mhurhangee/ep-ind-claims huggingface dataset:
Shaft seal arrangement (DGSM) for a shaft seal of a turbomachine, which extends in an axial direction along a rotational axis, - wherein the shaft seal arrangement (DGSM) has a high-pressure side at one axial end and a low-pressure side at the other axial end, comprising: - a rotor part which rotates during operation, - a stationary stator part, - at least one dry gas seal which has a rotating sealing element attached to the rotor part and a stationary sealing element attached to the stator part for sealing a gap between the rotor part and the stator part against a first differential pressure, - wherein the stationary sealing element and the rotating sealing element are arranged opposite each other on a sealing surface which extends radially and in the circumferential direction, - wherein on the end of the high-pressure side of the shaft seal arrangement (DGSM) provision is made in a series arrangement in relation to the dry gas seal for a further additional shaft seal for sealing the gap, comprising a stationary shaft seal part and a rotating shaft seal part, - wherein a center labyrinth seal surface which extends in the circumferential direction and axial direction is arranged between the stationary shaft seal part and the rotating labyrinth seal part on a fifth diameter coaxially to the rotational axis, - wherein a fourth stationary seal is arranged between the stationary sealing element and the stator part on a fourth diameter for sealing against the first differential pressure, characterized in that the value of the difference of the fourth diameter to the fifth diameter is less than 10% of the fifth diameter. - wherein the shaft seal arrangement (DGSM) has a high-pressure side at one axial end and a low-pressure side at the other axial end, comprising: - a rotor part which rotates during operation, - a stationary stator part, - at least one dry gas seal which has a rotating sealing element attached to the rotor part and a stationary sealing element attached to the stator part for sealing a gap between the rotor part and the stator part against a first differential pressure, - wherein the stationary sealing element and the rotating sealing element are arranged opposite each other on a sealing surface which extends radially and in the circumferential direction, - wherein on the end of the high-pressure side of the shaft seal arrangement (DGSM) provision is made in a series arrangement in relation to the dry gas seal for a further additional shaft seal for sealing the gap, comprising a stationary shaft seal part and a rotating shaft seal part, - wherein a center labyrinth seal surface which extends in the circumferential direction and axial direction is arranged between the stationary shaft seal part and the rotating labyrinth seal part on a fifth diameter coaxially to the rotational axis, - wherein a fourth stationary seal is arranged between the stationary sealing element and the stator part on a fourth diameter for sealing against the first differential pressure,
A method for recovering from an unsuccessful handover, the method comprising: a wireless transmit/receive unit, WTRU, determining that a procedure for handover of the WTRU from a source cell to a target cell was unsuccessful; and the WTRU initiating a radio link failure procedure in response to determining that the procedure for handover was unsuccessful, characterized in that the WTRU sends an indication of a cell identity, ID, of the source cell with a radio network temporary identifier, RNTI, during the radio link failure procedure. a wireless transmit/receive unit, WTRU, determining that a procedure for handover of the WTRU from a source cell to a target cell was unsuccessful; and the WTRU initiating a radio link failure procedure in response to determining that the procedure for handover was unsuccessful, characterized in that the WTRU sends an indication of a cell identity, ID, of the source cell with a radio network temporary identifier, RNTI, during the radio link failure procedure.
An auxiliary bearing system for supporting a rotating shaft, comprising: a first auxiliary bearing configured to be coupled to the rotating shaft; a first inertia ring coupled to and circumscribing the first auxiliary bearing; a second inertia ring circumscribing the first inertia ring, wherein a radial clearance is defined between the first and second inertia rings when the rotating shaft is supported by a primary bearing system, and wherein the first inertia ring engages the second inertia ring when the rotating shaft is not supported by the primary bearing system; and a second auxiliary bearing engaged with an outer surface of the second inertia ring. a first auxiliary bearing configured to be coupled to the rotating shaft; a first inertia ring coupled to and circumscribing the first auxiliary bearing; a second inertia ring circumscribing the first inertia ring, wherein a radial clearance is defined between the first and second inertia rings when the rotating shaft is supported by a primary bearing system, and wherein the first inertia ring engages the second inertia ring when the rotating shaft is not supported by the primary bearing system; and a second auxiliary bearing engaged with an outer surface of the second inertia ring.
