mhurhangee/patent-ind-claim-en huggingface dataset:
Proinsulin glargine, comprising an amino acid sequence having the following structure: (B 1 -B 32 )-(A 1- A 20 )-A 21 ; wherein, B 1 -B 32 is formed by adding two arginine Arg residues behind a C-terminal of a B 30 site of B 1 -B 30 in a Chain B of natural human insulin; A 1 -A 20 is an insulin Chain A having 20 amino acids; and A 21 is glycine; wherein the structure of the amino acid sequence is: R-R 1 -(B 1 -B 32 )-(A 1 -A 20 )-A 21 , wherein, R-R 1 is a fusion peptide sequence, and the amino acid sequence of R is MATX 1 AVSVLKGDGPVQGIINFEQX 2 ESNGPVKVWGSIX 3 GLTEGLHGFHVHEFGDNTAGS TSAGP; X 1 is proline or histidine; X 2 is proline or histidine; X 3 is proline or histidine; and R 1 is arginine or lysine. B 1 -B 32 is formed by adding two arginine Arg residues behind a C-terminal of a B 30 site of B 1 -B 30 in a Chain B of natural human insulin; A 1 -A 20 is an insulin Chain A having 20 amino acids; and A 21 is glycine; R-R 1 is a fusion peptide sequence, and the amino acid sequence of R is MATX 1 AVSVLKGDGPVQGIINFEQX 2 ESNGPVKVWGSIX 3 GLTEGLHGFHVHEFGDNTAGS TSAGP; X 1 is proline or histidine; X 2 is proline or histidine; X 3 is proline or histidine; and R 1 is arginine or lysine.
A recombinant insecticidal polypeptide comprising an amino acid sequence having at least 72% sequence identity to SEQ ID NO: 2, wherein the polypeptide has insecticidal activity against a Lepidopteran pest.
Method for the forming of a fluid-tight separating closure of a conduit involving the following steps: - providing of a conduit with a sleeve , - positioning of the conduit with the sleeve in a closure unit having a die and a stamp - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure ; - severing of the closure in a compressed region by a relative movement between the closure unit and a separating unit . - providing of a conduit with a sleeve , - positioning of the conduit with the sleeve in a closure unit having a die and a stamp - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure ; - severing of the closure in a compressed region by a relative movement between the closure unit and a separating unit .
A method performed by a first wireless device for handling beamformed transmissions between the first wireless device and at least one second wireless device over a direct device-to-device, D2D, communication link, the method comprising transmitting a radio signal towards the at least one second wireless device indicating that the first wireless device is, or that the at least one second wireless device has an option to be, responsible for beamforming of transmissions over the direct D2D communication link; receiving information from the at least one second wireless device indicating which of the first wireless device or the at least one second wireless device is to be responsible for beamforming of transmissions over the direct D2D communication link; and configuring (203, 506, 607-608), based on the received information, which of the first wireless device or the at least one second wireless device is to be responsible for beamforming of transmissions over the direct D2D communication link. transmitting a radio signal towards the at least one second wireless device indicating that the first wireless device is, or that the at least one second wireless device has an option to be, responsible for beamforming of transmissions over the direct D2D communication link; receiving information from the at least one second wireless device indicating which of the first wireless device or the at least one second wireless device is to be responsible for beamforming of transmissions over the direct D2D communication link; and configuring (203, 506, 607-608), based on the received information, which of the first wireless device or the at least one second wireless device is to be responsible for beamforming of transmissions over the direct D2D communication link.
A device for compressing a working medium comprising: - a compressor for compressing a drive medium; - a pressure translator with a drive piston which can be actuated by means of the drive medium within a first cylinder and with a high-pressure piston which compresses the working medium within a second cylinder ; characterized by - a heat exchanger between the compressor and the first cylinder of the pressure translator for transferring heat from the compressed working medium to the compressed drive medium. - a compressor for compressing a drive medium; - a pressure translator with a drive piston which can be actuated by means of the drive medium within a first cylinder and with a high-pressure piston which compresses the working medium within a second cylinder ; - a heat exchanger between the compressor and the first cylinder of the pressure translator for transferring heat from the compressed working medium to the compressed drive medium.
