mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an airfoil, a chine coupled to the airfoil, the chine having a lateral surface; and a slat located adjacent the lateral surface of the chine and coupled to the airfoil, the slat being movable relative to the airfoil between a stowed position and a deployed position (300;600), the slat exposing the lateral surface of the chine when the slat (3029 is in the deployed position (300;600) and covering the lateral surface of the chine when the slat is in the stowed position, wherein a portion of an outer mold line of the slat is flush with a portion of an outer mold line of the chine when the slat is in the stowed position. an airfoil, a chine coupled to the airfoil, the chine having a lateral surface; and a slat located adjacent the lateral surface of the chine and coupled to the airfoil, the slat being movable relative to the airfoil between a stowed position and a deployed position (300;600), the slat exposing the lateral surface of the chine when the slat (3029 is in the deployed position (300;600) and covering the lateral surface of the chine when the slat is in the stowed position, wherein a portion of an outer mold line of the slat is flush with a portion of an outer mold line of the chine when the slat is in the stowed position.
Mold for repairing by aluminothermic welding a surface defect of a head of a metal rail, said mold comprising at least two substantially identical pieces or shells, configured to be temporarily assembled opposite one another and on either side of said rail to enclose the head, web and foot of this rail, each piece or shell having an upper opening, which opens onto an internal cavity bounded by walls (45, 46, 48) configured to enclose the head, the web and the foot of said rail, characterized by the fact that said internal cavity comprises a compressible sealing coating only against the walls (451, 46, 48) configured to enclose said web, foot and underside of the head, with the exception of the rest of the head and the underside of the foot.
A filter heater, in particular a fuel filter heater, comprising - a circuit board on which an electronic component is arranged, - an electrically conductive fuse element which is mechanically and resiliently pretensioned on one side against the electronic component and on the other side against a ground pole of the filter heater, in particular the fuel filter heater, and which is connected via a temperature-sensitive material to the electronic component and/or the ground pole, wherein the temperature-sensitive material disconnects the connection upon reaching or exceeding a pre-defined limit temperature, so that a current flow is interrupted and the filter heater, in particular the fuel filter heater, is switched off, characterized in that the fuse element is attached to a screw, in particular to a center dome screw, which, at the same time, forms the ground pole, wherein via the screw, the circuit board is fixed in a housing and, at the same time, the fuse element is pretensioned. - a circuit board on which an electronic component is arranged, - an electrically conductive fuse element which is mechanically and resiliently pretensioned on one side against the electronic component and on the other side against a ground pole of the filter heater, in particular the fuel filter heater, and which is connected via a temperature-sensitive material to the electronic component and/or the ground pole, wherein the temperature-sensitive material disconnects the connection upon reaching or exceeding a pre-defined limit temperature, so that a current flow is interrupted and the filter heater, in particular the fuel filter heater, is switched off,
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, the apparatus comprising an application unit for applying, in particular powdery, build material in a build plane in a process chamber of the apparatus, the application unit comprising: an application element comprising an inclined surface facing an application direction; an application element carrier configured to carry the application element; and at least one deflection unit coupling the application element to the application element carrier, wherein the deflection unit comprises a spring element, wherein the spring element is built as or comprises a spring and/or an elastically deformable element, wherein the application element is fastened against the application element carrier with the deflection unit acting as intermediate element, characterized in that the application element is mounted to the application element carrier via a positive locking connection between the application element and the application element carrier, wherein the application element is spring loaded against the application element carrier in the direction of the build plane, and wherein at least one sealing element is disposed between the application element and the application element carrier.
A method for producing a dendritic cell, wherein the method comprises the step of culturing a primate CD34 + cell in the presence of granulocyte/macrophage colony stimulating factor (GM-CSF) and stem cell factor for three to six weeks, wherein tumor necrosis factor -α and interleukin -4 are absent.
A self-propelled aerial platform including a work platform provided at the end of an operating arm which is supported by a base or turret which is in turn joined to a mobile wheeled chassis or to a truck with the possibility to rotate with respect thereto, the base or turret of said operating arm being coupled to said mobile chassis with a coupling rotatable about a vertical axis, it being provided that at least one motor means, pumps and tanks of fluids and other means are supported onto said mobile wheeled chassis or truck beneath said rotatable coupling, hydraulic and electrical couplings being also provided, which cooperate with said rotatable coupling to establish hydraulic and electrical connections between said at least a motor means, pumps and tanks and actuator means provided on the base or turret, the operating arm constrained thereto and supported thereby and the aerial work platform characterised in that, it comprises a motor means, placed in a median position, which has a rotation axis transverse to the longitudinal axis of the mobile wheeled chassis or truck.
