mhurhangee/ep-ind-claims huggingface dataset:
A method executable by a television receiver to process timed text that is associated with television programming, the method comprising: receiving, at the television receiver, pre-set data transmitted from a broadcaster that describes the particular format of the timed text that is associated with a program, wherein the pre-set data is received as part of the electronic program guide data transmitted to the television receiver; storing the pre-set data at the television receiver prior to receiving the program; after storing the pre-set data, receiving the program and its associated timed text at the television receiver; formatting the timed text that is associated with the received program according to the pre-set data previously stored at the television receiver; and outputting the program with the formatted timed text to a display for presentation. receiving, at the television receiver, pre-set data transmitted from a broadcaster that describes the particular format of the timed text that is associated with a program, wherein the pre-set data is received as part of the electronic program guide data transmitted to the television receiver; storing the pre-set data at the television receiver prior to receiving the program; after storing the pre-set data, receiving the program and its associated timed text at the television receiver; formatting the timed text that is associated with the received program according to the pre-set data previously stored at the television receiver; and outputting the program with the formatted timed text to a display for presentation.
A high-strength cold-rolled steel sheet with excellent material homogeneity, the high-strength cold-rolled steel sheet having a chemical composition consisting of, in mass %, C: 0.15 to 0.25%, Si: 1.2 to 2.2%, Mn: 1.7 to 2.5%, P: 0.05% or less, S: 0.005% or less, Al: 0.01 to 0.10%, N: 0.006% or less, Ti: 0.003 to 0.030%, B: 0.0002 to 0.0050%, and optionally one or more of Nb: 0.05% or less, V: 0.01 to 0.30%, Cr: 0.30% or less, Mo: 0.30% or less, Cu: 0.50% or less, Ni: 0.50% or less, 0.0050% or less in total of Ca and/or a REM, Sb: 0.01% or less, Sn: 0.05% or less, Zn: 0.01% or less, and Co: 0.10% or less, the balance being Fe and inevitable impurities, the steel sheet having a microstructure including ferrite having an average crystal grain diameter of 4 μm or less as determined by scanning electron microscopy at a volume fraction of 5 to 20%, retained austenite at a volume fraction of 5% or less (including 0%), and tempered martensite at a volume fraction of 80 to 95%, and the ferrite having a mean free path of 3.0 to 7.5 μm, wherein the volume fractions are determined according to ASTM E562-83, wherein the mean free path of the ferrite is computed using formula L M = d M 2 4 ⁢ π 3 ⁢ f 1 3 wherein L M is the mean free path, d M is the average crystal grain diameter (μm) of the ferrite, π is the circular constant, and f is the volume fraction of the ferrite.
An arylamine compound represented by the following general formula: where Ar 1 and Ar 2 may be the same or different, and each represent a phenyl group having a substituent or a fluorenyl group having a substituent, wherein the substituent for the phenyl group is selected from a phenyl group, a biphenylyl group, a terphenylyl group, a naphthyl group, a phenanthrenyl group or a fluorenyl group, and the substituent for the fluorenyl group is selected from a methyl group or a phenyl group, Ar 3 and Ar 4 each represent an unsubstituted phenyl group, L represents a 1,4-phenylene group, R 1 and R 3 each represent a hydrogen atom, R 2 represents an unsubstituted phenyl group, and n denotes an integer of 1 or 2.
An electrode for a secondary battery, comprising: a current collector; and an active material layer being formed on a surface of the current collector, and containing an active material and a binder, wherein the active material contains SiO x, and a surface of SiO x is modified with one or more groups selected from the group consisting of an aniline group and an imidazole group by using a silane coupling agent expressed by the following Formula, the binder is constituted by a water-soluble polymer having a sugar chain structure that contains a carboxyl group,the binder is an alginate, and the carboxyl group of the alginate is bound to the aniline group or the imidazole group on the SiO x surface of the active material. X 3 -Si-Y... (X represents a methoxy group, an ethoxy group, or a propyloxy group, and Y is expressed by -(CH 2) n -Y', n is 0 to 10, and Y' represents-NH(C 6 H 5), or -2-imidazolin-1-yl.) a current collector; and an active material layer being formed on a surface of the current collector, and containing an active material and a binder, wherein the active material contains SiO x, and a surface of SiO x is modified with one or more groups selected from the group consisting of an aniline group and an imidazole group by using a silane coupling agent expressed by the following Formula, the binder is constituted by a water-soluble polymer having a sugar chain structure that contains a carboxyl group,the binder is an alginate, and the carboxyl group of the alginate is bound to the aniline group or the imidazole group on the SiO x surface of the active material. X 3 -Si-Y... (X represents a methoxy group, an ethoxy group, or a propyloxy group, and Y is expressed by -(CH 2) n -Y', n is 0 to 10, and Y' represents-NH(C 6 H 5), or -2-imidazolin-1-yl.)
