mhurhangee/ep-ind-claims huggingface dataset:
A method for changing the shape of a flexible communication device, the method comprising: - recognizing (3:1) a request for actuating a haptic effect on the communication device; - initiating determination (3:2) of at least one property associated with the requested haptic effect; - initiating determination (3:3) of at least one property of the communication device, the at least one property of the communication device being caused by the shape of the communication device; - initiating, based on said properties, a determination (3:4) on whether conditions, specifying requirements for reproducing the haptic effect on the communication device, are met or not; and - initiating, in case said conditions are not met, determination (3:5) of a modification of the shape of the device, such that said conditions are met with respect to said properties. - recognizing (3:1) a request for actuating a haptic effect on the communication device; - initiating determination (3:2) of at least one property associated with the requested haptic effect; - initiating determination (3:3) of at least one property of the communication device, the at least one property of the communication device being caused by the shape of the communication device; - initiating, based on said properties, a determination (3:4) on whether conditions, specifying requirements for reproducing the haptic effect on the communication device, are met or not; and - initiating, in case said conditions are not met, determination (3:5) of a modification of the shape of the device, such that said conditions are met with respect to said properties.
A two-stage isothermal nucleic acid amplification and real-time detection method comprising: a. providing a composition comprising a target nucleic acid template and at least one primer that anneals to the target nucleic acid template near a region of interest to be amplified; b. performing a first isothermal nucleic acid amplification reaction to amplify the region of interest (first-stage reaction), thereby forming a primary amplicon; c. dividing (b) into at least two secondary reactions, and including in at least one of the reactions a site-specific secondary primer that is complementary to a site-specific primer binding site that may be present within the primary amplicon and defines a site of interest within the region of interest; d. performing a second isothermal nucleic acid amplification reaction (second-stage reaction) thereby accelerating the amplification of the region of interest only if the site-specific primer binding site is complementary to the site-specific primer; and e. detecting and comparing in real-time the amplification rates of the at least two secondary reactions, wherein an enhanced relative rate of amplification in the reaction with the site specific secondary primer relative to both the first stage and a second stage in which no site specific secondary primer is added indicates the presence of the site of interest that is complementary to the site specific secondary primer. a. providing a composition comprising a target nucleic acid template and at least one primer that anneals to the target nucleic acid template near a region of interest to be amplified; b. performing a first isothermal nucleic acid amplification reaction to amplify the region of interest (first-stage reaction), thereby forming a primary amplicon; c. dividing (b) into at least two secondary reactions, and including in at least one of the reactions a site-specific secondary primer that is complementary to a site-specific primer binding site that may be present within the primary amplicon and defines a site of interest within the region of interest; d. performing a second isothermal nucleic acid amplification reaction (second-stage reaction) thereby accelerating the amplification of the region of interest only if the site-specific primer binding site is complementary to the site-specific primer; and e. detecting and comparing in real-time the amplification rates of the at least two secondary reactions, wherein an enhanced relative rate of amplification in the reaction with the site specific secondary primer relative to both the first stage and a second stage in which no site specific secondary primer is added indicates the presence of the site of interest that is complementary to the site specific secondary primer.
A capacitance detection apparatus, wherein the capacitance detection apparatus is applied to an electronic device and comprises: a chip, wherein the chip is a diced chip or a chip to be packaged; and a detection electrode layer, wherein the detection electrode layer is integrally disposed with the chip and electrically connected to the chip, and the detection electrode layer is an electroplating layer disposed on a surface of the chip, the detection electrode layer comprises at least one detection electrode configured to form at least one capacitance detection channel, the at least one capacitance detection channel is respectively configured to output at least one capacitance detection signal, and the chip is configured to process the at least one capacitance detection signal. a chip, wherein the chip is a diced chip or a chip to be packaged; and a detection electrode layer, wherein the detection electrode layer is integrally disposed with the chip and electrically connected to the chip, and the detection electrode layer is an electroplating layer disposed on a surface of the chip, the detection electrode layer comprises at least one detection electrode configured to form at least one capacitance detection channel, the at least one capacitance detection channel is respectively configured to output at least one capacitance detection signal, and the chip is configured to process the at least one capacitance detection signal.
