mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a tray for use in a distillation column , the method comprising: forming a first set of circular through holes extending between a first surface of a plate and a second surface of the plate , the second surface opposite to the first surface, the first set of circular through holes each having substantially a first diameter; wherein each of the circular through holes in the first set of through holes have the same first diameter; forming a second set of circular through holes extending between the first surface and the second surface, the second set of circular through holes each having substantially a second diameter that is different than the first diameter; wherein each of the circular through holes in the second set of through holes have the same second diameter; and attaching a first weir to the first surface between the first set of circular through holes and the second set of circular through holes to separate the first set of circular through holes into a first region and the second set of circular through holes into a second region; wherein the first diameter of the first set of circular through holes is the same and is from 4.75 mm to 12.5 mm; wherein the second diameter of the second set of circular through holes is the same and is from 12.5 mm to 19 mm but is not equal to the first diameter; and wherein the tray does not include a downcomer. forming a first set of circular through holes extending between a first surface of a plate and a second surface of the plate , the second surface opposite to the first surface, the first set of circular through holes each having substantially a first diameter; wherein each of the circular through holes in the first set of through holes have the same first diameter; forming a second set of circular through holes extending between the first surface and the second surface, the second set of circular through holes each having substantially a second diameter that is different than the first diameter; wherein each of the circular through holes in the second set of through holes have the same second diameter; and attaching a first weir to the first surface between the first set of circular through holes and the second set of circular through holes to separate the first set of circular through holes into a first region and the second set of circular through holes into a second region; wherein the first diameter of the first set of circular through holes is the same and is from 4.75 mm to 12.5 mm; wherein the second diameter of the second set of circular through holes is the same and is from 12.5 mm to 19 mm but is not equal to the first diameter; and wherein the tray does not include a downcomer.
A motor starter comprising: a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor ; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; three single pole relays mounted on and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor; and at least one sensor to sense current and/or voltage waveforms of the incoming power and to provide signals representative thereof to the control circuitry; wherein the control circuitry is programmed to monitor a switching polarity of at least one of the phases of incoming power and to control timing for closing of at least one of the relays based upon the monitored polarity. a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor ; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; three single pole relays mounted on and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor; and at least one sensor to sense current and/or voltage waveforms of the incoming power and to provide signals representative thereof to the control circuitry; wherein the control circuitry is programmed to monitor a switching polarity of at least one of the phases of incoming power and to control timing for closing of at least one of the relays based upon the monitored polarity.
A process for the extraction of biosurfactants from corn steep liquors (CSL), characterized in that it comprises the steps of: a) separating the solid phase from the CSLs, and b) contacting the separated solid phase with a buffered aqueous solution that has a pH of 6 to 8; wherein the buffered aqueous solution has an osmotic concentration of at least 20 mOsm/L. a) separating the solid phase from the CSLs, and b) contacting the separated solid phase with a buffered aqueous solution that has a pH of 6 to 8; wherein the buffered aqueous solution has an osmotic concentration of at least 20 mOsm/L.
A heat transfer sheet for dye sublimation, comprising a base sheet having a first surface and a second surface and a dye sublimation coating on the first surface of the base sheet , wherein the dye sublimation coating comprises a plurality of microparticles dispersed in a polymeric binder , wherein the plurality of microparticles comprises a mixture of tack-inducing microparticles and oxide microparticles , and wherein the tack-inducing microparticles create tack once heated to temporarily adhere the coating in place on the surface of the substrate to which an image is to be transferred via dye sublimation.
A genetically transformed or transfected bacterial cell wherein said bacteria is a gut symbiont of an insect belonging to the Order Thysanoptera characterised in that said bacterial cell is transformed or transfected with nucleic acid to express dsRNA against at least a part of tubulin gene or at least a part of elongation factor gene of the insect.
