mhurhangee/patent-ind-claim-en huggingface dataset:
A shroud for a compressor stator , comprising shroud segments circumferentially distributed around an axis of the shroud , at least one of the shroud segments extending from a first lateral edge to a second lateral edge , the at least one of the shroud segments having an inner face oriented toward the axis and an opposed outer face oriented away from the axis , at least one opening extending from the inner face to the outer face for receiving at least one vane of the compressor stator , a tab protruding circumferentially from the second lateral edge and away from the first lateral edge , and a slot extending circumferentially from the first lateral edge toward the second lateral edge , the tab matingly received within a slot of an adjacent one of the plurality of shroud segments , characterised in that the tab includes a first tab portion and a second tab portion , wherein the first tab portion and second tab portion are separate tabs, wherein the second tab portion axially extends relative to the axis from the first tab portion , and wherein a circumferential length (L1) of the first tab portion is greater than that of the second tab portion .
Closure device for a fluid container, in particularly a hydraulic tank, with a lower part that can be attached to the container opening thereof, and a lid part , which is held in an unblocking functional position such that it can rotate freely on the lower part and, in a further locking functional position, enables the container opening to be unblocked by means of a safety apparatus connecting the lid part and the lower part , the safety apparatus being able to be actuated by an apparatus generating a magnetic field, which creates the other, locked functional position of the lid part with the lower part by means of magnetic force, characterised in that the lid part surrounds a ventilation and/or filter apparatus ; and in that , for connecting the lid part and the lower part , the lid part , in the vicinity of the opening edge , comprises a radially depressed annular groove extending over the entire circumference on the inside, said groove being clipped with an annular body protruding radially on the lower part .
An electric straddle-type vehicle comprising a vehicle body frame with a battery , the battery comprising: a battery module to which electric power for traveling is charged; and a battery case accommodating the battery module , wherein a front side case fixing portion and a rear side case fixing portion which are configured to be fixed at portions of the vehicle body frame separated in a front-rear direction are formed on an outer surface of the battery case , wherein a front side module fixing portion (88a-88c) and a rear side module fixing portion that fix a front side and a rear side of the battery module are formed on an inner surface of the battery case , wherein the battery case has a left and right split structure including a first case half body and a second case half body , and the first case half body fixes the battery module , characterized in that the first case half body overlaps a center line extending in a front-rear direction of the vehicle body frame, wherein the battery further comprises a bracket to which a circuit component of the battery module is attached, and the bracket is fixed to the first case half body , and the circuit component attached to the bracket is covered with the second case half body . a battery module to which electric power for traveling is charged; and a battery case accommodating the battery module , wherein a front side case fixing portion and a rear side case fixing portion which are configured to be fixed at portions of the vehicle body frame separated in a front-rear direction are formed on an outer surface of the battery case , wherein a front side module fixing portion (88a-88c) and a rear side module fixing portion that fix a front side and a rear side of the battery module are formed on an inner surface of the battery case , wherein the battery case has a left and right split structure including a first case half body and a second case half body , and the first case half body fixes the battery module , characterized in that the first case half body overlaps a center line extending in a front-rear direction of the vehicle body frame, wherein the battery further comprises a bracket to which a circuit component of the battery module is attached, and the bracket is fixed to the first case half body , and the circuit component attached to the bracket is covered with the second case half body .
System for correcting the position of bones, bone parts or vertebrae, comprising a first bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank , a second bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank , a positioning member having a longitudinal axis , a first coupling member for coupling the positioning member to the first bone anchor , a second coupling member for coupling the positioning member to the second bone anchor , wherein the second coupling member is movable relative to the first coupling member on the positioning member along the longitudinal axis , wherein at least the first bone anchor or the second bone anchor is configured to assume a first configuration in which the receiver is pivotable relative to the shank and a second configuration in which the receiver is locked relative to the shank at an angle and wherein the first or second bone anchor is configured to assume the second configuration irrespective of the presence and of the position of the rod in the receiver , and wherein at least the first or the second coupling member is pivotable relative to the positioning member , the first and/or the second coupling member comprising a coupling portion and an actuating mechanism that is configured to actuate pivoting of the coupling portion. a first bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank , a second bone anchor including a shank for anchoring in bone and a receiver for receiving a rod and for connecting the rod to the shank , a positioning member having a longitudinal axis , a first coupling member for coupling the positioning member to the first bone anchor , a second coupling member for coupling the positioning member to the second bone anchor , wherein the second coupling member is movable relative to the first coupling member on the positioning member along the longitudinal axis , wherein at least the first bone anchor or the second bone anchor is configured to assume a first configuration in which the receiver is pivotable relative to the shank and a second configuration in which the receiver is locked relative to the shank at an angle and wherein the first or second bone anchor is configured to assume the second configuration irrespective of the presence and of the position of the rod in the receiver , and wherein at least the first or the second coupling member is pivotable relative to the positioning member , the first and/or the second coupling member comprising a coupling portion and an actuating mechanism that is configured to actuate pivoting of the coupling portion.