A CDK9 inhibitor, selected from the group consisting of PHA 767491, DRB, SNS-032, flavopiridol and shRNAs against CDK9, for use in treating cancer in a subject overexpressing MYC wherein the cancer is hepatocellular carcinoma.
A method comprising: receiving an acoustic signal associated with a sound produced by a well drilling tool implemented to perform a well drilling operation into a subterranean zone by contacting a portion of the subterranean zone, the acoustic signal composed of a source acoustic signal and a reflected acoustic signal, the reflected acoustic signal produced in response to the source acoustic signal, wherein the sound is produced during the well drilling operation before a pause of the well drilling operation, wherein the pause is associated with a well drilling operation that is performed independently from a recording of the drilling acoustic signal, wherein before the pause during continuous drilling, the source acoustic signal and the reflected acoustic signal are continuously detected but after the well drilling operation is paused, the source acoustic signal is not detected but the reflected acoustic signal is detected, processing the acoustic signal to determine and separate the source acoustic signal from before the well drilling operation is paused from the reflected acoustic signal from after the well drilling operation is paused; and determining properties of the subterranean zone based on a correspondence between the source acoustic signal from before the well drilling operation is paused and the reflected acoustic signal from after the well drilling operation is paused. receiving an acoustic signal associated with a sound produced by a well drilling tool implemented to perform a well drilling operation into a subterranean zone by contacting a portion of the subterranean zone, the acoustic signal composed of a source acoustic signal and a reflected acoustic signal, the reflected acoustic signal produced in response to the source acoustic signal, wherein the sound is produced during the well drilling operation before a pause of the well drilling operation, wherein the pause is associated with a well drilling operation that is performed independently from a recording of the drilling acoustic signal, wherein before the pause during continuous drilling, the source acoustic signal and the reflected acoustic signal are continuously detected but after the well drilling operation is paused, the source acoustic signal is not detected but the reflected acoustic signal is detected, processing the acoustic signal to determine and separate the source acoustic signal from before the well drilling operation is paused from the reflected acoustic signal from after the well drilling operation is paused; and determining properties of the subterranean zone based on a correspondence between the source acoustic signal from before the well drilling operation is paused and the reflected acoustic signal from after the well drilling operation is paused.
A system for supplying a compressed working fluid to a combustor, comprising: a. a fuel nozzle; b. a combustion chamber downstream from the fuel nozzle, the combustion chamber comprising a liner that surrounds the combustion chamber; c. a flow sleeve that circumferentially surrounds the liner of the combustion chamber to provide a first annular passage through which compressed working fluid flows along the outside of the liner to provide convection cooling to the liner; d. a plurality of fuel injectors circumferentially arranged around the flow sleeve, wherein the plurality of fuel injectors provide fluid communication through the flow sleeve to the combustion chamber; e. a distribution manifold that circumferentially surrounds the plurality of fuel injectors, the distribution manifold extending axially along a portion or the entire length of the flow sleeve to provide a second annular passage surrounding the first annular passage; and f. a fluid passage through the flow sleeve and into the distribution manifold, wherein the fluid passage provides fluid communication through the flow sleeve, from the first annular passage into the second annular passage, to the plurality of fuel injectors. a. a fuel nozzle; b. a combustion chamber downstream from the fuel nozzle, the combustion chamber comprising a liner that surrounds the combustion chamber; c. a flow sleeve that circumferentially surrounds the liner of the combustion chamber to provide a first annular passage through which compressed working fluid flows along the outside of the liner to provide convection cooling to the liner; d. a plurality of fuel injectors circumferentially arranged around the flow sleeve, wherein the plurality of fuel injectors provide fluid communication through the flow sleeve to the combustion chamber; e. a distribution manifold that circumferentially surrounds the plurality of fuel injectors, the distribution manifold extending axially along a portion or the entire length of the flow sleeve to provide a second annular passage surrounding the first annular passage; and f. a fluid passage through the flow sleeve and into the distribution manifold, wherein the fluid passage provides fluid communication through the flow sleeve, from the first annular passage into the second annular passage, to the plurality of fuel injectors.
