mhurhangee/ep-ind-claims huggingface dataset:
An LED controller circuit, characterized in that the controller circuit is for controlling an inductive power converter which includes a transistor for conducting an inductor current, and the inductor is driven by a drive voltage received from a dimmer circuit, wherein the controller circuit comprises: a feedback arrangement for controlling the transistor in response to upper and lower thresholds of the inductor current; and a processor for determining dimmer characteristics, including at least the dimmer type being leading edge or trailing edge and the on state and off state of the ac dimmed voltage signal, by using a counter to trigger when on-time of the transistor exceeds a predefined value, wherein a speed of variation in the on-time of the transistor is proportional to speed of variation of VIN. a feedback arrangement for controlling the transistor in response to upper and lower thresholds of the inductor current; and a processor for determining dimmer characteristics, including at least the dimmer type being leading edge or trailing edge and the on state and off state of the ac dimmed voltage signal, by using a counter to trigger when on-time of the transistor exceeds a predefined value, wherein a speed of variation in the on-time of the transistor is proportional to speed of variation of VIN.
A compound of Formula including stereochemically isomeric forms, and N-oxides, salts, hydrates, and solvates thereof, wherein: - R 1 is a bivalent chain selected from and - each R 3 is independently selected from the group comprising hydrogen, C 1-4 alkyl and C 3-5 cycloalkyl; - a is 3, 4, 5 or 6; - each b is independently 1 or 2; - c is 1 or 2; - macrocycle A has 14 to 18 member atoms, in particular macrocycle A has 17 or 18 member atoms; - each R 2 is independently hydrogen, halo or C 1-4 alkoxy; - R 4 and R 5 are hydrogen or R 4 and R 5 together form a double bond or a methylene group to form a fused cyclopropyl; - R 6 is hydrogen or methyl; and - R 7 is a C 3-7 cycloalkyl optionally substituted with halo. - R 1 is a bivalent chain selected from and - each R 3 is independently selected from the group comprising hydrogen, C 1-4 alkyl and C 3-5 cycloalkyl; - a is 3, 4, 5 or 6; - each b is independently 1 or 2; - c is 1 or 2; - macrocycle A has 14 to 18 member atoms, in particular macrocycle A has 17 or 18 member atoms; - each R 2 is independently hydrogen, halo or C 1-4 alkoxy; - R 4 and R 5 are hydrogen or R 4 and R 5 together form a double bond or a methylene group to form a fused cyclopropyl; - R 6 is hydrogen or methyl; and - R 7 is a C 3-7 cycloalkyl optionally substituted with halo.
A biological fluid collection system, comprising: a collection module adapted to receive a sample, the collection module comprising: a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a cannula; and a mixing chamber disposed between the inlet port and the outlet port; characterized in that the collection module further comprises: a collection chamber disposed between the mixing chamber and the outlet port, the collection chamber including an actuation portion, wherein the actuation portion comprises a first deformable portion located on a first side of the collection chamber and a second deformable portion located on a second side of the collection chamber opposite the first side, wherein the first deformable portion and the second deformable portion are transitionable between a first position in which the sample is containable within the collection chamber and a second position in which a portion of the sample is expelled from the collection chamber; and a safety shield engaged with a portion of the housing and transitionable from a first position in which a portion of the cannula is exposed to a second position in which the cannula is shielded by at least a portion of the safety shield. a collection module adapted to receive a sample, the collection module comprising: a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a cannula; and a mixing chamber disposed between the inlet port and the outlet port; characterized in that the collection module further comprises: a collection chamber disposed between the mixing chamber and the outlet port, the collection chamber including an actuation portion, wherein the actuation portion comprises a first deformable portion located on a first side of the collection chamber and a second deformable portion located on a second side of the collection chamber opposite the first side, wherein the first deformable portion and the second deformable portion are transitionable between a first position in which the sample is containable within the collection chamber and a second position in which a portion of the sample is expelled from the collection chamber; and a housing having an inlet port and an outlet port, the inlet port and the outlet port in fluid communication; a cannula; and a mixing chamber disposed between the inlet port and the outlet port; a safety shield engaged with a portion of the housing and transitionable from a first position in which a portion of the cannula is exposed to a second position in which the cannula is shielded by at least a portion of the safety shield.
