mhurhangee/patent-ind-claim-en huggingface dataset:
A method of acquiring an X-ray image of a target volume for an image guided radiation therapy, IGRT, system configured to apply a treatment beam , the method comprising: transferring accumulated charge from each pixel in a first array of pixels of an X-ray detector panel to a readout device during a first readout interval, wherein residual charge (Q Rem ) remains in each pixel in the first array of pixels after the transferring, the residual charge (Q Rem ) corresponding to image lag of the pixel ; after the first readout interval, transferring accumulated charge from each pixel in a second array of pixels of the X-ray detector panel to the readout device during a second readout interval, wherein residual charge remains in each pixel in the second array of pixels after the transferring of accumulated charge from each pixel in the second array of pixels, the residual charge (Q Rem ) corresponding to image lag of the pixel ; and during a reset interval that follows the second readout interval, concurrently transferring at least a portion of the residual charge from each pixel in the first array of pixels and at least a portion of the residual charge from each pixel in the second array of pixels to the reduce image lag associated with the pixels ; wherein a start time of the reset interval is selected to occur prior to application of the treatment beam and an end time of the reset interval is selected to occur after the application of the treatment beam . transferring accumulated charge from each pixel in a first array of pixels of an X-ray detector panel to a readout device during a first readout interval, wherein residual charge (Q Rem ) remains in each pixel in the first array of pixels after the transferring, the residual charge (Q Rem ) corresponding to image lag of the pixel ; after the first readout interval, transferring accumulated charge from each pixel in a second array of pixels of the X-ray detector panel to the readout device during a second readout interval, wherein residual charge remains in each pixel in the second array of pixels after the transferring of accumulated charge from each pixel in the second array of pixels, the residual charge (Q Rem ) corresponding to image lag of the pixel ; and during a reset interval that follows the second readout interval, concurrently transferring at least a portion of the residual charge from each pixel in the first array of pixels and at least a portion of the residual charge from each pixel in the second array of pixels to the reduce image lag associated with the pixels ; wherein a start time of the reset interval is selected to occur prior to application of the treatment beam and an end time of the reset interval is selected to occur after the application of the treatment beam .
A mask provided with a latch in the form of an oblong thin sheet, having a vertical direction (Y) and a lateral direction X(), and including a first and second lateral edges extending in the lateral direction (X) and a first and second end edges extending in the vertical direction (Y), comprising: a first latching part for disengageably latching one fastening cord of the mask ; and a second latching part positioned on the second end edge side of the first latching part , and having an insertion through hole for inserting the other fastening cord of the mask in advance, wherein the first latching part has a guide channel extending from the first lateral edge , and a first latching hole connected to the guide channel , characterized in that the second latching part has a second latching hole communicating with the insertion through hole , and having an outer shape smaller than that, and the first latching hole and the second latching hole are directed in directions opposed to one another in the lateral direction (X). a first latching part for disengageably latching one fastening cord of the mask ; and a second latching part positioned on the second end edge side of the first latching part , and having an insertion through hole for inserting the other fastening cord of the mask in advance, wherein the first latching part has a guide channel extending from the first lateral edge , and a first latching hole connected to the guide channel , characterized in that the second latching part has a second latching hole communicating with the insertion through hole , and having an outer shape smaller than that, and the first latching hole and the second latching hole are directed in directions opposed to one another in the lateral direction (X).
A method for controlling motion of a heavy-duty vehicle , comprising obtaining (S1) information related to an upcoming vehicle path (p) and vehicle maneuver (m) along the path, configuring (S3) lateral and longitudinal wheel slip limits (λ lim ) for at least two wheels of an axle or lumped group-axle on the heavy-duty vehicle , wherein lateral and longitudinal wheel slip values are related to respective lateral and longitudinal tyre force values (F x , F y ) via a pre-determined combined tyre slip model, determining (S4) a target vehicle motion profile (a) for performing the vehicle maneuver (m) along the path (p), and controlling (S5) the motion of the heavy-duty vehicle along the path (p) based on the determined target vehicle motion profile (a), characterized by that the target vehicle motion profile (a) is determined as a solution to a non-linear optimal control problem, NOCP, wherein the NOCP is constrained by the lateral and longitudinal wheel slip limits (λ lim ). configuring (S3) lateral and longitudinal wheel slip limits (λ lim ) for at least two wheels of an axle or lumped group-axle on the heavy-duty vehicle , wherein lateral and longitudinal wheel slip values are related to respective lateral and longitudinal tyre force values (F x , F y ) via a pre-determined combined tyre slip model, determining (S4) a target vehicle motion profile (a) for performing the vehicle maneuver (m) along the path (p), and controlling (S5) the motion of the heavy-duty vehicle along the path (p) based on the determined target vehicle motion profile (a), characterized by that the target vehicle motion profile (a) is determined as a solution to a non-linear optimal control problem, NOCP, wherein the NOCP is constrained by the lateral and longitudinal wheel slip limits (λ lim ).
