mhurhangee/ep-ind-claims huggingface dataset:
A validation method of a radio navigation device installed on board a mobile carrier, including a satellite geo-positioning device able to receive a composite radio signal including a plurality of radio navigation signals each transmitted by a transmitting satellite and including time-synchronization and position-reference information, the radio navigation device comprising an onboard processing module comprising hardware and software elements able to carry out processing of the received radio navigation signals to calculate first navigation information including information on the geographical position, speed and time of the carrier, characterized in that it comprises the following steps: - transmitting (54, 56), by said radio navigation device, baseband digitized signals (IF 1,..., IF N) from the received radio navigation signals to a reference processing station, - implementing, by said reference processing station, processing similar to the processing done by said radio navigation device of the baseband digitized signals (IF 1,..., IF N) to calculate second navigation information, - validating the first navigation information based on the second navigation information calculated by the reference processing station, the validation allowing to validate the proper operation of the hardware and software elements of the onboard processing module of the radio navigation device. - transmitting (54, 56), by said radio navigation device, baseband digitized signals (IF 1,..., IF N) from the received radio navigation signals to a reference processing station, - implementing, by said reference processing station, processing similar to the processing done by said radio navigation device of the baseband digitized signals (IF 1,..., IF N) to calculate second navigation information, - validating the first navigation information based on the second navigation information calculated by the reference processing station, the validation allowing to validate the proper operation of the hardware and software elements of the onboard processing module of the radio navigation device.
A waterproof connection apparatus for electronic equipment, comprising: an approximately tubular outer case; a supporting portion accommodated in a wall form on a deep side of the outer case; a contact terminal supported by the supporting portion and introduced in the outer case; and a circumferential sealing portion provided between the outer case and the supporting portion at a position at which the outer case and the supporting portion approach each other so as to seal a space between the outer case and the supporting portion; characterized in that the approximately tubular outer case comprises a seamless shell formed by drawing press processing on a metal flat plate. an approximately tubular outer case; a supporting portion accommodated in a wall form on a deep side of the outer case; a contact terminal supported by the supporting portion and introduced in the outer case; and a circumferential sealing portion provided between the outer case and the supporting portion at a position at which the outer case and the supporting portion approach each other so as to seal a space between the outer case and the supporting portion; characterized in that the approximately tubular outer case comprises a seamless shell formed by drawing press processing on a metal flat plate.
A towed agricultural working machine, preferably a soil-cultivation and/or sowing machine, with a central frame having a drawbar, which central frame is assigned, preferably in the rear region, a chassis with rotating running wheels which are supported on the ground, and which drawbar is configured such that the working machine is connectable in a supporting manner to a towing machine by way of a supporting force, wherein an auxiliary running gear is arranged in the region of the drawbar or, preferably, in the front region of the central frame, wherein the auxiliary running gear is mounted resiliently and/or so as to be height-adjustable in relation to the drawbar and/or the central frame and is configured to influence a supporting force, characterized in that - the auxiliary running gear is an auxiliary running gear which is supported on the ground together with the running wheels for load transfer of the working machine, and - the auxiliary running gear has a longitudinal extent which is equal to or smaller than that of the chassis, and preferably the longitudinal extent of the auxiliary running gear and the longitudinal extent of the chassis are at most 3 metres. - the auxiliary running gear is an auxiliary running gear which is supported on the ground together with the running wheels for load transfer of the working machine, and - the auxiliary running gear has a longitudinal extent which is equal to or smaller than that of the chassis, and preferably the longitudinal extent of the auxiliary running gear and the longitudinal extent of the chassis are at most 3 metres.
A system comprising: means for maintaining a bait station separable from a rotationally mobile container in connection with said rotationally mobile container; means for securing bait in said bait station from spillage during motion of said rotationally mobile container; means for accessing the bait; and a wheel member characterised in comprising: a bait holding station disposed inside said wheel member accessible to pests through an opening into said wheel member. means for maintaining a bait station separable from a rotationally mobile container in connection with said rotationally mobile container; means for securing bait in said bait station from spillage during motion of said rotationally mobile container; means for accessing the bait; and a wheel member a bait holding station disposed inside said wheel member accessible to pests through an opening into said wheel member.
