mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for performing photoacoustic tomography with respect to a sample that receives a pulse of excitation electromagnetic radiation and generates an acoustic field in response to said pulse, said apparatus comprising: an acoustically sensitive surface, wherein the acoustic field generated in response to said pulse is incident upon said acoustically sensitive surface to form a signal; a source for directing an interrogation beam of electromagnetic radiation onto said acoustically sensitive surface so as to be modulated by the signal; means for applying a sensitivity pattern to the interrogation beam; and a read-out system (150, 155) for receiving the interrogation beam from the acoustically sensitive surface and for determining a value representing a spatial integral of the signal across the acoustically sensitive surface, wherein said spatial integral is weighted by the applied sensitivity pattern; wherein the apparatus is configured to apply a sequence of sensitivity patterns to the interrogation beam and to determine a respective sequence of values for said weighted spatial integral for generating a photoacoustic image. an acoustically sensitive surface, wherein the acoustic field generated in response to said pulse is incident upon said acoustically sensitive surface to form a signal; a source for directing an interrogation beam of electromagnetic radiation onto said acoustically sensitive surface so as to be modulated by the signal; means for applying a sensitivity pattern to the interrogation beam; and a read-out system (150, 155) for receiving the interrogation beam from the acoustically sensitive surface and for determining a value representing a spatial integral of the signal across the acoustically sensitive surface, wherein said spatial integral is weighted by the applied sensitivity pattern; wherein the apparatus is configured to apply a sequence of sensitivity patterns to the interrogation beam and to determine a respective sequence of values for said weighted spatial integral for generating a photoacoustic image.
A method for controlling regeneration of diesel particulate filter in construction machinery, comprising: a first active regeneration operation of actively regenerating a diesel particulate filter according to a predetermined first active regeneration schedule when a quantity of soot inside the DPF is within a predetermined allowance range; a second active regeneration operation of actively regenerating the diesel particulate filter according to a second active regeneration schedule, which is different from the first active regeneration schedule, according to the quantity of soot when the quantity of soot is within a general rangelarger than that of the allowance range or a danger range larger than that of the general range; and a manual active regeneration performance inducing operation of inducing performance of a manual active regeneration when the quantity of soot exceeds the danger range, wherein the second active regeneration operation includes a second active regeneration schedule adjusting operation of performing an active generation until the quantity of soot is smaller than that of the danger range according to a second active regeneration schedule set to be earlier than the first active regeneration schedule when the quantity of soot is within the danger range. a first active regeneration operation of actively regenerating a diesel particulate filter according to a predetermined first active regeneration schedule when a quantity of soot inside the DPF is within a predetermined allowance range; a second active regeneration operation of actively regenerating the diesel particulate filter according to a second active regeneration schedule, which is different from the first active regeneration schedule, according to the quantity of soot when the quantity of soot is within a general rangelarger than that of the allowance range or a danger range larger than that of the general range; and a manual active regeneration performance inducing operation of inducing performance of a manual active regeneration when the quantity of soot exceeds the danger range, wherein the second active regeneration operation includes a second active regeneration schedule adjusting operation of performing an active generation until the quantity of soot is smaller than that of the danger range according to a second active regeneration schedule set to be earlier than the first active regeneration schedule when the quantity of soot is within the danger range.
A method for producing a water-proof sound-transmitting member including a water-proof sound-transmitting membrane to be attached to a housing having a hole that allows sound to pass through the hole, and a tab that is provided to the water-proof sound-transmitting membrane and is to be separated after the water-proof sound-transmitting membrane is attached to the housing and that has an overhanging portion overhanging beyond the water-proof sound-transmitting membrane, the method being characterized in that it comprises the steps of: producing a laminate by laminating a first layer including a first adhesive layer for bonding the water-proof sound-transmitting membrane to the housing, a preliminary membrane body including the water-proof sound-transmitting membrane, a second layer including a second adhesive layer for adhering the tab to the water-proof sound-transmitting membrane, and a preliminary tab body including the tab in this order; inserting a blade into the laminate from the first layer toward the preliminary tab body to cut the first layer, the preliminary membrane body and the second layer so as to form respectively the first adhesive layer, the water-proof sound-transmitting membrane and the second adhesive layer, and providing, in a surface of the preliminary tab body on a side of the second layer, a notch that is aligned with end faces of the first adhesive layer, the water-proof sound-transmitting membrane and the second adhesive layer; and cutting the preliminary tab body to form the tab. producing a laminate by laminating a first layer including a first adhesive layer for bonding the water-proof sound-transmitting membrane to the housing, a preliminary membrane body including the water-proof sound-transmitting membrane, a second layer including a second adhesive layer for adhering the tab to the water-proof sound-transmitting membrane, and a preliminary tab body including the tab in this order; inserting a blade into the laminate from the first layer toward the preliminary tab body to cut the first layer, the preliminary membrane body and the second layer so as to form respectively the first adhesive layer, the water-proof sound-transmitting membrane and the second adhesive layer, and providing, in a surface of the preliminary tab body on a side of the second layer, a notch that is aligned with end faces of the first adhesive layer, the water-proof sound-transmitting membrane and the second adhesive layer; and cutting the preliminary tab body to form the tab.
