mhurhangee/patent-ind-claim-en huggingface dataset:
A method of conveying a tool string into a wellbore , wherein the method comprises: placing an apparatus , into a drill pipe in the wellbore , wherein the apparatus comprises a seal module at a first end thereof and has a tool string attached to a second end thereof; pumping mud into the drill pipe to land the apparatus in a landing portion within the drill pipe , wherein in the landing portion , an annulus is formed between an outer diameter of the seal module of the apparatus and an inner diameter of the landing portion of the drill pipe ; during pumping of mud into the drill pipe , selectively opening a mud outlet of the apparatus between the seal module and the tool string , to allow the mud to flow through one or more mud lines of the apparatus at a first pressure; and during pumping of the mud into the drill pipe , selectively closing the mud outlet of the apparatus to prevent the mud from flowing through one or more mud lines of the apparatus and forcing the mud to flow through the annulus between the outer diameter of the seal module of the apparatus and the inner diameter of the landing portion of the drill pipe at a second pressure, wherein the second pressure is higher than the first pressure, and wherein the first pressure and the second pressure generate pressure pulses to provide data communication to equipment at a surface of the wellbore. placing an apparatus , into a drill pipe in the wellbore , wherein the apparatus comprises a seal module at a first end thereof and has a tool string attached to a second end thereof; pumping mud into the drill pipe to land the apparatus in a landing portion within the drill pipe , wherein in the landing portion , an annulus is formed between an outer diameter of the seal module of the apparatus and an inner diameter of the landing portion of the drill pipe ; during pumping of mud into the drill pipe , selectively opening a mud outlet of the apparatus between the seal module and the tool string , to allow the mud to flow through one or more mud lines of the apparatus at a first pressure; and during pumping of the mud into the drill pipe , selectively closing the mud outlet of the apparatus to prevent the mud from flowing through one or more mud lines of the apparatus and forcing the mud to flow through the annulus between the outer diameter of the seal module of the apparatus and the inner diameter of the landing portion of the drill pipe at a second pressure, wherein the second pressure is higher than the first pressure, and wherein the first pressure and the second pressure generate pressure pulses to provide data communication to equipment at a surface of the wellbore.
A high speed breaker for industrial or railways applications for interrupting a high D.C. current with high efficiency and extremely fast intervention times, said breaker including in a casing a base portion , supporting: - an activating mechanism for switching means including a holding mechanism and a release mechanism ; - an intermediate switching or breaking contact portion , including at least one fixed contact and at least one movable contact , and - a top arc chute extinguishing portion covering said switching or breaking contact portion , characterized by comprising: intermediate delimiting portions provided on both sides of said casing to delimit laterally the intermediate switching or breaking contact portion and to provide lateral guides for said arc chute extinguishing portion ; said arc chute extinguishing portion being slidably mounted to the casing ; at least a lever extended transversally between said opposite intermediate delimiting portions for moving or raising said arc chute in case of an inspection. - an activating mechanism for switching means including a holding mechanism and a release mechanism ; - an intermediate switching or breaking contact portion , including at least one fixed contact and at least one movable contact , and - a top arc chute extinguishing portion covering said switching or breaking contact portion , intermediate delimiting portions provided on both sides of said casing to delimit laterally the intermediate switching or breaking contact portion and to provide lateral guides for said arc chute extinguishing portion ; said arc chute extinguishing portion being slidably mounted to the casing ; at least a lever extended transversally between said opposite intermediate delimiting portions for moving or raising said arc chute in case of an inspection.
