mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (a) a plurality of intact bacterially-derived minicells having intact cell walls, wherein the plurality of minicells maintain lipopolysaccharide and polypeptide structures derived from parental bacterial cells on the minicell surfaces, and wherein the minicells are loaded with a therapeutically effective amount of a small molecule drug, and (b) a pharmaceutically acceptable carrier therefor. (a) a plurality of intact bacterially-derived minicells having intact cell walls, wherein the plurality of minicells maintain lipopolysaccharide and polypeptide structures derived from parental bacterial cells on the minicell surfaces, and wherein the minicells are loaded with a therapeutically effective amount of a small molecule drug, and (b) a pharmaceutically acceptable carrier therefor.
Cutting installation for cutting an endless tape, in particular a steel or textile cord tape, comprising a blade assembly comprising an upper blade that is movable by way of a drive installation as well as a positionally fixed lower blade that is assigned to said upper blade, and a transport belt which is disposed downstream of the blade assembly, receives a cut tape portion, and by way of the upper lead of said transport belt runs at an angle to the horizontal, wherein a portion of the upper lead that is situated in the region of the blade assembly, by means of an adjustment installation comprising a support component that is disposed below the upper lead and is pivotable about an axis, is adjustable between the position running at an angle and a substantially horizontal position, characterized in that the drive installation as well as the adjustment installation comprise a drive motor (8, 14) and a crank mechanism (7, 15) that is activatable by way of said drive motor (8, 14).
A method of processing video data, the method comprising: coding at least one of data, within a sequence parameter set of a bitstream that contains the block of video data, that indicates a maximum palette size of a palette of color values for coding a block of video data or data that indicates a maximum palette predictor size of a palette predictor for determining the palette of color values; and coding the block of video data in accordance with the data. coding at least one of data, within a sequence parameter set of a bitstream that contains the block of video data, that indicates a maximum palette size of a palette of color values for coding a block of video data or data that indicates a maximum palette predictor size of a palette predictor for determining the palette of color values; and coding the block of video data in accordance with the data.
Packaging for a foodstuff or another good, wherein the packaging comprises: - a flat or dish-shaped lower part which is closed by a film which is at least partially transparent to excitation and fluorescent light, and - an indicator label for the optical determination of an analyte in an atmossphere present inside the packaging, wherein the indicator label comprises: ∘ a carrier layer ∘ an adhesive layer applied to the underside of the carrier layer over its area, and ∘ an indicator substance dot on the upper side of the carrier layer opposite the underside, wherein the indicator substance dot has a uniform thickness, i.e. extension in the direction perpendicular to the upper side of the carrier layer and contains an indicator substance characterized in that • the indicator substance allows the optical determination of the presence and/or concentration of the analyte by means of excitation of the indicator substance with excitation light and reading out the fluorescence light emitted by the indicator substance, and • the indicator label is adhered in a region of the film which is transparent to excitation and fluorescence light to the inner side of the film which is in contact with the atmosphere in the packaging. - a flat or dish-shaped lower part which is closed by a film which is at least partially transparent to excitation and fluorescent light, and - an indicator label for the optical determination of an analyte in an atmossphere present inside the packaging, wherein the indicator label comprises: ∘ a carrier layer ∘ an adhesive layer applied to the underside of the carrier layer over its area, and ∘ an indicator substance dot on the upper side of the carrier layer opposite the underside, wherein the indicator substance dot has a uniform thickness, i.e. extension in the direction perpendicular to the upper side of the carrier layer and contains an indicator substance ∘ a carrier layer ∘ an adhesive layer applied to the underside of the carrier layer over its area, and ∘ an indicator substance dot on the upper side of the carrier layer opposite the underside, wherein the indicator substance dot has a uniform thickness, i.e. extension in the direction perpendicular to the upper side of the carrier layer and contains an indicator substance • the indicator substance allows the optical determination of the presence and/or concentration of the analyte by means of excitation of the indicator substance with excitation light and reading out the fluorescence light emitted by the indicator substance, and • the indicator label is adhered in a region of the film which is transparent to excitation and fluorescence light to the inner side of the film which is in contact with the atmosphere in the packaging.
A diverting system configured to be arranged in a combined-cycle plant downstream an exhaust end of a gas turbine and within an inlet duct structure of a heat recovery steam generator, the diverting system being movable between a single-cycle closed position guiding hot exhaust flow through a by-pass stack part and a combined-cycle open position allowing hot exhaust gas to flow into the heat recovery steam generator, the diverting system comprising a primary blank off plate configured to reciprocate in a vertical direction between said open and closed positions, characterised in that said primary blank off plate comprises a first portion arranged along a side wall of the by-pass stack part and a second portion arranged transversely across a section of the stack part.
