mhurhangee/ep-ind-claims huggingface dataset:
Nut for a turbine engine, in particular for axially locking a bearing race, the nut comprising a thread for screwing onto a part of the turbine engine, and locking means for ensuring the nut cannot rotate relative to said part, the nut further comprising at least one dynamic sealing means (164, 138, 142), characterised in that it comprises a part having a substantially C or U-shaped axial section of which the opening is oriented axially, said part comprising two substantially cylindrical walls, which are inner and outer respectively, said thread being located on the inner cylindrical wall, and said dynamic sealing means (138, 142) being located on the outer cylindrical wall.
A method of manufacturing a preform for a wind turbine blade, said method comprising the steps of - providing a plurality of support elements, each support element comprising a planar member having a front surface and an opposing back surface, a top surface and an opposing bottom surface, and two opposing lateral surfaces (82, 84), - arranging a plurality of strips on the top surface of the planar member of each support element to provide a preform mould, wherein the strips are arranged in juxtaposition, wherein the strips extend in a longitudinal direction of the preform mould, such that their longitudinal direction is aligned with the longitudinal direction of the preform mould, wherein the plurality of strips form a concave, or inwardly curved, moulding surface for forming the preform, - laying a fibre material, and optionally a binding agent, on at least part of the strips for forming the preform. - providing a plurality of support elements, each support element comprising a planar member having a front surface and an opposing back surface, a top surface and an opposing bottom surface, and two opposing lateral surfaces (82, 84), - arranging a plurality of strips on the top surface of the planar member of each support element to provide a preform mould, wherein the strips are arranged in juxtaposition, wherein the strips extend in a longitudinal direction of the preform mould, such that their longitudinal direction is aligned with the longitudinal direction of the preform mould, wherein the plurality of strips form a concave, or inwardly curved, moulding surface for forming the preform, - laying a fibre material, and optionally a binding agent, on at least part of the strips for forming the preform.
A surface acoustic wave device using a longitudinally polarized guided wave comprising a composite substrate comprising a piezoelectric layer formed over a base substrate, wherein the crystalline orientation of the piezoelectric layer with respect to the base substrate is such that the phase velocity of the longitudinally polarized wave is below the critical phase velocity of the base substrate at which wave guiding within the piezoelectric layer vanishes.
A blade outer airseal segment comprising: a forward longitudinal end; an aft longitudinal end; a first circumferential end; a second circumferential end; an inboard face; a plurality of circumferential passageway legs having outboard inlet ports and including: a plurality of first said legs (84, 88, 92) each having at least one outlet along the second end; and a plurality of second said legs (82, 86, 90) each having at least one outlet along the first end, characterised in that at least one of the first legs and at least one of the second legs includes a pair of outlet passageways (106, 161; 164, 165; 174, 175) longitudinally diverging. a forward longitudinal end; an aft longitudinal end; a first circumferential end; a second circumferential end; an inboard face; a plurality of circumferential passageway legs having outboard inlet ports and including: a plurality of first said legs (84, 88, 92) each having at least one outlet along the second end; and a plurality of second said legs (82, 86, 90) each having at least one outlet along the first end, a plurality of first said legs (84, 88, 92) each having at least one outlet along the second end; and a plurality of second said legs (82, 86, 90) each having at least one outlet along the first end, at least one of the first legs and at least one of the second legs includes a pair of outlet passageways (106, 161; 164, 165; 174, 175) longitudinally diverging.
An assembly for a cable connection between a vehicle interior and an engine compartment of a vehicle, having: - a partition wall that is designed to be arranged between the vehicle interior and the engine compartment, - a wiring harness that is designed to electrically connect a large number of on-board electrical system components of the vehicle to one another, - a grommet that is connected to the cable harness, wherein the grommet has a tab that is designed to bear against the partition wall, wherein the partition wall has an opening in the middle in a transverse direction of the vehicle, in which the grommet is arranged, wherein the tab has a material insert that consists of the same material as a part of the partition wall surrounding the tab. - a partition wall that is designed to be arranged between the vehicle interior and the engine compartment, - a wiring harness that is designed to electrically connect a large number of on-board electrical system components of the vehicle to one another, - a grommet that is connected to the cable harness, wherein the grommet has a tab that is designed to bear against the partition wall, wherein the partition wall has an opening in the middle in a transverse direction of the vehicle, in which the grommet is arranged, wherein the tab has a material insert that consists of the same material as a part of the partition wall surrounding the tab. wherein the partition wall has an opening in the middle in a transverse direction of the vehicle, in which the grommet is arranged, wherein the tab has a material insert that consists of the same material as a part of the partition wall surrounding the tab.
