mhurhangee/ep-ind-claims huggingface dataset:
A multi-agent immunogenic construct, comprising a Campylobacter jejuni capsule polysaccharide conjugated to a protein carrier, wherein said protein carrier comprises an enterotoxigenic Escherichia coli (ETEC) recombinant polypeptide construct, wherein said ETEC recombinant polypeptide construct comprises an ETEC fimbrial minor or major subunit connected at the C-terminal to the N-terminal of one or more major ETEC fimbrial subunits of the same ETEC fimbrial type as the said ETEC fimbrial minor or major subunit, via a polypeptide linker, wherein each of the said one or more major ETEC fimbrial subunits contain a donor β strand at their N-terminus and each of the major ETEC fimbrial subunits are connected to each other via a polypeptide linker, wherein the C-terminal of the said one or more major ETEC fimbrial subunit is connected, via a linker, to a donor β strand from a major ETEC fimbrial subunit of the same ETEC fimbrial type as the one or more major ETEC fimbrial subunits, wherein the ETEC recombinant polypeptide construct can contain a C-terminal histidine tag at the C-terminus, and wherein said minor or major ETEC fimbrial subunits are derived from ETEC strains selected from the group consisting of Class 5, CS3 and CS6, wherein said minor ETEC fimbrial subunit is selected from the group consisting of CfaE, CsfD, CsuD, CooD, CsbD, CosD, CsdD, CotD and wherein said major subunit is selected from the group consisting of CfaB, CsfA, CsuA2, CooA, CsdA, CosA, CsbA, CotA, CstG, CstH, CssA, and CssB. wherein said ETEC recombinant polypeptide construct comprises an ETEC fimbrial minor or major subunit connected at the C-terminal to the N-terminal of one or more major ETEC fimbrial subunits of the same ETEC fimbrial type as the said ETEC fimbrial minor or major subunit, via a polypeptide linker, wherein each of the said one or more major ETEC fimbrial subunits contain a donor β strand at their N-terminus and each of the major ETEC fimbrial subunits are connected to each other via a polypeptide linker, wherein the C-terminal of the said one or more major ETEC fimbrial subunit is connected, via a linker, to a donor β strand from a major ETEC fimbrial subunit of the same ETEC fimbrial type as the one or more major ETEC fimbrial subunits, wherein the ETEC recombinant polypeptide construct can contain a C-terminal histidine tag at the C-terminus, and wherein said minor or major ETEC fimbrial subunits are derived from ETEC strains selected from the group consisting of Class 5, CS3 and CS6, wherein said minor ETEC fimbrial subunit is selected from the group consisting of CfaE, CsfD, CsuD, CooD, CsbD, CosD, CsdD, CotD and wherein said major subunit is selected from the group consisting of CfaB, CsfA, CsuA2, CooA, CsdA, CosA, CsbA, CotA, CstG, CstH, CssA, and CssB.
A video bitstream characterized by: a video signal representing one or more picture frames; and metadata accompanying the video signal, wherein a subset of the metadata is collocated temporally and spatially with the video signal that is intended to be rendered at a given time, the subset of metadata including a first level of metadata, the first level of metadata including source display gamut parameters indicative of source image data having been color graded on a reference display device to produce the one or more picture frames; wherein the source display gamut parameters include: a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values. a video signal representing one or more picture frames; and metadata accompanying the video signal, wherein a subset of the metadata is collocated temporally and spatially with the video signal that is intended to be rendered at a given time, the subset of metadata including a first level of metadata, the first level of metadata including source display gamut parameters indicative of source image data having been color graded on a reference display device to produce the one or more picture frames; wherein the source display gamut parameters include: a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values. a. a white point and a black point of the reference display, and b. primaries of the reference display, wherein the primaries are provided (i) as CIE x,y chromaticity coordinates with maximum luminance specified or (ii) as CIE XYZ values.
