mhurhangee/ep-ind-claims huggingface dataset:
A tubular artificial blood vessel, wherein the artificial blood vessel has one or more layers formed using a resin composition I comprising: 100 parts by mass of the component hydrogenated block copolymer; 300 parts by mass or more and 1000 parts by mass or less of the component oil; and 0.1 parts by mass or more and 150 parts by mass or less of the component lubricant; wherein the artificial blood vessel has, on an exterior of the layer formed using the resin composition I, a layer formed using a resin composition II that has a different constitution from the resin composition I, and the artificial blood vessel has, on an interior of the layer formed using the resin composition I, a layer formed using a resin composition III that has a different constitution from the resin composition I, the resin compositions II and III comprising: 100 parts by mass of the component hydrogenated block copolymer; 50 parts by mass or more and 1000 parts by mass or less of the component oil; and less than 0.1 parts by mass of the component lubricant; wherein the component contains one or more hydrogenated products of an aromatic vinyl-conjugated diene block copolymer containing a block unit derived from an aromatic vinyl compound and a block unit derived from a conjugated diene; and wherein the component lubricant comprises at least one lubricant selected from the group consisting of an ionic surfactant and a nonionic surfactant. wherein the artificial blood vessel has one or more layers formed using a resin composition I comprising: 100 parts by mass of the component hydrogenated block copolymer; 300 parts by mass or more and 1000 parts by mass or less of the component oil; and 0.1 parts by mass or more and 150 parts by mass or less of the component lubricant; wherein the artificial blood vessel has, on an exterior of the layer formed using the resin composition I, a layer formed using a resin composition II that has a different constitution from the resin composition I, and the artificial blood vessel has, on an interior of the layer formed using the resin composition I, a layer formed using a resin composition III that has a different constitution from the resin composition I, the resin compositions II and III comprising: 100 parts by mass of the component hydrogenated block copolymer; 50 parts by mass or more and 1000 parts by mass or less of the component oil; and less than 0.1 parts by mass of the component lubricant; wherein the component contains one or more hydrogenated products of an aromatic vinyl-conjugated diene block copolymer containing a block unit derived from an aromatic vinyl compound and a block unit derived from a conjugated diene; and wherein the component lubricant comprises at least one lubricant selected from the group consisting of an ionic surfactant and a nonionic surfactant.
An electricity metering device for metering electric power consumption comprising - a mains side including - a metering unit, connected to - a first processing unit, - an isolated side including - a second processing unit, connected to - a communication unit, - wherein the mains side and the isolated side are digitally isolated from each other, and - the first processing unit is connected to the second processing unit by a first interface, - the metering unit is connected to the second processing unit by a second interface. - a mains side including - a metering unit, connected to - a first processing unit, - a metering unit, connected to - a first processing unit, - an isolated side including - a second processing unit, connected to - a communication unit, - a second processing unit, connected to - a communication unit, - wherein the mains side and the isolated side are digitally isolated from each other, and - the first processing unit is connected to the second processing unit by a first interface, - the metering unit is connected to the second processing unit by a second interface. - the first processing unit is connected to the second processing unit by a first interface, - the metering unit is connected to the second processing unit by a second interface.
A batching system for use in a food packaging system, said batching system comprising: a plurality of filling stations; and means for transporting predefined batches provided from a delivery position to at least one of said plurality of filling stations; a weigher operable to provide food product in said predefined batches at the delivery position; and a batching table having the plurality of filling stations, the filling stations being positioned substantially equidistantly around an axis of a predefined delivery position. a plurality of filling stations; and means for transporting predefined batches provided from a delivery position to at least one of said plurality of filling stations; a weigher operable to provide food product in said predefined batches at the delivery position; and a batching table having the plurality of filling stations, the filling stations being positioned substantially equidistantly around an axis of a predefined delivery position.
