mhurhangee/ep-ind-claims huggingface dataset:
Method of image reconstruction, comprising the recursive steps of: A) checking whether image data (I adapt, I init) suffices predefined quality criteria and in case the image data (I adapt, I init) did not suffice the predefined quality criteria continuing with step C); C) generating predicted signal data (D pre) based on the image data (I adapt, I init, I reg) by means of accelerated forward transformation with an Artificial Neural Network, ANN, trained on providing an estimation for a solution of signal evolution equations; D) changing (6.1, 6.2, 6.3, 6.4, 6.5) the image data (I adapt, I init) in a signal domain and/or an image domain based on the predicted signal data (D pre, D adapt) and raw data (D raw, D raw, adapt) received from an imaging device; and continue with step A), characterised in that wherein step D) comprises the steps of: D1) calculating (6.1) a first cost value (C 1) based on the predicted signal data (D pre) and the raw data (D raw, D raw, adapt) in the signal domain; D2) adapting (6.2) the predicted signal data (D pre) based on the first cost value (C 1) in the signal domain; and D3) reconstructing (6.3) image data (I adapt) based on the adapted predicted signal data (D adapt). A) checking whether image data (I adapt, I init) suffices predefined quality criteria and in case the image data (I adapt, I init) did not suffice the predefined quality criteria continuing with step C); C) generating predicted signal data (D pre) based on the image data (I adapt, I init, I reg) by means of accelerated forward transformation with an Artificial Neural Network, ANN, trained on providing an estimation for a solution of signal evolution equations; D) changing (6.1, 6.2, 6.3, 6.4, 6.5) the image data (I adapt, I init) in a signal domain and/or an image domain based on the predicted signal data (D pre, D adapt) and raw data (D raw, D raw, adapt) received from an imaging device; and continue with step A), characterised in that D1) calculating (6.1) a first cost value (C 1) based on the predicted signal data (D pre) and the raw data (D raw, D raw, adapt) in the signal domain; D2) adapting (6.2) the predicted signal data (D pre) based on the first cost value (C 1) in the signal domain; and D3) reconstructing (6.3) image data (I adapt) based on the adapted predicted signal data (D adapt).
A communication apparatus comprising: a mapping unit configured to map sounding reference signals, SRSs, to frequency resources; and a transmitting unit configured to transmit the mapped SRSs, characterized in that each of the frequency resources has a fixed bandwidth regardless of variation of a SRS transmission bandwidth in a system bandwidth, to both ends of which control channels are mapped, the SRS transmission bandwidth covers a frequency band subject to estimation of channel quality information, and the SRS transmission bandwidth is uniformly divided into the frequency resources. a mapping unit configured to map sounding reference signals, SRSs, to frequency resources; and a transmitting unit configured to transmit the mapped SRSs,
A composite structure of sandwich panel construction, configured to absorb microwave radiation, comprising a foam core, the core comprising a first core layer and a second core layer, wherein the first core layer is a dielectric foam material and the second core layer is a radar reflecting ground plane comprising an electrically conductive foam material; wherein the composite structure includes an impedance layer and the core is arranged such that the first core layer is between the impedance layer and the second core layer so that the impedance layer and the second core layer form radar absorbing material.
Method for controlling an automated orbital sander, wherein an electrically powered orbital sander is moved around automatically, at constant pressure, over the surface of an object, along at least one predefined sanding path so as to perform sanding, wherein the instantaneous power consumed by the sander at different points along the sanding path is measured, the latter, wherein the measurement thus taken is processed in order to deduce therefrom information regarding the level of abrasion along said path and/or to detect any sanding incident that has occurred along the latter, characterised in that a calorimetry mapping is displayed or printed of the instantaneous power consumed and/or of the estimated level of abrasion at different points of the sanding path, said mapping associating an instantaneous power consumed of the sander with a given position of the sanding path.
An endodontic instrument (200, 300, 1200) comprising: a cutting portion having upper and lower ends (202, 204) spaced apart along an axis, a cutting surface extending helically along the axis, and a non-contact surface extending helically along the axis, wherein a cross section of the cutting portion in a plane perpendicular to the axis has a non-circular circumference, and wherein the cutting surface extends about a first portion of the non-circular circumference, and the non-contact surface forms a linear segment that extends about a second portion of the non-circular circumference, wherein the cutting surface includes cutting blades that extend helically along the cutting surface, characterized in that the cutting surface extends helically along the axis in a first direction, and the cutting blades extend helically along the cutting surface in a second direction opposite from the first direction. a cutting portion having upper and lower ends (202, 204) spaced apart along an axis, a cutting surface extending helically along the axis, and a non-contact surface extending helically along the axis, wherein a cross section of the cutting portion in a plane perpendicular to the axis has a non-circular circumference, and wherein the cutting surface extends about a first portion of the non-circular circumference, and the non-contact surface forms a linear segment that extends about a second portion of the non-circular circumference, wherein the cutting surface includes cutting blades that extend helically along the cutting surface, characterized in that the cutting surface extends helically along the axis in a first direction, and the cutting blades extend helically along the cutting surface in a second direction opposite from the first direction.