A hot-rolled steel sheet comprising a chemical composition represented by, in mass%, C: 0.010% to 0.100%, Si: 0.30% or less, Mn: 0.40% to 3.00%, P: 0.100% or less, S: 0.030% or less, Al: 0.010% to 0.500%, N: 0.0100% or less, Cr: 0.05% to 1.00%, Nb: 0.003% to 0.050%, Ti: 0.003% to 0.200%, Cu: 0.0% to 1.2%, Ni: 0.0% to 0.6%, Mo: 0.00% to 1.00%, V: 0.00% to 0.20%, Ca: 0.0000% to 0.0050%, REM: 0.0000% to 0.0200%, B: 0.0000% to 0.0020%, and the balance: Fe and impurities, wherein relationships represented by Expression 1 and Expression 2 are satisfied, 0.005 ≤ Si / Cr ≤ 2.000 0.5 ≤ Mn / Cr ≤ 20.0 ([Si], [Cr], and [Mn] in the Expressions each mean a content (mass%) of each of the elements), a proportion of grains having a grain orientation spread, that is an intragranular misorientation of 5° to 14° in all grains is 20% or more by area ratio, the grain being defined as an area which is surrounded by a boundary having a misorientation of 15° or more and has a circle-equivalent diameter of 0.3 μm or more, and wherein the hot-rolled steel sheet comprises a microstructure represented by a volume ratio of cementite: 1.0% or less, an average grain diameter of cementite: 2.00 μm or less, a concentration of Cr contained in cementite: 0.5 mass% to 40.0 mass%, a proportion of cementite having a grain diameter of 0.5 μm or less and an aspect ratio of 5 or less in all cementite: 60 vol% or more, an average grain diameter of a composite carbide of Ti and Cr: 10.0 nm or less, and a number density of the composite carbide of Ti and Cr: 1.0 × 10 13 /mm 3 or more.
Method of producing open seam tubes (4; 104) from sheet-metal plates, particularly thick sheet-metal plates, wherein a sheet-metal plate is fed to a tube shaping press in which, while resting on a lower tool, it is continuously shaped by a raisable and lowerable upper tool by application of a bending force to the open seam tube (4; 104) having longitudinal edges lying opposite by a gap (11; 111) for later longitudinal seam welding, wherein initially an open seam tube with a non-round preliminary shape is produced in that in at least one bending step, which is referred to the middle - which is predetermined by the longitudinal axis of the upper tool entering into the continuously shaped sheet-metal plate - and acts respectively on the left and right on the inner side of the sheet-metal plate, a shaping which is smaller by comparison with the other bending steps is undertaken, characterised in that the non-round preliminary shape is positioned in the finishing stage, prior to application of the pressing-closed force, by rotation in clockwise sense or in anti-clockwise sense and thereafter the finished open seam tube is formed by application of a pressing-closed force acting from the outside on the non-round preliminary shape selectively in each instance in the smaller regions (12a, 12b) formed beforehand on either side of the centre.
A voltage regulator circuit, comprising: an array of charge pumps each having an output coupled to a common output node; a comparator having a first input coupled to the output node and a second input coupled to a target voltage (V TARGET), the target voltage (V TARGET) dependent on a supply voltage and a reference voltage (V REF); and a controller having an input coupled to an output of the comparator and an output for a selection signal, input to the charge pump array, that determines a number of charge pumps to be activated wherein the comparator compares an average of the reference voltage and the supply voltage against an average of the output voltage and ground. an array of charge pumps each having an output coupled to a common output node; a comparator having a first input coupled to the output node and a second input coupled to a target voltage (V TARGET), the target voltage (V TARGET) dependent on a supply voltage and a reference voltage (V REF); and a controller having an input coupled to an output of the comparator and an output for a selection signal, input to the charge pump array, that determines a number of charge pumps to be activated wherein the comparator compares an average of the reference voltage and the supply voltage against an average of the output voltage and ground.
