mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor blade assembly for a turbomachine, the rotor blade assembly comprising: a first rotor blade and a second rotor blade positioned circumferentially adjacent to one another, the first rotor blade and the second rotor blade each comprising: a platform ; and an airfoil extending radially outward from a root coupled to the platform to a tip , the airfoil including a pressure side surface , a suction side surface , and a part-span shroud extending from the airfoil and disposed between the root and the tip , the part-span shroud having a pressure side portion extending from the pressure side surface and a suction side portion extending from the suction side surface , wherein the suction side portion of the part-span shroud of the first rotor blade and the pressure side portion of the part-span shroud of the second rotor blade form an interface joint with one another; and first and second pin dampers each positioned within and extending between both the part span shroud of the first rotor blade and the part span shroud of the second rotor blade at the interface joint , wherein the first and second pin dampers are movable relative to the part span shroud of both the first rotor blade and the second rotor blade . a first rotor blade and a second rotor blade positioned circumferentially adjacent to one another, the first rotor blade and the second rotor blade each comprising: a platform ; and an airfoil extending radially outward from a root coupled to the platform to a tip , the airfoil including a pressure side surface , a suction side surface , and a part-span shroud extending from the airfoil and disposed between the root and the tip , the part-span shroud having a pressure side portion extending from the pressure side surface and a suction side portion extending from the suction side surface , wherein the suction side portion of the part-span shroud of the first rotor blade and the pressure side portion of the part-span shroud of the second rotor blade form an interface joint with one another; and a platform ; and an airfoil extending radially outward from a root coupled to the platform to a tip , the airfoil including a pressure side surface , a suction side surface , and a part-span shroud extending from the airfoil and disposed between the root and the tip , the part-span shroud having a pressure side portion extending from the pressure side surface and a suction side portion extending from the suction side surface , wherein the suction side portion of the part-span shroud of the first rotor blade and the pressure side portion of the part-span shroud of the second rotor blade form an interface joint with one another; and first and second pin dampers each positioned within and extending between both the part span shroud of the first rotor blade and the part span shroud of the second rotor blade at the interface joint , wherein the first and second pin dampers are movable relative to the part span shroud of both the first rotor blade and the second rotor blade .
A wellhead assembly, comprising: a wellhead housing having a bore with a wellhead housing sidewall and a longitudinal axis ; a hanger landed in the bore, the hanger having a hanger sidewall ; a plurality of parallel circumferentially extending ridges located on at least one of the sidewalls , each of the ridges having upper and lower flanks that join a crest ; characterized by further comprising a plurality of sealing bands , each of the bands being located between adjacent ones of the ridges ; a metal seal ring having inward facing and outward facing seal surfaces in metal-to-metal sealing engagement with the hanger and wellhead housing sidewalls , respectively; at least one of the seal surfaces being in metal-to-metal sealing engagement with the bands ; the crests of the ridges being embedded into said at least one of the seal surfaces ; and a recess extending through each of the ridges from the upper flank to the lower flank, the recess having a base facing outward relative the longitudinal axis , such that when a seal surface is in sealing engagement with the bands , a gap will exist between the seal surface and the recess base to allow any fluid trapped between the ridges to flow out. a wellhead housing having a bore with a wellhead housing sidewall and a longitudinal axis ; a hanger landed in the bore, the hanger having a hanger sidewall ; a plurality of parallel circumferentially extending ridges located on at least one of the sidewalls , each of the ridges having upper and lower flanks that join a crest ; characterized by further comprising a plurality of sealing bands , each of the bands being located between adjacent ones of the ridges ; a metal seal ring having inward facing and outward facing seal surfaces in metal-to-metal sealing engagement with the hanger and wellhead housing sidewalls , respectively; at least one of the seal surfaces being in metal-to-metal sealing engagement with the bands ; the crests of the ridges being embedded into said at least one of the seal surfaces ; and a recess extending through each of the ridges from the upper flank to the lower flank, the recess having a base facing outward relative the longitudinal axis , such that when a seal surface is in sealing engagement with the bands , a gap will exist between the seal surface and the recess base to allow any fluid trapped between the ridges to flow out.