A stimulation device (200, 200', 200"), comprising: a flexible board configured for personal use; an array of one or more vibrational stimulating components disposed throughout at least a portion of the flexible board; a stimulation controller in communication with at least one of the one or more vibrational stimulating components, the stimulation controller configured to process a stimulation signal that activates or deactivates at least one of the one or more vibrational stimulating components; at least one sensor integrated into the flexible board for collecting body feedback data; and a wireless radio in communication with the stimulation controller and configured to receive the stimulation signal wirelessly from at least one remote device, wherein the controller is further configured to modify the stimulation signal based on the body feedback data. a flexible board configured for personal use; an array of one or more vibrational stimulating components disposed throughout at least a portion of the flexible board; a stimulation controller in communication with at least one of the one or more vibrational stimulating components, the stimulation controller configured to process a stimulation signal that activates or deactivates at least one of the one or more vibrational stimulating components; at least one sensor integrated into the flexible board for collecting body feedback data; and a wireless radio in communication with the stimulation controller and configured to receive the stimulation signal wirelessly from at least one remote device,
A layered cushion (100,200,300) comprising: a fluid permeable foam layer (102,202,302); a void cell layer (104,204,304) which is fluid permeable; a separation layer (126,226,326) configured to be oriented between the foam layer (102,202,302) and the void cell layer (104,204,304); and a cover (108,208,308) configured to envelop the foam layer and the void cell layer, wherein the cover constrains the foam layer and the void cell layer in a selected position and orientation when enveloping the foam layer and the void cell layer, and wherein the foam layer, the void cell layer, and the cover are removable from one another. a fluid permeable foam layer (102,202,302); a void cell layer (104,204,304) which is fluid permeable; a separation layer (126,226,326) configured to be oriented between the foam layer (102,202,302) and the void cell layer (104,204,304); and a cover (108,208,308) configured to envelop the foam layer and the void cell layer, wherein the cover constrains the foam layer and the void cell layer in a selected position and orientation when enveloping the foam layer and the void cell layer, and wherein the foam layer, the void cell layer, and the cover are removable from one another.
Friction clutch device (400, 600) for a drive train of a motor vehicle which is driven by internal combustion engine, having a rotational axis, a housing (406, 606), at least one pressure plate which can be moved relative to the housing (406, 606) in the direction of extent of the rotational axis for an actuation between an engaged actuating position and a disengaged actuating position, a cup spring for loading the at least one pressure plate, and a servo spring (402, 602) for reducing an actuating force, the servo spring (402, 602) being supported directly on the housing (406, 606) on a first supporting radius (404, 604) and additionally being supported on the cup spring, characterized in that the servo spring (402, 602) lies radially on the outer side on a second supporting radius (408, 608) on spacer pins which are arranged on the housing and by way of which the cup spring is mounted pivotably on the housing (406, 606), or lies on lugs which are arranged on the housing and is thus held in the axial direction.
A use of an additive of pyridinecarboxylic acid in an electrolyte based on a phosphoric acid/sulfuric acid mixture for electropolishing stainless steels in order to shorten the processing time during electropolishing, wherein the electrolyte comprises 50 - 80 wt% phosphoric acid, 20 - 15 wt% sulfuric acid, 0.1 - 5.0 wt% pyridinecarboxylic acid. 50 - 80 wt% phosphoric acid, 20 - 15 wt% sulfuric acid, 0.1 - 5.0 wt% pyridinecarboxylic acid.
