mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid probe comprising a first anchor nucleic acid sequence being complementary to a first target nucleic acid sequence; a second reporting nucleic acid sequence being complementary to a second target nucleic acid sequence; and a linker nucleic acid sequence joining the first and second nucleic acid sequences; wherein the linker separates the two first and second sequences such that the melting temperature of the anchor sequence annealed to the first target nucleic acid sequence and of the reporter sequence annealed to the second target nucleic acid sequence are discrete and wherein the melting temperature of the anchor sequence annealed to the first target nucleic acid sequence is higher than that of the second sequence annealed to the second target nucleic acid sequence and the reporter sequence comprises tandem repeat sequences; wherein the tandem repeat comprises at least 3 identical copies of a sequence in tandem and wherein the probe does not comprise a quencher moiety.
A biological signal detection device (1A, 1B) comprising: a base cushioning member including: a base-side net having a three-dimensional knitted fabric; and a sensor (30A, 30B, 30C, 30D) disposed on one surface or another surface of the base-side net; and a body abutting-side cushioning member stacked on the base cushioning member and including a body abutting-side net which has a three-dimensional knitted fabric and is disposed on a side abutting on a body of a person, characterized in that the base cushioning member and the body abutting-side cushioning member are both substantially circular in plan view, wherein the body abutting-side cushioning member is stacked on the base cushioning member with a shaft member provided between center portions of the body abutting-side cushioning member and the base cushioning member, and wherein the sensor (30A, 30B, 30C, 30D) is disposed in a range clear of the shaft member. a base cushioning member including: a base-side net having a three-dimensional knitted fabric; and a sensor (30A, 30B, 30C, 30D) disposed on one surface or another surface of the base-side net; and a body abutting-side cushioning member stacked on the base cushioning member and including a body abutting-side net which has a three-dimensional knitted fabric and is disposed on a side abutting on a body of a person, characterized in that the base cushioning member and the body abutting-side cushioning member are both substantially circular in plan view, wherein the body abutting-side cushioning member is stacked on the base cushioning member with a shaft member provided between center portions of the body abutting-side cushioning member and the base cushioning member, and wherein the sensor (30A, 30B, 30C, 30D) is disposed in a range clear of the shaft member.
System for the measuring of a concentration parameter of a solid/liquid mixture comprising a measurement volume, a first antenna and at least one second antenna, wherein: - the first and second antennas are each of the patch antenna type and each (A1; A2) comprises a conductive base plate, a conductive strip and an insulating element, the insulating element being located between the base plate and the strip, and the strip having on a head side a conductive connection to the base plate; - the first and second antennas are attached to the conductive base plate on a wall of the measurement volume, and - the wall of the measurement volume is made of metal; further comprising a transmitter for a radio signal, a receiver for the radio signal and a control unit, wherein an output of the transmitter is connected to the first antenna; an input of the receiver is connected to the second antenna; the control unit is connected to the transmitter and to the receiver and the control unit is configured for controlling the transmitter and the receiver; wherein the control unit is connected to a data output of the transmitter for the receiving of data via the radio signal generated by the transmitter and is also connected to a data output of the receiver for the receiving of data via the radio signal received by the receiver; wherein the wavelength of the radio signal is selected such that a distance in a straight line from the first antenna via the measurement volume to the second antenna is substantially equal during use to at least one half-wavelength of the radio signal. - the first and second antennas are each of the patch antenna type and each (A1; A2) comprises a conductive base plate, a conductive strip and an insulating element, the insulating element being located between the base plate and the strip, and the strip having on a head side a conductive connection to the base plate; - the first and second antennas are attached to the conductive base plate on a wall of the measurement volume, and - the wall of the measurement volume is made of metal;
An aircraft controller comprising a non-transient storage medium, the non-transient storage medium storing instructions operable to cause the controller to perform the step of applying at least one asymmetric thrust bias determined in a previous flight to a thrust balancing system of a multi-engine aircraft, thereby accounting for engine discrepancies.
Asphalt composition composed mainly of solid mineral fillers and of a binder comprising a bitumen base and additives for adjusting physico-chemical properties, characterised in that the additives for adjusting physico-chemical properties include a wax of animal origin and one or more amides of ethylenediamine, in that the content of amides of ethylenediamine is from 0.05% to 0.3% by mass, and in that the proportion of wax of animal origin is greater than the proportion of amides of ethylenediamine.