A staple cartridge assembly , comprising: a cartridge body comprising a plurality of staple cavities ; staples , wherein each staple is at least partially positionable within one of the staple cavities , and wherein each staple is movable between an unfired position and a fired position; a compressible tissue thickness compensator , wherein the staples are configured to at least partially capture the tissue thickness compensator when the staples are moved between their unfired positions and their fired positions; and a plurality of medicament capsules positioned within the tissue thickness compensator , wherein each medicament capsule is positioned over one of the staple cavities , and wherein the staple cavities and the staples are configured and arranged such that the plurality of medicament capsules are crushed within the staples when the staples are moved between their unfired positions and their fired positions; wherein each medicament capsule comprises a tube including a shell, wherein each capsule further comprises a medicament contained within the shell, characterised in that each tube extends along a tube axis that is perpendicular to a bottom surface of said tissue thickness compensator and each capsule is positioned between the staple legs of a staple when the staples are in their unfired positions, and each tube axis extends into one of the staple cavities . a cartridge body comprising a plurality of staple cavities ; staples , wherein each staple is at least partially positionable within one of the staple cavities , and wherein each staple is movable between an unfired position and a fired position; a compressible tissue thickness compensator , wherein the staples are configured to at least partially capture the tissue thickness compensator when the staples are moved between their unfired positions and their fired positions; and a plurality of medicament capsules positioned within the tissue thickness compensator , wherein each medicament capsule is positioned over one of the staple cavities , and wherein the staple cavities and the staples are configured and arranged such that the plurality of medicament capsules are crushed within the staples when the staples are moved between their unfired positions and their fired positions; wherein each medicament capsule comprises a tube including a shell, wherein each capsule further comprises a medicament contained within the shell, characterised in that each tube extends along a tube axis that is perpendicular to a bottom surface of said tissue thickness compensator and each capsule is positioned between the staple legs of a staple when the staples are in their unfired positions, and each tube axis extends into one of the staple cavities .
A compound for use in a method of treating relapsed or refractory acute myeloid leukemia in a subject, wherein the compound is the mutant isocitrate dehydrogenase 2 (IDH2) inhibitor 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{[2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, or a polymorph thereof (COMPOUND 1), wherein the relapsed or refractory acute myeloid leukemia is characterized by the presence of a mutant allele of IDH2 and the absence of a mutant allele of FLT3.
A three-dimensional scanner comprising: an irradiation unit configured to emit slit-shaped light beams while moving an irradiation position with respect to a measuring object in a predetermined moving direction; an imaging unit configured to sequentially capture images of the measuring object irradiated with the light beams; a position detecting unit configured to scan a scanning region in an image presently captured by the imaging unit to detect a position of a light beam in the presently-captured image; and characterized by a scanning-region determining unit configured to determine, based on a position of a light beam in an image previously captured by the imaging unit before the image to be scanned by the position detecting unit is captured, a region between a scanning start position, which is the position of the light beam in the previously-captured image, and a scanning end position, which is a position being away from the scanning start position in the presently-captured image by a predetermined distance in the predetermined moving direction, as the scanning region in the image to be scanned. an irradiation unit configured to emit slit-shaped light beams while moving an irradiation position with respect to a measuring object in a predetermined moving direction; an imaging unit configured to sequentially capture images of the measuring object irradiated with the light beams; a position detecting unit configured to scan a scanning region in an image presently captured by the imaging unit to detect a position of a light beam in the presently-captured image; and characterized by a scanning-region determining unit configured to determine, based on a position of a light beam in an image previously captured by the imaging unit before the image to be scanned by the position detecting unit is captured, a region between a scanning start position, which is the position of the light beam in the previously-captured image, and a scanning end position, which is a position being away from the scanning start position in the presently-captured image by a predetermined distance in the predetermined moving direction, as the scanning region in the image to be scanned.
Method for visualizing replacement parts , in particular for visualizing replacement parts of a passenger transport system, comprising: - displaying a list of possible replacement parts on a screen of a processor-controlled mobile device and prompting for selection of a specific replacement part from the displayed list ; - downloading 3D data of the specifically selected replacement part from an external server via a network, wherein the 3D data contain spatial information regarding visually discernible properties of the specifically selected replacement part ; - displaying a perspective view of the specifically selected replacement part with its visually discernible properties on the screen of the processor-controlled mobile device from an initial viewing angle; - detecting a change in the orientation of the processor-controlled mobile device to an altered orientation, wherein the change in the orientation of the processor-controlled mobile device is detected using signals provided by acceleration sensors in the processor-controlled mobile device ; and - displaying a perspective view of the specifically selected replacement part with its visually discernible properties on the screen of the processor-controlled mobile device from an altered viewing angle corresponding to the altered orientation. - displaying a list of possible replacement parts on a screen of a processor-controlled mobile device and prompting for selection of a specific replacement part from the displayed list ; - downloading 3D data of the specifically selected replacement part from an external server via a network, wherein the 3D data contain spatial information regarding visually discernible properties of the specifically selected replacement part ; - displaying a perspective view of the specifically selected replacement part with its visually discernible properties on the screen of the processor-controlled mobile device from an initial viewing angle; - detecting a change in the orientation of the processor-controlled mobile device to an altered orientation, wherein the change in the orientation of the processor-controlled mobile device is detected using signals provided by acceleration sensors in the processor-controlled mobile device ; and - displaying a perspective view of the specifically selected replacement part with its visually discernible properties on the screen of the processor-controlled mobile device from an altered viewing angle corresponding to the altered orientation.
