mhurhangee/ep-ind-claims huggingface dataset:
An electrical energy storage device (10; 100), which comprises: a) an enclosure comprising a first casing portion (18; 102) comprising a first face wall supporting a first surrounding sidewall (22; 106) closed by a cover (20; 104) as a second casing portion comprising a cover outer surface spaced from a cover inner face wall (20A; 104A) by a cover peripheral edge (20B; 114), wherein the first casing portion (18; 102) is securable to the cover (20; 104) with either i) the cover outer surface being coplanar with a first peripheral edge of the first surrounding sidewall wherein the first surrounding sidewall comprises an annular rim of a depth to receive the cover or ii) the cover peripheral edge being coplanar with a first outer surface of the first surrounding sidewall; b) a first active material in electrical contact with at least one of the first casing face wall and the cover inner face wall (20A; 104A); c) a second active material of an opposite polarity as the first active material; d) a separator intermediate the first and second active materials (14, 12); e) a glass-to-metal seal supported in the first surrounding sidewall of the first casing portion (18, 102) to electrically insulate a lead for the second active material from the enclosure serving as a terminal for the first active material; and f) a working electrolyte provided in the enclosure in contact with the first and second active materials (14, 12). a) an enclosure comprising a first casing portion (18; 102) comprising a first face wall supporting a first surrounding sidewall (22; 106) closed by a cover (20; 104) as a second casing portion comprising a cover outer surface spaced from a cover inner face wall (20A; 104A) by a cover peripheral edge (20B; 114), wherein the first casing portion (18; 102) is securable to the cover (20; 104) with either i) the cover outer surface being coplanar with a first peripheral edge of the first surrounding sidewall wherein the first surrounding sidewall comprises an annular rim of a depth to receive the cover or ii) the cover peripheral edge being coplanar with a first outer surface of the first surrounding sidewall; b) a first active material in electrical contact with at least one of the first casing face wall and the cover inner face wall (20A; 104A); c) a second active material of an opposite polarity as the first active material; d) a separator intermediate the first and second active materials (14, 12); e) a glass-to-metal seal supported in the first surrounding sidewall of the first casing portion (18, 102) to electrically insulate a lead for the second active material from the enclosure serving as a terminal for the first active material; and f) a working electrolyte provided in the enclosure in contact with the first and second active materials (14, 12).
A method for producing a cooked noodle, comprising allowing a liquid comprising 1.0 to 15.0% by mass of a sugar selected from the group consisting of a monosaccharide, a disaccharide, an oligosaccharide having a degree of polymerization of from 3 to 9, and a sugar alcohol, and 0.5 to 8.0% by mass of a starch selected from the group consisting of a starch, an esterified starch, etherified starch, crosslinked starch, oil-and-fat processed starch and a pregelatinized starch to attach to a heat-cooked noodle.
Process for preparing the complex of formula below: consisting of at least 80% of a diastereoisomeric excess comprising a mixture of the II-RRR and II-SSS isomers of formulae: comprising the following successive steps: a) Complexation of the hexaacid of formula below: with gadolinium to obtain the hexaacid gadolinium complex of formula below: b) Isomerization by heating of the hexaacid gadolinium complex of formula in an aqueous solution with a pH of between 2 and 4, to obtain a diastereoisomerically enriched complex consisting of at least 80% of a diastereoisomeric excess comprising a mixture of the I-RRR and I-SSS isomers of said hexaacid gadolinium complex of formula, of formulae: and c) Formation, from the diastereoisomerically enriched complex obtained in step b), of the complex of formula, by reaction with 3-amino-1,2-propanediol. a) Complexation of the hexaacid of formula below: with gadolinium to obtain the hexaacid gadolinium complex of formula below: b) Isomerization by heating of the hexaacid gadolinium complex of formula in an aqueous solution with a pH of between 2 and 4, to obtain a diastereoisomerically enriched complex consisting of at least 80% of a diastereoisomeric excess comprising a mixture of the I-RRR and I-SSS isomers of said hexaacid gadolinium complex of formula, of formulae: and c) Formation, from the diastereoisomerically enriched complex obtained in step b), of the complex of formula, by reaction with 3-amino-1,2-propanediol.
