mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical powered vehicle comprising: a secondary LC resonator configured to be magnetically coupled with a primary LC resonator external to a vehicle by magnetic field resonance, and receive of electric power from the primary LC resonator , a rectifier configured to rectify electric power received by the secondary LC resonator , and a power storage device configured to store electric power rectified by the rectifier characterized in that the electrical powered vehicle further comprises: a reflective wall formed at a rear side of the secondary LC resonator with respect to a power receiving direction from the primary LC resonator , allowing reflection of a magnetic flux output from the primary LC resonator to the secondary LC resonator . a secondary LC resonator configured to be magnetically coupled with a primary LC resonator external to a vehicle by magnetic field resonance, and receive of electric power from the primary LC resonator , a rectifier configured to rectify electric power received by the secondary LC resonator , and a power storage device configured to store electric power rectified by the rectifier characterized in that the electrical powered vehicle further comprises: a reflective wall formed at a rear side of the secondary LC resonator with respect to a power receiving direction from the primary LC resonator , allowing reflection of a magnetic flux output from the primary LC resonator to the secondary LC resonator .
A data processing apparatus comprising: a set of vector registers; flag setting circuitry, responsive to a determination that a vector generated for storage in a vector register of said set comprises a plurality of elements that meet specified contiguousness criteria, to generate flag information associated with that vector register; and processing circuitry to perform a vector memory access operation in order to access in memory a plurality of data values at addresses determined from an address vector operand comprising a plurality of address elements, said address vector operand being provided in a specified vector register of said set, and the plurality of elements of the vector stored in said specified vector register forming said plurality of address elements; the processing circuitry being arranged to determine whether said specified vector register has flag information associated therewith and, when the first vector register does have flag information associated therewith, to use the flag information when determining a number of accesses to memory required to access the plurality of data values. a set of vector registers; flag setting circuitry, responsive to a determination that a vector generated for storage in a vector register of said set comprises a plurality of elements that meet specified contiguousness criteria, to generate flag information associated with that vector register; and processing circuitry to perform a vector memory access operation in order to access in memory a plurality of data values at addresses determined from an address vector operand comprising a plurality of address elements, said address vector operand being provided in a specified vector register of said set, and the plurality of elements of the vector stored in said specified vector register forming said plurality of address elements; the processing circuitry being arranged to determine whether said specified vector register has flag information associated therewith and, when the first vector register does have flag information associated therewith, to use the flag information when determining a number of accesses to memory required to access the plurality of data values.
A latex comprising: a nitrile rubber containing an α,β-ethylenically unsaturated nitrile monomer unit in a content of 8 to 50 wt% and an α,β-ethylenically unsaturated dicarboxylic acid monoester monomer unit in a content of 1 to 10 wt%, and having an iodine value of 120 g/100 g or less as measured according to JIS K6235 ; and a benzisothiazoline-based compound represented by the following general formula , wherein R 1 represents a hydrogen atom, or a substituted or unsubstituted organic group, R 2 each independently represents a hydrogen atom, or a substituted or unsubstituted organic group, and "n" represents an integer of 0 to 4, wherein the content of the benzisothiazoline-based compound is 50 ppm by weight or more, with respect to the nitrile rubber, and a redox potential of the latex is 80 to 800 mV. a nitrile rubber containing an α,β-ethylenically unsaturated nitrile monomer unit in a content of 8 to 50 wt% and an α,β-ethylenically unsaturated dicarboxylic acid monoester monomer unit in a content of 1 to 10 wt%, and having an iodine value of 120 g/100 g or less as measured according to JIS K6235 ; and a benzisothiazoline-based compound represented by the following general formula , wherein R 1 represents a hydrogen atom, or a substituted or unsubstituted organic group, R 2 each independently represents a hydrogen atom, or a substituted or unsubstituted organic group, and "n" represents an integer of 0 to 4, wherein the content of the benzisothiazoline-based compound is 50 ppm by weight or more, with respect to the nitrile rubber, and a redox potential of the latex is 80 to 800 mV.
A block copolymer or a hydrogenate thereof, comprising a polymer block (A) and a polymer block (B), wherein the polymer block (B) has a structural unit derived from a conjugated diene compound, the structural unit including one or more kinds of alicyclic skeletons (X) represented by the following formula (X) in the main chain: wherein R 1 to R 3 each independently represent a hydrogen atom or a hydrocarbon group having 1 to 11 carbon atoms, and a plurality of each of R 1 to R 3 may be the same as or different from each other.
