mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing help information for a user device comprising: receiving a video displaying a function and meta-data related to the video; identifying (S801), by the user device, information about the function from the received video by analyzing the meta-data related to the video, wherein the information about the function comprises information about an updated function; determining (S803), by the user device, whether the user device supports the function based on the identified information; executing (S805), by the user device, when the user device supports the function, a help function for the function; and outputting (S807), by the user device, the help information corresponding to the executed help function, wherein executing the help function comprises executing the help function when executing another function that creates a same result as the function corresponding to the help function. receiving a video displaying a function and meta-data related to the video; identifying (S801), by the user device, information about the function from the received video by analyzing the meta-data related to the video, wherein the information about the function comprises information about an updated function; determining (S803), by the user device, whether the user device supports the function based on the identified information; executing (S805), by the user device, when the user device supports the function, a help function for the function; and outputting (S807), by the user device, the help information corresponding to the executed help function, wherein executing the help function comprises executing the help function when executing another function that creates a same result as the function corresponding to the help function.
A computer-implemented method of providing user guidance for surgical navigation, the method comprising: obtaining implant data representative of a spatial relationship between an optical tracking pattern and a through-hole extending through an implant; obtaining image data representative of at least a part of the optical tracking pattern, the image data having been acquired by an imaging unit attached to a surgical instrument; obtaining instrument data representative of a spatial relationship between the surgical instrument and the imaging unit at a point in time when the image data have been acquired; determining , based on the implant data, the image data and the instrument data, tracking data describing a spatial relationship between the surgical instrument and the through-hole, characterized in that the method further comprises: obtaining guidance data describing a plurality of predefined spatial relationships between the surgical instrument and the through-hole; and triggering , based on the tracking data and the guidance data, simultaneous display of an indication of the plurality of predefined spatial relationships and an indication of the spatial relationship between the surgical instrument and the through-hole. obtaining implant data representative of a spatial relationship between an optical tracking pattern and a through-hole extending through an implant; obtaining image data representative of at least a part of the optical tracking pattern, the image data having been acquired by an imaging unit attached to a surgical instrument; obtaining instrument data representative of a spatial relationship between the surgical instrument and the imaging unit at a point in time when the image data have been acquired; determining , based on the implant data, the image data and the instrument data, tracking data describing a spatial relationship between the surgical instrument and the through-hole, characterized in that the method further comprises: obtaining guidance data describing a plurality of predefined spatial relationships between the surgical instrument and the through-hole; and triggering , based on the tracking data and the guidance data, simultaneous display of an indication of the plurality of predefined spatial relationships and an indication of the spatial relationship between the surgical instrument and the through-hole. obtaining guidance data describing a plurality of predefined spatial relationships between the surgical instrument and the through-hole; and triggering , based on the tracking data and the guidance data, simultaneous display of an indication of the plurality of predefined spatial relationships and an indication of the spatial relationship between the surgical instrument and the through-hole.
Method for detecting at least one potential presence of at least one fluorescence pattern type on an organ segment via immunofluorescence microscopy and via digital image processing, comprising - providing the organ segment on a slide, - incubating the organ segment with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ segment with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image (FB) of the organ segment in a colour channel corresponding to the fluorescent dye, - providing the fluorescence image (FB) to a neural network (NN), - simultaneously determining, by means of the one neural network (NN), segmentation information (SEG) through segmentation of the fluorescence image (FB) and, furthermore, a measure of confidence (KM) indicating an actual presence of the fluorescence pattern type, - determining, on the basis of the segmentation information (SEG), at least one sub-area (TF1, TF2) of the fluorescence image (FB) that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the previously determined at least one sub-area (TF1, TF2), validity information (VI) indicating a degree of a validity of the measure of confidence (KM), - outputting the measure of confidence (KM) of the actual presence of the fluorescence pattern type depending on the validity information (VI). - providing the organ segment on a slide, - incubating the organ segment with a liquid patient sample which potentially comprises primary antibodies, - incubating the organ segment with secondary antibodies which have been labelled with a fluorescent dye, - acquiring a fluorescence image (FB) of the organ segment in a colour channel corresponding to the fluorescent dye, - providing the fluorescence image (FB) to a neural network (NN), - simultaneously determining, by means of the one neural network (NN), segmentation information (SEG) through segmentation of the fluorescence image (FB) and, furthermore, a measure of confidence (KM) indicating an actual presence of the fluorescence pattern type, - determining, on the basis of the segmentation information (SEG), at least one sub-area (TF1, TF2) of the fluorescence image (FB) that is relevant to formation of the fluorescence pattern type, - determining, on the basis of the previously determined at least one sub-area (TF1, TF2), validity information (VI) indicating a degree of a validity of the measure of confidence (KM), - outputting the measure of confidence (KM) of the actual presence of the fluorescence pattern type depending on the validity information (VI).
