mhurhangee/ep-ind-claims huggingface dataset:
An aircraft having a pylon, a gas turbine engine and a support structure for attaching the gas turbine engine to the pylon, wherein the gas turbine engine has an engine casing surrounding an engine core, and the pylon has first and second attachment positions, the second attachment position being forward of the first attachment position relative to the working gas flow direction through the engine, characterised in that the support structure comprises: three elongate members joined to form a triangular frame encircling the engine casing, a first vertex of the triangular frame attaching to the pylon via a first attachment arrangement at the first attachment position; two thrust struts respectively extending from the other two vertices of the triangular frame and attaching to the pylon via a second attachment arrangement at the second attachment position; and three engine connection formations extending from the respective vertices of the triangular frame to positions on the engine casing for connecting the support structure to the engine casing. three elongate members joined to form a triangular frame encircling the engine casing, a first vertex of the triangular frame attaching to the pylon via a first attachment arrangement at the first attachment position; two thrust struts respectively extending from the other two vertices of the triangular frame and attaching to the pylon via a second attachment arrangement at the second attachment position; and three engine connection formations extending from the respective vertices of the triangular frame to positions on the engine casing for connecting the support structure to the engine casing.
Method for detecting at least one defect within a test object, comprising the steps: (a) determining a plurality of measurement data sets of the test object, an ultrasound signal respectively being insonated at various measurement points into the test object with an insonation angle (α) in order to determine a measurement data set, this insonation angle being varied for each measurement data set for the determination of the measurement data sets; (b) carrying out a SAFT (Synthetic Aperture Focusing Technique) evaluation for each measurement data set determined, by using a common reconstruction grid within the test object for calculating an SAFT evaluation result for each measurement data set; and (c) superposing the calculated SAFT evaluation results, in order to calculate an orientation-independent defect display value (S RP) for each reconstruction point of the reconstruction grid. (a) determining a plurality of measurement data sets of the test object, an ultrasound signal respectively being insonated at various measurement points into the test object with an insonation angle (α) in order to determine a measurement data set, this insonation angle being varied for each measurement data set for the determination of the measurement data sets; (b) carrying out a SAFT (Synthetic Aperture Focusing Technique) evaluation for each measurement data set determined, by using a common reconstruction grid within the test object for calculating an SAFT evaluation result for each measurement data set; and (c) superposing the calculated SAFT evaluation results, in order to calculate an orientation-independent defect display value (S RP) for each reconstruction point of the reconstruction grid.
A method for correcting an area of overlap between two films created by sequential shadow mask evaporations, the method comprising: correcting design features in an original layout to generate a corrected layout using a software tool, such that the corrected layout modifies shapes of the design features; or correcting design features in an original layout to generate a corrected layout using a lithographic tool, such that the corrected layout modifies shapes of the design features; patterning the modified shapes of the design features at locations on a wafer according to the corrected layout using the lithographic tool, wherein the corrected layout includes a sidewall flashing correction, wherein the sidewall flashing correction is configured to modify the shapes of the design features to prevent a width of the first film, the second film, or both the first film and second film from being reduced by flashing against a sidewall of a resist material; and depositing a first film by an initial shadow mask evaporation and a second film by a subsequent shadow mask evaporation to produce a corrected junction at the locations on the wafer, such that the first film and the second film have an overlap, the overlap defining a tunnel junction. correcting design features in an original layout to generate a corrected layout using a software tool, such that the corrected layout modifies shapes of the design features; or correcting design features in an original layout to generate a corrected layout using a lithographic tool, such that the corrected layout modifies shapes of the design features; patterning the modified shapes of the design features at locations on a wafer according to the corrected layout using the lithographic tool, wherein the corrected layout includes a sidewall flashing correction, wherein the sidewall flashing correction is configured to modify the shapes of the design features to prevent a width of the first film, the second film, or both the first film and second film from being reduced by flashing against a sidewall of a resist material; and depositing a first film by an initial shadow mask evaporation and a second film by a subsequent shadow mask evaporation to produce a corrected junction at the locations on the wafer, such that the first film and the second film have an overlap, the overlap defining a tunnel junction.
A hybrid heater for heating fluids, the heater comprising a structural mass comprising a plurality of elongated passages (40,44,50,54,58,62), said elongated passages being coupled to provide an elongated heating flow path, such that the elongated heating flow path is of the order of 15%-30% of the structural mass, said structural mass further comprising an inlet bore and an outlet bore fluidly coupled to the heating flow path whereby, a plurality of elongated heater rods (74,76,78,80,82,84), said rods being disposed within said elongated passages (40,44,50,54,58,62) such that fluid introduced into the structural mass through the inlet bore flows through the elongated heating flow path and out of the structural mass through the outlet bore, the fluid flowing between the heater rods (74,76,78,80,82,84) and the inside walls of the elongated passages whereby said fluid is heated.