A method for resetting at least two pressure sensors (Capatm, Capsural, Capadmi) positioned in an air-intake line of an internal combustion engine, in which said at least two pressure sensors (Capatm, Capsural, Capadmi) are reset by a resetting compensation (Cr or Cr) calculated for at least one second sensor (Capsural, Capadmi) with respect to a first pressure sensor (Capatm) serving as reference sensor between their respective pressure measurements at a temperature designated as initial temperature of the sensors when the engine is stopped, this resetting compensation (Cr or Cr) being then applied to said at least one second sensor (Capsural, Capadmi) for correction of its pressure measurements, characterized in that there is carried out, prior to the application of the resetting compensation (Cr or Cr) to said at least one second sensor (Capsural, Capadmi), an internal diagnostic step based on the value of the resetting compensation (Cr or CrT)) consisting of determining whether the resetting compensation (Cr or Cr) exceeds a maximum compensation value (Crmax, Crmax), in which case it is diagnosed that one of said at least two sensors (Capatm, Capsural, Capadmi) is faulty and in that, in this case, the application of the resetting compensation (Cr or Cr) is suspended.
Method for operating a motor vehicle, in which a state describing a degree of fatigue of a driver of the motor vehicle is determined by means of a state monitoring device (4, 5, 6, 7, 8, 9), wherein a motor vehicle component (14, 16, 17, 18, 19, 20, 25) of the motor vehicle can be operated in a normal mode and in a rest mode different therefrom depending on the state, said motor vehicle being autonomously operated and travelling independently to a specified destination without necessity of intervention by said driver, and in the rest mode a parameter characterizing the function of the motor vehicle component (14, 16, 17, 18, 19, 20, 25) is varied with respect to the function perception sensed by the driver towards a value supporting a rest state of the driver.
A motor-vehicle including a motor-vehicle seat comprising: - a seat cushion, and - a seat backrest, - wherein each of said seat cushion and seat backrest comprises: - a padding body (1, 1') constituted of foamed plastic material, and - a cover applied on said padding body (1, 1'), - wherein in the padding body (1, 1') of at least one of said seat cushion and seat backrest is formed a passage for a flow of air coming from the air conditioning system of the motor-vehicle, characterized in that said passage for the air coming from the air conditioning system of the motor-vehicle comprises a cavity defined between said cover and a lowered surface portion formed in the outer surface of the padding body, in that said cavity of the padding body (1, 1') is connected to the air conditioning system of the motor-vehicle by means of an air supply line which extends from the motor-vehicle air conditioning system to an outlet mouth located above the motor-vehicle floor panel and arranged under the motor-vehicle seat, in that said outlet mouth located above the motor-vehicle floor panel communicates with an air guiding line carried by the seat, which extends from an inlet mouth located under the seat to said cavity formed in the padding body, in that said outlet mouth located above the motor-vehicle floor panel and said inlet mouth located under the seat are in fluid communication with each other by means of an auxiliary connecting system (40, 41; 50) which maintains said communication in different adjustment positions of the seat relative to the floor panel, both along the longitudinal and the vertical directions, and in that said outlet mouth located above the motor-vehicle floor panel and said inlet mouth located under the seat are not mechanically connected with each other, said auxiliary connecting system comprising a suction hood device associated to the inlet mouth. - a seat cushion, and - a seat backrest, - wherein each of said seat cushion and seat backrest comprises: - a padding body (1, 1') constituted of foamed plastic material, and - a cover applied on said padding body (1, 1'), - wherein in the padding body (1, 1') of at least one of said seat cushion and seat backrest is formed a passage for a flow of air coming from the air conditioning system of the motor-vehicle,
A fixed contact for joining a bus bar and a sliding contact of an electrical switchgear comprising: an axial extent extending along a longitudinal axis of the fixed contact from a first end of the fixed contact to a second end of the fixed contact, the axial extent comprising a mounting region and a central region; the mounting region extending axially from the first end of the fixed contact to the central region, the mounting region couplable to the bus bar; characterized by: the fixed contact further comprising a plurality of segments (32, 34) operatively coupled to each other, a channel defined by the plurality of segments, and at least one exhaust aperture fluidly coupling the channel to an external region of the fixed contact; the axial extent further comprising a sliding contact engagement region; the sliding contact engagement region extending axially from the central region to the second end of the fixed contact, the sliding contact region slidably engagable with a sliding contact. an axial extent extending along a longitudinal axis of the fixed contact from a first end of the fixed contact to a second end of the fixed contact, the axial extent comprising a mounting region and a central region; the mounting region extending axially from the first end of the fixed contact to the central region, the mounting region couplable to the bus bar; characterized by: the fixed contact further comprising a plurality of segments (32, 34) operatively coupled to each other, a channel defined by the plurality of segments, and at least one exhaust aperture fluidly coupling the channel to an external region of the fixed contact; the axial extent further comprising a sliding contact engagement region; the sliding contact engagement region extending axially from the central region to the second end of the fixed contact, the sliding contact region slidably engagable with a sliding contact. the fixed contact further comprising a plurality of segments (32, 34) operatively coupled to each other, a channel defined by the plurality of segments, and at least one exhaust aperture fluidly coupling the channel to an external region of the fixed contact; the axial extent further comprising a sliding contact engagement region; the sliding contact engagement region extending axially from the central region to the second end of the fixed contact, the sliding contact region slidably engagable with a sliding contact.
