mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of simulating fluid production in a multi-reservoir system with a common surface network, the method comprising: matching equation of state characterization of fluids with a delumped EOS model for each of a plurality of reservoirs within the multi-reservoir system, the delumped EOS model representing different components of the fluids for each reservoir; simulating fluid production in the multi-reservoir system for at least one simulation point in the common surface network, based in part on the delumped EOS model for each of the plurality of reservoirs; determining whether or not fluids produced during the simulation at the simulation point are mixed fluids from different reservoirs in the plurality of reservoirs; when the fluids at the simulation point are determined not to be mixed fluids produced from different reservoirs in the plurality of reservoirs, calculating properties of the fluids using the delumped EOS model corresponding to one of the plurality of reservoirs from which the fluids are produced; and when the fluids at the simulation point are determined to be mixed fluids produced from different reservoirs: generating one or more interpolation tables representing the mixed fluids produced from the different reservoirs via the common surface network, based on the corresponding delumped EOS model for each of the different reservoirs; and calculating properties of the mixed fluids based on the one or more interpolation tables. matching equation of state characterization of fluids with a delumped EOS model for each of a plurality of reservoirs within the multi-reservoir system, the delumped EOS model representing different components of the fluids for each reservoir; simulating fluid production in the multi-reservoir system for at least one simulation point in the common surface network, based in part on the delumped EOS model for each of the plurality of reservoirs; determining whether or not fluids produced during the simulation at the simulation point are mixed fluids from different reservoirs in the plurality of reservoirs; when the fluids at the simulation point are determined not to be mixed fluids produced from different reservoirs in the plurality of reservoirs, calculating properties of the fluids using the delumped EOS model corresponding to one of the plurality of reservoirs from which the fluids are produced; and when the fluids at the simulation point are determined to be mixed fluids produced from different reservoirs: generating one or more interpolation tables representing the mixed fluids produced from the different reservoirs via the common surface network, based on the corresponding delumped EOS model for each of the different reservoirs; and calculating properties of the mixed fluids based on the one or more interpolation tables. generating one or more interpolation tables representing the mixed fluids produced from the different reservoirs via the common surface network, based on the corresponding delumped EOS model for each of the different reservoirs; and calculating properties of the mixed fluids based on the one or more interpolation tables.
A system comprising: - a provider module configured to serve a Software Defined Infrastructure SDI service request generated by a consumer, such SDI service request being formulated in a first language; characterized in that the system further comprises: - an NSP translation module configured to translate such SDI requests from said first language into a corresponding service chain comprising a set of Network and Service Primitives NSP comprising at least one NSP; - a service space module configured to map each NSP of a service chain onto a multidimensional vector space by exploiting a space matrix, said space matrix being a data structure providing the positions within the multidimensional vector space of vectors NSP(i) corresponding to any possible NSP; and wherein - said service space module is also configured to query said space matrix with a sequence SNSP of vectors NSP(i) so as to retrieve a further sequence SNSP' of vectors NSP'(i) by carrying out on the vectors NSP(i) of the sequence SNSP geometric operations in order to find a level of similarity between such vectors and the vectors of the V -dimensional service space SS so as to carry out at least one among: - predict a new NSP in the composition of the further sequence SNSP' starting from a set of neighbors NSPs composing the sequence SNSP; and - predict a set of neighbors NSPs composing the further sequence SNSP', starting from a NSP of the sequence SNSP. - a provider module configured to serve a Software Defined Infrastructure SDI service request generated by a consumer, such SDI service request being formulated in a first language; - an NSP translation module configured to translate such SDI requests from said first language into a corresponding service chain comprising a set of Network and Service Primitives NSP comprising at least one NSP; - a service space module configured to map each NSP of a service chain onto a multidimensional vector space by exploiting a space matrix, said space matrix being a data structure providing the positions within the multidimensional vector space of vectors NSP(i) corresponding to any possible NSP; and wherein - said service space module is also configured to query said space matrix with a sequence SNSP of vectors NSP(i) so as to retrieve a further sequence SNSP' of vectors NSP'(i) by carrying out on the vectors NSP(i) of the sequence SNSP geometric operations in order to find a level of similarity between such vectors and the vectors of the V -dimensional service space SS so as to carry out at least one among: - predict a new NSP in the composition of the further sequence SNSP' starting from a set of neighbors NSPs composing the sequence SNSP; and - predict a set of neighbors NSPs composing the further sequence SNSP', starting from a NSP of the sequence SNSP.
