprising: a film coating wherein the film coating comprises 10% to 25% natural honey, more preferably from about 13% to about 23% by weight natural honey, an inner core wherein the inner core comprises an active selected from the group consisting of decongestants, pain relievers, antitussives, antihistamines, expectorants, and combinations thereof; wherein the solid dosage form has a static coefficient of friction value of less than 0.40. a film coating wherein the film coating comprises 10% to 25% natural honey, more preferably from about 13% to about 23% by weight natural honey, an inner core wherein the inner core comprises an active selected from the group consisting of decongestants, pain relievers, antitussives, antihistamines, expectorants, and combinations thereof; wherein the solid dosage form has a static coefficient of friction value of less than 0.40.
Anti-mosquito pleated net system with articulated guides consisting of: i) a restraint box that bears on its upper end a terminal accessory and on its lower end a basic fixing protrusion of lower articulated guide and a sliding box that bears on its upper end a basic fixing protrusion of upper articulated guide and on its lower end a terminal accessory; ii) an upper articulated guide that gets in and out only of the restraint box and a lower articulated guide, parallel to it, that gets in and out only of the sliding box, in a motion with opposite direction to each other, characterized by iii)two sets of short ropes (1a, 3a, 5a and 2a, 4a, 6a), the short ropes of the first set (1a, 3a, 5a) are fixed at their one end on the sliding box and at their second end they terminate in meeting each other in common bundle fixed on the last protrusions of the upper articulated guide inside the restraint box, the short ropes of the second set (2a, 4a, 6a) are fixed at their one end on the restraint box and at their second end they terminate in meeting each other in common bundle fixed on the last protrusions of the lower articulated guide inside the sliding box where the two sets cross over the net with opposite direction to each other; iv) upper articulated guide, upper end terminal accessory and upper end basic fixing protrusion are being detachable from upper ends of restraint box and sliding box at least 4-5 mm above the first short rope crossing over the pleated mosquito net. i) a restraint box that bears on its upper end a terminal accessory and on its lower end a basic fixing protrusion of lower articulated guide and a sliding box that bears on its upper end a basic fixing protrusion of upper articulated guide and on its lower end a terminal accessory; ii) an upper articulated guide that gets in and out only of the restraint box and a lower articulated guide, parallel to it, that gets in and out only of the sliding box, in a motion with opposite direction to each other, iii)two sets of short ropes (1a, 3a, 5a and 2a, 4a, 6a), the short ropes of the first set (1a, 3a, 5a) are fixed at their one end on the sliding box and at their second end they terminate in meeting each other in common bundle fixed on the last protrusions of the upper articulated guide inside the restraint box, the short ropes of the second set (2a, 4a, 6a) are fixed at their one end on the restraint box and at their second end they terminate in meeting each other in common bundle fixed on the last protrusions of the lower articulated guide inside the sliding box where the two sets cross over the net with opposite direction to each other; iv) upper articulated guide, upper end terminal accessory and upper end basic fixing protrusion are being detachable from upper ends of restraint box and sliding box at least 4-5 mm above the first short rope crossing over the pleated mosquito net.
