mhurhangee/ep-ind-claims huggingface dataset:
Ink composition based on silver nanoparticles comprising: 1. a compound "a" consisting of silver nanoparticles of spheroidal and/or spherical shape and having diameters between 1 and 50 nm, 2. a compound "e" consisting of a solvent, and 3. at least one compound "f" and/or "g" selected from a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, 4. an optional compound "c" consisting of a dispersant, 5. an optional compound "d" consisting of a dispersant different from compound "c", 6. an optional compound "b" consisting of a cyclooctane solvent and/or a solvent of fatty acid methyl ester type and/or a terpene solvent, and/or a mixture of two or more of said solvents, and 7. an additional optional solvent "X" preferably selected from alkanes and/or mixtures thereof, characterized in that the compounds "a", "b", "c", "d", "e", "f", "g" and "X" constitute at least 95% by weight of the ink composition, in that it comprises a water content of less than 2% by weight and in that the viscosity at 20°C of the ink is between 100 and 1000 mPa.s. 1. a compound "a" consisting of silver nanoparticles of spheroidal and/or spherical shape and having diameters between 1 and 50 nm, 2. a compound "e" consisting of a solvent, and 3. at least one compound "f" and/or "g" selected from a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, a. a compound "f" consisting of a rheology modifier of polyurea type the content of which is between 0.1 and 2% by weight, and b. a compound "g" consisting of a rheology modifier of cellulose type, 4. an optional compound "c" consisting of a dispersant, 5. an optional compound "d" consisting of a dispersant different from compound "c", 6. an optional compound "b" consisting of a cyclooctane solvent and/or a solvent of fatty acid methyl ester type and/or a terpene solvent, and/or a mixture of two or more of said solvents, and 7. an additional optional solvent "X" preferably selected from alkanes and/or mixtures thereof, characterized in that the compounds "a", "b", "c", "d", "e", "f", "g" and "X" constitute at least 95% by weight of the ink composition, in that it comprises a water content of less than 2% by weight and in that the viscosity at 20°C of the ink is between 100 and 1000 mPa.s.
A method for determining a polymerase fidelity, the method comprising: filling a gapped plasmid with a polymerase to form a gap-filled plasmid, wherein the gapped plasmid comprises a gap in a strand of a gene encoding a protein and has a single-stranded portion, and wherein the protein is functional or nonfunctional depending on the polymerase fidelity to fill the gap; transforming the gap-filled plasmid into cells prior to forming a plurality of partitions; forming a plurality of partitions, wherein the partitions are droplets in an emulsion from a solution comprising the cells comprising the gap-filled plasmid and a label for detecting the presence of the plasmid, and wherein each of the partitions comprises an indicator for detecting the presence of the cell; incubating the partitions at a temperature to grow the cells and to express the protein in the partitions; detecting the presence of the functional protein in one or more of the partitions; detecting the presence of the cell in the partitions by detecting antibiotic resistance of the cell, endogenous nuclease activity from the cell, a fluorescent protein encoded by the gap-filled plasmid or a signal generated by a substrate cleaved by an enzyme encoded by the gap-filled plasmid; and determining the polymerase fidelity by determining a ratio of partitions with cells containing the functional protein to partitions with cells containing the non-functional protein. filling a gapped plasmid with a polymerase to form a gap-filled plasmid, wherein the gapped plasmid comprises a gap in a strand of a gene encoding a protein and has a single-stranded portion, and wherein the protein is functional or nonfunctional depending on the polymerase fidelity to fill the gap; transforming the gap-filled plasmid into cells prior to forming a plurality of partitions; forming a plurality of partitions, wherein the partitions are droplets in an emulsion from a solution comprising the cells comprising the gap-filled plasmid and a label for detecting the presence of the plasmid, and wherein each of the partitions comprises an indicator for detecting the presence of the cell; incubating the partitions at a temperature to grow the cells and to express the protein in the partitions; detecting the presence of the functional protein in one or more of the partitions; detecting the presence of the cell in the partitions by detecting antibiotic resistance of the cell, endogenous nuclease activity from the cell, a fluorescent protein encoded by the gap-filled plasmid or a signal generated by a substrate cleaved by an enzyme encoded by the gap-filled plasmid; and determining the polymerase fidelity by determining a ratio of partitions with cells containing the functional protein to partitions with cells containing the non-functional protein.
