mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a semiconductor substrate having a plurality of electrodes provided on a circumferential region of a first major surface thereof; a plurality of wirings (4a, 4b) electrically coupled to the electrodes, and a plurality of external terminals coupled to respective ones of the wirings, wherein the wirings comprise first wirings and second wirings, and wherein each first wiring is provided on an insulation film on the first major surface, each first wiring having a first end connected to a respective one of the electrodes, a second end, and a first land at the second end, the first wirings being directed to the centre of the first major surface from the respective first ends; and a resin layer provided on said first wirings and comprising a plurality of via holes exposing respective ones of the first lands, wherein each second wiring is provided on said resin layer and has a first end connected to a respective one of the first lands of the first wiring, and has a second end comprising a second land, and wherein each of the external terminals is formed on a respective one of the second lands of the second wirings, characterised by each second wiring being directed from its first end to its second end towards an outer area of the first major surface from the centre of the first major surface. a semiconductor substrate having a plurality of electrodes provided on a circumferential region of a first major surface thereof; a plurality of wirings (4a, 4b) electrically coupled to the electrodes, and a plurality of external terminals coupled to respective ones of the wirings, wherein the wirings comprise first wirings and second wirings, and wherein each first wiring is provided on an insulation film on the first major surface, each first wiring having a first end connected to a respective one of the electrodes, a second end, and a first land at the second end, the first wirings being directed to the centre of the first major surface from the respective first ends; and a resin layer provided on said first wirings and comprising a plurality of via holes exposing respective ones of the first lands, wherein each second wiring is provided on said resin layer and has a first end connected to a respective one of the first lands of the first wiring, and has a second end comprising a second land, and wherein each of the external terminals is formed on a respective one of the second lands of the second wirings, characterised by each second wiring being directed from its first end to its second end towards an outer area of the first major surface from the centre of the first major surface.
A network node for implementing a charging function (420, 428) in a service function chain of a mobile telecommunications network, the service function chain comprising a plurality of service functions (414a-414c), each service function (414a-414c) configured to apply one or more services associated with a user packet traversing the service function chain towards a destination, and configured to provide charging data related to the service function (414a-414c), the network node comprising: a receiver configured to receive collective charging data provided by the plurality of service functions (414a-414c), the collective charging data comprising charging data for a plurality of services associated with a user packet; and a charging controller configured to control charging for the plurality of services associated with the user packet based on the collective charging data, wherein the receiver is configured to receive the user packet and a header, wherein the collective charging data forms part of the header, and wherein the network node further comprises: a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging. a receiver configured to receive collective charging data provided by the plurality of service functions (414a-414c), the collective charging data comprising charging data for a plurality of services associated with a user packet; and a charging controller configured to control charging for the plurality of services associated with the user packet based on the collective charging data, wherein the receiver is configured to receive the user packet and a header, wherein the collective charging data forms part of the header, and wherein the network node further comprises: a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging. a charging data extractor configured to extract the collective charging data in the header and strip, from the collective charging data in the header, a plurality of individual charging data provided by the plurality of service functions (414a-414c), and a charging data aggregator configured to aggregate the plurality of individual charging data into a charging record for use by the charging controller to control charging.
A manufacturing method for producing an antenna and a mobile device, comprising the sequential steps of: providing a substrate; providing a ground element comprising a ground branch, wherein an edge of the ground element has a notch extending into an interior of the ground element to form a slot region, and the ground branch partially surrounds the slot region; disposing a radiating branch inside the slot region; and coupling the radiating branch to the ground branch of the ground element such that the ground branch and the radiating branch form an antenna structure. providing a substrate; providing a ground element comprising a ground branch, wherein an edge of the ground element has a notch extending into an interior of the ground element to form a slot region, and the ground branch partially surrounds the slot region; disposing a radiating branch inside the slot region; and coupling the radiating branch to the ground branch of the ground element such that the ground branch and the radiating branch form an antenna structure.
