mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine, comprising: a fan; an intermediate pressure compressor in fluid communication with the fan; a high pressure compressor in fluid communication with the IP compressor; a combustor in fluid communication with the HP compressor; an HP turbine coupled to the HP compressor defining an HP spool, the HP turbine being in fluid communication with the combustor; an IP turbine coupled to the IP compressor defining an IP spool, the IP turbine being in fluid communication with the HP turbine (121 A); an LP turbine coupled to the fan defining an LP spool, the LP turbine being in fluid communication with the IP turbine; wherein the HP spool, IP spool and LP spool are each independently rotatable; and a bleed system configured to bleed pressurized air from the IP compressor and deliver the bleed air to the LP turbine in response to a discharge temperature of the HP compressor reaching a predetermined temperature limit. a fan; an intermediate pressure compressor in fluid communication with the fan; a high pressure compressor in fluid communication with the IP compressor; a combustor in fluid communication with the HP compressor; an HP turbine coupled to the HP compressor defining an HP spool, the HP turbine being in fluid communication with the combustor; an IP turbine coupled to the IP compressor defining an IP spool, the IP turbine being in fluid communication with the HP turbine (121 A); an LP turbine coupled to the fan defining an LP spool, the LP turbine being in fluid communication with the IP turbine; wherein the HP spool, IP spool and LP spool are each independently rotatable; and a bleed system configured to bleed pressurized air from the IP compressor and deliver the bleed air to the LP turbine in response to a discharge temperature of the HP compressor reaching a predetermined temperature limit.
A dry powder pharmaceutical composition comprising ketamine or its pharmaceutically acceptable salt for use in a treatment of depression, by direct administration to the lungs via pulmonary route.
A treatment system for treating workpieces, in particular for treating vehicle bodies, having a) a conveying system, which comprises a plurality of free-moving transport carriages with which at least one workpiece in each case can be conveyed along a conveying route (S F) in variable conveying directions (R F); wherein b) each free-moving transport carriage comprises in each case: ba) a chassis, which defines a main axis and main alignment (A H) of the free-moving transport carriage, a fastening device for at least one workpiece and a connecting device, which couples the chassis to the fastening device; and bb) a control device, which is designed to control the chassis along the conveying route (S F) depending on position information which is provided by at least one position information transmitter; c) a movement space is present along the conveying route (S F), which movement space is connected to a workpiece conveying space via a connecting passage, wherein the chassis can be moved in the movement space so that the fastening device is also moved in the workpiece conveying space and the connecting device extends through the connecting passage, characterized in that d) in addition to the control device of the free-moving transport carriage, a mechanical and/or sensor-dependent track assistance device is provided, which is designed to actively and/or passively adapt the main alignment (A H) of the free-moving transport carriage and the conveying direction (R F) to one another on the basis of at least one parameter which is dependent on the connecting passage. a) a conveying system, which comprises a plurality of free-moving transport carriages with which at least one workpiece in each case can be conveyed along a conveying route (S F) in variable conveying directions (R F); b) each free-moving transport carriage comprises in each case: ba) a chassis, which defines a main axis and main alignment (A H) of the free-moving transport carriage, a fastening device for at least one workpiece and a connecting device, which couples the chassis to the fastening device; and bb) a control device, which is designed to control the chassis along the conveying route (S F) depending on position information which is provided by at least one position information transmitter; ba) a chassis, which defines a main axis and main alignment (A H) of the free-moving transport carriage, a fastening device for at least one workpiece and a connecting device, which couples the chassis to the fastening device; and bb) a control device, which is designed to control the chassis along the conveying route (S F) depending on position information which is provided by at least one position information transmitter; c) a movement space is present along the conveying route (S F), which movement space is connected to a workpiece conveying space via a connecting passage, wherein the chassis can be moved in the movement space so that the fastening device is also moved in the workpiece conveying space and the connecting device extends through the connecting passage,
Measuring device for detecting a relative movement between at least one magnet-field sensor arrangement, which is integrated in a semiconductor chip, and a transmitter (2, 2') for this sensor arrangement, wherein the transmitter and the sensor arrangement are penetrated by the magnetic flux of a magnet and the transmitter has teeth which are movable past the sensor arrangement when the relative movement takes place, or wherein the transmitter has magnet poles which are movable past the sensor arrangement when the relative movement takes place, wherein the sensor arrangement comprises a differential magnetic-field sensor having a first measuring plate (8a, 9a) and a second measuring plate (8b, 9b), which are offset relative to one another in the movement direction of the relative movement, and the sensor arrangement comprises a sensor element, which is designed for measurement of the absolute magnetic field, with a third measuring plate (8c, 9c) which is arranged in the movement direction of the relative movement between the first measuring plate (8a, 9a) and the second measuring plate (8b, 9b), characterised in that that two sensor arrangements each consisting of the differential magnetic-field sensor and the sensor element are provided and the measuring devices of these sensor arrangements are oriented transversely and at right angles relative to one another.
