mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a driver assistance system of a motor vehicle, comprising the method steps: a) sensing a plurality of vehicles (5a-5d) in the surroundings of the motor vehicle by means of a sensing device of the driver assistance system; b) determining a respective driving parameter value for at least one driving parameter of the sensed vehicles (5a-5d) by means of a computing device of the driver assistance system; characterized by c) categorizing the sensed vehicles (5a-5d) on the basis of the at least one driving parameter value, respectively determined for the sensed vehicles (5a-5d), into average vehicles (5a-5c) and into atypical vehicles; d) collectively predicting an overall behaviour for a totality of the sensed average vehicles (5a-5c) on the basis of the driving parameter values determined for the average vehicles (5a-5c); and e) individually predicting a respective individual behaviour for the sensed atypical vehicles on the basis of the respective driving parameter value determined for the respective atypical vehicle. a) sensing a plurality of vehicles (5a-5d) in the surroundings of the motor vehicle by means of a sensing device of the driver assistance system; b) determining a respective driving parameter value for at least one driving parameter of the sensed vehicles (5a-5d) by means of a computing device of the driver assistance system; c) categorizing the sensed vehicles (5a-5d) on the basis of the at least one driving parameter value, respectively determined for the sensed vehicles (5a-5d), into average vehicles (5a-5c) and into atypical vehicles; d) collectively predicting an overall behaviour for a totality of the sensed average vehicles (5a-5c) on the basis of the driving parameter values determined for the average vehicles (5a-5c); and e) individually predicting a respective individual behaviour for the sensed atypical vehicles on the basis of the respective driving parameter value determined for the respective atypical vehicle.
A pin for use in devices for processing wafer-shaped articles, comprising: - a body formed of a chemically inert bulk material and defining a hollow cavity, wherein the pin includes gripping parts configured to contact a semiconductor wafer laterally along the edge of the semiconductor wafer, and - an insert positioned within said cavity formed of a material whose Young's modulus is greater than that of the bulk material, wherein the cavity is a blind bore, and the insert is entirely covered by the bulk inert material on all surfaces within the gripping part, wherein the upper part of the blind bore is within the gripping part of the pin. - a body formed of a chemically inert bulk material and defining a hollow cavity, wherein the pin includes gripping parts configured to contact a semiconductor wafer laterally along the edge of the semiconductor wafer, and - an insert positioned within said cavity formed of a material whose Young's modulus is greater than that of the bulk material, wherein the cavity is a blind bore, and the insert is entirely covered by the bulk inert material on all surfaces within the gripping part, wherein the upper part of the blind bore is within the gripping part of the pin.
A module for interfacing with industrial control equipment, comprising: a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment; a variable resistance device connected to the terminal and adapted to provide a resistance in the channel; and a control circuit (44, 46) connected to the variable resistance device, wherein the control circuit (44, 46) is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the plurality of modes includes modes for digital output, digital input, analog output and analog input. a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment; a variable resistance device connected to the terminal and adapted to provide a resistance in the channel; and a control circuit (44, 46) connected to the variable resistance device, wherein the control circuit (44, 46) is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the plurality of modes includes modes for digital output, digital input, analog output and analog input.
