mhurhangee/ep-ind-claims huggingface dataset:
A method of kitting a robotic assembly for servicing aviation equipment, the method comprising: determining a current workscope associated with the equipment, wherein the workscope includes a plurality of tasks associated with the equipment; determining a risk factor for at least two tasks of the workscope; creating a queue of tasks in view of the determined risk factors, wherein tasks with higher risk factors are prioritized in the queue; determining at least one of parts and tooling associated with the current workscope; equipping the robotic assembly with at least some of the determined parts, tooling, or both; and the robotic assembly at least partially autonomously servicing the equipment using the equipped parts, tooling, or both. determining a current workscope associated with the equipment, wherein the workscope includes a plurality of tasks associated with the equipment; determining a risk factor for at least two tasks of the workscope; creating a queue of tasks in view of the determined risk factors, wherein tasks with higher risk factors are prioritized in the queue; determining at least one of parts and tooling associated with the current workscope; equipping the robotic assembly with at least some of the determined parts, tooling, or both; and the robotic assembly at least partially autonomously servicing the equipment using the equipped parts, tooling, or both.
A well pump assembly, comprising: a tubular receptacle for attachment to a lower end of a string of production tubing; a docking station mounted to the receptacle, the docking station having a lower well fluid conduit for receiving well fluid from the well, a lower orientation guide, and a lower hydraulic connector; a hydraulic line extending alongside the receptacle and in fluid communication with the lower hydraulic connector for supplying hydraulic fluid; a hydraulically actuated well fluid pump configured to be lowered into and retrieved from the receptacle; a guide member on a lower end of the well fluid pump, the guide member having an upper well fluid conduit leading to an intake of the well fluid pump, an upper orientation guide, and an upper hydraulic connector in fluid communication with the well fluid pump; and wherein as the well fluid pump is being lowered into the receptacle, the upper well fluid conduit slides into sealing engagement with the lower well fluid conduit while the upper orientation guide engages the lower orientation guide and rotationally orients the upper hydraulic connector into stabbing engagement with the lower hydraulic connector to supply hydraulic fluid pressure from the hydraulic line to the well fluid pump. a tubular receptacle for attachment to a lower end of a string of production tubing; a docking station mounted to the receptacle, the docking station having a lower well fluid conduit for receiving well fluid from the well, a lower orientation guide, and a lower hydraulic connector; a hydraulic line extending alongside the receptacle and in fluid communication with the lower hydraulic connector for supplying hydraulic fluid; a hydraulically actuated well fluid pump configured to be lowered into and retrieved from the receptacle; a guide member on a lower end of the well fluid pump, the guide member having an upper well fluid conduit leading to an intake of the well fluid pump, an upper orientation guide, and an upper hydraulic connector in fluid communication with the well fluid pump; and wherein as the well fluid pump is being lowered into the receptacle, the upper well fluid conduit slides into sealing engagement with the lower well fluid conduit while the upper orientation guide engages the lower orientation guide and rotationally orients the upper hydraulic connector into stabbing engagement with the lower hydraulic connector to supply hydraulic fluid pressure from the hydraulic line to the well fluid pump.
An apparatus in a Machine-To-Machine, M2M, / Internet-of-Things, IoT, service layer, comprising a processor, a memory (44, 46), and communication circuitry (34, 36), the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: a. obtaining a service capability preference, the service capability preference pertaining to a service layer registree entity; b. determining, by checking a resource comprising one or more attributes which indicate the service capability preference and capacities available to the apparatus acting as a service layer registrar and the service capability preferences of existing registered service layer registree entities, how to register the service layer registree entity without failing to meet the service capability preferences of the existing registered service layer registree entities; c. registering the service layer registree entity; and d. reserving a service capability based upon the service capability preference. a. obtaining a service capability preference, the service capability preference pertaining to a service layer registree entity; b. determining, by checking a resource comprising one or more attributes which indicate the service capability preference and capacities available to the apparatus acting as a service layer registrar and the service capability preferences of existing registered service layer registree entities, how to register the service layer registree entity without failing to meet the service capability preferences of the existing registered service layer registree entities; c. registering the service layer registree entity; and d. reserving a service capability based upon the service capability preference.
