mhurhangee/ep-ind-claims huggingface dataset:
A method implemented on an electronic device, said method comprising: enabling said electronic device to communicate with a client device, said client device being associated with a first display device currently displaying at least one video scene of an event; running an application to obtain and view on the electronic device augmented reality content relevant to said at least one video scene being displayed on the first display device; calibrating the electronic device with respect to the first display device to determine how and which portions of an augmented realty panel having the augmented reality content is to be displayed on a second display associated with the electronic device, wherein the augmented reality panel comprises video frames corresponding to said at least one video scene and additional content surrounding said video frames; obtaining the augmented reality panel from the client device or from a video database; identifying a relevant portion of said augmented reality panel to render on said second display based on the calibration and an orientation of the electronic device; and rendering said relevant portion of said augmented reality panel on said second display associated with said electronic device. enabling said electronic device to communicate with a client device, said client device being associated with a first display device currently displaying at least one video scene of an event; running an application to obtain and view on the electronic device augmented reality content relevant to said at least one video scene being displayed on the first display device; calibrating the electronic device with respect to the first display device to determine how and which portions of an augmented realty panel having the augmented reality content is to be displayed on a second display associated with the electronic device, wherein the augmented reality panel comprises video frames corresponding to said at least one video scene and additional content surrounding said video frames; obtaining the augmented reality panel from the client device or from a video database; identifying a relevant portion of said augmented reality panel to render on said second display based on the calibration and an orientation of the electronic device; and rendering said relevant portion of said augmented reality panel on said second display associated with said electronic device.
A polymeric composition comprising: a silane functionalized polyolefin, wherein the polymeric composition comprises 42 wt% or greater, while at the same time, 75 wt% or less, of the silane functionalized polyolefin based on a total weight of the polymeric composition; a brominated flame retardant having a Temperature of 5% Mass Loss from 300°C to 700°C as measured according to Thermogravimetric Analysis as described in the description, wherein the brominated flame retardant is polymeric and has a weight average molecular weight of from 2,000 g/mol to 30,000 g/mol as measured using Gel Permeation Chromatography, wherein the brominated flame retardant is aromatically brominated; and antimony trioxide, wherein the polymeric composition has an antimony (Sb) to bromine (Br) molar ratio (Sb:Br molar ratio) of 0.35 to 0.98. a silane functionalized polyolefin, wherein the polymeric composition comprises 42 wt% or greater, while at the same time, 75 wt% or less, of the silane functionalized polyolefin based on a total weight of the polymeric composition; a brominated flame retardant having a Temperature of 5% Mass Loss from 300°C to 700°C as measured according to Thermogravimetric Analysis as described in the description, wherein the brominated flame retardant is polymeric and has a weight average molecular weight of from 2,000 g/mol to 30,000 g/mol as measured using Gel Permeation Chromatography, wherein the brominated flame retardant is aromatically brominated; and antimony trioxide, wherein the polymeric composition has an antimony (Sb) to bromine (Br) molar ratio (Sb:Br molar ratio) of 0.35 to 0.98.
A processor (1110; 1115; 1270; 1280; 1500) comprising: an instruction execution pipeline (101; 8200) to execute instructions, the instruction execution pipeline (101; 8200) including: instruction fetch circuitry to fetch an instruction instruction decode circuitry to decode the instruction, the instruction specifying an operation, a first operand, and a second operand; data fetch stage circuitry to fetch the first and second operands (301, 302) of the instruction, the first and second operands (301, 302) each composed of a plurality of chunks having constituent elements; and functional unit circuitry (103_1-103_N) to perform the operation specified by the instruction, the functional unit circuitry (103_1-103_N) to generate a resultant composed of a plurality of chunks having constituent elements, the functional unit circuitry (103_1-103_N) to select for each element in the resultant a contiguous group of bits from a same positioned chunk of the first operand as the chunk of the element in the resultant, the contiguous group of bits being identified by a same positioned element of the second operand as the element in the resultant. instruction fetch circuitry to fetch an instruction instruction decode circuitry to decode the instruction, the instruction specifying an operation, a first operand, and a second operand; data fetch stage circuitry to fetch the first and second operands (301, 302) of the instruction, the first and second operands (301, 302) each composed of a plurality of chunks having constituent elements; and functional unit circuitry (103_1-103_N) to perform the operation specified by the instruction, the functional unit circuitry (103_1-103_N) to generate a resultant composed of a plurality of chunks having constituent elements, the functional unit circuitry (103_1-103_N) to select for each element in the resultant a contiguous group of bits from a same positioned chunk of the first operand as the chunk of the element in the resultant, the contiguous group of bits being identified by a same positioned element of the second operand as the element in the resultant.
