mhurhangee/ep-ind-claims huggingface dataset:
A system for storing a digital slide having imagery data at a plurality of resolutions, the system comprising: a data storage area configured to store digital image data; an image capture module configured to operate an image capture device and acquire digital image data representative of a physical slide specimen at one or more resolutions; characterised by a DICOM module configured to, for each of the one or more resolutions, arrange the digital image data at the resolution into a plurality of DICOM images, wherein each of the plurality of DICOM images comprises a region of the digital image data at the resolution, and arrange the plurality of DICOM images into a DICOM series, wherein the DICOM series is representative of the physical slide specimen at the resolution, and arrange the DICOM series for all of the one or more resolutions into a DICOM study, wherein the DICOM study is representative of the physical slide specimen at each of the one or more resolutions. a data storage area configured to store digital image data; an image capture module configured to operate an image capture device and acquire digital image data representative of a physical slide specimen at one or more resolutions; characterised by a DICOM module configured to, for each of the one or more resolutions, arrange the digital image data at the resolution into a plurality of DICOM images, wherein each of the plurality of DICOM images comprises a region of the digital image data at the resolution, and arrange the plurality of DICOM images into a DICOM series, wherein the DICOM series is representative of the physical slide specimen at the resolution, and arrange the DICOM series for all of the one or more resolutions into a DICOM study, wherein the DICOM study is representative of the physical slide specimen at each of the one or more resolutions. for each of the one or more resolutions, arrange the digital image data at the resolution into a plurality of DICOM images, wherein each of the plurality of DICOM images comprises a region of the digital image data at the resolution, and arrange the plurality of DICOM images into a DICOM series, wherein the DICOM series is representative of the physical slide specimen at the resolution, and arrange the digital image data at the resolution into a plurality of DICOM images, wherein each of the plurality of DICOM images comprises a region of the digital image data at the resolution, and arrange the plurality of DICOM images into a DICOM series, wherein the DICOM series is representative of the physical slide specimen at the resolution, and arrange the DICOM series for all of the one or more resolutions into a DICOM study, wherein the DICOM study is representative of the physical slide specimen at each of the one or more resolutions.
A light emitting device for emitting a beam of light, the light emission comprising an embedded code, the light emitting device comprising: - a beam shape controller for controlling a shape of the beam of light, and - a first processor connected to the beam shape controller, arranged for generating the embedded code, wherein the first processor is further arranged for embedding a message in the embedded code based on the shape of the beam of light, characterised in that the message comprises beam shape information of the shape of the beam of light. - a beam shape controller for controlling a shape of the beam of light, and - a first processor connected to the beam shape controller, arranged for generating the embedded code, wherein the first processor is further arranged for embedding a message in the embedded code based on the shape of the beam of light, characterised in that the message comprises beam shape information of the shape of the beam of light.
An isolated polypeptide with homoserine O-succinyltransferase activity, which shows a reduced sensitivity to feedback inhibition by L-methionine as compared with a wild-type homoserine O-succinyltransferase polypeptide derived from E. coli, and which comprises the amino acid sequence of SEQ ID NO: 2.
A receiver for a Multiple Input Multiple Output, MIMO, communications system, comprising: a shift and scale module configured to receive a signal y through two or more antennas and transform the signal y into a complex vector y s; a linear receiver module configured to perform a linear operation on the complex vector y s using a matrix P to generate a complex z vector, wherein the matrix P is generated using a lattice reduction algorithm performed on a channel matrix for a MIMO channel; and a list generator module configured to receive the complex z vector from the linear receiver module and the matrix P and to generate a list of possible data vectors and metrics from the received signal by scaling a matrix of complex integer approximations of the complex components of the vector z, wherein the list is generated by operations in the complex domain. a shift and scale module configured to receive a signal y through two or more antennas and transform the signal y into a complex vector y s; a linear receiver module configured to perform a linear operation on the complex vector y s using a matrix P to generate a complex z vector, wherein the matrix P is generated using a lattice reduction algorithm performed on a channel matrix for a MIMO channel; and a list generator module configured to receive the complex z vector from the linear receiver module and the matrix P and to generate a list of possible data vectors and metrics from the received signal by scaling a matrix of complex integer approximations of the complex components of the vector z, wherein the list is generated by operations in the complex domain.
