mhurhangee/ep-ind-claims huggingface dataset:
A method of an object reconstruction from x-ray imaging, said object comprising a surgical instrument, the method comprising: receiving a user input of a first angulation for a first x-ray image; calculating a first score representative of a quality of a reconstruction of the object from an x-ray image acquired at the first angulation based upon the first image angulation and a target trajectory of the surgical instrument, said trajectory being calculated during trajectory planning prior to the surgical procedure; presenting the first score on a graphical display; receiving a user input confirming the first angulation; acquiring a first x-ray image at the first angulation; receiving a user input of a second angulation for a second x-ray image; calculating a second score representative of the quality of the reconstruction of the object from the first x-ray image and an x-ray image acquired the second angulation based upon the second image angulation and the target trajectory; presenting the second score on the graphical display; and receiving a user input confirming the second angulation; acquiring a second x-ray image at the second angulation; and reconstructing the object from the first x-ray image and the second x-ray image. receiving a user input of a first angulation for a first x-ray image; calculating a first score representative of a quality of a reconstruction of the object from an x-ray image acquired at the first angulation based upon the first image angulation and a target trajectory of the surgical instrument, said trajectory being calculated during trajectory planning prior to the surgical procedure; presenting the first score on a graphical display; receiving a user input confirming the first angulation; acquiring a first x-ray image at the first angulation; receiving a user input of a second angulation for a second x-ray image; calculating a second score representative of the quality of the reconstruction of the object from the first x-ray image and an x-ray image acquired the second angulation based upon the second image angulation and the target trajectory; presenting the second score on the graphical display; and receiving a user input confirming the second angulation; acquiring a second x-ray image at the second angulation; and reconstructing the object from the first x-ray image and the second x-ray image.
A system comprising: a plurality of networked microphone devices (NMDs) (512, 514, 516, 532, 534, 536, 538), each NMD configured for: recording a respective voice recording detected via a respective microphone array of the respective NMD; and transmitting, to a computing device the voice recording recorded by the respective microphone array; and a computing device configured for: receiving a set of voice recordings from respective one or more NMDs; identifying, from the set of voice recordings, based on respective sound pressure levels of each voice recording in the set of voice recordings, a subset of voice recordings from which to determine a given voice command, wherein the subset of voice recordings is a predefined number of voice recordings; causing the identified subset of voice recordings to be analyzed to determine the given voice command; and sending the determined voice command to one or more NMDs, wherein the computing device is further configured for, after receiving at least a first portion of a given voice command from a first NMD, causing one or more other NMDs to stop recording the given voice command. a plurality of networked microphone devices (NMDs) (512, 514, 516, 532, 534, 536, 538), each NMD configured for: recording a respective voice recording detected via a respective microphone array of the respective NMD; and transmitting, to a computing device the voice recording recorded by the respective microphone array; and recording a respective voice recording detected via a respective microphone array of the respective NMD; and transmitting, to a computing device the voice recording recorded by the respective microphone array; and a computing device configured for: receiving a set of voice recordings from respective one or more NMDs; identifying, from the set of voice recordings, based on respective sound pressure levels of each voice recording in the set of voice recordings, a subset of voice recordings from which to determine a given voice command, wherein the subset of voice recordings is a predefined number of voice recordings; causing the identified subset of voice recordings to be analyzed to determine the given voice command; and sending the determined voice command to one or more NMDs, receiving a set of voice recordings from respective one or more NMDs; identifying, from the set of voice recordings, based on respective sound pressure levels of each voice recording in the set of voice recordings, a subset of voice recordings from which to determine a given voice command, wherein the subset of voice recordings is a predefined number of voice recordings; causing the identified subset of voice recordings to be analyzed to determine the given voice command; and sending the determined voice command to one or more NMDs, wherein the computing device is further configured for, after receiving at least a first portion of a given voice command from a first NMD, causing one or more other NMDs to stop recording the given voice command.
