mhurhangee/ep-ind-claims huggingface dataset:
A luminescent material comprising: second semiconductor nanoparticles that comprise first semiconductor nanoparticles and deposits arranged on the surfaces of the first semiconductor nanoparticles, and that emit light when irradiated with light; and a metal compound in which the second semiconductor nanoparticles are embedded, wherein the first semiconductor nanoparticles comprise M 1, M 2, and Z, M 1 is at least one selected from the group consisting of Ag, Cu, Au and alkali metals, and comprises at least Ag, M 2 is at least one selected from the group consisting of Al, Ga, In and Tl, and comprises at least one of In and Ga, Z comprises at least one selected from the group consisting of S, Se, and Te, the first semiconductor nanoparticles have a composition in which a total content ratio of M 1 is 10% by mole or more and 30% by mole or less, a total content ratio of M 2 is 15% by mole or more and 35% by mole or less, and a total content ratio of Z is 35% by mole or more and 55% by mole or less, the deposit comprises a semiconductor that is substantially composed of at least one selected from the group consisting of Al, Ga, In, Tl and alkali metals, and at least one selected from the group consisting of S, O, Se and Te, and the metal compound comprises at least one of Zn and Ga, and at least one of S and O. second semiconductor nanoparticles that comprise first semiconductor nanoparticles and deposits arranged on the surfaces of the first semiconductor nanoparticles, and that emit light when irradiated with light; and a metal compound in which the second semiconductor nanoparticles are embedded, wherein the first semiconductor nanoparticles comprise M 1, M 2, and Z, M 1 is at least one selected from the group consisting of Ag, Cu, Au and alkali metals, and comprises at least Ag, M 2 is at least one selected from the group consisting of Al, Ga, In and Tl, and comprises at least one of In and Ga, Z comprises at least one selected from the group consisting of S, Se, and Te, the first semiconductor nanoparticles have a composition in which a total content ratio of M 1 is 10% by mole or more and 30% by mole or less, a total content ratio of M 2 is 15% by mole or more and 35% by mole or less, and a total content ratio of Z is 35% by mole or more and 55% by mole or less, the deposit comprises a semiconductor that is substantially composed of at least one selected from the group consisting of Al, Ga, In, Tl and alkali metals, and at least one selected from the group consisting of S, O, Se and Te, and the metal compound comprises at least one of Zn and Ga, and at least one of S and O.
A solar cell (200, 300, 400, 500) for a shingled solar cell module, said solar cell having a front side and a back side opposite to the front side, a plurality of front side busbars being arranged on the front side, a plurality of back side busbars being arranged on the back side, wherein the solar cell has chamfers (221, 222, 223, 224, 321, 322, 323, 324, 421, 422, 423, 424, 521, 522, 523, 524) and comprises a plurality of sections (231, 232, 233, 234, 235, 331, 332, 333, 334, 335, 441, 442, 443, 444, 445, 551, 552, 553, 554, 555), the plurality of sections comprising at least one chamfered section (231, 235, 331, 335, 431, 435, 531, 535), each section comprising a front side busbar of the plurality of front side busbars and a back side busbar of the plurality of back side busbars extending along long edges of that section respectively, wherein the front side busbar of the at least one chamfered section extends along a long edge on a side of the at least one chamfered section without any chamfer and has an extension at a short edge of said chamfered section intersecting with the long edge of said chamfered section, wherein said extension further extends along an entire area of the short edge of the chamfered section, characterized in that said extension continues to extend along a partial or entire area of a chamfered edge of the chamfered section that abuts the chamfered edge, 1 wherein the front side busbar of the at least one chamfered section does not extend along a chamfered long edge opposite the long edge on the side of the at least one chamfered section without any chamfer. wherein the solar cell has chamfers (221, 222, 223, 224, 321, 322, 323, 324, 421, 422, 423, 424, 521, 522, 523, 524) and comprises a plurality of sections (231, 232, 233, 234, 235, 331, 332, 333, 334, 335, 441, 442, 443, 444, 445, 551, 552, 553, 554, 555), the plurality of sections comprising at least one chamfered section (231, 235, 331, 335, 431, 435, 531, 535), each section comprising a front side busbar of the plurality of front side busbars and a back side busbar of the plurality of back side busbars extending along long edges of that section respectively, wherein the front side busbar of the at least one chamfered section extends along a long edge on a side of the at least one chamfered section without any chamfer and has an extension at a short edge of said chamfered section intersecting with the long edge of said chamfered section, wherein said extension further extends along an entire area of the short edge of the chamfered section, characterized in that said extension continues to extend along a partial or entire area of a chamfered edge of the chamfered section that abuts the chamfered edge, 1 wherein the front side busbar of the at least one chamfered section does not extend along a chamfered long edge opposite the long edge on the side of the at least one chamfered section without any chamfer.