An implement system comprising: a frame member for coupling to a rear member (84, 184, 284, 384); a row frame for coupling to the rear member (84, 184, 284, 384); a first opener for opening the soil; the first opener supported by or from a first support extending downward from the frame member; a first outlet for dispensing or applying a nutrient strip; a second outlet for dispensing or planting seed, characterized by a laterally movable carrier associated with the row frame, the carrier supporting the first opener and the first outlet such that the first outlet and the second outlet have a lateral separation that is dynamically adjustable during the simultaneous application of the seed and the nutrient strip. a frame member for coupling to a rear member (84, 184, 284, 384); a row frame for coupling to the rear member (84, 184, 284, 384); a first opener for opening the soil; the first opener supported by or from a first support extending downward from the frame member; a first outlet for dispensing or applying a nutrient strip; a second outlet for dispensing or planting seed, characterized by a laterally movable carrier associated with the row frame, the carrier supporting the first opener and the first outlet such that the first outlet and the second outlet have a lateral separation that is dynamically adjustable during the simultaneous application of the seed and the nutrient strip.
Interior-lining part for a motor vehicle, with at least one elongate light guide (11, 12) which extends at least regionally along the interior-lining part, wherein the interior-lining part has at least one dimensionally stable carrier with a foam-like layer which covers the dimensionally stable carrier and with a skin which provides a coating over the foam-like layer, characterized in that the at least one light guide (11, 12) is held in an elongate holding part which, for its part, is connected to the dimensionally stable carrier of the foam-like layer, wherein the holding part, as seen in cross section, has a groove-like bend in which the light guide (11, 12) is accommodated, wherein, in the fitting position of the interior-lining part in the motor vehicle, an opening of the bend is directed downwards and the light guide (11, 12), with the groove-like bend, is positioned in an upwardly directed groove-like recess of the foam-like coating.
An analyte sensor comprising: a working electrode comprising a conductive layer disposed on a substrate; a counter electrode; a sensing surface disposed on the conductive layer of the working electrode that comprises two or more discontiguous sensing elements disposed laterally to each other, wherein each sensing element comprises an analyte-responsive enzyme, and a flux limiting membrane that covers the discontiguous sensing elements and is in contact with the working electrode between each discontiguous sensing element; characterised in that each sensing element has an arcuate cross-sectional profile and a semi-spherical shape; and in that the analyte sensor further comprises a sensor control unit with factory-determined calibration measurements input or stored therein such that no user calibration or recalibration of the analyte sensor is required during use. a working electrode comprising a conductive layer disposed on a substrate; a counter electrode; a sensing surface disposed on the conductive layer of the working electrode that comprises two or more discontiguous sensing elements disposed laterally to each other, wherein each sensing element comprises an analyte-responsive enzyme, and a flux limiting membrane that covers the discontiguous sensing elements and is in contact with the working electrode between each discontiguous sensing element; characterised in that each sensing element has an arcuate cross-sectional profile and a semi-spherical shape; and in that the analyte sensor further comprises a sensor control unit with factory-determined calibration measurements input or stored therein such that no user calibration or recalibration of the analyte sensor is required during use.
A two-component reactive dispensing system comprising, (i) a first tubular member having walls comprised of a pliable film in which the walls define a first compartment having an inner wall surface, outer wall surface, two ends (16, 17), longitudinal axis and cross-sectional area, and (ii) a second tubular member having walls comprised of a pliable film in which the walls define a second compartment having an inner wall surface, outer wall surface, longitudinal axis, two ends, and cross-sectional area, wherein the second tubular member is disposed within the first tubular member along the longitudinal axis of each, and a portion of the outer wall surface of the second tubular member is bonded to a portion of the inner wall surface of the first tubular member along the longitudinal axis, and (iii) the first and second compartments being filled with differing reactive materials that react with each other and at least one of the reactive materials reacts with water and the first and second compartments are cooperatively gathered and sealed at each end and wherein the first tubular member has a first tubular member forming bond along its longitudinal axis and the second tubular member has a second tubular member forming bond along its longitudinal axis, such that the portion of the outer wall surface of the second tubular member bonded to the portion of the inner wall surface of the first tubular member do not coincide with either the first or second tubular member forming bond. (i) a first tubular member having walls comprised of a pliable film in which the walls define a first compartment having an inner wall surface, outer wall surface, two ends (16, 17), longitudinal axis and cross-sectional area, and (ii) a second tubular member having walls comprised of a pliable film in which the walls define a second compartment having an inner wall surface, outer wall surface, longitudinal axis, two ends, and cross-sectional area, wherein the second tubular member is disposed within the first tubular member along the longitudinal axis of each, and a portion of the outer wall surface of the second tubular member is bonded to a portion of the inner wall surface of the first tubular member along the longitudinal axis, and (iii) the first and second compartments being filled with differing reactive materials that react with each other and at least one of the reactive materials reacts with water and the first and second compartments are cooperatively gathered and sealed at each end and wherein the first tubular member has a first tubular member forming bond along its longitudinal axis and the second tubular member has a second tubular member forming bond along its longitudinal axis, such that the portion of the outer wall surface of the second tubular member bonded to the portion of the inner wall surface of the first tubular member do not coincide with either the first or second tubular member forming bond.
