mhurhangee/patent-ind-claim-en huggingface dataset:
An endoprosthesis designed for delivery into a lumen in a body of a mammal, the endoprosthesis being formed of a polymer including a reaction product of polyol, isocyanate, and a polyhedral oligosilsesquioxane diol, wherein the endoprosthesis is in a collapsed state so that the endoprosthesis can be delivered into the body lumen, and wherein the endoprosthesis is capable of reverting from the collapsed state to an expanded state when warmed after delivery to the body lumen.
A pharmaceutical composition comprising zaltoprofen for use in the prevention of metastasis of giant cell tumor occurring in a bone and soft tissue, metastasis of chondrosarcoma, or metastasis of bone sarcoma.
A compound of formula (I): wherein R 1 is methyl or ethyl; R 2 is selected from methyl, ethyl, methoxy and ethoxy; R 3 is selected from hydrogen, chlorine, fluorine, bromine and methyl; R 4 is selected from methyl, ethyl and -CH 2 OCH 3 ; R 5 and R 6 are each individually methyl or hydrogen; and R 7 is selected from methyl, ethyl, -(CH 2 ) 2 OH and -(CH 2 ) 2 OCH 3 , or a pharmaceutically acceptable salt thereof. R 1 is methyl or ethyl; R 2 is selected from methyl, ethyl, methoxy and ethoxy; R 3 is selected from hydrogen, chlorine, fluorine, bromine and methyl; R 4 is selected from methyl, ethyl and -CH 2 OCH 3 ; R 5 and R 6 are each individually methyl or hydrogen; and R 7 is selected from methyl, ethyl, -(CH 2 ) 2 OH and -(CH 2 ) 2 OCH 3 , or a pharmaceutically acceptable salt thereof.
A composition comprising bitumen, one or more plasticity modifying agent(s), lignin, and optionally one or more further component(s); wherein said lignin is obtained from treatment of soft lignocellulosic biomass and wherein said lignin has a Lignin Ion Exchange Capacity (LIEC) of 0.4 mol/kg dry matter (DM) or less as determined by the method in the description and wherein phenolic OH (phOH) content is less than 2 mmol/g.
A drive for a cargo bicycle, comprising a) an electric motor and a shiftable gear ; and b) a total of four shafts spaced apart in parallel, namely a pedal crankshaft , an output shaft separate from the pedal crankshaft , a motor shaft and a gear shaft , wherein c) the pedal crankshaft is rotatably connected to the output shaft via the shiftable gear , and characterized in that the electric motor is arranged on one side of the pedal crankshaft and the gear and the drive shaft are arranged on the other side of the pedal crankshaft , and d) the pedal crankshaft , the electric motor , control electronics of the electric motor, the shiftable gear and the output shaft are arranged in a common housing, e) the electric motor is rotatably connected as a direct drive to the output shaft , namely via a single torque transmission element in the form of a chain or of a belt, in particular of a double chain, which runs around the pedal crankshaft , and f) the electric motor is a permanently excited inverter-fed machine and the control of the electric motor takes place by a field-oriented control (FOC). a) an electric motor and a shiftable gear ; and b) a total of four shafts spaced apart in parallel, namely a pedal crankshaft , an output shaft separate from the pedal crankshaft , a motor shaft and a gear shaft , wherein c) the pedal crankshaft is rotatably connected to the output shaft via the shiftable gear , and characterized in that the electric motor is arranged on one side of the pedal crankshaft and the gear and the drive shaft are arranged on the other side of the pedal crankshaft , and d) the pedal crankshaft , the electric motor , control electronics of the electric motor, the shiftable gear and the output shaft are arranged in a common housing, e) the electric motor is rotatably connected as a direct drive to the output shaft , namely via a single torque transmission element in the form of a chain or of a belt, in particular of a double chain, which runs around the pedal crankshaft , and f) the electric motor is a permanently excited inverter-fed machine and the control of the electric motor takes place by a field-oriented control (FOC).
A continuous process having a control system to control one or more operating parameters based on one or more inputs for the catalytic conversion of a carbohydrate feed containing at least aldose-yielding or ketose-yielding carbohydrate to lower glycol of at least one of ethylene glycol and propylene glycol in an unmodulated reaction zone by sequential retro-aldol catalytic conversion under retro-aldol conditions, including the presence of a retro-aldol catalyst providing retro-aldol catalytic activity in a liquid medium in the unmodulated reaction zone, to intermediates and catalytic hydrogenation of intermediates under hydrogenation conditions, including the presence of hydrogen and hydrogenation catalyst providing hydrogenation catalytic activity, to lower glycol, in the unmodulated reaction zone, and withdrawing continuously or intermittently from said unmodulated reaction zone, a raw product, said process comprising controlling at least one operating parameter of the process using at least the concentration of acetol in the raw product is an input to the control system for the process.
