mhurhangee/ep-ind-claims huggingface dataset:
A system for calibrating a welding training apparatus, the system comprising: reference markers disposed in a 3-D space of a welding environment so as to have a known fixed orientation in the 3-D space of the welding environment; one of a welding coupon or a workpiece (18, 480B) disposed in the 3-D space of the welding environment; characterized in an object recognition device that includes a transmitter-receiver, the device configured to scan the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers; and to automatically identify the one of the welding coupon or the workpiece (18, 480B) in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece (18, 480B); and a calibration device configured to automatically calibrate the welding training apparatus by correlating the weld path to the 3-D space of the welding environment based on the reference markers. reference markers disposed in a 3-D space of a welding environment so as to have a known fixed orientation in the 3-D space of the welding environment; one of a welding coupon or a workpiece (18, 480B) disposed in the 3-D space of the welding environment; characterized in an object recognition device that includes a transmitter-receiver, the device configured to scan the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers; and to automatically identify the one of the welding coupon or the workpiece (18, 480B) in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece (18, 480B); and scan the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers using a transceiver, capture an image of the welding environment including the one of the welding coupon or the workpiece (18, 480B) and the reference markers; and to automatically identify the one of the welding coupon or the workpiece (18, 480B) in the captured image, and automatically associate a weld path to the identified one of the welding coupon or the workpiece (18, 480B); and a calibration device configured to automatically calibrate the welding training apparatus by correlating the weld path to the 3-D space of the welding environment based on the reference markers.
Device for utilizing the waste heat of an internal combustion engine which comprises a single-stage or multi-stage supercharging device (18; 20, 28) which is in particular in the form of an exhaust-gas turbocharger, wherein the single-stage or multi-stage supercharging device (18; 20, 28) is assigned a further, additional supercharging device which comprises an expansion machine acted on by an auxiliary circuit, in particular by a steam circuit, wherein the expansion machine drives a compressor part which is connected in parallel or in series with at least one compressor part (24, 30) of the single-stage or multi-stage supercharging device (18; 20, 28), characterized in that the internal combustion engine is assigned, on the outlet side, an exhaust-gas recirculation device, wherein the exhaust-gas recirculation arrangement is assigned, downstream of a branching point, a first heat exchanger which couples heat out of the exhaust gas of the internal combustion engine and couples said heat into the working medium, in particular steam, of the auxiliary circuit upstream of the additional supercharging device.
A heat exchanger comprising: a plate (12; 52) portion including a plurality of internal passages (42; 56) extending between an inlet (32; 62) and an outlet (36; 65); and a plurality of crossover passages spaced apart from each other between the inlet (32; 62) and the outlet (36; 65) providing fluid communication between at least two of the plurality of internal passages (42; 56); characterized in that the plurality of crossover passages are distributed in a non-uniform manner with a greater number of crossover passages provided closer to the inlet than to the outlet; and in that the plate portion (12; 52) is a one piece cast part including a plurality of cast fins (40; 58) extending from an outer surface. a plate (12; 52) portion including a plurality of internal passages (42; 56) extending between an inlet (32; 62) and an outlet (36; 65); and a plurality of crossover passages spaced apart from each other between the inlet (32; 62) and the outlet (36; 65) providing fluid communication between at least two of the plurality of internal passages (42; 56); characterized in that the plurality of crossover passages are distributed in a non-uniform manner with a greater number of crossover passages provided closer to the inlet than to the outlet; and in that the plate portion (12; 52) is a one piece cast part including a plurality of cast fins (40; 58) extending from an outer surface.
A syringe carrier in combination with a syringe, a needle shield and a circlip, the syringe carrier comprising: a body (1.1) adapted to receive a barrel (2.1) of the syringe having a needle, the body (1.1) including an annular groove (1.19) formed in a distal end and receiving a circlip disposed in a circumferential gap between the barrel (2.1) of the syringe and the needle shield, removably arranged on and covering the needle of the syringe, wherein, when coupled to the needle, a portion of the needle shield covers a portion of a neck (2.2) of the syringe, leaving the circumferential gap between the barrel (2.1) and the needle shield.
