mhurhangee/ep-ind-claims huggingface dataset:
A method for arbitrating pixel data for video processing hardware modules in a video pipeline, the method comprising: determining arbitration weights for the video processing hardware modules by: determining a lowest burst length that is associated with a greatest bandwidth between a memory and a video direct memory access module, VDMA module, coupled to the video processing hardware modules, and determining bandwidth characteristics for the video processing hardware modules by transmitting pixel data from the VDMA module to the video processing hardware modules based on the burst length; determining which video processing hardware modules have arbitration weights above a threshold; issuing pixel data from the memory to the video processing hardware modules with arbitration weights above the threshold; decrementing arbitration weights for video processing hardware modules for which pixel data is issued; and repeating the determining, issuing, and decrementing until no video processing hardware modules have arbitration weights above the threshold. determining arbitration weights for the video processing hardware modules by: determining a lowest burst length that is associated with a greatest bandwidth between a memory and a video direct memory access module, VDMA module, coupled to the video processing hardware modules, and determining bandwidth characteristics for the video processing hardware modules by transmitting pixel data from the VDMA module to the video processing hardware modules based on the burst length; determining a lowest burst length that is associated with a greatest bandwidth between a memory and a video direct memory access module, VDMA module, coupled to the video processing hardware modules, and determining bandwidth characteristics for the video processing hardware modules by transmitting pixel data from the VDMA module to the video processing hardware modules based on the burst length; determining which video processing hardware modules have arbitration weights above a threshold; issuing pixel data from the memory to the video processing hardware modules with arbitration weights above the threshold; decrementing arbitration weights for video processing hardware modules for which pixel data is issued; and repeating the determining, issuing, and decrementing until no video processing hardware modules have arbitration weights above the threshold.
Method for manufacturing a piezo electric thin film material comprising the steps of: - providing a pulsed laser deposition device with a target and a substrate, wherein the target material is lead zirconate titanate; - depositing a first layer of target material on the substrate by operating the pulsed laser deposition device, wherein the deposition rate is set to a first value; - depositing a second layer of target material on top of the first layer by operating the pulsed laser deposition device, characterized in that the deposition rate is set to a second value, wherein the second value is at least one and a half of the first value. - providing a pulsed laser deposition device with a target and a substrate, wherein the target material is lead zirconate titanate; - depositing a first layer of target material on the substrate by operating the pulsed laser deposition device, wherein the deposition rate is set to a first value; - depositing a second layer of target material on top of the first layer by operating the pulsed laser deposition device,
A method performed by an autonomous vehicle that has a processor and video or LIDAR sensors mounted thereon, wherein the processor is configured to analyse captured data from the video or LIDAR sensors, the method comprising receiving directly at the video or LIDAR sensors of the autonomous vehicle a hailing request carried by a signaling mode that comprises a human gesture and, optionally a facial expression, the hailing request corresponding to an indication of an intention of a potential rider to use an autonomous vehicle, wherein the signaling mode comprises a common human gesture in combination with a secondary, visually distinctive stimulus in order to reduce false detections, and wherein the secondary, visually distinctive stimulus is the potential rider looking at or tracking the autonomous vehicle by her head pose while executing the common human gesture, and processing the hailing request at the processor of the autonomous vehicle to determine whether to respond to the hailing request. receiving directly at the video or LIDAR sensors of the autonomous vehicle a hailing request carried by a signaling mode that comprises a human gesture and, optionally a facial expression, the hailing request corresponding to an indication of an intention of a potential rider to use an autonomous vehicle, wherein the signaling mode comprises a common human gesture in combination with a secondary, visually distinctive stimulus in order to reduce false detections, and wherein the secondary, visually distinctive stimulus is the potential rider looking at or tracking the autonomous vehicle by her head pose while executing the common human gesture, and processing the hailing request at the processor of the autonomous vehicle to determine whether to respond to the hailing request.