A mesoscopic solar cell based on perovskite light absorption materials, comprising perovskite semiconductor materials, a conductive substrate, a hole blocking layer, a mesoporous nanocrystalline layer, an insulation separating layer, and a hole collecting layer; the hole blocking layer, the mesoporous nanocrystalline layer, the insulation separating layer, and the hole collecting layer being sequentially laminated on the conductive substrate; the mesoporous nanocrystalline layer being filled with the perovskite semiconductor materials for absorbing light and operating as photoanode; characterized in that the insulation separating layer is filled with the perovskite semiconductor materials; the perovskite semiconductor materials in the insulation separating layer are adapted to transport holes from the mesoporous nanocrystalline layer to the hole collecting layer; and the hole collecting layer is filled with the perovskite semiconductor materials for collecting holes. the insulation separating layer is filled with the perovskite semiconductor materials; the perovskite semiconductor materials in the insulation separating layer are adapted to transport holes from the mesoporous nanocrystalline layer to the hole collecting layer; and the hole collecting layer is filled with the perovskite semiconductor materials for collecting holes.
Process for preparing aminomethylated bead polymers, characterized in that a) monomer droplets composed of a mixture comprising at least one monovinylaromatic compound, at least one polyvinylaromatic compound and at least one initiator are converted to a bead polymer and b) the bead polymer from step a) is reacted with at least one compound of the formula or salts thereof where R 1 = C 1 -C 3 -alkyl or H and at least one compound of the formula or the cyclic condensates thereof where n = 2 to 100, in the presence of at least one aliphatic saturated or unsaturated carbonyl halide and in the presence of additional aliphatic saturated or unsaturated carboxylic acids, and in the presence of at least one Friedel-Crafts catalyst, wherein the amounts of the compounds of the formula, the compounds of the formula, the bead polymer, the aliphatic saturated or unsaturated carbonyl halides, the Friedel-Crafts catalysts and the carboxylic acids used together are present in an amount greater than 96% by weight in the reaction mixture, based on the total amount of the reaction mixture, to give a phthalimidomethylated bead polymer, and c) the phthalimidomethylated bead polymer from step b.) is hydrolysed to give an aminomethylated bead polymer. a) monomer droplets composed of a mixture comprising at least one monovinylaromatic compound, at least one polyvinylaromatic compound and at least one initiator are converted to a bead polymer and b) the bead polymer from step a) is reacted with at least one compound of the formula or salts thereof where R 1 = C 1 -C 3 -alkyl or H and at least one compound of the formula or the cyclic condensates thereof where n = 2 to 100, in the presence of at least one aliphatic saturated or unsaturated carbonyl halide and in the presence of additional aliphatic saturated or unsaturated carboxylic acids, and in the presence of at least one Friedel-Crafts catalyst, wherein the amounts of the compounds of the formula, the compounds of the formula, the bead polymer, the aliphatic saturated or unsaturated carbonyl halides, the Friedel-Crafts catalysts and the carboxylic acids used together are present in an amount greater than 96% by weight in the reaction mixture, based on the total amount of the reaction mixture, to give a phthalimidomethylated bead polymer, and c) the phthalimidomethylated bead polymer from step b.) is hydrolysed to give an aminomethylated bead polymer.
A process for preparation and purification of recombinant human oncostatin M protein (OSMnat), comprising: i) cultivating recombinant Escherichia coli containing an OSMnat gene, ii) culturing said recombinant Escherichia coli in complex culture medium to produce OSMnat protein, and iii) isolating and purifying recombinant OSMnat protein from inclusion bodies or soluble protein fraction, wherein said recombinant Escherichia coli containing an OSMnat gene is cultivated by amplifying said gene and cloning said amplified modified OSMnat gene into an intermediate or expression vector, amplifying and isolating said OSMnat gene from said vector cloned and transforming said expression vector into said Escherichia coli, wherein said OSMnat gene comprises SEQ ID NO:1, said Escherichia coli is Escherichia coli Rosetta gami-2, and said vector is pET21a+, and wherein isolating and purifying of recombinant OSMnat protein obtained comprises the steps of: a) lysing the microorganism and separating insoluble material comprising OSM from soluble proteinaceous cell material; b) solubilising the OSM present in the insoluble material; c) oxidizing the OSM in the presence of a pair oxidizing/reducing agent, wherein the pair of oxidizing/reducing agent is a pair of oxidized/reduced glutathiones, wherein the molar ratio of oxidized and reduced glutathione is 1:20; d) subjecting the solution to chromatography; and e) recovering purified OSM. i) cultivating recombinant Escherichia coli containing an OSMnat gene, ii) culturing said recombinant Escherichia coli in complex culture medium to produce OSMnat protein, and iii) isolating and purifying recombinant OSMnat protein from inclusion bodies or soluble protein fraction, a) lysing the microorganism and separating insoluble material comprising OSM from soluble proteinaceous cell material; b) solubilising the OSM present in the insoluble material; c) oxidizing the OSM in the presence of a pair oxidizing/reducing agent, wherein the pair of oxidizing/reducing agent is a pair of oxidized/reduced glutathiones, wherein the molar ratio of oxidized and reduced glutathione is 1:20; d) subjecting the solution to chromatography; and e) recovering purified OSM.
