mhurhangee/ep-ind-claims huggingface dataset:
An agricultural working machine, in particular a harvesting machine, with a front attachment for carrying out or supporting agricultural work in a field crop with material for harvesting, with an autocontour system for regulating the distance of the front attachment to the ground when driving through the field crop, characterized in that the agricultural working machine has a detection device which detects the field crop in front of the agricultural working machine in the direction of travel, wherein the detection device measures the crop height or a crop height contour of the field crop in front of the agricultural working machine in the direction of travel and detects a variation in the crop height based on a determined height difference in the crop height or the crop height contour, wherein the autocontour system proactively takes into account the detected crop height variation in the field crop and adapts the sensitivity of the regulation of the autocontour system based on the detected crop height variation. the agricultural working machine has a detection device which detects the field crop in front of the agricultural working machine in the direction of travel, wherein the detection device measures the crop height or a crop height contour of the field crop in front of the agricultural working machine in the direction of travel and detects a variation in the crop height based on a determined height difference in the crop height or the crop height contour, wherein the autocontour system proactively takes into account the detected crop height variation in the field crop and adapts the sensitivity of the regulation of the autocontour system based on the detected crop height variation.
A wireless communications system comprising: an advertising server; and at least one mobile wireless communications device comprising an output device, a position determining device to determine a position of the device when driving, and a processor configured to obtain at least one advertisement from said advertising server, obtain a current driving location of said at least one mobile wireless communications device from said position determining device, output at least one advertisement via said output device, output, via said output device, navigation information, including road intersection information, for a route from the current location to a destination location, and stop output of the at least one advertisement while said at least one mobile wireless communications device is moving and within a given distance of an intersection. an advertising server; and at least one mobile wireless communications device comprising an output device, a position determining device to determine a position of the device when driving, and a processor configured to obtain at least one advertisement from said advertising server, obtain a current driving location of said at least one mobile wireless communications device from said position determining device, output at least one advertisement via said output device, output, via said output device, navigation information, including road intersection information, for a route from the current location to a destination location, and stop output of the at least one advertisement while said at least one mobile wireless communications device is moving and within a given distance of an intersection. an output device, a position determining device to determine a position of the device when driving, and a processor configured to obtain at least one advertisement from said advertising server, obtain a current driving location of said at least one mobile wireless communications device from said position determining device, output at least one advertisement via said output device, output, via said output device, navigation information, including road intersection information, for a route from the current location to a destination location, and stop output of the at least one advertisement while said at least one mobile wireless communications device is moving and within a given distance of an intersection. obtain at least one advertisement from said advertising server, obtain a current driving location of said at least one mobile wireless communications device from said position determining device, output at least one advertisement via said output device, output, via said output device, navigation information, including road intersection information, for a route from the current location to a destination location, and stop output of the at least one advertisement while said at least one mobile wireless communications device is moving and within a given distance of an intersection.
A self-tensioning girt assembly comprising: an inflatable structure; a panel having a first end, a second end, and sides, the first end positioned adjacent the inflatable structure and the second end configurable to be coupled to a passenger vehicle doorway; and a strap attached to at least a portion of the sides of the panel and to at least a portion of the second end of the panel adjacent a corner of the panel, wherein the strap forms loops and wherein each loop extends around a side of the inflatable structure, and characterised in that: said strap is formed as a single piece of material and each loop is attached to one of the comers of the panel along the at least a portion of the sides (26, 28) of the panel such that when the inflatable structure is inflated, multi-directional forces applied to the panel at each corner of the panel create a substantially uniform tension across the second end of the panel. an inflatable structure; a panel having a first end, a second end, and sides, the first end positioned adjacent the inflatable structure and the second end configurable to be coupled to a passenger vehicle doorway; and a strap attached to at least a portion of the sides of the panel and to at least a portion of the second end of the panel adjacent a corner of the panel, wherein the strap forms loops and wherein each loop extends around a side of the inflatable structure, and characterised in that: said strap is formed as a single piece of material and each loop is attached to one of the comers of the panel along the at least a portion of the sides (26, 28) of the panel such that when the inflatable structure is inflated, multi-directional forces applied to the panel at each corner of the panel create a substantially uniform tension across the second end of the panel. said strap is formed as a single piece of material and each loop is attached to one of the comers of the panel along the at least a portion of the sides (26, 28) of the panel such that when the inflatable structure is inflated, multi-directional forces applied to the panel at each corner of the panel create a substantially uniform tension across the second end of the panel.