A capacitance detection method of a touch display panel, comprising: receiving a sync signal (sync) sent from a display panel, and generating a trigger signal in a period in which a display driving noise is avoided based on the sync signal (sync); generating a sync driving signal in the period in which the display driving noise is avoided based on the received trigger signal, to drive a driving electrode of the touch display panel; detecting a signal value of a capacitance sensor in the touch display panel in the period in which the display driving noise is avoided based on the received trigger signal by connecting a sensing line of the capacitance sensor in the touch display panel to a non-inverting input terminal of a differential amplification circuit, the differential amplification circuit having an output terminal connected via a capacitor and a resistor parallel to the capacitor to its non-inverting input terminal, and a reference voltage (Vref) being inputted to an inverting input terminal of the differential amplification circuit; and gatedly connecting, during a period of the display driving noise, the sensing line of the capacitance sensor in the touch display panel to an output terminal of a buffer having the reference voltage (Vref) as input such that the signal value of the capacitance sensor is not detected, the output terminal of the differential amplification circuit being at a zero level. receiving a sync signal (sync) sent from a display panel, and generating a trigger signal in a period in which a display driving noise is avoided based on the sync signal (sync); generating a sync driving signal in the period in which the display driving noise is avoided based on the received trigger signal, to drive a driving electrode of the touch display panel; detecting a signal value of a capacitance sensor in the touch display panel in the period in which the display driving noise is avoided based on the received trigger signal by connecting a sensing line of the capacitance sensor in the touch display panel to a non-inverting input terminal of a differential amplification circuit, the differential amplification circuit having an output terminal connected via a capacitor and a resistor parallel to the capacitor to its non-inverting input terminal, and a reference voltage (Vref) being inputted to an inverting input terminal of the differential amplification circuit; and gatedly connecting, during a period of the display driving noise, the sensing line of the capacitance sensor in the touch display panel to an output terminal of a buffer having the reference voltage (Vref) as input such that the signal value of the capacitance sensor is not detected, the output terminal of the differential amplification circuit being at a zero level.
A method of wireless communication at a user equipment, UE, comprising: receiving a very low duty cycle signal, LDCS, configuration for a low power node, LPN, (806a; 806b) from a second entity; monitoring for an LDCS from the LPN (806a; 806b) based on the received LDCS configuration; and transmitting a Random Access Channel, RACH, message to the LPN (806a; 806b) at an RACH delay after receiving the LDCS from the LPN (806a; 806b), wherein the RACH delay is comprised in at least one of the LDCS received from the LPN (806a; 806b) and the LDCS configuration received from the second entity. receiving a very low duty cycle signal, LDCS, configuration for a low power node, LPN, (806a; 806b) from a second entity; monitoring for an LDCS from the LPN (806a; 806b) based on the received LDCS configuration; and transmitting a Random Access Channel, RACH, message to the LPN (806a; 806b) at an RACH delay after receiving the LDCS from the LPN (806a; 806b), wherein the RACH delay is comprised in at least one of the LDCS received from the LPN (806a; 806b) and the LDCS configuration received from the second entity.
A system for detecting ultrasonic displacements in a material under test, comprising: a seed laser light source that provides a first laser beam having a path of propagation; a modulator assembly placed in said path of said first laser beam operable to provide an output pulse (P(t)); an ultrasonic induction system which induces ultrasonic displacements in the material under test; a detection system which applies said output pulse of said first laser beam to the material under test in order to detect the ultrasonic displacements and generate at least one output signal; and a data processor to process said at least one output signal of said detection system to obtain data representative of said ultrasonic displacements; characterised in that: the output pulse (P(t)) of the first laser beam has a time-dependent pulse profile having a Gaussian pulse shape, a Lorentzian pulse shape, a linear ramp/gain clamping pulse shape, or an exponential pulse shape. a seed laser light source that provides a first laser beam having a path of propagation; a modulator assembly placed in said path of said first laser beam operable to provide an output pulse (P(t)); an ultrasonic induction system which induces ultrasonic displacements in the material under test; a detection system which applies said output pulse of said first laser beam to the material under test in order to detect the ultrasonic displacements and generate at least one output signal; and a data processor to process said at least one output signal of said detection system to obtain data representative of said ultrasonic displacements; characterised in that: the output pulse (P(t)) of the first laser beam has a time-dependent pulse profile having a Gaussian pulse shape, a Lorentzian pulse shape, a linear ramp/gain clamping pulse shape, or an exponential pulse shape. the output pulse (P(t)) of the first laser beam has a time-dependent pulse profile having a Gaussian pulse shape, a Lorentzian pulse shape, a linear ramp/gain clamping pulse shape, or an exponential pulse shape.