An excavator having an undercarriage and a superstructure rotatably connected about a vertical axis to the undercarriage, wherein a cable crane is connected to the excavator, which cable crane comprises a boom to which a cable for transporting tree logs and the like can be attached, wherein a coupling device is provided, with which a lower boom part is connected to the undercarriage of the excavator, characterised in that a simultaneous actuation of the excavator and of the cable crane is possible and the boom can be bent in such a manner that an upper boom part in a transport position is arranged adjoining an upper end of the excavator.
Device, comprising a camera unit, which is used to record images of the exterior area of a motor vehicle, and a cover element, which can be moved from a closed position to an open position by means of a drive, wherein the camera unit is behind the cover element and inaccessible from outside in the closed position of the cover element and images can be recorded in the open position of the cover element, characterized in that the cover element has an outer surface facing away from the camera unit, and the drive interacts with a mechanism in such a way that the outer surface is always in the exterior area of the motor vehicle in each position of the cover element wherein the mechanism is designed in such a way that, during the movement of the cover element from the closed position to the open position in a first movement phase, the cover element moves away from the motor vehicle and simultaneously swivels around at least one axis (55, 56), and that, 34 in a second movement phase, the cover element is pulled towards the motor vehicle and specifically simultaneously swivels back around at least one axis (55, 56).
An anchor device for securing the position of a catheter, comprising: an external retainer assembly to releasably couple to a catheter, the external retainer assembly having a longitudinal axis extending from a proximal end to a distal end; and first and second anchors (140a-b) that extend distally from the distal end of the external retainer assembly, each anchor (140a-b) comprising a flexible tine (145a-b) that is deployable in a subcutaneous region to secure the external retainer assembly relative to a skin penetration point, wherein the external retainer assembly defines a gripping channel extending generally parallel to the longitudinal axis of the external retainer assembly so as to engage an exterior surface of to the catheter when the external retainer assembly releasably couples to the catheter, characterized in that the gripping channel has a non-circular cross-sectional shape in a plane generally perpendicular to the longitudinal axis, wherein the non-circular cross-sectional shape of the gripping channel comprises a diamond cross-sectional shape. an external retainer assembly to releasably couple to a catheter, the external retainer assembly having a longitudinal axis extending from a proximal end to a distal end; and first and second anchors (140a-b) that extend distally from the distal end of the external retainer assembly, each anchor (140a-b) comprising a flexible tine (145a-b) that is deployable in a subcutaneous region to secure the external retainer assembly relative to a skin penetration point,
Cerebral implantable endoluminal prosthesis for use in the treatment of cerebral aneurysm involving branches having a multilayer configuration, comprising at least one self-expandable braided framework extending along an axis able to expand from a radially compressed state in a delivery configuration to a radially expanded state; the self-expandable braided framework being formed by wires; this self-expandable braided framework devoid of any impermeable cover layer, comprising a plurality of layers (7,8,9) of wires made of biocompatible material; and forming a wall of the endoluminal prosthesis; each layer forming a mesh; the meshes forming a lattice with a plurality of wires of said layers; the meshes being interlocked, the wires being integrated in the mesh of at least one of the adjacent layers; the self-expandable braided framework comprising a lumen in a cylindrical form with a circular cross-section and a constant diameter; characterized in that, the number of wires crossing a line (10,11) parallel to the lumen axis in a given layer is higher in the outermost layer than in the innermost layer.