Seal and installation of a rectangular panel on a supporting structure of a glove box, comprising a first contact face and a second contact face parallel to each other and designed to come into contact with a profile of the glove box supporting structure and against an internal face of the panel, this seal comprising an internal circumferential edge provided with a rim projecting beyond the first face , and an external circumferential edge prolonged by a skirt extending perpendicular to the second contact face projecting beyond this second contact face to surround and clamp the edge of the panel around its entire circumference.
A floor processing device with a motor-driven floor processing element for processing a floor to be processed, wherein the floor processing element has a hollow space with a hollow space opening that joins the hollow space with the ambient air, characterized in that a fragrance element , which is designed as a solid body, is arranged in the hollow space , wherein the hollow space has a volume corresponding to a multiple of the volume of the fragrance element .
An optical 3-dimensional sensing system, comprising: - an emitter provided for emitting electromagnetic radiation, the emitter being a vertical-cavity surface emitting laser, - a receiver provided for detecting the radiation, - a driver connected to the emitter , the driver providing a modulation of the electromagnetic radiation, and - a processing unit configured to obtain data from a time of flight of a signal emitted by the emitter and detected by the receiver as a reflected signal (5*) after reflection by an object , wherein the processing unit is further configured to determine a two-dimensional image of the object from the data that are obtained from the time of flight, characterized in that the driver is configured to generate a driving current for the emitter , an angular distribution of the emitted radiation being varied by varying the driving current. - an emitter provided for emitting electromagnetic radiation, the emitter being a vertical-cavity surface emitting laser, - a receiver provided for detecting the radiation, - a driver connected to the emitter , the driver providing a modulation of the electromagnetic radiation, and - a processing unit configured to obtain data from a time of flight of a signal emitted by the emitter and detected by the receiver as a reflected signal (5*) after reflection by an object , wherein the processing unit is further configured to determine a two-dimensional image of the object from the data that are obtained from the time of flight,
A heat roller comprising; a hollow cylindrical roller body , and a halogen lamp disposed inside the roller body , wherein the roller body is constituted of aluminum or an aluminum alloy, and has at least one structure selected from the group consisting of needle-like structures which is constituted of numerous recesses and projections between the respective recesses formed on an inner peripheral surface of the roller body with an aspect ratio expressed by the ratio (depth)/(opening width) of depth and opening width of the recesses of not less than 2 and not more than 30, an anodic oxide film formed on an inner peripheral surface of the roller body with a thickness of not less than 30 μm and not more than 100 μm, and a composite coating film formed on an inner peripheral surface of the roller body of fluororesin and ceramic, to make the thermal conversion efficiency of light from the halogen lamp is not less than 70%. needle-like structures which is constituted of numerous recesses and projections between the respective recesses formed on an inner peripheral surface of the roller body with an aspect ratio expressed by the ratio (depth)/(opening width) of depth and opening width of the recesses of not less than 2 and not more than 30, an anodic oxide film formed on an inner peripheral surface of the roller body with a thickness of not less than 30 μm and not more than 100 μm, and a composite coating film formed on an inner peripheral surface of the roller body of fluororesin and ceramic,
A gerotor pump for providing downhole artificial lift or surface pressure boosting in oil and gas production operations, the pump comprising: an inner rotor comprising a plurality of teeth , the inner rotor configured to rotate about a first longitudinal gerotor pump axis ; a hollow outer rotor comprising a wall , the hollow outer rotor configured to engage with the plurality of teeth and to rotate about a second longitudinal gerotor pump axis ; and a pump housing within which the inner rotor and the outer rotor are disposed, wherein an outer surface of the outer rotor defines a plurality of gaps between the pump housing and the outer rotor. an inner rotor comprising a plurality of teeth , the inner rotor configured to rotate about a first longitudinal gerotor pump axis ; a hollow outer rotor comprising a wall , the hollow outer rotor configured to engage with the plurality of teeth and to rotate about a second longitudinal gerotor pump axis ; and a pump housing within which the inner rotor and the outer rotor are disposed, wherein an outer surface of the outer rotor defines a plurality of gaps between the pump housing and the outer rotor.
