mhurhangee/ep-ind-claims huggingface dataset:
An attachment brush part for an electrical body care brush, in particular electrical toothbrush, wherein the attachment brush part is designed in a multi-part manner and comprises: - an attachment brush housing, comprising a housing head which is arranged in a brush-head-side end section and is with a bristle carrier receiver and a carrier receiver opening which is arranged on the front side; - a drive rod for driving a brush head, with a brush-head-side end section, on which a first toothing is arranged, and with a hand-part-side end section; - a brush head with a bristle carrier and with care bristles which are arranged on this, wherein the bristle carrier comprises a second toothing; as well as - a securing element for the rotatable mounting of the hand-part-side end section of the drive rod, - a bearing pin for positioning, securing and for the oscillatorily rotatable mounting of the brush head on the attachment brush housing, and the first and second toothing (92, 66) form a drive toothing for the driving of the brush head by the drive rod, and the bristle carrier comprise a bearing pin receiver which is open to the rear side for receiving the bearing pin characterised in that the housing head comprises a feed-through opening which leads from the rear side into the bristle carrier receiver, for receiving the bearing pin from the rear side of the housing head, and the bearing pin is led through the feed-through opening from the rear side of the housing head and is fixed in the bearing pin receiver of the bristle carrier which is open to the rear side. - an attachment brush housing, comprising a housing head which is arranged in a brush-head-side end section and is with a bristle carrier receiver and a carrier receiver opening which is arranged on the front side; - a drive rod for driving a brush head, with a brush-head-side end section, on which a first toothing is arranged, and with a hand-part-side end section; - a brush head with a bristle carrier and with care bristles which are arranged on this, wherein the bristle carrier comprises a second toothing; as well as - a securing element for the rotatable mounting of the hand-part-side end section of the drive rod, - a bearing pin for positioning, securing and for the oscillatorily rotatable mounting of the brush head on the attachment brush housing,
A print medium comprising a substrate having a first and a reverse side, wherein the substrate comprises at least on the first side at least one permeable coating layer comprising pigment particles, wherein said pigment particles, when in form of a compacted bed, have a monomodal pore diameter distribution, a volume defined polydispersity expressed as full width at half maximum height (FWHM) from 40 to 80 nm, and a volume defined median pore diameter from 30 to 80 nm.
A method of preparing a surface-treated cellulosic substrate, the method comprising: applying a surface treatment composition to a cellulosic substrate, the composition being prepared by a method comprising the steps of: (a) introducing (i) a source of boron, (ii) a crosslinking di-aldehyde, and (iii) a blocking agent to form a crosslinking composition, where the blocking agent is a polyhydric alcohol; (b) introducing the crosslinking composition with starch and optionally pigments and/or optionally polymeric particles to form the composition. applying a surface treatment composition to a cellulosic substrate, the composition being prepared by a method comprising the steps of: (a) introducing (i) a source of boron, (ii) a crosslinking di-aldehyde, and (iii) a blocking agent to form a crosslinking composition, (a) introducing (i) a source of boron, (ii) a crosslinking di-aldehyde, and (iii) a blocking agent to form a crosslinking composition, where the blocking agent is a polyhydric alcohol; (b) introducing the crosslinking composition with starch and optionally pigments and/or optionally polymeric particles to form the composition. (b) introducing the crosslinking composition with starch and optionally pigments and/or optionally polymeric particles to form the composition.