Article having an elastic main body based on a vulcanizate having a wear-susceptible article surface having at least one coating on at least one article surface (2, 6), characterized in that at least one surface coating of the article consists of at least one apertured sheet based on at least one thermoplastic polymer, wherein the polymer is constituted such that it melts in the course of vulcanization to form a firmly adhered composite combining the main body and the coating.
A motorcycle tire with the ground contact surface between tread ground edges (Te, Te) of a tread portion curved in an arc shape protruding toward the radially outer side of a tire, and with a specified tire rotation direction, wherein the tread portion includes a center region (Ce), spanning 30% of the developed tread width (TWe) with the tire equator set at its center, and a shoulder region (Sh) positioned on each of both sides of the center region (Ce); the tread portion is provided with a plurality of main grooves positioned at intervals in a tire circumferential direction and a plurality of shoulder sub-grooves positioned in each shoulder region (Sh); the main grooves are each in substantially a V shape, having a pair of inclined portions respectively extending from the tip positioned in the center region (Ce) toward the shoulder regions (Sh) on both sides in the same direction as the rotation direction; and each shoulder sub-groove extends in the tire circumferential direction and is connected to one inclined portion without causing adjacent main grooves to be connected, each inclined portion comprises an inner portion positioned on the tip side and inclining with respect to the tire circumferential direction, and an outer portion formed to be contiguous to the inner portion and inclining with respect to the tire circumferential direction at a greater angle (θ3) than that (θ2) of the inner portion, each outer portion does not reach the tread ground edge (Te), characterized in that the motorcycle tire further comprises a center joint groove formed in the tread portion and connecting adjacent main grooves, wherein one end of the center joint groove is connected to the tip of one main groove, and the other end of the center joint groove is connected to the inclined portion of the other main groove.
An interface for a touch controller comprising: a first portion disposed between a first touch component of the touch controller and a force sensor (136,434) to drive the force sensor; and a second portion disposed between a second touch component of the touch controller and the force sensor (136,434) to process a force signal from the force sensor (136,434) indicative of the applied force, characterized in that said first portion drives the force sensor with a differential input formed from a stimulation signal and an inverted stimulation signal to sense an applied force). a first portion disposed between a first touch component of the touch controller and a force sensor (136,434) to drive the force sensor; and a second portion disposed between a second touch component of the touch controller and the force sensor (136,434) to process a force signal from the force sensor (136,434) indicative of the applied force, characterized in that said first portion drives the force sensor with a differential input formed from a stimulation signal and an inverted stimulation signal to sense an applied force).
Method for manufacturing a base structure of an aeronautical torsion box for an aircraft characterized in that it comprises the steps of: a.- providing, - at least one fresh skin, - at least one fresh stringer, - at least one fresh front spar and one fresh rear spar, and - at least one cured rib made of dry fiber or pre-preg, b.- positioning, - the at least one fresh skin, - the at least one fresh stringer, - the at least one fresh front spar and one fresh rear spar, and - the at least one cured rib with at least a layer of adhesive on its edges, in a curing tool in a configuration corresponding to that of a base structure, c.- subjecting the base structure to a single curing cycle, obtaining a cured base structure. a.- providing, - at least one fresh skin, - at least one fresh stringer, - at least one fresh front spar and one fresh rear spar, and - at least one cured rib made of dry fiber or pre-preg, - at least one fresh skin, - at least one fresh stringer, - at least one fresh front spar and one fresh rear spar, and - at least one cured rib made of dry fiber or pre-preg, b.- positioning, - the at least one fresh skin, - the at least one fresh stringer, - the at least one fresh front spar and one fresh rear spar, and - the at least one cured rib with at least a layer of adhesive on its edges, in a curing tool in a configuration corresponding to that of a base structure, - the at least one fresh skin, - the at least one fresh stringer, - the at least one fresh front spar and one fresh rear spar, and - the at least one cured rib with at least a layer of adhesive on its edges, c.- subjecting the base structure to a single curing cycle, obtaining a cured base structure.
