mhurhangee/ep-ind-claims huggingface dataset:
A vehicle rally safety warning system which allows communication of information about hazards, potential hazards or other relevant safety related information between drivers and/or vehicles (20, 30, 40) being driven in the rally by providing a visual indicator for predetermined conditions selected from a set of distinguishable visual indicators, said system comprising: a) a removable first communication device for removable location in a first vehicle having a signal transmission means and a signal reception means; b) a removable second communication device for removable location in at least one other vehicle (30, 40) having a compatible signal transmission and signal reception means; and c) an interactive display unit for each of said first vehicle and said at least one other vehicle (30, 40); whereby a communication signal is activatable by one or more of a driver of the first vehicle, the first vehicle or a sensor in the first vehicle and activation results in the communication signal being received by the signal reception means of the second communication device and further results in a visual indicator being generated on the interactive display unit in one or more of the other vehicles (30, 40), wherein the visual indicator persists, until deactivated, and includes a coloured light or a coloured display on the interactive display unit which colours correspond to international safety and racing convention warning flags and colours, and wherein the communication signal: i) is automatically activatable by the first or other vehicle or a sensor in the first or other vehicle (20, 30, 40) under predetermined conditions indicative of said hazards, potential hazards, or other relevant safety related conditions; or ii) is manually activatable by one or more of a driver in the first or other vehicle (20, 30, 40). a) a removable first communication device for removable location in a first vehicle having a signal transmission means and a signal reception means; b) a removable second communication device for removable location in at least one other vehicle (30, 40) having a compatible signal transmission and signal reception means; and c) an interactive display unit for each of said first vehicle and said at least one other vehicle (30, 40); i) is automatically activatable by the first or other vehicle or a sensor in the first or other vehicle (20, 30, 40) under predetermined conditions indicative of said hazards, potential hazards, or other relevant safety related conditions; or ii) is manually activatable by one or more of a driver in the first or other vehicle (20, 30, 40).
A method for evaluating the corrosion resistance of a can to a content, the can being formed of a metal sheet and having an opening, at least an inner face being coated with a resin film or a coating material, the method comprising filling the can with the content to form a specimen, setting the specimen in an apparatus capable of blocking an outside atmosphere from entering the specimen, while maintaining the temperature of the content at a constant temperature in the range of 25 to 60°C, applying a constant potential that is more anodic than an immersion potential by 50 mV to 200 mV to the can of the specimen, and evaluating the corrosion resistance of the can to the content based on the accumulated amount of electricity generated during a time appropriately selected from 6 to 48 hours immediately after the application of the constant potential.
Rotary piston engine, comprising: a housing, having a toroidal cylinder chamber with a rotational axis and a suction inlet and a discharge port; a drive piston and a compressor piston, which are rotatably mounted about the rotational axis in the housing and designed to rotate in the toroidal cylinder chamber; and an injection nozzle, which is designed to inject fuel into the toroidal cylinder chamber; wherein the compressor piston is coupled with an electric motor, which is connected to an energy storage device and designed to apply a controlled torque to the compressor piston, wherein the drive piston is rotationally fixed to a drive shaft rotatably mounted about the rotational axis, wherein the electric motor is designed to take energy from the energy storage device and to accelerate the compressor piston in a rotary direction, characterized in that the electric motor is designed to convert a repulse resulting from igniting the fuel, which drives the compressor piston against the rotary direction, into electrical energy and feed this to the energy storage device. a housing, having a toroidal cylinder chamber with a rotational axis and a suction inlet and a discharge port; a drive piston and a compressor piston, which are rotatably mounted about the rotational axis in the housing and designed to rotate in the toroidal cylinder chamber; and an injection nozzle, which is designed to inject fuel into the toroidal cylinder chamber; wherein the compressor piston is coupled with an electric motor, which is connected to an energy storage device and designed to apply a controlled torque to the compressor piston, wherein the drive piston is rotationally fixed to a drive shaft rotatably mounted about the rotational axis, wherein the electric motor is designed to take energy from the energy storage device and to accelerate the compressor piston in a rotary direction, characterized in that the electric motor is designed to convert a repulse resulting from igniting the fuel, which drives the compressor piston against the rotary direction, into electrical energy and feed this to the energy storage device.