An ultrasonic scanner comprising: a member having an inspection surface for rolling across a surface of an object to be inspected; an axle attached to the member, with end caps attached to the axle, wherein the member is attached to the end caps at two opposite ends of the member, and wherein the member moves relative to the axle during said rolling across the surface of the object to be inspected; a plurality of ultrasonic transducers disposed within the member, wherein the plurality of ultrasonic transducers are fixed in a formation such that they are each aimed at a common point on the surface of the object to be inspected; characterized in that the plurality of ultrasonic transducers are arranged in a curved array such that the transducer elements are disposed along an axis perpendicular to the axle with different groups of the transducer elements arranged to be fired; and further comprising a transducer housing for fixing the plurality of ultrasonic transducers in the curved formation, the transducer housing being attached to the axle; and wherein the curved array of transducer elements is arranged to allow the inspection of multiple angles due to each of the transducer elements being focused at a common exit point and firing a different group of transducer elements to produce various angles. a member having an inspection surface for rolling across a surface of an object to be inspected; an axle attached to the member, with end caps attached to the axle, wherein the member is attached to the end caps at two opposite ends of the member, and wherein the member moves relative to the axle during said rolling across the surface of the object to be inspected; a plurality of ultrasonic transducers disposed within the member, wherein the plurality of ultrasonic transducers are fixed in a formation such that they are each aimed at a common point on the surface of the object to be inspected; characterized in that the plurality of ultrasonic transducers are arranged in a curved array such that the transducer elements are disposed along an axis perpendicular to the axle with different groups of the transducer elements arranged to be fired; and further comprising a transducer housing for fixing the plurality of ultrasonic transducers in the curved formation, the transducer housing being attached to the axle; and wherein the curved array of transducer elements is arranged to allow the inspection of multiple angles due to each of the transducer elements being focused at a common exit point and firing a different group of transducer elements to produce various angles.
A compound having a structure represented by Formula IIA or Formula IIB or pharmaceutical acceptable salts thereof for use in treating metastatic prostate cancer where R 4 is selected from -H and -CH 3; R 5 is selected from -H or a five member ring selected from R 6 is selected from -SCH 2 -, -COCH 2 -, -CONH- or -CH 2 CH 2 -; R 7 is selected from the group consisting of-H, =O, =S; and R 8 is selected from the group consisting of -CH 3 or -CH 2 -C 6 H 5; or a compound having a structure represented by following Formulas VII, XII, XV, XVI, XVIII or XXI, pharmaceutical acceptable salts thereof, for use in treating metastatic prostate cancer: or where R 4 is selected from -H and -CH 3; R 5 is selected from -H or a five member ring selected from R 6 is selected from -SCH 2 -, -COCH 2 -, -CONH- or -CH 2 CH 2 -; R 7 is selected from the group consisting of-H, =O, =S; and R 8 is selected from the group consisting of -CH 3 or -CH 2 -C 6 H 5; or
Conveying bridge for bridging a conveying trench at an end portion of a drift conveyor, having a rotatably mounted drive shaft and conveying means, which are coupled thereto and are mounted in a rotatable or revolving manner, for conveying stock, and having a releasably fastened subassembly, which is a quantity of components preassembled to form a unit, and which can be mounted and can be removed as one part in a direction transversely with respect to a conveying plane or conveying surface, and which contains at least the conveying means, wherein the subassembly, for its fastening to the rest of the conveying bridge, has at least one fastening means and, for its alignment with the rest of the conveying bridge, has at least one alignment portion for the form-fitting connection to a mating portion of the rest of the conveying bridge, characterized in that the at least one fastening means and the at least one alignment portion are arranged only on one side of a plane extending in the conveying direction and normally to the conveying plane or conveying surface.
A method for generating a hierarchical modulation signal in a communication system, the method comprising the steps of: receiving an upper layer data stream and a lower layer data stream; combining the upper layer data stream and a modified lower layer data stream; and selecting one of a plurality of hierarchical signal constellation points based on the combined data streams, characterised by, prior to the step of combining, modifying the received lower layer data stream by inserting a data pattern that comprises framing information for frame synchronization and which is code rate dependent to precede the lower layer data stream, wherein the data pattern in an octal representation is one of: 441647550603300214057262124712 indicating a 1/4 code rate; 753012530643221406326217103300 indicating a 1/3 code rate; 247124232750142006603055713411 indicating a 1/2 code rate; and 006604742326301422613065240657 indicating 3/5 code rate. receiving an upper layer data stream and a lower layer data stream; combining the upper layer data stream and a modified lower layer data stream; and selecting one of a plurality of hierarchical signal constellation points based on the combined data streams, characterised by, prior to the step of combining, modifying the received lower layer data stream by inserting a data pattern that comprises framing information for frame synchronization and which is code rate dependent to precede the lower layer data stream, wherein the data pattern in an octal representation is one of: 441647550603300214057262124712 indicating a 1/4 code rate; 753012530643221406326217103300 indicating a 1/3 code rate; 247124232750142006603055713411 indicating a 1/2 code rate; and 006604742326301422613065240657 indicating 3/5 code rate. 441647550603300214057262124712 indicating a 1/4 code rate; 753012530643221406326217103300 indicating a 1/3 code rate; 247124232750142006603055713411 indicating a 1/2 code rate; and 006604742326301422613065240657 indicating 3/5 code rate.
