mhurhangee/ep-ind-claims huggingface dataset:
A method for starting up a gas turbine engine of a combined cycle power plant, the gas turbine engine including a compressor, a combustor and a turbine, the compressor providing compressed air to the combustor for combustion with a fuel to produce a working fluid and the turbine receiving the working fluid to produce power; the compressor comprising adjustable inlet guide vanes, the adjustable inlet guide vanes being adjustable between a fully closed position for minimizing the mass flow of air into the compressor and a fully open position for providing the maximum mass flow of air into the compressor; wherein the method comprises the steps of: - step 1 (S 1): applying load to the gas turbine engine and increasing the load until a predetermined combustor firing temperature (T F) is reached, while keeping the adjustable inlet guide vanes in a start position adapted to reduce the mass flow of air into the compressor, whereby the predetermined combustor firing temperature (T F) is chosen to be an emission-compliant temperature, - step 2 (S 2): further increasing the load of the gas turbine engine while opening the adjustable inlet guide vanes and keeping the predetermined combustor firing temperature (T F) constant until the inlet guide vanes reach an end position adapted to increase the mass flow of air into the compressor, - step 3 (S 3): further increasing the load of the gas turbine engine and the predetermined combustor firing temperature (T F) while keeping the adjustable inlet guide vanes in the end position until a predetermined load of the gas turbine engine is reached. the gas turbine engine including a compressor, a combustor and a turbine, the compressor providing compressed air to the combustor for combustion with a fuel to produce a working fluid and the turbine receiving the working fluid to produce power; the compressor comprising adjustable inlet guide vanes, the adjustable inlet guide vanes being adjustable between a fully closed position for minimizing the mass flow of air into the compressor and a fully open position for providing the maximum mass flow of air into the compressor; - step 1 (S 1): applying load to the gas turbine engine and increasing the load until a predetermined combustor firing temperature (T F) is reached, while keeping the adjustable inlet guide vanes in a start position adapted to reduce the mass flow of air into the compressor, whereby the predetermined combustor firing temperature (T F) is chosen to be an emission-compliant temperature, - step 2 (S 2): further increasing the load of the gas turbine engine while opening the adjustable inlet guide vanes and keeping the predetermined combustor firing temperature (T F) constant until the inlet guide vanes reach an end position adapted to increase the mass flow of air into the compressor, - step 3 (S 3): further increasing the load of the gas turbine engine and the predetermined combustor firing temperature (T F) while keeping the adjustable inlet guide vanes in the end position until a predetermined load of the gas turbine engine is reached.
A method for assembling a power conversion device, comprising: providing an electronic component; covering the electronic component with a cover, and disposing a second connecting portion of the electronic component on the cover; mounting the electronic component on a heat-dissipating base; and electrically connecting a printed wiring board with the electronic component mounted on the heat-dissipating base, characterized in that the cover has an insulating material, and the electrically connecting comprises: providing a first fixing member corresponding to a second fixing member embedded in the cover; and passing the first fixing member through a first through hole of a first connecting portion of the printed wiring board and a second through hole of the second connecting portion and fixing the first fixing member to the second fixing member, such that the second connecting portion is electrically connected to the first connecting portion. providing an electronic component; covering the electronic component with a cover, and disposing a second connecting portion of the electronic component on the cover; mounting the electronic component on a heat-dissipating base; and electrically connecting a printed wiring board with the electronic component mounted on the heat-dissipating base, the cover has an insulating material, and the electrically connecting comprises: providing a first fixing member corresponding to a second fixing member embedded in the cover; and passing the first fixing member through a first through hole of a first connecting portion of the printed wiring board and a second through hole of the second connecting portion and fixing the first fixing member to the second fixing member, such that the second connecting portion is electrically connected to the first connecting portion. providing a first fixing member corresponding to a second fixing member embedded in the cover; and passing the first fixing member through a first through hole of a first connecting portion of the printed wiring board and a second through hole of the second connecting portion and fixing the first fixing member to the second fixing member, such that the second connecting portion is electrically connected to the first connecting portion.