A composition comprising a pharmaceutically effective amount of at least one aldosterone receptor antagonist selected from the group consisting of spironolactone, eplerenone, canrenone, prorenone, mexrenone, and combinations thereof, or stereoisomer(s), enantiomer(s), diastereomer(s), conformer(s), rotamer(s), tautomer(s), salt(s), or solvate(s) thereof, and a pharmaceutically acceptable carrier for use in topical administration to an ocular region of a subject for reducing or preventing one or more signs or symptoms of dry eye such as meibomian gland dysfunction.
A method for manufacturing a superconductor, comprising: forming a metal assembly precursor within a hollow copper support element by positioning a plurality of conductor elements about a core including Sn to provide a first plurality of inner interstitial spaces between the plurality of conductor elements between the core and conductor elements and a second plurality of outer interstitial spaces between the hollow copper support element and the core, the plurality of conductor elements including unreacted Nb; reducing the metal assembly precursor via cold drawing to produce a reduced metal assembly; and reaction heat treating the reduced metal assembly so that the unreacted Nb undergoes a phase transformation to a reacted superconductor; wherein the metal assembly precursor includes a diffusion blocking layer between the plurality of conductor elements and the hollow copper support element; the method further comprising positioning inner interstitial elements in one or more of the plurality of inner interstitial spaces, the inner interstitial elements including at least one of the following: an oxidation additive and a pinning element. forming a metal assembly precursor within a hollow copper support element by positioning a plurality of conductor elements about a core including Sn to provide a first plurality of inner interstitial spaces between the plurality of conductor elements between the core and conductor elements and a second plurality of outer interstitial spaces between the hollow copper support element and the core, the plurality of conductor elements including unreacted Nb; reducing the metal assembly precursor via cold drawing to produce a reduced metal assembly; and reaction heat treating the reduced metal assembly so that the unreacted Nb undergoes a phase transformation to a reacted superconductor; wherein the metal assembly precursor includes a diffusion blocking layer between the plurality of conductor elements and the hollow copper support element; the method further comprising positioning inner interstitial elements in one or more of the plurality of inner interstitial spaces, the inner interstitial elements including at least one of the following: an oxidation additive and a pinning element.
A method of continuous casting of a steel that specifies a mode for applying current to a dual-purpose electromagnetic coil, the method comprising: arranging at least two dual-purpose electromagnetic coils in the same number on the outer periphery of a wide side of a mold, for a total of (2n + 2) on the outer periphery of the wide side of the mold, wherein n is a natural number, wherein each of the dual-purpose electromagnetic coil comprises two magnetic polar iron cores, and a first excitation coil wound around outer periphery of the each magnetic polar iron core, and wherein a second excitation coil is wound around the outer periphery of the two magnetic polar iron cores, such that the two magnetic polar iron cores are wound together; applying, in the case of electromagnetic stirring, a multi-phase alternating current to the excitation coils (5b, 5c) of all of the electromagnetic coils, wherein the multi-phase alternating current has at least 3 phases, each phase having a phase difference from between 90° to 120°; applying, in the case of electromagnetic braking, a direct current to the second excitation coil or to the first excitation coils wound around the two magnetic polar iron cores and the second excitation coil, and selectively activating the electromagnetic braking or the electromagnetic stirring according to the composition of the molten steel and the amount of molten steel supplied. arranging at least two dual-purpose electromagnetic coils in the same number on the outer periphery of a wide side of a mold, for a total of (2n + 2) on the outer periphery of the wide side of the mold, wherein n is a natural number, wherein each of the dual-purpose electromagnetic coil comprises two magnetic polar iron cores, and a first excitation coil wound around outer periphery of the each magnetic polar iron core, and wherein a second excitation coil is wound around the outer periphery of the two magnetic polar iron cores, such that the two magnetic polar iron cores are wound together; applying, in the case of electromagnetic stirring, a multi-phase alternating current to the excitation coils (5b, 5c) of all of the electromagnetic coils, wherein the multi-phase alternating current has at least 3 phases, each phase having a phase difference from between 90° to 120°; applying, in the case of electromagnetic braking, a direct current to the second excitation coil or to the first excitation coils wound around the two magnetic polar iron cores and the second excitation coil, and selectively activating the electromagnetic braking or the electromagnetic stirring according to the composition of the molten steel and the amount of molten steel supplied.
