mhurhangee/ep-ind-claims huggingface dataset:
A method for broadcasting a message in a vehicular ad hoc network, comprising the following steps to be performed by a first communication device mounted on a first vehicle: receiving a message from a second vehicle; identifying a first number of vehicles which are within a communication range of the first communication device; calculating a first count-down time based on the first number, where the greater the first number the shorter the first count-down time; and if the first communication device does not receive the message again before the first count-down time ends, broadcasting the message when the first count-down time ends characterized in that the step of calculating the first count-down time comprises: identifying a first group of vehicles which are within both the communication range of the first communication device and a communication range of the second vehicle; obtaining a first set of numbers each of which indicates how many vehicles are within a communication range of a corresponding vehicle in the first group; sorting the first set of numbers together with the first number to obtain a number sequence; and calculating the first count-down time based on the position of the first number in the number sequence. receiving a message from a second vehicle; identifying a first number of vehicles which are within a communication range of the first communication device; calculating a first count-down time based on the first number, where the greater the first number the shorter the first count-down time; and if the first communication device does not receive the message again before the first count-down time ends, broadcasting the message when the first count-down time ends characterized in that identifying a first group of vehicles which are within both the communication range of the first communication device and a communication range of the second vehicle; obtaining a first set of numbers each of which indicates how many vehicles are within a communication range of a corresponding vehicle in the first group; sorting the first set of numbers together with the first number to obtain a number sequence; and calculating the first count-down time based on the position of the first number in the number sequence.
Slab copper plate with a hot side and a cold side, wherein grooves as cooling channels are formed on the cold side and extend from an upper edge in an upper region to a lower edge in a lower region, and rows of bores are formed in the plate, wherein mutually parallel rectilinear first grooves are provided between rows of bores, wherein the rectilinear first grooves are formed to be completely rectilinear from almost the upper edge to almost the lower edge, wherein in addition arranged adjacent to the rows of bores are second grooves which comprise rectilinear part grooves (8, 10) in the upper region of the slab copper plate in the region of bores and bent or curved or obliquely extending part grooves between these rectilinear part grooves (8, 10), wherein the curved, bent or oblique part grooves and the straight part grooves (8, 10) of the second grooves serve the purpose of leading the second grooves around the bore, wherein the second grooves adjacent to the bores are arranged rectilinearly and parallel to one another in the lower region, and wherein at least individual grooves or part grooves in the upper or lower region have a groove depth T1 and at least individual grooves or part grooves in the upper or lower region have a groove depth T2, wherein T1 is not equal to T2, characterised in that all grooves (2, 6) and part grooves (8, 9, 10) extending parallelly in the upper region with the exception of the part grooves (8, 9, 10) directly adjacent to a bore have as considered in horizontal direction a fluctuation width of the spacing H thereof of at most +/- 20% amongst one another.
A control device for controlling a three-dimensional printing apparatus, the printing apparatus including a reservoir configured to store powder, the powder being to be solidified inside the reservoir to form a three-dimensional object, a feeder configured to move the powder from a predetermined location in a predetermined conveying direction, thereby feeding the powder to the reservoir, and a solidifier configured to perform a process of solidifying the powder in the reservoir in accordance with a control signal, the control device comprising a controller configured to generate the control signal so as to form a first auxiliary object between the three-dimensional object and a wall surface of the reservoir, the wall surface being at a position downstream from the three-dimensional object in the conveying direction, characterized in that the controller being configured to generate the control signal so as to provide a predetermined clearance between the lower end portion of the first auxiliary object and the bottom of the reservoir.
A method for stabilizing a gait of a user wearing a hearing device, the method comprising: sensing an audio signal with a microphone of the hearing device; modifying the audio signal with the hearing device into a modified audio signal; sensing a movement signal of the user with a movement sensor of the hearing device; determining a step signal indicative of a timing of steps of the user and/or a sway signal of the user indicative of a sway of the user over time from the movement signal; predicting a future step signal from the step signal, the future step signal indicative of a timing of one or more future steps of the user and/or a future sway signal from the sway signal, the future sway signal indicative of a sway of the user over a future time; triggering a cue signal depending on the future step signal and/or the future sway signal, such that the cue signal has a timing to cause the user to initiate a next step to stabilize the gait of the user; generating an output cue (50, 52) to be output to the user, the output cue comprising an acoustic cue; determining a noise level in at least one of the audio signal and the modified audio signal; setting a level of the acoustic cue depending on the noise level, such that the acoustic cue is imperceptible by the user but a stimulation of the user takes place due to stochastic resonance; adding the acoustic cue to the audio signal or the modified audio signal at the timing of the cue signal; outputting the modified audio signal with the added acoustic cue with a sound output device of the hearing device to the user. sensing an audio signal with a microphone of the hearing device; modifying the audio signal with the hearing device into a modified audio signal; sensing a movement signal of the user with a movement sensor of the hearing device; determining a step signal indicative of a timing of steps of the user and/or a sway signal of the user indicative of a sway of the user over time from the movement signal; predicting a future step signal from the step signal, the future step signal indicative of a timing of one or more future steps of the user and/or a future sway signal from the sway signal, the future sway signal indicative of a sway of the user over a future time; triggering a cue signal depending on the future step signal and/or the future sway signal, such that the cue signal has a timing to cause the user to initiate a next step to stabilize the gait of the user; generating an output cue (50, 52) to be output to the user, the output cue comprising an acoustic cue; determining a noise level in at least one of the audio signal and the modified audio signal; setting a level of the acoustic cue depending on the noise level, such that the acoustic cue is imperceptible by the user but a stimulation of the user takes place due to stochastic resonance; adding the acoustic cue to the audio signal or the modified audio signal at the timing of the cue signal; outputting the modified audio signal with the added acoustic cue with a sound output device of the hearing device to the user.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein each of X, Y, and Z is independently hydrogen or deuterium. or a pharmaceutically acceptable salt thereof, wherein each of X, Y, and Z is independently hydrogen or deuterium.