Method for dividing a barrier foil segment from a continuous barrier foil, the continuous barrier foil comprising a continuous layered structure comprising an organic layer sandwiched between barrier layers (11, 13) the method comprising providing the continuous barrier foil, the continuous barrier foil comprising a continuous layered structure comprising an organic layer sandwiched between barrier layers (11, 13); partially cutting through the continuous barrier foil forming an elongated groove into the continuous barrier foil, the elongated groove extending alongside a predefined segment perimeter on the continuous barrier foil, the elongated groove extending from one face of the continuous barrier foil all the way through at least the organic layer; and depositing a sealing material into the elongated groove thus forming a sealed groove parallel to the predefined segment perimeter, the sealed groove and the barrier layers (11, 13) arranged for enclosing organic material in at least part of the organic layer and adapted for preventing, in use, external moisture and/or oxygen from reaching the organic material when the barrier foil segment is cut from the continuous barrier foil along the pre-defined segment perimeter through the continuous barrier foil. providing the continuous barrier foil, the continuous barrier foil comprising a continuous layered structure comprising an organic layer sandwiched between barrier layers (11, 13); partially cutting through the continuous barrier foil forming an elongated groove into the continuous barrier foil, the elongated groove extending alongside a predefined segment perimeter on the continuous barrier foil, the elongated groove extending from one face of the continuous barrier foil all the way through at least the organic layer; and depositing a sealing material into the elongated groove thus forming a sealed groove parallel to the predefined segment perimeter, the sealed groove and the barrier layers (11, 13) arranged for enclosing organic material in at least part of the organic layer and adapted for preventing, in use, external moisture and/or oxygen from reaching the organic material when the barrier foil segment is cut from the continuous barrier foil along the pre-defined segment perimeter through the continuous barrier foil.
A touch-control faucet comprising: a main body, having an inlet end, an outlet end, a water channel between the inlet end and the outlet end, and an outlet opening communicating with the water channel, wherein the outlet opening is located on a wall of the outlet end; a positioning sleeve, fixed in the main body, having a water hole and a passing hole, wherein the water hole communicates with the water channel and the outlet opening; a water-saving valve, disposed between the outlet end and the positioning sleeve, having an operating bar for controlling the water-saving valve to allow water in the water channel to flow toward the water hole; and a pressing cap (50, 50a, 50b), wherein the pressing cap (50, 50a, 50b) is slidable on the positioning sleeve and moves the operating bar when the pressing cap (50, 50a, 50b) is pressed characterized in that: the positioning sleeve is fixed in the outlet end of the main body; the touch-control faucet further comprises an activating rod, having a pushing portion restricted in the positioning sleeve and a rod portion connecting the pushing portion and penetrating through the passing hole, wherein the activating rod is linearly moveable along an axis of the positioning sleeve to press the operating bar of the water-saving valve; and the pressing cap (50, 50a, 50b) is disposed on the outlet end and has an end wall, a surrounding wall extending from the end wall and an inner space defined by the end wall and the surrounding wall, wherein the end wall connects with the rod portion of the activating rod. a main body, having an inlet end, an outlet end, a water channel between the inlet end and the outlet end, and an outlet opening communicating with the water channel, wherein the outlet opening is located on a wall of the outlet end; a positioning sleeve, fixed in the main body, having a water hole and a passing hole, wherein the water hole communicates with the water channel and the outlet opening; a water-saving valve, disposed between the outlet end and the positioning sleeve, having an operating bar for controlling the water-saving valve to allow water in the water channel to flow toward the water hole; and a pressing cap (50, 50a, 50b), wherein the pressing cap (50, 50a, 50b) is slidable on the positioning sleeve and moves the operating bar when the pressing cap (50, 50a, 50b) is pressed the positioning sleeve is fixed in the outlet end of the main body; the touch-control faucet further comprises an activating rod, having a pushing portion restricted in the positioning sleeve and a rod portion connecting the pushing portion and penetrating through the passing hole, wherein the activating rod is linearly moveable along an axis of the positioning sleeve to press the operating bar of the water-saving valve; and the pressing cap (50, 50a, 50b) is disposed on the outlet end and has an end wall, a surrounding wall extending from the end wall and an inner space defined by the end wall and the surrounding wall, wherein the end wall connects with the rod portion of the activating rod.
