mhurhangee/ep-ind-claims huggingface dataset:
A method for methylation analysis, comprising a) treating genomic DNA with one or more reagents to convert unmethylated cytosine bases to uracil sulfonate or to another base having a different binding behavior than cytosine, while methylated cytosine remains unchanged; b) amplifying the treated DNA by means of i) an oligonucleotide comprising or consisting of a sequence defined by SEQ ID NO: 5 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; and ii) an oligonucleotide comprising or consisting of a sequence as defined by SEQ ID NO: 44 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; wherein said oligonucleotides are suitable for use as primers; c) deducing the presence or absence of methylation of the CpG dinucleotides amplified in step b) from the results of step b). a) treating genomic DNA with one or more reagents to convert unmethylated cytosine bases to uracil sulfonate or to another base having a different binding behavior than cytosine, while methylated cytosine remains unchanged; b) amplifying the treated DNA by means of i) an oligonucleotide comprising or consisting of a sequence defined by SEQ ID NO: 5 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; and ii) an oligonucleotide comprising or consisting of a sequence as defined by SEQ ID NO: 44 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; wherein said oligonucleotides are suitable for use as primers; i) an oligonucleotide comprising or consisting of a sequence defined by SEQ ID NO: 5 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; and ii) an oligonucleotide comprising or consisting of a sequence as defined by SEQ ID NO: 44 or a variant thereof with 5'-terminal and/or 3'-terminal deletion of 1, 2, 3, 4 or 5 nucleotides; c) deducing the presence or absence of methylation of the CpG dinucleotides amplified in step b) from the results of step b).
An endoscope comprising: a distal end housing which is provided at a distal end of an endoscope insertion unit; an observation window which is provided at the distal end housing and configured to be capable of observing an outside of the distal end housing from the inside of the distal end housing; an imaging part which is provided inside the distal end housing and configured to image an imaging target which is positioned outside the distal end housing through the observation window; an imaging part moving unit which is configured to move the imaging part with respect to the observation window and to change a range of an imaging view field of the imaging part; and a cleaning unit configured to clean an outer surface of the observation window; characterized by a synchronizing unit which is configured to synchronize a change operation of a range of an imaging view field of the imaging part by the imaging part moving unit with a cleaning operation by the cleaning unit. a distal end housing which is provided at a distal end of an endoscope insertion unit; an observation window which is provided at the distal end housing and configured to be capable of observing an outside of the distal end housing from the inside of the distal end housing; an imaging part which is provided inside the distal end housing and configured to image an imaging target which is positioned outside the distal end housing through the observation window; an imaging part moving unit which is configured to move the imaging part with respect to the observation window and to change a range of an imaging view field of the imaging part; and a cleaning unit configured to clean an outer surface of the observation window; characterized by a synchronizing unit which is configured to synchronize a change operation of a range of an imaging view field of the imaging part by the imaging part moving unit with a cleaning operation by the cleaning unit.
A carrying mechanism being used in sheet metal feed in the sheet metal processing machines, composed of a stationary chassis and a mobile plate group, the carrying mechanism comprising a rotation shaft provided between said chassis and said mobile plate group, an arm mechanism that rotates the mobile plate group around said rotation shaft axis (a) between a loading and unloading position and a drive unit in contact with said arm mechanism; said carrying mechanism being characterised by comprising a mechanical inhibitor structured on the stationary chassis and reducing the force coming on the arm mechanism as the mobile plate group comes to unloading position, wherein said mechanical inhibitor comprises a cylindrical spring housing, a tong protruding outwards from said spring housing and a cylindrical reel provided at the tip of said tong.