An assembly comprising a test apparatus and a test sample, the assembly comprising: - a body defining a test chamber, the test chamber being delimited by a sample holding surface, the test sample placed inside the test chamber on the sample holding surface, the test sample comprising a plurality of wire sections, - a fluid inlet for injecting a test fluid into the test chamber, characterized in that the test apparatus further comprises: - a first polymeric layer interposed between the test sample and the sample holding surface, - an intermediate injection chamber, located below the sample holding surface, the sample holding surface allowing the passage of test fluid from the intermediate injection chamber to the test chamber, the first polymeric layer being interposed between the intermediate injection chamber and the test chamber. - a body defining a test chamber, the test chamber being delimited by a sample holding surface, the test sample placed inside the test chamber on the sample holding surface, the test sample comprising a plurality of wire sections, - a fluid inlet for injecting a test fluid into the test chamber, - a first polymeric layer interposed between the test sample and the sample holding surface, - an intermediate injection chamber, located below the sample holding surface, the sample holding surface allowing the passage of test fluid from the intermediate injection chamber to the test chamber, the first polymeric layer being interposed between the intermediate injection chamber and the test chamber.
A measurement device for measuring the concentration of a target substance in a sample deposited on a biosensor having first (11a, 11d) and second (11b.11d) electrode systems, the measurement device comprising: a mounting component configured to be mounted with the biosensor; a voltage application component (205,206) configured to perform a first voltage application operation of applying a first voltage to the first electrode system, and a second voltage application operation of applying at least two kinds of second voltage of mutually different levels at mutually different timings to the second electrode system; a concentration acquisition component configured to acquire the concentration of the target substance on the basis of the current value of the first electrode system when the first voltage is applied; and a correction component configured to correct the concentration acquired by the concentration acquisition component on the basis of the amount of change in current value of the second electrode system between the at least two different timings during the second voltage application operation. a mounting component configured to be mounted with the biosensor; a voltage application component (205,206) configured to perform a first voltage application operation of applying a first voltage to the first electrode system, and a second voltage application operation of applying at least two kinds of second voltage of mutually different levels at mutually different timings to the second electrode system; a concentration acquisition component configured to acquire the concentration of the target substance on the basis of the current value of the first electrode system when the first voltage is applied; and a correction component configured to correct the concentration acquired by the concentration acquisition component on the basis of the amount of change in current value of the second electrode system between the at least two different timings during the second voltage application operation.
Packaging machine having: - a filling station, in which the packaging depressions are filled with a material to be packaged, - a sealing station at least having an upper tool with an upper chamber and a lower tool with a lower chamber which seal an upper film web to the packaging depression, wherein the sealing station has at least one valve (23, 24) which connects lower tool and/or upper tool (4, 3) reversibly to a rough and/or fine vacuum source (25, 26), characterized in that (4, 3) in the region of the lower and/or upper tool (4, 3) and/or in the region of the upper and/or lower chamber (11, 12) and/or a product chamber, in each case two valves (24, 25) are provided, wherein one valve has only fine vacuum applied thereto and the other valve has only rough vacuum applied thereto, and in that each valve (23, 24) is arranged on the upper or lower tool (3, 4). - a filling station, in which the packaging depressions are filled with a material to be packaged, - a sealing station at least having an upper tool with an upper chamber and a lower tool with a lower chamber which seal an upper film web to the packaging depression, wherein the sealing station has at least one valve (23, 24) which connects lower tool and/or upper tool (4, 3) reversibly to a rough and/or fine vacuum source (25, 26),
A method performed by a wireless communication device that is simultaneously registered with a first network and a second network, in connected mode with respect to the first network, and in idle or inactive mode with respect to the second network, the method comprising: determining that the wireless communication device is to connect to the second network; sending, to a network node associated with the first network, a request or suggestion to release a connection of the wireless communication device with the first network wherein the request or suggestion to release the connection comprises release assistance information and wherein the release assistance information comprises an indication that the wireless communication device intends to change its capabilities upon reconnecting to the first network; receiving, from the network node associated with the first network, a request to release the connection of the wireless communication device with the first network; reconnecting with the first network; providing, to the network node associated with the first network, capability information that takes into consideration resources to be used for a connection with the second network. determining that the wireless communication device is to connect to the second network; sending, to a network node associated with the first network, a request or suggestion to release a connection of the wireless communication device with the first network wherein the request or suggestion to release the connection comprises release assistance information and wherein the release assistance information comprises an indication that the wireless communication device intends to change its capabilities upon reconnecting to the first network; receiving, from the network node associated with the first network, a request to release the connection of the wireless communication device with the first network; reconnecting with the first network; providing, to the network node associated with the first network, capability information that takes into consideration resources to be used for a connection with the second network.