A beverage machine having a liquid cleaner container in which liquid cleaner (3.1) can be stored for a plurality of cleaning operations, and having a dispensing device having a dispensing pump (4.11) for dispensing liquid cleaner (3.1), wherein the liquid cleaner container is designed as an interchangeable container, which has at least parts of the dispensing pump and a line coupling (4.11.3, 4.1) between the interchangeable container and the beverage machine for coupling a liquid cleaner line (4.11.3) to the beverage machine and a drive coupling (4.22.4, 4.11.8) for the mechanical coupling of a drive (4.22) of the dispensing pump (4.11), characterised in that the dispensing pump (4.11) comprises a rotor and that the drive shaft of a drive motor (4.22.1) to be coupled to the rotor is arranged to be offset with respect to the axis of the drive coupling (4.22.4; 4.11.8).
A method of adjusting a brightness of an image, the method comprising: matching an object model comprising preassigned feature points to an object based on one or more feature points of the object extracted from an input image comprising the object; generating a surface normal map (305, 501) based on a combination of results from matching at least two surface normal models corresponding to different views to said feature points of the object model; mapping the surface normal map (305, 501) to the input image based on the matched object model; and generating shadow information for the input image based on the surface normal map and a virtual light source (601, 609, 909); and generating a relighted image by applying said shadow information to the image. matching an object model comprising preassigned feature points to an object based on one or more feature points of the object extracted from an input image comprising the object; generating a surface normal map (305, 501) based on a combination of results from matching at least two surface normal models corresponding to different views to said feature points of the object model; mapping the surface normal map (305, 501) to the input image based on the matched object model; and generating shadow information for the input image based on the surface normal map and a virtual light source (601, 609, 909); and generating a relighted image by applying said shadow information to the image.
Device for assessing a state of wear of at least one brake pad, characterized in that it comprises a read head extending along a longitudinal axis, said read head comprising at a distal portion: - an emission device configured to emit at least one light beam perpendicularly to the longitudinal axis in the direction of a measurement region, said at least one light beam forming at least one wear limit mark, - at least one element configured to form a reference mark, said reference mark being distant from the wear limit mark by a distance d lim taken along the longitudinal axis. - an emission device configured to emit at least one light beam perpendicularly to the longitudinal axis in the direction of a measurement region, said at least one light beam forming at least one wear limit mark, - at least one element configured to form a reference mark, said reference mark being distant from the wear limit mark by a distance d lim taken along the longitudinal axis.
A discharge portion liner attachment structure for a vertical shredder including: a rotor that is supported on a rotation shaft rotating about a vertical axis and includes a shredding mechanism; a tubular, in particular cylindrical shell that is disposed on an outer side of the rotor in a radial direction in such a manner as to be concentric with the vertical axis; a sweeper supported by the rotation shaft below the rotor; a discharge ring disposed around the sweeper and having an inner circumference portion on which discharge ring liners are disposed; and a discharge portion through which shredded material that has been swept out through an opening formed on a circumference wall of the discharge ring by a sweeping operation performed by the sweeper is discharged to outside, characterized in that discharge portion liners are attached in such a manner as to protrude from a side of the discharge portion to a side of the discharge ring in such a manner as to cover edge portions of the discharge ring liners on a side of the opening in the pair of discharge ring liners. a rotor that is supported on a rotation shaft rotating about a vertical axis and includes a shredding mechanism; a tubular, in particular cylindrical shell that is disposed on an outer side of the rotor in a radial direction in such a manner as to be concentric with the vertical axis; a sweeper supported by the rotation shaft below the rotor; a discharge ring disposed around the sweeper and having an inner circumference portion on which discharge ring liners are disposed; and a discharge portion through which shredded material that has been swept out through an opening formed on a circumference wall of the discharge ring by a sweeping operation performed by the sweeper is discharged to outside, characterized in that discharge portion liners are attached in such a manner as to protrude from a side of the discharge portion to a side of the discharge ring in such a manner as to cover edge portions of the discharge ring liners on a side of the opening in the pair of discharge ring liners.
A backlighted micro-perforated leather comprising a lighting element (102;208), wherein the micro-perforated leather is a real or artificial leather, wherein due to the micro perforation the leather comprises a multitude of holes, wherein the holes have a cylindrical shape, wherein the diameter of the holes is in between 20 to 50 micrometers and the length of the holes is in between 1 to 2 millimeters, wherein the lighting element (102;208) is adapted for emanating light, wherein the lighting element (902;208) and the micro-perforated leather are arranged to enable passage the emanated light through the holes, wherein the diameter to length ratio of the holes is in between 0,025 and 0,05 wherein the cylindrical shape has a central axis and the central axis (204; 210) of all holes are commonly oriented in a single direction or in a predefined number of directions (204; 210), wherein the emanated light has a diffusion angle of less than 5 degrees from the central axis.