Elongate flexible container for use as a core or base of a dam, a quay, a bank reinforcement, an onshore dune, a jetty, a breakwater, a tidal energy enclosure structure, or an off shore storm surge protection structure, or for filling holes or trenches, e.g. in the bed of a waterway, said container comprising; - at least one filling orifice for filling the container with a filler material, said filler material for example comprising loose or little coherent solid material, such as sand or other ground material, or any other granular material, - at least one overflow orifice which is normally closed and which is arranged to be opened when a pressure of the filler material in the container exceeds a predetermined value, and wherein the at least one overflow orifice comprises a closing member for closing the respective orifice, wherein said closing member is movable between a steady state position in which the closing member substantially closes the orifice and a pressure relief position in which the closing member at least partially opens the orifice, and wherein said closing member is deformable and said closing member comprises a deformable outflow conduit which is connected to the overflow orifice, characterized in that said container comprises a biasing member for biasing said closing member to its steady state position, wherein said biasing member comprises at least one elastic biasing element arranged to cooperate with said closing member, and in that the at least one elastic biasing element is arranged to deform at least part of the outflow conduit so as to reduce a cross-sectional area of the outflow conduit to substantially zero. - at least one filling orifice for filling the container with a filler material, said filler material for example comprising loose or little coherent solid material, such as sand or other ground material, or any other granular material, - at least one overflow orifice which is normally closed and which is arranged to be opened when a pressure of the filler material in the container exceeds a predetermined value, and wherein the at least one overflow orifice comprises a closing member for closing the respective orifice,
An installation for cutting a thin layer of synthetic material, said installation comprising, on the one hand a work table for receiving a thin layer of synthetic material and on the other hand a cutting head comprising a shoe having a sliding bearing surface and a cutting member capable of extending projecting from said sliding bearing surface , said sliding bearing surface being intended to be applied against said thin layer of synthetic material, while said shoe is moved substantially parallel to said work table according to predefined trajectories to be able to cut said thin layer of synthetic material; characterised in that said cutting member comprises a sonotrode and a transducer , and in that said work table includes an adherent coating made from an elastomer having a coefficient of static friction with respect to said synthetic material, while said shoe is made from a metal material and said bearing surface is treated so as to be flat and devoid of roughness, said sliding bearing surface having a coefficient of dynamic friction with respect to said synthetic material, lower than said coefficient of static friction, to be able to maintain said layer of synthetic material in a fixed position against said work table when said shoe is caused to slide on said layer of synthetic material. characterised in that said cutting member comprises a sonotrode and a transducer , and in that said work table includes an adherent coating made from an elastomer having a coefficient of static friction with respect to said synthetic material, while said shoe is made from a metal material and said bearing surface is treated so as to be flat and devoid of roughness, said sliding bearing surface having a coefficient of dynamic friction with respect to said synthetic material, lower than said coefficient of static friction, to be able to maintain said layer of synthetic material in a fixed position against said work table when said shoe is caused to slide on said layer of synthetic material.
Heat treated steel product having high strength and excellent chemical conversion coating ability comprising a scale with FeO content of 90% or more, having a thickness of 1 μm or less on the surface, wherein the steel has a structure consisting of martensite, or martensite and tempered martensite, as well as carbides and residual austenite which unavoidably remain from the process of heat treatment, and wherein a maximum value and a minimum value of the thickness of the scale are within ±10% of an average value of the thickness; wherein the FeO content of the scale was determined by analysing the scale composition with X-ray diffraction and calculating the X-ray intensity of FeO with respect to the total of the X-ray intensities of FeO, Fe 3 O 4 and Fe 2 O 3 . This ratio of the X-ray intensities evaluates the X-ray diffraction peaks of FeO, Fe 3 O 4 , and Fe 2 O 3 using an X-ray source of CuKα with 40kV-50mA by the Rietveld method.
ECG cable for connection with an ECG monitor, said ECG cable comprising: - a core , - a resistive wire cable (3a-3h) comprising a plurality of resistive wires (31-37) wound around the core and isolated with respect to each other, wherein each resistive wire has a resistance of at least 500 Ω and wherein the resistive wires are made of a material having a resistivity of at least 0.135 μΩ*m, and - two or more flexible lead wires , each connected to a respective resistive wire at its one end and to an electrode at its other end . - a core , - a resistive wire cable (3a-3h) comprising a plurality of resistive wires (31-37) wound around the core and isolated with respect to each other, wherein each resistive wire has a resistance of at least 500 Ω and wherein the resistive wires are made of a material having a resistivity of at least 0.135 μΩ*m, and - two or more flexible lead wires , each connected to a respective resistive wire at its one end and to an electrode at its other end .