Modular printed-circuit-board plug connector, wherein the printed-circuit-board plug connector has at least one first housing part and one second housing part which are able to be joined together to form a plug-connector housing; and wherein the printed-circuit-board plug connector has at least two different plug-connector modules (4, 4') which are held in a pluggable manner in the plug-connector housing by the joined-together housing parts (2, 3), characterized in that the plug-connector modules (4, 4') are of substantially cuboidal design and have on two oppositely situated surfaces in each case two parallel grooves, a rear groove and a front groove, in that the plug-connector modules (4, 4') are able to be placed one next to the other on a plugging-side bearing surface of the first housing part (2, 2'), and in that, on the edge of the bearing surface, there is arranged a segmented web which engages into the rear groove of the plug-connector module (4, 4'). the plug-connector modules (4, 4') are of substantially cuboidal design and have on two oppositely situated surfaces in each case two parallel grooves, a rear groove and a front groove, in that the plug-connector modules (4, 4') are able to be placed one next to the other on a plugging-side bearing surface of the first housing part (2, 2'), and in that, on the edge of the bearing surface, there is arranged a segmented web which engages into the rear groove of the plug-connector module (4, 4').
A cosmetic composition comprising at least one cosmetically acceptable excipient and the mixture comprising - an extract of the brown alga Laminaria digitata, - a Saccharomyces hydrolysate and - ascorbic acid and one of its esters, in an amount ranging from 0.01 to 1% by weight, with respect to the weight of the composition, the percentage being expressed by dry weight of the mixture. - an extract of the brown alga Laminaria digitata, - a Saccharomyces hydrolysate and - ascorbic acid and one of its esters,
Crosscut saw having a carrier which forms a workpiece support surface, a holder attached to the carrier, and a saw unit attached above the carrier by means of the holder, wherein an inclination adjustment means, by way of which the saw unit is pivotable with respect to the carrier about a horizontal inclination pivot axis extending in the sawing direction and is fixable in at least one defined inclination position, is provided on the holder, wherein the inclination adjustment means has a stationary part connected to the carrier and a part that is pivotable in terms of inclination connected to the holder, wherein a clamping mechanism having a clamping lever arranged laterally on the part that is pivotable in terms of inclination is located on the part that is pivotable in terms of inclination, the selected inclination angle of the saw unit being fixable in a force-fitting manner by way of said clamping mechanism, characterized in that the clamping mechanism is provided with a second clamping lever of the same type that is arranged on the opposite side of the part that is pivotable in terms of inclination, and is actuable in the same way by each of the two clamping levers (26, 27), in that the clamping levers (26, 27) are coupled in terms of movement, and in that the clamping levers (26, 27) sit on a common clamping shaft.
A conveying device at least for a conveyance of a conveying medium, with at least one conveying space, with at least one conveying space element that at least partially delimits the conveying space and is embodied to be rigid, and with at least one elastically deformable conveying element that delimits the conveying space together with the conveying space element, wherein the conveying space element comprises at least one concave recess for at least partially forming the conveying space, wherein an inner surface of the conveying space element, which delimits the concave recess, forms a wall of the conveying space, wherein the conveying element comprises at least one conveying surface, which is usable in a targeted fashion for a conveyance of a fluid in the conveying space and/or through the conveying space, characterised in that in a load-free state of the conveying element, viewed in a cross section of the conveying element, the at least one conveying surface has a maximum transverse extension that is equivalent to a maximum transverse extension of the rigid wall of the conveying space element that delimits at least the conveying space at least partially, wherein at least the conveying element is embodied in a spring-elastic fashion, wherein, following a deformation, the conveying element automatically seeks to re-assume a convexly curved basic shape of the conveying element.