A motorcycle, comprising: a body frame; a wheel (23, 28); an electronically controlled suspension system (2, 3) that generates damping force at a cushion member (19, 30) provided between the body frame and the wheel (23, 28); a power supply that supplies power to the electronically controlled suspension system (2, 3); a controller that controls the damping characteristic of the cushion member (19, 30) and the on/off state of power supply to the electronically controlled suspension system (2, 3) from the power supply; an operation detector (37, 63, 57) that detects operation to the electronically controlled suspension system (2, 3); and a traveling state detector (24a, 55) that detects the traveling state of the motorcycle, the controller determining whether it is necessary to supply power to the electronically controlled suspension system (2, 3) based on a detection result by the traveling state detector (24a, 55), and determining whether it is necessary to supply power to the electronically controlled suspension system (2, 3) based on a detection result by the operation detector (37, 63, 57), characterized in that the controller controls the damping characteristic of the cushion member (19, 30) by supplying valves (52F, 52R, 53F, 53R) with constant current corresponding to damping force to be generated at the cushion member (19, 30), and the controller turns off power supply to the electronically controlled suspension system (2, 3) from the power supply if it is both determined that it is not necessary to supply power based on each determination result. a body frame; a wheel (23, 28); an electronically controlled suspension system (2, 3) that generates damping force at a cushion member (19, 30) provided between the body frame and the wheel (23, 28); a power supply that supplies power to the electronically controlled suspension system (2, 3); a controller that controls the damping characteristic of the cushion member (19, 30) and the on/off state of power supply to the electronically controlled suspension system (2, 3) from the power supply; an operation detector (37, 63, 57) that detects operation to the electronically controlled suspension system (2, 3); and a traveling state detector (24a, 55) that detects the traveling state of the motorcycle, the controller determining whether it is necessary to supply power to the electronically controlled suspension system (2, 3) based on a detection result by the traveling state detector (24a, 55), and determining whether it is necessary to supply power to the electronically controlled suspension system (2, 3) based on a detection result by the operation detector (37, 63, 57), the controller controls the damping characteristic of the cushion member (19, 30) by supplying valves (52F, 52R, 53F, 53R) with constant current corresponding to damping force to be generated at the cushion member (19, 30), and the controller turns off power supply to the electronically controlled suspension system (2, 3) from the power supply if it is both determined that it is not necessary to supply power based on each determination result.
Epilame-coated product including a substrate having a rhodium or gold plated surface on which an epilame is deposited, characterized in that the product further includes an adhesion layer located between the substrate and the epilame and having chemical affinity with said epilame so that said epilame and said substrate can be hooked together via a chemical linkage of the covalent type, said adhesion layer being formed using an evaporation under vacuum technique, a flash evaporation technique or an atomic layer deposition technique and having a thickness of about 1 to 500 nm, said adhesion layer being invisible and revealing the substrate below.
A beverage comprising protein, plant sterol ester and/or plant stanol ester, a fruit and/or vegetable preparation and a stabiliser, wherein the protein is present in an amount from 0.5 to 5.0 % by weight, the plant sterol ester and/or plant stanol ester is present in an amount from 0.5 to 7.0 % by weight, the stabiliser is present in an amount from 0.1 to 1 % by weight, wherein the stabiliser comprises high methoxy pectin, and wherein the concentration of natural fruit and/or vegetable derived from the fruit and/or vegetable preparation is from 30 to 1000 % by weight.
Method for operating a motor vehicle having an engine, in which, when the engine is running, a check is carried out according to a first predetermined criterion to see whether a driver of the motor vehicle is present, and wherein if the driver is found to be absent the engine is switched off automatically only if the motor vehicle has moved according to a second predetermined criterion after the last time of starting the engine.
An apparatus configured to align an electric vehicle to a charging base, the apparatus comprising: means configured to detect a guidance signal with at least one wireless power receiving antenna (2101, 2201) of a wireless vehicle base of an electric vehicle, the at least one wireless power receiving antenna including at least a first magnetic element and a second magnetic element orthogonal to the first magnetic element, the guidance signal including a horizontal field component of a magnetic field, the guidance signal generated from at least one wireless power transmitting antenna of a wireless charging base; means configured to determine a direction of the horizontal field component from the detected guidance signal; and means configured to align the at least one wireless power receiving antenna with the at least one wireless power transmitting antenna according to the direction of the horizontal field component determined from the detected guidance signal. means configured to detect a guidance signal with at least one wireless power receiving antenna (2101, 2201) of a wireless vehicle base of an electric vehicle, the at least one wireless power receiving antenna including at least a first magnetic element and a second magnetic element orthogonal to the first magnetic element, the guidance signal including a horizontal field component of a magnetic field, the guidance signal generated from at least one wireless power transmitting antenna of a wireless charging base; means configured to determine a direction of the horizontal field component from the detected guidance signal; and means configured to align the at least one wireless power receiving antenna with the at least one wireless power transmitting antenna according to the direction of the horizontal field component determined from the detected guidance signal.