An implantable medical device, comprising: a microprocessor ; a flash memory array having a plurality of sectors, wherein each of the sectors includes a plurality of regions; and a data management module comprising instructions which, when executed, by the microprocessor cause the microprocessor to: assign a received first array of data to a first of the plurality of regions of a given one of the sectors; store the first array of data in the assigned first region; set a flag in the first array of data to an enabled state; and modify the content of the flag from the enabled state to a disabled state without erasing the first region in response to a subsequent receipt of a command to update the data in the first array. a microprocessor ; a flash memory array having a plurality of sectors, wherein each of the sectors includes a plurality of regions; and a data management module comprising instructions which, when executed, by the microprocessor cause the microprocessor to: assign a received first array of data to a first of the plurality of regions of a given one of the sectors; store the first array of data in the assigned first region; set a flag in the first array of data to an enabled state; and modify the content of the flag from the enabled state to a disabled state without erasing the first region in response to a subsequent receipt of a command to update the data in the first array. assign a received first array of data to a first of the plurality of regions of a given one of the sectors; store the first array of data in the assigned first region; set a flag in the first array of data to an enabled state; and modify the content of the flag from the enabled state to a disabled state without erasing the first region in response to a subsequent receipt of a command to update the data in the first array.
A conveying and sorting apparatus including a plurality of tilting conveyor units arranged in a row in a conveying direction, each of the tilting conveyor units supported so as to be swingable about a support shaft parallel to a conveying direction of a conveyed object between a horizontal conveying orientation and a tilted orientation for discharging the conveyed object laterally with respect to the conveying direction of the conveyed object by gravity, a tilting motor arranged to switch each of the tilting conveyor units between the horizontal conveying orientation and the tilted orientation, characterised in that the apparatus comprises a conveyor driving motor arranged to drive conveying conveyors for the conveyed object provided to each of the tilting conveyor units , and in that the support shaft is formed of a single interlocking transmission shaft having a length covering an entire area including the plurality of tilting conveyor units , and the conveying conveyors of all of the tilting conveyor units in the area are interlockingly coupled to the interlocking transmission shaft , and the one conveyor driving motor is installed for the area, and the one conveyor driving motor drives the conveying conveyors of all of the tilting conveyor units in the area via the interlocking transmission shaft . the apparatus comprises a conveyor driving motor arranged to drive conveying conveyors for the conveyed object provided to each of the tilting conveyor units , and in that the support shaft is formed of a single interlocking transmission shaft having a length covering an entire area including the plurality of tilting conveyor units , and the conveying conveyors of all of the tilting conveyor units in the area are interlockingly coupled to the interlocking transmission shaft , and the one conveyor driving motor is installed for the area, and the one conveyor driving motor drives the conveying conveyors of all of the tilting conveyor units in the area via the interlocking transmission shaft .
An assembly for a gas turbine engine disposed about a longitudinal axis (X-X), comprising: a combustor having an inner casing and an outer casing and a combustor wall positioned between the inner and outer casings , respectively, the combustor wall including an inner wall , an outer wall , and an upstream dome coupled to the outer wall and the inner wall , the outer wall extending along the longitudinal axis (X-X) between an upstream end and a downstream end ; a turbine nozzle defined by an inner nozzle shroud and an outer nozzle shroud , the outer nozzle shroud extending downstream between a nozzle upstream end and a nozzle downstream end ; and a ring mount including an inner edge and an outer edge , the inner edge coupled to the downstream end of the outer wall , the outer edge coupled to the outer casing , characterized in that a mounting stake is coupled to the ring mount that is coupled to the outer wall structure and the outer casing , the mounting stake extending between the outer casing and the ring mount ; and wherein the inner edge coupled to the nozzle upstream end of the outer nozzle shroud , the ring mount includes an axial flange extending upstream, and the nozzle upstream end of the outer nozzle shroud includes an axial nozzle lip extending upstream in an overlapping relationship with the axial flange of the ring mount , the downstream end of the outer wall including a slot sized to receive both of the axial nozzle lip of the outer nozzle shroud and the axial flange of the ring mount . a combustor having an inner casing and an outer casing and a combustor wall positioned between the inner and outer casings , respectively, the combustor wall including an inner wall , an outer wall , and an upstream dome coupled to the outer wall and the inner wall , the outer wall extending along the longitudinal axis (X-X) between an upstream end and a downstream end ; a turbine nozzle defined by an inner nozzle shroud and an outer nozzle shroud , the outer nozzle shroud extending downstream between a nozzle upstream end and a nozzle downstream end ; and a ring mount including an inner edge and an outer edge , the inner edge coupled to the downstream end of the outer wall , the outer edge coupled to the outer casing , characterized in that a mounting stake is coupled to the ring mount that is coupled to the outer wall structure and the outer casing , the mounting stake extending between the outer casing and the ring mount ; and wherein the inner edge coupled to the nozzle upstream end of the outer nozzle shroud , the ring mount includes an axial flange extending upstream, and the nozzle upstream end of the outer nozzle shroud includes an axial nozzle lip extending upstream in an overlapping relationship with the axial flange of the ring mount , the downstream end of the outer wall including a slot sized to receive both of the axial nozzle lip of the outer nozzle shroud and the axial flange of the ring mount .