A heat exchanger comprising: a pair of generally planar, heat conducting plates arranged in spaced, generally parallel relationship; spacing elements separating the plates from one another and defining first and second flow channels (26, 28) between the plates for flow in a first direction and a second direction respectively; wherein the plates in the first channel and the second channel are divided into fins, the fins being separated from each other in the first direction characterised in that the fins are offset from the plate perpendicular to the first direction to a plurality of offset positions, the heat exchanger comprises a water retaining surface on the fins in at least the second channel and a source of water for wetting the fins in the second channel. a pair of generally planar, heat conducting plates arranged in spaced, generally parallel relationship; spacing elements separating the plates from one another and defining first and second flow channels (26, 28) between the plates for flow in a first direction and a second direction respectively;
A clarifier for water treatment comprising: a plurality of planar inclined sheets comprising a flexible polymeric material, wherein each sheet comprises a hydrophobic surface, characterized in that the hydrophobic surface has an average surface roughness (Sa) of from 3 to 100 μm. a plurality of planar inclined sheets comprising a flexible polymeric material, wherein each sheet comprises a hydrophobic surface, characterized in that the hydrophobic surface has an average surface roughness (Sa) of from 3 to 100 μm.
An epilation head for an epilation device, in particular for plucking hairs of the human skin, having a rotation cylinder that can be rotated about a rotation axis and comprises a plurality of plucking units for capturing and plucking the hairs, wherein each plucking unit comprises a first clamping element, a second clamping element and a third clamping element, wherein the first clamping element together with the second clamping element forms a first closeable plucking gap and the second clamping element together with the third clamping element forms a second closeable plucking gap, wherein the first and the second clamping element are movably mounted and can be jointly actuated by means of an actuation element in order to close the first and the second plucking gap, wherein the first and the second clamping element move in the same direction, wherein a plurality of first clamping elements in each case are arranged on a common support characterized in that a plurality of second clamping elements in each case are arranged on an additional common support.
A combiner positioning system, comprising: a casing including a fixing frame on a base; and a lifting module disposed within said casing and supporting a combiner, wherein said lifting module comprises a combiner holder, two control discs, two levers and a driving unit, wherein said combiner holder is connected to said combiner, said levers are connected to said combiner holder and pins of said levers are positioned in predetermined curve slots in said control discs, and said driving unit is connected to said control discs; wherein when said driving unit drives said control discs to rotate, said levers are pivoted by said pins moving along said predetermined curve slots and thereby moving said combiner holder and said combiner, wherein said curve slots in said control discs include a shape with a radius of curvature near a centre of said control discs that is gradually increased to a substantially constant radius of curvature near an outer peripheral of said control discs, wherein said shape of said predetermined curve slots near the centre of said control discs enables a first movement between a first position where said combiner is in a parking position within said casing and a second position where said combiner is in an operating position extended from said casing, and said shape of said predetermined curve slots near the outer peripheral of said control discs enables a second movement for angular fine adjustment of said combiner after reaching said second position. a casing including a fixing frame on a base; and a lifting module disposed within said casing and supporting a combiner, wherein said lifting module comprises a combiner holder, two control discs, two levers and a driving unit, wherein said combiner holder is connected to said combiner, said levers are connected to said combiner holder and pins of said levers are positioned in predetermined curve slots in said control discs, and said driving unit is connected to said control discs; wherein when said driving unit drives said control discs to rotate, said levers are pivoted by said pins moving along said predetermined curve slots and thereby moving said combiner holder and said combiner, wherein said curve slots in said control discs include a shape with a radius of curvature near a centre of said control discs that is gradually increased to a substantially constant radius of curvature near an outer peripheral of said control discs, wherein said shape of said predetermined curve slots near the centre of said control discs enables a first movement between a first position where said combiner is in a parking position within said casing and a second position where said combiner is in an operating position extended from said casing, and said shape of said predetermined curve slots near the outer peripheral of said control discs enables a second movement for angular fine adjustment of said combiner after reaching said second position.