Process for manufacturing an electrochemical cell comprising the steps of: - depositing an electrocatalytic ink on a carrier, said ink including an electrocatalytic material and a product polymerizable into a protonically conductive polymer, said electrocatalytic ink deposited comprising polymerizable product in a proportion by weight comprised between 20 and 30% of the solid content of the ink; - solidifying the electrocatalytic ink so as to form a catalytic electrode, the composition of the polymerizable product and its proportion in the ink being defined so that the electrode formed has a tensile strength greater than 1 MPa; - separating the catalytic electrode formed and the carrier; - inserting the catalytic electrode separated from its carrier between a proton exchange membrane and a conductive current collector (35, 36). - depositing an electrocatalytic ink on a carrier, said ink including an electrocatalytic material and a product polymerizable into a protonically conductive polymer, said electrocatalytic ink deposited comprising polymerizable product in a proportion by weight comprised between 20 and 30% of the solid content of the ink; - solidifying the electrocatalytic ink so as to form a catalytic electrode, the composition of the polymerizable product and its proportion in the ink being defined so that the electrode formed has a tensile strength greater than 1 MPa; - separating the catalytic electrode formed and the carrier; - inserting the catalytic electrode separated from its carrier between a proton exchange membrane and a conductive current collector (35, 36).
A method of coating the surface of a metal substrate, the method comprising the following steps: a) applying a first composition on the surface of a metal substrate, the first composition being in the form of a solution comprising a liquid medium including sol-gel precursors of metallo-organic type, said sol-gel precursors being suitable for bonding with the metal substrate, the sol-gel precursors of metallo-organic type presenting, when they are in the non-hydrolyzed state and in the monomer state, the following general formula: Me(OOCR") n' where: • Me is iron; • R" is an alkyl group, and when there are a plurality of groups R", each group R" is an alkyl group and the groups R" may be identical or different; and • n' is an integer equal to the valence of iron; b) subjecting the first composition to first heat treatment so as to form an anchor layer on the metal substrate in which the sol-gel precursors are bonded to the metal substrate, a first temperature greater than or equal to 80°C being imposed during the first heat treatment that is sufficient to eliminate all or part of the liquid medium and to encourage the bonding of the sol-gel precursors to the metal substrate, the first heat treatment being configured to avoid complete condensation among the sol-gel precursors; and c) applying a second composition on the anchor layer, the second composition including coating compounds so as to obtain a coating on the anchor layer by forming bonds between the sol-gel precursors and the coating compounds. a) applying a first composition on the surface of a metal substrate, the first composition being in the form of a solution comprising a liquid medium including sol-gel precursors of metallo-organic type, said sol-gel precursors being suitable for bonding with the metal substrate, the sol-gel precursors of metallo-organic type presenting, when they are in the non-hydrolyzed state and in the monomer state, the following general formula: Me(OOCR") n' where: • Me is iron; • R" is an alkyl group, and when there are a plurality of groups R", each group R" is an alkyl group and the groups R" may be identical or different; and • n' is an integer equal to the valence of iron; • Me is iron; • R" is an alkyl group, and when there are a plurality of groups R", each group R" is an alkyl group and the groups R" may be identical or different; and • n' is an integer equal to the valence of iron; b) subjecting the first composition to first heat treatment so as to form an anchor layer on the metal substrate in which the sol-gel precursors are bonded to the metal substrate, a first temperature greater than or equal to 80°C being imposed during the first heat treatment that is sufficient to eliminate all or part of the liquid medium and to encourage the bonding of the sol-gel precursors to the metal substrate, the first heat treatment being configured to avoid complete condensation among the sol-gel precursors; and c) applying a second composition on the anchor layer, the second composition including coating compounds so as to obtain a coating on the anchor layer by forming bonds between the sol-gel precursors and the coating compounds.