A device for changing a pallet car in a plant for the treatment of bulk materials, such as iron or zinc ore pellets or sinter material, the device comprising a lifting wheel, a lowering wheel and rails (8, 9), wherein the pallet cars are continuously conveyed by means of the lifting wheel and the lowering wheel on the rails (8, 9) in an endless chain, wherein in the region of a bottom strand of the lifting wheel an outer curve link of the rail can be opened and the pallet car can be removed from the chain, and wherein in the region of a top strand of the lifting wheel an outer curve link of the rail can be opened and the pallet car can be inserted into the chain, characterized in that in the region of the bottom strand of the lifting wheel a removal switch is provided, via which a pallet car can be moved out from the chain, and that in the region of the top strand of the lifting wheel a supply switch is provided, via which a pallet car can be inserted into the chain.
Low-voltage high-rupture-capacity fuse device having a device cover and a plate which is mounted such that it can move in the device cover, wherein the plate has a hole for providing access to a live device element by a test instrument, wherein the plate, at a distance from the device element above a recess in the device cover, can be moved between a fixed closed position and a test position, wherein the hole is closed by the device cover in the closed position of the plate and is open above the device element in the test position of the plate, characterized in that the plate has a further hole for providing access to a guide element by an operating instrument, wherein the guide element is mounted in a cover section of the device cover such that it is flexible counter to the action of a spring force, and has a fixing means for fixing the movable plate in its closed position when the guide element is not acted on by means of the operating instrument, wherein the fixing means is disengaged from the plate when the guide element is acted on by means of the operating instrument, and the operating instrument is guided by the guide element when the plate is moved by means of the operating instrument.
An axial flow filter media construction using filter media wherein at least two layers (10a, 10b) of open corrugated spacer and at least two layers (20a, 20b) of a non-pleated and non-fluted filter media/material are combined in an alternating sequence and coiled around a core to form at least two distinct, continuous, coil-shaped fluid flow channels (40a, 40b) being contiguous but separated by said filter media in the radial direction and extending axially from the inlet side to the outlet side of the filter media construction preventing direct fluid flow between the clean and dirty sides of the filter media construction, corrugations of the spacer adapted to propagate in the transverse direction of the filter media construction, the spacer being discontinuous in the axial direction in the sandwiched gap formed between the two layers (20a, 20b) of filter media and configured to allow fluid flow into and out of the sandwiched gap and in the axial direction, the spacer adapted to maintain substantially uniform width of flow channels (40a, 40b) in the flow direction, one of the flow channels (40a, 40b) being closed to fluid flow at axial end at the inlet side of the filter media construction thereby forming the clean side and the other flow channel (40a, 40b) being closed to fluid flow at axial end at the outlet side of the filter media construction thereby forming the dirty side, inner and outer ends (40ai, 40aii, 40bi, 40bii) of both of said flow channels (40a, 40b) being closed along the axial direction.
An apparatus comprising: a first member; a shaft (40,50) rotatable relative to the first member about an axis; and a seal system comprising: a seal carrier having: an axially-extending wall having an inner diameter surface; and a radially-extending wall having a first surface; a seal carried by the seal carrier in a radial interference fit with the seal carrier axially-extending wall ID surface and having: an outer diameter surface; and a seal face; a seat carried by the shaft (40,50) and having a seat face in sliding sealing engagement with the seal face; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face, wherein: the seal outer diameter surface is formed by a coating on a substrate of the seal, wherein the seal substrate is optionally a single piece, characterised in that the coating is metallic. a first member; a shaft (40,50) rotatable relative to the first member about an axis; and a seal system comprising: a seal carrier having: an axially-extending wall having an inner diameter surface; and a radially-extending wall having a first surface; a seal carried by the seal carrier in a radial interference fit with the seal carrier axially-extending wall ID surface and having: an outer diameter surface; and a seal face; a seat carried by the shaft (40,50) and having a seat face in sliding sealing engagement with the seal face; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face, a seal carrier having: an axially-extending wall having an inner diameter surface; and a radially-extending wall having a first surface; an axially-extending wall having an inner diameter surface; and a radially-extending wall having a first surface; a seal carried by the seal carrier in a radial interference fit with the seal carrier axially-extending wall ID surface and having: an outer diameter surface; and a seal face; an outer diameter surface; and a seal face; a seat carried by the shaft (40,50) and having a seat face in sliding sealing engagement with the seal face; and one or more springs biasing the seal carrier relative to the first member so as to bias the seal face against the seat face,
