mhurhangee/ep-ind-claims huggingface dataset:
A method of enabling access to a content portion in a network implementing Internet Protocol version 6, IPv6, the method comprising: accessing a content addressing file, the content addressing file comprising a plurality of entries, each entry comprising a content portion location associated with the content portion, a content portion identifier and metadata associated with the content portion; extracting for an entry the content portion location associated with the content portion, the content portion identifier and the metadata; and forming based on the content portion location, the content portion identifier and the metadata, a section of an IPv6 address for the content portion; characterised in that: the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server. accessing a content addressing file, the content addressing file comprising a plurality of entries, each entry comprising a content portion location associated with the content portion, a content portion identifier and metadata associated with the content portion; extracting for an entry the content portion location associated with the content portion, the content portion identifier and the metadata; and forming based on the content portion location, the content portion identifier and the metadata, a section of an IPv6 address for the content portion; characterised in that: the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server. the content addressing file is a Dynamic Adaptive Streaming over HTTP manifest formed by algorithmically mapping between IPv6 addresses, FQDNs and/or filenames at the content level to generate a bijective mapping between content representation spaces; wherein the filename of the content portion is further renamed based on the IPv6 address wherein the filename includes information to identify the content portion, wherein the content portion is stored on a server.
A method comprising: determining secondary path measurements and associated acoustic transducer-to-eardrum responses obtained from a plurality of test subjects; determining both a least squares estimate and a reduced dimensionality estimate that both estimate a relative transfer function between the secondary path measurements and the associated acoustic transducer-to-eardrum responses; performing an individual secondary path measurement for a user based on a test signal transmitted via a hearing device into an ear canal of the user; determining an individual cutoff frequency for the individual secondary path measurement; determining a first acoustic transducer-to-eardrum response below the cutoff frequency using the individual secondary path measurement and the least squares estimate; determining a second acoustic transducer-to-eardrum response above the cutoff frequency using the individual secondary path measurement and the reduced dimensionality estimate; and predicting a sound pressure level at an eardrum of the user eardrum using the first and second acoustic transducer-to-eardrum response determining secondary path measurements and associated acoustic transducer-to-eardrum responses obtained from a plurality of test subjects; determining both a least squares estimate and a reduced dimensionality estimate that both estimate a relative transfer function between the secondary path measurements and the associated acoustic transducer-to-eardrum responses; performing an individual secondary path measurement for a user based on a test signal transmitted via a hearing device into an ear canal of the user; determining an individual cutoff frequency for the individual secondary path measurement; determining a first acoustic transducer-to-eardrum response below the cutoff frequency using the individual secondary path measurement and the least squares estimate; determining a second acoustic transducer-to-eardrum response above the cutoff frequency using the individual secondary path measurement and the reduced dimensionality estimate; and predicting a sound pressure level at an eardrum of the user eardrum using the first and second acoustic transducer-to-eardrum response
A backlight refraction lens comprising a body formed with an incident face and an emergent face, wherein the incident face has a raised periphery and an axis formed with an angle with an axis of the body, characterized in that the angle, between the axis of the incident face and the axis of the body, set between 35 degrees to 65 degrees such that the ray light going into the body along an incident angle within 15-45 degrees is mostly projected from the emergent face after being refracted, wherein the body is sequentially divided into an emergent portion, a tapered portion and an incident portion, wherein the incident portion has a diameter greater than that of the emergent portion such that the ray light is collected for promoting brightness after being refracted through the body, wherein the emergent face is sequentially divided into an upper refraction portion, a middle refraction portion and a lower refraction portion, wherein a ridgeline is formed between the upper refraction portion and the middle refraction portion, the upper refraction portion being upward inclined, and the middle refraction portion and the lower refraction portion being downward inclined for refracting the ray light having an incident angle from 15 to 45 degrees and having a refraction angle within 10 and 30 degrees.
The use as an additive to polymers of materials having the following structure: wherein R and R 1 may be the same or different and each independently represents an alkyl or aryl group, X may be hydrogen or a C 1 to C 20 alkyl group which may be branched or linear and wherein the aromatic ring substituent joined to polymer B is positioned meta or para to the aromatic ring substituent joined to polymer A and, wherein polymer A is a non-polar polymer formed by metallocene catalysis and polymer B is a polymer formed by radical catalysis of a polar monomer.