A vehicle control method based on an NFC vehicle key, wherein the method is applied to a vehicle provided with an NFC Reader and an internal NFC security module, the NFC vehicle key is a user terminal with an NFC function, wherein the user terminal is provided with at least one NFC vehicle key, the method comprises: determining, by the user terminal, a target NFC vehicle key according to a key selection instruction, and entering an NFC recognition mode when the user terminal receives the key selection instruction sent by the NFC Reader after the NFC Reader detects the user terminal, establishes an NFC channel with the user terminal and establishes a data communication channel with the internal NFC security module; receiving, by the internal NFC security module, an associated key sent by the user terminal; determining whether the associated key is in a preset white list to perform a first verification, and determining whether a Token message corresponding to the associated key is valid to perform a second verification; if the associated key is in the preset white list, determining that the first verification succeeds; and if the Token message corresponding to the associated key is valid, determining that the second verification succeeds; characterized in that when the first verification and the second verification succeed, generating, by calculation, a secret key of an NFC vehicle key service using the associated key; performing a third verification on the user terminal according to the secret key of the NFC vehicle key service; and correspondingly controlling the vehicle when the third verification succeeds. determining, by the user terminal, a target NFC vehicle key according to a key selection instruction, and entering an NFC recognition mode when the user terminal receives the key selection instruction sent by the NFC Reader after the NFC Reader detects the user terminal, establishes an NFC channel with the user terminal and establishes a data communication channel with the internal NFC security module; receiving, by the internal NFC security module, an associated key sent by the user terminal; determining whether the associated key is in a preset white list to perform a first verification, and determining whether a Token message corresponding to the associated key is valid to perform a second verification; if the associated key is in the preset white list, determining that the first verification succeeds; and if the Token message corresponding to the associated key is valid, determining that the second verification succeeds; characterized in that when the first verification and the second verification succeed, generating, by calculation, a secret key of an NFC vehicle key service using the associated key; performing a third verification on the user terminal according to the secret key of the NFC vehicle key service; and correspondingly controlling the vehicle when the third verification succeeds.
X-ray emitting device comprising: an X-ray source adapted for generating a focal spot for emitting X-rays as an X-ray beam; an attenuating element; wherein the attenuating element comprises: a perforated sheet of strongly X-ray absorbing material; wherein the sheet comprises a multiplicity of pinhole openings; wherein a density of pinhole openings is higher at a center region of the sheet than at border regions of the sheet such that a transparency to X-rays is higher at the center region than at the border regions. an X-ray source adapted for generating a focal spot for emitting X-rays as an X-ray beam; an attenuating element; wherein the attenuating element comprises: a perforated sheet of strongly X-ray absorbing material; wherein the sheet comprises a multiplicity of pinhole openings; wherein a density of pinhole openings is higher at a center region of the sheet than at border regions of the sheet such that a transparency to X-rays is higher at the center region than at the border regions. a perforated sheet of strongly X-ray absorbing material; wherein the sheet comprises a multiplicity of pinhole openings; wherein a density of pinhole openings is higher at a center region of the sheet than at border regions of the sheet such that a transparency to X-rays is higher at the center region than at the border regions.
A field device with a microprocessor and a wake-up circuit, wherein the field device can be connected to a display and/or operating module, characterized in that the microprocessor has an energy-saving mode in which the display and/or operating module is disabled, that the wake-up circuit has a comparator, that the comparator is supplied with a reference voltage (V ref) and a measuring voltage (Vmess), that the wake-up circuit has a measuring circuit at which the measuring voltage (V mess) can be tapped, wherein removing or connecting the display and/or operating module results in a change in the measuring voltage (Vmess), and that the comparator is configured for generating the wake-up signal when the measuring voltage (V mess) is greater than the reference voltage (V ref).