A jet receiving receptacle coupleable to a high-pressure fluid jet system opposite a nozzle thereof to receive a fluid jet discharged from the nozzle during a workpiece processing operation, the jet receiving receptacle comprising: a housing having an internal cavity; an inlet through which the fluid jet from the nozzle enters the housing during the workpiece processing operation; a jet deflection device positioned downstream of the inlet to redirect at least a substantia I portion of the fluid jet; a jet rebound device located upstream of the jet deflection device to be impinged on by the redirected portion of the fluid jet; and a discharge port; characterised by means serving to connect the receptacle to the nozzle so that the receptacle and the nozzle can move in space in unison with one another. a housing having an internal cavity; an inlet through which the fluid jet from the nozzle enters the housing during the workpiece processing operation; a jet deflection device positioned downstream of the inlet to redirect at least a substantia I portion of the fluid jet; a jet rebound device located upstream of the jet deflection device to be impinged on by the redirected portion of the fluid jet; and a discharge port;
A method for refurbishing a wind turbine, the method comprising: terminating use of an existing uptower electrical system and an existing downtower electrical system of the wind turbine; installing a new updated more technologically advanced uptower electrical system and a new updated more technologically advanced downtower electrical system for the wind turbine in an uptower location in a nacelle of the wind turbine and a downtower location of the wind turbine within or outside of a tower of the wind turbine, respectively; providing an electrical adaptor for connecting the new updated uptower electrical system with the new updated downtower electrical system; and electrically connecting the electrical adaptor between the new updated uptower electrical system and the new updated downtower electrical system comprising: electrically connecting the electrical adaptor to a first cable bundle electrically connected to the new updated uptower electrical system and a second cable bundle electrically connected to the new updated downtower electrical system, wherein the second cable bundle comprises more cables than the first cable bundle and/or cables of the first cable bundle are constructed of a different material than cables of the second cable bundle. terminating use of an existing uptower electrical system and an existing downtower electrical system of the wind turbine; installing a new updated more technologically advanced uptower electrical system and a new updated more technologically advanced downtower electrical system for the wind turbine in an uptower location in a nacelle of the wind turbine and a downtower location of the wind turbine within or outside of a tower of the wind turbine, respectively; providing an electrical adaptor for connecting the new updated uptower electrical system with the new updated downtower electrical system; and electrically connecting the electrical adaptor between the new updated uptower electrical system and the new updated downtower electrical system comprising: electrically connecting the electrical adaptor to a first cable bundle electrically connected to the new updated uptower electrical system and a second cable bundle electrically connected to the new updated downtower electrical system, wherein the second cable bundle comprises more cables than the first cable bundle and/or cables of the first cable bundle are constructed of a different material than cables of the second cable bundle. electrically connecting the electrical adaptor to a first cable bundle electrically connected to the new updated uptower electrical system and a second cable bundle electrically connected to the new updated downtower electrical system, wherein the second cable bundle comprises more cables than the first cable bundle and/or cables of the first cable bundle are constructed of a different material than cables of the second cable bundle.
A valve position indicator comprising a main rotation axle adapted to be operably connected with said valve such than a repositioning of said valve provides a rotation of said main axle, said main axle being provided with a main axle disc comprising at least one tooth for cooperation with a gear wheel comprising a plurality of teeth evenly distributed along its circumference, said main axle disc further comprising along part of its circumference a toothless portion substantially not interfering with said gear wheel, such that said at least one tooth provides a rotation of said gear wheel and said toothless portion provides no rotation of said gear wheel upon rotation of said main axle disc; said gear wheel being provided on a secondary axle and wherein an indication means is operably connected with said second axle for providing an indication of a position of said valve, characterized in that said valve position indicator further comprises two sets (24, 25) of mutually cooperating main rotation axle (17; 17'), main axle disc (19; 19'), gear wheel (26; 26') and indication means (28; 28'); a first set (24; 25) being embodied for indicating an open position of said valve, and a second set (25; 24) being embodied for indicating a closed position of said valve.
A transmitter for chirp-modulated radio signals comprising a chirp generator configured to generate a series of chirp signals, wherein each chirp signal carries an element of information encoded as a cyclic shift, and has a phase offset encoding an error correction code dependent from the cyclic shift of the chirp signal, the transmitter further comprising a modulator configured to modulate the series of chirp signals onto a radio signal and a radio transmitter configured to transmit the radio signal.
A tomato plant, fruit, fragment or extract thereof for use in a method inhibiting, preventing or ameliorating a disease associated with adipogenesis in a mammal, wherein the tomato is a ripening-impaired mutant tomato carrying the ripening inhibitor ( rin) gene and wherein the rin content is above 50%, and wherein the rin content is defined as the amount of the tomato rin mRNA relative to the arbitrary amount of 100% rin in a rin / rin homozygous tomato.