A polymerisable photoinitiator according to Formula: wherein: R 1 and R 2 are independently selected from the group consisting of hydrogen, an unsubstituted alkyl group, an unsubstituted alkenyl group, an unsubstituted alkynyl group, an unsubstituted aralkyl group, an unsubstituted alkaryl group, an unsubstituted aryl or heteroaryl group, a halogen, an ether group, a thioether group, an aldehyde group, a ketone group, an ester group, an amide group, an amine and a nitro group; R 1 and R 2 may represent the necessary atoms to form a five to eight membered ring; L represents an n+m-valent linking group comprising 1 to 30 carbon atoms; A represents a radically polymerizable group selected from the group consisting of an acrylate group, a methacrylate group, a styrene group, an acryl amide group, a methacryl amide group, a maleate group, a fumarate group, an itaconate group, a vinyl ether group, an allyl ether group, a vinyl ester group and an allyl ester group; and n and m independently represent an integer from 1 to 5. R 1 and R 2 are independently selected from the group consisting of hydrogen, an unsubstituted alkyl group, an unsubstituted alkenyl group, an unsubstituted alkynyl group, an unsubstituted aralkyl group, an unsubstituted alkaryl group, an unsubstituted aryl or heteroaryl group, a halogen, an ether group, a thioether group, an aldehyde group, a ketone group, an ester group, an amide group, an amine and a nitro group; R 1 and R 2 may represent the necessary atoms to form a five to eight membered ring; L represents an n+m-valent linking group comprising 1 to 30 carbon atoms; A represents a radically polymerizable group selected from the group consisting of an acrylate group, a methacrylate group, a styrene group, an acryl amide group, a methacryl amide group, a maleate group, a fumarate group, an itaconate group, a vinyl ether group, an allyl ether group, a vinyl ester group and an allyl ester group; and n and m independently represent an integer from 1 to 5.
Perspiration sensor, comprising a sensor module, wherein the sensor module comprises at least a first sensor that is designed to measure relative humidity, wherein the sensor module is configured to be mounted in an automotive seat, which automotive seat comprises a seat cover region forming an outer surface of the seat that faces a passenger sitting on the automotive seat, wherein the sensor module is configured to be mounted such in said automotive seat that it is spaced apart from said seat cover region, and wherein the sensor module comprises a second sensor that is designed to measure relative humidity and/or temperature, and wherein the perspiration sensor further comprises a control unit that is configured to measure a perspiration rate using a relative humidity measured by the first sensor and a relative humidity measured by the second sensor, and wherein the sensor module comprises a circumferential wall that surrounds a channel of the sensor module, and wherein the channel ends in an opening, wherein the first sensor is arranged in the channel at a first distance from the opening, and wherein the second sensor is arranged in the channel at a second distance from the opening, wherein the second distance is larger than the first distance.
Single- or multilayer polyester film, where: • the film has an antireflective coating at least on one side, • that side of the film that is opposite to the side having an antireflective coating likewise has an antireflective coating or has an antireflective outer layer, with a lower refractive index than the refractive index of the film without antireflective outer layer, • the film (ignoring the coating) comprises a UV stabilizer in all layers, and • the transparency of the film is at least 93.5 %, where the thickness of the coating (s) is in each case at least 60 nm and at most 130 nm. • the film has an antireflective coating at least on one side, • that side of the film that is opposite to the side having an antireflective coating likewise has an antireflective coating or has an antireflective outer layer, with a lower refractive index than the refractive index of the film without antireflective outer layer, • the film (ignoring the coating) comprises a UV stabilizer in all layers, and • the transparency of the film is at least 93.5 %, where the thickness of the coating (s) is in each case at least 60 nm and at most 130 nm.