An unducted fan for a turbine engine that has fan blades mounted to turn about their respective axes in radial housings of an annular rotor element, each blade having a root with a cylindrical body engaged from the outside in a radial housing and guided to turn about its axis in the housing by two rolling bearings (76, 94), the fan being characterized in that a first bearing is carried by an annular rim of the radial inner end of the housing, in that the second bearing is carried by an annular segment of a cylindrical skirt mounted in a groove of the cylindrical body and by a locknut screwed onto the cylindrical skirt of the segment and forming a spacer bearing against the first bearing, the second bearing being covered on the outside by a ring surrounding the cylindrical body of the blade root and including outer dog-clutch teeth co-operating with inner dog-clutch teeth of the housing in order to retain the ring axially in the housing, and in that blocking means are engaged between the dog-clutch teeth of the housing and between the dog-clutch teeth of the ring in order to prevent the ring from turning and being extracted axially from the housing.
Retraction device for a leaf/sash of a door or of a window, comprising a housing and a piston which is arranged in a receptacle of the housing and which is provided with a toothing, wherein a pinion of an output shaft meshes with the toothing and has an actuating arm arranged in a rotationally fixed manner thereon, and wherein at least one spring (15, 36, 37) of the retraction device that is arranged in the receptacle can be coupled to the piston, characterized in that a piston rod is fixed to the piston, wherein two free-running devices of the retraction device are arranged on the piston rod and by means of which the piston rod can be coupled to the spring (15, 35, 36), wherein the piston rod has at least one recess and/or a taper and/or a bevel for controlling the free-running device, and in that the free-running device comprises a latching sleeve fixed in the receptacle and having a driver guided in the latching sleeve and provided with at least one cutout, and at least one latching element received in the cutout, wherein a spring acting on the two free-running devices is arranged between the drivers of the two free-running devices, or the latching sleeve is designed as a latching capsule, wherein two springs (35, 36) are provided which are each supported on the latching capsule at their ends.
A method of synchronizing engines of an airplane inflight by means of at least one activation logic for verifying safety and/or activation conditions in order to apply synchronization, wherein said at least one activation logic (10,10'): - defines at least a deactivated state, a primed state, and an activated state (16,18), and - comprises: -- passing synchronization from the deactivated state to the primed state when a pilot of the airplane gives an activation order; -- passing synchronization from the primed state to the activated state when certain safety and/or activation conditions are satisfied, -- passing (24,34) synchronization from the activated state or the primed state to the deactivated state when a deactivation order is given by the pilot or when certain of said safety conditions are not satisfied, and, -- passing synchronization from the activated state to the primed state when certain activation conditions are not satisfied. - defines at least a deactivated state, a primed state, and an activated state (16,18), and - comprises: -- passing synchronization from the deactivated state to the primed state when a pilot of the airplane gives an activation order; -- passing synchronization from the primed state to the activated state when certain safety and/or activation conditions are satisfied, -- passing (24,34) synchronization from the activated state or the primed state to the deactivated state when a deactivation order is given by the pilot or when certain of said safety conditions are not satisfied, and, -- passing synchronization from the activated state to the primed state when certain activation conditions are not satisfied. -- passing synchronization from the deactivated state to the primed state when a pilot of the airplane gives an activation order; -- passing synchronization from the primed state to the activated state when certain safety and/or activation conditions are satisfied, -- passing (24,34) synchronization from the activated state or the primed state to the deactivated state when a deactivation order is given by the pilot or when certain of said safety conditions are not satisfied, and, -- passing synchronization from the activated state to the primed state when certain activation conditions are not satisfied.
A method of separating oil from a composition comprising an oil and water emulsion, which comprises adding a separation additive to the composition and performing at least one oil separation step, wherein the separation additive comprises a fatty ester of alkoxylated glycerol.
A kit for performing a sandwich immunoassay for an analyte suspected of being present in a blood sample, comprising sacrificial beads opsonized to leukocytes, an immobilized first antibody to the analyte and a labeled second antibody to the analyte, wherein the immobilized first antibody is attached to a sensor selected from the group consisting of an amperometric electrode, a potentiometric electrode, a conductimetric electrode, an optical wave guide, a surface plasmon resonance sensor, an acoustic wave sensor and a piezoelectric sensor or is attached to an assay bead, the assay bead attached to an amperometric electrode.
A polysiloxane comprising a structural unit represented by a general formula of wherein: - each of R 1, R 2, and R 3 is independently an alkyl group with a carbon number of 1 or more and 6 or less; - m is an integer of 2 or more and 6 or less; - R 4 is a hydrogen atom or an alkyl group with a carbon number of 1 or more and 18 or less; - X is an alkylene group with a carbon number of 1 or more and 18 or less, a polyoxyalkylene group with a unit number of 1 or more and 18 or less, or an arylene group; and - Y is an ester or an amide. - each of R 1, R 2, and R 3 is independently an alkyl group with a carbon number of 1 or more and 6 or less; - m is an integer of 2 or more and 6 or less; - R 4 is a hydrogen atom or an alkyl group with a carbon number of 1 or more and 18 or less; - X is an alkylene group with a carbon number of 1 or more and 18 or less, a polyoxyalkylene group with a unit number of 1 or more and 18 or less, or an arylene group; and - Y is an ester or an amide.