Pharmaceutical product containing plant parts obtained from neem tree ( Azadirachta indica) leaves for use in treating, preventing and/or alleviating symptoms of restless legs syndrome (RLS).
An attachment assembly for mounting a mudguard on a frame of a motor vehicle, such that the mudguard is positioned vertically above a wheel of the motor vehicle, comprising - an arm extending between the frame of the motor vehicle and the mudguard , - an arm attachment device configured to attach the arm to the frame of the motor vehicle in one of at least two available arm positions, wherein said arm positions are at vertically different levels with respect to the frame , and wherein the arm attachment device comprises: ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, - at least one mudguard fixation device configured to attach the mudguard to the arm , characterised in that the mudguard fixation device is configured to attach the mudguard to the arm in one of at least two predefined mudguard fixation positions, wherein the predefined mudguard fixation positions are at vertically different levels with respect to the arm , and that said predefined connector positions correspond to different orientations of the arm connector with respect to the frame attachment member . - an arm extending between the frame of the motor vehicle and the mudguard , - an arm attachment device configured to attach the arm to the frame of the motor vehicle in one of at least two available arm positions, wherein said arm positions are at vertically different levels with respect to the frame , and wherein the arm attachment device comprises: ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, ∘ a frame attachment member configured to be firmly attached to the frame of the vehicle, and ∘ an arm connector for connecting the arm to the frame attachment member in one of said at least two available arm positions, wherein the arm connector is configured to be secured to the frame attachment member in one of at least two predefined connector positions, each connector position corresponding to one of said arm positions, - at least one mudguard fixation device configured to attach the mudguard to the arm , characterised in that the mudguard fixation device is configured to attach the mudguard to the arm in one of at least two predefined mudguard fixation positions, wherein the predefined mudguard fixation positions are at vertically different levels with respect to the arm , and that said predefined connector positions correspond to different orientations of the arm connector with respect to the frame attachment member .
A communication method, comprising: receiving (S402), by a terminal, a power saving signal sent by a network device, wherein the power saving signal is used to indicate statuses of the terminal on N carriers, and N is an integer greater than 1; and determining (S403), by the terminal, the statuses of the terminal on the N carriers based on the power saving signal, wherein each of the statuses of the terminal on the N carriers comprises information that the terminal monitors a physical downlink control channel, PDCCH, or does not monitor the PDCCH; wherein the power saving signal comprises M status index values, at least one of the M status index values correspondingly indicates statuses of the terminal on at least two of the N carriers, M is a positive integer, and M is less than N. receiving (S402), by a terminal, a power saving signal sent by a network device, wherein the power saving signal is used to indicate statuses of the terminal on N carriers, and N is an integer greater than 1; and determining (S403), by the terminal, the statuses of the terminal on the N carriers based on the power saving signal, wherein each of the statuses of the terminal on the N carriers comprises information that the terminal monitors a physical downlink control channel, PDCCH, or does not monitor the PDCCH; wherein the power saving signal comprises M status index values, at least one of the M status index values correspondingly indicates statuses of the terminal on at least two of the N carriers, M is a positive integer, and M is less than N.