A case for protecting two pouch type cells each including a pouch and an electrode tab formed at one side of the pouch, the case comprising: two sheets of aluminum covers that support external surfaces of the two pouch type cells that are stacked, and a partition that is disposed between the two pouch type cells to prevent a short circuit and to separate the pouch type cells from each other, wherein the partition includes a frame that is hollow, characterized in that the partition includes a tap supporting portion that is formed at one side of the frame and supports the electrode tab and a buffer pad that is inserted into a hollow space of the frame, wherein the two sheets of aluminum covers are arranged on the sides opposite to the buffer-facing surfaces of the pouch type cells and connected to each other, and wherein at least one aluminum cover is applied with a curve gradient so as to be recessed in an inward direction in which the pouch type cells are accommodated. two sheets of aluminum covers that support external surfaces of the two pouch type cells that are stacked, and a partition that is disposed between the two pouch type cells to prevent a short circuit and to separate the pouch type cells from each other, wherein the partition includes a frame that is hollow, characterized in that
A filtered smoking article comprising: an aerosol generation rod; a filter disposed at a downstream end of the aerosol generation rod; and tipping paper wrapped around a downstream end part of the aerosol generation rod and an outer circumferential surface of the filter and connecting the aerosol generation rod and the filter, wherein the tipping paper is paper containing bleached pulp and unbleached pulp, and fibers of the unbleached pulp have a length of 1 mm to 4 mm and a thickness of 20 μm to 70 μm. an aerosol generation rod; a filter disposed at a downstream end of the aerosol generation rod; and tipping paper wrapped around a downstream end part of the aerosol generation rod and an outer circumferential surface of the filter and connecting the aerosol generation rod and the filter, wherein the tipping paper is paper containing bleached pulp and unbleached pulp, and fibers of the unbleached pulp have a length of 1 mm to 4 mm and a thickness of 20 μm to 70 μm.
A method for visualizing the advancement of a mobile device as a rendered graphical image by use of a telemetry communication system, the telemetry communication system comprising a mobile system and a remote system, wherein the mobile system comprises a vehicle including a telemetry hardware system and the remote system being provided by a base station comprising a server and a computer connected through a computer network, and a fleet management software for data acquisition, analysis and sending/receiving commands or messages to/from the mobile telemetry hardware system, the method comprising a first process executed by the telemetry hardware system and a second process executed by the remote system, the first process and the second process communicating messages and data, wherein the first process monitors the vehicle by creating a log of mobile device vector data, which mobile device vector data include a position indication, a speed indication and a heading indication of the vehicle and at least one time stamp associated therewith, and communicates sequential logs of mobile device vector data over time to the remote system which, upon receipt thereof, renders a moving graphical image upon a map of a digital display of the computing device, wherein the remote system switches to predictive rendering based upon an extrapolation of the position, heading and speed associated with a current log of mobile device vector data, when rendering based upon the current log is completed before receipt of the next subsequent log in the sequence, wherein the first process checks mobile device remote observation alignment parameters defined by at least one of a speed limit or a heading limit, the first process determines a mobile device remote observation misalignment risk when a speed or a heading changes beyond at least one of the limits defined by the mobile device remote observation parameters, and the first process reconciles a mobile device remote observation alignment by logging and communicating a series of mobile device vector data to the remote system for rendering a sequence of next positions in the advancement of the vehicle, wherein the logs of mobile device vector data created and communicated to the remote system for reconciling mobile device remote observation alignment are either communicated more frequently in time or contain a higher amount of mobile device vector data than the logs created and communicated at a mobile device remote observation alignment.