A rotor blade (60;160) comprising: a platform (62;162) that extends between a leading edge and a trailing edge (74;174) and circumferentially extends between a first mate face (76;176) and a second mate face ; an airfoil that extends from a gas path surface of said platform (62;162); a root (66;166) extending from a non-gas path surface of said platform (62;162), whereby said airfoil and said root (66;166) extend in opposite directions from said platform (62;162); and a platform cooling passage (88;188) extending inside of said platform (62;162); and said platform cooling passage (88;188) including an inlet disposed upstream from a leading edge of said airfoil and an outlet (92; 192) disposed through a mate face (76;176;77) of said platform (62;162), characterised in that : said inlet is disposed through said non-gas path surface of said platform (62;162). a platform (62;162) that extends between a leading edge and a trailing edge (74;174) and circumferentially extends between a first mate face (76;176) and a second mate face ; an airfoil that extends from a gas path surface of said platform (62;162); a root (66;166) extending from a non-gas path surface of said platform (62;162), whereby said airfoil and said root (66;166) extend in opposite directions from said platform (62;162); and a platform cooling passage (88;188) extending inside of said platform (62;162); and said platform cooling passage (88;188) including an inlet disposed upstream from a leading edge of said airfoil and an outlet (92; 192) disposed through a mate face (76;176;77) of said platform (62;162), characterised in that : said inlet is disposed through said non-gas path surface of said platform (62;162).
A method performed by a computer processor, said method comprising: receiving an input stream for an application, said input stream comprising work elements being discrete units of work for said application; parsing said input stream to identify said discrete units of work ; defining a specific or customized tracing configuration for each individual unit of work, said tracing configuration comprising objectives about how and when to collect data and a distribution configuration comprising load balancing objectives for dividing the workload between a plurality of execution environments and for managing a quality of service when executing said discrete units of work on said plurality of execution environments , wherein said plurality of execution environments include systems containing minimal instrumentation monitoring the status of the system, systems gathering performance related metrics while having minimal impact on the performance and systems gathering detailed operational information; sending said discrete units of work to said available execution environments according to said distribution configuration and to said tracing configuration and causing said discrete units of work to be processed on said plurality of execution environments; querying periodically status information about current load and capacities from said plurality of execution environments ; balancing periodically the data collecting objectives against the load balancing objectives based on the queried status information from said plurality of execution environments; collecting and analyzing results of tracing. receiving an input stream for an application, said input stream comprising work elements being discrete units of work for said application; parsing said input stream to identify said discrete units of work ; defining a specific or customized tracing configuration for each individual unit of work, said tracing configuration comprising objectives about how and when to collect data and a distribution configuration comprising load balancing objectives for dividing the workload between a plurality of execution environments and for managing a quality of service when executing said discrete units of work on said plurality of execution environments , wherein said plurality of execution environments include systems containing minimal instrumentation monitoring the status of the system, systems gathering performance related metrics while having minimal impact on the performance and systems gathering detailed operational information; sending said discrete units of work to said available execution environments according to said distribution configuration and to said tracing configuration and causing said discrete units of work to be processed on said plurality of execution environments; querying periodically status information about current load and capacities from said plurality of execution environments ; balancing periodically the data collecting objectives against the load balancing objectives based on the queried status information from said plurality of execution environments; collecting and analyzing results of tracing.
A method for collecting radio link failure data in a wireless network, the method comprising: receiving, by a first radio access node, radio link failure data related to a connection failure experienced by a user equipment on a radio link between the user equipment and a radio access node; determining, using information contained in the radio link failure data, whether the radio link failure data satisfies at least one filtering condition wherein the at least one filtering condition comprises at least one of: a presence of detailed location information in the radio link failure report, a protocol release version of the radio link failure report, a signal strength of non-serving cells above/below a threshold, a carrier frequency of a last serving cell, and PLMN or TAI of the last serving cell; and when it is determined that the radio link failure data satisfies the at least one filtering condition, sending the radio link failure data to at least one of a second radio access node and a radio link failure data collection entity. receiving, by a first radio access node, radio link failure data related to a connection failure experienced by a user equipment on a radio link between the user equipment and a radio access node; determining, using information contained in the radio link failure data, whether the radio link failure data satisfies at least one filtering condition wherein the at least one filtering condition comprises at least one of: a presence of detailed location information in the radio link failure report, a protocol release version of the radio link failure report, a signal strength of non-serving cells above/below a threshold, a carrier frequency of a last serving cell, and PLMN or TAI of the last serving cell; and when it is determined that the radio link failure data satisfies the at least one filtering condition, sending the radio link failure data to at least one of a second radio access node and a radio link failure data collection entity. a presence of detailed location information in the radio link failure report, a protocol release version of the radio link failure report, a signal strength of non-serving cells above/below a threshold, a carrier frequency of a last serving cell, and PLMN or TAI of the last serving cell; and when it is determined that the radio link failure data satisfies the at least one filtering condition, sending the radio link failure data to at least one of a second radio access node and a radio link failure data collection entity.