Device (200, 300) for supporting the removal of an at least partially exposed shielding foil of an electrical cable, comprising at least one tool that is able to be brought into contact with the cable at least partially along a circumference of the shielding foil, whereby a target breaking point is able to be created in the shielding foil by means of the tool,, whereby the tool is disc-shaped and is mounted so as to be rotatable about a tool rotational axis, whereby the tool can be made to move in a circular motion, by means of a motor of the device (100, 200, 300), about a device rotational axis corresponding to the longitudinal axis of the electrical cable whose shielding foil is to be removed, characterized in that the device comprises heating means (7, 30) by means of which the tool is heatable, whereby the tool is able to be heated by means of an inductive heating system, whereby the inductive heating system comprises at least one induction coil, preferably a planar coil, which is orientated substantially plane-parallel to the tool, and whereby the induction coil is positioned coaxially about the axis of rotation of the device. whereby the tool is disc-shaped and is mounted so as to be rotatable about a tool rotational axis, whereby the tool can be made to move in a circular motion, by means of a motor of the device (100, 200, 300), about a device rotational axis corresponding to the longitudinal axis of the electrical cable whose shielding foil is to be removed, characterized in that the device comprises heating means (7, 30) by means of which the tool is heatable, whereby the tool is able to be heated by means of an inductive heating system, whereby the inductive heating system comprises at least one induction coil, preferably a planar coil, which is orientated substantially plane-parallel to the tool, and whereby the induction coil is positioned coaxially about the axis of rotation of the device.
A composition for use intended to prevent hearing loss in a subject or to obtain at least partial restoration of the hearing in a treated subject having reduced auditory function prior to treatment, by placing said composition in contact with at least part of the cochlea of the ear having a reduced auditory function, said composition being characterised in that it contains, in a pharmaceutically acceptable vehicle, at least one compound of formula: in which formula R 1 =H or R-CO, with R=H, CH 3 or C 2 H 5; R 2 =H or OH; R 3 =-NR 5 R 6, R 5 being H or -(CH 2) 3 NH 2 and R 6 being taken from the group formed by -(CH 2) 4 NH 2; - (CH 2) 3 NH (CH 2) 4 NH 2; -(CH 2) 4 NH (CH 2) 3 NH 2; - (CH 2) 3 NH (CH 2) 4 NH (CH 2) 3 NH 2; -(CH 2) 3 NH 2; -(CH 2) 2 -imidazol-4-yl and -(CH 2) 2 -indol-3-yl; R 4 =H or OH in position 20, 22, 24, 25, 26 or 27, positioned so as to obtain an asymmetric centre of configuration R or S; Z 1 and Z 2 each represent the number of double bonds between the atoms C7 and C8 and C22 and C23 respectively (either 0 or 1); T 1, T 2 and T 3 =H or CH 3, independently of each other; T 4 =H, CH 3, or C 2 H 5, positioned so as to obtain an asymmetric centre of configuration R or S in position 24; and/or at least one pharmaceutically acceptable salt of at least one compound of formula.
An association comprising molecular oxygen and hyaluronic acid for use in topical treatment of vaginal disorders wherein said molecular oxygen has a purity degree between 80% and 97% (v/v).
Gas turbine blade comprising a root, an airfoil with a leading edge, a trailing edge, a radial outer tip, and a pressure side and a suction side between the leading edge and the trailing edge, and a cooling air channel system (26, 28) extending from an air inlet opening (34, 44) in the root throughout the airfoil to a plurality of air outlets (38, 40, 42, 70) at the pressure side and the leading edge of the top of the tip of the airfoil, wherein the number of air outlets per area near the leading edge of the tip is higher than the average number of air outlets (38, 40, 42, 72) per area in the top of the tip, characterized in that - the concentration of air outlets (38, 40) at the top of the tip of the airfoil is higher on the pressure side than on the suction side and - the air outlets (42, 70) closest to the trailing edge are larger in air cross section than the air outlets in the middle between the leading edge and the trailing edge. - the concentration of air outlets (38, 40) at the top of the tip of the airfoil is higher on the pressure side than on the suction side and - the air outlets (42, 70) closest to the trailing edge are larger in air cross section than the air outlets in the middle between the leading edge and the trailing edge.
A method of regenerating a solvent, comprising: stripping the solvent in a regenerator using steam as a stripping medium to produce a regenerator overhead and a regenerator bottom product; passing at least a portion of the regenerator bottom product through a pervaporation unit to produce a vapor phase that is enriched in steam; and feeding the vapor phase as stripping medium into a bottom portion of the regenerator to thereby supply at least part of the stripping medium. stripping the solvent in a regenerator using steam as a stripping medium to produce a regenerator overhead and a regenerator bottom product; passing at least a portion of the regenerator bottom product through a pervaporation unit to produce a vapor phase that is enriched in steam; and feeding the vapor phase as stripping medium into a bottom portion of the regenerator to thereby supply at least part of the stripping medium.
