mhurhangee/patent-ind-claim-en huggingface dataset:
A communication program that causes a computer to execute a process, the process comprising: acquiring, from a server in a blockchain network, a check program for checking processing on data; executing (S200-2) the check program; executing (S200-3) the data processing during the execution of the check program, the check program configured to monitor the data processing; applying (S200-4) a first signature of the server to a check result generated by executing the data processing during the execution of the check program; and publishing (S200-5) the check result with the first signature in the blockchain network, the process further comprising: acquiring a processing identifier from the server for each data unit for which data processing is performed; and generating the first signature for each data unit by using the acquired processing identifier. acquiring, from a server in a blockchain network, a check program for checking processing on data; executing (S200-2) the check program; executing (S200-3) the data processing during the execution of the check program, the check program configured to monitor the data processing; applying (S200-4) a first signature of the server to a check result generated by executing the data processing during the execution of the check program; and publishing (S200-5) the check result with the first signature in the blockchain network, the process further comprising: acquiring a processing identifier from the server for each data unit for which data processing is performed; and generating the first signature for each data unit by using the acquired processing identifier. acquiring a processing identifier from the server for each data unit for which data processing is performed; and generating the first signature for each data unit by using the acquired processing identifier.
A method of isolating limbal stem cells from a mixed population of ocular cells, comprising: isolating ABCB5(+) limbal stem cells from a provided mixed population of ocular cells, wherein the ABCB5(+) limbal stem cells are isolated with an antibody that selectively binds to human ABCB5.
A wear resistant pipe fitting comprising: an inlet end ; an outlet end ; a first eccentric reducer arranged to receive a slurry or pipeline fluid from the inlet end _and deliver the slurry or pipeline fluid to a second eccentric reducer , the first eccentric reducer having an increasing cross-sectional area in the direction of fluid flow; the second eccentric reducer arranged to receive the slurry or fluid from the first eccentric reducer and deliver the slurry or pipeline fluid to the outlet end , the second eccentric reducer having a decreasing cross-sectional area in the direction of fluid flow; characterised in that the pipe fitting further comprises a flow interrupter device for disrupting the flow of the slurry or pipeline fluid before the slurry or fluid enters the second eccentric reducer , wherein the flow interrupter device is in the form of an elongate probe or rod-like device and has a first end terminating in a leading edge positioned within the first eccentric reducer and whereby, in use, the leading edge is the portion of the flow interrupter device which slurry or pipeline fluid travelling through the pipe fitting would encounter first. an inlet end ; an outlet end ; a first eccentric reducer arranged to receive a slurry or pipeline fluid from the inlet end _and deliver the slurry or pipeline fluid to a second eccentric reducer , the first eccentric reducer having an increasing cross-sectional area in the direction of fluid flow; the second eccentric reducer arranged to receive the slurry or fluid from the first eccentric reducer and deliver the slurry or pipeline fluid to the outlet end , the second eccentric reducer having a decreasing cross-sectional area in the direction of fluid flow; characterised in that the pipe fitting further comprises a flow interrupter device for disrupting the flow of the slurry or pipeline fluid before the slurry or fluid enters the second eccentric reducer , wherein the flow interrupter device is in the form of an elongate probe or rod-like device and has a first end terminating in a leading edge positioned within the first eccentric reducer and whereby, in use, the leading edge is the portion of the flow interrupter device which slurry or pipeline fluid travelling through the pipe fitting would encounter first.
