mhurhangee/ep-ind-claims huggingface dataset:
Test system comprising a reflectometric measuring unit, a tape drive and a test tape unit that can be used as a consumable material, in particular for blood sugar tests, wherein the test tape unit comprises an analytical test tape, a feed spool for unwinding unused test tape and a take-up spool for winding used test tape and a tape guide to expose a section of test tape at a measuring site for an application of body fluid onto the front side of the tape, characterized in that the tape guide has a planar support frame which holds the test tape section flat at the measuring site, whereby the frame legs (52, 54, 56, 58) of the support frame circumferentially border a clear measuring opening which is kept free from optical elements for an optical measurement, wherein a reflectometric measuring from the rear side of the tape is effected on the test tape section supported on the support frame and wherein the support frame has two parallel frame legs (52,54) extending in the longitudinal direction of the test tape the distance between the outer edges of which is less than the width of the test tape.
Column for carrying out thermal separations and/or chemical reactions comprising a vertical cylindrical column outer wall enclosing an inner chamber which is subdivided into chambers by at least one vertical partition, characterized - in that the partition comprises at least two vertical partition elements (2a, 2b) which are arranged one above the other in the same plane, adjoin one another in abutting manner and the vertical front and/or rear sides of which are aligned with one another, - in that the partition elements (2a, 2b) are connected together by at least one screw fastening (19, 20) and for this purpose studs close to the abutment point on the side faces on both partition elements (2a, 2b) project out horizontally, onto which studs at least one metal strip is fastened in such a manner that the metal strip bridges the abutment point in a sealing manner, - in that the studs each comprise an external thread, onto which are screwed nuts for fastening the metal strip, - in that a vertical metal strip is fastened horizontally on the opposite rear side of the partition element to the screw fastening (19, 20), which metal strip projects beyond the upper horizontal edge of the one partition element and is located interlockingly in an interspace which is formed by a further vertical metal strip which is fastened horizontally to the rear side of the other partition element. - in that the partition comprises at least two vertical partition elements (2a, 2b) which are arranged one above the other in the same plane, adjoin one another in abutting manner and the vertical front and/or rear sides of which are aligned with one another, - in that the partition elements (2a, 2b) are connected together by at least one screw fastening (19, 20) and for this purpose studs close to the abutment point on the side faces on both partition elements (2a, 2b) project out horizontally, onto which studs at least one metal strip is fastened in such a manner that the metal strip bridges the abutment point in a sealing manner, - in that the studs each comprise an external thread, onto which are screwed nuts for fastening the metal strip, - in that a vertical metal strip is fastened horizontally on the opposite rear side of the partition element to the screw fastening (19, 20), which metal strip projects beyond the upper horizontal edge of the one partition element and is located interlockingly in an interspace which is formed by a further vertical metal strip which is fastened horizontally to the rear side of the other partition element.
Process for preparing hydroxyethylethyleneamines, ethyleneamines, or mixtures thereof, and/or ethylene urea derivatives thereof comprising the step of reacting diethanolamine with an amine-functional compound comprising at least two -NH- units of which at least one is selected from the group of primary amine groups and cyclic secondary amine groups, the amine-functional compound comprising at least one - NH-CH2-CH2-NH- unit wherein one or more -NH-CH2-CH2-NH- units in the amine-functional compound may be present in the form of cyclic ethylene urea moieties, piperazine moieties, or linear ethylene urea moieties, in the presence of a carbon oxide delivering agent, wherein - the molar ratio of amine-functional compound to diethanolamine is at least 0.2:1, and - the molar ratio of carbon oxide delivering agent to -NH-CH2-CH2-NH- units in the amine-functional compound is at least 0.1:1,. wherein the amine-functional compound comprises ethylenediamine, ethylene urea, or a mixture thereof, and the reaction product comprises tetraethylenepentamine (TEPA) of the formula H2N-(CH2-CH2-NH-)p-H wherein p is 4, wherein one or more -NH-CH2-CH2-NH- units may be present as cyclic ethylene urea units and/or piperazine units, wherein one or more ethyleneamines can be connected to each other via a linear ethylene urea structure, or the amine-functional compound comprises diethylenetriamine (DETA), the urea adduct thereof (UDETA), or a mixture thereof, and the reaction product comprises hexaethyleneheptamine (HEHA) of the formula H2N-(CH2-CH2-NH-)p-H wherein p is 6, wherein one or more -NH-CH2-CH2-NH- units may be present as a cyclic ethylene urea units and/or or piperazine units wherein one or more ethyleneamines can be connected to each other via a linear ethylene urea structure, or wherein the amine-functional compound comprises piperazine and the reaction product comprises hydroxyethyleneaminoethylpiperazine (HEAEPIP) and/or piperazinoethylaminoethylpiperazine (PEAEP). - the molar ratio of amine-functional compound to diethanolamine is at least 0.2:1, and - the molar ratio of carbon oxide delivering agent to -NH-CH2-CH2-NH- units in the amine-functional compound is at least 0.1:1,.