An article of apparel comprising: a front region adapted to cover a wearer's breasts and at least a portion of the wearer's torso when the article of apparel is in an as-worn configuration, the front region comprising at least a pair of breast cups, each comprising: one or more layers of material, each breast cup having a first surface and a second surface opposite the first surface; and a plurality of flexible elastomeric support strips affixed to the first surface of the breast cup, the plurality of flexible elastomeric support strips comprising a first set of elastomeric support strips and a second set of elastomeric support strips, the article of apparel further comprising: a back region adapted to cover at least a portion of the wearer's back when the article of apparel is in an as-worn configuration; and a pair of shoulder straps that connect in part the front region to the back region, characterized in that the first set of elastomeric strips intersects with the second set of elastomeric support strips at one or more locations on the breast cup.
Device for producing a chemical reaction on a substrate having a surface to be treated, typically a surface of a semiconductor substrate, wherein the device comprises a cell comprising an inner wall defining an enclosure that is designed to receive a chemical bath, characterized in that the device further comprises: - a fluid-tight membrane fixed on the inner wall of the cell in such a way as to define a fluid-tight chamber with the inner wall, and - a nozzle configured to supply the chamber with a fluid. - a fluid-tight membrane fixed on the inner wall of the cell in such a way as to define a fluid-tight chamber with the inner wall, and - a nozzle configured to supply the chamber with a fluid.
Windscreen wiper having at least one wiper arm, which has at least one fluid connection unit, and having a wiper blade, which has at least one wiper blade adapter for coupling to the wiper arm and which is designed to be removable, and having at least one connecting unit, which has at least one fluid channel for passage of a fluid, wherein the connecting unit has at least one connecting block, which is provided for a fluidic connection of the fluid connection unit and the wiper blade adapter, and at least one tubular conduit element, which at least partially has the fluid channel and which is provided for a fluidic connection to the fluid connection unit, wherein the fluid channel has a direction deviation within the connecting block, and wherein the connecting block and the tubular conduit element are formed from an elastic material, wherein the connecting block is provided for a fixed and/or fluid-tight plug-in connection to a plug-in valve of the wiper blade adapter, characterized in that the connecting block has at least one recess, which is provided for the plug-in connection to the plug-in valve of the wiper blade adapter, and has a further recess, which is provided for a plug-in connection to a further plug-in valve of the wiper blade adapter, and the recess and the further recess are offset within the connecting block.
Actuating system for controlling the flight of a power wing profile or kite controlled via at least two cables for conversion of wind energy into electrical or mechanical energy, comprising a first unit (11, 12) for exerting an action of equal unwinding-winding of said cables, and a second unit (2a, 2b, 4a, 4b) set between said power kite and said first unit (11, 12) for providing an action of differential control of said cables, said system being characterized in that it comprises a single motor (3; 15) driving either only said second unit or both said first and second units.
A system for energy production from renewable sources comprising a support structure comprising a first pole and a second pole which are positioned vertically; a wind generator of vertical axis positioned on said first pole and a wind generator of vertical axis positioned on said second pole; said first pole and said second pole each comprising a connection element positioned at their summit; said connection element comprising a lower portion to be fixed to said first pole and to said second pole; said connection element comprising an intermediate portion and an upper portion; a first seat for a first cable being positioned between said lower portion and said intermediate portion; a second seat for a second cable being positioned between said intermediate portion and said upper portion; said first cable and said second cable being positioned mutually perpendicular; said first cable and said second cable being part of a common fixing system for several poles; the ends of said first cable and of said second cable being fixed to the ground by posts fixed into the ground; said first pole and said second pole being each anchored by means of a hinge to a post fixed into the ground; said wind generator having a longitudinal central through hole to enable mounting on said first pole and on said second pole; said wind generator comprising a lower first locking ring for said wind generator, and an upper second locking ring for said wind generator; a respective bearing being associated with said first ring and with said second ring to enable said wind generator to rotate.
