mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a solder material comprising, as a solder alloy, a second alloy or a third alloy, the second alloy comprising 0.06% by weight or more of Ge, the method comprising: obtaining a first alloy by using a Bi-Cu alloy and a Bi-Ge alloy at a ratio of 30 to 70% by weight for the Bi-Cu alloy relative to a total amount of the Bi-Cu alloy and the Bi-Ge alloy; obtaining the second alloy by using the first alloy and a Bi-Ag alloy at a ratio of 5 to 80% by weight for the Bi-Ag alloy relative to a total amount of the first alloy and the Bi-Ag alloy; and optionally obtaining the third alloy by using the second alloy and at least one of Ni and P at a ratio of 0.05 to 2.0% by weight for the at least one of Ni and P relative to a total amount of the second alloy and the at least one of Ni and P, wherein the Bi-Cu alloy consists of 0.2 to 0.8% by weight of Cu and a balance of Bi, the Bi-Ge alloy consists of 0.7 to 1.3% by weight of Ge and a balance of Bi, and the Bi-Ag alloy consists of 2.2 to 20.3% by weight of Ag and a balance of Bi. obtaining a first alloy by using a Bi-Cu alloy and a Bi-Ge alloy at a ratio of 30 to 70% by weight for the Bi-Cu alloy relative to a total amount of the Bi-Cu alloy and the Bi-Ge alloy; obtaining the second alloy by using the first alloy and a Bi-Ag alloy at a ratio of 5 to 80% by weight for the Bi-Ag alloy relative to a total amount of the first alloy and the Bi-Ag alloy; and optionally obtaining the third alloy by using the second alloy and at least one of Ni and P at a ratio of 0.05 to 2.0% by weight for the at least one of Ni and P relative to a total amount of the second alloy and the at least one of Ni and P, wherein the Bi-Cu alloy consists of 0.2 to 0.8% by weight of Cu and a balance of Bi, the Bi-Ge alloy consists of 0.7 to 1.3% by weight of Ge and a balance of Bi, and the Bi-Ag alloy consists of 2.2 to 20.3% by weight of Ag and a balance of Bi.
A recombinant host cell comprising: (i) at least one deletion, mutation, or substitution, or combinations thereof, in an endogenous gene encoding a polypeptide having pyruvate decarboxylase activity, wherein said at least one deletion, mutation, and/or substitution results in pyruvate decarboxylase activity that is eliminated; and (ii) a heterologous polynucleotide encoding a polypeptide having phosphoketolase activity. (i) at least one deletion, mutation, or substitution, or combinations thereof, in an endogenous gene encoding a polypeptide having pyruvate decarboxylase activity, wherein said at least one deletion, mutation, and/or substitution results in pyruvate decarboxylase activity that is eliminated; and (ii) a heterologous polynucleotide encoding a polypeptide having phosphoketolase activity.
A method of communicating with downhole equipment in a borehole, comprising: (a) communicating wireless signals to exchange messages between a surface control system and downhole equipment to control performance of a downhole operation, wherein the messages are exchanged along a wireless communications path using a plurality of active wireless devices provided along a tubing in the borehole; (b) monitoring, by each wireless device an indicator of quality of the wireless signals on the wireless communications path and storing a record of the monitored quality indicator at the wireless device; (c) receiving a message at a first wireless device of the plurality of wireless devices, wherein the message is addressed to one or more wireless devices of the plurality of wireless devices; (d) determining, at the first wireless device, whether the message is addressed to one or more other wireless devices of the plurality of wireless devices, and if so, adaptively selecting, based on the stored monitored quality indicator at the first wireless device, an optimal second wireless device of the plurality of wireless devices for receipt of the message; (e) forwarding the message to the second wireless device; and (f) repeating steps (c) (d) and (e) at the second, and if necessary, one or more other wireless devices (404, 408-414) of the plurality of wireless devices until the message has reached its ultimate destination or all destinations. (a) communicating wireless signals to exchange messages between a surface control system and downhole equipment to control performance of a downhole operation, wherein the messages are exchanged along a wireless communications path using a plurality of active wireless devices provided along a tubing in the borehole; (b) monitoring, by each wireless device an indicator of quality of the wireless signals on the wireless communications path and storing a record of the monitored quality indicator at the wireless device; (c) receiving a message at a first wireless device of the plurality of wireless devices, wherein the message is addressed to one or more wireless devices of the plurality of wireless devices; (d) determining, at the first wireless device, whether the message is addressed to one or more other wireless devices of the plurality of wireless devices, and if so, adaptively selecting, based on the stored monitored quality indicator at the first wireless device, an optimal second wireless device of the plurality of wireless devices for receipt of the message; (e) forwarding the message to the second wireless device; and (f) repeating steps (c) (d) and (e) at the second, and if necessary, one or more other wireless devices (404, 408-414) of the plurality of wireless devices until the message has reached its ultimate destination or all destinations.