An arrangement for a valve train assembly in an internal combustion engine, the arrangement comprising: a valve train component comprising a body that defines a bore comprising a first bore and a second bore, wherein the first bore has a diameter that is greater than a diameter of the second bore; a hydraulic lash adjustor arrangement comprising a plunger mounted for reciprocal sliding movement in the second bore to enable the hydraulic lash adjustor arrangement to expand and contract; the hydraulic lash adjustor arrangement further comprising a first chamber and a second chamber, wherein the first chamber is at least partly in the first bore and is for holding hydraulic fluid for flowing into the second chamber through a ball valve in response to the hydraulic lash adjustor arrangement expanding; and wherein at least a portion of an inner wall of the second bore and the plunger together define a gap that acts as a leak down path to allow hydraulic fluid to escape from the second chamber, wherein, the hydraulic lash adjustor arrangement comprises a first body contained in the first bore, the first body defining the first chamber and wherein the first body, the plunger and the inner wall of the second bore co-operate to define the second chamber. a valve train component comprising a body that defines a bore comprising a first bore and a second bore, wherein the first bore has a diameter that is greater than a diameter of the second bore; a hydraulic lash adjustor arrangement comprising a plunger mounted for reciprocal sliding movement in the second bore to enable the hydraulic lash adjustor arrangement to expand and contract; the hydraulic lash adjustor arrangement further comprising a first chamber and a second chamber, wherein the first chamber is at least partly in the first bore and is for holding hydraulic fluid for flowing into the second chamber through a ball valve in response to the hydraulic lash adjustor arrangement expanding; and wherein at least a portion of an inner wall of the second bore and the plunger together define a gap that acts as a leak down path to allow hydraulic fluid to escape from the second chamber,
A method (10, 30, 40, 90) of bi-directional optical communication, the method comprising: generating (12, 32, 42, 92) a first optical communication signal for transmission in one direction through an optical fibre, generating the first optical communication signal comprising: receiving information for transmission and generating (14, 44, 92) a baseband signal comprising a representation of the information; performing digital upconversion (16, 34, 94) of the baseband signal to form an upconverted baseband signal; performing optical modulation of an optical carrier signal with the upconverted baseband signal; and restricting an optical spectrum of the first optical communication signal to a first portion of an optical channel frequency slot by performing one of digital filtering in addition to digital upconversion and optical filtering after optical modulation; and receiving a second optical communication signal transmitted in an opposite direction through the optical fibre, the second optical communication signal having an optical spectrum occupying a second portion of the optical channel frequency slot, separate to the first portion. generating (12, 32, 42, 92) a first optical communication signal for transmission in one direction through an optical fibre, generating the first optical communication signal comprising: receiving information for transmission and generating (14, 44, 92) a baseband signal comprising a representation of the information; performing digital upconversion (16, 34, 94) of the baseband signal to form an upconverted baseband signal; performing optical modulation of an optical carrier signal with the upconverted baseband signal; and restricting an optical spectrum of the first optical communication signal to a first portion of an optical channel frequency slot by performing one of digital filtering in addition to digital upconversion and optical filtering after optical modulation; receiving information for transmission and generating (14, 44, 92) a baseband signal comprising a representation of the information; performing digital upconversion (16, 34, 94) of the baseband signal to form an upconverted baseband signal; performing optical modulation of an optical carrier signal with the upconverted baseband signal; and restricting an optical spectrum of the first optical communication signal to a first portion of an optical channel frequency slot by performing one of digital filtering in addition to digital upconversion and optical filtering after optical modulation; and receiving a second optical communication signal transmitted in an opposite direction through the optical fibre, the second optical communication signal having an optical spectrum occupying a second portion of the optical channel frequency slot, separate to the first portion.