An isolated isoform of the TGF beta receptor II, characterized by comprising an amino acid sequence having at least 85 % sequence identity to SEQ ID No. 2 wherein the SEQ ID No 2 comprises the amino acid sequence set forth in SEQ ID No 12.
A vacuum cleaner nozzle with a housing, with a suction channel formed in the housing, with a suction mouth, which is formed on an underside of the housing, extends in a transverse direction (y) and adjoins the suction channel, with a cleaning element rotatably arranged about an axis of rotation (d) in the suction channel, with a transmission chamber arranged next to the suction channel in the transverse direction (y), and with an electric drive, which is at least partly arranged in the transmission chamber and which has an electric motor, which electric drive is mechanically coupled to the cleaning element in the transmission chamber, wherein the electric drive has a cooling air outlet, which is fluidically connected to the transmission chamber, characterized in that the electric motor has a motor housing, which forms the cooling air outlet and has at least one cooling air inlet, and that the cooling air outlet is connected to the transmission chamber by means of a waste air line.
A bone fixation device (100, 600, 900) comprising: an elongated shaft (130, 630, 930) having a longitudinal axis and proximal and distal ends, said distal end including an outer surface adapted to penetrate and anchor within bone; a body component (170, 670, 970) adapted to receive a stabilizing rod that connects at least two fixation devices, the body component having an outer surface comprising at least one dimple operable to receive a corresponding fastening ball; a drive component (160, 660, 960) having a longitudinal axis, wherein the drive component is connected to the body component (170, 670, 970), and an inner surface of the drive component comprising a channel; at least one fastening ball being positioned between the channel of the inner surface of the drive component and the at least one dimple of the outer surface of the body component so that the body component is independently rotatable with respect to the drive component; and at least one cross-link connecting the drive component to the proximal end of the shaft (130, 630, 930) such that when the drive component (160, 660, 960) is rotated about its longitudinal axis, torsional load is transferred to the shaft (130, 630, 930) while the longitudinal axis of the drive component (160, 660, 960) is not parallel to a longitudinal axis of the shaft (130, 630, 930), and wherein the longitudinal axis of the shaft (130, 630, 930) is pivotable relative to the longitudinal axis of the drive component (160, 660, 960) while secured thereto. an elongated shaft (130, 630, 930) having a longitudinal axis and proximal and distal ends, said distal end including an outer surface adapted to penetrate and anchor within bone; a body component (170, 670, 970) adapted to receive a stabilizing rod that connects at least two fixation devices, the body component having an outer surface comprising at least one dimple operable to receive a corresponding fastening ball; a drive component (160, 660, 960) having a longitudinal axis, wherein the drive component is connected to the body component (170, 670, 970), and an inner surface of the drive component comprising a channel; at least one fastening ball being positioned between the channel of the inner surface of the drive component and the at least one dimple of the outer surface of the body component so that the body component is independently rotatable with respect to the drive component; and at least one cross-link connecting the drive component to the proximal end of the shaft (130, 630, 930) such that when the drive component (160, 660, 960) is rotated about its longitudinal axis, torsional load is transferred to the shaft (130, 630, 930) while the longitudinal axis of the drive component (160, 660, 960) is not parallel to a longitudinal axis of the shaft (130, 630, 930), and wherein the longitudinal axis of the shaft (130, 630, 930) is pivotable relative to the longitudinal axis of the drive component (160, 660, 960) while secured thereto.