Sequential combustor assembly for a gas turbine assembly; the sequential combustor assembly extending along a main axis and comprising: - a first stage combustor; - a second stage combustor arranged downstream the first stage combustor along the gas flow; - a mixer arranged between the first stage combustor and the second stage combustor; and - a lance arranged along said main axis and extending through the first stage combustor, through the mixer and at least partially through the second stage combustor; the lance comprising at least one first air channel; the lance comprising an inlet portion housed in the first stage combustor, a middle portion housed in the mixer and an outlet portion housed in the second stage combustor; the lance being provided with at least one first air outlet along the middle portion and with at least one second air outlet along the middle portion; the assembly being characterised in that - the lance is further provided with at least a third air outlet along the middle portion; - the at least one first air outlet, the at least one second air outlet and the at least a third air outlet are axially spaced along the middle portion. - a first stage combustor; - a second stage combustor arranged downstream the first stage combustor along the gas flow; - a mixer arranged between the first stage combustor and the second stage combustor; and - a lance arranged along said main axis and extending through the first stage combustor, through the mixer and at least partially through the second stage combustor; the lance comprising at least one first air channel; the lance comprising an inlet portion housed in the first stage combustor, a middle portion housed in the mixer and an outlet portion housed in the second stage combustor; the lance being provided with at least one first air outlet along the middle portion and with at least one second air outlet along the middle portion; - the lance is further provided with at least a third air outlet along the middle portion; - the at least one first air outlet, the at least one second air outlet and the at least a third air outlet are axially spaced along the middle portion.
S)-N-(4-amino-6-methyl-5-(quinolin-3-yl)-8,9-dihydropyrimido[5,4-b]indolizin-8-yl)acrylamide or a salt thereof for use in treating a malignant tumor patient expressing EGFR having at least one mutation selected from the group consisting of G719X mutation of exon 18, E709X mutation of exon 18, and L861X mutation of exon 21, wherein X represents an arbitrary amino-acid residue.
A trimmer head arranged to be driven to rotate a trimmer line, wherein the trimmer head comprises a housing (1a, 1b) and an inner body connected to a trimmer line spool, wherein the inner body is arranged to be movable relative the housing (1a, 1b) so that a trimmer line spooled around the trimmer line spool (13,39) is released and to be pulled out by a centrifugal force caused by the rotation of the trimmer head, thereby allowing feed of the trimmer line the trimmer head being characterized in that, the housing (1a, 1b) of the trimmer head comprises a rocker lever arranged with at least one track follower portion being arranged to cooperate with at least one rim arranged on the inner body and at least one stop arranged on the spool so that as the inner body moves independently of the housing (1a, 1b) the rocker lever is tilted and another of at least one stops of the rocker lever engages another of the at least one stops of the spool; or in that the trimmer head further comprises a spring holding member provided with a spring, and the spool comprises a recess, wherein the recess is provided with at least one radially protruding inner stop on its inner circumferential wall, and at least one radially protruding outer stop on its outer circumferential wall, the at least one inner stop being displaced relative the at least one outer stop, wherein the housing of the trimmer head comprises a locking lever arranged to cooperate with the spring holding member and one of the at least one inner stops so that as the locking lever is rotated and the inner body is moved independently of the housing (1a, 1b), the locking lever first engages one of the at least one outer stop and then engages an adjacent inner stop. the housing (1a, 1b) of the trimmer head comprises a rocker lever arranged with at least one track follower portion being arranged to cooperate with at least one rim arranged on the inner body and at least one stop arranged on the spool so that as the inner body moves independently of the housing (1a, 1b) the rocker lever is tilted and another of at least one stops of the rocker lever engages another of the at least one stops of the spool; or in that the trimmer head further comprises a spring holding member provided with a spring, and the spool comprises a recess, wherein the recess is provided with at least one radially protruding inner stop on its inner circumferential wall, and at least one radially protruding outer stop on its outer circumferential wall, the at least one inner stop being displaced relative the at least one outer stop, wherein the housing of the trimmer head comprises a locking lever arranged to cooperate with the spring holding member and one of the at least one inner stops so that as the locking lever is rotated and the inner body is moved independently of the housing (1a, 1b), the locking lever first engages one of the at least one outer stop and then engages an adjacent inner stop.