A combustor for use in a gas turbine engine, the combustor comprising: a combustion liner having an inner surface and an outer surface opposite the inner surface; and a heat shield panel having a first surface, a second surface opposite the first surface of the heat shield panel, and a plurality of pin fins extending away from the second surface of the heat shield panel, the inner surface of the combustion liner and the second surface of the heat shield panel defining a cooling channel therebetween, wherein the plurality of pin fins extend into the cooling channel, characterised in that each of the plurality of pin fins have a pointed ellipse shape; wherein each of the plurality of pin fins includes a front and a back opposite the front; wherein the front and the back are the pointed ends of the pointed ellipse shape; and wherein the combustor further comprises: a guide rail extending from away from the second surface of the second component into the cooling channel, wherein the guide rail segments the plurality of pin fins into a first group and a second group. a combustion liner having an inner surface and an outer surface opposite the inner surface; and a heat shield panel having a first surface, a second surface opposite the first surface of the heat shield panel, and a plurality of pin fins extending away from the second surface of the heat shield panel, the inner surface of the combustion liner and the second surface of the heat shield panel defining a cooling channel therebetween, wherein the plurality of pin fins extend into the cooling channel, characterised in that each of the plurality of pin fins have a pointed ellipse shape; wherein each of the plurality of pin fins includes a front and a back opposite the front; wherein the front and the back are the pointed ends of the pointed ellipse shape; and wherein the combustor further comprises: a guide rail extending from away from the second surface of the second component into the cooling channel, wherein the guide rail segments the plurality of pin fins into a first group and a second group.
A rotary joint having a basic part and a rotary part that is located rotatably relative to the basic part, having a connection pair provided on the basic part and including a working connection and a ventilation connection, and having a plurality of pickup pairs, provided on the rotary part and each having one connection A and connection B, characterized in that in or on the basic part, a valve assembly that can be switched from a deactivation position to an activation position is provided, and in the deactivation position of the valve assembly, the respective connections A are connected to the working connection and ventilation connection, respectively, and the respective connections B are connected to the ventilation connection and the working connection, respectively; and that the rotary part can be rotated relative to the basic part in such a way that a pickup pair (28.1) assumes an activation location, and in the activation position of the valve assembly, the configuration of the connections A and B in the pickup pair (28.1) that assumes the activation location is inverted.
Puncture system with a three-layer structure, consisting of an outer tubular body, which is adapted to dwell in a body part of a living being, an inner tubular body and a puncture needle, wherein the inner tubular body is guided through a working lumen of the outer tubular body and is longitudinally displaceable relative to the outer tubular body, and the puncture needle is guided through a puncture lumen of the inner tubular body and the inner tubular body is longitudinally displaceable relative to the puncture needle, wherein after puncturing of a body part by means of a puncture section of the puncture needle projecting from an end of the puncture system close to the patient, the inner tubular body is at least partially out of the outer tubular body and, at the same time, the puncture section of the puncture needle projecting out of the end of the puncture system close to the patient is designed to be at least partially accommodated in the puncture lumen of the inner tubular body, characterized in that the outer diameter of the inner tubular body is at most twice as large as the outer diameter of the puncture needle and in that the outer diameter of the outer tubular body is at least twice as large as the outer diameter of the inner tubular body.
A method comprising: obtaining a first angular offset (α 1) between a first eye direction and a first gaze direction of an eye having a first pupil size; obtaining a second angular offset (α 2) between a second eye direction and a second gaze direction of the eye having a second pupil size; and forming, based on the first angular offset and the second angular offset, a compensation model describing an estimated angular offset (α) as a function of pupil size. obtaining a first angular offset (α 1) between a first eye direction and a first gaze direction of an eye having a first pupil size; obtaining a second angular offset (α 2) between a second eye direction and a second gaze direction of the eye having a second pupil size; and forming, based on the first angular offset and the second angular offset, a compensation model describing an estimated angular offset (α) as a function of pupil size.