A steerable drilling tool comprising: a rotatable shaft extending through a housing where the shaft and the housing are separated by at least one bearing (216a, 216b), the shaft having a first portion terminating at a first end of the shaft and a second portion terminating at a second end of the shaft; a drill bit structure operatively coupled to the first portion; and characterised in that a steering subsystem comprises a pair of bearings (230a, 230b) operatively coupled to the first portion, the steering subsystem configured to angulate the shaft by exerting force substantially through the pair of bearings, the first portion between the first end and about one-third of the length of the shaft from the first end towards the second end, the steering subsystem further comprising an actuation assembly mechanically coupled to the pair of bearings, the actuation assembly configured to apply forces through the pair of bearings to deflect the shaft in a predetermined plane. a rotatable shaft extending through a housing where the shaft and the housing are separated by at least one bearing (216a, 216b), the shaft having a first portion terminating at a first end of the shaft and a second portion terminating at a second end of the shaft; a drill bit structure operatively coupled to the first portion; and characterised in that a steering subsystem comprises a pair of bearings (230a, 230b) operatively coupled to the first portion, the steering subsystem configured to angulate the shaft by exerting force substantially through the pair of bearings, the first portion between the first end and about one-third of the length of the shaft from the first end towards the second end, the steering subsystem further comprising an actuation assembly mechanically coupled to the pair of bearings, the actuation assembly configured to apply forces through the pair of bearings to deflect the shaft in a predetermined plane.
A method for producing an -SO 3 H group-containing fluoropolymer, wherein a fluoropolymer containing a monomer unit containing a group -SO 2 X, wherein X is F or Cl, is subjected to a procedure comprising, in that order, the steps of reacting with a halogenating agent at a temperature of ≥ 0°C to < 150°C; reacting with water as a decomposition treatment agent; and reacting with a fluorinating agent at a temperature of ≥ 0°C to < 150°C. reacting with a halogenating agent at a temperature of ≥ 0°C to < 150°C; reacting with water as a decomposition treatment agent; and reacting with a fluorinating agent at a temperature of ≥ 0°C to < 150°C.
Method of self-adaptive planning for the scheduling of batch processing, said batch processes being configured to process data generated during business activities on a production computing infrastructure, said method being implemented by a device which is associated with a resource repository which is capable of storing the resources available for the batch processes on a processing computing infrastructure and with a regulatory repository which is capable of storing rules for executing batch processes, said method comprising: - a step of measuring, by means of probes, business activity parameters on the production computing infrastructure, - a step of defining, by an impact calculation module, a time profile for each of the batch processes according to the measured business activity parameter values and a batch processing behavior model, and - a step of designing, by means of a scheduling plan design module, a scheduling plan optimizing the resources on the basis of time profiles of the batch processes and in compliance with execution rules which are stored in the regulatory repository and resource data which are stored in the resource repository, - a step of implementing the optimized scheduling plan, - a step of measuring batch processing behavior parameters, - a step of detecting a deviation in the execution of the batch processes, and - if a deviation is detected for one or more batch processes, said method further comprises a step of generating a refined scheduling plan from a self-adaptive model and measured values of behavior parameters of the implemented batch processes. - a step of measuring, by means of probes, business activity parameters on the production computing infrastructure, - a step of defining, by an impact calculation module, a time profile for each of the batch processes according to the measured business activity parameter values and a batch processing behavior model, and - a step of designing, by means of a scheduling plan design module, a scheduling plan optimizing the resources on the basis of time profiles of the batch processes and in compliance with execution rules which are stored in the regulatory repository and resource data which are stored in the resource repository, - a step of implementing the optimized scheduling plan, - a step of measuring batch processing behavior parameters, - a step of detecting a deviation in the execution of the batch processes, and - if a deviation is detected for one or more batch processes, said method further comprises a step of generating a refined scheduling plan from a self-adaptive model and measured values of behavior parameters of the implemented batch processes.
Valve device for exhaust gas recirculation in an internal combustion engine, comprising a drive unit consisting of an electric motor comprising a drive shaft, an eccentric and a gearing, and a valve unit consisting of an adjustment element and a valve body, wherein the valve unit is adapted to be moved by means of the drive unit, characterized in that the gearing is an eccentric gearing in which an eccentrically driven planetary gear sectionally meshes with a stationary hollow gear and is coupled to the adjustment element via an Oldham coupling, the adjustment element being a valve rod with a spindle meshing with a spindle nut by which the valve rod is supported, wherein a tappet is formed on the adjustment element, said tappet engaging in a receptacle in a drive plate in a manner transmitting rotation, the receptacle being loaded in the direction of a coupling disc of the Oldham coupling via a spring element, the receptacle of the drive disc having an axial dimension that at least corresponds to the stroke of the valve rod, and wherein the spring element serves as a torsion spring via which the spindle is loaded in the direction of an initial position.