A method of providing an ultrasound elastography image (400, 600-1), the method comprising: inducing a shear wave by transmitting a first ultrasound signal into an object where the first ultrasound signal is an ultrasound push beam; transmitting a second ultrasound signal tracing the shear wave into the object, and receiving a response signal to the second ultrasound signal from the object; acquiring an elastography image (400, 600-1) of the object, based on the response signal; providing the elastography image (400, 600-1) of the object; providing transmission position information of the first ultrasound signal, selecting a region of interest from the elastography image (400, 600-1), characterized by comprising providing visual guide information indicating a direction of a movement of a probe which guides the movement of the probe to a second transmission position for a third ultrasound signal to induce a shear wave, based on information about the ROI, so that, when the probe is moved to the second transmission position, the ROI is located between a transmission position for the first ultrasound signal and the second transmission position for the third ultrasound signal, transmitting the third ultrasound signal to induce a shear wave, transmitting a fourth ultrasound signal tracing the shear wave into the object, and receiving a response signal to the fourth ultrasound signal from the object, and updating the elastography image based on the response signal to the fourth ultrasound signal from the object. inducing a shear wave by transmitting a first ultrasound signal into an object where the first ultrasound signal is an ultrasound push beam; transmitting a second ultrasound signal tracing the shear wave into the object, and receiving a response signal to the second ultrasound signal from the object; acquiring an elastography image (400, 600-1) of the object, based on the response signal; providing the elastography image (400, 600-1) of the object; providing transmission position information of the first ultrasound signal, selecting a region of interest from the elastography image (400, 600-1), characterized by comprising providing visual guide information indicating a direction of a movement of a probe which guides the movement of the probe to a second transmission position for a third ultrasound signal to induce a shear wave, based on information about the ROI, so that, when the probe is moved to the second transmission position, the ROI is located between a transmission position for the first ultrasound signal and the second transmission position for the third ultrasound signal, transmitting the third ultrasound signal to induce a shear wave, transmitting a fourth ultrasound signal tracing the shear wave into the object, and receiving a response signal to the fourth ultrasound signal from the object, and updating the elastography image based on the response signal to the fourth ultrasound signal from the object.
A straddled vehicle comprising: a vehicle body frame; a traveling drive device supported by the vehicle body frame; at least one wheel (8, 9) supported by the vehicle body frame; an electronically controlled suspension (20, 30) provided between the vehicle body frame and the wheel (8, 9); a power source configured to supply power; a main switch configured to turn on and off supply of power of the power source; a vehicle speed detection device configured to detect a vehicle speed; an operation detection device configured to detect whether the traveling drive device is running; and a control device configured to control a damping force of the electronically controlled suspension (20, 30), characterised by the control device being configured to when the main switch is on, the vehicle speed detected by the vehicle speed detection device is equal to or lower than a preset first threshold, and the operation detection device detects that the traveling drive device is not running, control the damping force of the electronically controlled suspension (20, 30) by supplying power to the electronically controlled suspension (20, 30) such that the damping force is a first value, and when the main switch is on, the vehicle speed detected by the vehicle speed detection device is equal to or lower than the first threshold, and the operation detection device detects that the traveling drive device is running, control the damping force of the electronically controlled suspension (20, 30) such that the damping force is a second value that is larger than the first value. a vehicle body frame; a traveling drive device supported by the vehicle body frame; at least one wheel (8, 9) supported by the vehicle body frame; an electronically controlled suspension (20, 30) provided between the vehicle body frame and the wheel (8, 9); a power source configured to supply power; a main switch configured to turn on and off supply of power of the power source; a vehicle speed detection device configured to detect a vehicle speed; an operation detection device configured to detect whether the traveling drive device is running; and a control device configured to control a damping force of the electronically controlled suspension (20, 30), characterised by the control device being configured to when the main switch is on, the vehicle speed detected by the vehicle speed detection device is equal to or lower than a preset first threshold, and the operation detection device detects that the traveling drive device is not running, control the damping force of the electronically controlled suspension (20, 30) by supplying power to the electronically controlled suspension (20, 30) such that the damping force is a first value, and when the main switch is on, the vehicle speed detected by the vehicle speed detection device is equal to or lower than the first threshold, and the operation detection device detects that the traveling drive device is running, control the damping force of the electronically controlled suspension (20, 30) such that the damping force is a second value that is larger than the first value.