A defoaming agent comprising: a polymer comprising a repeating unit represented by the following general formula: wherein in the general formula, X 1 is a repeating unit obtainable by polymerization of a first ethylenic unsaturated group; Y 1 is a side chain comprising a linear or branched polysiloxane structure, the polysiloxane structure comprising a repeating unit represented by the following general formula and having a polymerization degree of 5 to 300; and Z 1 is a linking group linking the repeating unit X 1 and the side chain Y 1; wherein in the general formula, R 1 and R 2 are each independently an organic group having a carbon number of 1 to 18, wherein the polymer is a star-shaped polymer.
Use of a motor vehicle wheel for a commercial vehicle on at least one axle of the semitrailer of a tractor unit and/or on at least one drive axle of the tractor unit, the motor vehicle wheel comprising a vehicle rim of metal and a pneumatic vehicle tyre fitted on this vehicle rim, a thermal insulation in the form of an additional heat-insulating layer (5a, 5b, 5c, 14a, 14b) being arranged on the surface of the vehicle rim and/or on the surface of the pneumatic vehicle tyre, the bare pneumatic vehicle tyre, that is to say the pneumatic vehicle tyre without the additionally heat-insulating layer, having a rolling resistance of ≤ 6.04 kg/t, the rolling resistance being determined according to rolling resistance test ISO 28580.
A cutting machine for chip-removing machining of a workpiece, said chip-removing machining being performed in a chronological sequence of manufacturing steps by using a plurality of required tools (14.1 - 14.8); comprising a tool holder for simultaneously holding said required tools (14.1 - 14.8); comprising a tool arm for connecting said tool holder with a drive unit; and which drive unit moves the tool arm, by which movement of the tool arm one of the required tools can be aligned with a workpiece in each manufacturing step, wherein said tool arm comprises an upper arm (11.1) and a lower arm (11.2), wherein the upper arm (11.1) and the lower arm (11.2) are separate units and are mechanically connected to one another by a connecting means; wherein the upper arm (11.1) is secured to the drive unit; wherein the lower arm (11.2) is secured to the tool holder; wherein at least one force transducer (12. 1, 12.2) is arranged in a position between the upper arm (11.1) and the lower arm (11.2), wherein during chip-removing machining of a workpiece said force transducer (12.1, 12.2) is capable of measuring a tool force (Kw) exerted by any of the required tools (14.1 - 14.8) in the main flow of forces; and wherein said connecting means with the mechanical connection of the upper arm (11.1) to the lower arm (11.2) mechanically preloads the force transducer (12.1, 12.2).
Belt retractor comprising - a belt reel, - a seat belt that can be wound thereon to form a wound belt, and - a pyrotechnic belt tensioner comprising a drive device which is guided in a tube and can be driven to perform a drive movement, and - at least a first further assembly which is arranged coaxially with the rotational axis of the belt reel and in series with the belt reel, and - the tube has a straight linear portion which is arranged on the side of the belt reel and of the further assembly, the linear portion being dimensioned in length such that it extends over the length of the belt reel in the direction of the rotational axis of the belt reel and over the length of the further assembly in the direction of the longitudinal axis, characterized in that - the straight linear portion extends parallel to the rotational axis of the belt reel and the longitudinal axis of the assembly and - the tube has a free end which is oriented at an angle of 30 to 90 degrees, preferably perpendicularly to the rotational axis of the belt reel, - a gas generator being held in the free end. - a belt reel, - a seat belt that can be wound thereon to form a wound belt, and - a pyrotechnic belt tensioner comprising a drive device which is guided in a tube and can be driven to perform a drive movement, and - at least a first further assembly which is arranged coaxially with the rotational axis of the belt reel and in series with the belt reel, and - the tube has a straight linear portion which is arranged on the side of the belt reel and of the further assembly, the linear portion being dimensioned in length such that it extends over the length of the belt reel in the direction of the rotational axis of the belt reel and over the length of the further assembly in the direction of the longitudinal axis, characterized in that - the straight linear portion extends parallel to the rotational axis of the belt reel and the longitudinal axis of the assembly and - the tube has a free end which is oriented at an angle of 30 to 90 degrees, preferably perpendicularly to the rotational axis of the belt reel, - a gas generator being held in the free end.