A distal embolic protection assembly for introduction through the apex of the heart of a patient, the assembly comprising: a sleeve having a lumen; an actuating member having proximal and distal ends (66A, 66B), wherein the actuating member is movably disposed within the lumen of the sleeve; and a filter assembly coupled to the distal end of the actuating member, the filter assembly comprising a porous bag having an open proximal end and a collapsible and expandable frame coupled to the open proximal end; wherein the actuating member may be pulled in a proximal direction to compress and retract the frame within the lumen of the sleeve and retain the frame in a collapsed state and wherein the actuating member may be pushed in a distal direction out of the lumen to a deployed expanded state, wherein the expandable and collapsible frame comprises a stent. a sleeve having a lumen; an actuating member having proximal and distal ends (66A, 66B), wherein the actuating member is movably disposed within the lumen of the sleeve; and a filter assembly coupled to the distal end of the actuating member, the filter assembly comprising a porous bag having an open proximal end and a collapsible and expandable frame coupled to the open proximal end; wherein the actuating member may be pulled in a proximal direction to compress and retract the frame within the lumen of the sleeve and retain the frame in a collapsed state and wherein the actuating member may be pushed in a distal direction out of the lumen to a deployed expanded state, wherein the expandable and collapsible frame comprises a stent.
A sinter cooler of a sintering plant for use in metallurgy, comprising a cooling-air chamber and a sinter cooling chamber including a perforated plate, which can travel over the same, and comprising a cooling gas seal between the upper surface of the cooling-air chamber and the lower surface of the sinter cooling chamber, characterized in that the cooling gas seal as stationary sealing support of the cooling-air chamber wall for sealing elements of an elastomeric material carried along with the sinter cooling chamber includes a sealing strip with substantially round, preferably circular cross-section.
Method for starting (101, 102) an electronically commutated, brushless drive motor of an auxiliary assembly of a motor vehicle, which drive motor has a motor stator comprising at least one stator coil and a permanent-magnet motor rotor, wherein power is supplied to the stator coil with a predefined coil voltage and a predefined constant start-up rotation frequency by means of a control electronics system and a power electronics system for generating a rotating field in order to drive the motor rotor, said method comprising the following steps: - supplying power to the stator coil with a coil voltage which corresponds to a start value, - increasing the coil voltage in steps, and - monitoring an electric current flowing through the power electronics system, wherein - when a voltage drop by a minimum value is detected, the following procedure is followed: - the operation of increasing in steps is terminated, and - a start-up voltage value, which is applied to the stator coil during the termination operation, is increased once for safety reasons by a predefined safety value to a first operating voltage value at which the motor rotor can be driven in an unregulated mode. - supplying power to the stator coil with a coil voltage which corresponds to a start value, - increasing the coil voltage in steps, and - monitoring an electric current flowing through the power electronics system, wherein - when a voltage drop by a minimum value is detected, the following procedure is followed: - the operation of increasing in steps is terminated, and - a start-up voltage value, which is applied to the stator coil during the termination operation, is increased once for safety reasons by a predefined safety value to a first operating voltage value at which the motor rotor can be driven in an unregulated mode. - the operation of increasing in steps is terminated, and - a start-up voltage value, which is applied to the stator coil during the termination operation, is increased once for safety reasons by a predefined safety value to a first operating voltage value at which the motor rotor can be driven in an unregulated mode.
A rotor of a turbomachine turbine, comprising a rotor disc and a plurality of blades distributed at its periphery, said rotor disc comprising a plurality of cells which extend mainly axially and which are regularly distributed at its periphery, around the axis of the rotor (X1-X'1), each blade comprising a root mounted and retained in one of the cells of said rotor disc, each root being dimensioned so as to form a space between the bottom of the cell and the radially inner face of the root, characterized in that said root comprises a blind hole which extends mainly axially and which opens onto the upstream face of the root and a plurality of air ejection orifices, in that said blind hole extends over the major portion of the axial length of the blade root and in that each air ejection orifice extends mainly radially and opens at one of its ends into said blind hole and at its other end onto the radially inner face of the root located facing the bottom of the cell.
A pharmaceutical composition comprising (a) from 15% to 20% by weight of cinacalcet HCl; and (b) a pharmaceutically acceptable excipient comprising from 25% to 85% by weight of microcrystalline cellulose; wherein the percentage by weight is relative to the total weight of the composition; and wherein at least one dosage unit of the pharmaceutical composition has a dissolution profile in 0.05 N HCl, measured according to a dissolution test conducted in a USP 2 apparatus at a temperature of 37°C ± 0.5°C, and at a rotation speed of 75 r.p.m., which comprises from 50% to 125% of a target amount of the cinacalcet being released from the composition no later than 30 minutes from the start of the test. (a) from 15% to 20% by weight of cinacalcet HCl; and (b) a pharmaceutically acceptable excipient comprising from 25% to 85% by weight of microcrystalline cellulose;
A delaminatable container comprising an outer layer and an inner layer, the inner layer delaminating from the outer layer and being shrunk with a decrease in contents, wherein the inner layer includes an external EVOH layer containing an EVOH resin as an outermost layer, characterised in that the inner layer includes an internal EVOH layer containing an EVOH resin as an innermost layer.
