mhurhangee/ep-ind-claims huggingface dataset:
A voltage conversion circuit, wherein the voltage conversion circuit is configured to convert a first voltage into a second voltage, and comprises: a first power transistor; a second power transistor, wherein the second power transistor is cut off when the first power transistor is conductive and is conductive when the first power transistor is cut off; a first energy storage element; a second energy storage element, configured to be coupled to the first power transistor and the second power transistor, wherein when the first power transistor is conductive and the second power transistor is cut off, a power supply providing the first voltage charges the second energy storage element though the first energy storage element; when the first power transistor is cut off and the second power transistor is conductive, the second energy storage element discharges through the first energy storage element by using the second power transistor; a connection end for connecting the first energy storage element and the second energy storage element outputs the second voltage; and the second voltage depends on the first voltage, an ON time of the first power transistor, and an ON time of the second power transistor; and a bleed module, configured to be coupled to the first power transistor, wherein when the first power transistor is cut off and a voltage of a source of the first power transistor reaches a source threshold, provide a current path for a current flowing from the source of the first power transistor to ground. a first power transistor; a second power transistor, wherein the second power transistor is cut off when the first power transistor is conductive and is conductive when the first power transistor is cut off; a first energy storage element; a second energy storage element, configured to be coupled to the first power transistor and the second power transistor, wherein when the first power transistor is conductive and the second power transistor is cut off, a power supply providing the first voltage charges the second energy storage element though the first energy storage element; when the first power transistor is cut off and the second power transistor is conductive, the second energy storage element discharges through the first energy storage element by using the second power transistor; a connection end for connecting the first energy storage element and the second energy storage element outputs the second voltage; and the second voltage depends on the first voltage, an ON time of the first power transistor, and an ON time of the second power transistor; and a bleed module, configured to be coupled to the first power transistor, wherein when the first power transistor is cut off and a voltage of a source of the first power transistor reaches a source threshold, provide a current path for a current flowing from the source of the first power transistor to ground.
Process for the preparation of Apixaban of formula and solvates or hydrates thereof: by amidation reaction of the compound of formula: wherein R is chosen from the group comprising a linear or branched C 2 -C 6 alkyl, -CH 2 -CH -CH 2 - and -(R 1 O) n R 1 - wherein R 1 is a linear or branched C 2 -C 4 alkyl and n is an integer from 1 to 6.
A non-emulsified formulation of Cefditoren pivoxil or of a pharmaceutically acceptable salt thereof and lecithin for enhancing the oral bioavailability of said cefditoren pivoxil.
A method for detecting a target nucleic acid in a sample, said method comprising contacting said sample with: a hairpin oligonucleotide comprising, in the 5' to 3' direction, a first arbitrary sequence, an endonuclease recognition site, a sequence complementary to said first arbitrary sequence, a sequence complementary to the 3' end of a target nucleic acid, and a 3 '-end modification that prevents initiation of non-specific extension reactions from the 3' end of the hairpin oligonucleotide; a polymerase; and an endonuclease for a nicking reaction; to form a reaction mixture; allowing the 3' end sequence of the target nucleic acid to hybridize to the hairpin oligonucleotide at the sequence complementary to the 3' end of the target nucleic acid; initiating strand displacement replication at the 3' end of the target nucleic acid by the DNA polymerase by generating a double stranded extension sequence that includes a double stranded endonuclease recognition site and an oligonucleotide signal sequence that is complementary to the first arbitrary sequence; nicking the double stranded extension sequence by the endonuclease to generate an oligonucleotide signal sequence that is displaced from the hairpin by the DNA polymerase; and detecting the signal DNA, wherein the presence of the signal DNA detects the presence of the target nucleic acid in the sample. a hairpin oligonucleotide comprising, in the 5' to 3' direction, a first arbitrary sequence, an endonuclease recognition site, a sequence complementary to said first arbitrary sequence, a sequence complementary to the 3' end of a target nucleic acid, and a 3 '-end modification that prevents initiation of non-specific extension reactions from the 3' end of the hairpin oligonucleotide; a polymerase; and an endonuclease for a nicking reaction; to form a reaction mixture; allowing the 3' end sequence of the target nucleic acid to hybridize to the hairpin oligonucleotide at the sequence complementary to the 3' end of the target nucleic acid; initiating strand displacement replication at the 3' end of the target nucleic acid by the DNA polymerase by generating a double stranded extension sequence that includes a double stranded endonuclease recognition site and an oligonucleotide signal sequence that is complementary to the first arbitrary sequence; nicking the double stranded extension sequence by the endonuclease to generate an oligonucleotide signal sequence that is displaced from the hairpin by the DNA polymerase; and detecting the signal DNA, wherein the presence of the signal DNA detects the presence of the target nucleic acid in the sample.