A method performed by an interrogator device for controlling a function in an electronic device (106; 306), the method comprising: determining, from a tag device (104; 204; 304) coupled to an electronic device, a status for the electronic device; sending a signal to the tag device to control a function in the electronic device based on the status for the electronic device; receiving feedback from the tag device of a level of the signal; and providing, in response to the feedback, a prompt to move the interrogator device closer to the tag device. determining, from a tag device (104; 204; 304) coupled to an electronic device, a status for the electronic device; sending a signal to the tag device to control a function in the electronic device based on the status for the electronic device; receiving feedback from the tag device of a level of the signal; and providing, in response to the feedback, a prompt to move the interrogator device closer to the tag device.
A light emitting device comprising: a substrate which comprises a ceramic body; a body which is disposed on the substrate and has a first hole having a predetermined size; a light emitting chip which is disposed within a cavity formed by the substrate and the first hole of the body; a cap (180, 280) which is disposed on the body and has a second hole (180a, 280a) having a predetermined size; and a transparent window (190, 290) which is disposed in the second hole (180a, 280a); characterized in that a third hole is formed in the ceramic body and the substrate comprises a heat radiation block inserted into the third hole, and wherein the light emitting device further comprises a sub-mount which is attached and fixed to a lower portion of the light emitting chip, and wherein the sub-mount is disposed on the heat radiation block. a substrate which comprises a ceramic body; a body which is disposed on the substrate and has a first hole having a predetermined size; a light emitting chip which is disposed within a cavity formed by the substrate and the first hole of the body; a cap (180, 280) which is disposed on the body and has a second hole (180a, 280a) having a predetermined size; and a transparent window (190, 290) which is disposed in the second hole (180a, 280a); characterized in that a third hole is formed in the ceramic body and the substrate comprises a heat radiation block inserted into the third hole, and wherein the light emitting device further comprises a sub-mount which is attached and fixed to a lower portion of the light emitting chip, and wherein the sub-mount is disposed on the heat radiation block.
A personal care composition, comprising: a soluble zinc polyphosphate complex made by combining ingredients comprising an organic zinc salt chosen from the group comprising zinc lactate, zinc citrate, zinc acetate, zinc gluconate, zinc malate and zinc tartrate, a plurality of long chain polyphosphates having 6 to 30 phosphate polymer units, and an aqueous solvent; wherein the relative amount of the organic zinc salt and the long chain polyphosphates provides a phosphorus atom to zinc atom mole ratio of at least 6:1 to 20:1; and wherein the composition is at least one of an antiperspirant or a deodorant. a soluble zinc polyphosphate complex made by combining ingredients comprising an organic zinc salt chosen from the group comprising zinc lactate, zinc citrate, zinc acetate, zinc gluconate, zinc malate and zinc tartrate, a plurality of long chain polyphosphates having 6 to 30 phosphate polymer units, and an aqueous solvent; wherein the relative amount of the organic zinc salt and the long chain polyphosphates provides a phosphorus atom to zinc atom mole ratio of at least 6:1 to 20:1; and wherein the composition is at least one of an antiperspirant or a deodorant.