An aircraft fuselage comprising a panel, stringers, and stiffeners which extend in a hoop-wise arrangement, wherein the stiffeners extend perpendicular to the stringers, each stiffener comprising: a first stiffener part having a planar web portion which is planar in a longitudinal direction along the first stiffener part; and a second stiffener part arranged with the first stiffener part; wherein the second stiffener part comprises a corrugated web portion, the corrugated web portion comprising a plurality of corrugations spaced apart along a longitudinal length of the web; and comprising a plurality of cores, each core disposed in a respective one of the corrugations between the planar web portion and the corrugated web portion. a first stiffener part having a planar web portion which is planar in a longitudinal direction along the first stiffener part; and a second stiffener part arranged with the first stiffener part; wherein the second stiffener part comprises a corrugated web portion, the corrugated web portion comprising a plurality of corrugations spaced apart along a longitudinal length of the web; and comprising a plurality of cores, each core disposed in a respective one of the corrugations between the planar web portion and the corrugated web portion.
A system for curing at least one leakage site in a pipeline, the system comprising: a) at least one non-abrasive, fully flushable gel pig comprising: i. a hygroscopic component in a concentration of 1-10 weight percent; ii. a surfactant in a concentration of 0-8 weight percent; iii. a carrier fluid in a concentration of 70-95 weight percent; iv. a base in a concentration of 0-20 weight percent and v. a particulate in a concentration of 0-2 weight percent; wherein the components i. to v. amount to a total of 100 weight percent; b) at least one sealant composition; wherein said at least one gel pig and said at least one sealant composition form a pig train, adapted to move along said pipeline to a region of said at least one leakage and to seal said at least one leakage. a) at least one non-abrasive, fully flushable gel pig comprising: i. a hygroscopic component in a concentration of 1-10 weight percent; ii. a surfactant in a concentration of 0-8 weight percent; iii. a carrier fluid in a concentration of 70-95 weight percent; iv. a base in a concentration of 0-20 weight percent and v. a particulate in a concentration of 0-2 weight percent; wherein the components i. to v. amount to a total of 100 weight percent; i. a hygroscopic component in a concentration of 1-10 weight percent; ii. a surfactant in a concentration of 0-8 weight percent; iii. a carrier fluid in a concentration of 70-95 weight percent; iv. a base in a concentration of 0-20 weight percent and v. a particulate in a concentration of 0-2 weight percent; b) at least one sealant composition; wherein said at least one gel pig and said at least one sealant composition form a pig train, adapted to move along said pipeline to a region of said at least one leakage and to seal said at least one leakage.
Device for docking and undocking watercraft, comprising a water-side landing stage which is mounted in a floating manner on a pontoon, with a land-side connection and with a gangway, consisting of two gangway arms (302a, 302b), and means for holding the watercraft, wherein the landing stage is rotatably mounted in the horizontal direction at its land-side connection and that the means for holding the watercraft consist of the gangway arms (302a, 302b) and a docking and release system which has impact-damping means for an incoming watercraft, characterized in that the impact-damping means allow the storage and release of kinetic energy and consist of a rail arrangement, which is arranged on or in the inner sides of the gangway arms (302a, 302b), and a horizontally movable transverse construction which is connected to the rail arrangement, wherein the transverse construction is connected to cables which are guided on both sides in the gangway arms (302a, 302b) via deflection rollers and spooled oppositely on an electric winch.
Drilling unit for a drilling machine for drilling ground, comprising a rectilinear support structure, which extends along a longitudinal axis and has a first end able to be disposed in proximity to the ground to be drilled, and a second end opposite said first end, a drilling head mounted slidably on said rectilinear support structure, a drilling element mounted rotatable on said drilling head, so as to rotate around its longitudinal axis, a first gripping member able to grip said drilling element, and disposed in correspondence with said first end of the support structure, a second gripping member mounted mobile along said support structure and disposed between said first gripping member and said drilling head, wherein said drilling unit also comprises a protection device able to shield said drilling element, characterized in that said protection device being configured to be at least partly mobile in a direction of movement parallel to, or coincident with, said longitudinal axis, together with said second gripping member. a drilling head mounted slidably on said rectilinear support structure, a drilling element mounted rotatable on said drilling head, so as to rotate around its longitudinal axis, a first gripping member able to grip said drilling element, and disposed in correspondence with said first end of the support structure, a second gripping member mounted mobile along said support structure and disposed between said first gripping member and said drilling head, wherein said drilling unit also comprises a protection device able to shield said drilling element, characterized in that said protection device being configured to be at least partly mobile in a direction of movement parallel to, or coincident with, said longitudinal axis, together with said second gripping member.