Universal joint arrangement with two joint yokes (5, 6) and four journal bearing arrangements, wherein the journal bearing arrangements respectively comprise the following: a journal, projecting from a journal cross centre along a journal axis, a yoke arm of one of the joint yokes (5, 6) with a bearing bore, in which the journal is supported, an outer sleeve, which is arranged within the bearing bore and which has at a side facing the journal cross centre an end face, an inner sleeve, which is arranged within the bearing bore and which has at a side facing the journal cross centre an annular portion, and an axial bearing, which is arranged between the end face of the outer sleeve and the annular portion of the inner sleeve and has rolling members, wherein the outer sleeve is axially supported on the yoke arm at a side of the bearing bore facing the journal centre, characterised in that respectively between the annular portion of the inner sleeve and the cross a gap is provided, and that the rolling members of the axial bearing are arranged such, that in a direction parallel to the journal axis an overlapping of the rolling members with the yoke arm is achieved. a journal, projecting from a journal cross centre along a journal axis, a yoke arm of one of the joint yokes (5, 6) with a bearing bore, in which the journal is supported, an outer sleeve, which is arranged within the bearing bore and which has at a side facing the journal cross centre an end face, an inner sleeve, which is arranged within the bearing bore and which has at a side facing the journal cross centre an annular portion, and an axial bearing, which is arranged between the end face of the outer sleeve and the annular portion of the inner sleeve and has rolling members, that respectively between the annular portion of the inner sleeve and the cross a gap is provided, and that the rolling members of the axial bearing are arranged such, that in a direction parallel to the journal axis an overlapping of the rolling members with the yoke arm is achieved.
A process of synthesizing Compound: the process comprising: Step (i): treating a compound of formula: wherein each R is -CH(CH2R 1)-OR 2 or tetrahydropyran-2-yl optionally substituted with one, two, or three alkyl; and wherein R 1 is hydrogen or alkyl, and R 2 is alkyl; with an acid to provide compound: Step (ii): reacting compound with a compound of formula wherein LG is a leaving group under alkylation reacting conditions to provide Compound; and Step (iii): optionally crystallizing Compound from Step (ii) from heptane and methyl tert -butyl ether at 45° +/-5 °C to 55° +/-5 °C. Step (i): treating a compound of formula: wherein each R is -CH(CH2R 1)-OR 2 or tetrahydropyran-2-yl optionally substituted with one, two, or three alkyl; and wherein R 1 is hydrogen or alkyl, and R 2 is alkyl; with an acid to provide compound: Step (ii): reacting compound with a compound of formula wherein LG is a leaving group under alkylation reacting conditions to provide Compound; and Step (iii): optionally crystallizing Compound from Step (ii) from heptane and methyl tert -butyl ether at 45° +/-5 °C to 55° +/-5 °C.
Connection device for mechanically linking a wiper blade to a windscreen wiper drive arm (C, C') of a motor vehicle, said connection device includes a connector designed to be rigidly attached to a wiper blade and an adaptor designed to connect the connector to an end part (5, 5') of the drive arm (C, C'), the adaptor being delimited by at least two lateral flanks (30a, 30b) and an upper face, each of the lateral flanks (30a, 30b) being attached to the upper face, in which the connector includes at least one hole of circular section through which an axis of rotation between the wiper blade and the drive arm (C, C') passes, the hole in the connector being delimited by at least one flank, the adaptor having at least one through-seat formed in the upper face and into which at least a portion of the flank of the connector extends, and at least one of said lateral flanks (30a, 30b) of the adaptor has a shoulder (34a, 34b) formed on an edge opposite the edge via which the lateral flank is attached to the upper face of the adaptor, characterized in that four through-slots are formed in the upper face of the adaptor, distributed symmetrically both about a longitudinal mid-plane perpendicular to the substantially flat portions (310a, 310b) of the upper face of the adaptor and about a transverse mid-plane perpendicular to the first and second lateral flanks (30a, 30b) of the adaptor, each through-slot being arranged to receive a pin of the drive arm.