An apparatus for stimulating a neurological target, comprising: at least one microelectrode; an impedance analyzer configured to be placed in electrical communication with the at least one microelectrode positionable at a neurological target, the impedance analyzer configured to measure respective electrical impedance value indicative of a microelectrode-tissue interface at each of a plurality of different frequencies for each of the at least one microelectrodes; characterised by a preferred- frequency detector in communication with the impedance analyzer. the preferred-frequency detector configured to detect from among the electrical impedance values measured at each of the at least one microelectrodes, a respective preferred frequency. at least one microelectrode; an impedance analyzer configured to be placed in electrical communication with the at least one microelectrode positionable at a neurological target, the impedance analyzer configured to measure respective electrical impedance value indicative of a microelectrode-tissue interface at each of a plurality of different frequencies for each of the at least one microelectrodes; characterised by a preferred- frequency detector in communication with the impedance analyzer. the preferred-frequency detector configured to detect from among the electrical impedance values measured at each of the at least one microelectrodes, a respective preferred frequency.
A riding lawn mower comprising: a running vehicle body comprising running wheels (31, 32) and a driver's seat; a mower device connected to the running vehicle body; and a grass collection container provided behind the driver's seat on the running vehicle body and configured to store grass cut by the mower device, wherein an engine room is provided below the grass collection container, and wherein an engine is arranged in the engine room, characterized by an exhaust gas purification device configured to purify exhaust gas from the engine; a transmission case to which power from the engine is transmitted; and a connector for mounting the exhaust gas purification device on the transmission case, wherein the transmission case is arranged below the engine on the side of the driver's seat, wherein the exhaust gas purification device is arranged in the engine room above the transmission case, and wherein the connector has a holder portion configured to hold a body of the exhaust gas purification device, and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed. a running vehicle body comprising running wheels (31, 32) and a driver's seat; a mower device connected to the running vehicle body; and a grass collection container provided behind the driver's seat on the running vehicle body and configured to store grass cut by the mower device, wherein an engine room is provided below the grass collection container, and wherein an engine is arranged in the engine room, characterized by an exhaust gas purification device configured to purify exhaust gas from the engine; a transmission case to which power from the engine is transmitted; and a connector for mounting the exhaust gas purification device on the transmission case, wherein the transmission case is arranged below the engine on the side of the driver's seat, wherein the exhaust gas purification device is arranged in the engine room above the transmission case, and wherein the connector has a holder portion configured to hold a body of the exhaust gas purification device, and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed. a holder portion configured to hold a body of the exhaust gas purification device, and a stay portion to which the holder portion is attached and in which a connecting portion with the transmission case is formed.
A method, comprising: partitioning landing pages associated with advertisements into training landing pages and testing landing pages; iteratively training a classification model on intrusion features of the training landing pages; iteratively testing the classification model on the intrusion features of the testing landing pages until the occurrence of a testing cessation event; and storing an association of feature weights and intrusion features in the classification model in response to the cessation event, the association of feature weights and intrusion features derived from the iterative training and testing; identifying a landing page associated with an advertisement; identifying intrusion features of the landing page; generating a feature score for the landing page based on the identified intrusion features and feature weights; determining if the feature score for the landing page exceeds a feature threshold; and classifying the landing page as a candidate landing page if the feature score for the landing page exceeds the feature threshold; submitting the candidate landing page to an intrusion detection engine; receiving an intrusion score of the candidate landing page from the intrusion detection engine; and precluding the serving of the advertisement associated with the candidate landing page if the intrusion score exceeds an intrusion threshold. partitioning landing pages associated with advertisements into training landing pages and testing landing pages; iteratively training a classification model on intrusion features of the training landing pages; iteratively testing the classification model on the intrusion features of the testing landing pages until the occurrence of a testing cessation event; and storing an association of feature weights and intrusion features in the classification model in response to the cessation event, the association of feature weights and intrusion features derived from the iterative training and testing; identifying a landing page associated with an advertisement; identifying intrusion features of the landing page; generating a feature score for the landing page based on the identified intrusion features and feature weights; determining if the feature score for the landing page exceeds a feature threshold; and classifying the landing page as a candidate landing page if the feature score for the landing page exceeds the feature threshold; submitting the candidate landing page to an intrusion detection engine; receiving an intrusion score of the candidate landing page from the intrusion detection engine; and precluding the serving of the advertisement associated with the candidate landing page if the intrusion score exceeds an intrusion threshold.