A tool for implanting an inflatable penile prosthetic cylinder, the tool comprising: a barrel extending from a proximal end to a distal end, the barrel having a solid central portion bounded by a curved exterior perimeter of the barrel; and characterized in a clasp having a proximal end that is attached to the tool and a distal end that is free to move away from and towards the barrel, the clasp has an interior surface located adjacent to the curved exterior perimeter of the barrel and an exposed exterior surface opposite of the interior surface; wherein the interior surface of the clasp is spaced a distance away from the barrel at locations between the proximal end and the distal end of the clasp; and wherein the interior surface of the clasp touches the barrel at the distal end of the clasp. a barrel extending from a proximal end to a distal end, the barrel having a solid central portion bounded by a curved exterior perimeter of the barrel; and characterized in a clasp having a proximal end that is attached to the tool and a distal end that is free to move away from and towards the barrel, the clasp has an interior surface located adjacent to the curved exterior perimeter of the barrel and an exposed exterior surface opposite of the interior surface;
Filter assembly for a laundry treatment appliance, comprising a filter receptacle, a filter, a flap which is pivotable about a pivot axis, and a locking device having a locking part which is preloaded by means of a spring of the locking device, it being possible for the filter to be transferred back and forth between a receiving position, in which the filter is received in the filter receptacle, and a removal position, in which the filter is removed from the filter receptacle, and it being possible for the flap to be transferred back and forth along an actuating path between a closed position, in which the flap covers the filter receptacle such that the flap forms an optical unit with the remainder of the laundry treatment appliance and/or allows the laundry treatment appliance to be started up, and an open position, in which the flap uncovers the filter receptacle, and it being possible for the locking part of the locking device to be transferred back and forth between a locked position, in which the locking part prevents the flap from being transferred into its closed position, and a release position, in which the locking part allows the flap to be transferred into its closed position, namely such that the spring preloads the locking part in the direction of its locked position and the locking part can be transferred in the direction of its release position by means of the filter against a spring force of the spring and can be held in the release position, characterized in that the locking part is designed as a slide which is movably mounted in a slide guide of the filter assembly, which guide extends transversely to the actuating path of the flap, such that the locking part is aligned transversely to the pivot axis, the slide guide having a first end stop for the slide, which corresponds to the locked position, and a second end stop for the slide, which corresponds to the release position.
An acoustic shield intended to be mounted under a motor vehicle engine, said shield comprising a thermo-compressed fibrous and porous body, said shield being characterised in that the constituent fibres of said body are distributed according to the following percentages by weight: • between 15% and 25% of sound-absorbing fibres based on polyethylene terephthalate and with a titre comprised between 1.5 and 2 dtex, • between 30% and 40% of glass fibres to provide mechanical strength, • between 40% and 50% of polypropylene binder fibres ensuring bonding between the fibres of said body following melting thereof. • between 15% and 25% of sound-absorbing fibres based on polyethylene terephthalate and with a titre comprised between 1.5 and 2 dtex, • between 30% and 40% of glass fibres to provide mechanical strength, • between 40% and 50% of polypropylene binder fibres ensuring bonding between the fibres of said body following melting thereof.
A device for neuron excitation, wherein: said device comprises a set of at least two separate coils independently connected to a power supply to supply power to said coils such that: said coils are configured to be independently driven, said at least two separate coils are configured to be driven with shifted phases of current in time, and said currents are pulsed, said phase-shifted currents configured to induce at least two time dependent magnetic fields, and the resultant sum of said at least two magnetic fields is a rotating magnetic field. said device comprises a set of at least two separate coils independently connected to a power supply to supply power to said coils such that: said coils are configured to be independently driven, said at least two separate coils are configured to be driven with shifted phases of current in time, and said currents are pulsed, said phase-shifted currents configured to induce at least two time dependent magnetic fields, and the resultant sum of said at least two magnetic fields is a rotating magnetic field. said coils are configured to be independently driven, said at least two separate coils are configured to be driven with shifted phases of current in time, and said currents are pulsed, said phase-shifted currents configured to induce at least two time dependent magnetic fields, and the resultant sum of said at least two magnetic fields is a rotating magnetic field.
Rolling piston of an air spring system, comprising a pot-shaped piston lower part, wherein the piston lower part has a piston head with a bearing surface and has a rotationally symmetrical piston wall, a piston upper part in the form of a cover, which is connected in an air-tight manner to the piston lower part and adjoins the piston wall, wherein multiple rib-like stiffening elements are arranged rotationally symmetrically in a radial direction, in particular in a radiating manner with respect to a longitudinal axis extending normal to the piston head, between the piston head and the piston wall, wherein the rib-like stiffening elements have a first side surface and a second side surface, wherein the piston upper part has a flange and a skirt, wherein the skirt protrudes axially from the flange by a predetermined extent in the direction away from the piston head, characterized in that the piston head has a peripheral bead which is arranged rotationally symmetrically in the radial direction and which has a predetermined radius. a pot-shaped piston lower part, wherein the piston lower part has a piston head with a bearing surface and has a rotationally symmetrical piston wall, a piston upper part in the form of a cover, which is connected in an air-tight manner to the piston lower part and adjoins the piston wall, wherein multiple rib-like stiffening elements are arranged rotationally symmetrically in a radial direction, in particular in a radiating manner with respect to a longitudinal axis extending normal to the piston head, between the piston head and the piston wall, wherein the rib-like stiffening elements have a first side surface and a second side surface, wherein the piston upper part has a flange and a skirt, wherein the skirt protrudes axially from the flange by a predetermined extent in the direction away from the piston head, characterized in that the piston head has a peripheral bead which is arranged rotationally symmetrically in the radial direction and which has a predetermined radius.