Electrical system comprising at least one high-voltage battery, at least one intermediate circuit capacitor, and at least two power relays (7, 8), wherein one power relay is arranged between a positive terminal of the high-voltage battery and the intermediate circuit capacitor, and the other power relay is arranged between a negative terminal of the high-voltage battery and the intermediate circuit capacitor; wherein the electrical system has a galvanically isolated DC/DC converter which is connected to a voltage source in the electrical system; wherein the DC/DC converter is designed such that this can transfer electrical energy to a high-voltage side with the intermediate circuit capacitor in order to charge the intermediate circuit capacitor, characterized in that the electrical system has a diagnostic device for checking the power relays (7, 8), wherein the diagnostic device has switchable voltage sensors (S Bat, S ZK, S1-S4); wherein one voltage sensor (S Bat) is arranged parallel to the high-voltage battery, one voltage sensor (S ZK) is arranged parallel to the intermediate circuit capacitor, a respective voltage sensor (S1, S2) is arranged parallel to the power relays (7, 8), one voltage sensor is arranged between the positive terminal of the high-voltage battery and the negative terminal of the intermediate circuit capacitor, and one voltage sensor is arranged between the negative terminal of the high-voltage battery and a connection between the power relay and the positive terminal of the intermediate circuit capacitor.
A tamper evidencing band for encircling an article, the band including an elongate strip to encircle the article, the elongate strip being formed of strip material, the elongate strip being provided with a loop, and the attachment of the loop to the strip being through a tamper evidencing portion such that attempted opening or removal of the loop will be evidenced by the band, the strip having a distal portion which is distal from the loop, the distal portion being insertable through the loop, the strip being provided with attachment means in the form of adhesive to selectively attach the distal portion onto another portion of the strip to encircle the article and form an adhesive bond between the distal portion and said another portion, wherein the adhesive bond is stronger than the strip material and is tamper evident whereby attempted removal of the attachment will be evidenced by the band, characterised in that the strip is provided with a detachable ticket portion which is separable from the remainder of the strip for retention by an owner of the article, the detachable ticket portion including a unique identifier corresponding to a unique identifier provided elsewhere on the band.
Pressure bulkhead for pressure-tight axial closure of a pressure fuselage of an aircraft or spacecraft which can be subjected to an internal pressure, with: a plurality of dome segments, each of which is manufactured in one piece with an integrated stiffener from a fiber-reinforced thermoplastic material and are joined together to form a pressure dome; wherein the dome segments are arranged side by side along an azimuthal direction of the pressure dome around a center point of the pressure dome; wherein the integrated stiffener is aligned along a radial direction of the pressure dome; wherein the dome segments are joined via the respective integrated stiffener to a joining area of the adjacent dome segment; wherein the integrated stiffener has a stiffening profile which projects from a concave inner surface of the respective dome segment; and wherein the integrated stiffener is formed on one side as an edge stiffener. a plurality of dome segments, each of which is manufactured in one piece with an integrated stiffener from a fiber-reinforced thermoplastic material and are joined together to form a pressure dome; wherein the dome segments are arranged side by side along an azimuthal direction of the pressure dome around a center point of the pressure dome; wherein the integrated stiffener is aligned along a radial direction of the pressure dome; wherein the dome segments are joined via the respective integrated stiffener to a joining area of the adjacent dome segment; wherein the integrated stiffener has a stiffening profile which projects from a concave inner surface of the respective dome segment; and wherein the integrated stiffener is formed on one side as an edge stiffener.