Method for producing an antireflection coating on a substrate, comprising the method steps: - generating a first nanostructure in a first material by means of a first plasma etching process, wherein the first material is the material of the substrate or the material of a layer made of a first organic material applied onto the substrate, - applying a layer made of a second material onto the first nanostructure, wherein the second material is an organic material, and - generating a second nanostructure in the layer made of the second material by means of a second plasma etching process, wherein the second material has a higher etching rate than the first material when carrying out the second plasma etching process. - generating a first nanostructure in a first material by means of a first plasma etching process, wherein the first material is the material of the substrate or the material of a layer made of a first organic material applied onto the substrate, - applying a layer made of a second material onto the first nanostructure, wherein the second material is an organic material, and - generating a second nanostructure in the layer made of the second material by means of a second plasma etching process, wherein the second material has a higher etching rate than the first material when carrying out the second plasma etching process.
Apparatus for adjusting a light module around a horizontal or vertical axis with a carrier for holding an actuator, with an adjustment device and with the actuator, where - the actuator acts on the adjustment device with a linear adjusting element that can be moved in an adjustment direction - the adjustment device can be connected to a holder of the light module via a ball joint (5, 6) - the adjustment device is embodied as a one-piece adjustment element, - the adjustment element is supported by a first joint at a free end of the linear adjustment element and - the adjustment element is connected to the carrier via a second joint, wherein the adjustment element, the linear adjustment element and the carrier are embodied such that - the adjusting element is swivel-mounted to a first rotary axis of a first swivel joint running perpendicular to the adjustment device and - the adjusting element is swivel-mounted to a second rotary axis running perpendicular to the first rotary axis of a second swivel joint. - the actuator acts on the adjustment device with a linear adjusting element that can be moved in an adjustment direction - the adjustment device can be connected to a holder of the light module via a ball joint (5, 6) - the adjustment device is embodied as a one-piece adjustment element, - the adjustment element is supported by a first joint at a free end of the linear adjustment element and - the adjustment element is connected to the carrier via a second joint, - the adjusting element is swivel-mounted to a first rotary axis of a first swivel joint running perpendicular to the adjustment device and - the adjusting element is swivel-mounted to a second rotary axis running perpendicular to the first rotary axis of a second swivel joint.
A hybrid cooling device, comprising: a phase change system that includes a cold plate, a radiator, and an integrated channel connecting the cold plate and the radiator; an assembly clamp to position electronic hardware to be cooled between the assembly clamp and the cold plate, wherein the radiator is positioned above the cold plate, and wherein the cold plate is positioned vertically to be attached to the electronic hardware when the assembly clamp clamps onto the cold plate, such that the radiator functions as a condensing unit to condense the vapor elevated from the cold plate back to liquid by extracting its latent heat from the vapor such that the liquid returns to the cold plate driven by the gravity force; a peripheral bus; and one or more fans to provide air cooling the radiator and the electronic hardware, wherein the electronic hardware includes a printed circuit board and an electronic device packaged thereon, the electronic device including one or more of a chip or a power electronic, and the electronic device being an integrated peripheral device packaged on the printed circuit board is connectable to the peripheral bus, wherein the assembly clamp comprises an elastic channel, a moving axis, and two assembly shafts and; wherein the two assembly shafts and are connected together; and wherein one end of the assembly shaft is inserted into the elastic channel through the moving axis and is moveable in the elastic channel. a phase change system that includes a cold plate, a radiator, and an integrated channel connecting the cold plate and the radiator; an assembly clamp to position electronic hardware to be cooled between the assembly clamp and the cold plate, wherein the radiator is positioned above the cold plate, and wherein the cold plate is positioned vertically to be attached to the electronic hardware when the assembly clamp clamps onto the cold plate, such that the radiator functions as a condensing unit to condense the vapor elevated from the cold plate back to liquid by extracting its latent heat from the vapor such that the liquid returns to the cold plate driven by the gravity force; a peripheral bus; and one or more fans to provide air cooling the radiator and the electronic hardware, wherein the electronic hardware includes a printed circuit board and an electronic device packaged thereon, the electronic device including one or more of a chip or a power electronic, and the electronic device being an integrated peripheral device packaged on the printed circuit board is connectable to the peripheral bus, wherein the assembly clamp comprises an elastic channel, a moving axis, and two assembly shafts and; wherein the two assembly shafts and are connected together; and wherein one end of the assembly shaft is inserted into the elastic channel through the moving axis and is moveable in the elastic channel.