A prosthesis having an inflow end and an outflow end that is downstream of the inflow end, the prosthesis comprising: a first segment having a proximal end and a distal end ; a second segment having a proximal end and a distal end ; an axially extendable segment having a proximal end and a distal end and coupled to the first and second segments; and a valve coupled to at least one of the axially extendable segment or the second segment, wherein the valve lacks an overlap with the first segment at a location downstream of the first segment in a delivery state of the axially extendable segment, and wherein the valve at least partially overlaps with the first segment in a deployment state of the axially extendable segment in which the axially extendable segment has a foreshortened orientation, characterised in that , after deployment, the axially extendable segment is inclined to return to its foreshortened orientation. a first segment having a proximal end and a distal end ; a second segment having a proximal end and a distal end ; an axially extendable segment having a proximal end and a distal end and coupled to the first and second segments; and a valve coupled to at least one of the axially extendable segment or the second segment, wherein the valve lacks an overlap with the first segment at a location downstream of the first segment in a delivery state of the axially extendable segment, and wherein the valve at least partially overlaps with the first segment in a deployment state of the axially extendable segment in which the axially extendable segment has a foreshortened orientation, characterised in that , after deployment, the axially extendable segment is inclined to return to its foreshortened orientation.
Aircraft nacelle including : - a first conduit that is rigidly connected to an air inlet and that includes at least one acoustic panel, - a second conduit that is rigidly connected to an engine , that includes at least one acoustic panel and that surrounds a fan, - the first conduit being designed to channel an air flow towards the second conduit , - a link between the first conduit of the air inlet and the second conduit of the engine , - linking strips that each have a first joining zone linked to the first conduit by at least one linking element and a second joining zone linked to the second conduit by at least one linking element , each linking strip being positioned to deform elastically in a radial direction, for each linking strips , one of the first and second joining zones able to move radially in relation to the other joining zone , characterized in that the link comprises: - linking elements each having a stem oriented in the radial direction, and - at least three centering strips distributed regularly about the first conduit , interposed between the linking strips , that each have a first end rigidly connected to the first conduit by attachment elements and a second end that is designed to fit about the second conduit , not rigidly connected to the second conduit , each centering strip being designed to deform elastically in a radial direction, for each centering strip , the second end able to move radially in relation to the first end . - a first conduit that is rigidly connected to an air inlet and that includes at least one acoustic panel, - a second conduit that is rigidly connected to an engine , that includes at least one acoustic panel and that surrounds a fan, - the first conduit being designed to channel an air flow towards the second conduit , - a link between the first conduit of the air inlet and the second conduit of the engine , - linking strips that each have a first joining zone linked to the first conduit by at least one linking element and a second joining zone linked to the second conduit by at least one linking element , each linking strip being positioned to deform elastically in a radial direction, for each linking strips , one of the first and second joining zones able to move radially in relation to the other joining zone , - linking elements each having a stem oriented in the radial direction, and - at least three centering strips distributed regularly about the first conduit , interposed between the linking strips , that each have a first end rigidly connected to the first conduit by attachment elements and a second end that is designed to fit about the second conduit , not rigidly connected to the second conduit , each centering strip being designed to deform elastically in a radial direction, for each centering strip , the second end able to move radially in relation to the first end .
A container comprising a housing portion containing an organic processing liquid for patterning a chemical amplification resist film which is an organic developer or an organic rinsing liquid, the organic processing liquid containing 1 ppm or less of alkylolefin having a carbon number of 22 or less, and 5 ppm or less of a metal element concentration of each of Na, K, Ca, Fe, Cu, Mg, Mn, Li, Al, Cr, Ni and Zn, wherein the housing portion has an inner wall which contacts the organic processing liquid, the inner wall being made from a resin which is none of a polyethylene resin, a polypropylene resin and a polyethylene-polypropylene resin.
