mhurhangee/ep-ind-claims huggingface dataset:
A method for providing object finding information, comprising: when detecting, by an electronic device attached onto an object and used for detecting the occurrence of preset loss events, that a preset loss event occurs, detecting by the electronic device device-relevant information of a surrounding device around a location of the electronic device; and sending by the electronic device the detected device-relevant information of the surrounding device to a first preset device as object finding information. when detecting, by an electronic device attached onto an object and used for detecting the occurrence of preset loss events, that a preset loss event occurs, detecting by the electronic device device-relevant information of a surrounding device around a location of the electronic device; and sending by the electronic device the detected device-relevant information of the surrounding device to a first preset device as object finding information.
Headlamp projection module for a motor vehicle for generating a predetermined light distribution, the projection module comprising: - a light source for emitting light, - primary optics for bundling at least a portion of the emitted light, and - a secondary optics for projecting at least part of the bundled light in a light exit direction of the projection module, - an optically effective refractive microstructure, which is arranged in the beam path of the bundled light in a light distribution generated by the primary optics, characterized in that - the optically effective refractive microstructure has dimensions of the function-determining structural elements (26, 27) in the range of several 10-6 m and that - the optically effective light-refracting microstructure is arranged or formed in the object plane of the secondary optics or in the immediate vicinity of the object plane of the secondary optics, which is projected onto the roadway by the secondary optics, wherein the optically effective light-refracting microstructure leads to a widening of the opening angle of the light bundle of the primary optics and thereby contributes to illuminate the light passage area of the secondary optics more completely and more homogeneously, whereby the local modification of the primary optic decoupling direction by the microstructure does not or almost does not occur in the resulting light distribution projected onto the roadway by the secondary optics, and the shape and dimensions of the light distribution remain largely unchanged. - a light source for emitting light, - primary optics for bundling at least a portion of the emitted light, and - a secondary optics for projecting at least part of the bundled light in a light exit direction of the projection module, - an optically effective refractive microstructure, which is arranged in the beam path of the bundled light in a light distribution generated by the primary optics, characterized in that - the optically effective refractive microstructure has dimensions of the function-determining structural elements (26, 27) in the range of several 10-6 m and that - the optically effective light-refracting microstructure is arranged or formed in the object plane of the secondary optics or in the immediate vicinity of the object plane of the secondary optics, which is projected onto the roadway by the secondary optics, wherein the optically effective light-refracting microstructure leads to a widening of the opening angle of the light bundle of the primary optics and thereby contributes to illuminate the light passage area of the secondary optics more completely and more homogeneously, whereby the local modification of the primary optic decoupling direction by the microstructure does not or almost does not occur in the resulting light distribution projected onto the roadway by the secondary optics, and the shape and dimensions of the light distribution remain largely unchanged.
A tampon with an absorbent tampon core formed from at least one card sliver consisting predominantly of viscose and/or cotton and having no thermoplastic constituents, and at least one enveloping non-woven provided around the tampon core and having thermoplastic fibers and viscose and/or cotton fibers, characterized in that viscose and/or cotton fibers are unmodified viscose and/or cotton fibers and the proportion of viscose and/or cotton fibers in the enveloping non-woven is at least 3% by weight and less than 10% by weight.
Liner for a high-pressure storage vessel, said liner being made out of PVDF-TrFE copolymer and the amount of crystallinity in the liner material being over 30%, preferably 35% at least.
A resource allocation method, comprising: when it is determined to offload a service of a cellular network node to an access point, AP, determining, by a resource allocation node, a first wireless local area network, WLAN, resource in the AP that is allocated to the AP and used to carry a conventional WLAN service of the AP, and a second WLAN resource in the AP that is allocated to the cellular network node and used to carry a to-be-offloaded service of the cellular network node; and sending, by the resource allocation node to the AP, a first message used to indicate information about the first WLAN resource and information about the second WLAN resource; and sending, to the cellular network node, a second message used to indicate the information about the second WLAN resource. when it is determined to offload a service of a cellular network node to an access point, AP, determining, by a resource allocation node, a first wireless local area network, WLAN, resource in the AP that is allocated to the AP and used to carry a conventional WLAN service of the AP, and a second WLAN resource in the AP that is allocated to the cellular network node and used to carry a to-be-offloaded service of the cellular network node; and sending, by the resource allocation node to the AP, a first message used to indicate information about the first WLAN resource and information about the second WLAN resource; and sending, to the cellular network node, a second message used to indicate the information about the second WLAN resource.
