mhurhangee/ep-ind-claims huggingface dataset:
A transmission tower structure for suspending an overhead power line, comprising: a tower structure including a vertical pylon and a cantilevered arm having a distal end relative to the vertical pylon; first, second, and third phase conductor bundles (60, 62, 64) for transmitting electrical power in an electrical power transmission system, each conductor bundle comprised of multiple spaced-apart conductors, and each conductor bundle for transmitting electrical power at a different electrical phase angle; first, second, and third v-string insulator units (3, 4, 6, 7, 9, 10) for suspending the first, second, and third conductor bundles, respectively, such that each conductor bundle hangs below the respective v-string insulator unit from which it is suspended, wherein the first v-string insulator unit includes a first leg attached to the vertical pylon, the second v-string insulator unit includes a first leg attached to the first v-string insulator unit and a second leg attached to the cantilevered arm, and the third v-string insulator unit includes a first leg attached to the vertical pylon and a second leg attached to the second v-string insulator unit; characterized in that: the first v-string insulator unit includes a second leg attached to the cantilevered arm; and wherein the suspended first, second and third conductor bundles form a delta configuration with the distal end of the cantilevered arm closer to the second conductor bundle than the first and third conductor bundles. a tower structure including a vertical pylon and a cantilevered arm having a distal end relative to the vertical pylon; first, second, and third phase conductor bundles (60, 62, 64) for transmitting electrical power in an electrical power transmission system, each conductor bundle comprised of multiple spaced-apart conductors, and each conductor bundle for transmitting electrical power at a different electrical phase angle; first, second, and third v-string insulator units (3, 4, 6, 7, 9, 10) for suspending the first, second, and third conductor bundles, respectively, such that each conductor bundle hangs below the respective v-string insulator unit from which it is suspended, wherein the first v-string insulator unit includes a first leg attached to the vertical pylon, the second v-string insulator unit includes a first leg attached to the first v-string insulator unit and a second leg attached to the cantilevered arm, and the third v-string insulator unit includes a first leg attached to the vertical pylon and a second leg attached to the second v-string insulator unit; the first v-string insulator unit includes a second leg attached to the cantilevered arm; and wherein the suspended first, second and third conductor bundles form a delta configuration with the distal end of the cantilevered arm closer to the second conductor bundle than the first and third conductor bundles.
A medium-, high-, or very high-voltage circuit breaker, comprising at least one arc-control chamber and an outer casing defining a space in which the arc-control chamber is arranged, said arc-control chamber comprising: • a first set of electrical contacts (18a, 20a) and a second set of electrical contacts (18b, 20b), arranged at least in such a manner as to enable closing and opening operations of the circuit breaker; • an arc blast nozzle; and • a discharge cap forming a portion of the outer wall of the arc-control chamber, the discharge cap being situated in the space and internally defining a gas-flow chamber situated at least in part downstream from the blast nozzle with which it communicates, said discharge cap including one or more openings for discharging the gas from the gas-flow chamber towards said space; and • a support that is electrically insulating and that mechanically connects the arc-control chamber to an end wall of the outer casing of the circuit breaker; the circuit breaker being characterized in that the discharge cap comprises at least one portion that is movable under the effect of the gas pressure in the gas-flow chamber, so that its volume is extensible. • a first set of electrical contacts (18a, 20a) and a second set of electrical contacts (18b, 20b), arranged at least in such a manner as to enable closing and opening operations of the circuit breaker; • an arc blast nozzle; and • a discharge cap forming a portion of the outer wall of the arc-control chamber, the discharge cap being situated in the space and internally defining a gas-flow chamber situated at least in part downstream from the blast nozzle with which it communicates, said discharge cap including one or more openings for discharging the gas from the gas-flow chamber towards said space; and • a support that is electrically insulating and that mechanically connects the arc-control chamber to an end wall of the outer casing of the circuit breaker;
A shroud for a turbomachine comprising: an annular member extending along an axis from a first end to a second end, the annular member having an inside surface radially inward from an outside surface, the inside surface diverging from the first end towards the second end relative to the axis; a flange located at the second end and extending radially outward from the outside surface; and a recess (94B, 94C) located at the second end and extending radially outward from the inside surface and circumferentially about the axis, the recess comprising: a first portion (104B, 104C) extending a first radial depth into the annular member from the inside surface; and a second portion (112B, 112C) located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and wherein the second portion of the recess has an axial extent less than and entirely within the axial extent of the flange. an annular member extending along an axis from a first end to a second end, the annular member having an inside surface radially inward from an outside surface, the inside surface diverging from the first end towards the second end relative to the axis; a flange located at the second end and extending radially outward from the outside surface; and a recess (94B, 94C) located at the second end and extending radially outward from the inside surface and circumferentially about the axis, the recess comprising: a first portion (104B, 104C) extending a first radial depth into the annular member from the inside surface; and a second portion (112B, 112C) located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and a first portion (104B, 104C) extending a first radial depth into the annular member from the inside surface; and a second portion (112B, 112C) located axially between the first portion and the second end of the shroud, wherein the second portion extends a second radial depth into the annular member from the inside surface; characterised in that the axial extent of the recess at least partially coincides with an axial extent of the flange; the second radial depth is greater than the first radial depth; and wherein the second portion of the recess has an axial extent less than and entirely within the axial extent of the flange.
