mhurhangee/ep-ind-claims huggingface dataset:
An electrical apparatus to kill a plant or at least attenuate plant growth, the apparatus comprising: an electrical energy supply unit; an applicator unit comprising an applicator electrode; a return unit comprising a return electrode; electrical circuitry; characterized by the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode, and the return electrode, wherein said electrical circuitry implements a detection system configured to determine a condition of electrical arcing of the electrical energy from one or both of said electrodes, the electrical circuitry arranged to control an electrical quantity of the electrical energy through the transmission circuit to at least partially reduce the electrical arcing based on said determined condition of electrical arcing. an electrical energy supply unit; an applicator unit comprising an applicator electrode; a return unit comprising a return electrode; electrical circuitry; characterized by the electrical energy supply unit arranged to apply electrical energy through a transmission circuit comprising the applicator electrode, and the return electrode, wherein said electrical circuitry implements a detection system configured to determine a condition of electrical arcing of the electrical energy from one or both of said electrodes, the electrical circuitry arranged to control an electrical quantity of the electrical energy through the transmission circuit to at least partially reduce the electrical arcing based on said determined condition of electrical arcing.
A refrigerator comprising: a main body having a storage compartment divided into upper and lower regions by an intermediate partition, the main body including an inner shell defining the storage compartment and an outer shell spaced apart from the inner shell with a thermal-insulating material interposed between the inner and outer shell; a door to open or close the storage compartment; a first shelf removably mounted to a rear wall of the inner shell in a height adjustable manner; a second shelf horizontally aligned with the first shelf between the first shelf and a sidewall of the inner shell; and a sliding unit to move the second shelf forward or rearward relative to the storage compartment, characterized in that the sliding unit includes a sliding rail assembly slidably installed to the sidewall of the inner shell, and a rail cover coupled to the second shelf and configured to cover the sliding rail assembly to prevent exposure of the sliding rail assembly; and wherein a guide provided at the first shelf to support one end of the second shelf when the second shelf is moved while being supported at the other end thereof by the sliding unit, thereby guiding movement of the second shelf. a main body having a storage compartment divided into upper and lower regions by an intermediate partition, the main body including an inner shell defining the storage compartment and an outer shell spaced apart from the inner shell with a thermal-insulating material interposed between the inner and outer shell; a door to open or close the storage compartment; a first shelf removably mounted to a rear wall of the inner shell in a height adjustable manner; a second shelf horizontally aligned with the first shelf between the first shelf and a sidewall of the inner shell; and a sliding unit to move the second shelf forward or rearward relative to the storage compartment, characterized in that the sliding unit includes a sliding rail assembly slidably installed to the sidewall of the inner shell, and a rail cover coupled to the second shelf and configured to cover the sliding rail assembly to prevent exposure of the sliding rail assembly; and wherein a guide provided at the first shelf to support one end of the second shelf when the second shelf is moved while being supported at the other end thereof by the sliding unit, thereby guiding movement of the second shelf.
An agricultural machine, comprising: a converter configured to receive a first voltage potential from a generator and convert the first voltage potential to a second voltage potential; an electrically powered subcomponent powered by a power input at the second voltage potential; and a load center configured to switch from applying, as the power input to the electrically powered subcomponent, the second voltage potential, output by the converter, to applying, as the power input to the electrically powered subcomponent, the second voltage potential, received from a source external to the agricultural machine. a converter configured to receive a first voltage potential from a generator and convert the first voltage potential to a second voltage potential; an electrically powered subcomponent powered by a power input at the second voltage potential; and a load center configured to switch from applying, as the power input to the electrically powered subcomponent, the second voltage potential, output by the converter, to applying, as the power input to the electrically powered subcomponent, the second voltage potential, received from a source external to the agricultural machine.
An isolated capsid polypeptide, comprising the sequence of amino acids set forth in SEQ ID NO:2 or a sequence having at least 95% sequence identity to the sequence set forth in SEQ ID NO:2.