A variator comprising: an input shaft; an input disc mounted coaxially with the input shaft and rotatable by the input shaft; an output disc facing the input shaft and being mounted coaxially with the input disc; a toroidal cavity defined between the input and output discs (10, 12); a plurality of rollers located in the toroidal cavity, in rolling contact with the input and output discs (10, 12), each of the rollers being mounted on a roller carriage; means for applying an end load to the variator to urge the rollers into contact with the input and output discs (10, 12); and resiliently deformable means for applying a reaction force to each of the roller carriages; characterised in that the variator includes: common stop means (86'-Fig.8; 102, 98a, 98b-Fig.9) for limiting the travel of the plurality of roller carriages in at least a first direction. an input shaft; an input disc mounted coaxially with the input shaft and rotatable by the input shaft; an output disc facing the input shaft and being mounted coaxially with the input disc; a toroidal cavity defined between the input and output discs (10, 12); a plurality of rollers located in the toroidal cavity, in rolling contact with the input and output discs (10, 12), each of the rollers being mounted on a roller carriage; means for applying an end load to the variator to urge the rollers into contact with the input and output discs (10, 12); and resiliently deformable means for applying a reaction force to each of the roller carriages; characterised in that the variator includes: common stop means (86'-Fig.8; 102, 98a, 98b-Fig.9) for limiting the travel of the plurality of roller carriages in at least a first direction. common stop means (86'-Fig.8; 102, 98a, 98b-Fig.9) for limiting the travel of the plurality of roller carriages in at least a first direction.
A terminal for close-up photography comprising: a transparent display unit having front and rear surfaces through which light passes, the transparent display unit having a set thickness; at least one camera module disposed on an edge portion of the front surface of the transparent display unit, configured to acquire an image of a subject located at a rear side of the terminal, in a direction oriented towards the rear surface and configured to penetrate the transparent display unit, wherein the at least one camera module is configured to use light transmitted from a front side of the terminal to the rear side of the terminal for the acquisition of the image; and a controller configured to control the camera module, wherein the rear side of the terminal corresponds to the side of the rear surface of the transparent display unit and the front side of the terminal corresponds to the side of the front surface of the transparent display unit. a transparent display unit having front and rear surfaces through which light passes, the transparent display unit having a set thickness; at least one camera module disposed on an edge portion of the front surface of the transparent display unit, configured to acquire an image of a subject located at a rear side of the terminal, in a direction oriented towards the rear surface and configured to penetrate the transparent display unit, wherein the at least one camera module is configured to use light transmitted from a front side of the terminal to the rear side of the terminal for the acquisition of the image; and a controller configured to control the camera module, wherein the rear side of the terminal corresponds to the side of the rear surface of the transparent display unit and the front side of the terminal corresponds to the side of the front surface of the transparent display unit.
A picture coding method for coding a moving picture having a plurality of pictures, on a picture-by-picture basis, using a set of picture numbers repeatedly assigned in coding order to respective pictures included in the moving picture, the method comprising: a first adding step of adding a first memory management command to a first picture having a predetermined picture number, the first memory management command being information for managing the first picture (S203,S300); a determining step of determining whether or not the first picture, from among a plurality of pictures each having the predetermined picture number, is located immediately previous to a second picture in coding order (S207,S302), the second picture being different from the first picture; a second adding step of adding a second memory management command to a second picture when it is determined in the determining step that the first picture is located immediately previous to the second picture in coding order, the second memory management command being same as the first memory management command (S208,S303); and a prohibiting step of prohibiting, using a prohibiting unit, the addition of the second memory management command when it is determined in the determining step that the first picture is not located immediately previous to the second picture (S207,S302). a first adding step of adding a first memory management command to a first picture having a predetermined picture number, the first memory management command being information for managing the first picture (S203,S300); a determining step of determining whether or not the first picture, from among a plurality of pictures each having the predetermined picture number, is located immediately previous to a second picture in coding order (S207,S302), the second picture being different from the first picture; a second adding step of adding a second memory management command to a second picture when it is determined in the determining step that the first picture is located immediately previous to the second picture in coding order, the second memory management command being same as the first memory management command (S208,S303); and a prohibiting step of prohibiting, using a prohibiting unit, the addition of the second memory management command when it is determined in the determining step that the first picture is not located immediately previous to the second picture (S207,S302).