A food or beverage capsule, comprising: - a capsule body comprising a cavity and an open end in communication with said cavity; - an injection wall (205, 500, 506, 516) disposed upon said open end so as to close said cavity, said injection wall (205, 500, 506, 516) thereby comprising an interior side facing said cavity; and - a quantity of a food or beverage ingredient disposed within said cavity; said capsule further comprising a sealing membrane (207, 501, 507, 517) fabricated from a flexible material and disposed upon said interior side of said injection wall (205, 500, 506, 516), said sealing membrane (207, 501, 507, 517) being attached to said interior side of said injection wall (205, 500, 506, 516) over at least one fixed region (208, 503, 509, 510, 522, 523) of said sealing membrane (207, 501, 507, 517); said capsule being characterized in that at least one free region (209, 504, 514, 524) of said sealing membrane (207, 501, 507, 517) extends freely from an edge of said at least one fixed region (208, 503, 509 510, 522, 523). - a capsule body comprising a cavity and an open end in communication with said cavity; - an injection wall (205, 500, 506, 516) disposed upon said open end so as to close said cavity, said injection wall (205, 500, 506, 516) thereby comprising an interior side facing said cavity; and - a quantity of a food or beverage ingredient disposed within said cavity; said capsule further comprising a sealing membrane (207, 501, 507, 517) fabricated from a flexible material and disposed upon said interior side of said injection wall (205, 500, 506, 516), said sealing membrane (207, 501, 507, 517) being attached to said interior side of said injection wall (205, 500, 506, 516) over at least one fixed region (208, 503, 509, 510, 522, 523) of said sealing membrane (207, 501, 507, 517);
Fuel system for a combustion engine, the fuel system of which comprises a first fuel tank, a second fuel tank, a first fuel pipe arranged in connection with the first fuel tank and the second fuel tank, a second fuel pipe arranged in connection with the first fuel tank, a main feed pump and a transfer pump, where the main feed pump is arranged to feed fuel from the first fuel tank through the second fuel pipe, and in which the transfer pump is arranged to feed fuel from the second fuel tank to the first fuel tank via the first fuel pipe, wherein a first electric engine is arranged to drive the transfer pump, a second electric engine is arranged to drive the main feed pump, and that a valve is arranged downstream of the transfer pump, in which the valve has an inlet in connection with the transfer pump, a first outlet in connection with the first fuel pipe, characterised in that the valve has a second outlet in connection with the second fuel pipe, so that the transfer pump is connected with the first fuel pipe when the valve is arranged in a first position, and so that the transfer pump is connected with the second fuel pipe when the valve is arranged in a second position, where the transfer pump transports fuel to the combustion engine when the main feed pump fails or provides too low a fuel flow.
A data processing device comprising: a camera configured to capture successive images, each image being captured during a respective image capture period such that respective different portions of the captured image are captured at respective different capture times within the image capture period; a detector configured to detect, from images captured by the camera, information indicating a relative location of a remote marker with respect to the data processing device, and to associate a timestamp with a detected relative location indicating a time at which the relative location was detected; and a motion sensor configured to detect motion of the data processing device and to control operation of the detector in response to the detected motion, in which for a given captured image the detector is configured to detect an image of the remote marker within the given captured image and to derive a respective timestamp in dependence upon a location of the image of the remote marker within the given captured image, in which the detector is configured to apply a positional transformation to the location of the image of the remote marker within the given captured image in dependence upon the motion of the data processing device detected by the motion sensor during the image capture period of the given captured image. a camera configured to capture successive images, each image being captured during a respective image capture period such that respective different portions of the captured image are captured at respective different capture times within the image capture period; a detector configured to detect, from images captured by the camera, information indicating a relative location of a remote marker with respect to the data processing device, and to associate a timestamp with a detected relative location indicating a time at which the relative location was detected; and a motion sensor configured to detect motion of the data processing device and to control operation of the detector in response to the detected motion, in which for a given captured image the detector is configured to detect an image of the remote marker within the given captured image and to derive a respective timestamp in dependence upon a location of the image of the remote marker within the given captured image, in which the detector is configured to apply a positional transformation to the location of the image of the remote marker within the given captured image in dependence upon the motion of the data processing device detected by the motion sensor during the image capture period of the given captured image.
A method of making a grafted, asymmetric, porous ultra high molecular weight polyethylene membrane, comprising: a) contacting an asymmetric, ultra high molecular weight polyethylene membrane with an alcohol solution comprising benzophenone; b) contacting the polyethylene membrane with an aqueous exchange solution for removing the alcohol solution; c) contacting the polyethylene membrane with an aqueous grafting solution comprising: i) one or more of an anionic monomer, cationic monomer, and one or more of a neutral monomer; and ii) a type I photoinitiator; d) exposing the polyethylene membrane to ultraviolet electromagnetic radiation, thereby resulting in a grafted, asymmetric, porous ultra high molecular weight polyethylene membrane. a) contacting an asymmetric, ultra high molecular weight polyethylene membrane with an alcohol solution comprising benzophenone; b) contacting the polyethylene membrane with an aqueous exchange solution for removing the alcohol solution; c) contacting the polyethylene membrane with an aqueous grafting solution comprising: i) one or more of an anionic monomer, cationic monomer, and one or more of a neutral monomer; and ii) a type I photoinitiator; i) one or more of an anionic monomer, cationic monomer, and one or more of a neutral monomer; and ii) a type I photoinitiator; d) exposing the polyethylene membrane to ultraviolet electromagnetic radiation, thereby resulting in a grafted, asymmetric, porous ultra high molecular weight polyethylene membrane.