A catheter-based system for treating a tissue, the system comprising: an ablation catheter device (120, 240) comprising: an elongate catheter shaft (122, 222) including a liquid delivery lumen therethrough; a balloon device (124, 224) disposed at a distal end portion of said catheter shaft (122, 222), said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device (124, 224), said balloon device (124, 224) in fluid communication with said liquid delivery lumen, said balloon device (124, 224) comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes (250, 260) that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and a catheter defining a lumen, the ablation catheter device (120, 222) being slidably disposed within the lumen, the catheter including an expandable distal end portion, wherein the expandable distal end portion is configured to sealably interface with the wall of the tissue an ablation catheter device (120, 240) comprising: an elongate catheter shaft (122, 222) including a liquid delivery lumen therethrough; a balloon device (124, 224) disposed at a distal end portion of said catheter shaft (122, 222), said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device (124, 224), said balloon device (124, 224) in fluid communication with said liquid delivery lumen, said balloon device (124, 224) comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes (250, 260) that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and an elongate catheter shaft (122, 222) including a liquid delivery lumen therethrough; a balloon device (124, 224) disposed at a distal end portion of said catheter shaft (122, 222), said balloon device comprising an outer surface and an inner surface, said inner surface defining an interior space of said balloon device (124, 224), said balloon device (124, 224) in fluid communication with said liquid delivery lumen, said balloon device (124, 224) comprising a porous or microporous material that is arranged to transmit a liquid through said porous or microporous material; and one or more electrodes (250, 260) that are disposed on or within said balloon device and are arranged to deliver energy to said tissue; and a catheter defining a lumen, the ablation catheter device (120, 222) being slidably disposed within the lumen, the catheter including an expandable distal end portion, wherein the expandable distal end portion is configured to sealably interface with the wall of the tissue
A separator plate for an electrochemical system, comprising: at least one passage opening (10a-h) for forming a media channel for feeding or discharging media; at least one bead arrangement (14a-h) arranged around the at least one passage opening (10a-h) for the purpose of sealing said passage opening (10a-h), wherein at least one of the flanks (21, 22) of the bead arrangement (14a-h) comprises at least one opening (25, 26) for conducting a medium through the bead flank (21, 22); and at least one guide channel, which is connected, on an exterior of the bead arrangement (14a-h), to the opening (25, 26) in the bead flank (21, 22) and is fluidically connected to a bead interior via the opening (25, 26) in the bead flank (21, 22); characterised in that the guide channel is designed such that a guide channel width parallel to the flat surface plane of the separator plate increases in the direction of the bead arrangement (14a-h) at least in sections. at least one passage opening (10a-h) for forming a media channel for feeding or discharging media; at least one bead arrangement (14a-h) arranged around the at least one passage opening (10a-h) for the purpose of sealing said passage opening (10a-h), wherein at least one of the flanks (21, 22) of the bead arrangement (14a-h) comprises at least one opening (25, 26) for conducting a medium through the bead flank (21, 22); and at least one guide channel, which is connected, on an exterior of the bead arrangement (14a-h), to the opening (25, 26) in the bead flank (21, 22) and is fluidically connected to a bead interior via the opening (25, 26) in the bead flank (21, 22);
Method for the material-removing processing of an adjustable camshaft which has a shaft body, wherein at least a first component of the camshaft can move axially and/or in the circumferential direction with respect to the shaft body, wherein a gap which permits the movement is provided between the shaft body and the first component, and wherein in order to protect the first moveable component during the material-removing processing a protection apparatus which has at least one fluid duct is placed on the shaft body and fluid is applied to it, characterized in that the protection apparatus is arranged laterally with respect to the first moveable component, wherein the arrangement is such that at least some of the fluid is directed laterally onto the first component and into an intermediate space between the protection apparatus and the first component, and wherein the first component is exposed in the radial direction over at least part of its length.