A transdermal patch, comprising: a first backing layer comprised of an elastic material; an interfacing adhesive layer; a second backing layer comprised of a plurality of segments that are at least partially separated; an adhesive active agent layer comprising at least one active agent; and a release liner; wherein the second backing layer and the adhesive active agent layer together form a composite layer where the composite layer is comprised of a plurality of segments that are at least partially separated; and wherein the composite layer further comprises a contact adhesive layer positioned between the adhesive active agent layer and the release liner. a first backing layer comprised of an elastic material; an interfacing adhesive layer; a second backing layer comprised of a plurality of segments that are at least partially separated; an adhesive active agent layer comprising at least one active agent; and a release liner; wherein the second backing layer and the adhesive active agent layer together form a composite layer where the composite layer is comprised of a plurality of segments that are at least partially separated; and wherein the composite layer further comprises a contact adhesive layer positioned between the adhesive active agent layer and the release liner.
Timepiece comprising a case, in which an electronic module supplying at least one item of information is arranged, wherein said at least one item of information is displayed on a dial by display means, the electronic module additionally comprising a communication unit having an optical receiving device, wherein said optical receiving device comprises at least one photoelectric receiver arranged to face a first aperture formed on the dial so that an optical signal can be received by said optical receiver, characterized in taht said optical receiving device additionally comprises an occultation device interposed between the dial and the photoelectric receiver and movably mounted to be able to obstruct or let through the external optical signal.
A peptide for use as a biomarker for detection of cognitive impairment, wherein the peptide is Prothrombin derived peptide THRB consisting of amino acid sequence expressed by Sequence No. 14, a peptide consisting of an amino acid sequence derived from Sequence No. 14 by deletion, exchange and/or addition of one to three amino acids, or a glycated form of said peptides; and wherein the glycated form of said peptides is a form where a sugar chain or sugar chains have been added to the peptide. the peptide is Prothrombin derived peptide THRB consisting of amino acid sequence expressed by Sequence No. 14, a peptide consisting of an amino acid sequence derived from Sequence No. 14 by deletion, exchange and/or addition of one to three amino acids, or a glycated form of said peptides; and wherein the glycated form of said peptides is a form where a sugar chain or sugar chains have been added to the peptide.
A pump comprising: a plate-shaped member (11, 11A-J) including: a vibrating plate in which a piezoelectric element (12, 12D) is disposed on one principal surface, a support plate, and a plurality of support members (115, 115J) that connect the vibrating plate and the support plate and support the vibrating plate so that the vibrating plate is configured to vibrate in a principal surface direction, and including: a first vent hole between the plurality of support members (115, 115J); a flow path forming member (15, 15H-J, 16) disposed so as to face the plate-shaped member (11, 11A-J) and having a second vent hole in a portion facing the plate-shaped member (11, 11A-J); a pump chamber that is formed so as to be surrounded by the plate-shaped member (11, 11A-J), the flow path forming member (15, 15H-J, 16), and a side wall member connected to the plate-shaped member (11, 11A-J) and the flow path forming member (15, 15H-J, 16) and has a central space communicating with the second vent hole and an outer edge space communicating with the first vent hole; and a first film valve disposed in the pump chamber, wherein the first film valve is in contact with the vibrating plate and the flow path forming member (15, 15H-J, 16) when a pressure in the central space is lower than a pressure in the outer edge space. a plate-shaped member (11, 11A-J) including: a vibrating plate in which a piezoelectric element (12, 12D) is disposed on one principal surface, a support plate, and a plurality of support members (115, 115J) that connect the vibrating plate and the support plate and support the vibrating plate so that the vibrating plate is configured to vibrate in a principal surface direction, and including: a first vent hole between the plurality of support members (115, 115J); a vibrating plate in which a piezoelectric element (12, 12D) is disposed on one principal surface, a support plate, and a plurality of support members (115, 115J) that connect the vibrating plate and the support plate and support the vibrating plate so that the vibrating plate is configured to vibrate in a principal surface direction, and including: a first vent hole between the plurality of support members (115, 115J); a flow path forming member (15, 15H-J, 16) disposed so as to face the plate-shaped member (11, 11A-J) and having a second vent hole in a portion facing the plate-shaped member (11, 11A-J); a pump chamber that is formed so as to be surrounded by the plate-shaped member (11, 11A-J), the flow path forming member (15, 15H-J, 16), and a side wall member connected to the plate-shaped member (11, 11A-J) and the flow path forming member (15, 15H-J, 16) and has a central space communicating with the second vent hole and an outer edge space communicating with the first vent hole; and a first film valve disposed in the pump chamber, wherein the first film valve is in contact with the vibrating plate and the flow path forming member (15, 15H-J, 16) when a pressure in the central space is lower than a pressure in the outer edge space.