A process for purifying a hydrocarbon feed, comprising the steps of: a) Purification, by extraction of the light compounds, of the hydrocarbon feedstock; b) separation, by filtration in the presence of a fluid in the supercritical state, of the purified hydrocarbon feedstock obtained in step a), and obtaining a filtrate and a retentate; c) purification, by saponification, of the filtrate obtained in step b); d) Separation, by distillation under vacuum or under reduced pressure, of the purified filtrate obtained in step c) and obtaining a purified and distilled feedstock and a distillation residue; e) Washing, using an aqueous solution, of the distillation residue obtained in step d); f) Separation of the washed distillation residue obtained in step e) into an aqueous phase and an organic phase, The hydrocarbon feedstock being chosen from a mineral oil or an oil of mineral origin or an oil which is synthetic or of synthetic origin. a) Purification, by extraction of the light compounds, of the hydrocarbon feedstock; b) separation, by filtration in the presence of a fluid in the supercritical state, of the purified hydrocarbon feedstock obtained in step a), and obtaining a filtrate and a retentate; c) purification, by saponification, of the filtrate obtained in step b); d) Separation, by distillation under vacuum or under reduced pressure, of the purified filtrate obtained in step c) and obtaining a purified and distilled feedstock and a distillation residue; e) Washing, using an aqueous solution, of the distillation residue obtained in step d); f) Separation of the washed distillation residue obtained in step e) into an aqueous phase and an organic phase,
A hybrid wind turbine tower having a lower end mounted to a foundation and an upper end for connection to a nacelle of a wind turbine, comprising: at least one polygonal tower section connected to the foundation, wherein the at least one polygonal tower section includes a polygonal cross-sectional profile; at least one tubular tower section for connection to the nacelle, wherein the at least one tubular tower section includes a circular cross-sectional profile; and a transition piece disposed between the at least one polygonal tower section and the at least one tubular tower section, wherein the transition piece includes an upper portion having a circular cross-sectional profile connected to a lower end of the at least one tubular tower section, and a lower portion having a polygonal cross-sectional profile connected to an upper end of the at least one polygonal tower section, characterised by a plurality of splice plates connecting the lower portion of the transition piece to the upper end of the at least one polygonal tower section. at least one polygonal tower section connected to the foundation, wherein the at least one polygonal tower section includes a polygonal cross-sectional profile; at least one tubular tower section for connection to the nacelle, wherein the at least one tubular tower section includes a circular cross-sectional profile; and a transition piece disposed between the at least one polygonal tower section and the at least one tubular tower section, wherein the transition piece includes an upper portion having a circular cross-sectional profile connected to a lower end of the at least one tubular tower section, and a lower portion having a polygonal cross-sectional profile connected to an upper end of the at least one polygonal tower section, characterised by a plurality of splice plates connecting the lower portion of the transition piece to the upper end of the at least one polygonal tower section.
A filtering member comprising: a filter unit having a filter at a bottom of a container for holding a liquid, the filter being adapted to filter a liquid; and an attachment cover having a first opening and a second opening, the filter unit being attachable to and detachable from the attachment cover via the first opening, and the attachment cover being adapted to, when the filter unit is attached to the attachment cover, allow filtration by the filter in a state in which an inner face of the attachment cover is tightly in contact with an outer face of the filter unit, and discharge a resulting filtrate through the second opening, and an inner attachment having a first opening and a second opening, the inner attachment on the first opening side being attachable to and detachable from an inside of the filter unit, and the inner attachment being adapted to, when attached to filter unit, be in contact with the filter unit such that an outer face of the inner attachment is tightly in contact with an inner face of the filter unit, characterized in that a degree of adhesion A1 between the inner attachment and the filter unit and a degree of adhesion A2 between the attachment cover and the filter unit satisfies a relationship of A2 > A1 so that the components can be detached in sequence. a filter unit having a filter at a bottom of a container for holding a liquid, the filter being adapted to filter a liquid; and an attachment cover having a first opening and a second opening, the filter unit being attachable to and detachable from the attachment cover via the first opening, and the attachment cover being adapted to, when the filter unit is attached to the attachment cover, allow filtration by the filter in a state in which an inner face of the attachment cover is tightly in contact with an outer face of the filter unit, and discharge a resulting filtrate through the second opening, and an inner attachment having a first opening and a second opening, the inner attachment on the first opening side being attachable to and detachable from an inside of the filter unit, and the inner attachment being adapted to, when attached to filter unit, be in contact with the filter unit such that an outer face of the inner attachment is tightly in contact with an inner face of the filter unit, characterized in that a degree of adhesion A1 between the inner attachment and the filter unit and a degree of adhesion A2 between the attachment cover and the filter unit satisfies a relationship of A2 > A1 so that the components can be detached in sequence.
A boron-coated neutron detector, comprising: a cathode tube with a plurality of passages formed therein along its longitudinal direction, the inner wall of each passage being coated with boron material; an electrode wire serving as an anode and arranged longitudinally in each of the passages, the electrode wire adapted to be applied with high voltage; and an insulating end plate fixed to each end of the cathode tube, the electrode wire being fixed to the cathode tube via the insulating end plates; wherein the cathode tube is formed by a plurality of jointed boron-coated substrates that form the plurality of passages, characterized in that each of the plurality of boron-coated substrates is L-shaped or contains at least one L-shaped step so that each of the plurality of passages has a square cross section and linear portions of adjacent ones of the plurality of boron-coated substrates do not overlap one another. a cathode tube with a plurality of passages formed therein along its longitudinal direction, the inner wall of each passage being coated with boron material; an electrode wire serving as an anode and arranged longitudinally in each of the passages, the electrode wire adapted to be applied with high voltage; and an insulating end plate fixed to each end of the cathode tube, the electrode wire being fixed to the cathode tube via the insulating end plates; wherein the cathode tube is formed by a plurality of jointed boron-coated substrates that form the plurality of passages, characterized in that each of the plurality of boron-coated substrates is L-shaped or contains at least one L-shaped step so that each of the plurality of passages has a square cross section and linear portions of adjacent ones of the plurality of boron-coated substrates do not overlap one another.