A pitch control agent comprising a (meth)acrylamide-based amphoteric polymer, wherein the (meth)acrylamide-based amphoteric polymer contains as copolymerizable monomer components: 50 mol% or more of (meth)acrylamide; 0.5 to 20 mol% of a diallyldialkylammonium salt; and 0.1 to 14 mol% of an α,β-unsaturated carboxylic acid or a salt thereof as an anionic monomer, the α,β-unsaturated carboxylic acid includes an α,β-unsaturated monocarboxylic acid and an α,β-unsaturated dicarboxylic acid, the α,β-unsaturated monocarboxylic acid includes (meth)acrylic acid, and the α,β-unsaturated dicarboxylic acid includes itaconic acid. the (meth)acrylamide-based amphoteric polymer contains as copolymerizable monomer components: 50 mol% or more of (meth)acrylamide; 0.5 to 20 mol% of a diallyldialkylammonium salt; and 0.1 to 14 mol% of an α,β-unsaturated carboxylic acid or a salt thereof as an anionic monomer, the α,β-unsaturated carboxylic acid includes an α,β-unsaturated monocarboxylic acid and an α,β-unsaturated dicarboxylic acid, the α,β-unsaturated monocarboxylic acid includes (meth)acrylic acid, and the α,β-unsaturated dicarboxylic acid includes itaconic acid.
A method for enhancing oil recovery from a carbonate reservoir, comprising: injecting a first slug comprising low pH high salinity water into the reservoir, wherein the injected water has a pH of within 10% of 3 to within 10% of 5, and wherein the low pH high salinity water comprises within 10% of 35,000 ppm to within 10% of 60,000 ppm total dissolved solids (TDS); and injecting a second slug comprising chase water into the reservoir, wherein the chase water comprises high salinity brine, and wherein the high salinity brine comprises within 10% of 35,000 ppm to within 10% of 60,000 ppm total dissolved solids (TDS). injecting a first slug comprising low pH high salinity water into the reservoir, wherein the injected water has a pH of within 10% of 3 to within 10% of 5, and wherein the low pH high salinity water comprises within 10% of 35,000 ppm to within 10% of 60,000 ppm total dissolved solids (TDS); and injecting a second slug comprising chase water into the reservoir, wherein the chase water comprises high salinity brine, and wherein the high salinity brine comprises within 10% of 35,000 ppm to within 10% of 60,000 ppm total dissolved solids (TDS).
A replacement mitral heart valve comprising: an expandable frame comprising a first portion configured to be positioned in a left atrium of the heart and a second portion configured to be positioned inside of a native mitral valve annulus , wherein the frame has a D-shaped cross-section and wherein the first portion comprises an anchoring means configured to engage a left atrial side of the native mitral valve annulus, wherein the frame further comprises a third portion configured to be positioned in the left ventricle of the heart; a plurality of anchors extending from the third portion of the frame, wherein the plurality of anchors are configured to be positioned on a left ventricular side of the native mitral valve annulus and extend generally toward the first portion and wherein the anchors comprise tips having a smooth radius; and a valve body attached to the frame. an expandable frame comprising a first portion configured to be positioned in a left atrium of the heart and a second portion configured to be positioned inside of a native mitral valve annulus , wherein the frame has a D-shaped cross-section and wherein the first portion comprises an anchoring means configured to engage a left atrial side of the native mitral valve annulus, wherein the frame further comprises a third portion configured to be positioned in the left ventricle of the heart; a plurality of anchors extending from the third portion of the frame, wherein the plurality of anchors are configured to be positioned on a left ventricular side of the native mitral valve annulus and extend generally toward the first portion and wherein the anchors comprise tips having a smooth radius; and a valve body attached to the frame.