A method, comprising: receiving touch input signals associated with one or more elements of a web page displayed on a touch sensitive device; processing the touch input signals to determine if the touch input signals are associated with a touch gesture made with respect to the one or more elements of the web page, wherein processing the touch input signals includes determining touch events based on the touch input signals, the touch events including a touch start event, one or more touch move events, and a touch end or touch cancel event; and if the touch input signals are associated with a touch gesture, processing the touch events into gesture events using a touch model, said processing of the touch events including combining a plurality of the touch events into a gesture event containing scale and/or rotation information, and forwarding the gesture events to the webpage for further processing; wherein the gesture events include a gesture start event, a gesture change event and a gesture end event. receiving touch input signals associated with one or more elements of a web page displayed on a touch sensitive device; processing the touch input signals to determine if the touch input signals are associated with a touch gesture made with respect to the one or more elements of the web page, wherein processing the touch input signals includes determining touch events based on the touch input signals, the touch events including a touch start event, one or more touch move events, and a touch end or touch cancel event; and if the touch input signals are associated with a touch gesture, processing the touch events into gesture events using a touch model, said processing of the touch events including combining a plurality of the touch events into a gesture event containing scale and/or rotation information, and forwarding the gesture events to the webpage for further processing; wherein the gesture events include a gesture start event, a gesture change event and a gesture end event.
A case hardening steel comprising a chemical composition containing, in mass%, C: 0.15 % or more and 0.30 % or less, Si: 0.80 % or more and 2.00 % or less, Mn: 0.20 % or more and 0.80 % or less, P: 0.003 % or more and 0.030 % or less, S: 0.005 % or more and 0.050 % or less, Cr: 1.00 % or more and less than 1.80 %, Mo: 0.03 % or more and 0.30 % or less, Al: 0.020 % or more and 0.060 % or less, N: 0.0060 % or more and 0.0300 % or less, and O: 0.0003 % or more and 0.0025 % or less within a range in which the following Expression and Expression are satisfied, optionally further containing, in mass%, one or more selected from the group consisting of Nb: 0.050 % or less, Ti: less than 0.025 %, Sb: 0.035 % or less, Cu: 1.0 % or less, Ni: 1.0 % or less, V: 0.050 % or less, Ca: 0.0050 % or less, Sn: 0.50 % or less, Se: 0.30 % or less, Ta: 0.10 % or less, and Hf: 0.10 % or less, with the balance being Fe and inevitable impurities, wherein the following Expression is satisfied: % Si + % Mn + % Cr + % Mo / 3 ≥ 1.5 180 − 45 % Mn − 14 % Cr − 51 % Mo + 5 % Si ≥ 125 √ I ≤ 80 where [%M] denotes a content of M element in mass%, and I denotes an area, in μm 2, of an oxide-based inclusion located in a fish eye central portion at a fracture surface after subjecting the case hardening steel to carburizing-quenching and tempering and then performing a rotating bending fatigue test as defined in the description.
A method for producing a separating membrane, comprising the steps of: - providing a polymer solution of at least one amphiphilic block copolymer in a solvent for the block copolymer, wherein the polymer solution has a polymer content in the range of 0.2 to 3 wt% and contains just one single solvent, and the solvent is dimethyl formamide, sulfolane, dimethyl acetamide, N-methyl pyrrolidone, dimethyl sulfoxide or dioxane, - forming a film from the polymer solution on a carrier substrate, wherein the forming of the film is conducted using a spray method, a printing method or a method based on capillary effects, and - phase inversion of the film by bringing the film into contact with a non-solvent for the block copolymer, wherein pores are formed and an active separating layer arranged on the carrier substrate is obtained, and wherein the method comprises no further step for producing pores. - providing a polymer solution of at least one amphiphilic block copolymer in a solvent for the block copolymer, wherein the polymer solution has a polymer content in the range of 0.2 to 3 wt% and contains just one single solvent, and the solvent is dimethyl formamide, sulfolane, dimethyl acetamide, N-methyl pyrrolidone, dimethyl sulfoxide or dioxane, - forming a film from the polymer solution on a carrier substrate, wherein the forming of the film is conducted using a spray method, a printing method or a method based on capillary effects, and - phase inversion of the film by bringing the film into contact with a non-solvent for the block copolymer, wherein pores are formed and an active separating layer arranged on the carrier substrate is obtained, and wherein the method comprises no further step for producing pores.