A method of implementing zone redundant computing services in a distributed computing system having multiple network connected availability zones individually containing multiple servers interconnected to one another by a computer network, the method comprising: receiving , at a server in a first availability zone, a user request from a user for a data operation to be performed in the distributed computing system, wherein the data operation includes a data write operation; and in response to receiving the user request at the server in the first availability zone, querying , at the first availability zone, a database for a list of computing services at multiple availability zones, the multiple availability zones comprising the first availability zone and a second availability zone different than the first availability zone, the first and second availability zones having respective independent power, computer network, and cooling infrastructure; selecting , from the list of computing services, one or more computing services provided by servers in the second availability zone, wherein selecting the one or more computing services includes selecting multiple backend storage services for storing user data in the distributed computing system, at least one selected backend storage service being located in each of the first and second availability zones; and performing the data operation contained in the user request using the selected one or more computing services provided by the servers in the second availability zone, thereby providing zone redundant computing services in the distributed computing system, wherein each of the selected multiple backend storage services performs the data write operation. receiving , at a server in a first availability zone, a user request from a user for a data operation to be performed in the distributed computing system, wherein the data operation includes a data write operation; and in response to receiving the user request at the server in the first availability zone, querying , at the first availability zone, a database for a list of computing services at multiple availability zones, the multiple availability zones comprising the first availability zone and a second availability zone different than the first availability zone, the first and second availability zones having respective independent power, computer network, and cooling infrastructure; selecting , from the list of computing services, one or more computing services provided by servers in the second availability zone, wherein selecting the one or more computing services includes selecting multiple backend storage services for storing user data in the distributed computing system, at least one selected backend storage service being located in each of the first and second availability zones; and performing the data operation contained in the user request using the selected one or more computing services provided by the servers in the second availability zone, thereby providing zone redundant computing services in the distributed computing system, wherein each of the selected multiple backend storage services performs the data write operation.
A compound that selectively inhibits cyclin dependent kinase 4 (CDK4) and cyclin dependent kinase 6 (CDK6) for use in a method of mitigating DNA damage in a non-hematologic cell or tissue in a subject in need of treatment thereof prior to or following exposure of the cell or tissue to a DNA damaging agent or event.
Method for the reconstruction of an image data set from projection images of an examination object recorded at different projection directions with a computed tomography apparatus , wherein the computed tomography apparatus has a nominal field of view which is acquired from all projection directions in the respective projection images, and wherein the examination object and/or an additional object associated with the examination object , in particular, with its positioning, extends partially out of the nominal field of view into an extended field of view , wherein for the reconstruction of the image data set - an item of contour information describing the contour of the examination object and/or of the additional object is established, - the projection data of the projection images is enhanced on the basis of the contour information by means of forward projection in regions in which the examination object and/or the additional object was not acquired in the projection data of a projection image, and - the reconstruction takes place on the basis of the enhanced projection data, wherein, from sensor data of at least one camera acquiring the examination object positioned for recording the projection images and/or the additional object , an item of sensor information at least partially describing the contour of the examination object and/or of the additional object is established and is used for establishing the contour information, characterised in that , firstly through reconstruction of a provisional reconstruction data set from the original projection images for the extended field of view and threshold value formation, an item of preliminary information provisionally describing at least the contour of the examination object and/or of the additional object is established, said preliminary information being adapted on the basis of the sensor information. - an item of contour information describing the contour of the examination object and/or of the additional object is established, - the projection data of the projection images is enhanced on the basis of the contour information by means of forward projection in regions in which the examination object and/or the additional object was not acquired in the projection data of a projection image, and - the reconstruction takes place on the basis of the enhanced projection data, wherein, from sensor data of at least one camera acquiring the examination object positioned for recording the projection images and/or the additional object , an item of sensor information at least partially describing the contour of the examination object and/or of the additional object is established and is used for establishing the contour information, characterised in that , firstly through reconstruction of a provisional reconstruction data set from the original projection images for the extended field of view and threshold value formation, an item of preliminary information provisionally describing at least the contour of the examination object and/or of the additional object is established, said preliminary information being adapted on the basis of the sensor information.
An electrode assembly with a structure in which a plurality of electrode plates are stacked while a separator is interposed between a positive electrode plate and a negative electrode plate , each of the electrode plates comprising an electrode tap that externally protrude from one side (A) thereof to form a tap-lead coupler and at least two or more fixing parts that externally protrude from each of electrode plate by a length of 10% to 50% of a length of the electrode tap from the one side (A) and/or the other side (B), wherein fixing parts with the same polarity, which are positioned in parallel to each other in up and down directions, are bonded to each other to maintain a stack interval between the electrode plates while the electrode plates are stacked.