Electrical load detection device including monitoring means intended to be connected to at least one conductor of an electrical line and signalling means (9, 10, 88) connected to said monitoring means, the monitoring means including: - injection means for injecting an electric measurement voltage onto the electrical line when said line is disconnected from a network supplying electric power, - impedance detection means for detecting the impedance of an electrical load, and - processing means for determining whether said load is representative of the presence of a human body, which device is characterized in that the injection means inject a variable electric voltage that varies between a first value and a second value and is able to have at least two voltage values so as to bring about a variation in the impedance (dZ) of a human body, and include current limitation means, and the processing means (8, 23, 24, 30, 33, 61, 71, 87) determine the presence of a human body on the basis of the impedance variation (dZ) between at least two different voltage values, said first and second variable voltage values being between 20 and 150 volts in terms of absolute values. - injection means for injecting an electric measurement voltage onto the electrical line when said line is disconnected from a network supplying electric power, - impedance detection means for detecting the impedance of an electrical load, and - processing means for determining whether said load is representative of the presence of a human body,
Machine tool (1,50,80,90,100,110,130) comprising a vertical upright, a translatable support structure (6,54) supported by the upright and bearing a spindle (8,58) having a working axis, drive means engaged with the support structure (6, 54) to move it upon command along a movement axis and at least one balancing device (30, 30a, 30b, 30',30") extensible along said movement axis to act so as to push against the support structure and to counter the effect of the weight of said support structure and of the components supported thereby, wherein the drive means comprise an electric motor and a screw-nut system, wherein the screw is connected to the motor and the nut is connected to the support structure (6,54), wherein the balancing device comprises a cylinder, supported by a fixed support relative to the support structure (6, 54) and a piston sealingly slidable in the cylinder and connected to the support structure (6,54), characterised in that the cylinder is a hydraulic cylinder and the screw and the piston extend along said movement axis and are coaxial with each other.
A laundry treatment apparatus comprising: a washing tub configured to receive laundry, the washing tub being configured to be rotatable; a motor configured to rotate the washing tub; a controller configured to control the motor such that the washing tub is accelerated to a predetermined target speed at an acceleration gradient of 1.5 to 2.5 rpm/s within a range in which the laundry moves relative to the washing tub; and a current sensing unit configured to sense current of the motor, wherein the controller is configured to obtain data corresponding to at least one of laundry weight or laundry quality from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to at least one current value or an average value of multiple current values sensed by the current sensing unit while accelerating the washing tub as input to an input layer of the artificial neural network. a washing tub configured to receive laundry, the washing tub being configured to be rotatable; a motor configured to rotate the washing tub; a controller configured to control the motor such that the washing tub is accelerated to a predetermined target speed at an acceleration gradient of 1.5 to 2.5 rpm/s within a range in which the laundry moves relative to the washing tub; and a current sensing unit configured to sense current of the motor, wherein the controller is configured to obtain data corresponding to at least one of laundry weight or laundry quality from output of an output layer of an artificial neural network pre-trained based on machine learning, using data relating to at least one current value or an average value of multiple current values sensed by the current sensing unit while accelerating the washing tub as input to an input layer of the artificial neural network.
A polypropylene resin for a power cable, wherein a melting temperature (Tm) of the polypropylene resin is 150°C or higher, a difference (Tm-Tc) between the melting temperature (Tm) and a crystallization temperature (Tc) is 45°C or less and the polypropylene resin is a non-crosslinked resin, wherein the polypropylene resin comprises 10 to 45ppm of metallic catalyst residue, as measured by X-ray fluorescence, wherein the metallic catalyst residue comprises Mg, Ti, Al and Si, wherein the polypropylene is a propylene homopolymer or a random copolymer of propylene and one or more α-olefins other than propylene, wherein the amount of α-olefin is less than 2 wt%, and wherein the polypropylene is prepared by using a catalyst composition comprising a dialkoxy magnesium carrier.