A method for high-speed reading out information from an at least partially transparent data carrier, the method comprising the steps of: illuminating an at least partially transparent data carrier from a first side through a high numerical aperture objective having a numerical aperture of at least 0.5, wherein the data carrier comprises a ceramic substrate and a ceramic coating layer, wherein the material of the substrate is different from the material of the coating layer; imaging the at least partially transparent data carrier from the first side in reflection mode through the high numerical aperture objective in order to generate focus view data; imaging the at least partially transparent data carrier from a second, opposite side in transmission mode through a low numerical aperture objective having a numerical aperture of less than 0.3 in order to generate wide angle data; and combining the focus view data and the wide angle data in order to generate an image comprising a wide angle view of at least a section of the data carrier with a subsection of said image having a higher resolution than the rest of the image. illuminating an at least partially transparent data carrier from a first side through a high numerical aperture objective having a numerical aperture of at least 0.5, wherein the data carrier comprises a ceramic substrate and a ceramic coating layer, wherein the material of the substrate is different from the material of the coating layer; imaging the at least partially transparent data carrier from the first side in reflection mode through the high numerical aperture objective in order to generate focus view data; imaging the at least partially transparent data carrier from a second, opposite side in transmission mode through a low numerical aperture objective having a numerical aperture of less than 0.3 in order to generate wide angle data; and combining the focus view data and the wide angle data in order to generate an image comprising a wide angle view of at least a section of the data carrier with a subsection of said image having a higher resolution than the rest of the image.
A fluid flow arrangement, comprising: a manifold defining a fluid passage; a pressure sensor system in fluid communication with the fluid passage, the pressure sensor system having a first sensor arranged along a first sense line and a second sensor arranged along a second sense line, the first and second sense lines in fluid communication with the fluid passage, the first sense line having a first resonant frequency, and the second sense line having a second resonant frequency, characterized by the second resonant frequency being different than the first resonant frequency. a manifold defining a fluid passage; a pressure sensor system in fluid communication with the fluid passage, the pressure sensor system having a first sensor arranged along a first sense line and a second sensor arranged along a second sense line, the first and second sense lines in fluid communication with the fluid passage, the first sense line having a first resonant frequency, and the second sense line having a second resonant frequency, characterized by the second resonant frequency being different than the first resonant frequency.
A bearing assembly, comprising: an inner member having an outer engagement surface; an outer race having: an inner surface defining a first end and a second end and an inner engagement surface therebetween, the inner engagement surface being positioned on the outer engagement surface of the inner member and contoured to a shape complementary to the outer engagement surface of the inner member such that the outer engagement surface of the inner member is slidably and rotatably engaged with the inner engagement surface of the outer race; a first annular groove formed in the inner surface, proximate one of the first end and the second end; a second annular groove formed in the inner surface and being positioned axially inward from the first annular groove; an external seal positioned in first annular groove and slidably engaging the inner member; and an internal seal positioned in the second annular groove and slidingly engaging the inner member, characterised in that the external seal defining an axially positioned inner edge and an axially positioned outer edge, the inner edge engages the outer race and the outer edge engages a third annular groove defined in the inner member. an inner member having an outer engagement surface; an outer race having: an inner surface defining a first end and a second end and an inner engagement surface therebetween, the inner engagement surface being positioned on the outer engagement surface of the inner member and contoured to a shape complementary to the outer engagement surface of the inner member such that the outer engagement surface of the inner member is slidably and rotatably engaged with the inner engagement surface of the outer race; a first annular groove formed in the inner surface, proximate one of the first end and the second end; a second annular groove formed in the inner surface and being positioned axially inward from the first annular groove; an inner surface defining a first end and a second end and an inner engagement surface therebetween, the inner engagement surface being positioned on the outer engagement surface of the inner member and contoured to a shape complementary to the outer engagement surface of the inner member such that the outer engagement surface of the inner member is slidably and rotatably engaged with the inner engagement surface of the outer race; a first annular groove formed in the inner surface, proximate one of the first end and the second end; a second annular groove formed in the inner surface and being positioned axially inward from the first annular groove; an external seal positioned in first annular groove and slidably engaging the inner member; and an internal seal positioned in the second annular groove and slidingly engaging the inner member, characterised in that the external seal defining an axially positioned inner edge and an axially positioned outer edge, the inner edge engages the outer race and the outer edge engages a third annular groove defined in the inner member.
