mhurhangee/ep-ind-claims huggingface dataset:
A testing assembly for use in testing at a scale of microns or less, the testing assembly comprising: a heating system configured to heat a sample and a probe, the heating system including: a stage heater having a stage plane and a stage heating element distributed across the stage plane, wherein the stage heating element covers the stage plane from a first stage plane edge to a second stage plane edge and from a first stage plane end to a second stage plane end, the stage heater configured to heat a sample positioned on the stage plane; a probe heater having a probe heating element coupled with a probe configured for testing the sample coupled with the stage plane, the probe heater configured to heat the probe; a stage coupled with the stage heater, wherein the stage is a multiple degree of freedom stage configured to move the stage plane according to the multiple degrees of freedom, and the multiple degree of freedom stage includes at least one of rotation or tilt stages; and a transducer assembly coupled with the probe heater. a stage heater having a stage plane and a stage heating element distributed across the stage plane, wherein the stage heating element covers the stage plane from a first stage plane edge to a second stage plane edge and from a first stage plane end to a second stage plane end, the stage heater configured to heat a sample positioned on the stage plane; a probe heater having a probe heating element coupled with a probe configured for testing the sample coupled with the stage plane, the probe heater configured to heat the probe; a stage coupled with the stage heater, wherein the stage is a multiple degree of freedom stage configured to move the stage plane according to the multiple degrees of freedom, and the multiple degree of freedom stage includes at least one of rotation or tilt stages; and a transducer assembly coupled with the probe heater.
A method of signaling alignment in a multicarrier system that utilizes one or more flexible bandwidth carriers, the method comprising: identifying a timing for one or more subframes that carry one or more feedback messages for a first cell; and adjusting a timing for one or more subframes that carry one or more feedback messages for a second cell to align with the one or more subframes that carry the one or more feedback messages for the first cell, wherein at least the first cell or the second cell comprises at least one of the one or more flexible bandwidth carriers, wherein the one or more flexible bandwidth carriers provide for an up-scaled or down-scaled time or chip rate using a scaling factor, and wherein the chip rate of the first cell differs from the chip rate of the second cell. identifying a timing for one or more subframes that carry one or more feedback messages for a first cell; and adjusting a timing for one or more subframes that carry one or more feedback messages for a second cell to align with the one or more subframes that carry the one or more feedback messages for the first cell, wherein at least the first cell or the second cell comprises at least one of the one or more flexible bandwidth carriers, wherein the one or more flexible bandwidth carriers provide for an up-scaled or down-scaled time or chip rate using a scaling factor, and wherein the chip rate of the first cell differs from the chip rate of the second cell.
A method of controlling a mobile robot (1, 50) capable of carrying out an operation within an environment, the method comprising: storing an environment map (22, 80) in a memory, the environment map including data to enable the robot to navigate the environment; the method being characterised in that it further comprises the following steps: storing in the memory data corresponding to one or more hazard areas (24, 60) encountered by the mobile robot during previous operations, the hazard areas corresponding to areas within the environment map; identifying a position of the robot within the environment map; and reducing a tilt threshold of the robot when the mobile robot is navigating within an area of the environment that corresponds to a previously encountered hazard area. storing an environment map (22, 80) in a memory, the environment map including data to enable the robot to navigate the environment; the method being characterised in that it further comprises the following steps: storing in the memory data corresponding to one or more hazard areas (24, 60) encountered by the mobile robot during previous operations, the hazard areas corresponding to areas within the environment map; identifying a position of the robot within the environment map; and reducing a tilt threshold of the robot when the mobile robot is navigating within an area of the environment that corresponds to a previously encountered hazard area.
A propeller device for a marine vehicle, comprising a front propeller for mounting on a main shaft communicating with a drive engine of the marine vehicle, the front propeller having a hub and a plurality of blades extending radially outwardly from the hub; a rear propeller being co-axially to and spaced from the front propeller, the rear propeller having a hub and a plurality of blades extending radially outwardly from the hub; characterized by comprising a second shaft fixedly communicating with the front propeller hub; at least one support for supporting the rear propeller on the second shaft, the at least one support not allowing the rear propeller hub to rotate in the direction of rotation of the main shaft when the marine vessel travels in forward direction and being free to rotate thereof in the counter direction of rotation of the main shaft when the marine vessel travels in backward direction.