A method of detecting, during an automated driving phase of a vehicle, its presence in an insertion lane to a divided road, the method comprising the following steps: - checking, ahead of said vehicle and over a predetermined anticipation distance, for a next convergence at a convergence distance of the boundary lines (L1, L2) defining the traffic lane of said vehicle; - checking, when a next convergence is detected and from the position of the vehicle and the mapping data, the existence of a divided road ahead of the vehicle and at a distance less than or equal to a predetermined control distance; - validating, when the existence of a said divided road is identified, the presence of said vehicle on a said insertion lane; and - when the existence of a said divided road is not identified from the position of the vehicle and the mapping data, the presence of said vehicle on a said insertion lane is validated only if one of said boundary lines (L1, L2) is of discontinuous type and has a width greater than or equal to a predetermined minimum width. - checking, ahead of said vehicle and over a predetermined anticipation distance, for a next convergence at a convergence distance of the boundary lines (L1, L2) defining the traffic lane of said vehicle; - checking, when a next convergence is detected and from the position of the vehicle and the mapping data, the existence of a divided road ahead of the vehicle and at a distance less than or equal to a predetermined control distance; - validating, when the existence of a said divided road is identified, the presence of said vehicle on a said insertion lane; and - when the existence of a said divided road is not identified from the position of the vehicle and the mapping data, the presence of said vehicle on a said insertion lane is validated only if one of said boundary lines (L1, L2) is of discontinuous type and has a width greater than or equal to a predetermined minimum width.
A push button safety switch comprising: - a box-like body with a longitudinal axis and housing therein: - at least one pair of stationary contacts (3, 4), which are designed to be connected to the power circuit of a machine or system; - a first slider movable parallel to said longitudinal axis between two end positions (A, B), i.e. open circuit and closed circuit positions respectively; - at least one pair of movable contacts (6, 7) operably connected to said first slider, to translate relative to said stationary contacts (3, 4) between said end positions (A, B) and cause opening and closing of the circuit respectively; - a control push button which is designed to be fixed to a machine or system and having a stationary portion designed to be fixed to said box-like body and a mobile portion designed to interact with said first slider to cause it to slide within said box-like body between said end positions (A, B); - driving means interposed between said push button and said first slider to cause, when said push button is coupled to said box-like body and is pressed, the interaction between said movable contacts (6, 7) and said stationary contacts (3, 4); wherein said driving means are substantially rigid to cause said first slider to directly interact with said push button and to open said movable contacts (6, 7) as said box-like body is at least partially accidentally disengaged from said push button, characterized in that said driving means further comprises a second slider which is slideably housed in said box-like body and operably connected to said driving means and said push button to transmit a pressing motion from this latter to said first slider, said driving means comprising either an articulated linkage or a rack-and-pinion mechanism which are designed for interaction with said first slider and said second slider to force said movable contacts (6, 7) into said open position in a state of proper engagement or in a state of disengagement or improper coupling of said box-like body with said push button. - a box-like body with a longitudinal axis and housing therein: - at least one pair of stationary contacts (3, 4), which are designed to be connected to the power circuit of a machine or system; - a first slider movable parallel to said longitudinal axis between two end positions (A, B), i.e. open circuit and closed circuit positions respectively; - at least one pair of movable contacts (6, 7) operably connected to said first slider, to translate relative to said stationary contacts (3, 4) between said end positions (A, B) and cause opening and closing of the circuit respectively; - a control push button which is designed to be fixed to a machine or system and having a stationary portion designed to be fixed to said box-like body and a mobile portion designed to interact with said first slider to cause it to slide within said box-like body between said end positions (A, B); - driving means interposed between said push button and said first slider to cause, when said push button is coupled to said box-like body and is pressed, the interaction between said movable contacts (6, 7) and said stationary contacts (3, 4);
A devitalized tissue regenerative composition, comprising: intact epithelial basement membrane, and at least the subjacent portion of the tunica propria harvested from a mammalian epithelial tissue, whereby said devitalized tissue regenerative composition restores, or replaces tissue in a patient.