Device (1, 5) for determining a glossy part of a radiation coming from a surface illuminated by at least one area light source having at least one source surface bounded by edge curves (210, U j U j+1), said device including at least one processor configured for determining at least one integrand function representative of said glossy part, said glossy part corresponding to an integration of said integrand function along said edge curves (210, U j U j+1), characterized in that said at least one processor is further configured for: - approximating said at least one integrand function by means of determining at least one peak-shape function having a known analytical expression of an antiderivative over said edge curves from determined parameters of said at least one integrand function, - computing said glossy part from analytical expressions associated with integrations of said at least one peak-shape function along said edge curves (210, U j U j+1), whereby said peak-shape functions comprise Lorentzian functions and Pearson type VII functions. - approximating said at least one integrand function by means of determining at least one peak-shape function having a known analytical expression of an antiderivative over said edge curves from determined parameters of said at least one integrand function, - computing said glossy part from analytical expressions associated with integrations of said at least one peak-shape function along said edge curves (210, U j U j+1), whereby said peak-shape functions comprise Lorentzian functions and Pearson type VII functions.
A method for the treatment of carbonaceous refractory products, with the following features: 1.1 provision of carbonaceous refractory products in the form of bulk material; 1.2 supply of the bulk material into a rotary kiln; 1.3 application of temperature and an oxygenous gas to the bulk material in the rotary kiln, such that at least partial oxidation of the oxidisable components contained in the bulk material takes place; 1.4 removal of the bulk material from the rotary kiln. 1.1 provision of carbonaceous refractory products in the form of bulk material; 1.2 supply of the bulk material into a rotary kiln; 1.3 application of temperature and an oxygenous gas to the bulk material in the rotary kiln, such that at least partial oxidation of the oxidisable components contained in the bulk material takes place; 1.4 removal of the bulk material from the rotary kiln.
A method comprising: based at least partly on receipt of a first incremental snapshot at a device that caches data blocks from a data source to be stored in cloud storage, creating a synthetic baseline snapshot with the first incremental snapshot; said method characterized by: modifying eviction state data of a set of cached data blocks that are associated with a second incremental snapshot and that remain valid for the first incremental snapshot, wherein the second incremental snapshot precedes the first incremental snapshot in time; and associating a local identifier of the first incremental snapshot with the set of cached data blocks, wherein the modification of the eviction state data and association of the local identifier reduce the chances of stable cache data blocks being evicted in order to facilitate an efficient restore with cached data blocks. modifying eviction state data of a set of cached data blocks that are associated with a second incremental snapshot and that remain valid for the first incremental snapshot, wherein the second incremental snapshot precedes the first incremental snapshot in time; and associating a local identifier of the first incremental snapshot with the set of cached data blocks, wherein the modification of the eviction state data and association of the local identifier reduce the chances of stable cache data blocks being evicted in order to facilitate an efficient restore with cached data blocks.
Processes for preparing carbon fibers, comprising a) sulfonating a polymer with a sulfonating agent that comprises SO 3 in a halogenated solvent to form a sulfonated polymer; b) treating the sulfonated polymer with a heated solvent, wherein the temperature of the solvent is at least 95 °C, and wherein the heated solvent is a heated protic and/or a heated polar solvent; and c) carbonizing the resulting product by heating it to a temperature of 500-3000 °C. a) sulfonating a polymer with a sulfonating agent that comprises SO 3 in a halogenated solvent to form a sulfonated polymer; b) treating the sulfonated polymer with a heated solvent, wherein the temperature of the solvent is at least 95 °C, and wherein the heated solvent is a heated protic and/or a heated polar solvent; and c) carbonizing the resulting product by heating it to a temperature of 500-3000 °C.