A process for the production of alcohols comprising the hydroformylation of an olefin or olefin mixture followed by catalytic hydrogenation, wherein the hydrogenation is performed with a cuprous chrome catalyst in a series of at least two reactors, and water is added to the material discharged from the first reactor that is to be hydrogenated in the second reactor, in an amount such that in the second reactor, all the water present is dissolved in the organic phase and wherein the material fed to the first hydrogenation reactor has a sulphur content of below 1 ppm by weight and a chlorine content of below 1 ppm by weight.
A method of detecting movement parameters of a ground based target by processing first and a second temporal sequences of returns from a Synthetic Aperture system, each sequence collected during separate imaging passes, the returns comprising a plurality of synthetic aperture base images of a region characterised in that it comprises the steps of: i) pairing an image in the second temporal sequence with a corresponding primary image from the first temporal sequence, aligning the images if required and forming a coherent change detection, CCD, image, and repeating for each pair to produce a plurality of CCD base images; ii) forming a reference image from one or more of the CCD base images; iii) forming an "incoherent change detection", ICD, image by normalising the reference image with a suitably aligned, predetermined CCD base image from the sequence; iv) analysing the ICD image to detect a track left by the target; and v) detecting a target by producing one or more focused images by manipulating phases of the temporal returns according to motion parameters estimated from the track of a target i) pairing an image in the second temporal sequence with a corresponding primary image from the first temporal sequence, aligning the images if required and forming a coherent change detection, CCD, image, and repeating for each pair to produce a plurality of CCD base images; ii) forming a reference image from one or more of the CCD base images; iii) forming an "incoherent change detection", ICD, image by normalising the reference image with a suitably aligned, predetermined CCD base image from the sequence; iv) analysing the ICD image to detect a track left by the target; and v) detecting a target by producing one or more focused images by manipulating phases of the temporal returns according to motion parameters estimated from the track of a target
A toothpaste composition comprising a i) silica abrasive; ii) an acid anhydride polymer iii) a carrageenan consisting of 33wt% to 85wt% of the total level of carrageen of iota carrageenan and 15 wt% to 67 wt% of the total level of carrageenan kappa carrageenan. i) silica abrasive; ii) an acid anhydride polymer iii) a carrageenan consisting of 33wt% to 85wt% of the total level of carrageen of iota carrageenan and 15 wt% to 67 wt% of the total level of carrageenan kappa carrageenan.
A method for preparing a filtered dialysate with a medical fluid generating machine, the method comprising: receiving, at the medical fluid generating machine, a container (104, 300, 350) to be filled with the filtered dialysate; receiving, at a processor of the medical fluid generating machine, instructions from the user of the machine to prepare the filtered dialysate; preparing, by the medical fluid generating machine, the filtered dialysate in response to the instructions by a) combining water with an acid concentration and a bicarbonate concentration to form a solution and b) filtering the solution through one or more filters to achieve a purity of no more than 10 -6 CFU/ml and no more than 0.5 EU/ml; testing, by the medical fluid generating machine, the prepared filtered dialysate to ensure that one or more characteristics of the prepared filtered dialysate is within an acceptable range; filling, by the medical fluid generating machine, the container with the tested filtered dialysate; sealing, by the medical fluid generating machine, a side of the filled container to maintain sterility of the filtered dialysate within the filled container; and labelling, by the medical fluid generating machine, the container with information that identifies the filtered dialysate and provides an expiration date of the filtered dialysate. receiving, at the medical fluid generating machine, a container (104, 300, 350) to be filled with the filtered dialysate; receiving, at a processor of the medical fluid generating machine, instructions from the user of the machine to prepare the filtered dialysate; preparing, by the medical fluid generating machine, the filtered dialysate in response to the instructions by a) combining water with an acid concentration and a bicarbonate concentration to form a solution and b) filtering the solution through one or more filters to achieve a purity of no more than 10 -6 CFU/ml and no more than 0.5 EU/ml; testing, by the medical fluid generating machine, the prepared filtered dialysate to ensure that one or more characteristics of the prepared filtered dialysate is within an acceptable range; filling, by the medical fluid generating machine, the container with the tested filtered dialysate; sealing, by the medical fluid generating machine, a side of the filled container to maintain sterility of the filtered dialysate within the filled container; and labelling, by the medical fluid generating machine, the container with information that identifies the filtered dialysate and provides an expiration date of the filtered dialysate.