A vehicle door positioning holder for positioning a vehicle door in an open position, comprising a hydraulic cylinder and a brake hydraulically connected in a loop (L) to the hydraulic cylinder , wherein: - the hydraulic cylinder is configured to be connected to the vehicle door and to a chassis of the vehicle and to push a hydraulic fluid in the loop (L) when the vehicle door is moved between the open and closed position (O, C), - characterized in that the brake comprises a first chamber hydraulically connected to the loop (L) and a second chamber hydraulically connected to the loop (L), and a third chamber connected in the loop (L) by that it in a first end is hydraulically connected to the first chamber and in a second end is hydraulically connected to the second chamber , - the brake further comprises a ball element configured to be ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop (L), and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop (L), wherein a flow resistance of the flow of the hydraulic fluid in the loop is larger when the ball element is positioned in the third chamber than when the ball element is moved towards the first or the second chamber , wherein the third chamber has a cylindrical shape, an hourglass shape or a mix of a cylindrical and hourglass shape with a smallest diameter (D3) corresponding to the diameter (D1) of the ball element . - the hydraulic cylinder is configured to be connected to the vehicle door and to a chassis of the vehicle and to push a hydraulic fluid in the loop (L) when the vehicle door is moved between the open and closed position (O, C), - characterized in that the brake comprises a first chamber hydraulically connected to the loop (L) and a second chamber hydraulically connected to the loop (L), and a third chamber connected in the loop (L) by that it in a first end is hydraulically connected to the first chamber and in a second end is hydraulically connected to the second chamber , - the brake further comprises a ball element configured to be ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop (L), and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop (L), ∘ positioned in the third chamber when the hydraulic fluid is still, ∘ moved by the hydraulic fluid towards the first chamber as the hydraulic fluid flows in a first direction in the loop (L), and ∘ moved by the hydraulic fluid towards the second chamber as the hydraulic fluid flows in a second direction in the loop (L),
A compute node interface device for interfacing between a compute node and a fabric , wherein the compute node interface device comprises: a memory , wherein the memory comprises a plurality of posted receive queues and a plurality of unexpected queues , wherein each of the posted receive queues is configured to store receive requests from a process executing on the compute node, wherein the receive requests include headers; and a plurality of matcher units implemented in hardware and coupled to the memory, wherein for send requests received by the compute node interface device, each of at least a plural subset of the plurality of matcher units is configured to perform header matching in parallel to determine if headers in the send requests match any headers in any of the plurality of posted receive queues; wherein if a header in the send request matches a header of a receive request in one of the plurality of posted receive queues, the compute node interface device is configured to store the send request in a receive buffer, and wherein if a header in the send request does not match any headers in the plurality of posted receive queues, the compute node interface device is configured to store the header of the send request in one of the unexpected queues. a memory , wherein the memory comprises a plurality of posted receive queues and a plurality of unexpected queues , wherein each of the posted receive queues is configured to store receive requests from a process executing on the compute node, wherein the receive requests include headers; and a plurality of matcher units implemented in hardware and coupled to the memory, wherein for send requests received by the compute node interface device, each of at least a plural subset of the plurality of matcher units is configured to perform header matching in parallel to determine if headers in the send requests match any headers in any of the plurality of posted receive queues; wherein if a header in the send request matches a header of a receive request in one of the plurality of posted receive queues, the compute node interface device is configured to store the send request in a receive buffer, and wherein if a header in the send request does not match any headers in the plurality of posted receive queues, the compute node interface device is configured to store the header of the send request in one of the unexpected queues.