A method for wireless communication executed by a user equipment UE configured for carrier aggregation or dual-connectivity in a long term evolution-new radio LTE-NR interworking architecture with dual connectivity including a first network node associated with a LTE system and a second network node associated with a NR system, the method comprising: receiving system information from the first network node during a RRC idle mode or a RRC inactive mode, the system information comprising an inter-frequency configuration and a measurement reporting configuration, the system information indicating to the UE to measure one or more frequencies associated with the LTE system and one or more frequencies associated with the NR system; performing, during a RRC idle mode or a RRC inactive mode, a measurement of frequencies associated with the inter-frequency configuration including the one or more frequencies associated with the LTE system and the one or more frequencies associated with the NR system; transmitting , based at least in part on the measurement reporting configuration, a report of the measurement of the one or more frequencies associated with the LTE system and the one or more frequencies associated with the NR system to the first network node during a radio resource control RRC connection procedure for setting up a connection to the first network node; receiving , from the first network node in response to the RRC connection procedure, a secondary cell group SCG configuration based at least in part on the first network node configuring the second network node using the transmitted report; and establishing a connection to the second network node based at least in part on the SCG configuration. receiving system information from the first network node during a RRC idle mode or a RRC inactive mode, the system information comprising an inter-frequency configuration and a measurement reporting configuration, the system information indicating to the UE to measure one or more frequencies associated with the LTE system and one or more frequencies associated with the NR system; performing, during a RRC idle mode or a RRC inactive mode, a measurement of frequencies associated with the inter-frequency configuration including the one or more frequencies associated with the LTE system and the one or more frequencies associated with the NR system; transmitting , based at least in part on the measurement reporting configuration, a report of the measurement of the one or more frequencies associated with the LTE system and the one or more frequencies associated with the NR system to the first network node during a radio resource control RRC connection procedure for setting up a connection to the first network node; receiving , from the first network node in response to the RRC connection procedure, a secondary cell group SCG configuration based at least in part on the first network node configuring the second network node using the transmitted report; and establishing a connection to the second network node based at least in part on the SCG configuration.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, a message including information on a cell identifier, ID or a UE specific ID; identifying a scrambling ID of a demodulation reference signal, DMRS based on the information on the cell ID or the UE specific ID; deriving a resource element, RE, offset of a phase tracking reference signal, PTRS based on the identified scrambling ID of the DMRS; identifying a subcarrier where the PTRS is to be mapped from subcarriers used by a DMRS port, based on the derived RE offset of the PTRS; and transmitting, to the base station, the PTRS on the identified subcarrier. receiving, from a base station, a message including information on a cell identifier, ID or a UE specific ID; identifying a scrambling ID of a demodulation reference signal, DMRS based on the information on the cell ID or the UE specific ID; deriving a resource element, RE, offset of a phase tracking reference signal, PTRS based on the identified scrambling ID of the DMRS; identifying a subcarrier where the PTRS is to be mapped from subcarriers used by a DMRS port, based on the derived RE offset of the PTRS; and transmitting, to the base station, the PTRS on the identified subcarrier.
A method comprising: obtaining multiple multi-exposure images of a scene using at least one red-green-blue-white, RGBW, image sensor; generating single multi-channel frames at different exposure levels from the images; generating multiple motion maps by estimating motion across exposure differences between the multi-channel frames at different exposure levels using a white channel of the multi-channel frames as a guidance signal; generating multiple saturation maps by estimating saturated pixels across the exposure differences between the multi-channel frames at different exposure levels for the red, green and blue channels of the multi-channel frames and separately for the white channel of the multi-channel frames; using the generated motion maps and saturation maps to achieve red, green and blue saturation recovery and white saturation recovery from the different exposure levels and concatenating outputs to generate a saturation-free RGBW frame; and processing the saturation-free RGBW frame to generate a final image of the scene. obtaining multiple multi-exposure images of a scene using at least one red-green-blue-white, RGBW, image sensor; generating single multi-channel frames at different exposure levels from the images; generating multiple motion maps by estimating motion across exposure differences between the multi-channel frames at different exposure levels using a white channel of the multi-channel frames as a guidance signal; generating multiple saturation maps by estimating saturated pixels across the exposure differences between the multi-channel frames at different exposure levels for the red, green and blue channels of the multi-channel frames and separately for the white channel of the multi-channel frames; using the generated motion maps and saturation maps to achieve red, green and blue saturation recovery and white saturation recovery from the different exposure levels and concatenating outputs to generate a saturation-free RGBW frame; and processing the saturation-free RGBW frame to generate a final image of the scene.
A thrombolytic and an inhibitor of vascular endothelial growth factor (VEGF) receptor-mediated signal transduction (VEGF-RST), wherein the inhibitor is a monoclonal VEGF antibody in a dosage of 0,1-2,5 mg in a 70 kg patient, or 0,5-2,0 mg in a 70 kg patient or 1 mg - 1.5 mg in a 70 kg patient with adjustments for patients of different weight, or an antigen-binding fragment thereof which is bevacizumab which exclusively acts on an acute basis and the inhibitor concentration decreases substantially after 24 to 48 hours for use in a method to reduce neuronal damage caused by a cerebral ischemic event in a human patient.