Quantum Random Number Generator comprising: an emitting device adapted to be triggered by a signal representing an input bit x and adapted to generate and send one of two possible non-orthogonal quantum states determined by said input bit x, a measurement device adapted to detect said quantum state, to identify said quantum state through an unambiguous state discrimination measurement, and to generate an output b first representing whether the quantum state has been identified or not and, if it has been identified, which quantum state among the two possible quantum states was detected by the unambiguous state discrimination measurement to a processing device, the processing device adapted to record the input x and the output b over a certain number of rounds N, and then determining the probabilities p(blx) representing the probability of observing output b given input x, and finally estimating the entropy H min Q of the output b, and a randomness extraction device adapted to generate a raw key of size N, wherein a raw key bit is 0 when corresponding output b is conclusive and 1 when the output b is inconclusive and to generate from this raw key the final random output bit string r via a randomness extractor protocol based on the entropy estimate H min Q provided by the processing device. an emitting device adapted to be triggered by a signal representing an input bit x and adapted to generate and send one of two possible non-orthogonal quantum states determined by said input bit x, a measurement device adapted to detect said quantum state, to identify said quantum state through an unambiguous state discrimination measurement, and to generate an output b first representing whether the quantum state has been identified or not and, if it has been identified, which quantum state among the two possible quantum states was detected by the unambiguous state discrimination measurement to a processing device, the processing device adapted to record the input x and the output b over a certain number of rounds N, and then determining the probabilities p(blx) representing the probability of observing output b given input x, and finally estimating the entropy H min Q of the output b, and a randomness extraction device adapted to generate a raw key of size N, wherein a raw key bit is 0 when corresponding output b is conclusive and 1 when the output b is inconclusive and to generate from this raw key the final random output bit string r via a randomness extractor protocol based on the entropy estimate H min Q provided by the processing device.
A computer-implemented method of simulating fluid production in a multi-reservoir system with a common surface network, the method comprising: matching black oil data with an equation of state model for each of a plurality of reservoirs in the multi-reservoir system, the EOS model representing different fluid components of each reservoir in the plurality of reservoirs; converting the black oil data into a two-component black oil model for each of the plurality of reservoirs, based on the corresponding EOS model that matches the black oil data associated with the reservoir; simulating fluid production in the multi-reservoir system for at least one simulation point in the common surface network, based in part on the two-component black oil model of each of the plurality of reservoirs; determining whether or not fluids produced during the simulation at the simulation point are mixed fluids from different reservoirs in the plurality of reservoirs; when the fluids at the simulation point are determined not to be mixed fluids produced from different reservoirs in the plurality of reservoirs, calculating properties of the fluids using the two-component black oil model corresponding to one of the plurality of reservoirs from which the fluids are produced; and when the fluids at the simulation point are determined to be mixed fluids produced from different reservoirs: weaving the EOS model for each of the different reservoirs with one another; and calculating properties of the mixed fluids using the weaved EOS models of the different reservoirs. matching black oil data with an equation of state model for each of a plurality of reservoirs in the multi-reservoir system, the EOS model representing different fluid components of each reservoir in the plurality of reservoirs; converting the black oil data into a two-component black oil model for each of the plurality of reservoirs, based on the corresponding EOS model that matches the black oil data associated with the reservoir; simulating fluid production in the multi-reservoir system for at least one simulation point in the common surface network, based in part on the two-component black oil model of each of the plurality of reservoirs; determining whether or not fluids produced during the simulation at the simulation point are mixed fluids from different reservoirs in the plurality of reservoirs; when the fluids at the simulation point are determined not to be mixed fluids produced from different reservoirs in the plurality of reservoirs, calculating properties of the fluids using the two-component black oil model corresponding to one of the plurality of reservoirs from which the fluids are produced; and when the fluids at the simulation point are determined to be mixed fluids produced from different reservoirs: weaving the EOS model for each of the different reservoirs with one another; and calculating properties of the mixed fluids using the weaved EOS models of the different reservoirs. weaving the EOS model for each of the different reservoirs with one another; and calculating properties of the mixed fluids using the weaved EOS models of the different reservoirs.
Method for identifying loads (12 to 15) or generators in a pneumatic, hydraulic or electrical network, in which a central control unit detects switch-on and switch-off processes in the loads (12 to 15) or generators and the switch-on and switch-off processes are associated with loads (12 to 15) or generators, wherein the central control unit has comparison profiles stored in it for loads (12 to 15) or generators, wherein each detected switch-on or switch-off process is compared with the stored comparison profiles, wherein the detected switch-on or switch-off process is associated with a particular load (12 to 15) or generator at least with a particular probability, and wherein during the switch-on or switch-off process in the load (12 to 15) or generator, the temporal characteristic of a measured variable, particularly of a current or voltage characteristic, of a power draw or of a pneumatic or hydraulic pressure characteristic or volume current is detected, characterized in that the characteristic of the measured variable is taken as a basis for inferring a local distance to a measured value recording unit.