An endoscopic system comprising: an endoscope in which an observation window is disposed at a distal end and which has an insertion portion to be inserted into a lumen; an imaging unit having an imaging surface comprising pixels to convert, into an image signal, an observation image which is focused through the observation window; a fog prevention heater disposed in the vicinity of the observation window; a luminance level detection section configured to detect the distribution of luminance levels resulting from the image signal output by the pixels of the imaging unit; a determination section configured to make a determination so that the fog prevention heater performs a temperature raising operation; and a heater power supply configured to drive the fog prevention heater to raise the temperature of the observation window in accordance with the determination result in the determination section, characterized in that the determination section is configured to compare the width of the distribution of the luminance levels centering at a peak value of the distribution of the luminance levels with a preset first determination standard and further compare the luminance levels with a threshold set as a preset second determination standard, and make a determination so that the fog prevention heater performs the temperature raising operation on the basis of the comparisons. an endoscope in which an observation window is disposed at a distal end and which has an insertion portion to be inserted into a lumen; an imaging unit having an imaging surface comprising pixels to convert, into an image signal, an observation image which is focused through the observation window; a fog prevention heater disposed in the vicinity of the observation window; a luminance level detection section configured to detect the distribution of luminance levels resulting from the image signal output by the pixels of the imaging unit; a determination section configured to make a determination so that the fog prevention heater performs a temperature raising operation; and a heater power supply configured to drive the fog prevention heater to raise the temperature of the observation window in accordance with the determination result in the determination section, characterized in that the determination section is configured to compare the width of the distribution of the luminance levels centering at a peak value of the distribution of the luminance levels with a preset first determination standard and further compare the luminance levels with a threshold set as a preset second determination standard, and make a determination so that the fog prevention heater performs the temperature raising operation on the basis of the comparisons.
A binder composition for a non-aqueous secondary battery positive electrode, comprising: a hydrogenated polymer, an organic solvent, and a metal ion, wherein the polymer contains an alkylene structural unit, a nitrile group-containing monomer unit, and optionally contains a conjugated diene monomer unit, solution turbidity of the binder composition for a non-aqueous secondary battery positive electrode, as measured by a method described in the examples section of the description, is 1 or more and 80 or less, a concentration of the metal ion is 50 mass ppm or more and 3500 mass ppm or less, a content proportion of the nitrile group-containing monomer unit in the polymer is 20 mass% or more and 60 mass% or less, and a total content proportion of the conjugated diene monomer unit and the alkylene structural unit in the polymer is 40 mass% or more and 80 mass% or less. a hydrogenated polymer, an organic solvent, and a metal ion, wherein the polymer contains an alkylene structural unit, a nitrile group-containing monomer unit, and optionally contains a conjugated diene monomer unit, solution turbidity of the binder composition for a non-aqueous secondary battery positive electrode, as measured by a method described in the examples section of the description, is 1 or more and 80 or less, a concentration of the metal ion is 50 mass ppm or more and 3500 mass ppm or less, a content proportion of the nitrile group-containing monomer unit in the polymer is 20 mass% or more and 60 mass% or less, and a total content proportion of the conjugated diene monomer unit and the alkylene structural unit in the polymer is 40 mass% or more and 80 mass% or less.
A composition comprising a bispecific antibody, wherein said bispecific antibody comprises: (a) a first monomer comprising: (i) a first heavy chain constant region comprising a first variant Fc domain; (ii) an anti-CD25 moiety; and (b) a second monomer comprising: (i) a second heavy chain constant region comprising a second variant Fc domain; (ii) a member selected from the group consisting of: an anti-CD4 moiety, an anti-CD8 moiety, an anti-CCR4 moiety, an anti-GITR moiety, and an anti-PD-1 moiety, wherein said first variant Fc domain has a different amino acid sequence than said second variant Fc domain, for use in suppressing T cells. (a) a first monomer comprising: (i) a first heavy chain constant region comprising a first variant Fc domain; (ii) an anti-CD25 moiety; and (i) a first heavy chain constant region comprising a first variant Fc domain; (ii) an anti-CD25 moiety; and (b) a second monomer comprising: (i) a second heavy chain constant region comprising a second variant Fc domain; (ii) a member selected from the group consisting of: an anti-CD4 moiety, an anti-CD8 moiety, an anti-CCR4 moiety, an anti-GITR moiety, and an anti-PD-1 moiety, wherein said first variant Fc domain has a different amino acid sequence than said second variant Fc domain, for use in suppressing T cells. (i) a second heavy chain constant region comprising a second variant Fc domain; (ii) a member selected from the group consisting of: an anti-CD4 moiety, an anti-CD8 moiety, an anti-CCR4 moiety, an anti-GITR moiety, and an anti-PD-1 moiety,
A projector display system, said display system comprising: a light source; a polarizer configured to induce a polarization to light received from said light source; polarizing beam splitter configured to, based upon said polarization induced by said polarizer, split the light between first light propagating along a main light path and second light propagating along a highlight path; a spatial light modulator configured to modulate said second light to create highlight light; and a partial beam splitter configured to combine said highlight light with said first light, wherein said polarizer is a rotatable polarizer, and the display system further comprises a controller configured to send control signals to said rotatable polarizer to control an amount of second light to be split to said highlight path from said main light path. a light source; a polarizer configured to induce a polarization to light received from said light source; polarizing beam splitter configured to, based upon said polarization induced by said polarizer, split the light between first light propagating along a main light path and second light propagating along a highlight path; a spatial light modulator configured to modulate said second light to create highlight light; and a partial beam splitter configured to combine said highlight light with said first light, wherein said polarizer is a rotatable polarizer, and the display system further comprises a controller configured to send control signals to said rotatable polarizer to control an amount of second light to be split to said highlight path from said main light path.