An umbrella, comprising an umbrella frame, an umbrella cloth, and a plurality of positioning fasteners; the umbrella frame is configured to define a plurality of installing portions matching to the positioning fasteners; the umbrella cloth is configured to define a plurality of avoiding holes corresponding to the installing portions; and each of the positioning fasteners comprises a head part and a rod part, the rod parts of the positioning fasteners pass through corresponding avoiding holes, to fasten with corresponding installing portions, the umbrella cloth is clamped between the head parts of the positioning fasteners and the umbrella frame, to fix the umbrella cloth on the umbrella frame, wherein, the umbrella frame comprises a plurality of umbrella ribs, each of the umbrella ribs comprises a first folding rod, a second folding rod, and a third folding rod, one end of the second folding rod is pivoted to the first folding rod, the other end of the second folding rod is pivoted to one end of the third folding rod, the position of each of the first folding rods near the pivoting position of the first folding rod and the second folding rod defines one of the installing portion, the umbrella frame comprises a supporting rod, a sliding ring, and a plurality of stretching rods; the sliding ring is slideably located on the supporting rod; one end of each of the first folding rods is connected with a tail end of one corresponding supporting rod; ends of the plurality of stretching rods are all connected with the sliding ring, the other ends of the plurality of stretching rods are respectively connected with corresponding first folding rods; the middle part of the umbrella cloth is fixed on the top of the supporting rod, and the umbrella cloth covers the umbrella frame, the installing portions are defined on the umbrella frame; and the umbrella cloth is an one piece umbrella cloth, the umbrella cloth defines a plurality of notches extending extend from a periphery of the umbrella cloth to the middle point of the umbrella cloth along a radial direction, the depth of the notch matches to the length of the third folding rod, the width of the notch is gradually enlarged toward the periphery of the umbrella cloth along the radial direction, two edges of each of the notches are sewed to fix together, allowing the umbrella cloth to have a bowl shape, each sewing thread for each of the notches has an outer end being fixed at an outer end of one corresponding third folding rod.
Composition containing a solidago (Solidago) plant extract containing saponins, characterized in that it is substantially free of tannins, and in that the saponins have not been subjected to alkaline lysis if the plant extract consists of purified saponins.
A cutting element for use in a hair cutting device, the cutting element comprising: an optical waveguide having a sidewall, wherein a portion of the sidewall forms a cutting face for contacting hair, wherein the optical waveguide includes a plurality of optical structures spaced along its length, the optical structures being configured to reflect light at one or more wavelengths. wherein the optical waveguide is such that, when broadband light is directed along the optical waveguide: - if the cutting face of the optical waveguide is not in contact with a target object, then each of the plurality of optical structures reflects light having a first wavelength; and - if the cutting face of the optical waveguide is in contact with a target object, then at least one of the optical structures reflects light having a second wavelength different to the first wavelength. an optical waveguide having a sidewall, wherein a portion of the sidewall forms a cutting face for contacting hair, wherein the optical waveguide includes a plurality of optical structures spaced along its length, the optical structures being configured to reflect light at one or more wavelengths. wherein the optical waveguide is such that, when broadband light is directed along the optical waveguide: - if the cutting face of the optical waveguide is not in contact with a target object, then each of the plurality of optical structures reflects light having a first wavelength; and - if the cutting face of the optical waveguide is in contact with a target object, then at least one of the optical structures reflects light having a second wavelength different to the first wavelength. - if the cutting face of the optical waveguide is not in contact with a target object, then each of the plurality of optical structures reflects light having a first wavelength; and - if the cutting face of the optical waveguide is in contact with a target object, then at least one of the optical structures reflects light having a second wavelength different to the first wavelength.
A phosphorothioate oligonucleotide for use in treating or preventing a disease selected from the group consisting of multiple sclerosis, excessive immune response to a dead cell, organ transplant rejection, autoimmune disease, inflammatory bowel disease, allergy, septicemia, tumor growth by inflammation and inflammatory disease caused by a nucleic acid-containing pathogen, wherein the phosphorothioate oligonucleotide does not include an unmethylated CG sequence, and wherein the phosphorothioate oligonucleotide consists of: a nucleotide sequence as set forth in SEQ ID NO: 40; or a nucleotide sequence having deletion, substitution, or addition of one to three nucleotides in the nucleotide sequence as set forth in SEQ ID NO: 40 and having a binding ability to an HMGB protein. a nucleotide sequence as set forth in SEQ ID NO: 40; or a nucleotide sequence having deletion, substitution, or addition of one to three nucleotides in the nucleotide sequence as set forth in SEQ ID NO: 40 and having a binding ability to an HMGB protein.