Apparatus for electrical networks, which apparatus is suitable for storing energy in the form of gravitational potential energy and for restoring the gravitational potential energy in the form of electrical energy, said apparatus comprising: - a wheel structure provided with a rotatable shaft having a horizontal rotation axis, - means (5, 6) for putting the wheel structure in rotation around said horizontal rotation axis, said means (5, 6) comprising (i) at least one heavy mass carried by the wheel structure in an appropriate manner to assure its imbalance in relation to the rotation axis and (ii) a wheel maneuvering motorization connected to transmission means, - an electric generator comprising a rotor rotationally driven by said rotatable shaft for producing electric energy by the rotation of said wheel structure and - means for storing electric energy in the form of one or several batteries which are supplied with electricity by the electric generator, characterized in that the means (5, 6) for putting the wheel structure in rotation are adapted for putting the wheel structure in rotation always in the same direction of rotation. said apparatus comprising: - a wheel structure provided with a rotatable shaft having a horizontal rotation axis, - means (5, 6) for putting the wheel structure in rotation around said horizontal rotation axis, said means (5, 6) comprising (i) at least one heavy mass carried by the wheel structure in an appropriate manner to assure its imbalance in relation to the rotation axis and (ii) a wheel maneuvering motorization connected to transmission means, - an electric generator comprising a rotor rotationally driven by said rotatable shaft for producing electric energy by the rotation of said wheel structure and - means for storing electric energy in the form of one or several batteries which are supplied with electricity by the electric generator, - a wheel structure provided with a rotatable shaft having a horizontal rotation axis, - means (5, 6) for putting the wheel structure in rotation around said horizontal rotation axis, said means (5, 6) comprising (i) at least one heavy mass carried by the wheel structure in an appropriate manner to assure its imbalance in relation to the rotation axis and (ii) a wheel maneuvering motorization connected to transmission means, - an electric generator comprising a rotor rotationally driven by said rotatable shaft for producing electric energy by the rotation of said wheel structure and - means for storing electric energy in the form of one or several batteries which are supplied with electricity by the electric generator, characterized in that the means (5, 6) for putting the wheel structure in rotation are adapted for putting the wheel structure in rotation always in the same direction of rotation.
Load-stopping system for a motor vehicle, comprising a slender load-stopping cross-member suitable for extending transversely in the vehicle between two lateral structures of the vehicle body so as to be situated behind a row of at least one seat backrest and in front of a luggage compartment of the vehicle, a fixing device for absorbing energy by programmed deformation being provided at each of the ends of the cross-member for lateral fixing of the cross-member to said corresponding lateral structure of the vehicle and to deform under the action of a given force, designed to be representative of the force of a load situated in the luggage compartment intending to push the cross-member during an impact of the frontal type of the vehicle against an obstacle, this device comprising firstly a rigid fixing zone (42A, 42L) for connection to the corresponding lateral structure of the vehicle body, and secondly, adjacent to said fixing zone, a zone for absorbing energy by deformation, characterised in that the fixing and energy absorption device comprises a backrest abutment reinforcement interface that is attached to the cross-member while having a connection zone fixed to the corresponding free end (30T, 30P) of the cross-member, which has its rigid fixing zone (42A, 42L) distant from the zone for connection to the cross-member and has its energy-absorption zone situated between said connection zone and said rigid fixing zone (42A, 42L).
A method, performed in a private address resolving node of a personal area network deploying Bluetooth low energy, BLE, of resolving a periodically updated private address of a private address generating node connected to the private address resolving node, wherein the private address is used in addressing messages from the private address resolving node to the private address generating nodes, the method comprising the steps of: - receiving, from a private address generating node in the personal area network, an Identity Resolving Key, IRK, the IRK being received over an encrypted link established between the private address resolving node and the private address generating node; - determining a resolvable first private address based on the received IRK; - receiving, from the private address generating node, private address update information defining when and how to update the private address of the private address generating node, wherein the private address update information comprises an Address Update Interval, AUI, that indicates an updating periodicity for when to update a private address; and - determining based on the received IRK and the received private address update information, an updated private address to be used when addressing a next message to the private address generating node. - receiving, from a private address generating node in the personal area network, an Identity Resolving Key, IRK, the IRK being received over an encrypted link established between the private address resolving node and the private address generating node; - determining a resolvable first private address based on the received IRK; - receiving, from the private address generating node, private address update information defining when and how to update the private address of the private address generating node, wherein the private address update information comprises an Address Update Interval, AUI, that indicates an updating periodicity for when to update a private address; and - determining based on the received IRK and the received private address update information, an updated private address to be used when addressing a next message to the private address generating node.