An apparatus for aftertreatment of exhaust gas comprising: a housing having a longitudinal axis that extends between a first end and a second end of the housing; an exhaust inlet being positioned at a portion of the first end of the housing for entering exhaust gas flow into the interior of the housing; a mixer arrangement being positioned within the interior of the housing downstream to the exhaust inlet and comprising: a first flow guide arrangement configured to guide the exhaust gas flow to rotating and advancing gas flow in a first direction of a crosswise axis perpendicular to the longitudinal axis; a reactant inlet for dispensing reactant to the rotating and advancing gas flow, the reactant configured to mix with the exhaust gas; and a second flow guide arrangement configured to guide the rotating and advancing mixed gas flow in direction of the longitudinal axis as a mixed exhaust gas flow; and a substrate being positioned within the interior of the housing downstream to the mixer arrangement, wherein the mixed exhaust gas flow being configured to flow through the substrate, characterized in that the reactant inlet is configured to dispense reactant in second direction of a crosswise axis perpendicular to the longitudinal axis, the second direction being opposite to the first direction. a housing having a longitudinal axis that extends between a first end and a second end of the housing; an exhaust inlet being positioned at a portion of the first end of the housing for entering exhaust gas flow into the interior of the housing; a mixer arrangement being positioned within the interior of the housing downstream to the exhaust inlet and comprising: a first flow guide arrangement configured to guide the exhaust gas flow to rotating and advancing gas flow in a first direction of a crosswise axis perpendicular to the longitudinal axis; a reactant inlet for dispensing reactant to the rotating and advancing gas flow, the reactant configured to mix with the exhaust gas; and a second flow guide arrangement configured to guide the rotating and advancing mixed gas flow in direction of the longitudinal axis as a mixed exhaust gas flow; and a mixer arrangement being positioned within the interior of the housing downstream to the exhaust inlet and comprising: a first flow guide arrangement configured to guide the exhaust gas flow to rotating and advancing gas flow in a first direction of a crosswise axis perpendicular to the longitudinal axis; a reactant inlet for dispensing reactant to the rotating and advancing gas flow, the reactant configured to mix with the exhaust gas; and a second flow guide arrangement configured to guide the rotating and advancing mixed gas flow in direction of the longitudinal axis as a mixed exhaust gas flow; and a substrate being positioned within the interior of the housing downstream to the mixer arrangement, wherein the mixed exhaust gas flow being configured to flow through the substrate, characterized in that the reactant inlet is configured to dispense reactant in second direction of a crosswise axis perpendicular to the longitudinal axis, the second direction being opposite to the first direction.
An antibody-drug conjugate represented by Formula (I) Ab-(L-D) p , Ab is an antibody; L is a peptidomimetic linker represented by the following formula -Str-(PM)-Sp- wherein Str is a stretcher unit covalently attached to Ab; Sp is a bond or spacer unit covalently attached to a drug moiety; PM is a non-peptide chemical moiety selected from the group consisting of: each R 1 is independently C 1 -C 10 alkyl, C 1 -C 10 alkenyl, (C 1 -C 10 alkyl)NHC(NH)NH 2 or (C 1 -C 10 alkyl)NHC(O)NH 2 ; R 4 and R 5 are each independently C 1 -C 10 alkyl, C 1 -C 10 alkenyl, arylalkyl, heteroarylalkyl, (C 1 -C 10 alkyl )OCH 2 -, or R 4 and R 5 together may form a C 3 -C 7 cycloalkyl ring; p is an integer from 1 to 8; and D is a drug moiety. Ab is an antibody; L is a peptidomimetic linker represented by the following formula -Str-(PM)-Sp- Str is a stretcher unit covalently attached to Ab; Sp is a bond or spacer unit covalently attached to a drug moiety; PM is a non-peptide chemical moiety selected from the group consisting of: each R 1 is independently C 1 -C 10 alkyl, C 1 -C 10 alkenyl, (C 1 -C 10 alkyl)NHC(NH)NH 2 or (C 1 -C 10 alkyl)NHC(O)NH 2 ; R 4 and R 5 are each independently C 1 -C 10 alkyl, C 1 -C 10 alkenyl, arylalkyl, heteroarylalkyl, (C 1 -C 10 alkyl )OCH 2 -, or R 4 and R 5 together may form a C 3 -C 7 cycloalkyl ring; p is an integer from 1 to 8; and D is a drug moiety.
A method of reducing fumonisin in a corn protein product in a slurry form, comprising adding a base to the corn protein product, to adjust the pH of the corn protein product to a range between 5.75 to 7.5, to reduce fumonisin by at least 70%, and further comprising adding a divalent cationic salt in combination with the pH adjustment step.