A method to control interference in a relay node, comprising: (Si); simultaneously receiving at least one symbol (W i) from each of a number of source nodes adjusting channel coefficients; and relaying the at least one symbol (W i) to each of a number of destination nodes (d i) with adjusted channel coefficients, wherein the simultaneously receiving and the relaying are performed during symbol transmission processes between the source nodes (S i) and the destination nodes (d i), characterized by generating alternating topologies different for each of a plurality of symbol transmission processes; relaying the at least one symbol (W i) through channels between the source nodes (S i) and the destination nodes (d i) using the alternating topologies; removing an interference channel from among the channels between the source nodes (S i) and the destination nodes (d i) by adjusting the channel coefficients using the alternating topologies; and relaying the at least one symbol (W i), using the channels between the source nodes (S i) and the destination nodes (d i) from which the interference channel is removed. (Si); simultaneously receiving at least one symbol (W i) from each of a number of source nodes adjusting channel coefficients; and relaying the at least one symbol (W i) to each of a number of destination nodes (d i) with adjusted channel coefficients, wherein the simultaneously receiving and the relaying are performed during symbol transmission processes between the source nodes (S i) and the destination nodes (d i), characterized by generating alternating topologies different for each of a plurality of symbol transmission processes; relaying the at least one symbol (W i) through channels between the source nodes (S i) and the destination nodes (d i) using the alternating topologies; removing an interference channel from among the channels between the source nodes (S i) and the destination nodes (d i) by adjusting the channel coefficients using the alternating topologies; and relaying the at least one symbol (W i), using the channels between the source nodes (S i) and the destination nodes (d i) from which the interference channel is removed.
A method of producing a 2'-trifluoromethyl-substituted aromatic ketone comprising reacting a 2-halogen-substituted benzotrifluoride compound represented by the following general formula: wherein X is Cl or Br with magnesium metal to convert the compound to a Grignard reagent; and reacting said Grignard reagent with an acid anhydride at a temperature of 0 to 100 °C; and then hydrolyzing the resultant to produce a 2'-trifluoromethyl-substituted aromatic ketone represented by the following general formula: wherein n is an integer of 1 to 4.
An optical-fiber interconnect cable, comprising: a flexible subunit, said flexible subunit comprising one or more optical fibers enclosed within a flexible polymeric tube; one or more high-conductivity conductors; a strength member positioned within an outer jacket, said strength member including high-strength yarns and, said outer jacket surrounding said flexible subunit and said high-conductivity conductors and said strength member, characterized in that said strength member comprises aramid yarns (i) surrounding said flexible subunit and said high-conductivity conductors and ( ii) filling the remaining central space defined by said outer jacket. a flexible subunit, said flexible subunit comprising one or more optical fibers enclosed within a flexible polymeric tube; one or more high-conductivity conductors; a strength member positioned within an outer jacket, said strength member including high-strength yarns and, said outer jacket surrounding said flexible subunit and said high-conductivity conductors and said strength member, characterized in that said strength member comprises aramid yarns (i) surrounding said flexible subunit and said high-conductivity conductors and ( ii) filling the remaining central space defined by said outer jacket.
A cornhead row unit comprising: first and second longitudinally extending stripper plates (34, 36) mounted on a frame and having opposed stripping edges which define a gap between them; the frame comprising an adjusting arrangement operatively connecting the frame and at least one of the first and second stripper plates (34, 36) to selectably and transversely move at least one of the first stripper plate and second stripper plate with respect to the other stripper plate (34, 36) to vary the width of the gap; characterized in that the frame further comprises a loss detection device operatively connected to the frame for permitting measurement of corn kernels lost as a result of drawing corn stalks through the gap to separate corn ears from the stalks and wherein the loss detection device is positioned beneath the frame. first and second longitudinally extending stripper plates (34, 36) mounted on a frame and having opposed stripping edges which define a gap between them; the frame comprising an adjusting arrangement operatively connecting the frame and at least one of the first and second stripper plates (34, 36) to selectably and transversely move at least one of the first stripper plate and second stripper plate with respect to the other stripper plate (34, 36) to vary the width of the gap; characterized in that the frame further comprises a loss detection device operatively connected to the frame for permitting measurement of corn kernels lost as a result of drawing corn stalks through the gap to separate corn ears from the stalks and wherein the loss detection device is positioned beneath the frame.