mhurhangee/ep-ind-claims huggingface dataset:
A coloring matter compound represented by the following general formula: wherein R 1, R 2 and R 6 each independently represent an alkyl group; R 3 to R 5 each independently represent an alkyl group, or satisfy either of the following conditions i) and ii): i) R 3 and R 4 are bonded to each other, so as to form a cyclic organic functional group containing R 3, R 4 and a carbon atom bonded simultaneously to R 3 and R 4, and R 5 represents an alkyl group; and ii) R 3 to R 5 are bonded to one another, so as to form a cyclic organic functional group containing R 3, R 4, R 5 and a carbon atom bonded simultaneously to R 3 to R 5; and R 7 and R 8 each independently represent an alkyl group or an acyl group, or R 7 and R 8 are bonded to each other, so as to form a cyclic organic functional group containing R 7, R 8 and a nitrogen atom bonded simultaneously to R 7 and R 8. wherein R 1, R 2 and R 6 each independently represent an alkyl group; R 3 to R 5 each independently represent an alkyl group, or satisfy either of the following conditions i) and ii): i) R 3 and R 4 are bonded to each other, so as to form a cyclic organic functional group containing R 3, R 4 and a carbon atom bonded simultaneously to R 3 and R 4, and R 5 represents an alkyl group; and ii) R 3 to R 5 are bonded to one another, so as to form a cyclic organic functional group containing R 3, R 4, R 5 and a carbon atom bonded simultaneously to R 3 to R 5; and i) R 3 and R 4 are bonded to each other, so as to form a cyclic organic functional group containing R 3, R 4 and a carbon atom bonded simultaneously to R 3 and R 4, and R 5 represents an alkyl group; and ii) R 3 to R 5 are bonded to one another, so as to form a cyclic organic functional group containing R 3, R 4, R 5 and a carbon atom bonded simultaneously to R 3 to R 5; and R 7 and R 8 each independently represent an alkyl group or an acyl group, or R 7 and R 8 are bonded to each other, so as to form a cyclic organic functional group containing R 7, R 8 and a nitrogen atom bonded simultaneously to R 7 and R 8.
A system for distribution of a biological sample, the system comprising: a substrate (310, 2910, 3110), wherein the substrate (310, 2910, 3110) comprises a plurality of sample chambers (380, 2980, 3180), a sample introduction or inlet channel (375, 2975) for each sample chamber (380, 2980, 3180), and a venting or outlet channel (376, 2976) for each sample chamber (380, 2980, 3180); a preloaded reagent contained in each sample chamber (380, 2980, 3180) and configured for nucleic acid analysis of a biological sample that enters the substrate (310, 2910, 3110); and a sealing instrument configured to be placed in contact with the substrate (310, 2910, 3110) to seal each sample chamber (380, 2980, 3180) by deforming or intersecting the channels (375, 376, 2975, 2976) so as to substantially prevent flow communication between the channels (375, 376, 2975, 2976) and the sample chambers (380, 2980, 3180) wherein the substrate (310, 2910, 3110) is constructed of detection-compatible and assay-compatible materials, characterized in that the sealing instrument includes a roller (2920, 3120) provided with a plurality of sealing protrusions (330, 2930, 3130) to deform or intersect the channels (375, 376, 2975, 2976) by relative motion of the roller (2920, 3120) and the substrate (310, 2910, 3110). a substrate (310, 2910, 3110), wherein the substrate (310, 2910, 3110) comprises a plurality of sample chambers (380, 2980, 3180), a sample introduction or inlet channel (375, 2975) for each sample chamber (380, 2980, 3180), and a venting or outlet channel (376, 2976) for each sample chamber (380, 2980, 3180); a preloaded reagent contained in each sample chamber (380, 2980, 3180) and configured for nucleic acid analysis of a biological sample that enters the substrate (310, 2910, 3110); and a sealing instrument configured to be placed in contact with the substrate (310, 2910, 3110) to seal each sample chamber (380, 2980, 3180) by deforming or intersecting the channels (375, 376, 2975, 2976) so as to substantially prevent flow communication between the channels (375, 376, 2975, 2976) and the sample chambers (380, 2980, 3180) wherein the substrate (310, 2910, 3110) is constructed of detection-compatible and assay-compatible materials, characterized in that the sealing instrument includes a roller (2920, 3120) provided with a plurality of sealing protrusions (330, 2930, 3130) to deform or intersect the channels (375, 376, 2975, 2976) by relative motion of the roller (2920, 3120) and the substrate (310, 2910, 3110).