Drain assembly for roof drainage, comprising a drain device and an inlet device , wherein the drain device has a pipe socket and at least one retaining element , which latter is preferably in connection with the pipe socket , and wherein the inlet device comprises a cover part for covering the pipe entrance , said cover part having lateral passages through which water can be fed to the pipe entrance , and two functional parts , which can be arranged beneath the cover part , wherein one of the functional parts is a build-up functional part that defines a build-up height (S), and the other of the functional parts is an emergency overflow functional part having an inlet that defines an infeed height (E), wherein both the build-up functional part and the emergency overflow functional part and the cover part are fastenable to said at least one retaining element , wherein selectively either the build-up functional part or the emergency overflow functional part is insertable in the drain assembly and wherein the build-up functional part and the emergency overflow functional part respectively comprise at least one fastening interface , via which the respective functional part are fastenable to the retaining element , wherein the fastening interface of the build-up functional part and the fastening interface of the emergency overflow functional part are configured substantially identically to each other. wherein the drain device has a pipe socket and at least one retaining element , which latter is preferably in connection with the pipe socket , and wherein the inlet device comprises a cover part for covering the pipe entrance , said cover part having lateral passages through which water can be fed to the pipe entrance , and two functional parts , which can be arranged beneath the cover part , wherein one of the functional parts is a build-up functional part that defines a build-up height (S), and the other of the functional parts is an emergency overflow functional part having an inlet that defines an infeed height (E), wherein both the build-up functional part and the emergency overflow functional part and the cover part are fastenable to said at least one retaining element , wherein selectively either the build-up functional part or the emergency overflow functional part is insertable in the drain assembly and wherein the build-up functional part and the emergency overflow functional part respectively comprise at least one fastening interface , via which the respective functional part are fastenable to the retaining element , wherein the fastening interface of the build-up functional part and the fastening interface of the emergency overflow functional part are configured substantially identically to each other.
A method for providing multi-site orchestration in a public network for factory automation, wherein the public network provides communication and computing functionality to a plurality sites which are configured to communicate with each other by the means of slice of the public network, the method comprising: - building a multi-site orchestration model based on initial performance of the communication between different sites; - determining choreography opportunities between the different sites by using the multi-site orchestration model; - triggering choreography between the different sites; and - evaluating the performance of the choreography between the different sites and updating the multi-site orchestration model, wherein the step of evaluating the performance of the choreography between the different sites and updating the multi-site orchestration model comprises monitoring the public network. - building a multi-site orchestration model based on initial performance of the communication between different sites; - determining choreography opportunities between the different sites by using the multi-site orchestration model; - triggering choreography between the different sites; and - evaluating the performance of the choreography between the different sites and updating the multi-site orchestration model, wherein the step of evaluating the performance of the choreography between the different sites and updating the multi-site orchestration model comprises monitoring the public network.
A measles virus vector for reprogramming somatic cells into iPSCs, wherein said vector comprises nucleic acid encoding a measles virus leader sequence, nucleic acid encoding a measles virus N polypeptide, nucleic acid encoding a measles virus P polypeptide, nucleic acid encoding a measles virus M polypeptide, nucleic acid encoding a measles virus F polypeptide, nucleic acid encoding a measles virus L polypeptide, nucleic acid encoding a measles virus trailer sequence, and nucleic acid encoding a plurality of reprogramming factors located between said nucleic acid encoding said measles virus F polypeptide and said nucleic acid encoding said measles virus L polypeptide, wherein said plurality of reprogramming factors comprises OCT4, SOX2, and KLF4.
A support structure for supporting vehicles one (A1, A2) above the other (B1, B2) during transport or storage, the structure comprising a base frame having four corner posts extending generally vertically when in use to support separate upper frame on which an upper vehicle (A1) can be supported in an elevated transport position above a lower vehicle (B1), and one or more separate lower frames arranged to be positioned within the base frame when in use on which the lower vehicle can be supported, the upper frame being guided up the corner posts when the upper vehicle is raised to its upper transport position and support means associated with the corner posts for fastening the upper frame in its transport position relative to the corner posts, the corner posts being carried on longitudinally extending side members of the base frame which are joined at one end by a cross member , characterised in that the base frame, upper and lower frames are transportable in a collapsed state when not in use, the corner posts folding down transversely relative to a shipping container or trailer in which the structure is to be located when the structure is not in use by rotating the side members and corner posts inwardly relative to the cross member of the base frame so that the corner posts and side members lie substantially in a horizontal plane containing the side members when the structure is collapsed in order to occupy less space when not in use with the upper and lower and base frames in a nested configuration.
A method of making a plurality of cones for dental root canal fillings, the method comprising: (i) providing a split mold having a plurality of cavities defined in the mold, each corresponding to the shape of a cone, and having cooling channels provided in a supporting mold frame to help cooling off the mold quickly after an injection; (ii) injecting a dental Gutta Percha material into the plurality of cavities in the mold; (iii) molding the cones, each having a body comprising the injected material, and (iv) cooling to set the material, wherein the body has a tapered small end wherein the diameter of a tip is in the range of from 0.01 to 0.3 mm. (i) providing a split mold having a plurality of cavities defined in the mold, each corresponding to the shape of a cone, and having cooling channels provided in a supporting mold frame to help cooling off the mold quickly after an injection; (ii) injecting a dental Gutta Percha material into the plurality of cavities in the mold; (iii) molding the cones, each having a body comprising the injected material, and (iv) cooling to set the material, wherein the body has a tapered small end wherein the diameter of a tip is in the range of from 0.01 to 0.3 mm.