A solid-phase support with a peptide immobilized thereon, the peptide being capable of binding to human IgG, wherein the peptide comprises the following amino acid sequence: GPDCAYHRGELVWCTFH (SEQ ID NO:31); and sulfide groups in the two outermost cysteine residues in the peptide are connected via a linker represented by formula:
Device for automatic loading of objects in an enclosure, wherein the device comprises: - a conveyor belt; and - a processing means that controls the movements of a front end of the conveyer belt during the loading process, - proximity or presence sensors (3a, 3b, 3c, 3d) arranged on the front end of the conveyor belt that are designed to detect the position of said front end in relation to the previously loaded objects and/or to the roof and/or the walls of the enclosure, the processing means controlling the movements of the front end of the conveyor belt according to the information obtained by said proximity or presence sensors (3a, 3b, 3c, 3d), characterized in that at least one sensor is oriented in the vertical direction, one sensor oriented in the frontal direction, and one sensor oriented in the frontal direction inclined downwards, wherein the sensors allow the determination of the height of objects arranged in front of the front end of the conveyor belt, wherein the processing means are arranged to control the movement of the front end of the conveyor band to continue loading based on the information obtained by said proximity or presence sensors. - a conveyor belt; and - a processing means that controls the movements of a front end of the conveyer belt during the loading process, - proximity or presence sensors (3a, 3b, 3c, 3d) arranged on the front end of the conveyor belt that are designed to detect the position of said front end in relation to the previously loaded objects and/or to the roof and/or the walls of the enclosure, the processing means controlling the movements of the front end of the conveyor belt according to the information obtained by said proximity or presence sensors (3a, 3b, 3c, 3d), characterized in that at least one sensor is oriented in the vertical direction, one sensor oriented in the frontal direction, and one sensor oriented in the frontal direction inclined downwards, wherein the sensors allow the determination of the height of objects arranged in front of the front end of the conveyor belt, wherein the processing means are arranged to control the movement of the front end of the conveyor band to continue loading based on the information obtained by said proximity or presence sensors.
Apparatus for controlling the shape and/or position of a moveable aqueous liquid-air meniscus, the apparatus comprising a volume for containing and directing fluid, the filling direction being a downstream direction; the volume having at least a first structure defining a capillary pressure barrier along which the meniscus tends to align, the volume being a microfluidic channel having walls, the capillary pressure barrier defining a boundary in the volume between at least two sub-volumes, wherein each end of the capillary pressure barrier intersects a wall at an angle that on the downstream side of the capillary pressure barrier is greater than 90°, while not providing a deliberate fluid alignment weakness along the capillary pressure barrier that reduces the stability of the capillary pressure barrier, wherein the volume includes at least two fluid inlets for filling of at least one of at least two respective fluids into the at least two sub-volumes; and at least one fluid outlet for removing fluid from at least one of the at least two sub-volumes. the volume having at least a first structure defining a capillary pressure barrier along which the meniscus tends to align, the volume being a microfluidic channel having walls, the capillary pressure barrier defining a boundary in the volume between at least two sub-volumes, wherein each end of the capillary pressure barrier intersects a wall at an angle that on the downstream side of the capillary pressure barrier is greater than 90°, while not providing a deliberate fluid alignment weakness along the capillary pressure barrier that reduces the stability of the capillary pressure barrier, wherein the volume includes at least two fluid inlets for filling of at least one of at least two respective fluids into the at least two sub-volumes; and at least one fluid outlet for removing fluid from at least one of the at least two sub-volumes.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet, wherein the microneedle sheet and the microneedles comprise a water-soluble polysaccharide and water, a water content is 1 mass% or more and less than 19 mass% based on a total mass of the microneedles, and the microneedles are raised from the principal surface by bending the sheet, wherein the water-soluble polysaccharide is selected from sodium hyaluronate, sodium chondroitin sulfate, carmellose sodium, sodium alginate, and pullulan.
A composition comprising a zinc ester functional polymer and particles of copper pyrithione, which are obtained by reacting an acid functional polymer with zinc pyrithione and a copper compound selected from the group consisting of copper salts, copper carboxylates, copper hydroxide, elemental copper and combinations thereof, wherein said particles have an average aspect ratio within a range of from about 8 to about 15, preferably from about 9 to about 12.