A dehumidification control method for a refrigerator comprising: detecting a temperature of outside air around the refrigerator to judge whether or not the detected temperature corresponds to a low-temperature mode requiring dehumidification; heating a refrigerating compartment by operating a refrigerating compartment heater and a refrigerating compartment fan for dehumidification if the low-temperature mode is judged; cooling the refrigerating compartment by operating a compressor while at least continuously operating the refrigerating compartment fan ; and simultaneously cooling and heating the refrigerating compartment to enable simultaneous implementation of temperature compensation by heating of the refrigerating compartment and dehumidification by cooling of the refrigerating compartment , characterized in that the cooling of the refrigerating compartment is performed if a preset time (t 1 ) passes after heating of the refrigerating compartment is begun (t 0 ). detecting a temperature of outside air around the refrigerator to judge whether or not the detected temperature corresponds to a low-temperature mode requiring dehumidification; heating a refrigerating compartment by operating a refrigerating compartment heater and a refrigerating compartment fan for dehumidification if the low-temperature mode is judged; cooling the refrigerating compartment by operating a compressor while at least continuously operating the refrigerating compartment fan ; and simultaneously cooling and heating the refrigerating compartment to enable simultaneous implementation of temperature compensation by heating of the refrigerating compartment and dehumidification by cooling of the refrigerating compartment , characterized in that the cooling of the refrigerating compartment is performed if a preset time (t 1 ) passes after heating of the refrigerating compartment is begun (t 0 ).
A multi-layer microfluidic device for parallelization of microfluidic systems comprising: a distribution network including a plurality of channels to control the flow of a fluid, the distribution network being formed in at least two layers of plates or substrates to form a fractal pattern of fluid channels aligned between the layers by through-holes in each layer; the distribution network connecting a stack of plates or substrates forming emulsion generation layers, wherein the distribution network includes at least two distribution layers, each distribution layer including a fractal pattern of fluidic channel and through holes interconnecting them with the stack of emulsion generation layers; at least one inlet or input per immiscible fluid and at least one outlet or output to allow accessibility of immiscible liquids and exit of droplets, characterized in that the at least one inlet or input per immiscible fluid is accessible from a surface of the device and are axisymmetric inputs arranged axisymmetrically in a center of the device at the top and on the bottom. a distribution network including a plurality of channels to control the flow of a fluid, the distribution network being formed in at least two layers of plates or substrates to form a fractal pattern of fluid channels aligned between the layers by through-holes in each layer; the distribution network connecting a stack of plates or substrates forming emulsion generation layers, wherein the distribution network includes at least two distribution layers, each distribution layer including a fractal pattern of fluidic channel and through holes interconnecting them with the stack of emulsion generation layers; at least one inlet or input per immiscible fluid and at least one outlet or output to allow accessibility of immiscible liquids and exit of droplets, characterized in that the at least one inlet or input per immiscible fluid is accessible from a surface of the device and are axisymmetric inputs arranged axisymmetrically in a center of the device at the top and on the bottom.
A method of performing device to device, D2D, communication by a transmission user equipment, UE (100-1), the method comprising: requesting and acquiring , from a discovery server , a discovery code corresponding to the application specific identifier, ID, associated with an application program in the transmission UE; requesting and acquiring , from the discovery server or from a mobile management entity, MME , a multicast ID of the transmission UE (110-1) to be used for transmitting additional information on the application program; and broadcasting the discovery code and the multicast ID through a discovery subframe, transmitting , to a reception UE (100-2), the additional information by using the multicast ID through a D2D multicast subframe. requesting and acquiring , from a discovery server , a discovery code corresponding to the application specific identifier, ID, associated with an application program in the transmission UE; requesting and acquiring , from the discovery server or from a mobile management entity, MME , a multicast ID of the transmission UE (110-1) to be used for transmitting additional information on the application program; and broadcasting the discovery code and the multicast ID through a discovery subframe, transmitting , to a reception UE (100-2), the additional information by using the multicast ID through a D2D multicast subframe.
A method of purifying an antibody, the method comprising: subjecting an antibody in solution to hydrophobic interaction chromatography in flow through mode using a matrix containing hydrophobic ligands with a mobile phase buffer, wherein the mobile phase buffer has a pH of about 5.0 to about 7.0 and comprises 0-100 mM of salt.