Transmitter for filterbank multicarrier, FBMC, communication, comprising: a processor adapted to calculate two auxiliary pilot symbols, and a precoder adapted to insert the two calculated auxiliary pilot symbols into a symbol structure (300, 600, 601) of symbols, the symbols adjacently surrounding a main pilot symbol, wherein the precoder is adapted to insert the two auxiliary pilot symbols at two symbol positions of the symbol structure (300, 600, 601), which are symmetric to the main pilot symbol in a time domain and/or in a frequency domain; characterized in that the two auxiliary pilot symbols are inserted at those positions around the main pilot symbol, which, according to localization properties of the prototype filter of the transmitter, cause the strongest intrinsic interference to the main pilot symbol. a processor adapted to calculate two auxiliary pilot symbols, and a precoder adapted to insert the two calculated auxiliary pilot symbols into a symbol structure (300, 600, 601) of symbols, the symbols adjacently surrounding a main pilot symbol, wherein the precoder is adapted to insert the two auxiliary pilot symbols at two symbol positions of the symbol structure (300, 600, 601), which are symmetric to the main pilot symbol in a time domain and/or in a frequency domain; characterized in that the two auxiliary pilot symbols are inserted at those positions around the main pilot symbol, which, according to localization properties of the prototype filter of the transmitter, cause the strongest intrinsic interference to the main pilot symbol.
Rheostatic braking method, applied in a BLDC motor used in hermeticos compressors, comprises: selecting a first phase and a second phase, connected to the BLDC motor, which will be short-circuited, at a certain electric position of the BLDC motor, characterised in that the first phase and the second phase selected are the phases having the major induced voltage and the minor induced voltage at a certain electric position of the BLDC motor; maintaining a third open phase to monitor the electric position of the BLDC motor by means of monitoring the induced voltage at this third open phase; and separating the rheostatic braking in six electric positions, each electric position being associated to two electric sections: a first section before zero crossing of the induced voltage of the third open phase; and a second section after the zero crossing. selecting a first phase and a second phase, connected to the BLDC motor, which will be short-circuited, at a certain electric position of the BLDC motor, characterised in that the first phase and the second phase selected are the phases having the major induced voltage and the minor induced voltage at a certain electric position of the BLDC motor; maintaining a third open phase to monitor the electric position of the BLDC motor by means of monitoring the induced voltage at this third open phase; and separating the rheostatic braking in six electric positions, each electric position being associated to two electric sections: a first section before zero crossing of the induced voltage of the third open phase; and a second section after the zero crossing.
A method for heating a preform of a thermoplastic synthetic material prior to being blow-moulded to form a container, wherein the preform is held at a screw thread section while being heated, wherein the screw thread section is arranged above a support ring and wherein a neck section is arranged below a support ring, characterised in that the preform is heated with less intensity in its neck section in comparison to the other sections during a first phase of being heated, and it is heated with more intensity in its neck section in comparison to the other sections during a second phase of being heated, which phase is immediately succeeded by the process of blow-moulding the preform.
Method for producing a light-emitting device, comprising a frame supporting structure for an electronic component, the electronic component being placed and fastened on the upper side on the frame supporting structure and being electrically contacted with the frame supporting structure by means of a separate wire, and wherein the composite of the electronic component and the frame support structure is electrically conductively bonded to a printed circuit board on the underside, characterized in that the frame supporting structure is composed of a reflective composite material with a carrier consisting of aluminum, with an intermediate layer of aluminum oxide located on one side on the carrier and with a reflection-enhancing, optically effective multilayer system applied to the intermediate layer, wherein the intermediate layer consisting of aluminum oxide has a thickness in the range from 5 nm to 200 nm and a layer of a metal or a metal alloy is applied to the surface of the side of the substrate opposite the reflection-enhancing optically effective multilayer system, which has a specific electrical resistance of at most 1.2 * 10 Ω mm / m at 25 °C, the thickness of the superficially applied layer being in the range from 10 nm to 5.0 μm. characterized in that the frame supporting structure is composed of a reflective composite material with a carrier consisting of aluminum, with an intermediate layer of aluminum oxide located on one side on the carrier and with a reflection-enhancing, optically effective multilayer system applied to the intermediate layer, wherein the intermediate layer consisting of aluminum oxide has a thickness in the range from 5 nm to 200 nm and a layer of a metal or a metal alloy is applied to the surface of the side of the substrate opposite the reflection-enhancing optically effective multilayer system, which has a specific electrical resistance of at most 1.2 * 10 Ω mm / m at 25 °C, the thickness of the superficially applied layer being in the range from 10 nm to 5.0 μm.