An electronic device comprising: a first processor; a second processor; and a communication interface operatively connected to the first processor and the second processor; wherein the second processor is configured to: receive, when the communication interface receives information relating to a communication event while the first processor is in a sleep state, the information from the communication interface; generate an additional image corresponding to the communication event type while the first processor is in the sleep state; display a background image provided by the first processor before the first processor enters the sleep state and the additional image while the first processor is in the sleep state. a first processor; a second processor; and a communication interface operatively connected to the first processor and the second processor; wherein the second processor is configured to: receive, when the communication interface receives information relating to a communication event while the first processor is in a sleep state, the information from the communication interface; generate an additional image corresponding to the communication event type while the first processor is in the sleep state; display a background image provided by the first processor before the first processor enters the sleep state and the additional image while the first processor is in the sleep state. receive, when the communication interface receives information relating to a communication event while the first processor is in a sleep state, the information from the communication interface; generate an additional image corresponding to the communication event type while the first processor is in the sleep state; display a background image provided by the first processor before the first processor enters the sleep state and the additional image while the first processor is in the sleep state.
Piezoelectric user interface arrangement comprising: - a voltage converter configured to controllably generate voltage waveforms for driving one or more piezoelectric elements, said voltage converter having at least one control input (201, 206), and - a controller coupled to said at least one control input (201, 206) and configured to control an output voltage of said voltage converter by applying control signals to said at least one control input (201, 206), said controller having one or more scaling inputs (203, 204, 205); wherein said controller is configured to form said control signals to make said output voltage follow a target waveform as a function of time, and characterized in that, in case the original target waveform cannot be followed said controller scales said target waveform on the basis of scaling information received through said one or more scaling inputs (203, 204, 205, 208) so as to allow said output voltage to deviate from the original target waveform and follow the scaled target waveform. - a voltage converter configured to controllably generate voltage waveforms for driving one or more piezoelectric elements, said voltage converter having at least one control input (201, 206), and - a controller coupled to said at least one control input (201, 206) and configured to control an output voltage of said voltage converter by applying control signals to said at least one control input (201, 206), said controller having one or more scaling inputs (203, 204, 205); wherein said controller is configured to form said control signals to make said output voltage follow a target waveform as a function of time, and characterized in that, in case the original target waveform cannot be followed said controller scales said target waveform on the basis of scaling information received through said one or more scaling inputs (203, 204, 205, 208) so as to allow said output voltage to deviate from the original target waveform and follow the scaled target waveform.
A method for forming a composite fluid conduit, comprising: providing an inner pipe having a variation in cross-section between at least two different longitudinal sections thereof; and applying a fibre reinforced composite material to the inner pipe, the method comprising providing the inner pipe in a first form and then reforming the inner pipe to create a reformed pipe section having a desired shape prior to applying any fibre reinforced composite material, wherein the reformed pipe section provides a variation in cross-section between at least two longitudinal sections of the inner pipe and wherein the inner pipe is reformed using heat, the method additionally comprising fusing the composite material to the inner pipe to create a substantially monolithic structure, extending substantially continuously between the inner pipe and the composite material. providing an inner pipe having a variation in cross-section between at least two different longitudinal sections thereof; and applying a fibre reinforced composite material to the inner pipe, the method comprising providing the inner pipe in a first form and then reforming the inner pipe to create a reformed pipe section having a desired shape prior to applying any fibre reinforced composite material, wherein the reformed pipe section provides a variation in cross-section between at least two longitudinal sections of the inner pipe and wherein the inner pipe is reformed using heat, the method additionally comprising fusing the composite material to the inner pipe to create a substantially monolithic structure, extending substantially continuously between the inner pipe and the composite material.
Covering panel, characterised in that it comprises • a two- or three-dimensional layer of basalt fibres, • caps placed in openings made in the layer of basalt fibres to which they are attached, said caps being designed to be able to be attached by snapping onto an attachment element of the press stud type, and • a stiffening coating applied to the layer of basalt fibres. • a two- or three-dimensional layer of basalt fibres, • caps placed in openings made in the layer of basalt fibres to which they are attached, said caps being designed to be able to be attached by snapping onto an attachment element of the press stud type, and • a stiffening coating applied to the layer of basalt fibres.