A method of increasing biomass, fresh weight, dry weight, rosette diameter, rosette area, growth rate of root coverage, growth rate of root length, or growth rate of rosette diameter of a plant comprising expressing within the plant an exogenous polynucleotide comprising a nucleic acid sequence encoding a polypeptide at least 80 % identical to SEQ ID NO: 653, thereby increasing the biomass, fresh weight, dry weight, rosette diameter, rosette area, growth rate of root coverage, growth rate of root length, or growth rate of rosette diameter of the plant.
A holding device for a chin rest for a stringed instrument, via which holding device a support plate provided for supporting the chin of the player of the stringed instrument can be connected to the body of the stringed instrument, the holding device comprising a spring element for resilient connection of the support plate to the body, characterised in that the spring element consists of a material strip which is bent or curved in its central region and is bent over at its two end regions (42, 44) such that the spring element, in longitudinal section, forms an oval which is interrupted on one of its long sides.
A baby bouncer, comprising: a telescopic base for positioning the baby bouncer on a support surface wherein the telescopic base comprises an outer shell portion and an inner extending portion located at least partially within the outer shell portion; an adjustable upper support pivotally coupled to the telescopic base; a connection limb having a first end operatively coupled to the adjustable upper support and a second end operatively coupled to the inner extending portion; an actuation pedal for adjusting an angle of the adjustable upper support in relation to the telescopic base, wherein adjustment of the adjustable upper support causes telescoping of the inner extending portion via the connection limb; a bouncer seat removably coupled to the adjustable upper support comprising a receiving area and an attachment pocket; an insert for placement in the receiving area and for receiving an infant, the insert comprising at least one retaining member; and a harness assembly for fastening an infant into the bouncer seat, wherein a portion of the harness assembly is inserted through the at least one retaining member of the insert. a telescopic base for positioning the baby bouncer on a support surface wherein the telescopic base comprises an outer shell portion and an inner extending portion located at least partially within the outer shell portion; an adjustable upper support pivotally coupled to the telescopic base; a connection limb having a first end operatively coupled to the adjustable upper support and a second end operatively coupled to the inner extending portion; an actuation pedal for adjusting an angle of the adjustable upper support in relation to the telescopic base, wherein adjustment of the adjustable upper support causes telescoping of the inner extending portion via the connection limb; a bouncer seat removably coupled to the adjustable upper support comprising a receiving area and an attachment pocket; an insert for placement in the receiving area and for receiving an infant, the insert comprising at least one retaining member; and a harness assembly for fastening an infant into the bouncer seat, wherein a portion of the harness assembly is inserted through the at least one retaining member of the insert.