A container comprising: - a cuboid body having side walls and a bottom ; - a first compartment and a second compartment separated by a movable partition within the body , wherein said partition is made of an elastic sheet ; characterized in that : - two opposing side walls of the body are double-layer walls (121, 122; 141, 142); - the elastic sheet comprises a first part forming a layer adjacent to the bottom of the body of the first compartment and a second part forming a layer adjacent to the bottom of the body of the second compartment , and a middle portion located between the first and the second part for forming the partition , wherein said elastic sheet is attached to the body at two attachment positions separated by a regulation distance (w 2 ) wherein the elastic sheet has a length (w 5 ) greater than the regulation distance (w 2 ) such that it forms a protrusion constituting the partition movable between the attachment positions ; - the elastic sheet comprises two folded tabs located at the end of the first part and the second part respectively, wherein said folded tabs are located between the layers (141, 142; 121, 122) of the respective double-layer side walls of the body . - a cuboid body having side walls and a bottom ; - a first compartment and a second compartment separated by a movable partition within the body , wherein said partition is made of an elastic sheet ; - two opposing side walls of the body are double-layer walls (121, 122; 141, 142); - the elastic sheet comprises a first part forming a layer adjacent to the bottom of the body of the first compartment and a second part forming a layer adjacent to the bottom of the body of the second compartment , and a middle portion located between the first and the second part for forming the partition , wherein said elastic sheet is attached to the body at two attachment positions separated by a regulation distance (w 2 ) wherein the elastic sheet has a length (w 5 ) greater than the regulation distance (w 2 ) such that it forms a protrusion constituting the partition movable between the attachment positions ; - the elastic sheet comprises two folded tabs located at the end of the first part and the second part respectively, wherein said folded tabs are located between the layers (141, 142; 121, 122) of the respective double-layer side walls of the body .
Loading device for the rear loading of a lorry , comprising a movable roller carpet forming an intermediate loading floor (ZL) for depositing goods (G), a goods retaining device with goods retaining means , wherein the goods retaining means are selectively movable from an open position (O) to a closed position (S), wherein the goods retaining means are designed in such a way that (i) in the opening position (O) the roller carpet with the goods (G) received thereon can be moved through the goods retaining device , and in that (ii) in the closed position (S) the goods retaining means cover the roller carpet from section by section in such a way that the goods (G) are displaced relative to the intermediate loading floor (ZL) when the roller carpet is retracted from the goods retaining device , wherein the roller carpet is formed from a plurality of interconnected roller modules (M), wherein the roller carpet is flexible in a direction transverse to its longitudinal extension direction and in a vertical direction due to its construction formed by a plurality of roller modules (M), and wherein the roller carpet is provided on its longitudinal sides with lateral guide rollers and/or sliding elements. a movable roller carpet forming an intermediate loading floor (ZL) for depositing goods (G), a goods retaining device with goods retaining means , wherein the goods retaining means are selectively movable from an open position (O) to a closed position (S), wherein the goods retaining means are designed in such a way that (i) in the opening position (O) the roller carpet with the goods (G) received thereon can be moved through the goods retaining device , and in that (ii) in the closed position (S) the goods retaining means cover the roller carpet from section by section in such a way that the goods (G) are displaced relative to the intermediate loading floor (ZL) when the roller carpet is retracted from the goods retaining device , wherein the roller carpet is formed from a plurality of interconnected roller modules (M), wherein the roller carpet is flexible in a direction transverse to its longitudinal extension direction and in a vertical direction due to its construction formed by a plurality of roller modules (M), and wherein the roller carpet is provided on its longitudinal sides with lateral guide rollers and/or sliding elements.