Artificial surfing system for generating a standing wave comprising a water circuit in which a first wave generating device is arranged, which comprises a wave pool and a ramp arranged upstream of the wave pool, over which the water flows down into the wave pool, wherein the water circuit downstream of the wave pool of the first wave generating device comprises a water backflow, via which the water is made available to a pump with which the water can be conveyed from the backflow upwards to the first wave generating device, characterized in that at least one further wave generating device is arranged in the backflow, to which the water coming from the first wave generating device flows.
A method for enhancing an image, comprising the steps of: constructing an input histogram corresponding to the image, the input histogram representing a pixel intensity distribution corresponding to the image; establishing a variable plateau profile to be applied to the input histogram; clipping the input histogram at the variable plateau profile to produce a clipped input histogram; constructing the cumulative histogram of the clipped input histogram; normalizing the cumulative histogram to produce a normalized cumulative histogram; transforming the image using the normalized cumulative histogram to produce an enhanced output image corresponding to the input image, wherein at least a portion of the input image is enhanced in the output image; selectively adjusting gain of the output image; wherein the method includes establishing a plateau profile, for enhancing dark regions in the image, which decreases from a first bin to a last bin in the histogram to which the plateau profile is to be applied in the clipping process. constructing an input histogram corresponding to the image, the input histogram representing a pixel intensity distribution corresponding to the image; establishing a variable plateau profile to be applied to the input histogram; clipping the input histogram at the variable plateau profile to produce a clipped input histogram; constructing the cumulative histogram of the clipped input histogram; normalizing the cumulative histogram to produce a normalized cumulative histogram; transforming the image using the normalized cumulative histogram to produce an enhanced output image corresponding to the input image, wherein at least a portion of the input image is enhanced in the output image; selectively adjusting gain of the output image; wherein the method includes establishing a plateau profile, for enhancing dark regions in the image, which decreases from a first bin to a last bin in the histogram to which the plateau profile is to be applied in the clipping process.
A vacuum interrupter comprising: a container formed of an insulating material; a fixed portion end plate coupled to an upper portion of the container; a movable portion end plate coupled to a lower end portion of the container and having an opening hole formed in a central portion thereof; a movable electrode inserted into the opening hole and configured to be moved up and down; a bellows having one end installed in the movable portion end plate and the other end installed in the movable electrode within the container such that the interior of the container is maintained in a vacuum state even though the movable electrode moves; a bellows guide formed as a flange type tube body and having a flange portion coupled to the movable portion end plate and a body portion inserted into the opening hole and assist the movable electrode to make a linear movement; and a bellows guide fixing member formed as a tube body and coupled to a lower portion of the movable portion end plate to surround the flange portion, characterised in that a plurality of first side holes are formed in the flange portion, and a second side hole communicating with the plurality of first side holes is formed in the bellows guide fixing member to allow air inside the bellows to be discharged to the outside. a container formed of an insulating material; a fixed portion end plate coupled to an upper portion of the container; a movable portion end plate coupled to a lower end portion of the container and having an opening hole formed in a central portion thereof; a movable electrode inserted into the opening hole and configured to be moved up and down; a bellows having one end installed in the movable portion end plate and the other end installed in the movable electrode within the container such that the interior of the container is maintained in a vacuum state even though the movable electrode moves; a bellows guide formed as a flange type tube body and having a flange portion coupled to the movable portion end plate and a body portion inserted into the opening hole and assist the movable electrode to make a linear movement; and a bellows guide fixing member formed as a tube body and coupled to a lower portion of the movable portion end plate to surround the flange portion, characterised in that a plurality of first side holes are formed in the flange portion, and a second side hole communicating with the plurality of first side holes is formed in the bellows guide fixing member to allow air inside the bellows to be discharged to the outside.