A method for detecting a presence of a quaternary ammonium compound disinfectant on a surface, the method comprising: obtaining a sample from the surface by extraction with an extraction composition comprising water, and at least one of a C1-C7 alcohol or a glycol ether, wherein the extraction composition facilitates extraction of a quaternary ammonium compound on a testing surface; contacting the sample with an indicator composition comprising an azo dye material and water, in the presence of an acidic compound configured to suppress a potential false-positive color change as a potential pH-driven side reaction; and visually observing whether a color change result occurs within the indicator composition thereby indicating the existence or the absence of the quaternary ammonium compound disinfectant on the surface. obtaining a sample from the surface by extraction with an extraction composition comprising water, and at least one of a C1-C7 alcohol or a glycol ether, wherein the extraction composition facilitates extraction of a quaternary ammonium compound on a testing surface; contacting the sample with an indicator composition comprising an azo dye material and water, in the presence of an acidic compound configured to suppress a potential false-positive color change as a potential pH-driven side reaction; and visually observing whether a color change result occurs within the indicator composition thereby indicating the existence or the absence of the quaternary ammonium compound disinfectant on the surface.
Artificial grass product, comprising a pack of flat and deformable artificial grass strips, each strip comprising a substantially straight lower edge and an upper edge having artificial grass blades protruding therefrom, wherein the strips are arranged with their flat faces in side-by-side relationship and their straight lower edges in substantially the same plane, characterized in that the strips are connected to each other at mutually offset locations, such that when pulling apart the artificial grass strips a grid is formed, the connection locations forming fixed points or vertices in the grid.
Position detection system comprising a first device with a localization element for connecting a medical instrument to the position detection system, a further device with a localization element and a control unit, wherein the medical instrument comprises an instrument shaft, an instrument tip, and a working point, wherein each localization element for determining location information of the respective device is arranged on the respective device within a coordinate system of the position detection system, wherein the first device comprises at least one holding means for fastening to the medical instrument and each locating element comprises a sensor coil for use in position sensing systems having an alternating electromagnetic field generated by a field generator and each device is connectable via a respective cable to the control unit of the position detection system in order to transmit signals from the localization elements to the control unit, wherein the further device has a reference point on the locating element, and the control unit is configured to calibrate the localization element of the first device via the reference point to the working point of the medical instrument for calibration, and to check - as a start condition for a calibration of the localization element of the first device to the instrument tip - whether the reference point is located within a position data space spanned by a search sector related to the localization element of the first device. wherein the medical instrument comprises an instrument shaft, an instrument tip, and a working point, wherein each localization element for determining location information of the respective device is arranged on the respective device within a coordinate system of the position detection system, wherein the first device comprises at least one holding means for fastening to the medical instrument and each locating element comprises a sensor coil for use in position sensing systems having an alternating electromagnetic field generated by a field generator and each device is connectable via a respective cable to the control unit of the position detection system in order to transmit signals from the localization elements to the control unit, wherein the further device has a reference point on the locating element, and the control unit is configured to calibrate the localization element of the first device via the reference point to the working point of the medical instrument for calibration, and to check - as a start condition for a calibration of the localization element of the first device to the instrument tip - whether the reference point is located within a position data space spanned by a search sector related to the localization element of the first device.
A pair of shear blades to be provided in a ram blowout preventer for cutting a tubular, the pair of shear blades comprising: a first ram shear blade; and a second shear blade configured to shear the tubular in concert with the first ram shear blade, the second ram shear blade having a portion configured to puncture the tubular, the second ram shear blade having a front face having two front cutting faces (80, 82) that intersect each other at an edge, each front cutting face (80, 82) having a corresponding cutting edge (86, 88); wherein the first ram shear blade is configured to guide the tubular to a location opposite the portion of the second shear blade. a first ram shear blade; and a second shear blade configured to shear the tubular in concert with the first ram shear blade, the second ram shear blade having a portion configured to puncture the tubular, the second ram shear blade having a front face having two front cutting faces (80, 82) that intersect each other at an edge, each front cutting face (80, 82) having a corresponding cutting edge (86, 88); wherein the first ram shear blade is configured to guide the tubular to a location opposite the portion of the second shear blade.