A laundry washing machine comprising a housing that houses conventional washing elements including a drum and tub assembly, a door on a door opening of the housing , the door opening enabling access inside the housing to the drum and tub assembly; a sensor for sensing color of cloth prior to passing the cloth through the door opening , the sensor positioned so that it senses the cloth in a dedicated area outside of the washing machine adjacent to the door or door opening , wherein the sensor is capable of reading color of the cloth , and characterized by further comprising a control system coupled with the sensor for identifying color of the cloth and confirming the cloth can be washed in a selected washing program. a sensor for sensing color of cloth prior to passing the cloth through the door opening , the sensor positioned so that it senses the cloth in a dedicated area outside of the washing machine adjacent to the door or door opening , wherein the sensor is capable of reading color of the cloth , and characterized by further comprising a control system coupled with the sensor for identifying color of the cloth and confirming the cloth can be washed in a selected washing program.
A mechanism for changing the height of passenger stairs, which allows mechanical movement, wherein the mechanism includes parallel self-locking threaded spindles (33 and 33'), which are interconnected via a chain drive system , and said spindles (33 and 33') are also driven via the chain drive system , allowing these spindles (33 and 33') to rotate synchronously, wherein spindle rotation nuts (34 and 34') with piston rods (32 and 32') move along the spindles, the rods (32 and 32') being fixable to a stair platform, allowing continuous height change of the passenger stairs and completely parallel movement of the passenger stair platform, wherein the mechanism further comprises a relief system, with a hydraulic cylinder fixable to the platform and with hydraulic accumulators , assembled together so that they, due to pre-set pressure of oil and gas, continuously exert force on the platform and thus relieve the threaded spindles (33 and 33') in order to achieve a smaller mechanical force necessary to rotate the spindles (33 and 33') and change the height of the stairs.
Assembly comprising a prefabricated slab for railway (VF), extending along a longitudinal direction (X) according to which at the slab a length (L) is defined and transversally (Y) to this length a width is defined, the slab comprising a lower face intended to be at least partially in contact with an apron and comprising an upper face , intended to be arranged under rails (R) of railway (VF) extending substantially along the longitudinal direction (X), the slab comprising a plurality of elongated openings each forming a reservation able to receive a sleeper of railway (VF), said openings each extending according to the width of the slab , each opening being open on the upper face and the length of each opening being less than the width of the slab , the assembly also comprising at least one sleeper for railway (VF) able to be received in one of the reservations, characterised in that , for each opening , the depth of the opening at one end is different from the depth of the opening at the other end .
A single stage, straight forward simultaneous extraction and SCF-CO 2 multiple-three separator refining and separation process of Lutein esters of high purity from marigold flower meal that comprises the steps of: a) feeding of ground dry marigold flower meal into the extractors maintained within a pressure range of above 500 bar and up to 625 bar and a temperature of up to 75°C; b) maintaining the flow rate of supercritical fluid carbon dioxide (SCF-CO 2 ) into the extractors loaded with raw marigold flower powder meal is at the rate of 10kg/min initially and then increased up to 30 kg/min; c) processing of extractor feed into an SCF-CO 2 system possessing the three separators namely high pressure (H.P), medium pressure (M.P) and low pressure (L.P) separators in series by variable simulation of the pressure and temperature individually between 275 to 350 bar and 60°C, 70 to 130 bar and 40 to 60°C, 40 bar and 12°C, respectively; d) high purity Lutein ester is collected from H.P Separator having purity content of 40-70%, lower color lutein ester fraction is collected from M.P Separator and waxes and oil extracted are collected from L.P Separator. a) feeding of ground dry marigold flower meal into the extractors maintained within a pressure range of above 500 bar and up to 625 bar and a temperature of up to 75°C; b) maintaining the flow rate of supercritical fluid carbon dioxide (SCF-CO 2 ) into the extractors loaded with raw marigold flower powder meal is at the rate of 10kg/min initially and then increased up to 30 kg/min; c) processing of extractor feed into an SCF-CO 2 system possessing the three separators namely high pressure (H.P), medium pressure (M.P) and low pressure (L.P) separators in series by variable simulation of the pressure and temperature individually between 275 to 350 bar and 60°C, 70 to 130 bar and 40 to 60°C, 40 bar and 12°C, respectively; d) high purity Lutein ester is collected from H.P Separator having purity content of 40-70%, lower color lutein ester fraction is collected from M.P Separator and waxes and oil extracted are collected from L.P Separator.