A displacement sensor (10, 11) comprising: a light source unit (200, 230) configured to apply light with different plural wavelengths in a direction oblique to a measurement region of a planar measured object, the light sources unit (200, 230) being configured to emit light whose wavelength changes according to an emission direction; a spectroscope configured to measure spectral distribution of light reflected by the measurement region; a feature amount extracting module (120, 121) configured to extract a feature amount of the spectral distribution; and a displacement calculating module (130, 131) configured to calculate displacement of the measurement region based on the extracted feature amount and a relation between displacement and a feature amount acquired previously; characterized in that the light source unit includes a light source configured to emit light, and an optical filter using a dielectric multilayer film configured such that a transmission wavelength or a reflection wavelength changes according to an incidence angle, based on interference of reflection occurring at an interface of each layer, wherein the light source unit is constructed so that light emitted from the light source obliquely enters the optical filter. a light source unit (200, 230) configured to apply light with different plural wavelengths in a direction oblique to a measurement region of a planar measured object, the light sources unit (200, 230) being configured to emit light whose wavelength changes according to an emission direction; a spectroscope configured to measure spectral distribution of light reflected by the measurement region; a feature amount extracting module (120, 121) configured to extract a feature amount of the spectral distribution; and a displacement calculating module (130, 131) configured to calculate displacement of the measurement region based on the extracted feature amount and a relation between displacement and a feature amount acquired previously; characterized in that the light source unit includes a light source configured to emit light, and an optical filter using a dielectric multilayer film configured such that a transmission wavelength or a reflection wavelength changes according to an incidence angle, based on interference of reflection occurring at an interface of each layer, wherein the light source unit is constructed so that light emitted from the light source obliquely enters the optical filter.
A method for locating a tracking device, comprising: receiving, at a central tracking device system, a first location of a first tracking device of a first user from a first mobile device in response to the first mobile device detecting the first tracking device while in a communicative range of the first tracking device; receiving, at the central tracking device system, a second location of a second tracking device of the first user from a second mobile device different than the first mobile device in response to the second mobile device detecting the second tracking device while in a communicative range of the second tracking device; determining a distance between the first location and the second location; in response to the determined distance being greater than a threshold distance, identifying, by the central tracking device system, the first tracking device as potentially lost; generating, by the central tracking device system, a notification identifying the first tracking device and indicating the first tracking device is potentially lost; and providing, by the central tracking device system, the generated notification to a mobile device of the first user, the mobile device of the first user configured to display the notification to the first user. receiving, at a central tracking device system, a first location of a first tracking device of a first user from a first mobile device in response to the first mobile device detecting the first tracking device while in a communicative range of the first tracking device; receiving, at the central tracking device system, a second location of a second tracking device of the first user from a second mobile device different than the first mobile device in response to the second mobile device detecting the second tracking device while in a communicative range of the second tracking device; determining a distance between the first location and the second location; in response to the determined distance being greater than a threshold distance, identifying, by the central tracking device system, the first tracking device as potentially lost; generating, by the central tracking device system, a notification identifying the first tracking device and indicating the first tracking device is potentially lost; and providing, by the central tracking device system, the generated notification to a mobile device of the first user, the mobile device of the first user configured to display the notification to the first user.
A closing device, in particular for a passage in a cabin of an aircraft, comprising: - a support means capable of sliding along a slide along a sliding direction, - a closing wall capable of closing the passage, and - a locking system capable of coming into a locked state, in which the locking system provides a mechanical connection between the closing wall and the support means, so that the closing wall is movable together with the support means along the sliding direction, characterized in that, in particular in the event of a failure, the locking system is capable of coming into an unlocked state, in which the closing wall is separated from the support means, so that only the closing wall is movable along the sliding direction. - a support means capable of sliding along a slide along a sliding direction, - a closing wall capable of closing the passage, and - a locking system capable of coming into a locked state, in which the locking system provides a mechanical connection between the closing wall and the support means, so that the closing wall is movable together with the support means along the sliding direction, characterized in that, in particular in the event of a failure, the locking system is capable of coming into an unlocked state, in which the closing wall is separated from the support means, so that only the closing wall is movable along the sliding direction.