Supporting frame for a piece of furniture comprising a lifting column (7,18,35,59,85,127,142,152) with telescopically arranged profiles (19,20,21,39,40,41), and where the telescopically arranged profiles (19,20,21,39,40,41) have an upper and lower end, said upper end having a housing (22,42,126,141,153)secured thereto, a base unit (10,11,61,62,86,111,130,145) with a compartment at least for partial reception of the lifting column housing (22,42,126,141,153), where the base unit (10,11,61,62,86,111,130,145) comprises a guide (67,68,69,70,105,106,114,115,148,149), a locking element (78,108,125,132,160,161), which when placed in a locked position exerts a squeezing force between the base unit (10,11,61,62,86,111,130,145) and the housing of the lifting column (22,42,126,141,153), by which the lifting column housing (22,42,126,141,153) is fixed in the base unit (10,11,61,62,86,111,130,145), and where the locking element (78,108,125,132,160,161) comprises means for retaining the locking element (78,108,125,132,160,161) in the locked position, a clamp (75,98,118) with guides (71,72,73,74,101,102,121, 122) for cooperation with the guide (67,68,69,70,105,106,114,115) on the base unit (61,62,86,111), and where the housing (22,42,126) of the lifting column is positioned between the base unit (61,62,86,111) and the clamp (75,98,118), and where the locking element (78,108,125) when placed in the locked position in cooperation with the base unit (61,62,86,111) and the clamp (75,98,118) exerts a squeezing force on the housing (22,42,126) of the lifting column, by which the housing (22,42,126) of the lifting column is fixed in the base unit (61,62,86,111), characterized in that the clamp (75,98,118) has a U-shaped cross section with two parallel side walls (119,120), and where the guides (71,72,73,74,101,102,121,122) of the clamp are located on the parallel side walls (119,120).
A method for encoding source video, comprising: receiving, by a computing system, a source frame of a source video; encoding, by the computing system, the source frame to form a plurality of virtual frames, each of the plurality of virtual frames encoded using at least one different coding standard; and transmitting, by the computing system, a container frame over a network, the container frame comprising the plurality of virtual frames and a container timestamp common to each of the plurality of virtual frames. receiving, by a computing system, a source frame of a source video; encoding, by the computing system, the source frame to form a plurality of virtual frames, each of the plurality of virtual frames encoded using at least one different coding standard; and transmitting, by the computing system, a container frame over a network, the container frame comprising the plurality of virtual frames and a container timestamp common to each of the plurality of virtual frames.
An electronic torque wrench having a flexible drive head, comprising: a handle for applying a force; a head including a first portion adapted to engage and apply a force to a fastener about an axis of rotation, and a second portion between the handle and the first portion; a hinge pivotally connecting the handle with the second portion of the head and allowing the handle to pivot to any of a plurality of positions relative to the head; and a torque reacting first link connecting the first and second portions of the head for reacting against substantially the entire force applied through the handle to the first portion of the head irrespective of the pivotal position of the handle; and characterised in that the electronic torque wrench comprises: an electronic sensor connected between the first and second portions of the head for measuring the amount of torque applied to the fastener, wherein the electronic sensor includes a strain gauge for measuring the strain on the torque reacting first link. a handle for applying a force; a head including a first portion adapted to engage and apply a force to a fastener about an axis of rotation, and a second portion between the handle and the first portion; a hinge pivotally connecting the handle with the second portion of the head and allowing the handle to pivot to any of a plurality of positions relative to the head; and a torque reacting first link connecting the first and second portions of the head for reacting against substantially the entire force applied through the handle to the first portion of the head irrespective of the pivotal position of the handle; and characterised in that the electronic torque wrench comprises: an electronic sensor connected between the first and second portions of the head for measuring the amount of torque applied to the fastener, wherein the electronic sensor includes a strain gauge for measuring the strain on the torque reacting first link. an electronic sensor connected between the first and second portions of the head for measuring the amount of torque applied to the fastener, wherein the electronic sensor includes a strain gauge for measuring the strain on the torque reacting first link.
A system (330, 350) for use in charging and/or powering one or more devices by wireless power, said system comprising: a transmitter, the transmitter comprising a transmitter coil for producing an electromagnetic field; characterised in that the system further comprises: at least one component situated, in use, between the transmitter and a wireless power receiver of a device to be charged, the at least one component including a ferromagnetic, ferrite, or other magnetic material or layer, which is used to modify the magnitude and/or phase of an electromagnetic field in one or multiple dimensions; and means for generating a magnetic or electromagnetic field to locally modify the magnetic permeability of the at least one component when the system is in a charging and/or powering state. at least one component situated, in use, between the transmitter and a wireless power receiver of a device to be charged, the at least one component including a ferromagnetic, ferrite, or other magnetic material or layer, which is used to modify the magnitude and/or phase of an electromagnetic field in one or multiple dimensions; and means for generating a magnetic or electromagnetic field to locally modify the magnetic permeability of the at least one component when the system is in a charging and/or powering state.