A therapeutically effective amount of (i) at least one compound of Formula I or (ii) a pharmaceutical formulation comprising at least one compound of Formula I and a pharmaceutically acceptable carrier or diluent for use in the treatment of Phelan McDermid Syndrome in a subject having PMS or for use in a method of treating PMS in a subject having PMS wherein, each of W 1, W 2 and W 3 is independently or the chain from the tricycle may terminate at W 3, W 2 or W 1 with W 3, W 2 or W 1 respectively being either -CH=O or -CH 2 OH; A is -NH- or -NC R 1 -, where R 1 is C 1-6 alkyl; each of R 2, R 3, and R 4 is independently H. each of W 1, W 2 and W 3 is independently or the chain from the tricycle may terminate at W 3, W 2 or W 1 with W 3, W 2 or W 1 respectively being either -CH=O or -CH 2 OH; A is -NH- or -NC R 1 -, where R 1 is C 1-6 alkyl; each of R 2, R 3, and R 4 is independently H.
Arrangement for an internal combustion engine having a plurality of cylinders and an exhaust gas turbocharger, an exhaust gas pressure transducer which is arranged between the internal combustion engine and a turbine of the exhaust gas turbocharger, having a mixing pipe and having a wastegate which bypasses the turbine of the exhaust gas turbocharger, the arrangement comprising a first exhaust gas conducting section for the separate discharge of exhaust gas from a first part quantity of the cylinders to the mixing pipe and at least one second exhaust gas conducting section for the discharge of exhaust gas from a second part quantity of the cylinders to the mixing pipe, in each case one nozzle-like section being configured in the first exhaust gas conducting section and in the second exhaust gas conducting section in a respective end region upstream of the mixing pipe, a first bypass channel which bypasses the exhaust gas turbocharger being configured from the first exhaust gas conducting section upstream of or in the nozzle-like section, a second bypass channel which bypasses the exhaust gas turbocharger being configured from the at least one second exhaust gas conducting section upstream of or in the nozzle-like section, and at least one control and/or regulating element being provided, by means of which the throughflow quantity through the first bypass channel and/or through the second bypass channel can be controlled or regulated.
An antibody-drug conjugate comprising an antibody binding to human AXL and a cytotoxic agent, for use in treating melanoma in a subject in combination with one or more inhibitors of the MAP kinase (MAPK) pathway, selected from a B-RAF (BRAF) inhibitor, a MEK inhibitor and an ERK inhibitor.
A monitoring instrument, comprising: a photon detection device; a reading chamber for retaining a light emitting sample to be analyzed using the photon device; characterized in that the instrument further comprises: a communication port that allows the instrument to receive a signal from an additional measurement device, the measurement device being an external probe that is external to and detachable from the instrument and capable of measuring a parameter other than photon count that is at least one of microbiological count, pH, dissolved gases, and specific ions. a photon detection device; a reading chamber for retaining a light emitting sample to be analyzed using the photon device; characterized in that the instrument further comprises: a communication port that allows the instrument to receive a signal from an additional measurement device, the measurement device being an external probe that is external to and detachable from the instrument and capable of measuring a parameter other than photon count that is at least one of microbiological count, pH, dissolved gases, and specific ions. a communication port that allows the instrument to receive a signal from an additional measurement device, the measurement device being an external probe that is external to and detachable from the instrument and capable of measuring a parameter other than photon count that is at least one of microbiological count, pH, dissolved gases, and specific ions.
Method for operating a steam power station during a start and start-up phase of a steam generator (1, 1a) with connected water/steam circuit, the steam generator (1, 1a) including a live steam generator without intermediate superheater or a live steam generator with a downstream intermediate superheater, and the water/steam circuit comprising a high-pressure preheater and a feedwater container, and at least one turbo set (3a, 3b) comprising at least one turbine (3, 22) being arranged in the water/steam circuit, and an auxiliary steam rail being assigned to the high-pressure preheater and the feedwater container of the water/steam circuit, which supplies the water/steam circuit at least during the respective start and start-up phase of the steam generator (1, 1a) with auxiliary steam generated by means of auxiliary fuels, wherein, during the start and start-up phase of the steam power station, in a steam generator without intermediate superheater, live steam is produced from feedwater guided in the water/steam circuit, and, during a period or the respective period of the start and start-up phase in which the live steam produced does not fulfil the steam parameters required for operation of the turbine of the turbo set arranged in the water/steam circuit downstream of the live steam generator, the live steam produced in the steam generator is first fed to the high-pressure preheater or to the high-pressure preheater and to the auxiliary steam rail using its transferable thermal energy content, and that, during the start and start-up phase of the steam power station, in a steam generator with intermediate superheater, live steam and hot intermediate superheater steam are generated from feedwater guided in the water/steam circuit, and during a period or the respective period of the start and start-up phase, in which the hot intermediate superheater steam produced does not fulfil the steam parameters required for operation of the turbine of the turbo set arranged in the water/steam circuit downstream of the intermediate superheater producing hot intermediate superheater steam, first the hot intermediate superheater steam produced in the steam generator is fed to the high-pressure preheater or the high-pressure preheater and the auxiliary steam rail using its transferable thermal energy content.