A dental appliance comprising a dielectric substrate comprising - one or more electric areas comprising one or more integrated circuits and one or more electric lines - one or more ground areas comprising one or more ground pads, - one or more sensing areas comprising one or more sensing pads, characterized in that - the one or more electric areas, the one or more ground areas, and the one or more sensing areas are housed on the same dielectric substrate being in one piece comprising a dielectric material; - one or more sections of the dielectric substrate are bent; - one sensing area faces one ground area; - said one sensing area facing one ground area is separated by a layer comprising an elastic material being dielectric and forms a sensor; and - the one or more integrated circuits perform capacitive measurements between the one and more sensing pads and the one and more ground pads. - one or more electric areas comprising one or more integrated circuits and one or more electric lines - one or more ground areas comprising one or more ground pads, - one or more sensing areas comprising one or more sensing pads, - the one or more electric areas, the one or more ground areas, and the one or more sensing areas are housed on the same dielectric substrate being in one piece comprising a dielectric material; - one or more sections of the dielectric substrate are bent; - one sensing area faces one ground area; - said one sensing area facing one ground area is separated by a layer comprising an elastic material being dielectric and forms a sensor; and - the one or more integrated circuits perform capacitive measurements between the one and more sensing pads and the one and more ground pads.
A wing of an aircraft, the wing comprising: a flap; and a jam detection system comprising: a linkage coupled to the flap and a support of the wing; and a sensor configured to detect a position of at least a portion of the linkage; wherein: the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage. a flap; and a jam detection system comprising: a linkage coupled to the flap and a support of the wing; and a sensor configured to detect a position of at least a portion of the linkage; a linkage coupled to the flap and a support of the wing; and a sensor configured to detect a position of at least a portion of the linkage; wherein: the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage. the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage.
A transparent display device comprising: a plurality of column lines including data lines and voltage lines; a plurality of pixel regions which is formed into a matrix shape by the plurality of column lines and a plurality of horizontal lines intersecting the plurality of column lines, and includes a plurality of transmissive regions and a plurality of circuit regions, each pixel region comprising a transmissive region and a circuit region; a first electrode extending from the transmissive region (TA1,TA2) to the corresponding circuit region (G11_CA) and formed of a transparent conductive material; an organic light emitting layer disposed on the first electrode in the transmissive region (TA1, TA2) and formed of a transparent organic material; and a second electrode disposed on the organic light emitting layer and formed of a transparent conductive material, the first electrode, the organic light emitting layer and the second electrode forming an emission region, the transparent display device being characterized in that each transmissive region includes at least two emission regions (G11, B12) that are divided by a first transparent bank pattern, and in that each pixel region further comprises an opaque region as a region except the transmissive region, the opaque region including the circuit region wherein the circuit region is for driving the at least two emission regions. a plurality of column lines including data lines and voltage lines; a plurality of pixel regions which is formed into a matrix shape by the plurality of column lines and a plurality of horizontal lines intersecting the plurality of column lines, and includes a plurality of transmissive regions and a plurality of circuit regions, each pixel region comprising a transmissive region and a circuit region; a first electrode extending from the transmissive region (TA1,TA2) to the corresponding circuit region (G11_CA) and formed of a transparent conductive material; an organic light emitting layer disposed on the first electrode in the transmissive region (TA1, TA2) and formed of a transparent organic material; and a second electrode disposed on the organic light emitting layer and formed of a transparent conductive material, the first electrode, the organic light emitting layer and the second electrode forming an emission region, the transparent display device being characterized in that each transmissive region includes at least two emission regions (G11, B12) that are divided by a first transparent bank pattern, and in that each pixel region further comprises an opaque region as a region except the transmissive region, the opaque region including the circuit region wherein the circuit region is for driving the at least two emission regions.