Circuit arrangement for determining the temperature of a chip of a semiconductor component in chip design, having - the semiconductor component, which has - a first and a second power terminal (3, 4) and a gate terminal, and - a temperature-dependent ohmic resistor for determining the temperature of the chip, wherein the temperature-dependent resistor forms an electrical connection between the gate terminal and the first or second power terminal (3, 4) and is in thermal contact with the chip, - a driver stage for actuating the semiconductor component, characterised in that the circuit arrangement also has the following elements: - a shunt resistor, - a voltage measurement unit for measuring a voltage at the shunt resistor, wherein the voltage is generated by a current supplied by the driver stage, and - a processing unit for determining the temperature of the chip as a function of the measured voltage, and - a switch arranged in parallel with the shunt resistor, by means of which the shunt resistor can be bypassed. - the semiconductor component, which has - a first and a second power terminal (3, 4) and a gate terminal, and - a temperature-dependent ohmic resistor for determining the temperature of the chip, wherein the temperature-dependent resistor forms an electrical connection between the gate terminal and the first or second power terminal (3, 4) and is in thermal contact with the chip, - a first and a second power terminal (3, 4) and a gate terminal, and - a temperature-dependent ohmic resistor for determining the temperature of the chip, wherein the temperature-dependent resistor forms an electrical connection between the gate terminal and the first or second power terminal (3, 4) and is in thermal contact with the chip, - a driver stage for actuating the semiconductor component, - a shunt resistor, - a voltage measurement unit for measuring a voltage at the shunt resistor, wherein the voltage is generated by a current supplied by the driver stage, and - a processing unit for determining the temperature of the chip as a function of the measured voltage, and - a switch arranged in parallel with the shunt resistor, by means of which the shunt resistor can be bypassed.
A rotating ejection type oozing hose for plant cultivation, comprising a plurality of rotation generators arranged in a row in one band formed at ejection openings; wherein ejection openings are formed at an interval along a longitudinal direction of a hose, applying a rotational force to a flow of water ejected from an inner space of the hose to an outer space thereof, wherein the rotation generator comprises a barrel-shaped rotating space extended from the ejection opening and formed inside the hose, wherein the rotating space is defined by a side portion and a bottom portion, the side portion formed to be extended from an inner wall of the hose and having two rotational force applying passages horizontally connecting the inner space of the hose to the rotating space, and the bottom portion for closing a lower end of the side portion, and wherein the rotational force applying passages are oriented to face a point deviating from a center portion P of the rotating space, applying a rotational force to a flow of water flowing into the rotating space through the rotational force applying passages; wherein the two rotational force applying passages are formed symmetrically with respect to the center of the rotating space, and wherein the rotation generator further comprises a filter provided with a filtering hole for filtering water flowing into the rotational force applying passages from the inner space; and a decompressor having at least one bending path for adjusting a pressure of water flowing into the rotational force applying passages.
A test stream generator for generating a compressed video stream for testing a video decoder, the generator comprising: a context-aware pseudo-random generator adapted to generate pseudo-random values of syntax elements based on decoding context data; a decoding process module (206, 206') adapted to process the syntax element values and to generate the decoding context data and binarization context data; and a binarizer module adapted to encode the syntax element values based on the binarization context data in order to generate said compressed video stream. a context-aware pseudo-random generator adapted to generate pseudo-random values of syntax elements based on decoding context data; a decoding process module (206, 206') adapted to process the syntax element values and to generate the decoding context data and binarization context data; and a binarizer module adapted to encode the syntax element values based on the binarization context data in order to generate said compressed video stream.