An apparatus comprising: a pixel array arrangement having a plurality of photosensitive detectors; and processing circuitry configured to process data captured by at least one pixel of said pixel array arrangement to provide image information and detect data on an encoded pulsed light signal, the processing circuitry configured to process the data by: capturing, in an alternating manner, the image information for n frames and the encoded pulsed light signal for m frames with a first ratio between n and m, and in response to detecting a data source in the encoded pulsed light signal, capturing the image information for n frames and the encoded pulsed light signal for m frames with a second ratio between n and m, wherein the ratio of n to m in the first ratio is greater than the ratio of n to m in the second ratio, wherein n and m are integers. a pixel array arrangement having a plurality of photosensitive detectors; and processing circuitry configured to process data captured by at least one pixel of said pixel array arrangement to provide image information and detect data on an encoded pulsed light signal, the processing circuitry configured to process the data by: capturing, in an alternating manner, the image information for n frames and the encoded pulsed light signal for m frames with a first ratio between n and m, and in response to detecting a data source in the encoded pulsed light signal, capturing the image information for n frames and the encoded pulsed light signal for m frames with a second ratio between n and m, wherein the ratio of n to m in the first ratio is greater than the ratio of n to m in the second ratio, wherein n and m are integers. capturing, in an alternating manner, the image information for n frames and the encoded pulsed light signal for m frames with a first ratio between n and m, and in response to detecting a data source in the encoded pulsed light signal, capturing the image information for n frames and the encoded pulsed light signal for m frames with a second ratio between n and m, wherein the ratio of n to m in the first ratio is greater than the ratio of n to m in the second ratio, wherein n and m are integers.
A color wheel comprising: a substrate for a color wheel , the substrate made of sapphire and comprising a plate shape including a first surface , a second surface opposite to the first surface , and a third surface connected to the first surface and the second surface , wherein the first surface and the second surface are c-planes, a colored portion on at least the first surface or the second surface , characterised in that a plurality of terrace structure layers each having a terrace surface and a side surface in contact with an edge line of the terrace surface are positioned in at least a part of the third surface a substrate for a color wheel , the substrate made of sapphire and comprising a plate shape including a first surface , a second surface opposite to the first surface , and a third surface connected to the first surface and the second surface , wherein the first surface and the second surface are c-planes, a colored portion on at least the first surface or the second surface , characterised in that a plurality of terrace structure layers each having a terrace surface and a side surface in contact with an edge line of the terrace surface are positioned in at least a part of the third surface
Method for repairing at least partly monocrystalline sealing segments of a flow channel boundary of a turbomachine, in which method initially a repair region of the sealing segment is defined, which region is determined independently of existing defects without identifying the local defects such that the repair region is not restricted to individual defects to be identified, the repair region being defined by a rotor blade running region of the sealing segment which a rotor blade of the turbomachine passes during operation of the turbomachine or which said blade grazes at least in an imaginary radial extension of the rotor blade, characterized in that part of a base material of the sealing segment in then removed in the repair region , with a repair coating subsequently being deposited epitaxially in the repair region, the repair coating being applied in an excessive amount and, after the application, being mechanically shaped, in particular by machining.
A method of forming a component of an article of footwear, the method comprising: placing an element configured to be maintained in a relative position by one or more fiber layers as a fiber-bound element, the element being a snap, a button, a zipper, a hook and loop structure, tubing, a ring, a grommet, an electrical sensor, an electrical transmission element, a fiber optic, a bladder, a tread element or a traction element and the element having an impervious portion adjacent and overlapping a first fiber layer in a first Z-directional placement, the first fiber layer comprising a first plurality of fibers, the element having a first part that is adjacent the first fiber layer and a second part; placing a second fiber layer comprising a second plurality of fibers adjacent and overlapping the second part of the element in a second Z-directional placement; entangling at least a portion of the first plurality of fibers and at least a portion of the second plurality of fibers such that at least part of the element is encased within an encasement volume defined by the entangled fibers to fiber-bind the element; and removing at least a portion of the entangled fibers to expose one or more portions of the element, wherein the entangling is performed with a fluid stream, and wherein the impervious portion of the element is a portion through which fibers do not extend as a result of the entanglement process.