A flame resistant fabric comprising flame resistant cellulosic filament yarns, wherein the fabric has a machine direction and a cross-machine direction and further has a thermal shrinkage of 10% or less in both the machine and cross-machine directions when tested in accordance with ISO 17493 wherein: - the flame resistant cellulosic filament yarns are the first yarns in the fabric; - the fabric further comprises second yarns different from the first yarns, - the flame resistant cellulosic filament yarns and the second yarns are both provided in one of the machine direction or the cross-machine direction of the fabric - the second yarns comprise at least one of filament yarns, spun yarns, and stretch broken yarns; - the second yarns comprise inherently flame resistant materials; - the fabric further comprises flame resistant third yarns, wherein the flame resistant third yarns are spun yarns; and - the third yarns are provided in the other of the machine direction or the cross-machine direction of the fabric. - the flame resistant cellulosic filament yarns are the first yarns in the fabric; - the fabric further comprises second yarns different from the first yarns, - the flame resistant cellulosic filament yarns and the second yarns are both provided in one of the machine direction or the cross-machine direction of the fabric - the second yarns comprise at least one of filament yarns, spun yarns, and stretch broken yarns; - the second yarns comprise inherently flame resistant materials; - the fabric further comprises flame resistant third yarns, wherein the flame resistant third yarns are spun yarns; and - the third yarns are provided in the other of the machine direction or the cross-machine direction of the fabric.
A sealing system (21,41,61) for an improved heat resistance in a partition wall (23,43,63), said sealing system comprising; a frame element (24,44,64) intended to be permanently secured in a partition wall to form an enclosed passage (25,45,65) for one or more cables, wires or pipes through the partition wall (23,43,63), said frame element (24,44,64) is formed by a substantially flat member arranged perpendicular to the partition wall such that a shoulder (26,46,66) extending from the partition wall is formed, Characterized in that the sealing system further comprises an extension element (22,42,62) at least partly enclosing said shoulder and attached to the shoulder, said extension element comprising a first (27,47,67) and a second section (28,48,68), said first section comprising a first fastening means (29,49,69) for attaching the extension element to said shoulder, wherein the second section is formed so that an extended enclosed passage (30,50,70) formed by said second section is substantially equal to the enclosed passage formed by said frame element, wherein said first section is at least partly enclosing said second section and said first section is attached to said second section by a second fastening means (31,51,71), and wherein the second fastening means comprises at least two screws (31,51,71) attaching the second section to the first section by the at least two screws penetrating the first section and connects to the second section, the at least two screws are evenly distributed along the perimeter of the first section. a frame element (24,44,64) intended to be permanently secured in a partition wall to form an enclosed passage (25,45,65) for one or more cables, wires or pipes through the partition wall (23,43,63), said frame element (24,44,64) is formed by a substantially flat member arranged perpendicular to the partition wall such that a shoulder (26,46,66) extending from the partition wall is formed, Characterized in that the sealing system further comprises an extension element (22,42,62) at least partly enclosing said shoulder and attached to the shoulder, said extension element comprising a first (27,47,67) and a second section (28,48,68), said first section comprising a first fastening means (29,49,69) for attaching the extension element to said shoulder, wherein the second section is formed so that an extended enclosed passage (30,50,70) formed by said second section is substantially equal to the enclosed passage formed by said frame element, wherein said first section is at least partly enclosing said second section and said first section is attached to said second section by a second fastening means (31,51,71), and wherein the second fastening means comprises at least two screws (31,51,71) attaching the second section to the first section by the at least two screws penetrating the first section and connects to the second section, the at least two screws are evenly distributed along the perimeter of the first section.
A method for transmitting a media content in a multimedia system, the method comprising: determining a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit, MFU, which is a fragment of the media unit, or a fragment of the MFU; and generating a data stream comprising data for the transmission unit; and transmitting the generated data stream through a communication network, the method characterized by: if the transmission unit is the MFU, the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU, and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU. determining a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit, MFU, which is a fragment of the media unit, or a fragment of the MFU; and generating a data stream comprising data for the transmission unit; and transmitting the generated data stream through a communication network, the method characterized by: if the transmission unit is the MFU, the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU, and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU. if the transmission unit is the MFU, the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU, and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU.