A machine for dyeing fabric in a cycle of circulation, comprising: a machine body that is provided with: a dyeing tube, a nozzle for jetting therefrom dye liquid for driving the fabric to move forward, and a roller for said fabric, a pump being connected between a liquid accumulation tank mounted to a bottom of the machine body and the nozzle, the pump being operable to draw dye liquid from the liquid accumulation tank and supplying the dye liquid to the nozzle and the dyeing tube to dye said fabric, the dye liquid then can directly fall back into the liquid accumulation tank, wherein the machine body is provided, in an interior thereof, with a screw conveyor device that includes a conveyance screw and a fabric support board, characterized in that the fabric support board comprises two parts that are respectively arranged at two opposite sides of the conveyance screw in a direction perpendicular to an axial direction of the conveyance screw. a dyeing tube, a nozzle for jetting therefrom dye liquid for driving the fabric to move forward, and a roller for said fabric, a pump being connected between a liquid accumulation tank mounted to a bottom of the machine body and the nozzle, the pump being operable to draw dye liquid from the liquid accumulation tank and supplying the dye liquid to the nozzle and the dyeing tube to dye said fabric, the dye liquid then can directly fall back into the liquid accumulation tank, wherein the machine body is provided, in an interior thereof, with a screw conveyor device that includes a conveyance screw and a fabric support board, characterized in that the fabric support board comprises two parts that are respectively arranged at two opposite sides of the conveyance screw in a direction perpendicular to an axial direction of the conveyance screw.
A system (100, 102, 104), comprising: at least one processor; one or more functions operating on the system (202, 204, 206, 316); and a thread data recorder configured to instrument the one or more functions (202, 204, 206, 316), such that the one or more functions: intercept threads calling the one or more functions; capture data associated with the intercepted threads, said captured data comprises one or more related interactions (804, 808), the one or more related interactions (804, 808) occurring in said threads; grouping the one or more related interactions (804, 808) into an activity burst, wherein an activity burst includes a group of interactions, with each interaction being separated by a gap interval, the gap interval being a period of time between the interactions that are separated by the gap interval and the gap interval being smaller than an inactivity interval between two activity bursts; and detecting whether a signature of said activity burst is a forbidden action signature, wherein said signature of said activity burst is assigned to said activity burst based on attributes that characterize said related interactions of said activity burst, and said forbidden action signature is a signature that is associated with an activity burst for interactions that correspond to known unwarranted or unauthorized actions; and if it is detected that said signature of said activity burst is a forbidden action signature, prohibiting the execution of said threads. at least one processor; one or more functions operating on the system (202, 204, 206, 316); and a thread data recorder configured to instrument the one or more functions (202, 204, 206, 316), such that the one or more functions: intercept threads calling the one or more functions; capture data associated with the intercepted threads, said captured data comprises one or more related interactions (804, 808), the one or more related interactions (804, 808) occurring in said threads; grouping the one or more related interactions (804, 808) into an activity burst, wherein an activity burst includes a group of interactions, with each interaction being separated by a gap interval, the gap interval being a period of time between the interactions that are separated by the gap interval and the gap interval being smaller than an inactivity interval between two activity bursts; and detecting whether a signature of said activity burst is a forbidden action signature, wherein said signature of said activity burst is assigned to said activity burst based on attributes that characterize said related interactions of said activity burst, and said forbidden action signature is a signature that is associated with an activity burst for interactions that correspond to known unwarranted or unauthorized actions; and if it is detected that said signature of said activity burst is a forbidden action signature, prohibiting the execution of said threads.
An audio amplifier (100, 101) comprising: • a compensator (5, 3', 3, 2) having: ▪ a network comprising two ports between which at least three capacitors are connected in series and between each pair of capacitors a resistor is connected to a predetermined voltage, and ▪ a gain stage having: ▪ a gain stage input, connected to one port and ▪ a gain stage output connected to the other port, • a primary amplifier, being a Class D amplifier comprising a comparator and a switching power stage controlled by the comparator and an output filter being a low pass filter and being provided between the switching power stage and a primary amplifier output, having: ▪ a feedback filter being a high pass filter provided between the primary amplifier output and a primary amplifier input, ▪ the primary amplifier output operatively connected to the gain stage input and ▪ the primary amplifier input operatively connected to the gain stage output, so that the gain stage is provided in a feedback loop around the primary amplifier. • a compensator (5, 3', 3, 2) having: ▪ a network comprising two ports between which at least three capacitors are connected in series and between each pair of capacitors a resistor is connected to a predetermined voltage, and ▪ a gain stage having: ▪ a gain stage input, connected to one port and ▪ a gain stage output connected to the other port, ▪ a network comprising two ports between which at least three capacitors are connected in series and between each pair of capacitors a resistor is connected to a predetermined voltage, and ▪ a gain stage having: ▪ a gain stage input, connected to one port and ▪ a gain stage output connected to the other port, ▪ a gain stage input, connected to one port and ▪ a gain stage output connected to the other port, • a primary amplifier, being a Class D amplifier comprising a comparator and a switching power stage controlled by the comparator and an output filter being a low pass filter and being provided between the switching power stage and a primary amplifier output, having: ▪ a feedback filter being a high pass filter provided between the primary amplifier output and a primary amplifier input, ▪ the primary amplifier output operatively connected to the gain stage input and ▪ the primary amplifier input operatively connected to the gain stage output, so that the gain stage is provided in a feedback loop around the primary amplifier. ▪ a feedback filter being a high pass filter provided between the primary amplifier output and a primary amplifier input, ▪ the primary amplifier output operatively connected to the gain stage input and ▪ the primary amplifier input operatively connected to the gain stage output, so that the gain stage is provided in a feedback loop around the primary amplifier.