An image forming apparatus in which developers are detachably coupled to a main body, the image forming apparatus comprising: a developer mount member on which the developers are mounted and that is attachable to and detachable from the main body; an input contact member disposed on each of the developers; a power supply unit provided in the main body; an output contact member disposed in the main body to face an end of the developer mount member in a mount direction in which the developer mount member is mounted and is electrically connected to the power supply; and a respective intermediate contact member disposed on the end of the developer mount member in the mount direction and is electrically connected to a respective one of the input contact members, and electrically contacts the output contact member as the developer mount member is mounted in the main body; characterised in that the mount direction perpendicularly intersects a delivery direction of a recording medium within the main body. a developer mount member on which the developers are mounted and that is attachable to and detachable from the main body; an input contact member disposed on each of the developers; a power supply unit provided in the main body; an output contact member disposed in the main body to face an end of the developer mount member in a mount direction in which the developer mount member is mounted and is electrically connected to the power supply; and a respective intermediate contact member disposed on the end of the developer mount member in the mount direction and is electrically connected to a respective one of the input contact members, and electrically contacts the output contact member as the developer mount member is mounted in the main body; characterised in that the mount direction perpendicularly intersects a delivery direction of a recording medium within the main body.
A system, comprising: an inlet guide vane assembly, comprising: a plurality of inlet guide vanes comprising a primary inlet guide vane and a plurality of secondary inlet guide vanes, the plurality of inlet guide vanes being disposed in a radial pattern around a central axis and configured to rotate about axes orthogonal to the central axis; and a drive shaft coupled to the primary inlet guide vane of the plurality of inlet guide vanes, wherein the drive shaft rotates the primary inlet guide vane along a rotational axis common to both of the drive shaft and the primary inlet guide vane, and the drive shaft causes the secondary inlet guide vanes of the plurality of inlet guide vanes to rotate about their respective axes offset from the common rotational axis; and a rotary actuator coupled to the drive shaft and configured to cause rotation of the drive shaft, characterized in that the rotary actuator being coupled to the drive shaft in a coaxial arrangement. a plurality of inlet guide vanes comprising a primary inlet guide vane and a plurality of secondary inlet guide vanes, the plurality of inlet guide vanes being disposed in a radial pattern around a central axis and configured to rotate about axes orthogonal to the central axis; and a drive shaft coupled to the primary inlet guide vane of the plurality of inlet guide vanes, wherein the drive shaft rotates the primary inlet guide vane along a rotational axis common to both of the drive shaft and the primary inlet guide vane, and the drive shaft causes the secondary inlet guide vanes of the plurality of inlet guide vanes to rotate about their respective axes offset from the common rotational axis; and a rotary actuator coupled to the drive shaft and configured to cause rotation of the drive shaft, characterized in that the rotary actuator being coupled to the drive shaft in a coaxial arrangement.
Surfboard having a hull and a jet drive arranged in the hull, whereby the jet drive is mounted on a carrier and the carrier can be releasably fastened to the hull by fastening means and can be removed from the hull together with the jet drive after the release of the fastening means and a battery for the jet drive is arranged in the hull and the battery is arranged separately from the carrier in the surfboard and is not removable together with the carrier, characterised in that a jet tube, a rotor, a motor, a controller and a converter are mounted on the carrier.