A vehicle platform (11, 111, 211) comprising: a central body (10, 110, 210); a plurality of adjustable legs extending downward from the central body (10, 110, 210), each adjustable leg having a corresponding leg actuator to adjust a respective vertical height of each adjustable leg (10, 12), each adjustable leg supports the central body (10, 110, 210); and a plurality of planting row units supported by or suspended from the central body; each planting row unit comprising an opener for opening the soil, a seed tube with a seed outlet for planting seed in the opened soil or furrow, and a closer for closing or covering seed with soil; the planting row unit comprising a bin for holding seed, the bin coupled to a seed metering unit for controlling the rate of seed provided to the seed outlet associated with or near the opener, wherein each one of the adjustable legs terminates in a tracked wheel, characterized in that the tracked wheel has an adjustable footprint or a track contact area in contact with the ground and that a data processor is adapted to dynamically adjust the track contact area in contact with the ground in response to observed vehicle ground speed with respect to a threshold speed and an observed yaw rate change with respect to a threshold yaw rate change. a central body (10, 110, 210); a plurality of adjustable legs extending downward from the central body (10, 110, 210), each adjustable leg having a corresponding leg actuator to adjust a respective vertical height of each adjustable leg (10, 12), each adjustable leg supports the central body (10, 110, 210); and a plurality of planting row units supported by or suspended from the central body; each planting row unit comprising an opener for opening the soil, a seed tube with a seed outlet for planting seed in the opened soil or furrow, and a closer for closing or covering seed with soil; the planting row unit comprising a bin for holding seed, the bin coupled to a seed metering unit for controlling the rate of seed provided to the seed outlet associated with or near the opener, wherein each one of the adjustable legs terminates in a tracked wheel, characterized in that the tracked wheel has an adjustable footprint or a track contact area in contact with the ground and that a data processor is adapted to dynamically adjust the track contact area in contact with the ground in response to observed vehicle ground speed with respect to a threshold speed and an observed yaw rate change with respect to a threshold yaw rate change.
A composition comprising 3 to 5 mass% coenzyme Q10, 1 to 2 mass% riboflavin, 15 to 20 mass% L-cystine or L-cysteine, 0.5 to 1.0 mass% niacin, 28 to 43 mass% Vitamin C, 3 to 5 mass% succinic acid, 3 to 5 mass% fumaric acid and 27 to 42 mass% L-glutamine for use in a method for treatment of the human or animal body by therapy, wherein the composition is administered in a concentration ranging from 10 to 20 mg/kg body weight, and wherein the method for treatment is a method of treatment and/or prevention of a disease selected from radiation-induced gastrointestinal syndrome, anemia, ischemic reperfusion injury, inflammatory diseases, systemic lupus erythematosis, myocardial infarction, stroke traumatic hemorrhage, spinal cord trauma, Crohn's disease, rheumatoid arthritis, cataract formation, uveitis, emphysema, gastric ulcers, oxygen toxicity, neoplasia, radiation sickness, cancer, Alzheimer's disease, Parkinson's disease, hemochromatosis, deafness, atherosclerosis, psychosis, bone marrow failure, pancytopenia, fatal immune dysfunction, movement disorders and schizophrenia.
An electronic device comprising: - a device host comprising an operating system, OS, unit and a trusted execution environment, TEE, unit, and - a near field communication, NFC, controller configured to enable communication of the electronic device with other devices, said NFC controller being coupled to the device host by a data channel for data exchange and a control channel for control information exchange, wherein the data channel and the control channel are NFC controller interface, NCI, channels and are split channels, wherein the control channel is provided between the TEE unit and the NFC controller, and wherein the data channel is provided either between the OS unit and the NFC controller or between the TEE unit and the NFC controller. - a device host comprising an operating system, OS, unit and a trusted execution environment, TEE, unit, and - a near field communication, NFC, controller configured to enable communication of the electronic device with other devices, said NFC controller being coupled to the device host by a data channel for data exchange and a control channel for control information exchange, wherein the data channel and the control channel are NFC controller interface, NCI, channels and are split channels, wherein the control channel is provided between the TEE unit and the NFC controller, and wherein the data channel is provided either between the OS unit and the NFC controller or between the TEE unit and the NFC controller.