A computer-implemented method comprising: receiving, by a computing device (400; 450), an automated script that includes one or more commands and that is configured to interact with graphical elements that appear on a user interface (100a; 100b; 100c; 100d); executing, by the computing device, a command of the one or more commands of the automated script; determining, by the computing device, that an error occurred during execution of the command of the one or more commands of the automated script; in response to determining that an error occurred during execution of the command, determining, by the computing device, a modification for the command by applying, to the command, a script repair model that is trained using one or more automated scripts that each include commands and results that correspond to each command; executing, by the computing device, the modified command; determining, by the computing device, whether the error or another error occurred during execution of the modified command; and based on determining whether the error or the other error occurred during execution of the modified command, determining whether to update the automated script with the modified command. receiving, by a computing device (400; 450), an automated script that includes one or more commands and that is configured to interact with graphical elements that appear on a user interface (100a; 100b; 100c; 100d); executing, by the computing device, a command of the one or more commands of the automated script; determining, by the computing device, that an error occurred during execution of the command of the one or more commands of the automated script; in response to determining that an error occurred during execution of the command, determining, by the computing device, a modification for the command by applying, to the command, a script repair model that is trained using one or more automated scripts that each include commands and results that correspond to each command; executing, by the computing device, the modified command; determining, by the computing device, whether the error or another error occurred during execution of the modified command; and based on determining whether the error or the other error occurred during execution of the modified command, determining whether to update the automated script with the modified command.
Valve arrangement for a fluidic supply of a fluid load, comprising several main valves (7, 8, 9, 10) which are connected, with fluidic communication, to respectively assigned fluid ports (15, 34) and which are designed for influencing fluid flows at the fluid ports (15, 34), wherein the fluid ports (15, 34) are located at least partly on a connection face of a base body, and comprising electrically controllable pilot valves (5, 6) which are designed for fluidic control of the main valves (7, 8, 9, 10), wherein the base body is assigned a connection plate lying opposite the connection face and through which runs a fluid passage which leads into an operating port for the connection of a fluid load, wherein, between the connection face and the connection plate there is provided a separate passage body (16, 66) which has at least one connection passage for a fluidically communicating link between at least one of the fluid ports (15, 34) and the operating port, and at least one connecting conduit for a fluidic coupling of at least two fluid ports (15, 34), wherein the base body includes the connection plate and wherein a locating shaft for the passage body is formed between the connection face and the connection plate, wherein the passage body may be attached in at least one functional position for the fluidically communicating interconnection of the main valves (7, 8, 9, 10) with the operating port and with a supply port formed in the connection plate and with an air outlet port formed in the connection plate in the locating shaft.
Device for producing semi-open concrete parts with a ring cycle system and at least two moulding boxes in which the introduced concrete material is pressed against the internal walls of the moulding boxes, wherein the moulding boxes are formed as semi-open moulds which form a filling chamber which is opened at the top and through which the concrete flows in, wherein at least one press element (38, 53, 54) closing the filling chamber acts on the filling chamber, wherein a receiving chamber which is opened at the top is formed in the moulding boxes, wherein the moulding boxes consist of a self-contained frame, wherein the frame consists of longitudinal beams (24, 25) which are arranged parallel to one another and spaced apart from one another and at right angles to which are arranged the transverse beams (26, 27), wherein arranged in each longitudinal beam and transverse beam there is a pressure element (28, 29) which slides the associated wall inwards into the mould chamber, wherein the side walls of the receiving chamber are formed by pressure plates, characterised in that in the receiving chamber there is a carrier mould which is fastened on a base, and in that bearing on the pressure plates on the outside there are thrust pieces which for their part are bolted to a thrust plate which is part of a ram which is embodied so that it can be moved inwards and outwards in the direction of the arrow pneumatically or hydraulically or electromechanically, wherein the at least two moulding boxes are arranged in different stations (2, 6, 11, 13, 18, 20) and run through these stations which are part of the ring cycle system connected by linear conveyors.
A polynucleotide comprising a nucleotide sequence encoding a chimeric TGFβ receptor, wherein the receptor comprises an exodomain of TGFβ receptor and a non-TGFβ receptor endodomain from toll-like receptor 4.