Method for detecting a defective cell in an electric battery pack, characterized in that it comprises the following steps: - a step of measuring the no-load voltage across the terminals of each cell of the battery pack, - a step of calculating the deviation between the no-load voltage measured across the terminals of said cell and an average no-load voltage known depending on the number of days of lack of use of the battery pack, - a step of calculating the difference between said calculated deviation and a variable n.σ, where n is an integer greater than or equal to one, and σ is a known standard deviation that depends on the number of days of lack of use of the battery pack, - a step of detecting a defective cell if said difference is greater than zero. - a step of measuring the no-load voltage across the terminals of each cell of the battery pack, - a step of calculating the deviation between the no-load voltage measured across the terminals of said cell and an average no-load voltage known depending on the number of days of lack of use of the battery pack, - a step of calculating the difference between said calculated deviation and a variable n.σ, where n is an integer greater than or equal to one, and σ is a known standard deviation that depends on the number of days of lack of use of the battery pack, - a step of detecting a defective cell if said difference is greater than zero.
A feedstock line for additive manufacturing of an object , the feedstock line having a feedstock-line length and an exterior surface , defining an interior volume of the feedstock line , and comprising: elongate filaments , extending along at least a portion of the feedstock-line length; a resin , covering the elongate filaments ; and optical direction modifiers , each extending along only a portion of the feedstock-line length; and wherein: the optical direction modifiers are covered by the resin and are interspersed among the elongate filaments ; each of the optical direction modifiers has an outer surface ; and each of the optical direction modifiers is configured such that when electromagnetic radiation strikes the outer surface from a first direction, at least a portion of the electromagnetic radiation departs the outer surface in a second direction that is at an angle to the first direction to irradiate, in the interior volume of the feedstock line , the resin that, due at least in part to the elongate filaments , is not directly accessible to the electromagnetic radiation , incident on the exterior surface of the feedstock line . elongate filaments , extending along at least a portion of the feedstock-line length; a resin , covering the elongate filaments ; and optical direction modifiers , each extending along only a portion of the feedstock-line length; and wherein: the optical direction modifiers are covered by the resin and are interspersed among the elongate filaments ; each of the optical direction modifiers has an outer surface ; and each of the optical direction modifiers is configured such that when electromagnetic radiation strikes the outer surface from a first direction, at least a portion of the electromagnetic radiation departs the outer surface in a second direction that is at an angle to the first direction to irradiate, in the interior volume of the feedstock line , the resin that, due at least in part to the elongate filaments , is not directly accessible to the electromagnetic radiation , incident on the exterior surface of the feedstock line . the optical direction modifiers are covered by the resin and are interspersed among the elongate filaments ; each of the optical direction modifiers has an outer surface ; and each of the optical direction modifiers is configured such that when electromagnetic radiation strikes the outer surface from a first direction, at least a portion of the electromagnetic radiation departs the outer surface in a second direction that is at an angle to the first direction to irradiate, in the interior volume of the feedstock line , the resin that, due at least in part to the elongate filaments , is not directly accessible to the electromagnetic radiation , incident on the exterior surface of the feedstock line .
A process for preparing a final product comprising the steps of: i) providing a mixture comprising a liquid and a fibrous mixture, said fibrous mixture comprising: (a) at least one dry natural earth material selected from insoluble earth minerals, silt and sand or any combination thereof; (b) at least one type of clay material; and (c) at least one type of plant fibers; said mixture being characterized by having a liquid content of at least 20% wt of the weight of the fibrous mixture; (ii) adding said mixture to a mold; (iii) processing the mixture in said mold; the processing comprising: (a) heating the mixture to a temperature of between 60°C to 140°C; (b) applying predetermined compression pressure; and (c) drying said mixture whereby said final product is obtained; wherein said final product is characterized by having a bending strength of between 4 MPa to 7 MPa. i) providing a mixture comprising a liquid and a fibrous mixture, said fibrous mixture comprising: (a) at least one dry natural earth material selected from insoluble earth minerals, silt and sand or any combination thereof; (b) at least one type of clay material; and (c) at least one type of plant fibers; said mixture being characterized by having a liquid content of at least 20% wt of the weight of the fibrous mixture; (a) at least one dry natural earth material selected from insoluble earth minerals, silt and sand or any combination thereof; (b) at least one type of clay material; and (c) at least one type of plant fibers; (ii) adding said mixture to a mold; (iii) processing the mixture in said mold; the processing comprising: (a) heating the mixture to a temperature of between 60°C to 140°C; (b) applying predetermined compression pressure; and (c) drying said mixture whereby said final product is obtained; wherein said final product is characterized by having a bending strength of between 4 MPa to 7 MPa. (a) heating the mixture to a temperature of between 60°C to 140°C; (b) applying predetermined compression pressure; and (c) drying said mixture whereby said final product is obtained;
Plate freezer comprising a stack of freezer plates , where at least one freezer plate has a first and a second surface , first and second end sides and first and second long sides , said surfaces and sides surrounding a hollow interior, through which a coolant may be circulated, where each freezer plate is provided with one or more apertures in or adjacent the end sides of each freezer plate , where one or more continuous rods is/are inserted through overlapping apertures in the stack of freezer plates , where each rod in a first end is provided with actuator means , and where engagement members are arranged for each freezer plate and are in communication with the one or more rods , characterised in that each of said engagement members , selectively, may be in a locked position with the rod such that the rod and engagement members move at the same time when activated by the actuator means or an unlocked position where the rod when activated by the actuator means moves relative to the engagement member .