An electrochemical device comprising: a cathode chamber including an inlet configured to receive a feed gas comprising carbon dioxide; a reduction catalyst layer in the cathode chamber configured to reduce carbon dioxide in the gas to form an ionic carrier species; an anode chamber with an outlet configured to output a gas comprising carbon dioxide; a solid electrolyte membrane configured to space the anode chamber from the cathode chamber, and to transport the ionic carrier species between the cathode chamber and the anode chamber, wherein the solid electrolyte membrane comprises a polymerized ionic liquid; an oxidation catalyst layer in the anode chamber configured to oxidize the ionic carrier species to form carbon dioxide; and an energy source, electrically connected with at least one of the reduction catalyst layer and the oxidation catalyst layer, configured to provide energy for the reduction and oxidation. a cathode chamber including an inlet configured to receive a feed gas comprising carbon dioxide; a reduction catalyst layer in the cathode chamber configured to reduce carbon dioxide in the gas to form an ionic carrier species; an anode chamber with an outlet configured to output a gas comprising carbon dioxide; a solid electrolyte membrane configured to space the anode chamber from the cathode chamber, and to transport the ionic carrier species between the cathode chamber and the anode chamber, wherein the solid electrolyte membrane comprises a polymerized ionic liquid; an oxidation catalyst layer in the anode chamber configured to oxidize the ionic carrier species to form carbon dioxide; and an energy source, electrically connected with at least one of the reduction catalyst layer and the oxidation catalyst layer, configured to provide energy for the reduction and oxidation.
An automatic electrode supply apparatus configured to automatically supply an electrode in various processes for manufacturing a secondary battery, the automatic electrode supply apparatus comprising: a first chuck splicing unit comprising a splicing portion having a traveling electrode located thereon; and a second chuck splicing unit comprising a splicing portion having a standby electrode located thereon, characterized in that each of the first and second chuck splicing units (1000, 2000) comprises an edge position control, EPC, sensor (1800, 2800) configured to measure a position of an edge of a corresponding one of the traveling electrode and the standby electrode, wherein the EPC sensor (1800, 2800) can avoid distortion or fracture defect of the electrode due to the positional deviation between the traveling electrode and the standby electrode, and wherein the EPC sensor (1800, 2800) comprises a controller configured to compensate the position of the edge of the electrode. a first chuck splicing unit comprising a splicing portion having a traveling electrode located thereon; and a second chuck splicing unit comprising a splicing portion having a standby electrode located thereon, characterized in that each of the first and second chuck splicing units (1000, 2000) comprises an edge position control, EPC, sensor (1800, 2800) configured to measure a position of an edge of a corresponding one of the traveling electrode and the standby electrode, wherein the EPC sensor (1800, 2800) can avoid distortion or fracture defect of the electrode due to the positional deviation between the traveling electrode and the standby electrode, and wherein the EPC sensor (1800, 2800) comprises a controller configured to compensate the position of the edge of the electrode.
An austenitic stainless steel pipe having steam oxidation resistance which contains, by mass percent, 14 to 28% of Cr and 6 to 30% of Ni, wherein a region satisfying Formula exists in a metal structure at a depth of 10 to 20 μm from the inner surface of the steel pipe and the region is formed by blasting shots or sands: g ≥ 0.3 where g in Formula is a value calculated from Formula, g = α / β × δ / ε × 100 where the meanings of symbols in Formula are as follows: g: volume ratio (%) α: total number of pixels of a digital image in an area in which orientation difference of adjacent crystals detected by electron backscattering pattern is 5 to 50 degrees β: the number of total pixels of digital image in region of measurement using electron backscattering pattern ε: analysis pitch width of electron backscattering pattern (μm) δ: grain boundary width (μm), wherein δ is 1×10 -3 μm, and wherein ε at a magnification of ×20000 is 0.01 μm. g: volume ratio (%) α: total number of pixels of a digital image in an area in which orientation difference of adjacent crystals detected by electron backscattering pattern is 5 to 50 degrees β: the number of total pixels of digital image in region of measurement using electron backscattering pattern ε: analysis pitch width of electron backscattering pattern (μm) δ: grain boundary width (μm), wherein δ is 1×10 -3 μm, and wherein ε at a magnification of ×20000 is 0.01 μm.