An abnormality detection system, including a control device for controlling a control target including a monitoring target, and a support device connected to the control device and configured for providing development environment of program executed by the control device, wherein the control device comprises: a feature extraction unit which calculates one or a plurality of feature amounts from one or a plurality of state values acquired from the monitoring target; a learning model generation unit which is configured to generate a learning model according to an instruction from the support device; a machine learning processing unit which calculates a score that is a value indicating a possibility that any abnormality has occurred in the monitoring target, based on the one or the plurality of feature amounts calculated by the feature extraction unit, with reference to the learning model; a determination unit which generates a determination result indicating whether any abnormality has occurred in the monitoring target, based on the score calculated by the machine learning processing unit; a first data storage unit which stores at least one of data related to processing in the feature extraction unit and data related to processing in the machine learning processing unit; a second data storage unit which stores an arbitrary state value capable of being referred to by the control device; and an authority management unit which restricts access to the first data storage unit and restricts access to programs for realizing the feature extraction unit, the learning model generation unit and the machine learning processing unit. a feature extraction unit which calculates one or a plurality of feature amounts from one or a plurality of state values acquired from the monitoring target; a learning model generation unit which is configured to generate a learning model according to an instruction from the support device; a machine learning processing unit which calculates a score that is a value indicating a possibility that any abnormality has occurred in the monitoring target, based on the one or the plurality of feature amounts calculated by the feature extraction unit, with reference to the learning model; a determination unit which generates a determination result indicating whether any abnormality has occurred in the monitoring target, based on the score calculated by the machine learning processing unit; a first data storage unit which stores at least one of data related to processing in the feature extraction unit and data related to processing in the machine learning processing unit; a second data storage unit which stores an arbitrary state value capable of being referred to by the control device; and an authority management unit which restricts access to the first data storage unit and restricts access to programs for realizing the feature extraction unit, the learning model generation unit and the machine learning processing unit.
A solar cell module, comprising at least one solar cell string, each of which comprises a plurality of solar cells connected in series by conductive tapes, wherein each solar cell is provided with at least two busbars, and a length L of the solar cell in a busbar direction is less than or equal to 10 cm; wherein a ratio of a total width W of the conductive tapes adopted by the solar cell to a width D of the solar cell is 0.1% to 3%; and wherein a ratio of the total width W of the conductive tapes adopted by the solar cell to the length L of the solar cell is D: 8000 mm to D: 3000 mm, wherein D refers to the width of the solar cell in unit of mm, characterised in that a ratio of a total width of the at least two busbars for each solar cell to the width of the solar cell is 0.1% to 2%. wherein each solar cell is provided with at least two busbars, and a length L of the solar cell in a busbar direction is less than or equal to 10 cm; wherein a ratio of a total width W of the conductive tapes adopted by the solar cell to a width D of the solar cell is 0.1% to 3%; and wherein a ratio of the total width W of the conductive tapes adopted by the solar cell to the length L of the solar cell is D: 8000 mm to D: 3000 mm, wherein D refers to the width of the solar cell in unit of mm, characterised in that a ratio of a total width of the at least two busbars for each solar cell to the width of the solar cell is 0.1% to 2%.
A method of inhibiting corrosion at a surface and removing hydrocarbonaceous deposits from the surface, the method comprising: continuously adding a composition or an iron sulfide dissolver to a fluid which contacts a surface of a wellbore or equipment used in production, processing, transportation, storage or separation of the fluid to inhibit corrosion and/or remove hydrocarbonaceous deposits from the surface; the iron sulfide dissolver comprising allaric acid, altaric acid, altraric acid, altronic acid, arabinaric acid, arabinonic acid, dihomocitric acid, fructuronic acid, fuconic acid,galactaric acid, galactonic acid, galacturonic acid, glucaric acid, glucoheptonic acid, gluconic acid, glucuronic acid, gulonic acid, homocitric acid, homoisocitric acid, idaric acid, idonic acid, iduronic acid, isocitric acid, mannaric acid, mannonic acid, octulosonic acid, rhamnonic acid, ribonic acid, tagaturonic acid, xylonic acid, or xyluronic acid, or a salt thereof, or a combination thereof; the composition comprising the iron sulfide dissolver, an organic solvent, and a corrosion inhibitor comprising an imidazoline compound, a quaternary ammonium compound, a pyridinium compound, or a combination thereof; and the fluid comprising natural gas or a liquid hydrocarbon. continuously adding a composition or an iron sulfide dissolver to a fluid which contacts a surface of a wellbore or equipment used in production, processing, transportation, storage or separation of the fluid to inhibit corrosion and/or remove hydrocarbonaceous deposits from the surface; the iron sulfide dissolver comprising allaric acid, altaric acid, altraric acid, altronic acid, arabinaric acid, arabinonic acid, dihomocitric acid, fructuronic acid, fuconic acid,galactaric acid, galactonic acid, galacturonic acid, glucaric acid, glucoheptonic acid, gluconic acid, glucuronic acid, gulonic acid, homocitric acid, homoisocitric acid, idaric acid, idonic acid, iduronic acid, isocitric acid, mannaric acid, mannonic acid, octulosonic acid, rhamnonic acid, ribonic acid, tagaturonic acid, xylonic acid, or xyluronic acid, or a salt thereof, or a combination thereof; the composition comprising the iron sulfide dissolver, an organic solvent, and a corrosion inhibitor comprising an imidazoline compound, a quaternary ammonium compound, a pyridinium compound, or a combination thereof; and the fluid comprising natural gas or a liquid hydrocarbon.