A glow plug with a combustion pressure sensor comprising a rodlike ceramic heater having a forward heat-generating element provided at a forward end portion 201 and adapted to generate heat through application of electricity, a tubular housing having the ceramic heater disposed therein with a forward end of the ceramic heater protruding forward from a forward end thereof, and a sensor capable of sensing combustion pressure by detecting pressure or displacement generated as a result of the ceramic heater being pressed rearward at the forward end by the combustion pressure, an inner circumferential surface of a forward end portion of the housing and an outer circumferential surface of the ceramic heater defining an annular space K communicating with an opening in a forward end of the housing, and the space K accommodating a displacement member joined along a circumferential direction to the housing and to the ceramic heater and being deformable so as to allow displacement of the ceramic heater along an axis G, the glow plug being characterized in that the ceramic heater has a rear heat-generating element formed of a resistance heat-generating element, adapted to generate heat through application of electricity, and provided in an axial region between a rear end portion of a protruding portion of the ceramic heater protruding forward from the forward end of the housing and a rear end of the displacement member located rearward of the rear end portion of the protruding portion of the ceramic heater. an inner circumferential surface of a forward end portion of the housing and an outer circumferential surface of the ceramic heater defining an annular space K communicating with an opening in a forward end of the housing, and the space K accommodating a displacement member joined along a circumferential direction to the housing and to the ceramic heater and being deformable so as to allow displacement of the ceramic heater along an axis G, the glow plug being characterized in that the ceramic heater has a rear heat-generating element formed of a resistance heat-generating element, adapted to generate heat through application of electricity, and provided in an axial region between a rear end portion of a protruding portion of the ceramic heater protruding forward from the forward end of the housing and a rear end of the displacement member located rearward of the rear end portion of the protruding portion of the ceramic heater.
Method for producing an electroluminescence apparatus (10, 10', 10"), which comprises a layer sequence (12, 13, 14) arranged on a substrate and having two electrode layers (12, 14) and an optically active dielectric intermediate layer located between the electrode layers (12, 14), wherein in a first step the layer sequence (12, 13, 14) is applied to an auxiliary carrier, provided with or without a separating layer, by means of a printing process, in a second step the layer sequence (12, 13, 14) situated on the auxiliary carrier is adhesively applied to the substrate with the face that faces away from the auxiliary carrier, and in a third step the auxiliary carrier is detached from the layer sequence (12, 13, 14) bonded to the substrate, characterized in that within the first step the first electrode layer, the intermediate layer and the second electrode layer are applied directly to the auxiliary carrier or the separating layer one after another, and that in the third step in the case of the separating layer, the separating layer remains on the auxiliary carrier when the auxiliary carrier is detached.
An electrode assembly, comprising a first electrode sheet, a second electrode sheet, and a separator disposed therebetween, wherein the first electrode sheet and the second electrode sheet are wound or stacked to form the electrode assembly, wherein the electrode assembly comprises: a first end portion provided with a tab, a second end portion arranged opposite to the first end portion, a first main plane, a second main plane arranged opposite to the first main plane, and a binding layer comprising: a first area arranged at the first end portion, and a second area arranged at the first main plane, wherein the first area is connected to the second area and wherein the first area is provided with a through hole, and the tab passes through the through hole. a first end portion provided with a tab, a second end portion arranged opposite to the first end portion, a first main plane, a second main plane arranged opposite to the first main plane, and a binding layer comprising: a first area arranged at the first end portion, and a second area arranged at the first main plane, wherein the first area is connected to the second area and wherein the first area is provided with a through hole, and the tab passes through the through hole. a first area arranged at the first end portion, and a second area arranged at the first main plane, wherein the first area is connected to the second area and wherein the first area is provided with a through hole, and the tab passes through the through hole.