Use of a composition comprising at least any of a compound represented by following formula or a resin comprising a structural unit derived from a compound represented by the following formula for forming a photoresist underlayer film for lithography, wherein R 1 represents a 2n-valent group having a 1 to 60 carbon atoms, or a single bond, each R 2 independently represents a halogen atom, a straight, branched or cyclic alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 10 carbon atoms, an alkenyl group having 2 to 10 carbon atoms, an alkoxy group having 1 to 30 carbon atoms, a thiol group, or a hydroxyl group, and may be the same or different in the same naphthalene ring or benzene ring, n is an integer of 1 to 4, structural formulae of n's structural units in square brackets [] may be the same or different when n is an integer of 2 or more, X represents an oxygen atom, a sulfur atom, or an uncrosslinked state, each m 2 is independently an integer of 0 to 7, in which at least one m 2 is an integer of 1 to 7, and each q is independently 0 or 1, provided that at least one selected from the group consisting of R 1 and R 2 is a group having an iodine atom.
A bag (1; 22) for loose material, wherein the bag (1; 22) is formed from a tubular material, which tubular material is a tubular planar assembly or a flat material connected to form a tube, is formed by a fabric, a nonwoven, a film or paper and has a first open end and a second open end opposite each other, wherein sections of the tubular material of at least one of the open ends (2, 3) are shaped by folding to form a bag bottom (9, 12), wherein the bag bottom exhibits a first cover sheet, which is designed for reinforcing the bag bottom, wherein bag bottom has a second cover sheet (14, 14a, 14b), wherein the first cover sheet is connected to the bag bottom and extends in a first region of the bag bottom and characterized in that the second cover sheet (14, 14a, 14b) is detachably connected to the bag bottom and extends in a second region of the bag bottom, whereby, via the cover sheets (10, 14, 14a, 14b), the folded sections of the tubular material are held together in such a way that the bag bottom is sealed.
A method for depositing a silicon carbide thin film on a moving substrate while independently controlling target sputtering and plasma exposure in a vacuum state, comprising the steps of: sputtering a plurality of targets made of different materials separately in an inert gas atmosphere and forming an interlayer thin film containing silicon and carbon on a substrate; and then exposing the interlayer thin film with plasma generated in an atmosphere of a mixed gas of an inert gas and hydrogen to bring film conversion into an ultrathin film and, subsequently, repeating formation of another interlayer thin film on the ultrathin film and film conversion into another ultrathin film. sputtering a plurality of targets made of different materials separately in an inert gas atmosphere and forming an interlayer thin film containing silicon and carbon on a substrate; and then exposing the interlayer thin film with plasma generated in an atmosphere of a mixed gas of an inert gas and hydrogen to bring film conversion into an ultrathin film and, subsequently, repeating formation of another interlayer thin film on the ultrathin film and film conversion into another ultrathin film.
Fluid valve comprising a valve body provided with an inlet section and an outlet section for said fluid, and a shutter arranged inside a housing obtained inside said valve body and provided with an inner duct for the passage of said fluid, said shutter being at least rotatably constrained inside said housing between a first open position, wherein the passage of fluid between said inlet section and said outlet section through said inner duct is allowed, and a second closed position, wherein the passage of fluid between said inlet section and said outlet section is prevented, said valve further comprising sealing elements between said shutter and said housing of said valve body, said valve body being provided with a seat for a filtering element (7, 7a), comprising a filter and a filter-holder element, part of said seat being made inside said shutter so that, in use, a first portion of said filtering element (7, 7a) is inserted in said shutter and a second portion of said filtering element (7, 7a) protrudes from said shutter, said second portion being inserted, for at least part of its extent, with clearance in the seat so that to obtain a fluidic chamber at least between said second portion of said filtering element (7, 7a) and said seat, said fluidic chamber being fluidically connected to said outlet section, wherein said fluidic chamber extends at least partially also between said first portion and said seat, characterised in that at least for 80% of the height of the filter, the distance between the filter and the seat, considered laterally to the filter, is always greater than 1 mm, and in that the valve is configured so that said filtering element (7, 7a) rotates integrally with said shutter by means of one or more protrusions made on said filtering element.