An electrophotographic photoreceptor comprising an electroconductive substrate and a photosensitive layer provided thereon, which is characterized in that a binder resin of said photosensitive layer comprises a polycarbonate resin comprising a constituent unit represented by the following formula and a constituent unit represented by the following formula derived from 2,2-bis(4-hydroxyphenyl)propane, wherein the content of the constituent unit represented by said formula is 3 to 50% by weight based upon the total constituent units and the intrinsic viscosity thereof measured at 20°C in a 0.5% dichloromethane solution with a Huggins constant of 0.45 is 0.3 to 2 dl/g.
5-[[5-[4-(4-fluoro-1-methyl-4-piperidyl)-2-methoxyphenyl]-1H-pyrazol-3-yl]amino]pyrazine-2-carbonitrile or a pharmaceutically acceptable salt thereof.
A heat recovery steam generator of horizontal gas path design comprising a heat exchanger tube bundle of horizontal gas path design, wherein the heat exchanger tube bundle is functionally set up for transferring heat from a flue gas to a feed water or condensate when passing it through the tube bundle, the tube bundle comprising a sequence of bottom headers and corresponding top headers, wherein each unit (1, 1a) of the sequence comprises a row of tubes, wherein each bottom header is fluidly connected to a corresponding top header via at least two similar tube rows (3, 4, 5) for passing a fluid in a first direction between the bottom header and the top header, respectively, and wherein each unit of the sequence further comprises at least one further tube row (3, 4, 5) in fluid connection with one of said bottom and top header, wherein the further tube row is further fluidly connected to a header of a subsequent unit (1, 1b), and wherein the further row's tubes (3, 4, 5) are configured for passing the fluid in a second direction opposite to the first direction, characterized in that the cross section of the further row's tubes (3, 4, 5) is smaller than that one of the similar row's tubes (3, 4, 5).
A carrier signal generation circuit for a Radio-frequency identification, RFID, transponder device comprising a frequency divider circuit with a first input to receive a first frequency signal, a second input to receive a division ratio signal (Sdr), and an output to provide the carrier signal (Falm) as a function of the first frequency signal and the division ratio signal (Sdr), characterized by a phase difference determining unit (PDDU) with a first input to receive an analog reader device carrier signal (Sin), a second input to receive the carrier signal (Falm) or a second frequency signal dependent on the first frequency signal and an output to provide a digital phase difference signal (Spd) as a function of the reader device carrier signal (Sin) and the carrier signal (Falm) or as a function of the reader device carrier signal (Sin) and the second frequency signal, and a signal processing unit which is coupled by its input to the output of the phase difference determining unit (PDDU), the signal processing unit being adapted to provide the division ratio signal (Sdr) dependent on the phase difference signal (Spd) such that the division ratio signal (Sdr) is a function of a slope of the phase difference signal (Spd).
A component for a gas turbine engine, the component comprising: a gas path wall having a first surface and a second surface; and a cooling hole extending through the gas path wall from the first surface to the second surface, the cooling hole comprising a metering section having an inlet at the first surface, a diffusing section having an outlet at the second surface, and a transition plane defined between the inlet and the outlet; wherein the metering section converges in a first direction from the inlet to the transition plane and diverges in a second direction from the inlet to the transition plane; and wherein the diffusing section diverges at least in one of the first and second directions from the transition plane to the outlet and wherein the first direction is one of a longitudinal direction or a transverse direction and the second direction is the other of said longitudinal direction or transverse direction. a gas path wall having a first surface and a second surface; and a cooling hole extending through the gas path wall from the first surface to the second surface, the cooling hole comprising a metering section having an inlet at the first surface, a diffusing section having an outlet at the second surface, and a transition plane defined between the inlet and the outlet; wherein the metering section converges in a first direction from the inlet to the transition plane and diverges in a second direction from the inlet to the transition plane; and wherein the diffusing section diverges at least in one of the first and second directions from the transition plane to the outlet and wherein the first direction is one of a longitudinal direction or a transverse direction and the second direction is the other of said longitudinal direction or transverse direction.