A tire assembly comprising: a tire having a tire cavity, first and second sidewalls (14, 16) extending respectively from first and second tire bead regions (20, 22) to a tire tread region; at least one elongate air passageway formed within a tire component, the air passageway comprising a series of elongate cavities, adjacent cavities connected end to end by an elongate connecting channel (88, 90) having a channel diametric size smaller than a cavity diametric size; the air passageway being contained within an elastic tire compound material operative to sequentially at least partially collapse each cavity sequentially as the cavities pass sequentially over a rolling tire footprint, whereby air is pumped from cavity to cavity through the connecting channel (88, 90) between an air passageway air inlet and an air passageway air outlet, characterized in that the elongate connecting channel (88, 90) has a diameter such that, as it enters into a position opposite the rolling tire footprint, it will completely be squeezed closed with tire deflection. a tire having a tire cavity, first and second sidewalls (14, 16) extending respectively from first and second tire bead regions (20, 22) to a tire tread region; at least one elongate air passageway formed within a tire component, the air passageway comprising a series of elongate cavities, adjacent cavities connected end to end by an elongate connecting channel (88, 90) having a channel diametric size smaller than a cavity diametric size; the air passageway being contained within an elastic tire compound material operative to sequentially at least partially collapse each cavity sequentially as the cavities pass sequentially over a rolling tire footprint, whereby air is pumped from cavity to cavity through the connecting channel (88, 90) between an air passageway air inlet and an air passageway air outlet, characterized in that the elongate connecting channel (88, 90) has a diameter such that, as it enters into a position opposite the rolling tire footprint, it will completely be squeezed closed with tire deflection.
A computer-implemented method for performing range queries over encrypted data, the method being executed by a server-side computing device and comprising: receiving, by the server-side computing device, a range query token from a client-side computing device; determining, by the server-side computing device, one or more of whether a tree list of an encrypted search index is empty and a range of the range query token is intersecting with a range accounted by at least one tree in the tree list, the encrypted search index comprising the tree list and a point list; receiving, by the server-side computing device, encrypted query results based on one of a search tree, if the tree list is not empty and a range of the range query token is at least a sub-range of a range accounted for in the tree list, and the point list, if the tree list is empty or the range of the range query token is not at least a sub-range of a range accounted for in the tree list; and updating, by the server-side computing device, the encrypted search index based on the range query token and a client-server protocol. receiving, by the server-side computing device, a range query token from a client-side computing device; determining, by the server-side computing device, one or more of whether a tree list of an encrypted search index is empty and a range of the range query token is intersecting with a range accounted by at least one tree in the tree list, the encrypted search index comprising the tree list and a point list; receiving, by the server-side computing device, encrypted query results based on one of a search tree, if the tree list is not empty and a range of the range query token is at least a sub-range of a range accounted for in the tree list, and the point list, if the tree list is empty or the range of the range query token is not at least a sub-range of a range accounted for in the tree list; and updating, by the server-side computing device, the encrypted search index based on the range query token and a client-server protocol.
A method for screening for an esophageal carcinoma or precursor lesion in a subject, wherein the carcinoma or precursor lesion selectively detected is selected from the group consisting of high-grade dysplasia and esophageal adenocarcinoma, the method comprising: a) contacting a biological sample comprising esophageal cells from a subject suspected of having an esophageal carcinoma with a set of chromosomal probes to selectively detect an esophageal carcinoma or precursor lesion in the sample, if any, under conditions for specifically hybridizing the probes to their nucleic acid targets present in the sample, wherein said set is a 20q13 locus-specific probe, a chromosome enumeration probe for chromosome 9, a 7p12 locus-specific probe, a 5q21-22 locus-specific probe; and, b) detecting a hybridization pattern for the set of chromosomal probes to the biological sample, wherein the hybridization pattern is indicative for the presence or absence of an esophageal carcinoma or precursor lesion in the subject. a) contacting a biological sample comprising esophageal cells from a subject suspected of having an esophageal carcinoma with a set of chromosomal probes to selectively detect an esophageal carcinoma or precursor lesion in the sample, if any, under conditions for specifically hybridizing the probes to their nucleic acid targets present in the sample, wherein said set is a 20q13 locus-specific probe, a chromosome enumeration probe for chromosome 9, a 7p12 locus-specific probe, a 5q21-22 locus-specific probe; and, b) detecting a hybridization pattern for the set of chromosomal probes to the biological sample, wherein the hybridization pattern is indicative for the presence or absence of an esophageal carcinoma or precursor lesion in the subject.