Receiving device for a variable-height reception of a support plate for a hoist, in particular of a lifting platform and/or a car lift, comprising: a shaft section which is configured to be displaceable in a guide element between a first position and a second position; a support plate receptacle which is configured to receive a support plate and which is connected to the shaft section; and a guide element which is configured to guide the shaft section in at least one movement direction, wherein the shaft section has a first groove for receiving a bolt along its longitudinal axis, characterized in that the shaft section has a second groove for receiving a spring bolt along its longitudinal axis, wherein the second groove has a depression for receiving the spring bolt, and the guide element has the spring bolt which can be brought into engagement with the second groove of the shaft section, wherein the spring bolt is configured to latch into the depression for receiving the spring bolt when the shaft section is brought into the second position by compression of the spring element. a shaft section which is configured to be displaceable in a guide element between a first position and a second position; a support plate receptacle which is configured to receive a support plate and which is connected to the shaft section; and a guide element which is configured to guide the shaft section in at least one movement direction, wherein the shaft section has a first groove for receiving a bolt along its longitudinal axis, characterized in that the shaft section has a second groove for receiving a spring bolt along its longitudinal axis, wherein the second groove has a depression for receiving the spring bolt, and the guide element has the spring bolt which can be brought into engagement with the second groove of the shaft section, wherein the spring bolt is configured to latch into the depression for receiving the spring bolt when the shaft section is brought into the second position by compression of the spring element.
A communications method comprising the method steps of: • receiving (step 503), by a session management network element, an identifier of a session of a terminal device and processing policy information for a port from a policy control function, PCF, network element, the processing policy information comprising an identifier of the port and a processing policy of a data flow of the session; • determining (step 504), by the session management network element according to the identifier of the session of the terminal device, as a first device either the terminal device or a user plane function network element, UPF network element; and • sending (step 505), by the session management network element, the processing policy information to the determined first device. • receiving (step 503), by a session management network element, an identifier of a session of a terminal device and processing policy information for a port from a policy control function, PCF, network element, the processing policy information comprising an identifier of the port and a processing policy of a data flow of the session; • determining (step 504), by the session management network element according to the identifier of the session of the terminal device, as a first device either the terminal device or a user plane function network element, UPF network element; and • sending (step 505), by the session management network element, the processing policy information to the determined first device.
A vehicle seat slide device comprising: a lower rail adapted to be secured to a floor of a vehicle, oriented lengthwise in a front-rear direction of the vehicle; an upper rail adapted to be attached to a seat of the vehicle and supported slidably relative to the lower rail, in said rail lengthwise direction; a lock/unlock mechanism for locking/unlocking the upper rail relative to the lower rail; a vertical wall provided on the upper rail; and a manipulation handle pivotably carried on the vertical wall for operating the lock/unlock mechanism (14, 30, 32, 40) by being pivoted, and which comprises: a grip portion; an acting end portion for operating the lock/unlock mechanism (14, 30, 32, 40); a shaft support portion being between the acting end portion and the grip portion and formed to a flat shape to become parallel to the vertical wall; and a pivot support shaft protruding from the shaft support portion in a direction of a pivot center of the manipulation handle; wherein the vertical wall is provided with an open holding hole which is open at a front part and into which the pivot support shaft is inserted from an open portion and is supported at an inner part, and a holding member for holding the pivot support shaft in the open holding hole; and characterized in that the vertical wall of the upper rail is provided with an insertion guide which serves in inserting the pivot support shaft of the manipulation handle from a front end of the vertical wall into the holding hole. a lower rail adapted to be secured to a floor of a vehicle, oriented lengthwise in a front-rear direction of the vehicle; an upper rail adapted to be attached to a seat of the vehicle and supported slidably relative to the lower rail, in said rail lengthwise direction; a lock/unlock mechanism for locking/unlocking the upper rail relative to the lower rail; a vertical wall provided on the upper rail; and a manipulation handle pivotably carried on the vertical wall for operating the lock/unlock mechanism (14, 30, 32, 40) by being pivoted, and which a grip portion; an acting end portion for operating the lock/unlock mechanism (14, 30, 32, 40); a shaft support portion being between the acting end portion and the grip portion and formed to a flat shape to become parallel to the vertical wall; and a pivot support shaft protruding from the shaft support portion in a direction of a pivot center of the manipulation handle; wherein the vertical wall is provided with an open holding hole which is open at a front part and into which the pivot support shaft is inserted from an open portion and is supported at an inner part, and a holding member for holding the pivot support shaft in the open holding hole; and