A heavy phase liquid discharge element for a centrifugal separator configured to separate two liquid phases having different densities, the heavy phase liquid discharge element having a longitudinal extension, a transversal extension perpendicular to the longitudinal extension, a first inlet side and an opposite second outlet side , both extending in the longitudinal direction and in the transversal direction, a first longitudinal portion (I) comprising a first transversally extending edge (TE1), a second longitudinal portion (II) comprising a second transversally extending edge (TE2), and two longitudinally extending side edges (SE1; SE2), in between which a longitudinally extending center line (CL) extends, the heavy phase liquid discharge element comprising: - at least one inlet opening (211; 212) on the first side of the heavy phase liquid discharge element, the at least one inlet opening being adapted to face an interior of the centrifugal separator, and - at least two separate outlet channels (271; 272) defining an outlet on the second side of the heavy phase liquid discharge element, wherein at least a portion of each of the outlet channels overlaps with the at least one inlet opening, thereby forming a liquid pathway between the at least one inlet opening and the outlet defined by the at least two outlet channels through which the liquid can pass, and - each of the at least two outlet channels having an extension in the longitudinal direction of the heavy phase liquid discharge element , which is longer than the extension of the at least one inlet opening in the longitudinal direction. - at least one inlet opening (211; 212) on the first side of the heavy phase liquid discharge element, the at least one inlet opening being adapted to face an interior of the centrifugal separator, and - at least two separate outlet channels (271; 272) defining an outlet on the second side of the heavy phase liquid discharge element, wherein at least a portion of each of the outlet channels overlaps with the at least one inlet opening, thereby forming a liquid pathway between the at least one inlet opening and the outlet defined by the at least two outlet channels through which the liquid can pass, and - each of the at least two outlet channels having an extension in the longitudinal direction of the heavy phase liquid discharge element , which is longer than the extension of the at least one inlet opening in the longitudinal direction.
A process for preparing a high-curl kraft pulp, comprising mechanically treating a chemical pulp by passing pulp through a plug screw passing the pulp through a steam tube in less than about 6 minutes; pressurizing the pulp while in the plug screw with steam at a temperature above 100°C and a pressure greater than 2 bar; treating the mechanically processed kraft pulp with a crosslinking agent; drying the processed kraft pulp at a temperature above 100 °C; and curing the processed kraft pulp at a temperature of at least about 140°C to produce the high-curl pulp. mechanically treating a chemical pulp by passing pulp through a plug screw passing the pulp through a steam tube in less than about 6 minutes; pressurizing the pulp while in the plug screw with steam at a temperature above 100°C and a pressure greater than 2 bar; passing pulp through a plug screw passing the pulp through a steam tube in less than about 6 minutes; pressurizing the pulp while in the plug screw with steam at a temperature above 100°C and a pressure greater than 2 bar; treating the mechanically processed kraft pulp with a crosslinking agent; drying the processed kraft pulp at a temperature above 100 °C; and curing the processed kraft pulp at a temperature of at least about 140°C to produce the high-curl pulp.