A method of capturing a polarizable gas in a gas mixture, comprising: exposing the gas mixture to a multidimensional metal-organic material of general formula [ML 2 TIFSIX] n, n is 1 to 10 18, wherein the gas mixture includes the polarizable gas, wherein the MOM has a greater relative affinity for the polarizable gas than the other components in the gas mixture; wherein M is a divalent or trivalent metal, wherein L is a bifunctional linker molecule based upon two nitrogen donor moieties; and TIFSIX is hexafluorotitanate or hexafluorostannate; and capturing the polarizable gas in the MOM.
A control apparatus for controlling an internal combustion engine, characterized by comprising: a characteristic change estimation unit that estimates a characteristic change in the internal combustion engine in accordance with a predetermined condition; a valve adjustment mechanism (320, 360) that adjusts at least one of a lift amount and an operation angle of a valve, and a control unit that corrects a control amount of the internal combustion engine so as to compensate the characteristic change of the internal combustion engine in accordance with an estimation performed by the characteristic change estimation unit, wherein the control unit updates a correction amount representative of the control amount corrected by the control unit when the internal combustion engine is in a predetermined operation state, characterized in that the predetermined operation state comprises a state where at least one of the lift amount and the operation angle of the valve is larger than a predetermined value, and the control unit includes a valve adjustment mechanism control portion (220, 260) that corrects at least one of the lift amount and the operation angle of the valve as said control amount of the internal combustion engine such that the characteristic change in the internal combustion engine is compensated in accordance with an estimation performed by the characteristic change estimation unit, wherein the characteristic change in the internal combustion engine is a reduction amount (Ev) of at least one of the lift amount and the operation angle of the valve owing to aging of the valve adjustment mechanism (320, 360). a characteristic change estimation unit that estimates a characteristic change in the internal combustion engine in accordance with a predetermined condition; a valve adjustment mechanism (320, 360) that adjusts at least one of a lift amount and an operation angle of a valve, and a control unit that corrects a control amount of the internal combustion engine so as to compensate the characteristic change of the internal combustion engine in accordance with an estimation performed by the characteristic change estimation unit, wherein the control unit updates a correction amount representative of the control amount corrected by the control unit when the internal combustion engine is in a predetermined operation state, the predetermined operation state comprises a state where at least one of the lift amount and the operation angle of the valve is larger than a predetermined value, and the control unit includes a valve adjustment mechanism control portion (220, 260) that corrects at least one of the lift amount and the operation angle of the valve as said control amount of the internal combustion engine such that the characteristic change in the internal combustion engine is compensated in accordance with an estimation performed by the characteristic change estimation unit, wherein the characteristic change in the internal combustion engine is a reduction amount (Ev) of at least one of the lift amount and the operation angle of the valve owing to aging of the valve adjustment mechanism (320, 360).
Fuel tank comprising a tank wall that has at least two mutually opposite wall parts, and a stiffening device arranged between the two mutually opposite wall parts, characterized in that the stiffening device comprises at least one connecting strut which has a profile part at each end, which profile parts are rigidly engaged with a complementary profile part at the two mutually opposite wall parts of the tank wall so that the connecting strut absorbs compression forces acting on the tank wall, the complementary profile parts of the two opposite wall parts of the tank wall having an undercut region and coupling parts of the wall parts having an undercut region so that the profile parts of the at least one connecting strut can be pushed onto the undercuts transversely to the longitudinal extension of the connecting strut.