A cryostat housing for a superconducting wired circuit, said cryostat housing including: • a partition wall delimiting a first space and a second space internal to the cryostat housing; • a first opening and a second opening of the cryostat housing are located at one side and the other of the partition, opening out into the first internal space and into the second internal space, respectively, and each configured to fasten, in a leak-tight manner, an end of a cryogenic jacket (20a, 20b; 20) surrounding at least one superconducting wire (21a, 21b; 21) and to let through at least one superconducting wire (21a, 21b;21) into the first internal space and into the second internal space, respectively; • a third opening of the cryostat housing, communicating with the first internal space and forming an outlet for a cooling fluid flowing in a cryogenic jacket (20a; 20) fastened to the first opening; • a fourth opening of the cryostat housing, communicating with the second internal space and forming an inlet for a pressurized cooling fluid flowing in a cryogenic jacket (20b; 20) fastened to the second opening; the cryostat housing being characterized in that said separating partition incorporates a cavity forming at least one partition feedthrough for the passage of at least one superconducting wire (21a, 21b; 21), and an opening for access to said cavity enabling said cavity to be filled with an electrically insulating material injected in polymerizable liquid form in order to make said at least one partition feedthrough leak-tight with regard to cooling fluids after the polymerization of the electrically insulating material. • a partition wall delimiting a first space and a second space internal to the cryostat housing; • a first opening and a second opening of the cryostat housing are located at one side and the other of the partition, opening out into the first internal space and into the second internal space, respectively, and each configured to fasten, in a leak-tight manner, an end of a cryogenic jacket (20a, 20b; 20) surrounding at least one superconducting wire (21a, 21b; 21) and to let through at least one superconducting wire (21a, 21b;21) into the first internal space and into the second internal space, respectively; • a third opening of the cryostat housing, communicating with the first internal space and forming an outlet for a cooling fluid flowing in a cryogenic jacket (20a; 20) fastened to the first opening; • a fourth opening of the cryostat housing, communicating with the second internal space and forming an inlet for a pressurized cooling fluid flowing in a cryogenic jacket (20b; 20) fastened to the second opening;
Knife, comprising a housing (11, 111) in which a blade holder (12, 112) is mounted so as to be movable between at least one safety position and at least one cutting position, a blade (13, 141) retained on the blade holder (12, 112) being disposed in the housing (11, 111) inaccessible to the user when in the safety position, and the blade (13, 141) extends at least partially out of the housing (11, 111) when in the cutting position, having an actuating device, and a movement of the actuating device from a starting position into an actuating position enables the blade holder (12, 112) to be moved from the safety position into a first cutting position, and a connecting mechanism is fixedly connected to the blade holder (12, 112) by means of a first pivot link (G2, G7) and to an actuating element (19, 118) of the actuating device by means of a second pivot link (G4, G5), and the first pivot link (G2, G7) and the second pivot link (G4, G5) are spaced at a first distance when the connecting mechanism is in a first position and at a second distance when in a second position, characterised in that when the actuating device is in the actuating position, the blade holder (12, 112) is disposed in a cutting position when the connecting mechanism is in the first position and in a safety position when in the second position.
A water-soluble metal-working oil agent, characterized by comprising a component A, a component B, a component C and a component D, wherein: the component A is a mineral oil which has a characteristic temperature, as measured in accordance with JIS K2242 (method A), of 570°C or higher in an amount of 10 mass% or more with respect to the entire amount of the agent, and the component B is at least one condensed fatty acid which is selected from a condensed fatty acid, produced through dehydration condensation of a hydroxycarboxylic acid, and a condensed fatty acid, produced through dehydration condensation of an alcoholic hydroxyl group of the condensed fatty acid with a monovalent carboxylic acid, which has a characteristic temperature, as measured in accordance with JIS K2242 (method A), of 650°C or higher, in an amount of 7.5 mass% or more with respect to the entire amount of the agent, the component C is a carboxylic acid, and the component D is an amine compound or an alkali metal compound, wherein the component D is contained in such a neutralization equivalent that at least the component B and component C are neutralized to cancel out the sum of the acid values thereof. the component A is a mineral oil which has a characteristic temperature, as measured in accordance with JIS K2242 (method A), of 570°C or higher in an amount of 10 mass% or more with respect to the entire amount of the agent, and the component B is at least one condensed fatty acid which is selected from a condensed fatty acid, produced through dehydration condensation of a hydroxycarboxylic acid, and a condensed fatty acid, produced through dehydration condensation of an alcoholic hydroxyl group of the condensed fatty acid with a monovalent carboxylic acid, which has a characteristic temperature, as measured in accordance with JIS K2242 (method A), of 650°C or higher, in an amount of 7.5 mass% or more with respect to the entire amount of the agent, the component C is a carboxylic acid, and the component D is an amine compound or an alkali metal compound, wherein the component D is contained in such a neutralization equivalent that at least the component B and component C are neutralized to cancel out the sum of the acid values thereof.
Pichia pastoris host cell that can produce recombinant glycoproteins having N-glycans that have at least one terminal α-galactosyl epitope, wherein the host expresses a fusion protein comprising a codon optimized for Pichia pastoris open reading frame encoding an S. Scrofa α1,3-galactosyl transferase wherein the catalytic domain of the α-galactosyltransferase is linked to a targeting peptide that targets the fusion protein to the ER or Golgi of the host cell.