A treatment composition comprising a plurality of first particles, each first particle comprising: a. from greater than 2% to about 50%, by weight of each first particle, of an antioxidant; and b. a water-soluble first carrier; wherein each first particle comprises less than about 20%, by weight of each first particle, of polyvinyl alcohol. a. from greater than 2% to about 50%, by weight of each first particle, of an antioxidant; and b. a water-soluble first carrier;
A soft gel capsule for delivering an odoriferous oil and having reduced post-ingestion odour, said capsule containing a substantially non-aqueous ingestible composition comprising at least one digestible odoriferous oil which is a fish oil or a mixture of different fish oils, at least one edible odour-masking ingredient, and at least one edible surfactant, wherein said surfactant is a mixture of at least one hydrophilic surfactant and at least one lipophilic surfactant.
A suspension device configured to be fixed to a converter, wherein the converter comprises a container and a supporting ring, wherein the suspension device comprises: a central structure which is configured to be fixed to the container; a first lateral structure arranged at a first side of the central structure and configured to be fixed to a surface of the supporting ring; a second lateral structure arranged at a second side of the central structure and configured to be fixed to the surface of the supporting ring; a first sliding block connected with the first lateral structure and facing the central structure; a second sliding block connected with the second lateral structure and facing the central structure; a first contact body which is connected with the central structure and faces the first sliding block, wherein the first contact body is connected with the central structure by a first threaded bolt which engages with a threaded hole which is machined into the central structure and a threaded hole which is machined into the first contact body; a second contact body which is connected with the central structure and faces the second sliding block, wherein the second contact body is connected with the central structure by a second threaded bolt which engages with a threaded hole which is machined into the central structure and a threaded hole which is machined into the second contact body; and at least one distance element (18, 19, 20) arranged between the central structure and the first contact body and/or between the central structure and the second contact body. a central structure which is configured to be fixed to the container; a first lateral structure arranged at a first side of the central structure and configured to be fixed to a surface of the supporting ring; a second lateral structure arranged at a second side of the central structure and configured to be fixed to the surface of the supporting ring; a first sliding block connected with the first lateral structure and facing the central structure; a second sliding block connected with the second lateral structure and facing the central structure; a first contact body which is connected with the central structure and faces the first sliding block, wherein the first contact body is connected with the central structure by a first threaded bolt which engages with a threaded hole which is machined into the central structure and a threaded hole which is machined into the first contact body; a second contact body which is connected with the central structure and faces the second sliding block, wherein the second contact body is connected with the central structure by a second threaded bolt which engages with a threaded hole which is machined into the central structure and a threaded hole which is machined into the second contact body; and at least one distance element (18, 19, 20) arranged between the central structure and the first contact body and/or between the central structure and the second contact body.
Method for producing a consumable product, in particular a chocolate product, from at least two shell moulds (13, 13.1, 13.2), which are at least partially moulded at their shell edges (12, 12.1, 12. 2), wherein a liquid consumable mass is filled into a mould and then at least one die is immersed in the consumable mass and a shell mould (13, 13.1, 13.2) is given by at least partial solidification of the consumable mass in the form of this consumable mass, characterized by this, in that a second die is introduced into the shell mould and a peripheral region of the shell mould is compressed in the upward direction by this die.