A diaphragm (20, 20') having a hinge portion and a drive portion and a longitudinal direction extending from the drive portion to the hinge portion, the diaphragm having a diaphragm length being a distance from the drive portion to the hinge portion, the diaphragm further comprising a plurality of oblong diaphragm portions (26, 26', 26") each having a length larger than 30% of the diaphragm length, the oblong diaphragm portions (26, 26', 26") being directly or indirectly attached to the drive portion and hinge portion, characterised in that an oblong slit is provided between at least two of the oblong diaphragm portions (26, 26', 26").
A compound which is: N-(8-{[ -2-hydroxy-3-(morpholin-4-yl)propyl]oxy}-7-methoxy-2,3-dihydroimidazo[1,2-c]quinazolin-5-yl)-2-methylpyridine-3-carboxamide, or a tautomer, an N-oxide, a hydrate, a solvate, or a salt thereof, or a mixture of same. N-(8-{[ -2-hydroxy-3-(morpholin-4-yl)propyl]oxy}-7-methoxy-2,3-dihydroimidazo[1,2-c]quinazolin-5-yl)-2-methylpyridine-3-carboxamide, or a tautomer, an N-oxide, a hydrate, a solvate, or a salt thereof, or a mixture of same.
Internal combustion engine having a multi-joint crank drive, wherein the multi-joint crank drive comprises a plurality of coupling members mounted rotatably on a crankshaft and a plurality of articulated connecting rods mounted rotatably on an eccentric shaft, wherein each of the coupling members is connected in a pivotable manner to a piston connecting rod of a piston of the internal combustion engine and to one of the articulated connecting rods, wherein the articulated connecting rods are provided with additional masses and have a centre of mass located outside of their longitudinal central planes, and wherein the articulated connecting rods are formed in two parts, wherein they each have a split bearing eye with a connecting rod foot and a connecting rod cover that is attached by screws to the connecting rod foot, characterised in that the additional masses are integrally formed on the connecting rod feet in such a way that they protrude somewhat in the direction of the connecting rod cover.
Tamper-proof computer device comprising a sealed enclosure, in turn comprising a hollow metal body having an inside surface, the enclosure comprising at least two enclosure parts (23,24), together fastened together to form said hollow metal body and each comprising a respective cooperating flange (23a,24a); a computer processor, arranged inside said enclosure; a tamper-detection sensor, which sensor in turn comprises a tamper-detecting membrane forming a sealed container in which the computer processor is arranged, which membrane is arranged on, and in direct thermal contact with, the said hollow metal body, wherein the membrane comprises two tamper-detecting membrane parts (42,43), each corresponding to a respective one of said enclosure parts (23,24), the membrane parts (42,43) being pressed between said cooperating flanges (23a,24a), together with said flanges (23a,24a) forming a flanged pressing aggregate; and a metal heat sink structure thermally connected to the computer processor, wherein the metal heat sink structure is also arranged in direct thermal contact with a side of the membrane not facing the said inside surface, so that the membrane is sandwiched between the hollow metal body and the metal heat sink structure so that thermal connection is achieved between the metal heat sink structure and the enclosure, via the membrane, characterised in that said flanged pressing aggregate extends uninterrupted along a closed periphery of the hollow metal body, or uninterrupted along said closed periphery apart from a through channel for cabling arranged to run between the inside of the membrane and the outside of the membrane, and in that said enclosure parts (23,24) are directly attached one to the other using an adhesive along a contact line extending along said closed periphery, wherein the contact line is arranged exteriorly to a periphery of the membrane parts (42,43).