System for applying a sealing agent to the surface of an internal cavity of a pneumatic tyre ; the system comprises an applicator device , that is provided with a nozzle and that is suitable for supplying a strip of sealing agent that is applied to the surface ; the system is characterized in that it comprises: at least one opto-electronic device (4*; 20) that is integral to the nozzle of the applicator device and that is provided with at least one sensor element (9*;9) that is able to acquire a plurality of images of the surface and to provide a plurality of signals that are indicative of said plurality of acquired images; and an electronic processing system , which is connected to the opto-electronic device (4*, 20) and to the applicator device and that is configured in such a way as to: - acquire the signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20); and - control the application of the sealing agent as a function of the plurality of signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20) . at least one opto-electronic device (4*; 20) that is integral to the nozzle of the applicator device and that is provided with at least one sensor element (9*;9) that is able to acquire a plurality of images of the surface and to provide a plurality of signals that are indicative of said plurality of acquired images; and an electronic processing system , which is connected to the opto-electronic device (4*, 20) and to the applicator device and that is configured in such a way as to: - acquire the signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20); and - control the application of the sealing agent as a function of the plurality of signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20) . - acquire the signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20); and - control the application of the sealing agent as a function of the plurality of signals that are indicative of said plurality of images acquired by the opto-electronic device (4*; 20) .
A printed article comprising an overprint varnish (OPV) coating having a concentration of amine groups in the coating greater than 1 mg KOH/g (coating) equivalent, comprising a polymer or a compound having a primary and/or secondary amine group which, when applied to a coated or printed substrate, is able to reduce the level of odorous and/or other contaminating species which would otherwise emanate from the coated or printed substrate.
A polypeptide comprising an amino acid sequence having at least 80% of identity with the amino acid sequence set forth in SEQ ID NO: 1.
Pressure vessel , comprising an inner vessel produced from an inner vessel material having a cylindrical middle part with a cylinder axis (ZA) and having two terminal caps that seal the cylindrical middle part so as to provide a storage volume (SV) in the pressure vessel, an outer layer , which is applied to the inner vessel in order to reinforce said inner vessel, a valve connection piece that is arranged on one of the terminal caps so as to fill and empty the storage volume (SV) with a filling gas (FG) at a desired degree of purity (RG), and a hollow flushing lance that is open to the outside and is guided through the valve connection piece and held therein in a sealing manner with respect to the valve connection piece , wherein the flushing lance protrudes into the storage volume (SV) and is provided with a perforation along its entire length (L5) up to a first end of the flushing lance facing the terminal cap that is lying opposite the valve connection piece in the storage volume (SV) for a gas exchange with the storage volume, wherein the flushing lance extends so far to the terminal cap , which is lying opposite the valve connection piece , that the gas exchange extends through the perforation of the flushing lance up to the opposite-lying terminal cap , characterized in that the first end of the flushing lance is suitably connected to the terminal cap opposite the valve connection piece , the opposite terminal cap comprising a suitably embodied movable bearing for fixing the flushing lance into place against movements vertical to the cylinder axis (ZA) of the inner vessel , in which nevertheless the flushing lance is reversibly supported in parallel to the cylinder axis (ZA) of the inner vessel .
Rice bran wax oxidates for wax additives, optionally derivatized by a method selected from the group comprising hydrolysis, alcoholysis, esterification, amidation, saponification, ethoxylation, anhydride formation and decarboxylation, characterized in that they have a volume-average particle size d 50 of between 1-50 μm, measured to ISO 13320-1, and characterized in that they have an acid number between 15 and 140 mg KOH/g, measured to ISO 2114. characterized in that they have a volume-average particle size d 50 of between 1-50 μm, measured to ISO 13320-1, and characterized in that they have an acid number between 15 and 140 mg KOH/g, measured to ISO 2114.