A method of detecting an analyte in a liquid sample, comprising the steps of: (a) obtaining a probe having a first antibody immobilized on the tip of the probe, wherein the diameter of the tip surface is ≤ 5 mm; (b) dipping the probe tip into a sample vessel containing a sample solution having an analyte to bind the analyte to the first antibody on the probe tip; (c) dipping the probe tip into a reagent vessel containing a reagent solution comprising a reagent of a second antibody conjugated with a first member of a binding pair to bind the reagent to the analyte; (d) dipping the probe tip into a first wash vessel containing a first wash solution to wash the probe tip; (e) dipping the probe tip into an amplification vessel containing an amplification solution comprising a polymer conjugated with at least 5 molecules of second member of the binding pair and at least 25 luminescent labels, to form an immunocomplex of the analyte, the first antibody, the second antibody, and the first and the second members of the binding pair on the probe tip, wherein the polymer is branched, and has a molecular weight of at least 1 million daltons, and the luminescent labels have a molecular weight of less than 2,000 Daltons; (f) dipping the probe tip into a second wash vessel containing a second wash solution to wash the probe tip; (g) repeating steps (c) to (f) 1-10 times, and (h) detecting the immunocomplex formed by measuring the luminescent signal on the probe tip; wherein the first antibody and the second antibody are antibodies against the analyte. (a) obtaining a probe having a first antibody immobilized on the tip of the probe, wherein the diameter of the tip surface is ≤ 5 mm; (b) dipping the probe tip into a sample vessel containing a sample solution having an analyte to bind the analyte to the first antibody on the probe tip; (c) dipping the probe tip into a reagent vessel containing a reagent solution comprising a reagent of a second antibody conjugated with a first member of a binding pair to bind the reagent to the analyte; (d) dipping the probe tip into a first wash vessel containing a first wash solution to wash the probe tip; (e) dipping the probe tip into an amplification vessel containing an amplification solution comprising a polymer conjugated with at least 5 molecules of second member of the binding pair and at least 25 luminescent labels, to form an immunocomplex of the analyte, the first antibody, the second antibody, and the first and the second members of the binding pair on the probe tip, wherein the polymer is branched, and has a molecular weight of at least 1 million daltons, and the luminescent labels have a molecular weight of less than 2,000 Daltons; (f) dipping the probe tip into a second wash vessel containing a second wash solution to wash the probe tip; (g) repeating steps (c) to (f) 1-10 times, and (h) detecting the immunocomplex formed by measuring the luminescent signal on the probe tip; wherein the first antibody and the second antibody are antibodies against the analyte.
A foraminous burner liner for a gas abatement system, said burner liner comprising a hollow body defined by a wall, the wall comprising a plurality of interconnected substantially concentric layers (4, 5); wherein each layer of the wall comprises a substantially regular openwork mesh; wherein the substantially regular openwork mesh of each layer is configured such that it is out of phase with one or more adjacent layers, and wherein the wall comprises sufficient layers arranged such that the wall is optically opaque when viewed externally in any radially inward direction normal to the wall; wherein, the wall comprises from 3 to 20 layers; each layer comprises a plurality of circumferentially spaced right-handed substantially helical struts coupled to a plurality of circumferentially spaced left-handed substantially helical struts; each substantially helical strut completes a part of a helix turn (8, 9), preferably less than one helix turn; and a plurality of radially extending spacers in the form longitudinally extending, offset staves (21, 22) couple a first layer to an adjacent layer. wherein each layer of the wall comprises a substantially regular openwork mesh; wherein the substantially regular openwork mesh of each layer is configured such that it is out of phase with one or more adjacent layers, and wherein the wall comprises sufficient layers arranged such that the wall is optically opaque when viewed externally in any radially inward direction normal to the wall; wherein, the wall comprises from 3 to 20 layers; each layer comprises a plurality of circumferentially spaced right-handed substantially helical struts coupled to a plurality of circumferentially spaced left-handed substantially helical struts; each substantially helical strut completes a part of a helix turn (8, 9), preferably less than one helix turn; and a plurality of radially extending spacers in the form longitudinally extending, offset staves (21, 22) couple a first layer to an adjacent layer.
Hydropneumatic piston accumulator, in particular for vehicle suspension systems, comprising an accumulator housing and a separating piston which is guided in the accumulator housing in such a way as to be able to move back and forth in the direction of a housing longitudinal axis (X-X) and which, in the accumulator housing, separates an accumulator chamber (8a; 9a) for a hydraulic medium from a pressure chamber (8b; 9b) containing a pneumatic spring element, characterized in that the accumulator housing is configured as part of an axle beam of a rigid vehicle axle, wherein the axle beam is configured with an internal bore of circular cross-section, wherein the separating piston is guided in the internal bore.
A heat exchanger with thermal energy recovery for an exhaust system of an internal combustion engine; the heat exchanger comprises a plurality of pipes, which define a plurality of corresponding flowing channels for the exhaust gases; the heat exchanger is characterized in that a wall of at least one pipe is internally coated with a coating layer comprising a material with an exothermic hygroscopy, namely a material that is hygroscopic and performs an exothermic water absorption process.