A method in a mobile terminal configured for simultaneous reporting of channel-state information bits and hybrid-ARQ ACK/NACK bits for multiple downlink carriers, the method comprising, for each of a plurality of reporting instances: calculating a power control offset parameter as a linear combination of at least a number N, representing a number of channel-state information bits and a number M, representing a number of hybrid-ARQ ACK/NACK bits, wherein said linear combination is of the form aN + bM + c; calculating a power level for a transmission on a physical uplink control channel "PUCCH", wherein the power level is calculated as a minimum of a configured transmit power and a sum of parameters, wherein one of the parameters in the sum is the power control offset parameter; and transmitting encoded channel-state information and hybrid-ARQ ACK/NACK bits according to the calculated power level, the method being characterized in that a = 1/3 and b = 1/2. calculating a power control offset parameter as a linear combination of at least a number N, representing a number of channel-state information bits and a number M, representing a number of hybrid-ARQ ACK/NACK bits, wherein said linear combination is of the form aN + bM + c; calculating a power level for a transmission on a physical uplink control channel "PUCCH", wherein the power level is calculated as a minimum of a configured transmit power and a sum of parameters, wherein one of the parameters in the sum is the power control offset parameter; and transmitting encoded channel-state information and hybrid-ARQ ACK/NACK bits according to the calculated power level,
Compaction plate (8, 9, 21, 22) for magnetic mass (6, 15), wherein the compaction plate comprises a plurality of laminated magnetic sheets (7, 24), and fixing and electric insulating means comprising an electric insulating resin and at least one boss on each laminated magnetic sheet, each boss comprising a first face forming a cavity and a second face projecting from the magnetic sheet opposite the first face, the electric insulating resin being disposed between two adjacent laminated sheet, the first face of one laminated magnetic sheet being inserted into the second face of a first adjacent laminated magnetic sheet and the second face of the one laminated magnetic sheet being inserted into the first face of a second adjacent laminated magnetic sheet, wherein the laminated magnetic sheets are fixed together with the fixing and electric insulating means.
Cord for use as a reinforcing element in a reinforcing layer, in particular of a belt bandage and/or carcass of a pneumatic vehicle tyre, comprising at least a first yarn and a second yarn, wherein the first and second yarns (2, 3) are twisted together at the end, characterized in that - at least one filament of the first yarn of the cord, a plurality of the filaments of the first yarn or all of the filaments of the first yarn consist of polyvinylidene fluoride and - the surface (19, 20) at least of the first yarn and of the second yarn is at least partially covered by an adhesion-promoting layer consisting of a dispersion, wherein the dispersion comprises at least one dispersion matrix and at least one dispersed phase. - at least one filament of the first yarn of the cord, a plurality of the filaments of the first yarn or all of the filaments of the first yarn consist of polyvinylidene fluoride and - the surface (19, 20) at least of the first yarn and of the second yarn is at least partially covered by an adhesion-promoting layer consisting of a dispersion, wherein the dispersion comprises at least one dispersion matrix and at least one dispersed phase.
Hob, which has at least a first and a second gesture detector (10 to 13), with which gestures of a user can be detected to set operating conditions, wherein the first gesture detector (10 to 13) is arranged at a distance greater than a length of a hand from the second gesture detector (10 to 13), wherein the first gesture detector (10 to 13) is configured to select a first cooking zone (2 to 5) on the hob and the second gesture detector (10 to 13) is configured to select a second cooking zone (2 to 5) on the hob.
Method for predicting, for a vehicle that is connected to an access point to a current cellular network and is travelling on a road network, at least one characteristic associated with a modification of the linkage conditions of the vehicle to said cellular network, the method comprising the following steps: - training (200, 201) a first prediction model associated with the current access point from crowdsourced data collected from at least one training vehicle, comprising at least, for locating a training vehicle connected to a current cellular access point: ∘ a first location, a speed and a direction of the training vehicle, and ∘ a second location of the training vehicle, collected when a disconnection from the current access point is detected, - predicting (204, 205) a third location at which the vehicle will be disconnected from the current access point while travelling on said road network by applying the prediction model to: ∘ a location, a speed and a direction of the vehicle, the method being characterized in that the vehicle locations are locations relative to the current access point. - training (200, 201) a first prediction model associated with the current access point from crowdsourced data collected from at least one training vehicle, comprising at least, for locating a training vehicle connected to a current cellular access point: ∘ a first location, a speed and a direction of the training vehicle, and ∘ a second location of the training vehicle, collected when a disconnection from the current access point is detected, ∘ a first location, a speed and a direction of the training vehicle, and ∘ a second location of the training vehicle, collected when a disconnection from the current access point is detected, - predicting (204, 205) a third location at which the vehicle will be disconnected from the current access point while travelling on said road network by applying the prediction model to: ∘ a location, a speed and a direction of the vehicle, the method being characterized in that the vehicle locations are locations relative to the current access point. ∘ a location, a speed and a direction of the vehicle, the method being characterized in that the vehicle locations are locations relative to the current access point.