A disposable sample holding and processing device for being operated in a nucleic acid amplification apparatus for analyzing a liquid sample containing a nucleic acid by a nucleic acid amplification technique, wherein - the device is a fluidic device comprising chambers (15, 16) and channels designed to perform the steps of capturing, amplification and detection of the nucleic acid by using a method for nucleic acid amplification within the device, - the device comprises a binding chamber containing a solid phase for solid phase extraction of a component of the sample to be analyzed, and - the device comprises an amplification chamber connected to the binding chamber by a fluid channel, - the device comprises a rigid body and - at least one channel, the binding chamber and the amplification chamber are situated on side-surfaces of the body, - each of those side-surfaces, on which a channel, the binding chamber or the amplification chamber is situated, is covered by at least one wall, and wherein - these side-surfaces are substantially vertical planes when the device is operated in the nucleic acid amplification apparatus, - the device is designed to be operated in the nucleic acid amplification apparatus with the side-surfaces being substantially orientated in a vertical plane and - wherein the device comprises at least one fluid interface connected by said at least one channel to at least one chamber of the device, preferably to one of the binding chamber and the amplification chamber, wherein the fluid interfaces are situated on top- and/or bottom-surfaces (52, 53) of the body when the device is operated in the nucleic acid amplification apparatus. - the device is a fluidic device comprising chambers (15, 16) and channels designed to perform the steps of capturing, amplification and detection of the nucleic acid by using a method for nucleic acid amplification within the device, - the device comprises a binding chamber containing a solid phase for solid phase extraction of a component of the sample to be analyzed, and - the device comprises an amplification chamber connected to the binding chamber by a fluid channel, - the device comprises a rigid body and - at least one channel, the binding chamber and the amplification chamber are situated on side-surfaces of the body, - each of those side-surfaces, on which a channel, the binding chamber or the amplification chamber is situated, is covered by at least one wall, - these side-surfaces are substantially vertical planes when the device is operated in the nucleic acid amplification apparatus, - the device is designed to be operated in the nucleic acid amplification apparatus with the side-surfaces being substantially orientated in a vertical plane and - wherein the device comprises at least one fluid interface connected by said at least one channel to at least one chamber of the device, preferably to one of the binding chamber and the amplification chamber, wherein the fluid interfaces are situated on top- and/or bottom-surfaces (52, 53) of the body when the device is operated in the nucleic acid amplification apparatus.
An integrated transmission for a transmission turbo machine of a machine train, having a drive pinion (2.1), which is non-rotatably connected to a driveshaft; a bull gear (2.2) that is in mesh with the drive pinion; and at least one turbo machine rotor (3.10, 3.20, 3.30) having a turbo machine shaft for the torque transmission having at least one impeller (3.12, 3.13, 3.22, 3.23, 3.32, 3.33, 3.34) of the transmission turbo machine, and a turbo machine pinion (3, 11, 3.21, 3.31) that is non-rotatably connected to the turbo machine shaft and in mesh with the bull gear; wherein an output pinion (2.3) of a rotational speed step-down power transmission is in mesh with the drive pinion (2.1), which is non-rotatably connected to an output shaft for driving a compressor driveshaft (4.1) that can be coupled to the output shaft, of a further compressor separated from the transmission turbo machine, in particular of a main compressor of the machine train, characterized in that the further compressor can be coupled on the side of the transmission turbo machine located opposite the drive unit and an axis of rotation of the drive pinion (2.1), of the bull gear (2.2), at least of one turbo machine pinion (3.11; 3.21; 3.31) and of the output pinion (2.3) are substantially arranged in a common horizontal plane and the bull gear (2.2) and the output pinion (2.3) are arranged in a common transversal plane of the drive pinion (2.1).
A polymer comprising the repeating unit: wherein A is a heteroatom independently selected from nitrogen and oxygen; R 1 and R 2 are independently selected from hydrogen atom, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, and substituted or unsubstituted alkynyl; 1 is an integer from 1 to 5; m is 0, 1, or 2; n is an integer from 1 to 5; and o is an integer from 2 or greater. wherein A is a heteroatom independently selected from nitrogen and oxygen; R 1 and R 2 are independently selected from hydrogen atom, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, and substituted or unsubstituted alkynyl; 1 is an integer from 1 to 5; m is 0, 1, or 2; n is an integer from 1 to 5; and o is an integer from 2 or greater.
Method for a display device for a vehicle, wherein the display device comprises a display surface which can be moved between a first position and a second position, wherein the method comprises: - detecting an operating state of the vehicle, and - automatically moving the display surface into the first position or into the second position as a function of the detected operating state of the vehicle, characterized in that the display device has a border which at least partially surrounds the display surface, wherein in the second position the display surface projects out of the border, wherein in the second position a lateral edge of the display surface runs between the display surface and the border, wherein the lateral edge comprises a lighting means, wherein the method also comprises: - actuating the lighting means as a function of the operating state of the vehicle. - detecting an operating state of the vehicle, and - automatically moving the display surface into the first position or into the second position as a function of the detected operating state of the vehicle, - actuating the lighting means as a function of the operating state of the vehicle.