Anode material for lithium ion batteries which is based on silicon particles, one or more binders, optionally graphite, optionally one or more further electrically conductive components and optionally one or more additives, characterized in that the silicon particles are unaggregated and have a volume-weighted particle size distribution between the diameter percentiles 10 μm ≥ d 10 ≥ 0.2 μm and d 90 ≤ 20.0 μm and also a d 50 of from 0.5 to 10.0 μm and breadth d 90 -d 10 ≤ 15 μm (determined by static laser light scattering using the Mie model by means of the measuring instrument Horiba LA 950 with ethanol as dispersing medium for the silicon particles), wherein the proportion of silicon in the anode material is in the range from 40% by weight to 95% by weight, based on the total weight of the anode material.
A method of preparing a graphene sheet, the method comprising: forming a film by deposition on a silicon substrate, the film comprising a graphitizing catalyst, and the substrate including a blocking layer interposed between the substrate and the graphitizing catalyst, wherein the blocking layer comprises SiO x, TiN, Al 2 O 3, TiO 2 or Si 3 N; heat-treating a gaseous carbon source in the presence of the graphitizing catalyst to form graphene, said heat treating being performed at a temperature of 300° C to 2000° C for 0.001 hour to 1000 hours; and cooling the graphene to form a graphene sheet. forming a film by deposition on a silicon substrate, the film comprising a graphitizing catalyst, and the substrate including a blocking layer interposed between the substrate and the graphitizing catalyst, wherein the blocking layer comprises SiO x, TiN, Al 2 O 3, TiO 2 or Si 3 N; heat-treating a gaseous carbon source in the presence of the graphitizing catalyst to form graphene, said heat treating being performed at a temperature of 300° C to 2000° C for 0.001 hour to 1000 hours; and cooling the graphene to form a graphene sheet.
A network system comprising: an electrical appliance consuming energy generated in an energy supply source, the electrical appliance having a first device code; and a mobile device exchanging information with the electrical appliance to be communicably connected to the electrical appliance, the mobile device having a second device code, wherein, when a command for communicable connection is inputted into the electrical appliance or the mobile device, a connection sequence is generated from the component in which the command is inputted to exchange an IP address and the device code of each of the components (100,200) between one component generating the connection sequence and the other component receiving the connection sequence, and while the mobile device communicates with the electrical appliance, the method is characterized in that the mobile device is configured to receive electricity usage amount information of the electrical appliance, the mobile device is configured to receive energy information, which comprises electricity supply amount information from the energy supply source, the mobile device is configured to receive electricity supply amount information from the energy supply source and electricity usage amount information from the electrical appliance to enable a user of the mobile device to compare the electricity supply amount information and the electricity usage amount information, thereafter, when a command for controlling an operation of the electrical appliance in the mobile device is inputted, the electrical appliance is operated on the basis of the operation command information transmitted from the mobile device into the electrical appliance.
A lighting device configured to provide lighting device light, the lighting device comprising a solid state light source configured to provide blue light having a peak wavelength selected from the range of 430-455 nm, a first luminescent material configured to convert part of the blue light into first luminescent material light and a second luminescent material configured to convert part of one or more of the blue light and the first luminescent material light into second luminescent material light, wherein the solid state light source, the first luminescent material, and the second luminescent material are selected to provide at a first setting of the lighting device white lighting device light having a CRI of at least 90, a gamut area index of at least 100, a R 9 value of at least 70 and a R 50 value of at maximum 455 nm, wherein the R 50 value is defined as a first wavelength (λ 50) in a spectral distribution of the white lighting device light at the first setting, wherein the first wavelength (λ 50) is a wavelength closest to the peak wavelength (λ PWL) but at a longer wavelength than the peak wavelength (λ PWL) of the blue light where the peak intensity (I 50) is 50% of the intensity (I PWL) at the peak wavelength (λ PWL), and wherein the first luminescent material light has an intensity in one or more of the green wavelength range of 495-570 nm and yellow wavelength range of 570-590 nm having a CIE u 1 ', and the second luminescent material light has an intensity in one or more of the orange wavelength range of 590-620 nm and red wavelength range of 620-780 nm having a CIE u 2 ', wherein the first luminescent material and the second luminescent material are selected to provide said first luminescent material light and said second luminescent material light defined by a maximum ratio of CIE u 1 ' and CIE u 2 ' being CIE u 2 ' = 1.58 ∗ CIE u 1 ' + 0.255, and a minimum ratio of CIE u 1 ' and CIE u 2 ' being CIE u 2 ' = 2.3 * CIE u 1 ' + 0.04.