A process device (12, 102) for coupling to a two-wire process control loop comprising: diagnostic circuitry configured to diagnose operation of the process device (12, 102) or the process; an output (60, 60A) configured to couple to the two-wire process control loop configured to provide an analog current output on the loop, wherein the analog current level has a first value indicative of a first diagnostic condition, a second value indicative of a second diagnostic condition, and a third value indicative of a third diagnostic condition, wherein the first, second and third values are indicative of diagnostic conditions and not a process variable. diagnostic circuitry configured to diagnose operation of the process device (12, 102) or the process; an output (60, 60A) configured to couple to the two-wire process control loop configured to provide an analog current output on the loop, wherein the analog current level has a first value indicative of a first diagnostic condition, a second value indicative of a second diagnostic condition, and a third value indicative of a third diagnostic condition, wherein the first, second and third values are indicative of diagnostic conditions and not a process variable.
A method to radially outwardly displace and distribute liquid liner within a pipe interior, to homogeneously line the pipe interior from top to bottom and end to end, comprising a) introducing liquid liner into the pipe first end into a unidirectional pipe gas stream, the gas stream streaming throughout the pipe from the first toward the second pipe end; and b) introducing a distributive body into the pipe for moving through the pipe from the first toward the second pipe end, to homogeneously coat the pipe interior with liquid liner as the gas streams past the distributive body, the distributive body being shaped and sized to create a partial restriction within the gas stream that locally increases gas stream speed and locally decreases gas stream pressure, wherein the liquid liner is aerodynamically flown and directed within the pipe, with the gas stream continuing to stream past the distributive body via the partial restriction wherein the distributive body is any one of conical, cylindrical, elliptical prism, and an orb.
Method for welding components (1, 2) by means of a laser beam, in which the laser beam is moved along a joining zone of the components (1, 2), wherein the material of the components (1, 2), which consist in particular of metallic material, is melted in the region of the joining zone, wherein the melt (17, 28) is solidified in a trailing region of the laser beam, at a distance from the laser beam, to form a weld seam, wherein the melt (17, 28) is heated in the trailing region of the laser beam at least indirectly by means of a heat source, and wherein the heat source generates a trailing region of the melt (17, 28), said trailing region being enlarged in terms of its length (l) and volume, and wherein the trailing region is heated indirectly by action of the heat source in that the heat source acts on at least one zone (26, 27) of at least one component (1, 2), said zone being arranged adjacent to the trailing region, characterized in that, in the region of its active zone, in addition to a movement in a feed direction of the laser beam, the heat source is moved relative to the laser beam in a plane perpendicular to the laser beam.
A computer-implemented method for extracting a neural respiratory drive measure of a user, the method comprising: obtaining an EMG signal; processing the EMG signal to produce a processed EMG signal; processing, in parallel to the processing of the EMG signal to produce the processed EMG signal, the EMG signal to produce a surrogate respiration signal, wherein the surrogate respiration signal is obtained only from the EMG signal; detecting inhalations of the user based on the surrogate respiration signal; time aligning the inhalations of the user based on the surrogate respiration signal with the processed EMG signal; and determining a neural respiratory drive measure based on the detected inhalations, the processed EMG signal, and the time aligning. obtaining an EMG signal; processing the EMG signal to produce a processed EMG signal; processing, in parallel to the processing of the EMG signal to produce the processed EMG signal, the EMG signal to produce a surrogate respiration signal, wherein the surrogate respiration signal is obtained only from the EMG signal; detecting inhalations of the user based on the surrogate respiration signal; time aligning the inhalations of the user based on the surrogate respiration signal with the processed EMG signal; and determining a neural respiratory drive measure based on the detected inhalations, the processed EMG signal, and the time aligning.