A jet pipe (50; 500; 600) for a hydraulic servovalve, comprising: a body comprising a fluid inlet, a fluid outlet and a conduit in fluid communication with the fluid inlet and the fluid outlet; wherein said body is a single piece of material; characterised in that: said fluid outlet is located at an end of said body, and said end is hardened relative to a remainder of said body. a body comprising a fluid inlet, a fluid outlet and a conduit in fluid communication with the fluid inlet and the fluid outlet; wherein said body is a single piece of material; characterised in that: said fluid outlet is located at an end of said body, and said end is hardened relative to a remainder of said body.
A method of wireless communication, comprising: indicating in an info field of a power headroom report, PHR, whether a power management maximum power reduction, P-MPR, has changed since a last report; indicating in the info field of the PHR how the P-MPR has changed if a change was indicated; further comprising indicating whether a reported current maximum output power PCMAX,c is affected by the P-MPR in the PHR by providing an indication when the reported PCMAX,c is unaffected by the P-MPR, and the P-MPR has not increased or decreased by more than a downlink path loss change threshold since the last report indicating the reported PCMAX,c is affected by the P-MPR; and transmitting the PHR. indicating in an info field of a power headroom report, PHR, whether a power management maximum power reduction, P-MPR, has changed since a last report; indicating in the info field of the PHR how the P-MPR has changed if a change was indicated; further comprising indicating whether a reported current maximum output power PCMAX,c is affected by the P-MPR in the PHR by providing an indication when the reported PCMAX,c is unaffected by the P-MPR, and the P-MPR has not increased or decreased by more than a downlink path loss change threshold since the last report indicating the reported PCMAX,c is affected by the P-MPR; and transmitting the PHR.
Control arm for a wheel of a vehicle, in particular of a motor vehicle, having at least one wheel connecting joint (21; 21'; 21a, 21b, 21c) for attaching the control arm in an articulated manner to the wheel, and at least two vehicle connecting joints (22, 22'; 23) for attaching the control arm in an articulated manner to the vehicle, the control arm being a compound control arm which comprises two pivotable part control arms (24, 25), the part control arms (24, 25) being connected on one side to a vehicle connecting joint (22, 22'; 23) and being connected on the other side to a wheel connecting joint (21; 21'; 21a, 21b, 21c), it being possible for the two pivotable part control arms (24, 25) to be pivoted about a pivot axis (V24, V25) which extends between the wheel connecting joint (21; 21'; 21a, 21b, 21c) and the vehicle connecting joint (22, 22'; 23) of the respective part control arm (24, 25), at least one part of the respective pivotable part control arm (24, 25) being configured spaced apart from the pivot axis (V24, V25) of the pivotable part control arm (24, 25).
Method for observing a combustion process of hydrogen or a hydrogen-containing fuel gas with air in a combustion chamber of a heating device for detecting the presence of flames, wherein infrared light from a light source is radiated to a sensor sensitive to infrared light through a measurement area through which combustion products flow, wherein the sensor monitors the intensity of the incidental light, and from changes in the intensity at least the presence of combsution is inferred, and wherein at least one absorption line or band of water is observed.