An artificial nucleic acid-cleaving enzyme comprising: a nuclease domain which is a polypeptide containing an amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3, or a mutant polypeptide thereof; and a nucleic acid-binding domain, wherein the mutant polypeptide is a polypeptide containing an amino acid sequence having at least 90% sequence identity with the amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3 and having nuclease activity, and wherein the nucleic acid-binding domain contains a zinc finger, TALE, CRISPR/Cas, or pentatricopeptide repeat. a nuclease domain which is a polypeptide containing an amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3, or a mutant polypeptide thereof; and a nucleic acid-binding domain, wherein the mutant polypeptide is a polypeptide containing an amino acid sequence having at least 90% sequence identity with the amino acid sequence set forth at positions 391 to 585 of SEQ ID NO: 1 or positions 389 to 579 of SEQ ID NO: 3 and having nuclease activity, and wherein the nucleic acid-binding domain contains a zinc finger, TALE, CRISPR/Cas, or pentatricopeptide repeat.
Method for estimating the series or parallel nature and the location of an arc in a photovoltaic device, comprising N (N=1 or N>1) strings (100, 101) of photovoltaic modules (100 1 - 100 3, 101 1 - 101 3), connected to a charge device having a capacitive behaviour for the modules, said method comprising: a) measuring, at the terminals of each of the modules of each string (100, 101), the evolution of the voltage over time, at least during the formation of an electric arc, b) identifying the modules at the terminals of which a voltage variation occurs between a first duration during which the voltage has a substantially stable slope and a second duration during which the voltage has a substantially stable slope for a duration of at least 5 μs, which immediately follows said voltage variation, and identifying the positive or negative direction of each voltage variation, c) estimating the series or parallel nature and the location of the arc in the photovoltaic device, based on the information on the modules at the terminals of which a voltage variation occurs, and the sign of each voltage variation. a) measuring, at the terminals of each of the modules of each string (100, 101), the evolution of the voltage over time, at least during the formation of an electric arc, b) identifying the modules at the terminals of which a voltage variation occurs between a first duration during which the voltage has a substantially stable slope and a second duration during which the voltage has a substantially stable slope for a duration of at least 5 μs, which immediately follows said voltage variation, and identifying the positive or negative direction of each voltage variation, c) estimating the series or parallel nature and the location of the arc in the photovoltaic device, based on the information on the modules at the terminals of which a voltage variation occurs, and the sign of each voltage variation.
A particle-comprising polyether alcohol which can be prepared by in-situ polymerization of olefinically unsaturated monomers in a polyether alcohol, wherein the polymerization is carried out in the presence of at least one compound comprising a polysiloxane chain to which at least one polyether chain comprising at least one reactive hydrogen atom and a polyether chain comprising at least one olefinic double bond are bound.
A method of securing an assembly of a drug delivery system, comprising the steps of: threadingly interconnecting at least a first component and a second component of the assembly by a screw thread, thereby assembling a telescoping assembly in a closed configuration thereof ready for placement into the drug delivery system, wherein relative rotation between said first and second components (102, 104) causes extension of said telescoping assembly; inserting a locking bit of an assembly key through a bit aperture of the first component and into a slot of the second component, aligned with the bit aperture, thereby securing the telescoping assembly in said closed configuration, preventing relative rotation between said first component and said second component and preventing linear extension of the telescoping assembly; and transporting the assembly with the assembly key installed. threadingly interconnecting at least a first component and a second component of the assembly by a screw thread, thereby assembling a telescoping assembly in a closed configuration thereof ready for placement into the drug delivery system, wherein relative rotation between said first and second components (102, 104) causes extension of said telescoping assembly; inserting a locking bit of an assembly key through a bit aperture of the first component and into a slot of the second component, aligned with the bit aperture, thereby securing the telescoping assembly in said closed configuration, preventing relative rotation between said first component and said second component and preventing linear extension of the telescoping assembly; and transporting the assembly with the assembly key installed.