A system for measuring steam wetness, comprising: a plurality of microwave sensors for detecting microwave signals passing through a supply of steam flowing through a cavity, e.g., a pipe; at least one electrode for detecting a conductivity of a liquid water film flowing along an inner surface of the cavity; a film measurement system for determining, using data from the at least one electrode, the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity; a system for determining a characteristic of the steam flowing through the cavity based on data provided by the plurality of microwave sensors; a system for determining a wetness of the steam flowing through the cavity based on the characteristic of the steam flowing through the cavity and the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity; and a microwave phase shift measurement device for self-calibrating the plurality of microwave sensors. a plurality of microwave sensors for detecting microwave signals passing through a supply of steam flowing through a cavity, e.g., a pipe; at least one electrode for detecting a conductivity of a liquid water film flowing along an inner surface of the cavity; a film measurement system for determining, using data from the at least one electrode, the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity; a system for determining a characteristic of the steam flowing through the cavity based on data provided by the plurality of microwave sensors; a system for determining a wetness of the steam flowing through the cavity based on the characteristic of the steam flowing through the cavity and the thickness and/or flow velocity of the liquid water film flowing along the inner surface of the cavity; and a microwave phase shift measurement device for self-calibrating the plurality of microwave sensors.
A battery module, comprising: stacked battery cells; and a pressure sensor configured to measure the pressure of the battery cells stacked in the interior of the battery module, characterized in that the pressure sensor comprises a plurality of pressure measuring units; a connection unit for connecting the plurality of pressure measuring units to each other; and an output unit connected to the connection unit and configured to output pressure values measured through the pressure measuring units, and wherein the plurality of pressure measuring units are arranged on surfaces of the battery cells to measure the pressure of the battery cells, wherein the output unit is formed of one unit, and the pressure values measured through the pressure measuring units are summed up into one value and outputted. stacked battery cells; and a pressure sensor configured to measure the pressure of the battery cells stacked in the interior of the battery module, characterized in that the pressure sensor comprises a plurality of pressure measuring units; a connection unit for connecting the plurality of pressure measuring units to each other; and an output unit connected to the connection unit and configured to output pressure values measured through the pressure measuring units, and wherein the plurality of pressure measuring units are arranged on surfaces of the battery cells to measure the pressure of the battery cells, wherein the output unit is formed of one unit, and the pressure values measured through the pressure measuring units are summed up into one value and outputted.
A radio telephone, with an antenna device, comprising a strip conductor carrier, on which a strip conductor is formed at an edge, said strip conductor being used as an antenna, wherein the antenna is formed as a circuit board antenna of the strip conductor carrier produced as a circuit board, wherein the strip conductor carrier is cut around the strip conductor used as antenna apart from a web used for the connection of the strip conductor used as antenna to the remaining strip conductors of the strip conductor carrier, the cut-out region of the strip conductor carrier carrying the strip conductor used as antenna, in the state in which the strip conductor carrier is installed in the radio telephone, is deflected out from the plane of the remaining regions of the strip conductor carrier by technical means, and the technical means is provided as a support element in the radio telephone, by means of which support element, in the state in which the strip conductor carrier is installed in the radio telephone, the cut-out region carrying the strip conductor used as antenna is held pushed out from the plane of the remaining regions of the strip conductor carrier under reversible resilient restoring force of this cut-out region.