A human liver progenitor or stem cell for use in the treatment of a liver disease, wherein said human liver progenitor or stem cell is: (i) an isolated human progenitor or stem cell originated from human adult liver having growth in monolayers, flattened form, broad cytoplasm and ovoid nuclei with one or two nucleoli and having the following characteristics: negative for at least one marker of lymphohematopoietic lineage selected from CD45, CD34 and CD117; positive for at least one mesenchymal marker selected from CD90, CD29, and CD44; positive for the hepatocyte marker albumin; positive for vimentin and α-smooth muscle actin (ASMA), or (ii) as defined under (i), and is a cell line, or (iii) as defined under (i), and is comprised in a cell population. (i) an isolated human progenitor or stem cell originated from human adult liver having growth in monolayers, flattened form, broad cytoplasm and ovoid nuclei with one or two nucleoli and having the following characteristics: negative for at least one marker of lymphohematopoietic lineage selected from CD45, CD34 and CD117; positive for at least one mesenchymal marker selected from CD90, CD29, and CD44; positive for the hepatocyte marker albumin; positive for vimentin and α-smooth muscle actin (ASMA), or (ii) as defined under (i), and is a cell line, or (iii) as defined under (i), and is comprised in a cell population.
A device for unwinding and winding up one or more lines for uninterrupted connection of each of the one or more lines between two connection points, wherein the uninterrupted connection may be produced between a fixed first connection point and a second connection point which is at a variable distance or in each case one of a plurality of second connection points which are at different distances, wherein the device comprises a rotatable winding body for unwinding and winding up the one or more lines, wherein the line(s) is/are guided in a first sub-portion from the first fixed connection point from a stationary first position coaxial with the winding body to a second position located opposite the first position and from said second position to a third position substantially in a plane with the first position but rotatable with the winding body, wherein the line(s) is/are guided helically in the first sub-portion between the first and second positions, wherein the line(s) is/are guided from the third position in a second sub-portion to the circumferential side of the winding body and optionally via a number of windings around the winding body to the second connection point, characterised in that the line(s) is/are guided helically in the first sub-portion between the second and third positions and in that the second position is arranged freely rotatably independently of the winding body.
An antibody for use in a method of therapy and/or prophylaxis of cancer, said antibody having immunoreactivity to a CD179b protein having the amino acid sequence shown in SEQ ID NO:3, wherein the antibody is capable of mediating antibody-dependent cell-mediated cytotoxicity (ADCC) by effector cells and complement-dependent cytotoxicity against CD179-expressing cells.
A method of determining the pH of an aqueous liquid, the method comprising contacting the liquid with an electrode (46, 47, 78) comprising a substrate with at least one redox active compound immobilized thereon, the redox active compound comprising at least one functional group convertible electrochemically between reduced and oxidized forms with transfer of at least one proton between the compound and the aqueous liquid, applying varying potential to the electrode, observing current flow as potential is varied, determining the applied potential at a maximum current for redox reaction of the compound, and determining pH from the potential at maximum current, characterised in that the method is a method of determining the pH of an aqueous liquid which does not contain more than 0.01 moles per litre of pH-buffering partially dissociated acid, base and/or salt and in that the electrode has a covering layer (18, 49) which separates the redox active compound from the aqueous liquid, wherein the covering layer (18, 49) selectively allows the passage of hydrogen ions but not other atoms between the redox active compound and the aqueous liquid. contacting the liquid with an electrode (46, 47, 78) comprising a substrate with at least one redox active compound immobilized thereon, the redox active compound comprising at least one functional group convertible electrochemically between reduced and oxidized forms with transfer of at least one proton between the compound and the aqueous liquid, applying varying potential to the electrode, observing current flow as potential is varied, determining the applied potential at a maximum current for redox reaction of the compound, and determining pH from the potential at maximum current, characterised in that the method is a method of determining the pH of an aqueous liquid which does not contain more than 0.01 moles per litre of pH-buffering partially dissociated acid, base and/or salt and in that the electrode has a covering layer (18, 49) which separates the redox active compound from the aqueous liquid, wherein the covering layer (18, 49) selectively allows the passage of hydrogen ions but not other atoms between the redox active compound and the aqueous liquid.