Device for detecting goods, in particular for detecting a marking which identifies the goods, on a self-service checkout system having a conveying unit for conveying the goods, and having a scanning unit, which is disposed so as to be locationally fixed on the conveying unit, for optically scanning the goods in a non-contacting manner during conveying, wherein the conveying unit includes means for supplying goods (1, 2) to the scanning unit via a first supply path and via a second supply path in order to supply goods which are supplied via the first supply path after detection via a first discharge path to a first goods collection point, and in order to supply goods which are supplied via the second supply path after detection via a second discharge path to a second goods collection point, - a central conveying unit for conveying the goods (1, 2) in a conveying direction during scanning of said goods by means of the scanning unit, - a first decentralized conveying unit, assigned to the first supply path, for supplying the goods along the first supply path to the central conveying unit, and - a second decentralized conveying unit, assigned to the second supply path, for supplying the goods on the second supply path to the central conveying unit, and - a third decentralized conveying unit, assigned to the first discharge path, for conveying the goods on the first discharge path in the direction of the first goods collection point, and - a fourth decentralized conveying unit, assigned to the second discharge path, for conveying the goods on the second discharge path in the direction of the second goods collection point, characterized in that - the conveying unit is configured in a double-T shape, - wherein the first conveying unit and the second conveying unit at one end side of the central conveying unit protrude on opposite sides, and - the third and the fourth conveying unit at the opposite end side of the central conveying unit protrude on opposite sides. - a central conveying unit for conveying the goods (1, 2) in a conveying direction during scanning of said goods by means of the scanning unit, - a first decentralized conveying unit, assigned to the first supply path, for supplying the goods along the first supply path to the central conveying unit, and - a second decentralized conveying unit, assigned to the second supply path, for supplying the goods on the second supply path to the central conveying unit, and - a third decentralized conveying unit, assigned to the first discharge path, for conveying the goods on the first discharge path in the direction of the first goods collection point, and - a fourth decentralized conveying unit, assigned to the second discharge path, for conveying the goods on the second discharge path in the direction of the second goods collection point, characterized in that - the conveying unit is configured in a double-T shape, - wherein the first conveying unit and the second conveying unit at one end side of the central conveying unit protrude on opposite sides, and - the third and the fourth conveying unit at the opposite end side of the central conveying unit protrude on opposite sides.
A volume meter for determining the volume of a liquid flowing through same and for taking a defined sample volume from the liquid, in particular for determining the volume and the alcohol content of an alcohol-containing mixture for bonded distilleries, comprising: - a volume container for receiving a defined volume of liquid, - a drain device for draining the liquid from the volume container and for emptying the volume container, wherein the drain device comprises a liquid line (13, 17) through which the liquid can flow, characterised in that the drain device has a branch from the liquid line (13, 17) to separate out a portion of the liquid, and the branch comprises a sample receiving device for receiving a defined sample volume. - a volume container for receiving a defined volume of liquid, - a drain device for draining the liquid from the volume container and for emptying the volume container, wherein the drain device comprises a liquid line (13, 17) through which the liquid can flow,
An article of footwear, comprising: a sole structure (110; 310; 600) including a side portion (156, 158), a lower portion (154; 354) and a lower periphery (164, 168) disposed between the side portion (156, 158) and the lower portion; a first slot (211, 212) disposed in the side portion (156, 158) and a second slot disposed in the lower portion, the first slot (211, 212) and the second slot not extending through the lower peripheral portion (164, 168) constituting a boundary for the first slot (211, 212) and the second slot; a connecting portion (232, 233) extending to the lower periphery (164, 168), the connecting portion (232, 233) separating the first slot (211, 212) from the second slot; an outer surface of the side portion (156, 158) having a first color and the connecting portion (232, 233) having a second color that is different from the first color; and wherein a portion of the connecting portion (232, 233) is visible through the first slot (211, 212). a sole structure (110; 310; 600) including a side portion (156, 158), a lower portion (154; 354) and a lower periphery (164, 168) disposed between the side portion (156, 158) and the lower portion; a first slot (211, 212) disposed in the side portion (156, 158) and a second slot disposed in the lower portion, the first slot (211, 212) and the second slot not extending through the lower peripheral portion (164, 168) constituting a boundary for the first slot (211, 212) and the second slot; a connecting portion (232, 233) extending to the lower periphery (164, 168), the connecting portion (232, 233) separating the first slot (211, 212) from the second slot; an outer surface of the side portion (156, 158) having a first color and the connecting portion (232, 233) having a second color that is different from the first color; and wherein a portion of the connecting portion (232, 233) is visible through the first slot (211, 212).