A tapered interlayer comprising: a first resin layer comprising a first poly(vinyl acetal) resin, at least one RI balancing agent and a plasticizer, wherein the refractive index of said first resin layer is at least 1.480, and wherein said interlayer comprises a tapered zone having a wedge angle of at least 0.13 mrad, wherein said interlayer is a multilayer interlayer further comprising a second poly(vinyl acetal) resin layer adjacent to said first resin layer, wherein the RI balancing agent is present in an amount sufficient to reduce the absolute value of the difference between the refractive index of the first poly(vinyl acetal) resin layer and the refractive index of the second poly(vinyl acetal) resin layer to not more than 0.010. a first resin layer comprising a first poly(vinyl acetal) resin, at least one RI balancing agent and a plasticizer, wherein the refractive index of said first resin layer is at least 1.480, and wherein said interlayer comprises a tapered zone having a wedge angle of at least 0.13 mrad, wherein said interlayer is a multilayer interlayer further comprising a second poly(vinyl acetal) resin layer adjacent to said first resin layer, wherein the RI balancing agent is present in an amount sufficient to reduce the absolute value of the difference between the refractive index of the first poly(vinyl acetal) resin layer and the refractive index of the second poly(vinyl acetal) resin layer to not more than 0.010.
A reflective electrochromic device comprising a conductive layer containing a metal nitride or a metal oxynitride; an electrochromic layer; an electrolyte layer; and a light-transmitting counter electrode layer; wherein the conductive layer is a single layer of a metal nitride or a metal oxynitride; the conductive layer comprises a nitride or an oxynitride containing one or more metals selected from molybdenum (Mo), titanium (Ti), aluminum (Al) and copper (Cu); characterised in that the conductive layer comprises CuO x N y (0≤x≤1, 0<y≤1, x + y> 0); MoTi a O x N y (0 <a≤2, 0≤x≤3, 0<y≤2, x + y> 0); or AlO x N y (0≤x≤1.5, 0<y≤1, x + y> 0) satisfying Relation Equation below: 1 < aluminum elemental content × 3 oxygen elemental content × 2 + nitrogen elemental content × 3 < 2 wherein, in AlO x N y, x and y mean ratios of atomic numbers of O and N to one atom of Al, respectively and in Relation Equation above, based on 100% of all elemental contents contained in AlO x N y, the "aluminum elemental content" represents the elemental content in atomic % of Al, the "oxygen elemental content" represents represents the elemental content in atomic % of O, and the "nitrogen elemental content" represents the elemental content in atomic % of N. the conductive layer is a single layer of a metal nitride or a metal oxynitride; the conductive layer comprises a nitride or an oxynitride containing one or more metals selected from molybdenum (Mo), titanium (Ti), aluminum (Al) and copper (Cu); characterised in that the conductive layer comprises CuO x N y (0≤x≤1, 0<y≤1, x + y> 0); MoTi a O x N y (0 <a≤2, 0≤x≤3, 0<y≤2, x + y> 0); or AlO x N y (0≤x≤1.5, 0<y≤1, x + y> 0) satisfying Relation Equation below: 1 < aluminum elemental content × 3 oxygen elemental content × 2 + nitrogen elemental content × 3 < 2 wherein, in AlO x N y, x and y mean ratios of atomic numbers of O and N to one atom of Al, respectively and in Relation Equation above, based on 100% of all elemental contents contained in AlO x N y, the "aluminum elemental content" represents the elemental content in atomic % of Al, the "oxygen elemental content" represents represents the elemental content in atomic % of O, and the "nitrogen elemental content" represents the elemental content in atomic % of N.