A method for generating a texture analysis map from spectral image data, comprising: obtaining at least a first energy dependent spectral image volume and a second energy dependent spectral image volume from reconstructed spectral image data, wherein the first and second energies are different; generating a multi-dimensional spectral diagram that maps, for each voxel of the reconstructed spectral image data, a value of the first energy dependent spectral image volume to a corresponding value of the second energy dependent spectral image volume; generating a set of spectral texture analysis weights from the multi-dimensional spectral diagram; retrieving a set of texture analysis functions, which are generated as a function of voxel intensity and voxel gradient value from a co-occurrence matrix histogram; generating the texture analysis map through a texture analysis of the reconstructed spectral image data with the set of texture analysis functions and the set of spectral texture analysis weights; and visually presenting the texture analysis map. obtaining at least a first energy dependent spectral image volume and a second energy dependent spectral image volume from reconstructed spectral image data, wherein the first and second energies are different; generating a multi-dimensional spectral diagram that maps, for each voxel of the reconstructed spectral image data, a value of the first energy dependent spectral image volume to a corresponding value of the second energy dependent spectral image volume; generating a set of spectral texture analysis weights from the multi-dimensional spectral diagram; retrieving a set of texture analysis functions, which are generated as a function of voxel intensity and voxel gradient value from a co-occurrence matrix histogram; generating the texture analysis map through a texture analysis of the reconstructed spectral image data with the set of texture analysis functions and the set of spectral texture analysis weights; and visually presenting the texture analysis map.
An apparatus for treating a respiratory disorder comprising: a housing; a user interface display; a pressure source to provide a supply of pressurized gas; a controller configured to control the pressure source; a power source connection configured to receive an electrical connection of a power source to provide a supply of power for the apparatus; and characterized in that the apparatus comprises a plurality of external batteries (4410, 4420) electrically connected in a series to the power source connection, wherein the plurality of external batteries (4410, 4420) includes an upstream external battery and a downstream external battery, wherein the downstream external battery is electrically connected to the power source connection and the upstream external battery is electrically connected in the series to the downstream external battery, in use the external battery (4410, 4420) of the plurality of external batteries (4410, 4420) being used to provide the supply of power for the apparatus is the power supplying external battery (4410, 4420), and each of the plurality of external batteries (4410, 4420) is capable of determining, upon receiving a power capacity request from the controller, an estimate of its own remaining capacity. a housing; a user interface display; a pressure source to provide a supply of pressurized gas; a controller configured to control the pressure source; a power source connection configured to receive an electrical connection of a power source to provide a supply of power for the apparatus; and characterized in that the apparatus comprises a plurality of external batteries (4410, 4420) electrically connected in a series to the power source connection, wherein the plurality of external batteries (4410, 4420) includes an upstream external battery and a downstream external battery, wherein the downstream external battery is electrically connected to the power source connection and the upstream external battery is electrically connected in the series to the downstream external battery, in use the external battery (4410, 4420) of the plurality of external batteries (4410, 4420) being used to provide the supply of power for the apparatus is the power supplying external battery (4410, 4420), and each of the plurality of external batteries (4410, 4420) is capable of determining, upon receiving a power capacity request from the controller, an estimate of its own remaining capacity.
An image processing method, comprising: determining, based on a trained angle determining model and a collected training dataset of ID documents rotated at different angles, a rotated angle of an ID document image, wherein the rotated angle corresponds to an angle between a bottom edge of the ID document image and an x-axis, wherein the angle determining model is trained using an angle determining regression task of an angle determining convolutional neural network; rotating the ID document image based on the determined rotated angle such that an angle between the bottom edge of the rotated ID document image and the x-axis is within a predefined range of -10 degrees to 10 degrees; performing, using a trained document detection model, image regression on the rotated ID document image to obtain coordinates of four corner points of the rotated ID document image; and performing image alignment on the rotated ID document image based on the obtained coordinates of four corner points of the rotated ID document image, wherein performing image alignment on the rotated ID document image comprises performing an image warping task. determining, based on a trained angle determining model and a collected training dataset of ID documents rotated at different angles, a rotated angle of an ID document image, wherein the rotated angle corresponds to an angle between a bottom edge of the ID document image and an x-axis, wherein the angle determining model is trained using an angle determining regression task of an angle determining convolutional neural network; rotating the ID document image based on the determined rotated angle such that an angle between the bottom edge of the rotated ID document image and the x-axis is within a predefined range of -10 degrees to 10 degrees; performing, using a trained document detection model, image regression on the rotated ID document image to obtain coordinates of four corner points of the rotated ID document image; and performing image alignment on the rotated ID document image based on the obtained coordinates of four corner points of the rotated ID document image, wherein performing image alignment on the rotated ID document image comprises performing an image warping task.