Joint arrangement for a motor vehicle, in particular in chassis or steering parts, in the case of which a joint ball which is extended through by a pin body (12; 112; 212; 312) is mounted, movably relative to a housing surrounding the joint ball, by way of a rubber-elastic intermediate layer, wherein a boundary surface, facing toward the pin body (12; 112; 212; 312), of the joint ball is formed as a radially inner surface of a dimensionally stable sleeve body, wherein the pin body (12; 112; 212; 312) is arranged rotatably in the sleeve body, wherein a gap is formed in a radial direction between the pin body (12; 112; 212; 312) and the joint ball, characterized in that - the joint ball is mounted movably relative to one or more support rings by way of the rubber-elastic intermediate layer, - the pin body (12; 112; 212; 312) is secured in the sleeve body, such that the pin body (12; 112; 212; 312) is prevented from moving axially relative to the sleeve body, by way of axial securing means (20; 120), - the sleeve body is formed in one piece with the joint ball and - the axial edges of the gap are secured by way of seals. - the joint ball is mounted movably relative to one or more support rings by way of the rubber-elastic intermediate layer, - the pin body (12; 112; 212; 312) is secured in the sleeve body, such that the pin body (12; 112; 212; 312) is prevented from moving axially relative to the sleeve body, by way of axial securing means (20; 120), - the sleeve body is formed in one piece with the joint ball and - the axial edges of the gap are secured by way of seals.
A pharmaceutical composition for use in a method of treating non-small cell lung cancer comprising a combination of: (i) 4-(3-chloro-4-(cyclopropylaminocarbonyl)aminophenoxy)-7-methoxy-6-quinolinecarboxamide, a pharmacologically acceptable salt thereof or a solvate thereof; and (ii) cisplatin. (i) 4-(3-chloro-4-(cyclopropylaminocarbonyl)aminophenoxy)-7-methoxy-6-quinolinecarboxamide, a pharmacologically acceptable salt thereof or a solvate thereof; and (ii) cisplatin.
A method for processing a reference signal, comprising: sending by an evolved NodeB, eNB, to which a cell in a belonged coordinated multipoint transmission/reception, CoMP, set belongs, in a specified pilot position, a reference signal to a target user equipment, UE, and performing data puncturing with respect to data symbols that are simultaneously sent by an evolved NodeB, eNB, to which another cell in the belonged coordinated multipoint transmission/reception, CoMP, set belongs in positions corresponding to the specified pilot position; wherein, the specified pilot position is orthogonally separated from a reference signal pilot position of another cell in the CoMP set; and the another cell is a cell other than a cell corresponding to the specified pilot position, wherein the method further comprises: notifying the target UE of the specified pilot position, wherein the notifying the target UE of the specified pilot position is characterised by, sending information comprising a cell ID and a virtual ID that is related to a common feature of the CoMP set to the target UE, wherein the cell ID and the virtual ID are bound to the specified pilot position; or sending high-layer signaling comprising the specified pilot position to the target UE. sending by an evolved NodeB, eNB, to which a cell in a belonged coordinated multipoint transmission/reception, CoMP, set belongs, in a specified pilot position, a reference signal to a target user equipment, UE, and performing data puncturing with respect to data symbols that are simultaneously sent by an evolved NodeB, eNB, to which another cell in the belonged coordinated multipoint transmission/reception, CoMP, set belongs in positions corresponding to the specified pilot position; wherein, the specified pilot position is orthogonally separated from a reference signal pilot position of another cell in the CoMP set; and the another cell is a cell other than a cell corresponding to the specified pilot position, wherein the method further comprises: notifying the target UE of the specified pilot position, wherein the notifying the target UE of the specified pilot position is characterised by, sending information comprising a cell ID and a virtual ID that is related to a common feature of the CoMP set to the target UE, wherein the cell ID and the virtual ID are bound to the specified pilot position; or sending high-layer signaling comprising the specified pilot position to the target UE. notifying the target UE of the specified pilot position, wherein the notifying the target UE of the specified pilot position is characterised by, sending information comprising a cell ID and a virtual ID that is related to a common feature of the CoMP set to the target UE, wherein the cell ID and the virtual ID are bound to the specified pilot position; or sending high-layer signaling comprising the specified pilot position to the target UE.