An improved lamellar strip cleaning element, for making rotary washing brushes for motor vehicle body washing systems, said cleaning element comprising a plate body forming a base supporting body of said cleaning element, thereon are applied synthetic velvet fabric or felt materials, said plate body being made of a flexible closed cell foamed plastic material, characterized in that said flexible closed cell foamed plastic material is a closed cell foamed polyethylene or EVA, that said synthetic velvet fabric or felt materials have vehicle body dust removing, washing, drying and polishing properties, that said synthetic velvet fabric or felt materials comprise either a flat or a ribbed synthetic velvet fabric having a first face including adhesive or mechanic coupling means for either adhesively or mechanically removably coupling said velvet synthetic fabric to at least a side of said supporting body and a second face which is a velvet face, and that said adhesive coupling means comprise an adhesive or a hot-melt adhesive material.
A flexible tool (10, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113) comprising: a plurality of rigid members spaced along a longitudinal axis; a plurality of flexible members extending between the plurality of rigid members and being arranged to enable the plurality of rigid members to diverge from the longitudinal axis and define a work volume for the flexible tool, the plurality of flexible members including: a plurality of control cables (1621, 1622, 1623) that extend through at least some of the plurality of rigid members; and a plurality of flexible joints (1611, 1612, 1613) that extend between adjacent rigid members of the plurality of rigid members, at least some of the plurality of flexible members being unevenly spaced around the longitudinal axis, and/or a physical characteristic of at least some of the plurality of flexible members varying along the longitudinal axis, to cause the work volume and/or stiffness of the flexible tool to be asymmetric relative to the longitudinal axis. a plurality of rigid members spaced along a longitudinal axis; a plurality of flexible members extending between the plurality of rigid members and being arranged to enable the plurality of rigid members to diverge from the longitudinal axis and define a work volume for the flexible tool, the plurality of flexible members including: a plurality of control cables (1621, 1622, 1623) that extend through at least some of the plurality of rigid members; and a plurality of flexible joints (1611, 1612, 1613) that extend between adjacent rigid members of the plurality of rigid members, at least some of the plurality of flexible members being unevenly spaced around the longitudinal axis, and/or a physical characteristic of at least some of the plurality of flexible members varying along the longitudinal axis, to cause the work volume and/or stiffness of the flexible tool to be asymmetric relative to the longitudinal axis.
A cutting assembly with removable blade for slicing machines or the like, comprising: - a supporting element, which is extended around a main axis and can be actuated with a rotary motion about said main axis; - a blade, which can be associated coaxially and detachably with said supporting element; - at least two centering pins, which are associated with said supporting element, said centering pins being angularly spaced from each other around said main axis and being oriented parallel to said main axis; - at least two holes, which pass through said blade and can be engaged by said centering pins; - a locking element, which is associated with said blade proximate to said at least two holes and can move from a locking position, in which it is engaged with said centering pins inserted in said holes, to a release position, in which it is disengaged from said centering pins, and vice versa; characterized in that said supporting element defines a resting contact surface, which is substantially perpendicular to said main axis, for a first face of said blade, said centering pins protruding, with one of their ends, from the second face of said blade, which is opposite with respect to said first face, and having a shoulder which is directed toward said resting contact surface; said locking element, in said locking position, being wedged between said shoulder and said second face of the blade to lock said blade against said resting contact surface. - a supporting element, which is extended around a main axis and can be actuated with a rotary motion about said main axis; - a blade, which can be associated coaxially and detachably with said supporting element; - at least two centering pins, which are associated with said supporting element, said centering pins being angularly spaced from each other around said main axis and being oriented parallel to said main axis; - at least two holes, which pass through said blade and can be engaged by said centering pins; - a locking element, which is associated with said blade proximate to said at least two holes and can move from a locking position, in which it is engaged with said centering pins inserted in said holes, to a release position, in which it is disengaged from said centering pins, and vice versa; characterized in that said supporting element defines a resting contact surface, which is substantially perpendicular to said main axis, for a first face of said blade, said centering pins protruding, with one of their ends, from the second face of said blade, which is opposite with respect to said first face, and having a shoulder which is directed toward said resting contact surface; said locking element, in said locking position, being wedged between said shoulder and said second face of the blade to lock said blade against said resting contact surface.