Lifting plug for lifting a tube string in a gas or oil production well, the plug comprising a body and a screw thread at one axial end of this body to engage by screw-fastening with a threaded portion of a tubular element of the tube string, the body comprising a cylindrical surface able to be placed in a jaw of an elevator of an oil rig, the body comprising two external flanges , an upper flange and an intermediate flange , which are such that the cylindrical surface of the body is located between the two outer flanges, the upper flange forming a shoulder against which the jaw of the elevator may come to bear, characterized in that the intermediate flange comprises a plug-handling bore allowing a bar that emerges at two distinct points of the intermediate flange to be inserted through the body.
An airbag device provided in a vehicle having a prescribed structure suspended from an upper center of a vehicle interior in a vehicle widthwise direction, the airbag device comprising: a main bag inflated and deployed in front of a seat, a center bag inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part provided at an upper part of the center bag and recessed at least downward to avoid contact between the center bag and the structure , characterized in a rear region provided behind the avoidance-shaped part in the center bag and protruding above a lower end of the structure . a main bag inflated and deployed in front of a seat, a center bag inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part provided at an upper part of the center bag and recessed at least downward to avoid contact between the center bag and the structure , characterized in a rear region provided behind the avoidance-shaped part in the center bag and protruding above a lower end of the structure .
A graphics processing unit, GPU, comprising: a plurality of memory controllers ; cache memory coupled with the plurality of memory controllers ; a graphics multiprocessor coupled with the cache memory and the plurality of memory controllers , the graphics multiprocessor having a single instruction, multiple thread, SIMT, architecture, wherein the graphics multiprocessor includes: a register file ; and a plurality of compute units (1411-1418) coupled with the register file , the plurality of compute units (1411-1418) including a first compute unit (1411-1418) to perform a mixed precision matrix operation and a second compute unit (1411-1418) to perform, in response to a single instruction, multiple compute operations, wherein the multiple compute operations include a fused multiply-add operation and a rectified linear unit operation applied to an output of the fused multiply-add operation. a plurality of memory controllers ; cache memory coupled with the plurality of memory controllers ; a graphics multiprocessor coupled with the cache memory and the plurality of memory controllers , the graphics multiprocessor having a single instruction, multiple thread, SIMT, architecture, wherein the graphics multiprocessor includes: a register file ; and a plurality of compute units (1411-1418) coupled with the register file , the plurality of compute units (1411-1418) including a first compute unit (1411-1418) to perform a mixed precision matrix operation and a second compute unit (1411-1418) to perform, in response to a single instruction, multiple compute operations, wherein the multiple compute operations include a fused multiply-add operation and a rectified linear unit operation applied to an output of the fused multiply-add operation. a register file ; and a plurality of compute units (1411-1418) coupled with the register file , the plurality of compute units (1411-1418) including a first compute unit (1411-1418) to perform a mixed precision matrix operation and a second compute unit (1411-1418) to perform, in response to a single instruction, multiple compute operations, wherein the multiple compute operations include a fused multiply-add operation and a rectified linear unit operation applied to an output of the fused multiply-add operation. a first compute unit (1411-1418) to perform a mixed precision matrix operation and a second compute unit (1411-1418) to perform, in response to a single instruction, multiple compute operations, wherein the multiple compute operations include a fused multiply-add operation and a rectified linear unit operation applied to an output of the fused multiply-add operation.
A method of operation of a device (30 in a cellular communications network , such that the device acts as a relay in a backhaul link between a first base station and the network , the method comprising: causing the first base station to interrupt its transmissions; detecting signals transmitted by other base stations in the network during the interruption of transmissions from the first base station ; selecting one of the other base stations based on the properties of the detected signals; and establishing a connection with the selected base station. causing the first base station to interrupt its transmissions; detecting signals transmitted by other base stations in the network during the interruption of transmissions from the first base station ; selecting one of the other base stations based on the properties of the detected signals; and establishing a connection with the selected base station.