An electrophotographic member comprising: a mandrel, an elastic layer on an outer periphery of the mandrel, and a surface layer on the outer periphery of the elastic layer; wherein, the surface layer consists of a titanium oxide film having chemical bonds represented by the following formula and formula. O-Ti-O Formula Ti-O-C Formula, wherein an abundance ratio (C C-C /O C-O) in the titanium oxide film is 3 or more and 8 or less, obtained by measuring an abundance ratio (O c-o) of an oxygen atom bound to a carbon atom of a carbon atom-oxygen atom bond and an abundance ratio (C c-c) of a carbon atom bound to a carbon atom of a carbon atom-carbon atom bond in terms of amount using a scanning X-ray photoelectron spectrometer and determining the proportion of both the abundance ratios. a mandrel, an elastic layer on an outer periphery of the mandrel, and a surface layer on the outer periphery of the elastic layer;
A lubricating oil composition comprising a base oil containing an alkylnaphthalene and an ester compound, wherein: the content ratio of the component to the component [ /] is 15/85 to 85/15 as a ratio by mass; the ester compound contains a polyol ester, which is contained in an amount of 60 to 100% by mass based on the total amount of the component; the polyol ester is an ester of a dipentaerythritol and a saturated aliphatic monocarboxylic acid having 5 to 12 carbon atoms; the lubricating oil composition further comprises an antioxidant; and wherein the antioxidant contains an alkylated diphenylamine. the content ratio of the component to the component [ /] is 15/85 to 85/15 as a ratio by mass; the ester compound contains a polyol ester, which is contained in an amount of 60 to 100% by mass based on the total amount of the component; the polyol ester is an ester of a dipentaerythritol and a saturated aliphatic monocarboxylic acid having 5 to 12 carbon atoms; the lubricating oil composition further comprises an antioxidant; and wherein the antioxidant contains an alkylated diphenylamine.
A bifurcated stent graft, comprising a body and a side branch that forms an acute angle with the body, the side branch comprising a covering film and a first bare stent disposed only on the covering film, a part of the first bare stent being positioned adjacent a boundary line of the body and the covering film and being located in a vertex angle area of the acute angle, the first bare stent being structured as a waveform ring and comprising a plurality of proximal vertices (242a-c) and a plurality of distal vertices, the connection line of the plurality of distal vertices being annular, at least some of the plurality of proximal vertices being located in the vertex angle area, characterized in that the first bare stent has different axial distances between opposing pairs of proximal and distal vertices, respectively, in an axial length direction of the covering film of the side branch and one of the opposing pairs has the shortest axial distance positioned closest to the acute angle, and the body comprises a second bare stent positioned adjacent the boundary line, the second bare stent comprises two end support bars disposed at the opposite sides of the side branch, and the two end support bars are parallel to each other.
A cell -TC-, in a cellular communication network, comprising an admission means -AC- adapted to process an incoming call requesting to be hosted by the cell -TC-, wherein the admission means -AC- comprises: - means for accepting said incoming call in normal mode -NM-, wherein said means for accepting said incoming call in normal mode -NM- is adapted to service all signalling and data aspects of said incoming call, when said cell -TC)- has enough data traffic resources to handle said incoming call, - means for rejecting -RE- said incoming call, when said cell -TC- has not enough signalling traffic resources and data traffic resources to handle said incoming call, characterized in that said admission means -AC- further comprises: - means for accepting said incoming call in silent mode -SM-, wherein said means for accepting said incoming call in silent mode -SM- is adapted to service all signalling aspects of said incoming call while suspending data traffic of said incoming call, when said cell -TC- has enough signalling traffic resources but not enough data traffic resources to handle said incoming call. - means for accepting said incoming call in normal mode -NM-, wherein said means for accepting said incoming call in normal mode -NM- is adapted to service all signalling and data aspects of said incoming call, when said cell -TC)- has enough data traffic resources to handle said incoming call, - means for rejecting -RE- said incoming call, when said cell -TC- has not enough signalling traffic resources and data traffic resources to handle said incoming call, - means for accepting said incoming call in silent mode -SM-, wherein said means for accepting said incoming call in silent mode -SM- is adapted to service all signalling aspects of said incoming call while suspending data traffic of said incoming call, when said cell -TC- has enough signalling traffic resources but not enough data traffic resources to handle said incoming call.