A system for optimizing neuromodulation therapy, the system comprising: a neuromodulation catheter including: an elongate shaft having a proximal portion and a distal portion, wherein the shaft is configured to locate the distal portion intravascularly at a treatment region within a blood vessel of a human patient; a neuromodulation assembly at the distal portion of the shaft; and at least one sensor, wherein the sensor is configured to transmit hemodynamic data regarding the blood vessel; a computing device having a memory and a processor, wherein the memory stores instructions that, when executed by the processor, cause the system to perform operations comprising: receiving digital data regarding three-dimensional imaging of the vessel; receiving hemodynamic data from the sensor; generating, at the processor, a computational fluid dynamics model of the vessel based at least in part on the three-dimensional imaging data and the hemodynamic data; identifying target regions of the vessel suitable for neuromodulation therapy and avoidance regions of the vessel less suitable for neuromodulation therapy based on the CFD model; and displaying a representation of the vessel including visual markers indicating the avoidance regions. an elongate shaft having a proximal portion and a distal portion, wherein the shaft is configured to locate the distal portion intravascularly at a treatment region within a blood vessel of a human patient; a neuromodulation assembly at the distal portion of the shaft; and at least one sensor, wherein the sensor is configured to transmit hemodynamic data regarding the blood vessel; a computing device having a memory and a processor, wherein the memory stores instructions that, when executed by the processor, cause the system to perform operations comprising: receiving digital data regarding three-dimensional imaging of the vessel; receiving hemodynamic data from the sensor; generating, at the processor, a computational fluid dynamics model of the vessel based at least in part on the three-dimensional imaging data and the hemodynamic data; identifying target regions of the vessel suitable for neuromodulation therapy and avoidance regions of the vessel less suitable for neuromodulation therapy based on the CFD model; and displaying a representation of the vessel including visual markers indicating the avoidance regions. receiving digital data regarding three-dimensional imaging of the vessel; receiving hemodynamic data from the sensor; generating, at the processor, a computational fluid dynamics model of the vessel based at least in part on the three-dimensional imaging data and the hemodynamic data; identifying target regions of the vessel suitable for neuromodulation therapy and avoidance regions of the vessel less suitable for neuromodulation therapy based on the CFD model; and displaying a representation of the vessel including visual markers indicating the avoidance regions.
A biological sterilization indicator comprising: a housing including a first portion, and a second portion adapted to be coupled to the first portion, the second portion being movable with respect to the first portion between a first position and a second position; a container comprising a liquid, at least a portion of the container being frangible, the container positioned in at least the first portion of the housing; a spore reservoir positioned in the housing; and a projection positioned in the housing, the projection configured to (a) hold the container intact in a location in the housing in which a minimal cross-sectional area of space between the container and at least one of the housing and the projection is maintained when the second portion of the housing is in the first position, and (b) fracture the container when the second portion of the housing is moved from the first position to the second position; wherein the first portion of the housing includes at least one substantially planar wall positioned adjacent the spore reservoir, and wherein at least one substantially planar wall includes a detection window. a housing including a first portion, and a second portion adapted to be coupled to the first portion, the second portion being movable with respect to the first portion between a first position and a second position; a first portion, and a second portion adapted to be coupled to the first portion, the second portion being movable with respect to the first portion between a first position and a second position; a container comprising a liquid, at least a portion of the container being frangible, the container positioned in at least the first portion of the housing; a spore reservoir positioned in the housing; and a projection positioned in the housing, the projection configured to (a) hold the container intact in a location in the housing in which a minimal cross-sectional area of space between the container and at least one of the housing and the projection is maintained when the second portion of the housing is in the first position, and (b) fracture the container when the second portion of the housing is moved from the first position to the second position; (a) hold the container intact in a location in the housing in which a minimal cross-sectional area of space between the container and at least one of the housing and the projection is maintained when the second portion of the housing is in the first position, and (b) fracture the container when the second portion of the housing is moved from the first position to the second position; wherein the first portion of the housing includes at least one substantially planar wall positioned adjacent the spore reservoir, and wherein at least one substantially planar wall includes a detection window.
Use of a pump system that operates in accordance with the travelling wave principle for conveying a liquid or gaseous heat transfer medium through a duct arrangement by means of a working assembly that provides a material that comprises a magnetocaloric effect and that is periodically exposed to a magnetic field.
Cold applicator assembly, wherein a tubular fabric immersed in liquid composition is contained in an airtight pack, wherein said liquid composition comprises: - Water or distilled water, about 50-60% of the total, - Alcohol denat, about 20-28% of the total, - An anti-freeze agent, about 15-20% of the total, - A detergent, about 1,5-2,5% of the total, - A vasodilator product 0,2-0,7% of the total, - Relaxant products 0,7-1% of the total, and - Preservatives in a proportion of about 0,075-0,090% of the total. - Water or distilled water, about 50-60% of the total, - Alcohol denat, about 20-28% of the total, - An anti-freeze agent, about 15-20% of the total, - A detergent, about 1,5-2,5% of the total, - A vasodilator product 0,2-0,7% of the total, - Relaxant products 0,7-1% of the total, and - Preservatives in a proportion of about 0,075-0,090% of the total.