A mirror device comprising: a support portion; a movable portion; and a pair of torsion bars (7, 8) disposed on both sides of the movable portion on a first axis and connecting the movable portion to the support portion so that the movable portion is swingable around the first axis as a center line, wherein the movable portion includes a frame-shaped frame connected to the pair of torsion bars (7, 8) and a mirror unit disposed inside the frame, wherein the mirror unit is connected to the frame in each of a pair of first connection regions (40a, 40b) located on both sides of the mirror unit in a direction parallel to a second axis perpendicular to the first axis, wherein a region other than the pair of first connection regions (40a, 40b) in a region between the mirror unit and the frame is a space, characterized in that an outer edge of the mirror unit and an inner edge of the frame are connected to each other so that a curvature in each of the pair of first connection regions (40a, 40b) is continuous when viewed from a direction perpendicular to the first axis and the second axis, and side surfaces on both sides of each of the pair of torsion bars (7, 8) and a side surface on an outside of the frame are connected to each other so that a curvature in each connection region is continuous when viewed from a direction perpendicular to the first axis and the second axis. a support portion; a movable portion; and a pair of torsion bars (7, 8) disposed on both sides of the movable portion on a first axis and connecting the movable portion to the support portion so that the movable portion is swingable around the first axis as a center line, wherein the movable portion includes a frame-shaped frame connected to the pair of torsion bars (7, 8) and a mirror unit disposed inside the frame, wherein the mirror unit is connected to the frame in each of a pair of first connection regions (40a, 40b) located on both sides of the mirror unit in a direction parallel to a second axis perpendicular to the first axis, wherein a region other than the pair of first connection regions (40a, 40b) in a region between the mirror unit and the frame is a space, characterized in that an outer edge of the mirror unit and an inner edge of the frame are connected to each other so that a curvature in each of the pair of first connection regions (40a, 40b) is continuous when viewed from a direction perpendicular to the first axis and the second axis, and side surfaces on both sides of each of the pair of torsion bars (7, 8) and a side surface on an outside of the frame are connected to each other so that a curvature in each connection region is continuous when viewed from a direction perpendicular to the first axis and the second axis.
A self-expanding anastomotic stent comprising: a flexible body having an unexpanded configuration and an expanded configuration, the expanded configuration including a proximal end of the body expanded into a proximal flange, a distal end of the body expanded into a distal flange, and a cylindrical region between the proximal and distal flanges (152, 154), wherein at least the cylindrical region is covered, the covered cylindrical region having an open interior passage configured to permit the flow of fluid, digested food, and partially digested food therethrough, the proximal and distal flanges (152, 154) each projecting away from the interior passage of the cylindrical region to permit the flow of fluid therethrough, wherein the stent is configured to be retrievable from the expanded configuration within a patient, and wherein the proximal flange and distal flange each comprise a plurality of inflection points, wherein an inflection point is a point of a curve at which a change in the direction of curvature occurs characterized in that the proximal flange has an end portion that bends back towards the distal flange in the expanded configuration, and the distal flange has an end portion that bends back towards the proximal flange in the expanded configuration. a flexible body having an unexpanded configuration and an expanded configuration, the expanded configuration including a proximal end of the body expanded into a proximal flange, a distal end of the body expanded into a distal flange, and a cylindrical region between the proximal and distal flanges (152, 154), wherein at least the cylindrical region is covered, the covered cylindrical region having an open interior passage configured to permit the flow of fluid, digested food, and partially digested food therethrough, the proximal and distal flanges (152, 154) each projecting away from the interior passage of the cylindrical region to permit the flow of fluid therethrough, wherein the stent is configured to be retrievable from the expanded configuration within a patient, and wherein the proximal flange and distal flange each comprise a plurality of inflection points, wherein an inflection point is a point of a curve at which a change in the direction of curvature occurs characterized in that the proximal flange has an end portion that bends back towards the distal flange in the expanded configuration, and the distal flange has an end portion that bends back towards the proximal flange in the expanded configuration.