A locking system of a bicycle, in particular an e-bike, comprising an onboard computer, said locking system comprising a portable lock having an unlocking motor, an authentication module for authenticating a user of the lock and an actuation element which can be actuated by the user and by means of which the unlocking motor can be activated to unlock the lock on a successful authentication of the user; and a mobile end device by means of which a user of the lock can authenticate himself thereat, characterized in that the onboard computer itself forms the actuation element; and in that the authentication module can be activated by attaching the onboard computer to the bicycle. a portable lock having an unlocking motor, an authentication module for authenticating a user of the lock and an actuation element which can be actuated by the user and by means of which the unlocking motor can be activated to unlock the lock on a successful authentication of the user; and a mobile end device by means of which a user of the lock can authenticate himself thereat,
Airbag system for a vehicle, comprising: - an airbag chute module which forms a guide to direct an airbag deployment provided with a main body which includes two lateral sides (32, 34), two longitudinal sides (36, 38) and a through-opening, - a deployment panel being movable between a through-opening closing position in which said deployment panel covers at least partially the through-opening and an airbag deployment position in which said deployment panel enables the airbag deployment through the through-opening, and - at least a flexible retention net comprising a first plane-portion disposed within one of the longitudinal sides of the main body of the airbag chute module, a second plane-portion disposed within the deployment panel and a third portion which extends from the first and second plane-portions, the third portion corresponds to a folded portion of the flexible retention net and the third portion comprises an overmolded area (42, 44, 46), characterized in that: - the flexible retention net has a T-shape formed by the first plane-portion, the second plane-portion and the third portion, in a plane which is sensibly perpendicular to an intersection line between the first plane-portion and the second plane-portion of the flexible retention net, and - the third portion is overmolded by a body which is not part of the airbag chute module and the deployment panel. - an airbag chute module which forms a guide to direct an airbag deployment provided with a main body which includes two lateral sides (32, 34), two longitudinal sides (36, 38) and a through-opening, - a deployment panel being movable between a through-opening closing position in which said deployment panel covers at least partially the through-opening and an airbag deployment position in which said deployment panel enables the airbag deployment through the through-opening, and - at least a flexible retention net comprising a first plane-portion disposed within one of the longitudinal sides of the main body of the airbag chute module, a second plane-portion disposed within the deployment panel and a third portion which extends from the first and second plane-portions, the third portion corresponds to a folded portion of the flexible retention net and the third portion comprises an overmolded area (42, 44, 46), - the flexible retention net has a T-shape formed by the first plane-portion, the second plane-portion and the third portion, in a plane which is sensibly perpendicular to an intersection line between the first plane-portion and the second plane-portion of the flexible retention net, and - the third portion is overmolded by a body which is not part of the airbag chute module and the deployment panel.
A method, performed in a Policy and Charging Enforcement Function network element of performing pre-emptive credit control, the method comprising the steps of: - receiving, from an online charging system, via a 3GPP Gy interface, at least one pre-emptive credit control directive for a subscriber, the credit control directive applying to at least one rating group, wherein the pre-emptive credit control directive is either blocking or redirection of services or content belonging to the at least one rating group; - storing the at least one pre-emptive credit control directive in the network element and - applying the at least one pre-emptive credit control directive at content or service delivery start, prior to any service or content received from, or addressing, the subscriber and belonging to the at least one rating group being forwarded from the network element. - receiving, from an online charging system, via a 3GPP Gy interface, at least one pre-emptive credit control directive for a subscriber, the credit control directive applying to at least one rating group, wherein the pre-emptive credit control directive is either blocking or redirection of services or content belonging to the at least one rating group; - storing the at least one pre-emptive credit control directive in the network element and - applying the at least one pre-emptive credit control directive at content or service delivery start, prior to any service or content received from, or addressing, the subscriber and belonging to the at least one rating group being forwarded from the network element.
A radioactive waste solidification method comprising steps of: supplying radioactive waste including radioactive nuclides and glass raw materials into a first vessel; disposing the first vessel in which the radioactive waste and glass raw materials exist, in an adiabatic area in a second vessel; heating the radioactive waste and glass raw materials in the first vessel existing in the adiabatic area in the second vessel by heat generated by radiation emitted from the radioactive nuclides; and producing a vitrified radioactive waste by melt of the heated glass raw materials. supplying radioactive waste including radioactive nuclides and glass raw materials into a first vessel; disposing the first vessel in which the radioactive waste and glass raw materials exist, in an adiabatic area in a second vessel; heating the radioactive waste and glass raw materials in the first vessel existing in the adiabatic area in the second vessel by heat generated by radiation emitted from the radioactive nuclides; and producing a vitrified radioactive waste by melt of the heated glass raw materials.