A clock data recovery apparatus, comprising: an incremental feed forward equalizer (INC-FFE) in a CDR path; and a calibration component in an equalization path, the calibration component coupled to the INC-FFE, the calibration component configured to adjust FFE coefficients for the INC-FFE according to a phase code index in a PC index table and one of a signal-to-noise-ratio and a bit error rate of a sampled signal, wherein the PC index table comprises adjustment values for the FFE coefficients, and wherein the PC index is linearly related to a sampling phase; and the calibration component is further configured to determine one of an SNR and a BER for a plurality of entries in the PC index table and adjust the FFE coefficients according to the entries in the PC index table that produce the best one of the SNR and the BER. an incremental feed forward equalizer (INC-FFE) in a CDR path; and a calibration component in an equalization path, the calibration component coupled to the INC-FFE, the calibration component configured to adjust FFE coefficients for the INC-FFE according to a phase code index in a PC index table and one of a signal-to-noise-ratio and a bit error rate of a sampled signal, wherein the PC index table comprises adjustment values for the FFE coefficients, and wherein the PC index is linearly related to a sampling phase; and the calibration component is further configured to determine one of an SNR and a BER for a plurality of entries in the PC index table and adjust the FFE coefficients according to the entries in the PC index table that produce the best one of the SNR and the BER.
A drug injection device comprising: a housing; a container disposed within the housing, the container having a needle and a plunger and being adapted to store a product for administration to a patient at an injection site, the plunger adapted to expel the product through the needle, wherein a portion of the needle extends out of the housing; a needle guard (50, 50', 90) coupled to the housing adjacent to the needle of the container; and at least one indicia disposed on the needle guard (50, 50', 90), the at least one indicia providing a visual indication of the position of the needle relative to the injection site based on a position of the needle guard (50, 50', 90) relative to the housing, characterized in that the needle guard (50, 50', 90) comprises an outer surface and is movable relative to the housing between (a) a fully extended position wherein the needle guard extends from the housing and beyond the portion of the needle extending out of the housing, (b) an intermediate position wherein the needle guard (50, 50', 90) extends from the housing approximately the same distance that the needle extends out of the housing, and (c) a fully retracted position wherein a substantial portion of the needle extending out of the housing is exposed beyond the needle guard (50, 50', 90) and the outer surface of the needle guard (50, 50', 90) is concealed inside the housing. a housing; a container disposed within the housing, the container having a needle and a plunger and being adapted to store a product for administration to a patient at an injection site, the plunger adapted to expel the product through the needle, wherein a portion of the needle extends out of the housing; a needle guard (50, 50', 90) coupled to the housing adjacent to the needle of the container; and at least one indicia disposed on the needle guard (50, 50', 90), the at least one indicia providing a visual indication of the position of the needle relative to the injection site based on a position of the needle guard (50, 50', 90) relative to the housing, characterized in that the needle guard (50, 50', 90) comprises an outer surface and is movable relative to the housing between (a) a fully extended position wherein the needle guard extends from the housing and beyond the portion of the needle extending out of the housing, (b) an intermediate position wherein the needle guard (50, 50', 90) extends from the housing approximately the same distance that the needle extends out of the housing, and (c) a fully retracted position wherein a substantial portion of the needle extending out of the housing is exposed beyond the needle guard (50, 50', 90) and the outer surface of the needle guard (50, 50', 90) is concealed inside the housing.
A compound represented by the formula: or salt thereof, wherein R 1 and R 2 are independently at each occurrence C 1 -C 6 alkyl; and R 3 is independently at each occurrence H or C 1 -C 6 alkyl.
Method for fuel injection in a sequential combustion system comprising a first combustion chamber and downstream thereof a second combustion chamber, in between which a premixing chamber having a longitudinal axis comprising at least one vortex generator, as well as downstream of the vortex generator a mixing section and a fuel lance having a vertical portion and a horizontal portion parallel to the longitudinal axis provided within said mixing section is located, wherein the fuel has a calorific value of 5 - 20 MJ/kg and wherein in said mixing section the fuel and the oxidizing stream coming from the first combustion chamber are premixed to a combustible mixture, characterized in that at least a portion of the fuel is injected into the mixing section from at least one injection device downstream of the fuel lance in such a way that the residence time of the fuel in the mixing section is reduced in comparison with a radial injection of the fuel from the horizontal portion of the fuel lance.