An apparatus comprising: a memory; and a processor coupled to the memory and configured to: obtain a current block of a video frame, obtain candidate motion vectors, MVs, corresponding to neighboring blocks of the video frame, wherein the neighboring blocks neighbor the current block, and wherein the neighboring blocks comprise a first neighboring block and a second neighboring block, obtain precisions of the candidate MVs, wherein the precisions comprise a first precision of a candidate MV corresponding to the first neighboring block and a second precision of a candidate MV corresponding to the second neighboring block, perform first rounding of the precisions based on a rounding scheme, wherein the rounding scheme comprises rounding the first precision and the second precision to a target precision of the current block, perform second rounding of the candidate MVs based on the first rounding, wherein the second rounding includes rounding up or rounding down, perform pruning of the candidate MVs, and generate a candidate list based on the second rounding and the pruning. a memory; and a processor coupled to the memory and configured to: obtain a current block of a video frame, obtain candidate motion vectors, MVs, corresponding to neighboring blocks of the video frame, wherein the neighboring blocks neighbor the current block, and wherein the neighboring blocks comprise a first neighboring block and a second neighboring block, obtain precisions of the candidate MVs, wherein the precisions comprise a first precision of a candidate MV corresponding to the first neighboring block and a second precision of a candidate MV corresponding to the second neighboring block, perform first rounding of the precisions based on a rounding scheme, wherein the rounding scheme comprises rounding the first precision and the second precision to a target precision of the current block, perform second rounding of the candidate MVs based on the first rounding, wherein the second rounding includes rounding up or rounding down, perform pruning of the candidate MVs, and generate a candidate list based on the second rounding and the pruning. obtain a current block of a video frame, obtain candidate motion vectors, MVs, corresponding to neighboring blocks of the video frame, wherein the neighboring blocks neighbor the current block, and wherein the neighboring blocks comprise a first neighboring block and a second neighboring block, obtain precisions of the candidate MVs, wherein the precisions comprise a first precision of a candidate MV corresponding to the first neighboring block and a second precision of a candidate MV corresponding to the second neighboring block, perform first rounding of the precisions based on a rounding scheme, wherein the rounding scheme comprises rounding the first precision and the second precision to a target precision of the current block, perform second rounding of the candidate MVs based on the first rounding, wherein the second rounding includes rounding up or rounding down, perform pruning of the candidate MVs, and generate a candidate list based on the second rounding and the pruning.
A non-combustion flavor inhalation article comprising a heating device comprising a heater, and a roll including a tobacco sheet to be disposed in contact with the heater, characterized in that the heater is to be heated to a temperature between 80 and 140°C,the heater has a hollow cylindrical structure, the roll has a hollow cylindrical structure including only the tobacco sheet or the tobacco sheet and a wrapping material wrapping an outside of the tobacco sheet, and in that the roll is inserted into a hollow part of the heater and the tobacco sheet or the wrapping material wrapping the outside of the tobacco sheet is in contact with an inside surface of the heater, and the wrapping material is made of a heat conductive material.
A method, comprising: offloading network protocol stack processing from a source node (330; 331) of a local area network LAN to a router coupled to the LAN, characterized in that offloading the network protocol stack processing comprises: receiving at a first input of the router first data from the LAN, the first data in a first format not suitable for communication to a wide area network WAN coupled to the router; processing the first data at a network protocol stack of the router to determine second data in a second format, the second format suitable for communication to the WAN; and communicating the second data to the WAN. receiving at a first input of the router first data from the LAN, the first data in a first format not suitable for communication to a wide area network WAN coupled to the router; processing the first data at a network protocol stack of the router to determine second data in a second format, the second format suitable for communication to the WAN; and communicating the second data to the WAN.
Optical position measurement device for capturing the rotation angle between two objects that are rotationally movable in relation to one another, comprising - a grating material measure (11; 111), which rotates about an axis of rotation and is embodied as a reflection grating and from whose scanning position information both with respect to an azimuthal rotational movement about the axis of rotation and also with respect to a radial displacement of the grating material measure (11; 111) are producible, - at least one detection unit for scanning the rotating grating material measure (11; 111), which is configured to perform azimuthal scanning and also radial scanning, as a result of which the azimuthal rotation angle (φ mess (Θ)) and a radial displacement (Δr mess (Θ)) of the grating material measure (11; 111) are determined, - wherein the neutral axis of rotation of the scan of the grating material measure (11; 111) for the rotation angle determination and the neutral axis of rotation of the scan of the grating material measure (11; 111) for the radial displacement determination lie in the same plane, wherein this plane is parallel to the non-tilted grating material measure (11; 111) and a neutral axis of rotation designates the axis of rotation about which the grating material measure (11; 111) and the detection unit are tiltable in relation to one another while the respectively measured position remains unchanged. - a grating material measure (11; 111), which rotates about an axis of rotation and is embodied as a reflection grating and from whose scanning position information both with respect to an azimuthal rotational movement about the axis of rotation and also with respect to a radial displacement of the grating material measure (11; 111) are producible, - at least one detection unit for scanning the rotating grating material measure (11; 111), which is configured to perform azimuthal scanning and also radial scanning, as a result of which the azimuthal rotation angle (φ mess (Θ)) and a radial displacement (Δr mess (Θ)) of the grating material measure (11; 111) are determined, - wherein the neutral axis of rotation of the scan of the grating material measure (11; 111) for the rotation angle determination and the neutral axis of rotation of the scan of the grating material measure (11; 111) for the radial displacement determination lie in the same plane, wherein this plane is parallel to the non-tilted grating material measure (11; 111) and a neutral axis of rotation designates the axis of rotation about which the grating material measure (11; 111) and the detection unit are tiltable in relation to one another while the respectively measured position remains unchanged.