3D printing with molten plastics to produce a moulded part using an extruder and applying the liquid plastics through a closable nozzle, the plastics being mixed with additives, additions and fillers, the melting occurring by liquefaction of the plastics in the extruder, characterized by a) the use of a planetary roller extruder b) the planetary roller extruder having a reduced conveying effect c) so that the extruder has a backflow/leakage flow of the melt at least when the nozzle is closed, d) an emerging melt strip or a melt thread or a melt strand or a melting point being produced. a) the use of a planetary roller extruder b) the planetary roller extruder having a reduced conveying effect c) so that the extruder has a backflow/leakage flow of the melt at least when the nozzle is closed, d) an emerging melt strip or a melt thread or a melt strand or a melting point being produced.
A wear pad assembly for a work tool comprising first and second elements which are movable relative to each other from an open position to a closed position, said wear pad assembly comprising: a wear-resistant pad; and a mounting bracket configured for attachment to the wear-resistant pad; characterised in that the mounting bracket comprises one or more slots configured for receiving an edge of one of the first or second work tool elements and is thereby configured to enable it to be securely clamped between the first and second elements of the work tool when in the closed position. a wear-resistant pad; and a mounting bracket configured for attachment to the wear-resistant pad; characterised in that the mounting bracket comprises one or more slots configured for receiving an edge of one of the first or second work tool elements and is thereby configured to enable it to be securely clamped between the first and second elements of the work tool when in the closed position.
An abrasive sharpener comprising a housing having a pair of slots (12a, 12b), and an elongated abrasive rod, characterized in that a pair of flat blades is mounted in a juxtaposition relationship in one of said pair of slots to form generally V-shaped opposed abrasive edges for sharpening, said abrasive edges being formed from an abrasive carbide material, a pair of overlapping flat stones is mounted in juxtaposition relationship in the other of said pair of slots to form second generally V-shaped opposed abrasive edges for sharpening, said pair of flat stones being formed by a ceramic material, said housing has an open bottom compartment and the elongated abrasive rod has an enlarged end portion being pivotally mounted on a lower portion of said housing for movement between a stowed position within said housing to an outward extended position for sharpening, said housing having a pair of spaced walls adjacent said open bottom compartment, said spaced walls respectively having spaced protrusions (22a, 22b) extending into said compartment and respectively being spaced by a distance less than the width of an enlarged end projection of said abrasive rod for retaining said abrasive rod within said compartment in snapped relationship, and said spaced protrusions (22a, 22b) further retaining said enlarged end projection of said abrasive rod in snapped relationship for retaining said abrasive rod in said extended position. a housing having a pair of slots (12a, 12b), and an elongated abrasive rod, characterized in that a pair of flat blades is mounted in a juxtaposition relationship in one of said pair of slots to form generally V-shaped opposed abrasive edges for sharpening, said abrasive edges being formed from an abrasive carbide material, a pair of overlapping flat stones is mounted in juxtaposition relationship in the other of said pair of slots to form second generally V-shaped opposed abrasive edges for sharpening, said pair of flat stones being formed by a ceramic material, said housing has an open bottom compartment and the elongated abrasive rod has an enlarged end portion being pivotally mounted on a lower portion of said housing for movement between a stowed position within said housing to an outward extended position for sharpening, said housing having a pair of spaced walls adjacent said open bottom compartment, said spaced walls respectively having spaced protrusions (22a, 22b) extending into said compartment and respectively being spaced by a distance less than the width of an enlarged end projection of said abrasive rod for retaining said abrasive rod within said compartment in snapped relationship, and said spaced protrusions (22a, 22b) further retaining said enlarged end projection of said abrasive rod in snapped relationship for retaining said abrasive rod in said extended position.