Optical sensor comprising a substrate, which has at least a first side and an opposite second side, at least a first waveguide being arranged at least on the first side, which has at least a first measuring point which has at least one interruption of the first waveguide, characterized in that the first measuring point is functionalized by at least one coating which allows the selective coupling of predeterminable microorganisms or subcellular pathogens, the sensor further containing at least a second waveguide which has at least a second measuring point, which includes at least one interruption of the second waveguide and is not functionalized by at least one coating.
A gas turbine combustor having a combustion chamber for mixing a gas (60, 60a, 80) and air (102, 102a) together to burn the gas (60, 60a, 80), and a burner disposed upstream of the combustion chamber for supplying a gas (60, 60a, 80) and air (102, 102a) to an interior of the combustion chamber to hold a flame, wherein: the burner is provided with a first swirler in which a gas hole and an air hole are alternately formed in a circumferential direction thereof; a first gas (60, 60a) is to be supplied to the gas hole in the first swirler and air (102, 102a) is to be supplied to the air hole; and a swiveling flow path is formed in the gas hole and the air hole in the burner to swivel the gas (60, 60a) and the air (102, 102a) and supply the gas (60, 60a) and the air (102, 102a) to the interior of the combustion chamber, characterized in that a second gas hole is formed in the swiveling flow path in at least one of the air hole and the gas hole, and a second gas is to be supplied through the second gas hole. the burner is provided with a first swirler in which a gas hole and an air hole are alternately formed in a circumferential direction thereof; a first gas (60, 60a) is to be supplied to the gas hole in the first swirler and air (102, 102a) is to be supplied to the air hole; and a swiveling flow path is formed in the gas hole and the air hole in the burner to swivel the gas (60, 60a) and the air (102, 102a) and supply the gas (60, 60a) and the air (102, 102a) to the interior of the combustion chamber, characterized in that a second gas hole is formed in the swiveling flow path in at least one of the air hole and the gas hole, and a second gas is to be supplied through the second gas hole.
A method for obtaining multidimensional positional data of at least one object of interest within a probe by using a microscope comprising: obtaining at least one image of the probe by said microscope; identifying at least three reference markings (R1, R2, R3) associated with said probe in the at least one image and determining their positions in the at least one image (10, 11); determining at least a three-dimensional reference coordinate system associated with said reference markings (R1, R2, R3) based on the determined positions of the reference markings in the at least one image (10, 11) and data concerning the position of a probe positioning device of the microscope; identifying one or more objects of interest within the at least one image (10, 11); determining positional information of the one or more objects of interest in the reference coordinate system, wherein in the step of obtaining at least one image, a plurality of images (10, 11) of the probe is obtained by moving the probe positioning device to expected positions of the at least three reference markings (R1, R2, R3) and acquiring an image at the expected position of each of the reference markings (R1, R2, R3), and wherein in each of the obtained images the positon of the corresponding reference marking (R1, R2, R3) is determined, and wherein said method is characterized in that the reference markings (R1, R2, R3) are fluorescent beads and/or wherein the reference markings (R1, R2, R3) are specific structures or objects inherent to the observed probe. obtaining at least one image of the probe by said microscope; identifying at least three reference markings (R1, R2, R3) associated with said probe in the at least one image and determining their positions in the at least one image (10, 11); determining at least a three-dimensional reference coordinate system associated with said reference markings (R1, R2, R3) based on the determined positions of the reference markings in the at least one image (10, 11) and data concerning the position of a probe positioning device of the microscope; identifying one or more objects of interest within the at least one image (10, 11); determining positional information of the one or more objects of interest in the reference coordinate system, wherein in the step of obtaining at least one image, a plurality of images (10, 11) of the probe is obtained by moving the probe positioning device to expected positions of the at least three reference markings (R1, R2, R3) and acquiring an image at the expected position of each of the reference markings (R1, R2, R3), and wherein in each of the obtained images the positon of the corresponding reference marking (R1, R2, R3) is determined, and wherein said method is characterized in that the reference markings (R1, R2, R3) are fluorescent beads and/or wherein the reference markings (R1, R2, R3) are specific structures or objects inherent to the observed probe.
Vacuum cleaner having a vacuum cleaner bag, wherein the vacuum cleaner has a connection piece which is attached to a fan and onto which the vacuum cleaner bag is attached by way of an opening, characterized in that a movable driver for inclining the opening of the vacuum cleaner bag relative to the connection piece and a wiper ring movable relative to the connection piece for stripping the vacuum cleaner bag from the connection piece are provided on the connection piece.