A method for preparing a reagent cartridge, the method comprising: attaching a plurality of flexible enclosures (2128, 708) to a cartridge lid (1902, 706); securing the cartridge lid to a cartridge base (1904, 704)), the cartridge lid defining a plurality of openings, an opening of the cartridge lid providing access to an interior of an enclosure of the plurality of enclosures; inserting a plurality of reagent containers (2130, 728)) into the plurality of enclosures, a reagent container of the plurality of reagent containers extending through the opening to the interior of the enclosure, the reagent container including a reagent in an internal cavity defining a compressible volume, an access defined through the reagent container to the internal cavity, and securing a port gasket to the cartridge lid to permit connection of a compressed air system to the reagent cartridge. attaching a plurality of flexible enclosures (2128, 708) to a cartridge lid (1902, 706); securing the cartridge lid to a cartridge base (1904, 704)), the cartridge lid defining a plurality of openings, an opening of the cartridge lid providing access to an interior of an enclosure of the plurality of enclosures; inserting a plurality of reagent containers (2130, 728)) into the plurality of enclosures, a reagent container of the plurality of reagent containers extending through the opening to the interior of the enclosure, the reagent container including a reagent in an internal cavity defining a compressible volume, an access defined through the reagent container to the internal cavity, and securing a port gasket to the cartridge lid to permit connection of a compressed air system to the reagent cartridge.
A protective circuit in a process control device configured to protect a component (116, 206, 302) of the process control device, the protective circuit comprising: a current loop input (202, 304) operable to receive a current proportional to an indicated value and provide the process control device with a secondary voltage signal derived from the current using a plurality of protective circuit components, wherein the current loop input receives a 4-20mA current loop signal and is configured to provide the process control device with current values proportional to the indicated value; an operating voltage input, separate from the current loop input (202, 304), configured to couple to a voltage source and to receive from the voltage source a primary voltage signal, the operating voltage input further operable to power the component such that the process control device operates to control a process according to the indicated value, characterized in that the plurality of protective circuit components are configured to: provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold. a current loop input (202, 304) operable to receive a current proportional to an indicated value and provide the process control device with a secondary voltage signal derived from the current using a plurality of protective circuit components, wherein the current loop input receives a 4-20mA current loop signal and is configured to provide the process control device with current values proportional to the indicated value; an operating voltage input, separate from the current loop input (202, 304), configured to couple to a voltage source and to receive from the voltage source a primary voltage signal, the operating voltage input further operable to power the component such that the process control device operates to control a process according to the indicated value, characterized in that the plurality of protective circuit components are configured to: provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold. provide the secondary voltage signal to the component from the current loop input when the primary voltage signal is below a first threshold, and provide the primary voltage signal to the component from the operating voltage input when the primary voltage signal is above the first threshold.
Method (100, 200) for providing a multimedia message service from a server or relay to a user agent in a multimedia network, the method (100, 200) comprising: determining a video content characteristic of a video content by the server or relay; signaling options of the video content to the user agent; providing the video content depending on display and/or decoding capabilities and depending on an option selected via the user agent from the signaled options of the video content; the method being characterized in that: the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification. determining a video content characteristic of a video content by the server or relay; signaling options of the video content to the user agent; providing the video content depending on display and/or decoding capabilities and depending on an option selected via the user agent from the signaled options of the video content; the method being characterized in that: the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification. the signaled options of the video content comprise one of the following: 2D, 3D, both thereof; and the signaling options of the video content to the user agent are provided from the server or relay by using an M-NOTIFICATION.IND message according to an Open Mobile Alliance specification.