A cooling device for cooling medium-voltage switchgear placed inside a sheath, comprising: evaporators operating with a phase-change heat-transfer fluid, and placed about the casing of the switchgear; condensers placed above the sheath; the evaporators and the condensers are in electrical contact with the medium-voltage switchgear and insulating parts are provided for insulating the condensers relative to the roof of the sheath; the device being characterized in that a box surrounds the top of the assembly and the insulating parts are provided for insulate the condensers with regards the box. evaporators operating with a phase-change heat-transfer fluid, and placed about the casing of the switchgear; condensers placed above the sheath;
A visual reference tag comprising an array of cells, wherein each cell is colored differently from its neighbors and visually distinct from all other cells in a given neighbourhood and the color of each of said cells is selected from a finite number of colors characterized in that the tag has a core tag which consists of a central hexagonal cell surrounded by six neighbors, said core tag containing six colors and one of grey shades exactly once.
An assembly, comprising: a display having a first side for displaying at least one image and a second side facing opposite the first side, the display including a first portion having a first plurality of layers between the first side and the second side, the display including a second portion having a second plurality of layers between the first side and the second side, the second plurality of layers including at least one additional layer more than the first plurality of layers; and a camera situated near the second side of the display, a field of view of the camera being at least partially aligned with the first portion of the display; characterized by a backlight module that includes reflecting nano-structures, wherein a portion of the backlight module is aligned with the field of view of the camera and the reflecting nano-structures in the portion have a dimension that is smaller than others of the reflecting nano-structures in another portion of the backlight module. a display having a first side for displaying at least one image and a second side facing opposite the first side, the display including a first portion having a first plurality of layers between the first side and the second side, the display including a second portion having a second plurality of layers between the first side and the second side, the second plurality of layers including at least one additional layer more than the first plurality of layers; and a camera situated near the second side of the display, a field of view of the camera being at least partially aligned with the first portion of the display; characterized by a backlight module that includes reflecting nano-structures, wherein a portion of the backlight module is aligned with the field of view of the camera and the reflecting nano-structures in the portion have a dimension that is smaller than others of the reflecting nano-structures in another portion of the backlight module.
An inoculant for the manufacture of cast iron with lamellar, compacted or spheroidal graphite, said inoculant comprises a particulate ferrosilicon alloy between 40 and 80 % by weight of silicon, between 0.5 and 5 % by weight of calcium and/or strontium and/or barium, between 0 and 10 % by weight of rare earths, for example cerium and/or lanthanum, between 0 and 5 % by weight of magnesium, up to 5% by weight of aluminium, between 0 and 10 % by weight of manganese and/or titanium and/or zirconium, the balance being iron and incidental impurities in the ordinary amount, wherein said inoculant additionally contains 0.1 to 10 % by weight, based on the total weight of inoculant, of particulate bismuth oxide, and optionally between 0.1 and 10 % by weight, based on the total weight of inoculant, of one or more particulate metal sulphides and/or one or more particulate iron oxides, where said particulate bismuth oxide is mixed or blended with the ferrosilicon particles, coating the ferrosilicon alloy particles or is simultaneously added to liquid cast iron with the particulate ferrosilicon particles.
headlamp for a motor vehicle, comprising: -) a first optical assembly, which is mounted so as to pivot about a first axis -) a second optical assembly which is pivotably mounted about a second axis, wherein the first axis and the second axis are substantially parallel to each other, wherein at least one adjusting device (3, 30) is provided for simultaneously pivoting the two optical units (1, 2) about their axes (11, 21), wherein the at least one adjusting device (3, 30) is movably connected to a coupling element and drives the coupling element, and wherein the coupling element driven by the at least one adjusting device (3, 30) is movably connected to the first structural unit via a first connection point and to the second structural unit via a second connection point, wherein exactly one optical unit is further pivotable about an axis extending normal to the two pivot axes (11, 21), characterized in that that connecting point which connects the coupling element to that structural unit which is mounted so as to be pivotable about only one axis is designed in such a way that the coupling element and the structural unit can be displaced relative to one another at least in a plane normal to the further pivot axis, running normal to the two pivot axes (11, 21), of the structural unit which can be pivoted about two axes. -) a first optical assembly, which is mounted so as to pivot about a first axis -) a second optical assembly which is pivotably mounted about a second axis,