A laminated nonwoven fabric having a laminated structure of fiber layers including long fibers, wherein the laminated structure includes a first surface that is a surface of the laminated nonwoven fabric and a second surface that is another surface of the laminated nonwoven fabric, the second surface is constituted by a hydrophobic layer including hydrophobic fibers, a hydrophilic layer including hydrophilic fibers (14A, 14B) is disposed at the first surface side of the hydrophobic layer, the hydrophilic layer includes a first hydrophilic layer and a second hydrophilic layer disposed in this order from the hydrophobic layer, the laminated structure includes an interlayer fused portion which has a density higher than those in peripheral portions and in which layers constituting the laminated structure are fused to one another, and an inter-fiber distance of constituent fibers of the first hydrophilic layer is shorter than that of the hydrophobic layer; characterized in that the second surface includes an interlayer fused portion dispersion region in which a plurality of the interlayer fused portions are dispersed in a surface direction, in a case where a virtual circle with a radius of 2 mm is disposed at any position in the interlayer fused portion dispersion region of the second surface, a part or a whole of at least one of the interlayer fused portions is included in the virtual circle. the laminated structure includes a first surface that is a surface of the laminated nonwoven fabric and a second surface that is another surface of the laminated nonwoven fabric, the second surface is constituted by a hydrophobic layer including hydrophobic fibers, a hydrophilic layer including hydrophilic fibers (14A, 14B) is disposed at the first surface side of the hydrophobic layer, the hydrophilic layer includes a first hydrophilic layer and a second hydrophilic layer disposed in this order from the hydrophobic layer, the laminated structure includes an interlayer fused portion which has a density higher than those in peripheral portions and in which layers constituting the laminated structure are fused to one another, and an inter-fiber distance of constituent fibers of the first hydrophilic layer is shorter than that of the hydrophobic layer; the second surface includes an interlayer fused portion dispersion region in which a plurality of the interlayer fused portions are dispersed in a surface direction, in a case where a virtual circle with a radius of 2 mm is disposed at any position in the interlayer fused portion dispersion region of the second surface, a part or a whole of at least one of the interlayer fused portions is included in the virtual circle.
A method of loading a wheeled stretcher onto a loading platform provided in an emergency transport vehicle, said method comprising: receiving by a controller of an alignment system a command to extend a loading platform of the alignment system from the emergency vehicle and extending the loading platform from the emergency transport vehicle under power from the emergency transport vehicle; recognizing via the controller of the alignment system an approaching wheeled stretcher; and aligning automatically the loading platform with a leading edge of the approaching wheeled stretcher via controller of the alignment system auto-leveling and/or auto-centering the loading platform, under power from the emergency transport vehicle, to the leading edge of the approaching wheeled stretcher. receiving by a controller of an alignment system a command to extend a loading platform of the alignment system from the emergency vehicle and extending the loading platform from the emergency transport vehicle under power from the emergency transport vehicle; recognizing via the controller of the alignment system an approaching wheeled stretcher; and aligning automatically the loading platform with a leading edge of the approaching wheeled stretcher via controller of the alignment system auto-leveling and/or auto-centering the loading platform, under power from the emergency transport vehicle, to the leading edge of the approaching wheeled stretcher.
Process for producing polyisocyanurate plastics having a functionalized surface, comprising the following steps: a) providing a polyisocyanate composition A) containing monomeric and/or oligomeric polyisocyanates; b) catalytically trimerizing the polyisocyanate composition A) so as to obtain a bulk polyisocyanurate material as intermediate, wherein more than 20 % of the isocyanate groups present in the polyisocyanate composition A) are still present in the intermediate; c) surface functionalizing the intermediate by contacting at least one surface of the intermediate with at least one functionalizing reagent D); d) continuing the catalytic trimerization. a) providing a polyisocyanate composition A) containing monomeric and/or oligomeric polyisocyanates; b) catalytically trimerizing the polyisocyanate composition A) so as to obtain a bulk polyisocyanurate material as intermediate, wherein more than 20 % of the isocyanate groups present in the polyisocyanate composition A) are still present in the intermediate; c) surface functionalizing the intermediate by contacting at least one surface of the intermediate with at least one functionalizing reagent D); d) continuing the catalytic trimerization.
An antenna, wherein the antenna is configured to operate in a target frequency band, a width of the target frequency band is greater than a preset threshold, the target frequency band comprises a first frequency and a second frequency, and the antenna comprises a metal substrate and is arranged on the metal substrate; and the antenna further comprises a first radiation patch, a second radiation patch, a first short-circuit wall, and a second short-circuit wall, a projection of the first radiation patch and a projection of the second radiation patch on the metal substrate overlap, a projection of the first short-circuit wall on the metal substrate does not overlap with a projection of the second short-circuit wall on the metal substrate, the first short-circuit wall is located between the first radiation patch and the metal substrate, and is respectively connected to a first side of the first radiation patch and the metal substrate, the first side is a side of the first radiation patch perpendicular to a first radiation side, and the first radiation patch is configured to transmit a signal along the first radiation side, the second short-circuit wall is located between the first radiation patch and the second radiation patch, and is respectively connected to the first radiation patch and the second radiation patch, a resonant frequency of the first radiation patch is the first frequency, and a resonant frequency of the second radiation patch is the second frequency; and a projection of the first radiation side of the first radiation patch on the metal substrate overlaps with a projection of the second radiation side on the metal substrate on the second radiation patch, and the second radiation patch transmits a signal along the second radiation side, wherein the antenna further comprises a feed source, a third short-circuit wall, and a first metal body, the first radiation patch comprises a first groove, the first metal body is arranged in the first groove, one end of the first metal body is connected to the third short-circuit wall, and the other end of the first metal body is connected to the feed source; configured such that, when the antenna operates in the target frequency band, the feed source sends an excitation signal to the second radiation patch through a gap between the first metal body and the first radiation patch.