A seat-belt tongue (7; 107) comprising: a plate having a longitudinal portion that is insertable into a buckle , and a broader portion that is located on an opposite side of a tip end of the longitudinal portion and is formed wider than the longitudinal portion , the broader portion being covered at least in part, wherein the broader portion has a base that is connected to the longitudinal portion , a beam that extends in a long-side direction of the broader portion , a connecting portion that connects the base and the beam at each end in the long-side direction, and a through hole that is formed by the base , the beam , and the connecting portion and through which a seat belt is to be inserted, and wherein the beam or the base is formed such that a cross-sectional area of the beam or the base when viewed in the long-side direction becomes smaller at both ends than at a center in the long-side direction and has an edge forming the through hole , characterized in that the edge has an inclined surface that faces the seat belt in a non-wearing state in which the seat belt inserted through the through hole is not worn by an occupant, the inclined surface is formed by being subjected to a beveling press or chamfering, and a length of the inclined surface in an inserting and removing direction of the longitudinal portion into and from the buckle is formed larger at the both ends than at the center. a plate having a longitudinal portion that is insertable into a buckle , and a broader portion that is located on an opposite side of a tip end of the longitudinal portion and is formed wider than the longitudinal portion , the broader portion being covered at least in part, wherein the broader portion has a base that is connected to the longitudinal portion , a beam that extends in a long-side direction of the broader portion , a connecting portion that connects the base and the beam at each end in the long-side direction, and a through hole that is formed by the base , the beam , and the connecting portion and through which a seat belt is to be inserted, and wherein the beam or the base is formed such that a cross-sectional area of the beam or the base when viewed in the long-side direction becomes smaller at both ends than at a center in the long-side direction and has an edge forming the through hole , characterized in that the edge has an inclined surface that faces the seat belt in a non-wearing state in which the seat belt inserted through the through hole is not worn by an occupant, the inclined surface is formed by being subjected to a beveling press or chamfering, and a length of the inclined surface in an inserting and removing direction of the longitudinal portion into and from the buckle is formed larger at the both ends than at the center.
A battery module, comprising a plurality of batteries , a first enclosing plate , a second enclosing plate , and fasteners (S), wherein the first enclosing plate comprises a first side plate , a first front plate connected to the first side plate and containing at least a first connecting hole , and a first rear plate connected to the first side plate and containing a third connecting hole , wherein the first rear plate and the first front plate are disposed oppositely in a longitudinal direction (Y); the second enclosing plate comprises a second side plate , a second front plate connected to the second side plate and containing a second connecting hole , and a second rear plate connected to the second side plate and containing a fourth connecting hole , wherein the second rear plate and the second front plate are disposed oppositely in the longitudinal direction (Y); and the first connecting hole and the second connecting hole are fixedly connected to the first front plate and the second front plate by the fasteners (S), and the third connecting hole and the fourth connecting hole are fixedly connected to the first rear plate and the second rear plate by the fasteners (S), and wherein the batteries comprise a lower region and an upper-middle region in an up-down direction (Z); and wherein a number of first connecting holes disposed in a part that is of the first front plate and that corresponds to the upper-middle region is larger than a number of first connecting holes disposed in a part that is of the first front plate and that corresponds to the lower region . the first enclosing plate comprises a first side plate , a first front plate connected to the first side plate and containing at least a first connecting hole , and a first rear plate connected to the first side plate and containing a third connecting hole , wherein the first rear plate and the first front plate are disposed oppositely in a longitudinal direction (Y); the second enclosing plate comprises a second side plate , a second front plate connected to the second side plate and containing a second connecting hole , and a second rear plate connected to the second side plate and containing a fourth connecting hole , wherein the second rear plate and the second front plate are disposed oppositely in the longitudinal direction (Y); and the first connecting hole and the second connecting hole are fixedly connected to the first front plate and the second front plate by the fasteners (S), and the third connecting hole and the fourth connecting hole are fixedly connected to the first rear plate and the second rear plate by the fasteners (S), and wherein the batteries comprise a lower region and an upper-middle region in an up-down direction (Z); and wherein a number of first connecting holes disposed in a part that is of the first front plate and that corresponds to the upper-middle region is larger than a number of first connecting holes disposed in a part that is of the first front plate and that corresponds to the lower region .
A power receiving device comprising: a ferrite member including a plurality of mutually spaced, split pieces of ferrite (91, 92A, 92B1, 92B2); a power receiving coil disposed on a side of a lower surface of said ferrite member ; and a power receiving capacitor disposed on a side of an upper surface of said ferrite member , said power receiving capacitor having a closed loop circuit including a first wiring connection and a second wiring connection , and a plurality of capacitor elements connected in parallel between said first wiring connection and said second wiring connection , when said power receiving capacitor and said ferrite member are seen from therebelow, said closed loop circuit being located within the region covered by said split pieces of ferrite and being located inside the power receiving coil . a ferrite member including a plurality of mutually spaced, split pieces of ferrite (91, 92A, 92B1, 92B2); a power receiving coil disposed on a side of a lower surface of said ferrite member ; and a power receiving capacitor disposed on a side of an upper surface of said ferrite member , said power receiving capacitor having a closed loop circuit including a first wiring connection and a second wiring connection , and a plurality of capacitor elements connected in parallel between said first wiring connection and said second wiring connection , when said power receiving capacitor and said ferrite member are seen from therebelow, said closed loop circuit being located within the region covered by said split pieces of ferrite and being located inside the power receiving coil .