A method for manufacturing a composite sheet comprising an aerogel sheet, the method comprising: a step of preparing the aerogel sheet; a step of laminating a fiber sheet on each of both surfaces of the aerogel sheet; and a step of applying heat and a pressure to the aerogel sheet and the fiber sheets, which are laminated, to bond the sheets to each other and to manufacture the composite sheet in which the aerogel sheet and the fiber sheets are laminated, and characterized in further comprising a step of performing needling on the aerogel sheet and the fiber sheets, which are laminated, to temporarily fix the aerogel sheet and the fiber sheets between the step of laminating the fiber sheets and the step of applying heat and pressure. a step of preparing the aerogel sheet; a step of laminating a fiber sheet on each of both surfaces of the aerogel sheet; and a step of applying heat and a pressure to the aerogel sheet and the fiber sheets, which are laminated, to bond the sheets to each other and to manufacture the composite sheet in which the aerogel sheet and the fiber sheets are laminated, and characterized in further comprising a step of performing needling on the aerogel sheet and the fiber sheets, which are laminated, to temporarily fix the aerogel sheet and the fiber sheets between the step of laminating the fiber sheets and the step of applying heat and pressure.
An automatic tensioning system for strengthening a beam, a slab and a column by a pre-stressed FRP plate, comprising a tensioning end anchor, a fixed end anchor, and a tensioning bracket connected to the tensioning end anchor; characterized in that a centre-hole jack is provided in the middle of the tensioning bracket, a threaded rod passes through the tensioning bracket and is then connected to the centre-hole jack, an upper toothed nut and a lower toothed nut respectively drivable by a driving mechanism are provided on two sides of the tensioning bracket on the threaded rod; further comprising a binary clip-type fixture, wherein the upper surface of the binary clip-type fixture is provided with a cylinder, and a sleeve nested outside the cylinder is connected to the threaded rod; one end of an FRP plate is clamped into the clip-type fixture, and the other end of the FRP plate is anchored to the fixed end anchor, wherein a left motor and a right motor are respectively installed at the two sides of the centre-hole jack, the left motor is configured to drive the lower toothed nut through a left gear arranged on a motor shaft, and the right motor is configured to drive the upper toothed nut through a right gear arranged on the motor shaft and wherein the plane of the centre-hole jack relative to the lower toothed nut is provided with a lower contact sensor, and the plane of the tensioning bracket relative to the upper toothed nut is provided with an upper contact sensor.
A User Equipment UE comprising: a measuring module configured to measure a reference signal received power RSRP of a serving cell for said UE in an idle mode, in response to expiration of a discontinuous reception DRX cycle time interval and further configured to determine if the RSRP is below a threshold value; a cell search and selection module configured to search for a neighbor long term evolution, LTE, cell in response to determining that said RSRP is below said threshold value, and to camp on said neighbor LTE cell if said search for a neighbor LTE cell succeeds; and wherein said cell search and selection module is further configured to search for a neighbor inter-radio access technology IRAT cell if said search for a neighbor LTE cell fails and to camp on said neighbor IRAT cell if said search for a neighbor IRAT cell succeeds; a logging module to log RSRP, reference signal received quality, RSRQ, and cell ID of the neighbor cell if a neighbor LTE cell or a neighbor IRAT cell is found, and to log RSRP, RSRQ, and cell ID of the serving cell if neither a neighbor LTE cell nor a neighbor IRAT cell is found; and a transmitter to report the logged information from said logging module to a coverage and capacity optimization, CCO, module in a network manager. a measuring module configured to measure a reference signal received power RSRP of a serving cell for said UE in an idle mode, in response to expiration of a discontinuous reception DRX cycle time interval and further configured to determine if the RSRP is below a threshold value; a cell search and selection module configured to search for a neighbor long term evolution, LTE, cell in response to determining that said RSRP is below said threshold value, and to camp on said neighbor LTE cell if said search for a neighbor LTE cell succeeds; and wherein said cell search and selection module is further configured to search for a neighbor inter-radio access technology IRAT cell if said search for a neighbor LTE cell fails and to camp on said neighbor IRAT cell if said search for a neighbor IRAT cell succeeds; a logging module to log RSRP, reference signal received quality, RSRQ, and cell ID of the neighbor cell if a neighbor LTE cell or a neighbor IRAT cell is found, and to log RSRP, RSRQ, and cell ID of the serving cell if neither a neighbor LTE cell nor a neighbor IRAT cell is found; and a transmitter to report the logged information from said logging module to a coverage and capacity optimization, CCO, module in a network manager.