An apparatus for recognizing a pulse signal, which is input for a scan time to an input terminal of a programmable logic controller, said input terminal being connected to the apparatus, said apparatus being characterized in that it comprises a signal delay unit configured to output a pulse delay signal by delaying the pulse signal as much as a preset delay time if the pulse signal is input; a signal maintaining unit configured to output a pulse maintaining signal based on the pulse signal and the pulse delay signal; a signal transmission unit configured to receive the pulse maintaining signal from the signal maintaining unit and transmit the pulse maintaining signal based on a transmission control signal; and a control unit configured to output the transmission control signal to the signal transmission unit to receive the pulse maintaining signal, and store the received pulse maintaining signal in a pulse signal storage area as pulse input data, wherein the preset delay time is less than a pulse width of the pulse signal.
A method executed by a wireless network node configured for transmitting a data packet to a multi-hop destination via a wireless mesh network, the method comprising the steps of: identifying an age of payload data in a data packet; determining a schedule for the data packet reaching the multi-hop destination, the schedule representing a latency budget for the data packet to reach the destination; and prioritizing queuing of the data packet for Collision Sense with Multiple Access and Collision Avoidance, CSMA-CA, based wireless transmission in the wireless mesh network based on the corresponding age, relative to the determined schedule and respective ages of other data packets awaiting transmission by the wireless network node to the destination, where a higher-aged data packet relative to the schedule is granted a higher priority than a lower-aged data packet relative to the schedule. identifying an age of payload data in a data packet; determining a schedule for the data packet reaching the multi-hop destination, the schedule representing a latency budget for the data packet to reach the destination; and prioritizing queuing of the data packet for Collision Sense with Multiple Access and Collision Avoidance, CSMA-CA, based wireless transmission in the wireless mesh network based on the corresponding age, relative to the determined schedule and respective ages of other data packets awaiting transmission by the wireless network node to the destination, where a higher-aged data packet relative to the schedule is granted a higher priority than a lower-aged data packet relative to the schedule. where a higher-aged data packet relative to the schedule is granted a higher priority than a lower-aged data packet relative to the schedule.
A fairing system for a rotary wing aircraft comprising: a shaft fairing mounted for rotation about a first axis of rotation; a de-rotation system contained within the shaft fairing, the de-rotation system including a toroidal continuously variable transmission, CVT, configured to control the rotation of the shaft fairing about the first axis of rotation; and a position control system including at least one position sensor configured to monitor a position of the shaft fairing relative to the first axis of rotation and a controller operably coupled to the at least one position sensor and to the de-rotation system, the controller being configured to adjust a gear ratio of the toroidal CVT in response to a sensed position of the shaft fairing. a shaft fairing mounted for rotation about a first axis of rotation; a de-rotation system contained within the shaft fairing, the de-rotation system including a toroidal continuously variable transmission, CVT, configured to control the rotation of the shaft fairing about the first axis of rotation; and a position control system including at least one position sensor configured to monitor a position of the shaft fairing relative to the first axis of rotation and a controller operably coupled to the at least one position sensor and to the de-rotation system, the controller being configured to adjust a gear ratio of the toroidal CVT in response to a sensed position of the shaft fairing.
An antenna device, comprising: a waveguide (11, 21) having a rectangular cross-section and formed with a plurality of slots (12, 22) in at least one side face thereof, the plurality of slots being arranged in a tube axis direction; wherein at least one of the plurality of slots is formed with a predetermined inclination angle from a plane perpendicular to a tube axis direction of the waveguide wherein at least one pitch between adjacent slots in the tube axis direction differs from pitches of other adjacent slots characterised in that the pitches between the adjacent slots on one side of the waveguide are smaller than the pitches between the adjacent slots on the other side of the waveguide. a waveguide (11, 21) having a rectangular cross-section and formed with a plurality of slots (12, 22) in at least one side face thereof, the plurality of slots being arranged in a tube axis direction;
Refrigeration cabinet comprising supporting, C-shaped side frames which are arranged on both sides and consist of frame profiles having a rear vertical profile (10.1) and a lower and an upper horizontal profile (10.2, 10.3) that project forwards, a rear wall group having heat-insulating outer paneling (12.3) being attached to the vertical profiles (10.1), a bottom group being attached to the lower horizontal profiles (10.2) and a top group being attached to the upper horizontal profiles (10.3), which groups enclose a refrigeration space at the rear, at the bottom and at the top, at least the heat-insulating outer paneling (12.3) of the rear wall group being attached on the inner side of the vertical profiles, which side faces the refrigeration space, characterized in that a support profile (10.4) is installed in each of the two side frames, in the rear region and at a distance in front of the vertical profile (10.1), between the lower and the upper horizontal profile (10.2, 10.3).