A roller bearing comprising: an outer ring formed by connecting a plurality of arc-shaped outer ring members (22a, 22b) in a circumferential direction; and a plurality of rollers arranged along an inner diameter surface of said outer ring, wherein a slope surface is provided at one or each circumferential end on an inner diameter surface of said outer ring member, and wherein when it is assumed that a thickness of the thickest part of said outer ring member is to, and a thickness of said slope surface at the circumferential end is t, a relation is satisfied as follows. 0.05 ≤ t / t 0 ≤ 0.5 and when it is assumed that an inclination angle of said slope surface is Θ, a relation is satisfied as follows: 10 ° ≤ Θ ≤ 45 °, wherein a contour line of said slope surface is along a direction perpendicular to a revolution direction of said roller, and said outer ring member has an engagement claw provided at the circumferential end of said outer ring member and bent toward a radial outer side so as to engage with a housing. an outer ring formed by connecting a plurality of arc-shaped outer ring members (22a, 22b) in a circumferential direction; and a plurality of rollers arranged along an inner diameter surface of said outer ring, wherein a slope surface is provided at one or each circumferential end on an inner diameter surface of said outer ring member, and wherein when it is assumed that a thickness of the thickest part of said outer ring member is to, and a thickness of said slope surface at the circumferential end is t, a relation is satisfied as follows. 0.05 ≤ t / t 0 ≤ 0.5 and when it is assumed that an inclination angle of said slope surface is Θ, a relation is satisfied as follows: 10 ° ≤ Θ ≤ 45 °, wherein a contour line of said slope surface is along a direction perpendicular to a revolution direction of said roller, and said outer ring member has an engagement claw provided at the circumferential end of said outer ring member and bent toward a radial outer side so as to engage with a housing. wherein a contour line of said slope surface is along a direction perpendicular to a revolution direction of said roller, and said outer ring member has an engagement claw provided at the circumferential end of said outer ring member and bent toward a radial outer side so as to engage with a housing.
Self-propelled wrapping machine movable around a load for wrapping the latter with a film made of plastic material, comprising: - a self-propelled carriage provided with traction wheels, at least a directional wheel and guide means for guiding said carriage; - a column that is fixed to said carriage and slidably supports an unwinding unit of said film; characterized in that it comprises: - sensor means (11, 12, 13, 21) for detecting surfaces (S1, S2,...Sn) of said load in their total extension and along a detection direction nearly orthogonal to a support plane of said load and/or external edges (E1, E2,...En) of said load in their total extension and along said detection direction, and processing related signals; - a control unit for receiving from said sensor means (11, 12, 13, 21) said signals, calculating on the basis of said surfaces (S1, S2,...Sn) and/or external edges (E1, E2,...En) detected in their total extension by said sensor means (11, 12, 13, 21), a peripheral outline of plan maximum overall dimensions of said load and processing on the basis of said peripheral outline a wrapping path of said wrapping machine around said load so as to avoid collisions of said wrapping machine with the latter, said control unit further controlling said guide means in order to guide said wrapping machine along said winding path. - a self-propelled carriage provided with traction wheels, at least a directional wheel and guide means for guiding said carriage; - a column that is fixed to said carriage and slidably supports an unwinding unit of said film; - sensor means (11, 12, 13, 21) for detecting surfaces (S1, S2,...Sn) of said load in their total extension and along a detection direction nearly orthogonal to a support plane of said load and/or external edges (E1, E2,...En) of said load in their total extension and along said detection direction, and processing related signals; - a control unit for receiving from said sensor means (11, 12, 13, 21) said signals, calculating on the basis of said surfaces (S1, S2,...Sn) and/or external edges (E1, E2,...En) detected in their total extension by said sensor means (11, 12, 13, 21), a peripheral outline of plan maximum overall dimensions of said load and processing on the basis of said peripheral outline a wrapping path of said wrapping machine around said load so as to avoid collisions of said wrapping machine with the latter, said control unit further controlling said guide means in order to guide said wrapping machine along said winding path.