A method for monitoring a sealed and thermally insulated tank intended to contain a low-temperature liquefied fuel gas, in which method a wall of the tank comprises a multilayer structure mounted on a bearing wall, the multilayer structure comprising a sealing membrane in contact with the liquefied fuel gas contained in the tank and a thermally insulating barrier arranged between the sealing membrane and the bearing wall, the thermally insulating barrier comprising insulating solid substances and a gaseous phase kept under a negative relative pressure, the method comprising: - measuring a concentration of the fuel gas in the dilute gas sample using a gas analyzer, the method being characterized in that the dilute gas sample, the concentration of which is measured, is obtained - by withdrawing a sample of the gaseous phase under the negative relative pressure in the thermally insulating barrier through a sampling duct opening to the outside of the tank wall ; - by adding a measured quantity of inert gas to the gaseous phase that has been withdrawn, and - by raising the pressure of the dilute gas sample up to an operating pressure of a gas analyzer . - measuring a concentration of the fuel gas in the dilute gas sample using a gas analyzer, the method being characterized in that the dilute gas sample, the concentration of which is measured, is obtained - by withdrawing a sample of the gaseous phase under the negative relative pressure in the thermally insulating barrier through a sampling duct opening to the outside of the tank wall ; - by adding a measured quantity of inert gas to the gaseous phase that has been withdrawn, and - by raising the pressure of the dilute gas sample up to an operating pressure of a gas analyzer .
A fluid system for managing a multiphase fluid, comprising: a fluid subsystem having a suction, a discharge and a motor; a liquid separator at the discharge of the fluid subsystem; a first gas/liquid extraction unit having a multiphase fluid inlet and a liquid outlet, the liquid outlet coupled to the suction for providing a first liquid rich fluid to the suction; an ejector coupled to a gas outlet of the first gas/liquid extraction unit to receive a secondary gas rich fluid and coupled to a liquid outlet of the liquid separator to receive a second liquid rich fluid from the liquid separator; and a second gas/liquid extraction unit having an inlet coupled to an outlet of the ejector, the second gas/liquid extraction unit having a liquid rich fluid outlet coupled to an internal bearing lubrication inlet of the fluid subsystem. a fluid subsystem having a suction, a discharge and a motor; a liquid separator at the discharge of the fluid subsystem; a first gas/liquid extraction unit having a multiphase fluid inlet and a liquid outlet, the liquid outlet coupled to the suction for providing a first liquid rich fluid to the suction; an ejector coupled to a gas outlet of the first gas/liquid extraction unit to receive a secondary gas rich fluid and coupled to a liquid outlet of the liquid separator to receive a second liquid rich fluid from the liquid separator; and a second gas/liquid extraction unit having an inlet coupled to an outlet of the ejector, the second gas/liquid extraction unit having a liquid rich fluid outlet coupled to an internal bearing lubrication inlet of the fluid subsystem.
A control valve comprising: a valve housing ; a plurality of spools assembled into the valve housing ; a plurality of pilot chambers corresponding to the plurality of the spools ; a plurality of selection valves connected respectively to the plurality of the pilot chambers via communication paths ; and a maximum pressure introduction passage , the plurality of the selection valves being configured to select and introduce a maximum pressure among pressures of the plurality of the pilot chambers into the maximum pressure introduction passage ; wherein the plurality of the pilot chambers and the communication paths are provided in a plurality of caps attached to one side surface of the valve housing ; wherein the maximum pressure introduction passage has: afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves ; a second passage provided in each of the plurality of the caps , extending from the first passage towards the valve housing and opened in the one side surface of the valve housing ; and a third passage provided so as to allow the second passages to communicate with each other in the valve housing . a valve housing ; a plurality of spools assembled into the valve housing ; a plurality of pilot chambers corresponding to the plurality of the spools ; a plurality of selection valves connected respectively to the plurality of the pilot chambers via communication paths ; and a maximum pressure introduction passage , the plurality of the selection valves being configured to select and introduce a maximum pressure among pressures of the plurality of the pilot chambers into the maximum pressure introduction passage ; wherein the plurality of the pilot chambers and the communication paths are provided in a plurality of caps attached to one side surface of the valve housing ; wherein the maximum pressure introduction passage has: afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves ; a second passage provided in each of the plurality of the caps , extending from the first passage towards the valve housing and opened in the one side surface of the valve housing ; and afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves ; a second passage provided in each of the plurality of the caps , extending from the first passage towards the valve housing and opened in the one side surface of the valve housing ; and a third passage provided so as to allow the second passages to communicate with each other in the valve housing .