A polymeric multilayer film having first and second opposed major surfaces, adjacent first and second layers that are separable from each other, and an array of indentations extending into the first and second layers.
Method for operating a wind energy converter , wherein - the rotational speed (n) and power (P) of the wind energy converter are reduced when the prevailing wind speed (Vw) exceeds a predetermined first limit value (V WG1 ), - the rotational speed (n) and power (P) are reduced further with an increasing wind speed (Vw) until the rotational speed (n) reaches a predetermined minimum rotational speed (n min ) and/or the power (P) reaches a predetermined minimum power (P min ), - the wind energy converter maintains the minimum rotational speed (n min ), or the minimum power (P min ), if the wind speed (Vw) increases even further, characterized in that the predetermined first limit value (V WG1 ) depends on a gustiness and/or a gust frequency of the prevailing wind. - the rotational speed (n) and power (P) of the wind energy converter are reduced when the prevailing wind speed (Vw) exceeds a predetermined first limit value (V WG1 ), - the rotational speed (n) and power (P) are reduced further with an increasing wind speed (Vw) until the rotational speed (n) reaches a predetermined minimum rotational speed (n min ) and/or the power (P) reaches a predetermined minimum power (P min ), - the wind energy converter maintains the minimum rotational speed (n min ), or the minimum power (P min ), if the wind speed (Vw) increases even further,
A knitted garment to be worn on the foot, comprising: a toe area ; a foot area contiguous with the toe area , the foot area having a top and a bottom; a heel area contiguous with at least a portion of the foot area , the heel area having a top and a bottom; characterized by further comprising: a medial triangular ankle panel having a first medial vertex near the rear, top portion of the foot area , a second medial vertex near the top of the heel area , and a third medial vertex below the first and second medial vertices, generally midway between the first and second medial vertices; and a lateral triangular ankle panel having a first lateral vertex near the rear, top portion of the foot area , a second lateral vertex near the top of the heel area , and a third lateral vertex below the first and second lateral vertices, generally midway between the first and second lateral vertices, wherein the side of the medial triangular ankle panel extending between the first and second medial vertices, and the side of the lateral triangular ankle panel extending between the first and second lateral vertices define an opening of the garment for a foot.
A method, comprising: managing, by a memory controller , access to a memory resource for one or more accessing agents by associating the one or more accessing agents with corresponding memory segments from a collection of memory segments on the memory resource ; wherein the memory resource is a shared memory pool to which a plurality of accessing agents has access. tracking, by the memory controller , access instances to the collection of memory segments by the one or more accessing agents; maintaining, by the memory controller , one or more heatmaps for the one or more accessing agents, the one or more heatmaps including segment entries having access metrics associated with the one or more accessing agents, the access metrics comprising, for each segment entry from the one or more heatmaps : a frequency metric for an associated memory segment, the frequency metric indicating a count of access instances for the associated memory segment since a last time that the segment entry was accessed; and a recency metric for the associated memory segment, the recency metric indicating a recency of when the segment entry was last accessed; and providing, by the memory controller , access to the one or more heatmaps to the one or more accessing agents; and determining based on the access metrics which memory segments should be considered for migration from the memory resource to a local memory. managing, by a memory controller , access to a memory resource for one or more accessing agents by associating the one or more accessing agents with corresponding memory segments from a collection of memory segments on the memory resource ; wherein the memory resource is a shared memory pool to which a plurality of accessing agents has access. tracking, by the memory controller , access instances to the collection of memory segments by the one or more accessing agents; maintaining, by the memory controller , one or more heatmaps for the one or more accessing agents, the one or more heatmaps including segment entries having access metrics associated with the one or more accessing agents, the access metrics comprising, for each segment entry from the one or more heatmaps : a frequency metric for an associated memory segment, the frequency metric indicating a count of access instances for the associated memory segment since a last time that the segment entry was accessed; and a recency metric for the associated memory segment, the recency metric indicating a recency of when the segment entry was last accessed; and a frequency metric for an associated memory segment, the frequency metric indicating a count of access instances for the associated memory segment since a last time that the segment entry was accessed; and a recency metric for the associated memory segment, the recency metric indicating a recency of when the segment entry was last accessed; and providing, by the memory controller , access to the one or more heatmaps to the one or more accessing agents; and determining based on the access metrics which memory segments should be considered for migration from the memory resource to a local memory.