A blade comprising a heating deicing system, wherein the heating deicing system comprises: an isolating device (101, 102, 201, 202, 203, 204) arranged in a blade cavity and dividing a part of the blade cavity close to a leading edge of the blade into a plurality of sub-cavities (A, B, C, D, E, F) sequentially distributed along a length direction of the blade; a heating device arranged in each of the sub-cavities (A, B, C, D, E, F); and a controller configured to separately control opening and closing of the heating device in each of the sub-cavities (A, B, C, D, E, F) to heat the plurality of sub-cavities (A, B, C, D, E, F) in response to a blade deicing instruction. an isolating device (101, 102, 201, 202, 203, 204) arranged in a blade cavity and dividing a part of the blade cavity close to a leading edge of the blade into a plurality of sub-cavities (A, B, C, D, E, F) sequentially distributed along a length direction of the blade; a heating device arranged in each of the sub-cavities (A, B, C, D, E, F); and a controller configured to separately control opening and closing of the heating device in each of the sub-cavities (A, B, C, D, E, F) to heat the plurality of sub-cavities (A, B, C, D, E, F) in response to a blade deicing instruction.
Machine tool for producing toothed sections on workpieces, comprising - a machine bed, - a pivoting element with at least two workpiece spindles (18, 19) arranged thereon, wherein the at least two workpiece spindles (18, 19) -- are pivotable relative to the machine bed about a workpiece spindle pivot axis of the pivoting element and -- in each case have a workpiece receiver (20, 21) that is rotatably drivable about a rotational axis (24, 25) for a workpiece to be toothed, - a tool positioning unit with a tool head arranged thereon, wherein the tool head -- is linearly movable relative to the at least two workpiece spindles (18, 19) in three directions and -- is pivotable about a tool head pivot axis, characterized in that - a bearing element extending in the direction of the workpiece spindle pivot axis is rigidly arranged on the pivoting element, - a free end of the bearing element is pivotably mounted about the workpiece spindle pivot axis on a reinforcing element, and - the reinforcing element is fastened to the machine bed. - a machine bed, - a pivoting element with at least two workpiece spindles (18, 19) arranged thereon, wherein the at least two workpiece spindles (18, 19) -- are pivotable relative to the machine bed about a workpiece spindle pivot axis of the pivoting element and -- in each case have a workpiece receiver (20, 21) that is rotatably drivable about a rotational axis (24, 25) for a workpiece to be toothed, -- are pivotable relative to the machine bed about a workpiece spindle pivot axis of the pivoting element and -- in each case have a workpiece receiver (20, 21) that is rotatably drivable about a rotational axis (24, 25) for a workpiece to be toothed, - a tool positioning unit with a tool head arranged thereon, wherein the tool head -- is linearly movable relative to the at least two workpiece spindles (18, 19) in three directions and -- is pivotable about a tool head pivot axis, -- is linearly movable relative to the at least two workpiece spindles (18, 19) in three directions and -- is pivotable about a tool head pivot axis, - a bearing element extending in the direction of the workpiece spindle pivot axis is rigidly arranged on the pivoting element, - a free end of the bearing element is pivotably mounted about the workpiece spindle pivot axis on a reinforcing element, and - the reinforcing element is fastened to the machine bed.
A reel holder comprising an opening for receiving and holding a reel provided with packaging material, and a transceiver adapted to communicate with a tag provided in said reel in order to receive information stored in said tag characterized in that said transceiver is integrated into a casing of said holder, said casing defining said opening for receiving and holding said reel, and wherein said opening is adapted to receive an axle of a mandrel on which said reel is mounted, when holding said reel; and wherein said transceiver is arranged in said casing so that the shortest distance between the reel and the transceiver substantially corresponds to the horizontal spacing between the reel and a side of the reel holder facing the reel, said horizontal spacing being defined by the length of a portion of said axle extending therebetween. an opening for receiving and holding a reel provided with packaging material, and a transceiver adapted to communicate with a tag provided in said reel in order to receive information stored in said tag characterized in that said transceiver is integrated into a casing of said holder, said casing defining said opening for receiving and holding said reel, and wherein said opening is adapted to receive an axle of a mandrel on which said reel is mounted, when holding said reel; and wherein said transceiver is arranged in said casing so that the shortest distance between the reel and the transceiver substantially corresponds to the horizontal spacing between the reel and a side of the reel holder facing the reel, said horizontal spacing being defined by the length of a portion of said axle extending therebetween.