A method for coding video data, comprising: receiving video data comprising one or more subpictures; identifying a network abstraction layer, NAL, unit type associated with each of the one or more subpictures based on checking a first flag corresponding to mixed NAL units in the one or more subpictures within a single picture, wherein the first flag is positioned in the Picture Parameter Set, PPS and decoding the video data based on the identified NAL unit types, wherein a second flag being equal to one indicates a current picture is a start point of a current coded video sequence, wherein based on a presence of mixed NAL unit types according to the first flag and a video coding layer NAL unit having a clean random access type, the second flag and a NoOutputBeforeRecoveryFlag flag for the video data are both set equal to 0. receiving video data comprising one or more subpictures; identifying a network abstraction layer, NAL, unit type associated with each of the one or more subpictures based on checking a first flag corresponding to mixed NAL units in the one or more subpictures within a single picture, wherein the first flag is positioned in the Picture Parameter Set, PPS and decoding the video data based on the identified NAL unit types, wherein a second flag being equal to one indicates a current picture is a start point of a current coded video sequence, wherein based on a presence of mixed NAL unit types according to the first flag and a video coding layer NAL unit having a clean random access type, the second flag and a NoOutputBeforeRecoveryFlag flag for the video data are both set equal to 0.
A heat exchanger for a gas turbine engine comprising: a first channel for porting a first fluid, wherein the first channel includes at least one first wall ; a second channel for porting a second fluid, wherein the second channel includes at least one second wall ; at least one barrier chamber located between the at least one first wall and the at least one second wall configured such that a rupture of one of the at least one first wall and the at least one second wall does not result in mixing of the first fluid and the second fluid, wherein the at least one barrier chamber surrounds the second channel; and a plurality of support members , wherein each of the plurality of support members extends between the at least one first wall and the at least one second wall and are in thermal contact with the at least one first wall and the at least one second wall to facilitate thermal exchange between the first fluid in the first channel and the second fluid in the second channel, wherein the support member extends through the at least one barrier chamber such that the support member segments the at least one barrier chamber . a first channel for porting a first fluid, wherein the first channel includes at least one first wall ; a second channel for porting a second fluid, wherein the second channel includes at least one second wall ; at least one barrier chamber located between the at least one first wall and the at least one second wall configured such that a rupture of one of the at least one first wall and the at least one second wall does not result in mixing of the first fluid and the second fluid, wherein the at least one barrier chamber surrounds the second channel; and a plurality of support members , wherein each of the plurality of support members extends between the at least one first wall and the at least one second wall and are in thermal contact with the at least one first wall and the at least one second wall to facilitate thermal exchange between the first fluid in the first channel and the second fluid in the second channel, wherein the support member extends through the at least one barrier chamber such that the support member segments the at least one barrier chamber .
A polynucleotide comprising a nucleotide sequence encoding a chimeric TGFβ receptor, wherein the receptor comprises an exodomain of TGFβ receptor and a non-TGFβ receptor endodomain from 41BB.
A seat assembly for an internal cabin of a vehicle, the seat assembly comprising: a backrest having an outer seatback shroud , wherein the outer seatback shroud comprises a bezel rearwardly extending from a rear surface of the outer seatback shroud ; and a lighting system comprising a housing removably secured to the bezel ; wherein the bezel comprises a lower wall connected to an upper wall by lateral walls , wherein at least one of the upper wall and the lower wall comprises a deflectable clip , and the lateral walls comprise deflectable tabs with openings ; and wherein the deflectable clip and the deflectable tabs are configured to outwardly deflect and resiliently inwardly deflect to snapably secure the housing within the bezel . a backrest having an outer seatback shroud , wherein the outer seatback shroud comprises a bezel rearwardly extending from a rear surface of the outer seatback shroud ; and a lighting system comprising a housing removably secured to the bezel ; wherein the bezel comprises a lower wall connected to an upper wall by lateral walls , wherein at least one of the upper wall and the lower wall comprises a deflectable clip , and the lateral walls comprise deflectable tabs with openings ; and wherein the deflectable clip and the deflectable tabs are configured to outwardly deflect and resiliently inwardly deflect to snapably secure the housing within the bezel .