A low pressure separation vessel in a high pressure polyethylene polymerization plant comprising: a detachable cover mounting assembly including a clamp for detachably mounting a cover over the vessel in a pressure-tight relationship; and a lining that covers at least a portion of the interior surfaces of the vessel, wherein such lining comprises a layer which is low-stick with respect to a polymer resulting from the polymerization process, wherein said low-stick layer comprises polytetrafluoroethylene. a detachable cover mounting assembly including a clamp for detachably mounting a cover over the vessel in a pressure-tight relationship; and a lining that covers at least a portion of the interior surfaces of the vessel, wherein such lining comprises a layer which is low-stick with respect to a polymer resulting from the polymerization process, wherein said low-stick layer comprises polytetrafluoroethylene.
An index display method for an electronic device comprising a display , comprising: obtaining list information of a first list ; displaying a first page in response to an operation of a user, wherein the first page comprises the first list ; and displaying an index corresponding to the first list when the first list is located in a preset display region of a display interface ) and the list information meets a preset condition; wherein the index comprises at least one index label, and the list information comprises a quantity of index labels corresponding to the first list ; and wherein the list information meets a preset condition comprises: the quantity of index labels corresponding to the first list is greater than a preset value. obtaining list information of a first list ; displaying a first page in response to an operation of a user, wherein the first page comprises the first list ; and displaying an index corresponding to the first list when the first list is located in a preset display region of a display interface ) and the list information meets a preset condition; wherein the index comprises at least one index label, and the list information comprises a quantity of index labels corresponding to the first list ; and wherein the list information meets a preset condition comprises: the quantity of index labels corresponding to the first list is greater than a preset value.
An opening device comprising a packaging container for liquid or semi-liquid food, said packaging container having a first fold line and an opening line , said first fold line and opening line intersect in an intersection point, said intersection point dividing the opening line into a first opening line portion and a second opening line portion , wherein the opening device comprises a first opening device portion and a second opening device portion , wherein the first opening device portion has an opening edge that is aligned along the first opening line portion and arranged on a first side of the opening line , the second opening device portion has an opening edge that is aligned along the second opening line portion and arranged on a second side of the opening line , such that a consumer can fold the opening device at the first fold line and force the opening edges of the first and second opening device portions to act against each other to facilitate rupture of the packaging material along the opening line , wherein the opening device is made of a polymeric material and characterized in that the opening device is injection molded onto the packaging container before forming of the packaging container.
Device for cooling an aircraft propulsion system , comprising: - at least one cooling circuit (50.1 to 50.4) that has at least one air inlet (52.1, 52.3, 52.4) and at least one air outlet (60.1, 60.3, 60.4), - at least one intake flap mobile between an open position in which the intake flap uncovers at least partially the air inlet (52.1, 52.3, 52.4) and a closed position in which the intake flap blocks the air inlet (52.1, 52.3, 52.4), and - at least one exhaust flap mobile between an open position in which the exhaust flap uncovers at least partially the air outlet (60.1, 60.3, 60.4) and a closed position in which the exhaust flap blocks the air outlet (60.1, 60.3, 60.4), the cooling device comprising at least one actuator coupled by at least one kinematic system to the pair of intake flaps and exhaust flaps in such a manner that said intake and exhaust flaps are driven in synchronised movements and simultaneously occupy the closed position or the open position. - at least one cooling circuit (50.1 to 50.4) that has at least one air inlet (52.1, 52.3, 52.4) and at least one air outlet (60.1, 60.3, 60.4), - at least one intake flap mobile between an open position in which the intake flap uncovers at least partially the air inlet (52.1, 52.3, 52.4) and a closed position in which the intake flap blocks the air inlet (52.1, 52.3, 52.4), and - at least one exhaust flap mobile between an open position in which the exhaust flap uncovers at least partially the air outlet (60.1, 60.3, 60.4) and a closed position in which the exhaust flap blocks the air outlet (60.1, 60.3, 60.4),
A personal care composition comprising: i) a piroctone compound; ii) sodium benzoate; iii) a fragrance comprising a fragrance component which is undecalactone. i) a piroctone compound; ii) sodium benzoate; iii) a fragrance comprising a fragrance component which is undecalactone.