- Use, for the manufacture of a hydroalcoholic composition comprising 50% to 80% by weight of at least one alcohol and at least 10% by weight of an aqueous phase, of a branched or crosslinked polymer composed of the repetition of one or more monomeric units, wherein at least one of the monomeric units comprises an acrylic group, and at least 30 mol% of the monomeric units bear at least one weak acid function, possibly in neutralized form, said polymer being obtained: by polymerization of an aqueous solution of one or more monomers in a water-in-oil inverse emulsion, wherein at least one of the monomers used is an acrylic monomer, and at least one of the monomers used is a monomer bearing at least one weak acid function, the molar percentage of monomers bearing at least one weak acid function relative to all the monomers used being at least 30%, the aqueous phase of the aqueous solution containing at least one monomer acting as a branching agent, so that the polymerization leads to a branched or crosslinked polymer, and wherein: i) the polymerization is carried out with a concentration of all the monomers in aqueous solution belonging to the range from 1.3 mmol to 3.6 mmol per gram of aqueous solution, ii) during the polymerization, at most 20 mol% of the acid functions present on the monomers having at least one acid function are in neutralized form. i) the polymerization is carried out with a concentration of all the monomers in aqueous solution belonging to the range from 1.3 mmol to 3.6 mmol per gram of aqueous solution, ii) during the polymerization, at most 20 mol% of the acid functions present on the monomers having at least one acid function are in neutralized form.
Device for producing marking lines composed of many individual marking material portions, comprising a nozzle array connected to a marking material source and having several discharge nozzles arranged side by side, transversely to a direction of movement of the device and provided to eject marking material portions with the aid of blasts of compressed air, characterised in that the individual discharge nozzles are situated in nozzle elements adapted to be individually applied to and removed from the nozzle array, the individual nozzle elements are or can be mounted on a common holding device at a fixed lateral distance from one another, the common holding device has a material feed duct passing through it lengthwise, and per nozzle element one first material discharge duct section each extending approximately perpendicularly to and branching off from the material feed duct, each nozzle element has a second material discharge duct section capable of being brought alternatively into and out of fluidic connection to the first material discharge duct section in the common holding device, and each nozzle element is displaceable or rotatable relative to the common holding device in such a way that the first material discharge duct section and the second material discharge duct section can be alternatively brought into and out of alignment relative to one another, wherein passage is cleared for those material discharge duct sections (24 and 25) that are moved into alignment, and passage is completely blocked for those material discharge duct sections (24 and 25) that are moved out of alignment.
A method of diagnosing, predicting or monitoring transplant status or outcome comprising: determining, in a sample from a subject who has received a solid organ transplant from a donor, the presence or absence of one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the one or more circulating cell-free nucleic acids are genomic DNA regions containing single nucleotide polymorphisms (SNPs), wherein the one or more circulating cell-free nucleic acids from the donor solid organ transplant are identified based on a predetermined marker profile, wherein said marker profile is a polymorphic marker profile and said polymorphic marker profile comprises one or more single nucleotide polymorphisms (SNPs), and wherein the presence or absence of said one or more circulating cell-free nucleic acids is determined by high-throughput sequencing of multiple different cell-free nucleic acids from the sample; and diagnosing, predicting, or monitoring transplant status or outcome based on the presence or absence of the one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the solid organ transplant is a heart transplant. determining, in a sample from a subject who has received a solid organ transplant from a donor, the presence or absence of one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the one or more circulating cell-free nucleic acids are genomic DNA regions containing single nucleotide polymorphisms (SNPs), wherein the one or more circulating cell-free nucleic acids from the donor solid organ transplant are identified based on a predetermined marker profile, wherein said marker profile is a polymorphic marker profile and said polymorphic marker profile comprises one or more single nucleotide polymorphisms (SNPs), and wherein the presence or absence of said one or more circulating cell-free nucleic acids is determined by high-throughput sequencing of multiple different cell-free nucleic acids from the sample; and diagnosing, predicting, or monitoring transplant status or outcome based on the presence or absence of the one or more circulating cell-free nucleic acids from the donor solid organ transplant, wherein the solid organ transplant is a heart transplant.