An assembly comprising a receiver and a microphone having a microphone housing, wherein: - the receiver comprises: ∘ a receiver housing having a largest dimension of no more than 10mm, the receiver housing comprising a wall portion comprising a sound output, ∘ a receiver diaphragm defining, with an inner surface of the receiver housing, a first chamber in the receiver housing having the sound output, and a second chamber in the receiver housing, the first chamber being at one side of the diaphragm and the second chamber being on an opposite side of the diaphragm, the microphone housing being provided inside the second chamber, where the microphone housing has a volume not exceeding 20% of a volume of the second chamber, characterised in that the receiver housing comprises a sound entrance via which the microphone is configured to receive sound, the sound entrance being provided in the wall portion, in which the sound output is provided. - the receiver comprises: ∘ a receiver housing having a largest dimension of no more than 10mm, the receiver housing comprising a wall portion comprising a sound output, ∘ a receiver diaphragm defining, with an inner surface of the receiver housing, a first chamber in the receiver housing having the sound output, and a second chamber in the receiver housing, the first chamber being at one side of the diaphragm and the second chamber being on an opposite side of the diaphragm, the microphone housing being provided inside the second chamber, ∘ a receiver housing having a largest dimension of no more than 10mm, the receiver housing comprising a wall portion comprising a sound output, ∘ a receiver diaphragm defining, with an inner surface of the receiver housing, a first chamber in the receiver housing having the sound output, and a second chamber in the receiver housing, the first chamber being at one side of the diaphragm and the second chamber being on an opposite side of the diaphragm, the microphone housing being provided inside the second chamber,
Electric cable, with an outer sheath (8, 48) of insulating material and a barrier (9, 19) inside this against water penetration of a band-shaped water-swellable material, whereby the barrier (9, 19) consists of at least two longitudinal elements, such as bands (10, 11, 20, 41, 51) or threads, made of water-swellable material, which are guided in the cable (1, 30) in such a way that they delimit partial areas (13, 23) that are closed off along the cable, characterized in that the barrier (9, 19) consists of the at least two longitudinal elements are guided around a metallic shield (7, 57), whereby the latter consists of a metal band or a foil of aluminum or copper or other conductive metallic alloys or of a wounding of wire strands with an inner side full-faced band of water-swellable material.
Disk braking device, in which a disk plate fixed to a wheel is interposed by friction members, wherein the disk plate comprises a plurality of through-holes (20a to 20d), which are respectively arranged such that each through-hole is provided on an individual radial line passing through a center of the disk plate, a peripheral edge of the disk plate is provided with notches at predetermined circumferential intervals, wherein only one of said through-holes (20a to 20d) is formed on one radial line of the brake disk forming a heat conduction path, through which frictional heat generated in through-hole portions of the brake disk is conducted to an outer peripheral edge or an inner peripheral edge thereof, characterised in that a rotational locus region (S1 to S5) is formed when the notches and the respective through-holes (20a to 20d) of the disk plate are caused to rotate through one revolution, and covers all regions of a slide locus of the friction member on the disk plate, and all through-holes (20a to 20d) of the disk plate have the same circular shape.
An anti-theft seal, adapted for application to slender parts of products such as earpieces of eyeglasses, comprising two complementary jaws (12a, 12b) which are provided, on opposite sides of a central part thereof adapted to grip a product, with means for mutual retention which can be deactivated by magnetic action, characterized in that it comprises at least one plate (15a, 15b), which is connected to at least one first one of said jaws (12a, 12b), in said central part, so as to tilt with respect to at least one extraction direction of a slender part of product which during use is comprised between said jaws (12a, 12b), whereby jamming of said at least one plate (15a, 15b) against said slender part upon an attempt to extract it from said anti-theft seal and contrast to extraction is achieved.
A method of coating a packaging container, comprising the steps of: providing a coating composition having a crosslinkable polyester-polyurethane polymer with at least two carbamate sites; and a crosslinker; coating the composition onto a flat metal substrate; curing the composition; and forming the substrate into a food or beverage packaging container or a portion of a food or beverage packaging container, wherein the container has an interior and an exterior with the cured composition on the interior. providing a coating composition having a crosslinkable polyester-polyurethane polymer with at least two carbamate sites; and a crosslinker; a crosslinkable polyester-polyurethane polymer with at least two carbamate sites; and a crosslinker; coating the composition onto a flat metal substrate; curing the composition; and forming the substrate into a food or beverage packaging container or a portion of a food or beverage packaging container, wherein the container has an interior and an exterior with the cured composition on the interior.