An outboard motor (120, 220) configured to be attached to a marine vessel (100, 200) comprising: an outboard motor body; a steering shaft; a steering cylinder (41, 241) including a piston rod (52, 252) extending in a first direction of the outboard motor body, a piston (53, 253) fixed to the piston rod (52, 252), and a cylinder body (54, 254) including therein an oil chamber (51, 251) configured to store hydraulic oil, the piston (53, 253) being provided in the cylinder body (54, 254), the steering cylinder (41, 241) being configured to rotate the steering shaft and to rotate the outboard motor body in a right-left direction of the outboard motor body by adjusting an amount of the hydraulic oil in the oil chamber (51, 251) to move the cylinder body (54, 254) in the first direction; and an oil passage (42, 242) connected to the oil chamber (51, 251) and configured to supply the hydraulic oil to the oil chamber (51, 251) and to discharge the hydraulic oil from the oil chamber (51, 251), characterized in that the outboard motor (120, 220) further comprising an air guide (70, 270, 370, 470, 570) that has a disk shape and is provided in a vicinity of or adjacent to an oil passage connection port (55, 255), which is a connection port of the oil chamber (51, 251) to the oil passage (42, 242), in the first direction and configured to guide air staying in the oil chamber (51, 251) to the oil passage connection port (55, 255) when the hydraulic oil is discharged from the oil chamber (51, 251) via the oil passage (42, 242). an outboard motor body; a steering shaft; a steering cylinder (41, 241) including a piston rod (52, 252) extending in a first direction of the outboard motor body, a piston (53, 253) fixed to the piston rod (52, 252), and a cylinder body (54, 254) including therein an oil chamber (51, 251) configured to store hydraulic oil, the piston (53, 253) being provided in the cylinder body (54, 254), the steering cylinder (41, 241) being configured to rotate the steering shaft and to rotate the outboard motor body in a right-left direction of the outboard motor body by adjusting an amount of the hydraulic oil in the oil chamber (51, 251) to move the cylinder body (54, 254) in the first direction; and an oil passage (42, 242) connected to the oil chamber (51, 251) and configured to supply the hydraulic oil to the oil chamber (51, 251) and to discharge the hydraulic oil from the oil chamber (51, 251), characterized in that the outboard motor (120, 220) further comprising an air guide (70, 270, 370, 470, 570) that has a disk shape and is provided in a vicinity of or adjacent to an oil passage connection port (55, 255), which is a connection port of the oil chamber (51, 251) to the oil passage (42, 242), in the first direction and configured to guide air staying in the oil chamber (51, 251) to the oil passage connection port (55, 255) when the hydraulic oil is discharged from the oil chamber (51, 251) via the oil passage (42, 242).
Profile arrangement, in particular for a window or door, comprising - an inner profile, - an outer profile with a glass holding bar, wherein - the inner profile and the glass holding bar form a support for a surface element, wherein - the glass holding bar is a massive glass holding bar, characterised in that one side of the glass holding bar has a bevelled surface forming a roof-shaped upper side in cross-section. - an inner profile, - an outer profile with a glass holding bar, wherein - the inner profile and the glass holding bar form a support for a surface element, wherein - the glass holding bar is a massive glass holding bar,
A method for two-dimensional protein separation featuring the steps: (a) separation of the proteins according to their isoelectric point by way of ion exchange chromatography using an ion exchange column to obtain a fraction collective, and (b) capillary electrophoretic separation of the fraction collective, characterised by the fact that (c) the capillary electrophoretic separation is conducted by means of a chip, and (d) the ion exchange column is preceded by a precolumn that comprises a lipophilic stationary phase. (a) separation of the proteins according to their isoelectric point by way of ion exchange chromatography using an ion exchange column to obtain a fraction collective, and (b) capillary electrophoretic separation of the fraction collective, characterised by the fact that (c) the capillary electrophoretic separation is conducted by means of a chip, and (d) the ion exchange column is preceded by a precolumn that comprises a lipophilic stationary phase.