A method of detecting a recirculation, at the side of a dialysis solution, by means of a blood-sided administration of a bolus, comprising the following method steps: measuring a first light absorbance value (ad) of a dialysis solution (d) draining off a dialyzer, by means of a spectrometer, prior to the administration of the bolus, venous administration of the bolus having a predefined volume (QBven) at the venous access, measuring a second light absorbance value (bd) of the draining dialysis solution, by means of a spectrometer, after the administration of the bolus and determining a change in the absorbance value between the first (ad) and second (bd) measured absorbance values due to the presence of a bolus in the dialysis solution during recirculation as a basis for the recirculation quantification, with the calculation formula recirculation = 1 − log 10 detector 0 detector value B log 10 detector 0 detector value A ⋅ blood flow ⋅ t 2 b − t 1 b bolus quantity _ venous where the detector 0-value is the detector value of the calibration, the detector B-value is the detector value with administration of the bolus, the detector A-value is the detector value without administration of the bolus and (t2b-t1b) is the measurement duration. measuring a first light absorbance value (ad) of a dialysis solution (d) draining off a dialyzer, by means of a spectrometer, prior to the administration of the bolus, venous administration of the bolus having a predefined volume (QBven) at the venous access, measuring a second light absorbance value (bd) of the draining dialysis solution, by means of a spectrometer, after the administration of the bolus and determining a change in the absorbance value between the first (ad) and second (bd) measured absorbance values due to the presence of a bolus in the dialysis solution during recirculation as a basis for the recirculation quantification, with the calculation formula recirculation = 1 − log 10 detector 0 detector value B log 10 detector 0 detector value A ⋅ blood flow ⋅ t 2 b − t 1 b bolus quantity _ venous where the detector 0-value is the detector value of the calibration, the detector B-value is the detector value with administration of the bolus, the detector A-value is the detector value without administration of the bolus and (t2b-t1b) is the measurement duration.
A conveyor system , comprising: a conveyor belt trained around belt-guiding members to form a circuit having a carryway , an infeed , an outfeed and a returnway , wherein the conveyor belt has a smooth outer surface substantially free of discontinuities and an inner surface with a plurality of teeth at a given belt pitch; a drive sprocket at the outfeed of the circuit for positively driving the conveyor belt through the circuit through positive engagement of the teeth on the bottom surface of the belt with the drive sprocket; and an infeed member at the infeed of the circuit; and a tension amplifier disposed in the returnway (322, 345, 450, 490, 550; 590, 750); characterised in that the infeed member is a freely rotatable nosebar having peripheral teeth with recesses therebetween for receiving the teeth of the conveyor belt and a diameter that is smaller than a natural arc of curvature of the conveyor belt; and in that the tension amplifier comprises either a brake connected to a sprocket or a plurality of belt-wrapping members disposed perpendicular to the circuit, wherein the belt-wrapping members are substantially resistant to rotational movement, so that the tension amplifier increases the tension in a first section of the circuit between the tension amplifier and the drive sprocket when the drive sprocket is driving the belt , while the returnway of the conveyor belt between the drive sprocket and the tension amplifier remains substantially untensioned, the tension amplifier imparting no additional tension to the conveyor belt when the conveyor belt is stationary. a conveyor belt trained around belt-guiding members to form a circuit having a carryway , an infeed , an outfeed and a returnway , wherein the conveyor belt has a smooth outer surface substantially free of discontinuities and an inner surface with a plurality of teeth at a given belt pitch; a drive sprocket at the outfeed of the circuit for positively driving the conveyor belt through the circuit through positive engagement of the teeth on the bottom surface of the belt with the drive sprocket; and an infeed member at the infeed of the circuit; and a tension amplifier disposed in the returnway (322, 345, 450, 490, 550; 590, 750); characterised in that the infeed member is a freely rotatable nosebar having peripheral teeth with recesses therebetween for receiving the teeth of the conveyor belt and a diameter that is smaller than a natural arc of curvature of the conveyor belt; and in that the tension amplifier comprises either a brake connected to a sprocket or a plurality of belt-wrapping members disposed perpendicular to the circuit, wherein the belt-wrapping members are substantially resistant to rotational movement, so that the tension amplifier increases the tension in a first section of the circuit between the tension amplifier and the drive sprocket when the drive sprocket is driving the belt , while the returnway of the conveyor belt between the drive sprocket and the tension amplifier remains substantially untensioned, the tension amplifier imparting no additional tension to the conveyor belt when the conveyor belt is stationary.