A pumping apparatus having an impeller (10a; 10c) which is rotationally supported about an axis of rotation (11a; 11b; 11c) for the conveyance of a pumpable medium, the pumping apparatus comprising: an inlet housing which spans a suction region upstream of the impeller (10a; 10c); a flow guiding element (14a; 14b; 14c) arranged at least partly within the suction region and intended to guide the medium flowing in the direction of the impeller (10a; 10c), wherein the at least one flow guiding element (14a; 14b; 14c; 15c) is arranged at least partially within the suction area; 14c, 15c) is formed at least partially in the form of a ring segment, with a minimum and/or maximum distance between the inlet housing and the at least one flow guide element (14a; 14b; 14c, 15c) which is at most equal to a radius of curvature (17a; 17c; 18c) of the flow guide element (14a; 14b; 14c; 15c), characterized in that the inlet housing forms a constriction upstream of the impeller (10a; 10c), into which the at least one flow guide element (14a; 14b; 14c) is introduced, wherein the flow element passes through the constriction, and wherein the at least one flow guide element (14a; 14b; 14c) is introduced in a stationary manner in the inlet housing.
Method for time distribution for a communication network of a vehicle, the network comprising: - a grandmaster with a grandmaster clock, - a fist slave connected directly to the grandmaster and comprising a first slave clock, and - a second slave connected indirectly via the first slave to the grandmaster and comprising a second slave clock, the method comprising: - sending, from the grandmaster to the first slave, a first time stamp taken from the grandmaster clock, - generating, at the first slave, a first time tuple including the received first time stamp of the grandmaster clock and a second time stamp taken from the first slave clock at the time of receiving the first time stamp, the method characterized by: - sending, from the first slave to the second slave: - a third time stamp taken from the first slave clock, - a fourth time stamp calculated based on the third time stamp and the first time tuple using a predefined calculation method, and - the first time tuple, - calculating, at the second slave, a fifth time stamp based on the third time stamp and the first time tuple using the predefined calculation method, and - comparing, at the second slave, the fifth time stamp to the fourth time stamp. - a grandmaster with a grandmaster clock, - a fist slave connected directly to the grandmaster and comprising a first slave clock, and - a second slave connected indirectly via the first slave to the grandmaster and comprising a second slave clock, the method comprising: - sending, from the grandmaster to the first slave, a first time stamp taken from the grandmaster clock, - generating, at the first slave, a first time tuple including the received first time stamp of the grandmaster clock and a second time stamp taken from the first slave clock at the time of receiving the first time stamp, the method characterized by: - sending, from the first slave to the second slave: - a third time stamp taken from the first slave clock, - a fourth time stamp calculated based on the third time stamp and the first time tuple using a predefined calculation method, and - the first time tuple, - a third time stamp taken from the first slave clock, - a fourth time stamp calculated based on the third time stamp and the first time tuple using a predefined calculation method, and - the first time tuple, - calculating, at the second slave, a fifth time stamp based on the third time stamp and the first time tuple using the predefined calculation method, and - comparing, at the second slave, the fifth time stamp to the fourth time stamp.
A process for preparing a telomerization catalyst precursor used in telomerization of butadiene that comprises dissolving one equivalent of palladium acetyl acetonate and from one to three equivalents of a tertiary phosphine ligand in a solvent that comprises methanol and, optionally, 1-methoxy-2,7-octadiene to yield a catalyst precursor solution wherein the tertiary phosphine ligand is represented formulaically as R 1 PR 2 and where R 1 is an aryl moiety or a substituted aryl moiety or an alkyl moiety or heteroatom-containing alkyl moiety with 1 to 12 carbon atoms, and R 2 is independently a heterocyclic oxaadamantyl group.
Method for operating a wireless device in a wireless communication network, the method comprising: configuring, by the wireless device, a reporting time window for transmitting a report to the wireless communication network; determining, by the wireless device, whether data transmission from the wireless device to the wireless communication network is scheduled for a transmission time within the reporting time window; transmitting the report together with the scheduled data transmission if it is determined that such is scheduled for a transmission time within the reporting time window characterized by further comprising configuring a measurement time independent of the reporting time window for measuring data on which the report is based on. configuring, by the wireless device, a reporting time window for transmitting a report to the wireless communication network; determining, by the wireless device, whether data transmission from the wireless device to the wireless communication network is scheduled for a transmission time within the reporting time window; transmitting the report together with the scheduled data transmission if it is determined that such is scheduled for a transmission time within the reporting time window characterized by further comprising configuring a measurement time independent of the reporting time window for measuring data on which the report is based on.