An oral vaccine formulation which delivers an antigen in the vicinity of the distal ileum and right colon or appendix, the formulation comprising: (a) a first capsule comprising a second capsule and a plurality of cores, each of the cores -comprise an antigen and optionally an adjuvant, wherein a first enteric coating encapsulates the first capsule, wherein the first capsule releases its contents at a pH between about 7.0 to about 7.6; (b) the second capsule comprising a plurality of cores, each of which comprise the antigen and optionally an adjuvant, wherein a second enteric coating encapsulates the second capsule, wherein the second capsule releases its contents at a pH equal to or less than 6.5; and optionally (c) a pharmaceutically acceptable excipient. (a) a first capsule comprising a second capsule and a plurality of cores, each of the cores -comprise an antigen and optionally an adjuvant, wherein a first enteric coating encapsulates the first capsule, wherein the first capsule releases its contents at a pH between about 7.0 to about 7.6; (b) the second capsule comprising a plurality of cores, each of which comprise the antigen and optionally an adjuvant, wherein a second enteric coating encapsulates the second capsule, wherein the second capsule releases its contents at a pH equal to or less than 6.5; and optionally (c) a pharmaceutically acceptable excipient.
A method to increase available energy to a harvesting device, comprising, by a WiFi transmitting device: receiving a WiFi packet from a proxy device, the WiFi packet including an identifier of the harvesting device; determining a preferred wireless path to the harvesting device using information in the WiFi packet from the proxy device, which is separate from the harvesting device, and wherein the harvesting device is configured to communicate with the proxy device via a short-distance wireless communication link; wherein the determining of the preferred wireless path to the harvesting device comprises using the information in the WiFi packet from the proxy device for approximating the location of the harvesting device, because the short-distance communication link implies that the proxy device is within a particular distance of the harvesting device; beamforming a WiFi signal to the harvesting device along the preferred wireless path for increasing available energy of the harvesting device. receiving a WiFi packet from a proxy device, the WiFi packet including an identifier of the harvesting device; determining a preferred wireless path to the harvesting device using information in the WiFi packet from the proxy device, which is separate from the harvesting device, and wherein the harvesting device is configured to communicate with the proxy device via a short-distance wireless communication link; wherein the determining of the preferred wireless path to the harvesting device comprises using the information in the WiFi packet from the proxy device for approximating the location of the harvesting device, because the short-distance communication link implies that the proxy device is within a particular distance of the harvesting device; beamforming a WiFi signal to the harvesting device along the preferred wireless path for increasing available energy of the harvesting device.
Scoop comprising: - a bowl and - a handle having a proximal end connected to the bowl, the handle extending to a distal end, wherein: - the handle comprises a clip having a clip base connected to a region of the handle comprising the distal end, and - except for at the clip base, the clip is delimited by a free edge where the clip is not connected to the handle, the clip protruding towards the proximal end of the handle, and - there is a gap between the free edge of the clip and handle edges of regions of the handle surrounding the clip, the scoop being further characterized in that: - at least a part of the clip edge and at least a part of the handle edges delimiting the gap are provided with teeth in the form of teeth-shaped protrusions, - the teeth at the clip edge and the teeth at a proximate handle edge, respectively, are arranged at alternating positions along a longitudinal extension of the gap, each tooth comprises a first and a second tooth edge (14,15) which meet at a tip, and - there is a transverse distance between the tips of the teeth extending from opposite edges of the gap, the transverse distance being perpendicular to the longitudinal extension of the gap, so that the teeth extending from the free edges of the clip do not overlap the teeth extending from the handle edges. - a bowl and - a handle having a proximal end connected to the bowl, the handle extending to a distal end, - the handle comprises a clip having a clip base connected to a region of the handle comprising the distal end, and - except for at the clip base, the clip is delimited by a free edge where the clip is not connected to the handle, the clip protruding towards the proximal end of the handle, and - there is a gap between the free edge of the clip and handle edges of regions of the handle surrounding the clip, - at least a part of the clip edge and at least a part of the handle edges delimiting the gap are provided with teeth in the form of teeth-shaped protrusions, - the teeth at the clip edge and the teeth at a proximate handle edge, respectively, are arranged at alternating positions along a longitudinal extension of the gap, - there is a transverse distance between the tips of the teeth extending from opposite edges of the gap, the transverse distance being perpendicular to the longitudinal extension of the gap, so that the teeth extending from the free edges of the clip do not overlap the teeth extending from the handle edges.