Linear actuator for a drum brake of a vehicle, in particular a motor vehicle, characterized in that it comprises: - a linear actuator assembly including a screw-and-nut system formed by a rotating threaded element and a second threaded element, arranged in order to selectively apply brake shoes (12, 13) against the drum of said brake by moving first ends (122, 132) of said shoes apart from each other by driving said rotating threaded element in rotation relative to said second threaded element; - a rotary drive; - a transmission sub-assembly comprising gear wheels (41, 42, 43) with parallel axes, meshed together and mounted in order to transmit the rotational movement of said drive to said rotating threaded element, and in that the rotating threaded element is mounted so that it is firmly fixed in rotation to and sliding coaxially with a driven gear wheel situated at the output of the transmission sub-assembly. - a linear actuator assembly including a screw-and-nut system formed by a rotating threaded element and a second threaded element, arranged in order to selectively apply brake shoes (12, 13) against the drum of said brake by moving first ends (122, 132) of said shoes apart from each other by driving said rotating threaded element in rotation relative to said second threaded element; - a rotary drive; - a transmission sub-assembly comprising gear wheels (41, 42, 43) with parallel axes, meshed together and mounted in order to transmit the rotational movement of said drive to said rotating threaded element, and in that the rotating threaded element is mounted so that it is firmly fixed in rotation to and sliding coaxially with a driven gear wheel situated at the output of the transmission sub-assembly.
A sliding type constant velocity universal joint comprising: an outer joint member; an inner joint member slidable with respect to the outer joint member; a torque transmission shaft fitted into a center of the inner joint member; a spring receptacle member for contact with a convex spheroidal surface of an inner of the torque transmission shaft; and a coil spring placed in a compressed state between the spring receptacle member and an inner bottom surface of the outer joint member; the inner joint member including a boss portion fitted around the torque transmission shaft; a trunnion shaft formed in the boss portion; and a roller assembly pivotably fitted around the trunnion shaft and placed rotatably in a guide groove of the outer joint member; the spring receptacle member including a bottom portion for contact with the convex spheroidal surface; and a cylindrical portion rising from a circumferential edge of the bottom portion; the coil spring having its end inserted inside the cylindrical portion, the outer joint member having a stem portion working together with the torque transmission shaft at a predetermined operating angle in torque transmission, characterized in that the cylindrical portion of the spring receptacle member rises by a height which allows an edge of the cylindrical portion to make contact with a lower end surface of an outer ring of the roller assembly of the outer joint member when the operating angle (θ) reaches its maximum.
An occupant protection device, comprising: a lap belt portion disposed, in a state wherein left and right ends are coupled to a left and right of a seat, on a front side of a waist portion of an occupant seated in the seat; and an airbag that is housed folded up in a housing region of the lap belt portion and, when inflation is completed by an inflating gas being caused to flow in, has a lower face side as a supported face that is supported by a thigh portion of the occupant, and a rear face side as an occupant restraining face that receives an upper body of the occupant who moves forward, characterized in that: the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted. a lap belt portion disposed, in a state wherein left and right ends are coupled to a left and right of a seat, on a front side of a waist portion of an occupant seated in the seat; and an airbag that is housed folded up in a housing region of the lap belt portion and, when inflation is completed by an inflating gas being caused to flow in, has a lower face side as a supported face that is supported by a thigh portion of the occupant, and a rear face side as an occupant restraining face that receives an upper body of the occupant who moves forward, characterized in that: the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted. the airbag includes an exhaust port that can discharge the inflating gas flowing in, and a regulating valve mechanism that opens and closes the exhaust port, and the regulating valve mechanism permits a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is restricted, and restricts a discharge of the inflating gas from the exhaust port when a protrusion upward from the housing portion when the airbag inflates is not restricted.