A screen panel for mining and quarrying industries adapted to be mounted on a screen deck including a wear section and a reinforcement section, said wear section comprising a screening surface formed on said reinforcement section, said wear section being the top portion of said panel and said reinforcement section being the bottom portion of said panel, said wear section and said reinforcement section being separate units and said wear section being adapted to be replaceable from time to time, said wear section having a button type snug fitting coupling the wear section to the reinforcement section, said reinforcement section having a fitting for coupling the reinforcement section to a machine frame of a screen deck, characterised in that the reinforcement section has a plurality of discrete first cavities and a plurality of discrete second cavities provided along the reinforcement section wherein the first cavities are arranged to snugly receive in each of the first cavities a button type snug fitting projecting from the wear section and the second cavities are arranged to snugly receive in each of the second cavities a button type snug fitting projecting from a machine frame of a screen deck.
A method of manufacturing silicon single crystal, comprising growing a p-type silicon single crystal in a direction of a central axis thereof with a Czochralski method from an initial silicon melt in which boron concentration is not higher than 4E14 atoms/cm 3 and a ratio of phosphorus concentration to boron concentration is not lower than 0.42 and not higher than 0.50; setting a ratio of a rate of cooling of an edge portion of the silicon single crystal to a rate of cooling of a central portion of the silicon single crystal, between 1.4 or higher and 2.0 or lower.
A mouth and nose protection mask comprising a main section covering the mouth-nose region of a wearer, for example made of a single or multilayer fleece or fabric, and retaining sections for fastening the main section to the head of a wearer, for example in the form of loops or ribbons which are connected laterally to the main section, wherein at least one central upwardly extending projection is provided at the edge of the main section which lies on the top when worn, which, when worn correctly, extends in parallel to the bridge of the wearer's nose, and which, when not worn correctly, rests with its tip below the nose at the nasal septum or in the region of the nostrils, as a result of which incorrect wearing is immediately perceived as unpleasant by the wearer, characterised in that the projection is formed as a longitudinally elongated small stick, for example made of cardboard, plastic or an encased wire, and in that the projection is thus formed less flexible than the majority of the main section.
An ampoule for storing an implant capable of maintaining humidity, said ampoule comprising: - a container capable of sealing with airtightness at least momentarily or temporarily, wherein the container comprises an openable lid and a main body airtightly joined with the lid; and - a partition member (200, 200') dividing an accommodation space inside the container into two spaces, namely a first space and a second space, and allowing vaporized water molecules to move between the divided spaces, wherein the second space is formed in the main body; - wherein a water molecule supply source is accommodated in the first space of the two spaces for supplying the vaporized water molecules, and at least one portion of the implant is protrudingly insertable and fixable into the second space; wherein - the first space is formed in the lid; and - the main body comprises an inner case and an outer case each of which is concentrically arranged relative to the lid and airtightly joined to the lid, wherein the inner case surrounded by the outer case forms the second space. - a container capable of sealing with airtightness at least momentarily or temporarily, wherein the container comprises an openable lid and a main body airtightly joined with the lid; and - a partition member (200, 200') dividing an accommodation space inside the container into two spaces, namely a first space and a second space, and allowing vaporized water molecules to move between the divided spaces, wherein the second space is formed in the main body; - wherein a water molecule supply source is accommodated in the first space of the two spaces for supplying the vaporized water molecules, and at least one portion of the implant is protrudingly insertable and fixable into the second space; wherein - the first space is formed in the lid; and - the main body comprises an inner case and an outer case each of which is concentrically arranged relative to the lid and airtightly joined to the lid, wherein the inner case surrounded by the outer case forms the second space.
An inhaler device comprising two flexible substrates and a membrane (106, 216, 402) located between the two flexible substrates, characterized in that the two flexible substrates being connected at two opposing edges and unconnected at two further opposing edges, wherein the device is configured to move between a first configuration where the two flexible substrates are substantially flat and in contact with one another, and a second configuration where the two flexible substrates are flexed such that a channel is formed between the two flexible substrates, wherein the membrane is mounted within the channel on a support comprising a gas impermeable material that occludes the channel and at least one aperture, the membrane being mounted within the at least one aperture (410, 412) such that an active agent provided on the membrane may be inhaled during use by a user when the device is in the second configuration.