A method for detection of abnormal network authentication activity, comprising: identifying respective entity types for a plurality of entities, the respective entity types comprising at least a first entity type and a second entity type different from the first entity type; identifying access data corresponding to the respective entity types of the plurality of entities; generating multiple hierarchical structures (807, 808, 809) representing a respective relationship between entities of the same type, wherein a first hierarchical structure of the multiple hierarchical structures (807, 808, 809) represents respective entities of the first entity type at locations within the hierarchical structure based on at least a first respective relationship to an entity type different from the first entity type, and a second hierarchical structure of the multiple hierarchical structures (807, 808, 809) represents respective entities of the second entity type at locations within the hierarchical structure based on at least a second respective relationship to an entity type different from the second entity type, wherein the first and second hierarchical structures are generated based on at least the access data; and evaluating additional access data using at least the first and second hierarchical structures of the multiple hierarchical structures (807, 808, 809) to determine whether the access data is abnormal. identifying respective entity types for a plurality of entities, the respective entity types comprising at least a first entity type and a second entity type different from the first entity type; identifying access data corresponding to the respective entity types of the plurality of entities; generating multiple hierarchical structures (807, 808, 809) representing a respective relationship between entities of the same type, wherein a first hierarchical structure of the multiple hierarchical structures (807, 808, 809) represents respective entities of the first entity type at locations within the hierarchical structure based on at least a first respective relationship to an entity type different from the first entity type, and a second hierarchical structure of the multiple hierarchical structures (807, 808, 809) represents respective entities of the second entity type at locations within the hierarchical structure based on at least a second respective relationship to an entity type different from the second entity type, wherein the first and second hierarchical structures are generated based on at least the access data; and evaluating additional access data using at least the first and second hierarchical structures of the multiple hierarchical structures (807, 808, 809) to determine whether the access data is abnormal.
A press for a casting machine, comprising a stationary base plate, a stationary upper frame and a movable clamping plate, wherein two front columns and two rear columns are arranged at the corner areas of the plates (1, 3) and at the corner areas of the upper frame, which front and rear columns are coupled to the movable clamping plate by means of guides and fixed on the base plate and the stationary upper frame, characterized in that the front columns are further spaced apart from each other than the rear columns. a stationary base plate, a stationary upper frame and a movable clamping plate, wherein two front columns and two rear columns are arranged at the corner areas of the plates (1, 3) and at the corner areas of the upper frame, which front and rear columns are coupled to the movable clamping plate by means of guides and fixed on the base plate and the stationary upper frame, characterized in that the front columns are further spaced apart from each other than the rear columns.
A display structure comprising at least one display module, wherein the display structure comprises - at least one substrate layer comprising polymer, glass, ceramic or composite materials and integrated electrically conductive circuitry with electronics, and light emitting devices - at least one electrically conductive layer, enabling control of the light emitting devices - wherein a display module comprises at least one coating or molded layer protecting the display structure from moist and other environmental effects - the display structure is constructed from smaller, manufacturable sized display modules by interconnecting suitable number of display modules into rows and columns, characterized in that - the display structure further comprises a number of structured and manufactured through-holes reaching through the whole display structure across the plurality of layers, which through-holes form channels for the propagation of the cooling effect, and which through-holes enable water and/or air to flow through the display structure, - the display structure is applied on a fixed platform, - water is applied onto the display structure so that when cooling the water and the display structure, the display structure will end up locating under an ice layer, where - the through-holes provide fixation for the display structure via solid ice within the through-holes after the cooling of the water and the display structure. - at least one substrate layer comprising polymer, glass, ceramic or composite materials and integrated electrically conductive circuitry with electronics, and light emitting devices - at least one electrically conductive layer, enabling control of the light emitting devices - wherein a display module comprises at least one coating or molded layer protecting the display structure from moist and other environmental effects - the display structure is constructed from smaller, manufacturable sized display modules by interconnecting suitable number of display modules into rows and columns, characterized in that - the display structure further comprises a number of structured and manufactured through-holes reaching through the whole display structure across the plurality of layers, which through-holes form channels for the propagation of the cooling effect, and which through-holes enable water and/or air to flow through the display structure, - the display structure is applied on a fixed platform, - water is applied onto the display structure so that when cooling the water and the display structure, the display structure will end up locating under an ice layer, where - the through-holes provide fixation for the display structure via solid ice within the through-holes after the cooling of the water and the display structure.
A radar reflector system for calibrating a synthetic aperture radar for an artificial satellite, the radar reflector system comprising a reflector (110; 210; 310; 410; 510) which reflects electromagnetic waves; characterized in that the radar reflector system further comprises: one or more flight modules (120; 121; 122) able to fly and to float the reflector in the air (110; 210; 310; 410; 510; and a control unit which controls the flight module. one or more flight modules (120; 121; 122) able to fly and to float the reflector in the air (110; 210; 310; 410; 510; and a control unit which controls the flight module.