Processing attachment for processing foodstuffs for use with a food processor, wherein the processing attachment comprises one or more drive mating couplings, which can rotate about their own axis and can be driven by a source of force, has one or more output couplings which have an active connection to the drive mating couplings, to which processing tools can be connected in a rotationally fixed and detachable manner for processing foodstuffs, and a manually operable holding means is provided on the processing attachment for at least one of the processing tools, which holding means is able to be moved between a holding position and a release position, in order to be able to release or lock the processing tool, which can be connected to the processing attachment in a detachable manner via the output coupling, with regard to the processing attachment, wherein the processing attachment comprises a wall with an opening, wherein the opening can be pierced through by an output axis of the at least one processing tool, in order to connect the at least one processing tool to the output coupling, characterised in that the output axis of the processing tool has a groove, into which a holding means can engage on the part of the processing attachment, wherein the groove is arranged on a section of the output axis of the processing tool which lies between the processing effectors and the output mating coupling.
Mixtures comprising at least one blowing agent-containing polymer, at least one insecticide selected from the series of imidacloprid, thiacloprid or thiamethoxam, and at least one wax.
A mobility aid system for overcoming a level difference as a flight of stairs that extends between a landing and a floor that is raised with respect to the landing by a vertical height difference assessed on a vertical axis, the flight of stairs comprising a plurality of steps each defining a treading surface arranged horizontally and spaced vertically with respect to the preceding one by a height difference (h), the system comprising a plurality of lifting devices each comprising a frame, a lifting platform being attached to the frame, said platform being movable along said frame according to said vertical axis, said system comprising at least one lifting device arranged on the landing of the flight of stairs and one lifting device (1", 1′′′, 1ʺʺ) for each step; wherein the aid system further comprises an elevator base that can be translated along said vertical axis between the landing and the raised floor, where the elevator base is defined by one or more of the lifting platforms actuated in combination in translation along the respective frames; characterised in that for each of the plurality of lifting devices said lifting platform is attached to said frame pivotally with respect to a horizontal direction perpendicular to the vertical axis, said platform being movable between a resting position arranged in a substantially vertical arrangement according to said axis and a working position arranged in substantially horizontal arrangement according to the horizontal direction, and that in said working position said platform is movable along said frame according to said vertical axis.
A cursor control device adapted for controlling a cursor on a display screen of a computer, comprising: a module holder, said module holder defining an accommodation space therein and a slot in communication with said accommodation space; an operation module, said operation module comprising a carrier frame mounted in said accommodation space and configured to be insertable through said slot, said carrier fame having a rotation groove disposed outside said module holder and an opening located on one lateral side thereof in communication with said accommodation space; a rolling roll accommodated in said rotation groove and rotatable and axially movable relative to said carrier frame, said rolling roll having a length shorter than the length of said rotation groove; and a circuit module, said circuit module comprising a microprocessor, a sensor module mounted outside said rotation groove and in said opening of said carrier frame, said sensor module electrically connected with said microprocessor and adapted for detecting the direction and amount of movement of said rolling roll. a module holder, said module holder defining an accommodation space therein and a slot in communication with said accommodation space; an operation module, said operation module comprising a carrier frame mounted in said accommodation space and configured to be insertable through said slot, said carrier fame having a rotation groove disposed outside said module holder and an opening located on one lateral side thereof in communication with said accommodation space; a rolling roll accommodated in said rotation groove and rotatable and axially movable relative to said carrier frame, said rolling roll having a length shorter than the length of said rotation groove; and a circuit module, said circuit module comprising a microprocessor, a sensor module mounted outside said rotation groove and in said opening of said carrier frame, said sensor module electrically connected with said microprocessor and adapted for detecting the direction and amount of movement of said rolling roll.
A rectifier for an aircraft turbomachine compressor, said rectifier comprising an inner ferrule, an outer ferrule and stator vanes (28, 28', 28") rigidly connected to the inner and outer ferrules said rectifier further comprising a flange rigidly connected to a downstream end of the outer ferrule and for attachment to a compressor casing, said flange being provided with air intake ports spaced from each other in a circumferential direction of the rectifier, characterized in that at least one of the air intake ports has a shape stretched in the circumferential direction.