An imaging system comprising: at least one radiation detector to detect radiation from a subject, receive the radiation and generate measured data including projection data; and an image processor configured to iteratively reconstruct the detected radiation into image representations, the image processor including a forward projector which forward projects the previous iteration image representation from an image memory, in which the iteration image representation is iteratively reconstructed; a comparator which compares the processed forward projected iteration image representation with the processed measured projection data and, based on the comparison, determines variance data; a variance data manipulator, which processes the variance data with a noise reduction algorithm. a back projector which back projects the variance data into reconstructed variance data; and a data updater, which updates the previous iteration image representation with the reconstructed variance data into reconstructed image data. at least one radiation detector to detect radiation from a subject, receive the radiation and generate measured data including projection data; and an image processor configured to iteratively reconstruct the detected radiation into image representations, the image processor including a forward projector which forward projects the previous iteration image representation from an image memory, in which the iteration image representation is iteratively reconstructed; a comparator which compares the processed forward projected iteration image representation with the processed measured projection data and, based on the comparison, determines variance data; a variance data manipulator, which processes the variance data with a noise reduction algorithm. a back projector which back projects the variance data into reconstructed variance data; and a data updater, which updates the previous iteration image representation with the reconstructed variance data into reconstructed image data.
A device (400, 500, 600) for contactless communication comprising: - an NFC module being adapted to generate an electromagnetic carrier signal and to modulate the carrier signal according to data to be transmitted; - a differential power combiner circuit coupled to said NFC module via output terminals (TX1, TX2) of said NFC module; and - an antenna circuit coupled to and driven by said NFC module with the modulated carrier signal; said NFC module comprising a power by the field circuit adapted to harvest energy from an external field to power said device (400, 500, 600); said power by the field circuit having a first terminal coupled to an output of said differential power combiner circuit via a first impedance block and a second terminal coupled to an input of said antenna circuit via a second impedance block; said device (400, 500, 600) being adapted to be able to operate in a power by the field card mode, wherein said first impedance block includes a first impedance element external to the NFC module; and wherein said second impedance block includes a second impedance element external to the NFC module. - an NFC module being adapted to generate an electromagnetic carrier signal and to modulate the carrier signal according to data to be transmitted; - a differential power combiner circuit coupled to said NFC module via output terminals (TX1, TX2) of said NFC module; and - an antenna circuit coupled to and driven by said NFC module with the modulated carrier signal; said NFC module comprising a power by the field circuit adapted to harvest energy from an external field to power said device (400, 500, 600); said power by the field circuit having a first terminal coupled to an output of said differential power combiner circuit via a first impedance block and a second terminal coupled to an input of said antenna circuit via a second impedance block; said device (400, 500, 600) being adapted to be able to operate in a power by the field card mode, said NFC module comprising a power by the field circuit adapted to harvest energy from an external field to power said device (400, 500, 600); said power by the field circuit having a first terminal coupled to an output of said differential power combiner circuit via a first impedance block and a second terminal coupled to an input of said antenna circuit via a second impedance block; said device (400, 500, 600) being adapted to be able to operate in a power by the field card mode,
A combination comprising a glucocorticoid selected from the group consisting of dexamethasone, fluocinolone acetonide and prednisone; and a compound of formula I or a pharmaceutically acceptable salt thereof:
A welding power source apparatus that applies an AC voltage between a welding torch and a workpiece, the apparatus comprising: an inverter circuit configured to switch between a positive polarity at which the workpiece has a higher potential than the welding torch and an opposite polarity at which the workpiece has a lower potential than the welding torch; a restriking circuit configured to apply a restriking voltage to an output of the inverter circuit, when the positive polarity is switched to the opposite polarity; and a control circuit configured to control the restriking circuit, wherein the restriking circuit includes: a restriking capacitor configured to be charged with the restriking voltage; a charging circuit configured to charge the restriking capacitor with the restriking voltage; and a discharging circuit configured to discharge the restriking voltage charged in the restriking capacitor, and characterized in that: the control circuit causes the charging circuit to start charging at a time of the opposite polarity when a predetermined time period elapses after the positive polarity is switched to the opposite polarity, and to end charging after the opposite polarity is switched to the positive polarity. an inverter circuit configured to switch between a positive polarity at which the workpiece has a higher potential than the welding torch and an opposite polarity at which the workpiece has a lower potential than the welding torch; a restriking circuit configured to apply a restriking voltage to an output of the inverter circuit, when the positive polarity is switched to the opposite polarity; and a control circuit configured to control the restriking circuit, a restriking capacitor configured to be charged with the restriking voltage; a charging circuit configured to charge the restriking capacitor with the restriking voltage; and a discharging circuit configured to discharge the restriking voltage charged in the restriking capacitor, and characterized in that: the control circuit causes the charging circuit to start charging at a time of the opposite polarity when a predetermined time period elapses after the positive polarity is switched to the opposite polarity, and to end charging after the opposite polarity is switched to the positive polarity.
An isolated peptide of less than 15 amino acids having an ability to induce a cytotoxic T lymphocyte(s) (CTL(s)), wherein the peptide comprises an amino acid sequence selected from (a) or (b) below: (a) an amino acid sequence of SEQ ID NO: 7; (b) an amino acid sequence in which 1 or 2 amino acid(s) are substituted and/or added in the amino acid sequence of SEQ ID NO: 7. (a) an amino acid sequence of SEQ ID NO: 7; (b) an amino acid sequence in which 1 or 2 amino acid(s) are substituted and/or added in the amino acid sequence of SEQ ID NO: 7.
A method of operation of a base station of a cellular communications network to control Channel State Information Reference Symbol, CSI-RS, based channel estimation at a wireless device, comprising: sending an indication to the wireless device to disable, at a wireless device, inter-subframe channel filtering of CSI-RS estimates across subframes; characterized by sending an indication to the wireless device to disable, at the wireless device, combining of CSI Interference Measurement, CSI-IM, estimates across subframes; and receiving one or more Channel State Information, CSI, reports from the wireless device that are generated by the wireless device with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes. sending an indication to the wireless device to disable, at a wireless device, inter-subframe channel filtering of CSI-RS estimates across subframes; characterized by sending an indication to the wireless device to disable, at the wireless device, combining of CSI Interference Measurement, CSI-IM, estimates across subframes; and receiving one or more Channel State Information, CSI, reports from the wireless device that are generated by the wireless device with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes.
A method of forming a protective structure on a turbomachine blade, wherein, the method comprises the following successive steps: A) providing a turbomachine blade comprising an airfoil portion having a leading edge and a trailing edge and first and second sides (5, 6) connecting the leading edge and the trailing edge, B) forming a protective edging on the leading edge by laser cladding, and C) forming first and second protective stripes (8, 9) on the first and second sides (5, 6) adjacently to the edging by cold spraying through a spraying nozzle; wherein the spraying nozzle moves at least from a side (5,6) of the airfoil portion toward the edging for forming a stripe (8,9) and rotates about the leading edge in order to form the stripe (8,9) adjacent to the leading edge and to the edging. A) providing a turbomachine blade comprising an airfoil portion having a leading edge and a trailing edge and first and second sides (5, 6) connecting the leading edge and the trailing edge, B) forming a protective edging on the leading edge by laser cladding, and C) forming first and second protective stripes (8, 9) on the first and second sides (5, 6) adjacently to the edging by cold spraying through a spraying nozzle;