Carriage having first running rollers, second running rollers and having a braking module for an overhead suspended conveyor, which braking module has a housing, a first shaft and a second shaft, a hydraulic pump being arranged in the housing of the braking module and parts of the said hydraulic pump being connected to the first shaft, characterized in that the hydraulic pump comprises at least one drive wheel which is configured as a gearwheel and one output wheel which is configured as a gearwheel, it being possible for the drive wheel to be driven by the first shaft and the output wheel being arranged freely rotatably on the second shaft, and an intermediate space for receiving a liquid being configured between teeth of the drive wheel and/or the output wheel and the housing, and it being possible for the drive wheel to be driven by the first running rollers which are connected to the first shaft.
Connecting element for connecting two route guidance elements, wherein the connecting element has a triangular basic shape with a base and two legs (3, 4) and at least one leg (3, 4) has a recess (20, 20') for receiving a web (31, 32) or projection of a route guidance element, characterised in that the recess (20, 20') is groove-shaped with a groove bottom and preferably extends over the entire length of the leg (3, 4).
A distance measuring device (1, 100) comprising: a light emission portion configured to emit light; a light receiving portion configured to receive measurement light that is emitted by the light emission portion and reflected by a measurement object, the light receiving portion comprising a plurality of pixels, each pixel having at least one light receiving portion and being configured to output a light reception signal that depends on the measurement light incident on the pixel; a discrimination portion configured to discriminate whether the pixel receives measurement light or ambient light only and to output a discrimination result indicating whether the light received by the pixel includes measurement light or ambient light only; a pixel output control portion configured to selectively output the light reception signal of each pixel individually, depending on the discrimination result of the discrimination portion; and an evaluation portion configured to receive the light reception signals output by the pixel output control portion and to output a distance signal that is indicative of a distance between the measuring device (1, 100) and the measurement object, based on these light reception signals, wherein the pixel output control portion is configured to output the light reception signal of those pixels for which the discrimination portion determines that measurement light is received. a light emission portion configured to emit light; a light receiving portion configured to receive measurement light that is emitted by the light emission portion and reflected by a measurement object, the light receiving portion comprising a plurality of pixels, each pixel having at least one light receiving portion and being configured to output a light reception signal that depends on the measurement light incident on the pixel; a discrimination portion configured to discriminate whether the pixel receives measurement light or ambient light only and to output a discrimination result indicating whether the light received by the pixel includes measurement light or ambient light only; a pixel output control portion configured to selectively output the light reception signal of each pixel individually, depending on the discrimination result of the discrimination portion; and an evaluation portion configured to receive the light reception signals output by the pixel output control portion and to output a distance signal that is indicative of a distance between the measuring device (1, 100) and the measurement object, based on these light reception signals, wherein the pixel output control portion is configured to output the light reception signal of those pixels for which the discrimination portion determines that measurement light is received.
A method of preparing a vinyl chloride-based copolymer, the method comprising adding an unsaturated fatty acid ester mixture to a vinyl chloride-based monomer and performing polymerization, wherein the adding is performed by continuous addition or divided addition of at least two times at a polymerization conversion rate of the vinyl chloride-based monomer of 35% or less, wherein the continuous addition is performed in which the addition is started when the polymerization conversion rate is 1% or more, the addition is terminated when the polymerization conversion rate is 35% or less, and an entire amount of the mixture used is added at a constant rate from the start to the termination of the addition, wherein the divided addition is performed in which a first fraction of an entire amount of the mixture is primarily added when the polymerization conversion rate is in a range of 1% to 15%, and a remaining second fraction, excluding the first fraction, of the entire amount of the mixture is secondarily added when the polymerization conversion rate is in a range of 25% to 35%, wherein the polymerization conversion rate is measured by using a butane tracer equipped with gas chromatography, wherein the unsaturated fatty acid ester mixture is a mixture of a cis isomer of an unsaturated fatty acid ester and a trans isomer of the unsaturated fatty acid ester, the cis isomer of the unsaturated fatty acid ester and the trans isomer of the unsaturated fatty acid ester in the mixture have a weight ratio of 60:40 to 99:1, and wherein the cis isomer of the unsaturated fatty acid ester is a compound represented by Formula 1, and the trans isomer of the unsaturated fatty acid ester is a compound represented by Formula 2: in Formula 1 or 2, R 1 to R 4 are selected from the group consisting of an alkyl group having 2 to 16 carbon atoms, a cycloalkyl group having 3 to 16 carbon atoms, and a combination thereof.