Spring leaf for a leaf spring, wherein the spring leaf has an upper side, a lower side, two lateral sections extending between the upper side and the lower side, a longitudinal axis, a section plane extending perpendicularly to the upper side and the lower side and through the longitudinal axis, two end sections (3a, 3b), and a middle section extending between the end sections (3a, 3b), wherein the middle section has a clamping region and wherein a main tension region (6a, 6b) is provided between at least one of the end sections (3a, 3b) and the clamping region, the thickness of which decreases parabolically in the direction from the clamping region to the end section (3a, 3b), characterized in that a transition region is arranged between the main tension (6a, 6b) region and the clamping region, wherein the thickness of the spring leaf decreases in the transition region from the clamping region to the main tension region (6a, 6b) with uniform width, in that the main tension region (6a, 6b) has a first subregion and a further subregion in the direction from the clamping region toward the end region (3a, 3b), wherein the thickness of the first subregion decreases with uniform width and the thickness of the further subregion decreases with decreasing width, wherein the width of the further subregion extending between the section plane and a lateral sections of the spring leaf increases in the direction from the end section (3a, 3b) toward the clamping region according to a quadratic function.
A method of manufacturing a cellulose fiber product including a step of dyeing, in a single bath, a cellulose fiber product formed of an unbleached and undyed or white yarn or fabric, and a base fabric with a slide fastener attached to the cellulose fiber product, characterized in that the base fabric with the slide fastener comprises a woven fabric containing in a weft thereof a modified cellulose fiber which is lyocell in a proportion of 25% by mass or more, wherein the weft comprises a union yarn or twisted union yarn formed of lyocell and a cellulose fiber other than lyocell, and in a warp thereof the same material as used as the weft, or a yarn formed of a cellulose fiber, and that the lyocell has a dry strength of 30 cN/tex or more and a wet strength of 24 cN/tex or more, wherein weft means a yarn in a direction orthogonal to a sliding direction of the slide fastener in the woven fabric making up the base fabric.
A method of draining wastewater contained in a holding tank of a system for management of grey water in aircraft toilets, characterised in that the method consists of draining the grey water through an undulating diaphragm pump comprising an inlet conduit connected to the said holding tank, the pump diaphragm is able to undulate, under the action of a linear electromagnetic actuator and of damping means defining the electromagnetic actuator stroke for draining the said grey water present in the holding tank through the inlet conduit of the pump to a discharge conduit of the pump.
A blow molding method for blow-molding a container with a handle that includes disposing a preform and the handle between a pair of blow cavity molds (410, 411), and blow-molding the preform into the container to integrate the handle with the container, the blow molding method comprising: heating the preform in a state in which the preform is held by a heating transfer jig; and supplying the handle to the heating transfer jig in an empty state after completion of the heating of the preform so that the handle is held by the heating transfer jig, the heating transfer jig holding the handle being situated between two heating transfer jigs that respectively hold two preforms that are adjacent to each other in a transfer direction.
A status detection method for a vehicle light signalling control device, wherein the vehicle light signalling control device comprises a turn position shifting module configured to perform on/off control on left turn signalling and right turn signalling by means of position shifting, and output a position resistance corresponding to a shifted position after the position shifting; and the status detection method is characterized by comprising: after it is detected that the position resistance output by the turn position shifting module is a preset position resistance of a turn signalling on position or a preset position resistance of a turn signalling off position, obtaining a first resistance jump sequence of a currently detected position resistance according to historical position resistance data and the currently detected position resistance; and determining whether the vehicle light signalling control device has malfunctioned, according to a comparison result of the first resistance jump sequence and a preset second resistance jump sequence, wherein the preset second resistance jump sequence is a resistance jump sequence obtained according to a position resistance corresponding to each position in a preset position shifting sequence. wherein the vehicle light signalling control device comprises a turn position shifting module configured to perform on/off control on left turn signalling and right turn signalling by means of position shifting, and output a position resistance corresponding to a shifted position after the position shifting; and the status detection method is characterized by comprising: after it is detected that the position resistance output by the turn position shifting module is a preset position resistance of a turn signalling on position or a preset position resistance of a turn signalling off position, obtaining a first resistance jump sequence of a currently detected position resistance according to historical position resistance data and the currently detected position resistance; and determining whether the vehicle light signalling control device has malfunctioned, according to a comparison result of the first resistance jump sequence and a preset second resistance jump sequence, after it is detected that the position resistance output by the turn position shifting module is a preset position resistance of a turn signalling on position or a preset position resistance of a turn signalling off position, obtaining a first resistance jump sequence of a currently detected position resistance according to historical position resistance data and the currently detected position resistance; and determining whether the vehicle light signalling control device has malfunctioned, according to a comparison result of the first resistance jump sequence and a preset second resistance jump sequence, wherein the preset second resistance jump sequence is a resistance jump sequence obtained according to a position resistance corresponding to each position in a preset position shifting sequence.