A device for compensating for tolerances between a first and second component, having a base element, having a compensating element which engages with the base element by means of a threading and in which a passage is formed for a connecting means, and having a spring element arranged in the passage of the compensating element , wherein the spring element comprises at least one spring arm which, as seen in its longitudinal direction, has two opposite end regions , wherein at least one of the end regions has a greater distance from a longitudinal central axis (A) of the spring element than an intermediate section of the spring arm situated between the end regions , wherein at least one of the end regions forms a corner which protrudes radially outwards, and wherein a plurality of spring arms are arranged around the longitudinal central axis (A) of the spring element and are connected to one another by means of a connecting ring , characterized in that the connecting ring has a slot , which is aligned at least approximately parallel to the longitudinal central axis (A) of the spring element and is bounded by two adjacent spring arms , and at least one end region of a spring arm facing the slot has a corner which protrudes radially outwards.
A combination of a combination drug comprising trifluridine and tipiracil hydrochloride at a molar ratio of 1 : 0.5, and an anti-VEGF antibody or anti-EGFR antibody selected from bevacizumab, cetuximab and panitumumab for use in treating cancer, wherein the daily dose of the FTD/TPI combination drug in the antitumor agent on the administration day is from 17 to 115% to the recommended dose in the case of single administration of the FTD/TPI combination drug, and (a) the daily dose of bevacizumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of bevacizumab; (b) the daily dose of cetuximab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of cetuximab, and (c) the daily dose of panitumumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of panitumumab; wherein the target cancer is digestive cancer or breast cancer. (a) the daily dose of bevacizumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of bevacizumab; (b) the daily dose of cetuximab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of cetuximab, and (c) the daily dose of panitumumab on the administration day is from 11 to 100% to the recommended dose in the case of single administration of panitumumab;
A method of resin sealing permanent magnets in a laminated rotor core, comprising: a first process of placing the laminated rotor core in a preheating device to preheat the laminated rotor core , the laminated rotor core being formed by a stack of a plurality of core pieces and having a plurality of magnet insertion holes for insertion of the permanent magnets around a central axial hole ; a second process of removing the preheated laminated rotor core from the preheating device and disposing the laminated rotor core having the permanent magnets inserted therein between upper and lower dies of a resin sealing apparatus ; a third process of pressing the laminated rotor core by the upper and lower dies and liquefying resin material in a plurality of resin reservoir pots by heating, the resin reservoir pots being formed in either one of the upper and lower dies so as to extend to a surface thereof that contacts the laminated rotor core ; and a fourth process of ejecting the liquefied resin material from each of the resin reservoir pots by plungers to fill corresponding one or more of the magnet insertion holes with the resin material and curing the resin material , corresponding one of the plungers being inserted and moving vertically in the each of the resin reservoir pots . a first process of placing the laminated rotor core in a preheating device to preheat the laminated rotor core , the laminated rotor core being formed by a stack of a plurality of core pieces and having a plurality of magnet insertion holes for insertion of the permanent magnets around a central axial hole ; a second process of removing the preheated laminated rotor core from the preheating device and disposing the laminated rotor core having the permanent magnets inserted therein between upper and lower dies of a resin sealing apparatus ; a third process of pressing the laminated rotor core by the upper and lower dies and liquefying resin material in a plurality of resin reservoir pots by heating, the resin reservoir pots being formed in either one of the upper and lower dies so as to extend to a surface thereof that contacts the laminated rotor core ; and a fourth process of ejecting the liquefied resin material from each of the resin reservoir pots by plungers to fill corresponding one or more of the magnet insertion holes with the resin material and curing the resin material , corresponding one of the plungers being inserted and moving vertically in the each of the resin reservoir pots .