A wind turbine comprising a nacelle which houses operative components which in use generate heat, the nacelle including an external nacelle cover to form an enclosure, and provided with an internal panel which overlies a bottom cover of the external cover to define therewith a conduit which underlies heat generating components for directing external air to the heat generating operative components, characterised in that respective ducts (29,35) are connected between the internal panel and heat generating operative components to direct the cooling air thereto from the conduit.
A method of ophthalmic imaging of a portion to be imaged of an eye by means of an ophthalmic imaging system, said ophthalmic imaging system comprising: - a light source adapted to emit an illuminating light beam, - an imager adapted to acquire an image of a returned light beam, - an optical system adapted for light beam propagation, the optical system comprising a common portion extending to an interface facing the eye, a first branch connecting the light source to the common portion, and a second branch connecting the imager to the common portion, characterized in that the method comprises the following steps: a) illumination of the part of the eye to be imaged by an illuminating light beam emitted by the light source, and acquisition by the imager of a series of images of the area to be imaged corresponding to a plurality of different object focal planes distributed along an object axis, the acquisition comprising a modification of a variation parameter of the second branch of the optical system between each image acquired, b) applying high-pass spatial frequency filtering to each of the images in the image series to obtain a series of filtered images, c) for each filtered image, determining at least one metric value representative of the energy of an area of interest in each filtered image, and d) combining values of a metric representative of the energy of different filtered images, each associated with axial coordinates representative of the distribution of object focal planes along the object axis, to obtain a tomographic representation. - a light source adapted to emit an illuminating light beam, - an imager adapted to acquire an image of a returned light beam, - an optical system adapted for light beam propagation, the optical system comprising a common portion extending to an interface facing the eye, a first branch connecting the light source to the common portion, and a second branch connecting the imager to the common portion, a) illumination of the part of the eye to be imaged by an illuminating light beam emitted by the light source, and acquisition by the imager of a series of images of the area to be imaged corresponding to a plurality of different object focal planes distributed along an object axis, the acquisition comprising a modification of a variation parameter of the second branch of the optical system between each image acquired, b) applying high-pass spatial frequency filtering to each of the images in the image series to obtain a series of filtered images, c) for each filtered image, determining at least one metric value representative of the energy of an area of interest in each filtered image, and d) combining values of a metric representative of the energy of different filtered images, each associated with axial coordinates representative of the distribution of object focal planes along the object axis, to obtain a tomographic representation.
A use of a cosmetic composition for removing make-up, wherein the cosmetic composition is in the form of a water-in-oil emulsion and comprises: (i) an oil component having a polarity of at least 20 mN/m, and comprising a non-polar oil having a polarity greater than 30 mN/m and a low polarity oil having a polarity in the range of from 20 to 30 mN/m with a mass ratio of nonpolar oil to low polarity oil being in the range of from 1 to 5, (ii) water, and (iii) an emulsifier component comprising a lipophilic non-ionic emulsifier; wherein the viscosity of the cosmetic composition is ≤ 300 mPa·s preferably < 180 mPa·s; and wherein the cosmetic composition is coated onto and/or impregnated into an applicator for cosmetic purpose, wherein the content of the oil component (i) is 22 to 40 % by mass, relative to the total mass of the cosmetic composition. (i) an oil component having a polarity of at least 20 mN/m, and comprising a non-polar oil having a polarity greater than 30 mN/m and a low polarity oil having a polarity in the range of from 20 to 30 mN/m with a mass ratio of nonpolar oil to low polarity oil being in the range of from 1 to 5, (ii) water, and (iii) an emulsifier component comprising a lipophilic non-ionic emulsifier; wherein the viscosity of the cosmetic composition is ≤ 300 mPa·s preferably < 180 mPa·s; and