A process for the preparation of a compound corresponding in structure to Formula: or a salt thereof, the process comprising: contacting a compound corresponding in structure to Formula: or a salt thereof, with a chlorinating agent in an acidic reaction medium to provide the compound or salt of Formula; wherein R 1 is hydrogen or C 1-6 -alkyl; and R 2 is hydrogen or C 1-6 -alkyl. contacting a compound corresponding in structure to Formula: or a salt thereof, with a chlorinating agent in an acidic reaction medium to provide the compound or salt of Formula; wherein R 1 is hydrogen or C 1-6 -alkyl; and R 2 is hydrogen or C 1-6 -alkyl.
Water-conducting domestic appliance, in particular dishwasher, with a tub for receiving good to be cleaned, with a process water circuit comprising a circulation pipe system (15 - 20) and a circulation pump in order to convey process water upwards from a lower part of the tub, with a heat pump (10 - 13) comprising a condenser and an evaporator, wherein the condenser is adapted to heat the process water, and wherein the condenser is arranged on the circulation pipe system (15 - 20, 26) between the circulation pump and the tub, with several mouths, through which the process water can be pumped from the circulation pipe system (15 - 20) into the tub, and with a branch which is connected to the mouths via several connecting pipes (17 - 20), characterised in that a branch is arranged between the circulation pump and the branch, from which branch a pipe is branched off to the tub or on the suction side to the circulation pump, wherein the condenser is arranged in the pipe and the pipe is closable by a valve.
A printing apparatus comprising: a transport unit which transports a medium in a transport direction; a first head (41M; 41C; 41K); a first light source (81M; 81C; 81K) which is provided further to the downstream side in the transport direction than the first head; a second head which is provided further to the downstream side in the transport direction than the first head and the first light source; a second light source which is provided further to the downstream side in the transport direction than the second head and which irradiates light with a stronger irradiation energy than the irradiation energy of the first light source; a fourth head which is arranged further to the downstream side in the transport direction than the second light source and which ejects clear ink, which is curable by irradiation of light, onto the medium; and a fourth light source which is arranged further to the downstream side in the transport direction than the fourth head, wherein: the first head ejects ink of one color of any among magenta ink, cyan ink, and black ink onto a medium; the second head ejects yellow ink onto the medium; the fourth light source irradiates light with a stronger irradiation energy than the irradiation energy of the second light source. a transport unit which transports a medium in a transport direction; a first head (41M; 41C; 41K); a first light source (81M; 81C; 81K) which is provided further to the downstream side in the transport direction than the first head; a second head which is provided further to the downstream side in the transport direction than the first head and the first light source; a second light source which is provided further to the downstream side in the transport direction than the second head and which irradiates light with a stronger irradiation energy than the irradiation energy of the first light source; a fourth head which is arranged further to the downstream side in the transport direction than the second light source and which ejects clear ink, which is curable by irradiation of light, onto the medium; and a fourth light source which is arranged further to the downstream side in the transport direction than the fourth head, wherein: the first head ejects ink of one color of any among magenta ink, cyan ink, and black ink onto a medium; the second head ejects yellow ink onto the medium; the fourth light source irradiates light with a stronger irradiation energy than the irradiation energy of the second light source. the first head ejects ink of one color of any among magenta ink, cyan ink, and black ink onto a medium; the second head ejects yellow ink onto the medium; the fourth light source irradiates light with a stronger irradiation energy than the irradiation energy of the second light source.
Brake device for a lorry, which can be coupled, in particular, to a finisher and has a tipping trough and/or a tipping trough trailer, having a brake system for applying a braking force to at least one wheel of the lorry, a control, unit for electronically regulating the brake system, and a switch for activating a finisher braking function, having an operator control element for manually changing the control-unit-adjusted brake pressure, characterized in that the operator control element is designed to change the brake pressure adjusted by the control unit when the finisher braking function is active.