A panel actuation assembly comprising a plurality of panels and an actuator system for controlling movement of the plurality of panels , the actuator system comprising two or more lifting mechanisms connected to each panel at two or more separate locations on the panel, and, for each panel: a sole actuator per panel in engagement with a first of the lifting mechanisms to drive the lifting mechanism to move the panel, and a torque tube having a first end in engagement with the sole actuator so as to be rotated by the sole actuator as the sole actuator drives the lifting mechanism, the torque tube having a second end in engagement with the other or another of the two or more lifting mechanisms to drive the lifting mechanism due to rotation of the torque tube, such that the two or more lifting mechanisms are driven by the sole actuator: wherein the lifting mechanisms each comprise a rack and pinion arrangement with a rack attached to the panel and the pinion driven by the sole actuator, and wherein the pinion of the first lifting mechanism is in engagement with the sole actuator and the pinion of the other lifting mechanism is engaged by the second end of the torque tube.
A method for conjugating a peptide of interest to the surface of a genetically engineered red blood cell, the method comprising: providing the genetically engineered red blood cell comprising a sortaggable surface fusion protein, wherein the sortaggable surface fusion protein comprises a type I red blood cell transmembrane protein and a peptide, and contacting the red blood cell with the peptide of interest in the presence of a sortase, wherein the N-terminus of the sortaggable surface fusion protein is exposed to the extracellular or luminal space, the peptide is either oligoglycine or oligoalanine fused to the N-terminus of the type I red blood cell transmembrane protein, and the peptide of interest comprises a sortase recognition motif; and wherein the sortase conjugates the peptide of interest to the sortaggable surface fusion protein, thereby conjugating the peptide of interest to the surface of the genetically engineered red blood cell. providing the genetically engineered red blood cell comprising a sortaggable surface fusion protein, wherein the sortaggable surface fusion protein comprises a type I red blood cell transmembrane protein and a peptide, and contacting the red blood cell with the peptide of interest in the presence of a sortase, wherein the N-terminus of the sortaggable surface fusion protein is exposed to the extracellular or luminal space, the peptide is either oligoglycine or oligoalanine fused to the N-terminus of the type I red blood cell transmembrane protein, and the peptide of interest comprises a sortase recognition motif; and wherein the sortase conjugates the peptide of interest to the sortaggable surface fusion protein, thereby conjugating the peptide of interest to the surface of the genetically engineered red blood cell.
A Fe-based amorphous alloy containing subnanometer-scale ordered clusters, wherein the composition expression of the Fe-based amorphous alloy is Fe a Si b B c (Cu d X e )M f M' g , and X is at least one of Ti, Zr and Hf, M is at least one of V, Ta and Nb, and M' at least one of Co, Ni, C, P, Ge, Cr, Mn, W, Zn, Sn, Sb and Mo; a, b, c, d, e, f and g respectively represent the atomic percent (percentage of the number of atoms) of the corresponding element, and satisfy: 74≤a≤82, 8≤b≤15, 4≤c≤10, 0.5≤d≤1.2, 0.4≤e≤1.8, 1≤f≤3.5, 0≤g≤1, 0.8≤e/d≤1.5 and a+b+c+d+e+f+g=100; the Fe-based amorphous alloy is a composite material composed of an amorphous alloy matrix with atoms arranged in complete disorder and ordered atomic clusters having the size ranging from 0.5 nm to 2 nm uniformly dispersed and distributed in the matrix; the ordered atom clusters in the Fe-based amorphous alloy are Cu-X body-centered cubic clusters formed by Cu atoms and X atoms; the Fe-based amorphous alloy is made by first smelting the Fe-Si-B-M-M' master alloy and the Cu-X intermediate alloy, then re-melting the master alloy, and adding the intermediate alloy into the completely molten master alloy, and after the intermediate alloy is completely molten, made by a material preparation apparatus.
Electric fire lighter, comprising a structure on which is mounted at least one tubular heating body with electrical resistance having an upper face intended to be placed opposite a combustible material for a time sufficient to cause it incandescence, said structure comprising, below the heating body , a substantially rectangular support plate , the two longest parallel edges of the support plate each being extended, on the one hand by an upper lateral return , and on the other hand by a lower lateral return , said lower lateral returns forming a base to maintain a minimum distance between the hearth and said support plate and ensure air circulation, and said upper lateral returns making it possible to position solid combustible elements transversely without contact with the heating body, the lateral returns being made up of a single piece of metal which is fixed at right angles by welding on each of the two longest parallel edges of the support plate , the dimensions of this part being defined such that once welded to the plate , it presents a zone projecting above the surface of said plate to form the upper lateral return and in the same way, a zone projecting from said surface of the plate downwards, to form the lower lateral return .