An apparatus comprising: a receiver for receiving a first wide angle image, the first wide angle image having a viewing angle of at least 90° and a first projection where a vertical image position of a scene position depends on a horizontal distance from the scene position to an optical axis for the wide angle image; a mapper for applying a mapping to the first wide angle image to generate a modified image having a modified projection , the mapping providing a vertical mapping function matching a mapping from the first projection to a perspective projection followed by a non-linear vertical mapping from the perspective projection to a modified vertical projection of the modified projection and a horizontal mapping function matching a mapping from the first projection to the perspective projection followed by a non-linear horizontal mapping from the perspective projection to a modified horizontal projection of the modified projection; a disparity estimator for generating a set of disparities for the modified image relative to a second image representing a different view point than the first wide angle image; and a disparity mapper for generating a further set of disparities for the first wide angle image by mapping the further set of disparities to the first projection by applying an inverse mapping of the mapping applied to the first wide angle image; wherein the non-linear horizontal mapping has a gradient that decreases with an increasing horizontal distance to a center of the first wide angle image and/or the non-linear vertical mapping has a gradient that decreases with an increasing vertical distance to the center of the first wide angle image. a receiver for receiving a first wide angle image, the first wide angle image having a viewing angle of at least 90° and a first projection where a vertical image position of a scene position depends on a horizontal distance from the scene position to an optical axis for the wide angle image; a mapper for applying a mapping to the first wide angle image to generate a modified image having a modified projection , the mapping providing a vertical mapping function matching a mapping from the first projection to a perspective projection followed by a non-linear vertical mapping from the perspective projection to a modified vertical projection of the modified projection and a horizontal mapping function matching a mapping from the first projection to the perspective projection followed by a non-linear horizontal mapping from the perspective projection to a modified horizontal projection of the modified projection; a disparity estimator for generating a set of disparities for the modified image relative to a second image representing a different view point than the first wide angle image; and a disparity mapper for generating a further set of disparities for the first wide angle image by mapping the further set of disparities to the first projection by applying an inverse mapping of the mapping applied to the first wide angle image;
Elastic rim lock without screws for eyeglasses operating as hinge and temple comprising: a coil spring , a first upper front frame part (A), a second lower front frame part (B) and a cut , which longitudinally separates the first upper front frame part (A) from the second lower front frame part (B), the first upper front frame part (A) and the second lower front frame part (B) being in flexible contact, the spring being tensioned between a head of a wire and a surface (BM) of a first seat (B2) of the second lower front frame part (B), the diameter of the head and the external diameter of the spring being lower than the diameter of the first seat (B2) and longitudinally sliding with respect to an axis of the first seat (B2) when the first upper front frame part (A) and the second lower front frame part (B) move away one from the other, characterized in that the elastic rim lock comprises the wire , a first segment of the wire passing through the spring , the first seat (B2), a second seat (B1) of the second lower front frame part (B) operatively connected to the first seat (B2) and having a smaller diameter than the first seat (B2), and a seat (A1) of the first upper front frame part (A), while a second segment of the wire is in contact with a surface (A5) of the first upper front frame part (A) parallel to an axis of the cut , and has the function of defining the length of the first segment , the first segment also operating as hinge for the temple, a section of the wire being configured to be a temple or a temple core, the cut being made between the seat (A1) and the second seat (B1).
A pneumatic radial tire including a carcass that includes a rubber-coated layer of a carcass ply extending in a radial direction of the tire, the carcass being formed into a toroidal shape between a pair of bead cores , the carcass ply of the carcass comprising: a turn-up ply including a main body portion extended across and disposed between the pair of bead cores, and turn-up portions turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a down ply extending up to at least an inside in a tire radial direction of the bead cores so as to cover the turn-up ply including the turn-up portions from an outside, characterized in that a curvature locally bulging in a semi-elliptical shape in cross section to an outside in a tire width direction is formed at a portion of the down ply that covers a turn-up end portion of the turn-up portion of the turn-up ply from an outside in the tire width direction. a turn-up ply including a main body portion extended across and disposed between the pair of bead cores, and turn-up portions turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a main body portion extended across and disposed between the pair of bead cores, and turn-up portions turned up around the respective bead cores from an inside toward an outside in a tire width direction; and a down ply extending up to at least an inside in a tire radial direction of the bead cores so as to cover the turn-up ply including the turn-up portions from an outside, characterized in that a curvature locally bulging in a semi-elliptical shape in cross section to an outside in a tire width direction is formed at a portion of the down ply that covers a turn-up end portion of the turn-up portion of the turn-up ply from an outside in the tire width direction.