A light emitting diode comprising: a first semiconductor layer doped with a first dopant, coupled to a first electrode layer; an active layer overlying said first semiconductor layer, capable of emitting light; a second semiconductor layer doped with a second dopant, overlying said active layer, said first dopant and said second dopant being of opposite type; and a second electrode layer overlying said second semiconductor layer, wherein at least one of said active layer and said second semiconductor layer has a periodically varying thickness with alternating maxima and minima, wherein the ratio of the period of said periodic variation and the wavelength of said emitted light in air is greater than about 0.1 and less than about 5; wherein the thickness of said second semiconductor layer at said minima is less than about one wavelength of said emitted light in said second semiconductor layer; at least one of said active layer and said second semiconductor layer has a planar lattice of through holes (122-i) aligned with said minima; characterized in that the first electrode layer overlies of a portion of the planar lattice of through holes (122-i). a first semiconductor layer doped with a first dopant, coupled to a first electrode layer; an active layer overlying said first semiconductor layer, capable of emitting light; a second semiconductor layer doped with a second dopant, overlying said active layer, said first dopant and said second dopant being of opposite type; and a second electrode layer overlying said second semiconductor layer, wherein at least one of said active layer and said second semiconductor layer has a periodically varying thickness with alternating maxima and minima, wherein the ratio of the period of said periodic variation and the wavelength of said emitted light in air is greater than about 0.1 and less than about 5; wherein the thickness of said second semiconductor layer at said minima is less than about one wavelength of said emitted light in said second semiconductor layer; at least one of said active layer and said second semiconductor layer has a planar lattice of through holes (122-i) aligned with said minima; characterized in that the first electrode layer overlies of a portion of the planar lattice of through holes (122-i).
Apparatus for monitoring muscle activity relating to bruxism of a user, said apparatus comprising - means adapted to provide signals indicative of muscle activity of said user, - means adapted to process said signals in order to detect bruxism in said user, and - means adapted to provide a feedback signal directed to said user in response to detection of said bruxism, wherein the apparatus is designed in order to be operated in a set-up mode and a use-mode, and wherein said apparatus is designed to be individually adaptable in said set-up mode, and wherein said apparatus in said set-up mode is adapted to sense and register a normally occurring muscle activity and an essentially maximal muscle activity to be utilized for establishing criteria for triggering said feedback signal such that said criteria is adapted to said user, and such that the normally occurring activities cannot trigger a feedback, and wherein said apparatus in said use-mode is adapted to monitor muscle activity of said user and provide said feedback signal in accordance with said criteria. - means adapted to provide signals indicative of muscle activity of said user, - means adapted to process said signals in order to detect bruxism in said user, and - means adapted to provide a feedback signal directed to said user in response to detection of said bruxism,
An autonomous cleaner, comprising: a traveling unit configured to move a main body; a memory in which a first obstacle map for a cleaning area is stored; a communication unit configured to communicate with a second cleaner; and a controller configured to perform calibration on a second obstacle map received based on a coordinate system of the stored first obstacle map when the second obstacle map for the cleaning area is received from the second cleaner; characterized in that the controller is configured to recognize a position of the second cleaner using the second obstacle map in which calibration has been carried out, and to transmit a cleaning command generated based on the position of the second cleaner and a position information of the main body to the second cleaner. a traveling unit configured to move a main body; a memory in which a first obstacle map for a cleaning area is stored; a communication unit configured to communicate with a second cleaner; and a controller configured to perform calibration on a second obstacle map received based on a coordinate system of the stored first obstacle map when the second obstacle map for the cleaning area is received from the second cleaner; characterized in that the controller is configured to recognize a position of the second cleaner using the second obstacle map in which calibration has been carried out, and to transmit a cleaning command generated based on the position of the second cleaner and a position information of the main body to the second cleaner.