A multi-layered display device comprising: a first display layer in a first plane for displaying a first image, wherein the first display layer is a first liquid crystal display; a second display layer in a second plane for displaying a second image, wherein the second display layer is a second liquid crystal display, wherein said first and second planes are approximately parallel to each other; a refractive element located on a top surface of the first display layer or between the first and second display layers; and an index matching material between the first and second displays, the index matching material having a first refraction index that is higher than a refractive index of air and is from about 1.40 to 1.65, characterized in that the index matching material is wider and higher than the first liquid crystal display and the second liquid crystal display. a first display layer in a first plane for displaying a first image, wherein the first display layer is a first liquid crystal display; a second display layer in a second plane for displaying a second image, wherein the second display layer is a second liquid crystal display, wherein said first and second planes are approximately parallel to each other; a refractive element located on a top surface of the first display layer or between the first and second display layers; and an index matching material between the first and second displays, the index matching material having a first refraction index that is higher than a refractive index of air and is from about 1.40 to 1.65, characterized in that the index matching material is wider and higher than the first liquid crystal display and the second liquid crystal display.
A chromatographic material comprising (a) a terminal binding functionality; (b) a hydrophobic linker comprising at least one functionality that is different from the terminal binding functionality; and (c) a solid support, wherein the hydrophobic linker links the terminal binding functionality to the solid support; the chromatographic material is capable of binding bovine albumin at physiological ionic strength; and wherein the chromatographic material has the following general formula 1: wherein R 6 is selected from the group consisting of C 1-6 -alkyl, aryl and C 1-6 -alkaryl; and the wavy line represents the solid support. (a) a terminal binding functionality; (b) a hydrophobic linker comprising at least one functionality that is different from the terminal binding functionality; and (c) a solid support, the hydrophobic linker links the terminal binding functionality to the solid support; the chromatographic material is capable of binding bovine albumin at physiological ionic strength; and wherein the chromatographic material has the following general formula 1: wherein R 6 is selected from the group consisting of C 1-6 -alkyl, aryl and C 1-6 -alkaryl; and the wavy line represents the solid support.
A ceramic green sheet which comprises a ceramic powder, and a urethane resin serving as a binder and formed by mixing an isocyanate, a polyol and a catalyst for a urethane reaction, wherein: the ratio by mole of hydroxyl group of the polyol which is employed for mixing to isocyanate group of the isocyanate which is employed for mixing falls within a range of 1.5/11.5 to 11.5/11.5; the urethane resin has a repeating-unit-based molecular weight, which is defined as the sum of a value obtained by dividing the molecular weight of an isocyanate group, which is 42.02, by the isocyanate group content in weight percent of the isocyanate which is employed for mixing and a value obtained by dividing the molecular weight of a hydroxyl group, which is 17.01, by the hydroxyl group content in weight percent of the polyol which is employed for mixing, of 290 to 988; and the ratio by weight of the urethane resin to the ceramic powder contained in the ceramic green sheet falls within a range of 4.5 to 10 parts by weight of the urethane resin with respect to 100 parts by weight of the ceramic powder. the ratio by mole of hydroxyl group of the polyol which is employed for mixing to isocyanate group of the isocyanate which is employed for mixing falls within a range of 1.5/11.5 to 11.5/11.5; the urethane resin has a repeating-unit-based molecular weight, which is defined as the sum of a value obtained by dividing the molecular weight of an isocyanate group, which is 42.02, by the isocyanate group content in weight percent of the isocyanate which is employed for mixing and a value obtained by dividing the molecular weight of a hydroxyl group, which is 17.01, by the hydroxyl group content in weight percent of the polyol which is employed for mixing, of 290 to 988; and the ratio by weight of the urethane resin to the ceramic powder contained in the ceramic green sheet falls within a range of 4.5 to 10 parts by weight of the urethane resin with respect to 100 parts by weight of the ceramic powder.