A frame (100;200;300;500;800) comprising: - a frame structure, - a fabric, - a fastening device (102;202;302;402;802) for fastening, in a removable or detachable manner, said fabric to a profile (104;702) of said frame structure, comprising an inner edge (104 1) and an outer edge opposite said inner edge (104 1), such that once fastened, said fabric extends to the side of said inner edge (104 1); said fastening device (102;202;302;402;802) comprising: - a first fastening part, for fastening said device (102;202;302;402;802) to said profile (104;702), - a part, called covering part, provided to be covered by said fabric, said covering part extending beyond said fastening part to the outer edge, in the direction from the inner edge (104 1) towards the outer edge; characterized in that said fastening device is in the shape of a " Γ " or of a " T " the vertical arm of which forms said first fastening part and the horizontal arm forms the covering part; and in that said profile comprises a groove (104 3), formed between an inner edge (104 1) and an outer edge (104 2) of said profile, and provided for receiving the first fastening part of said fastening device (102;202;302;402;802), said profile having between its outer edge (104 2) and the groove (104 3) a thickness (E 2) less than its thickness (E 1) between its inner edge (104 1) and the groove (104 3). - a frame structure, - a fabric, - a fastening device (102;202;302;402;802) for fastening, in a removable or detachable manner, said fabric to a profile (104;702) of said frame structure, comprising an inner edge (104 1) and an outer edge opposite said inner edge (104 1), such that once fastened, said fabric extends to the side of said inner edge (104 1); said fastening device (102;202;302;402;802) comprising: - a first fastening part, for fastening said device (102;202;302;402;802) to said profile (104;702), - a part, called covering part, provided to be covered by said fabric, said covering part extending beyond said fastening part to the outer edge, in the direction from the inner edge (104 1) towards the outer edge; - a first fastening part, for fastening said device (102;202;302;402;802) to said profile (104;702), - a part, called covering part, provided to be covered by said fabric, said covering part extending beyond said fastening part to the outer edge, in the direction from the inner edge (104 1) towards the outer edge; characterized in that said fastening device is in the shape of a " Γ " or of a " T " the vertical arm of which forms said first fastening part and the horizontal arm forms the covering part; and in that said profile comprises a groove (104 3), formed between an inner edge (104 1) and an outer edge (104 2) of said profile, and provided for receiving the first fastening part of said fastening device (102;202;302;402;802), said profile having between its outer edge (104 2) and the groove (104 3) a thickness (E 2) less than its thickness (E 1) between its inner edge (104 1) and the groove (104 3).
A double row roller bearing comprising: an inner ring; an outer ring; a plurality of rollers arranged in two rows between the inner ring and the outer ring; and a plurality of independent cages each of which holds the rollers arranged in a corresponding one of the rows, wherein each of the cages is a prong type resin cage having an annular portion and a plurality of cage bars extended in an axial direction of the prong type resin cage from one side face of the annular portion, and located at intervals in a circumferential direction of the prong type resin cage, characterized in that each of the cage bars has a roller guide face formed in each opposed face of the cage bar, the opposed face being opposed to an outer peripheral face of a corresponding one of the rollers, the roller guide face being used for roller guide by the outer peripheral face when the prong type resin cage is rotated at a rotational speed equal to or lower than a prescribed rotational speed, and a cage outer face including an outer peripheral face of the annular portion and radially outer faces of the cage bars forms outer ring guide faces of which diameter is increased radially outward by a centrifugal force to decrease a radial clearance between the outer ring guide faces and an inner peripheral face of the outer ring, so that outer ring guide of the outer peripheral face and the radially outer faces by the inner peripheral face of the outer ring is carried out, when the rotational speed of the prong type resin cage exceeds the prescribed rotational speed. an inner ring; an outer ring; a plurality of rollers arranged in two rows between the inner ring and the outer ring; and a plurality of independent cages each of which holds the rollers arranged in a corresponding one of the rows, wherein each of the cages is a prong type resin cage having an annular portion and a plurality of cage bars extended in an axial direction of the prong type resin cage from one side face of the annular portion, and located at intervals in a circumferential direction of the prong type resin cage, characterized in that each of the cage bars has a roller guide face formed in each opposed face of the cage bar, the opposed face being opposed to an outer peripheral face of a corresponding one of the rollers, the roller guide face being used for roller guide by the outer peripheral face when the prong type resin cage is rotated at a rotational speed equal to or lower than a prescribed rotational speed, and a cage outer face including an outer peripheral face of the annular portion and radially outer faces of the cage bars forms outer ring guide faces of which diameter is increased radially outward by a centrifugal force to decrease a radial clearance between the outer ring guide faces and an inner peripheral face of the outer ring, so that outer ring guide of the outer peripheral face and the radially outer faces by the inner peripheral face of the outer ring is carried out, when the rotational speed of the prong type resin cage exceeds the prescribed rotational speed.