A communication method comprising: transmitting (1210; 1410), by a network device to a user equipment, UE, broadcast signaling carrying a first set of configuration parameters to be used by the UE to monitor a first search space for a first downlink control information, DCI, message; and transmitting (1210; 1410), by the network device, to the UE radio resource control, RRC, signaling carrying a second set of configuration parameters to be used by the UE to monitor a second search space for a second DCI message, wherein the second set of configuration parameters is different from the first set of configuration parameters, each of the first set and second set of configuration parameters comprises at least a search space type, a candidate number for one or more aggregation levels and a control resource set, and the first DCI and the second DCI are associated with a same UE identifier. transmitting (1210; 1410), by a network device to a user equipment, UE, broadcast signaling carrying a first set of configuration parameters to be used by the UE to monitor a first search space for a first downlink control information, DCI, message; and transmitting (1210; 1410), by the network device, to the UE radio resource control, RRC, signaling carrying a second set of configuration parameters to be used by the UE to monitor a second search space for a second DCI message, wherein the second set of configuration parameters is different from the first set of configuration parameters, each of the first set and second set of configuration parameters comprises at least a search space type, a candidate number for one or more aggregation levels and a control resource set, and the first DCI and the second DCI are associated with a same UE identifier.
Magnetic resonance system, which is designed to carry out an examination of an examination object, wherein the magnetic resonance system comprises: an RF control unit, a gradient control unit and an image sequence controller, which are designed to acquire MR data of a volume portion of the examination object, and an arithmetic unit, which is designed to reconstruct MR images starting from the acquired MR data, wherein the magnetic resonance system is designed on the one hand to create an instruction or information as a function of the acquisition of the MR data, in particular to synchronise the acquisition of the MR data with an action of a device (40; 60), and on the other hand to send the instruction or information to the device (40; 60) via an interface, which device is set up to aid or complement an MR examination process, characterised in that the interface is a standardised REST-based HTTP radio interface of the magnetic resonance system, which is designed to establish a standardised wireless connection to the device (40; 60). an RF control unit, a gradient control unit and an image sequence controller, which are designed to acquire MR data of a volume portion of the examination object, and an arithmetic unit, which is designed to reconstruct MR images starting from the acquired MR data, wherein the magnetic resonance system is designed on the one hand to create an instruction or information as a function of the acquisition of the MR data, in particular to synchronise the acquisition of the MR data with an action of a device (40; 60), and on the other hand to send the instruction or information to the device (40; 60) via an interface, which device is set up to aid or complement an MR examination process, characterised in that the interface is a standardised REST-based HTTP radio interface of the magnetic resonance system, which is designed to establish a standardised wireless connection to the device (40; 60).
A guide for locating a plane on which the posterior portions of the femoral condyles are to be resected in a knee replacement procedure and for locating a cutting block on a patient's femur, the guide comprising: a. a posterior body part for positioning against the distal face of the femur, the posterior body part including at least one posteriorly extending tab portion (16,18) for fitting against the posterior condyles, b. an anterior body part having a proximal face for positioning against the distal face of the femur and an opposite face, the anterior body part being fastened to the posterior body part so that it can rotate relative to the posterior body part about an axis which is approximately perpendicular to the distal face of the femur, and c. a lock for locking the anterior body part and the posterior body part against relative rotation, in which the anterior body part has a pair of locator holes formed in it for locating fastener pins by which a cutting block can be fastened to the distal face of the femur, and characterised in that the anterior body part has a ledge extending from the said opposite face to indicate the plane of the intended posterior condyle resection plane. a. a posterior body part for positioning against the distal face of the femur, the posterior body part including at least one posteriorly extending tab portion (16,18) for fitting against the posterior condyles, b. an anterior body part having a proximal face for positioning against the distal face of the femur and an opposite face, the anterior body part being fastened to the posterior body part so that it can rotate relative to the posterior body part about an axis which is approximately perpendicular to the distal face of the femur, and c. a lock for locking the anterior body part and the posterior body part against relative rotation,
Method for operating a vehicle equipped with a driving environment sensor system, in which at least one preceding and/or oncoming two-wheeled vehicle (201, 401, 501) is identified at least depending on data of the driving environment sensor system, characterized in that a tilt angle of the two-wheeled vehicle (201, 401, 501) is ascertained at least depending on data of the driving environment sensor system and a movement profile of the two-wheeled vehicle (201, 401, 501) is predicted on the basis of the ascertained tilt angle and the vehicle is operated on the basis of the predicted movement profile.
Antimicrobial mixture comprising 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one and an additional compound selected from: i) a monovalent or divalent metal salt of pyrithione; ii) piroctone olamine; iii) diazolidinylurea; iv) a hexamidine compound selected from hexamidine diisethionate, hexamidine diparaben and hexamidine paraben; v) imidazolidinylurea. i) a monovalent or divalent metal salt of pyrithione; ii) piroctone olamine; iii) diazolidinylurea; iv) a hexamidine compound selected from hexamidine diisethionate, hexamidine diparaben and hexamidine paraben; v) imidazolidinylurea.