mhurhangee/ep-ind-claims huggingface dataset:
A group of gearboxes for a wind turbine, the group of gearboxes comprising at least two series (S1, S2) of gearboxes, each series (S1, S2) comprising at least three gearboxes (GB1, GB2, GB3) for different torques (T1, T2, T3) higher than 0.2 MNm, each of the gearboxes (GB1, GB2, GB3) of a series (S1, S2) comprising a first planetary gear stage comprising a sun gear, a ring gear, and planet gears, wherein the first planetary gear stage of a first gearbox of the series (S1, S2) comprises exactly three planet gears, the first planetary gear stage of a second gearbox of the series (S1, S2) comprises exactly four planet gears and the first planetary gear stage of a third gearbox of the series (S1, S2) comprises exactly five planet gears, or the first planetary gear stage of the first gearbox of the series (S1, S2) comprises exactly four planet gears, the first planetary gear stage of the second gearbox of the series (S1, S2) comprises exactly five planet gears and the first planetary gear stage of the third gearbox of the series (S1, S2) comprises exactly six planet gears, and wherein for each of the gearboxes (GB1, GB2, GB3) of the series (S1, S2) the sun gears in the first planetary gear stage have a same number of teeth, the ring gears in the first planetary gear stage have a same number of teeth, the planet gears in the first planetary gear stage each have a same number of teeth and all gears (21, 22, 23) in the first planetary gear stage have a same module, wherein each of the gearboxes (GB1, GB2, GB3) of a series (S1, S2) furthermore comprises a second planetary gear stage comprising a sun gear, a ring gear and three, four, five or six planet gears, and the first planetary gear stage and the second planetary gear stage have a common ring gear.
A power cord, comprising: a plug comprising an enclosure and male connectors configured to be inserted into apertures of an electrical outlet, respectively, and thermal sensors provided for the male connectors at least one each, each of the thermal sensors being configured to detect a temperature of a corresponding male connector; a load connection portion configured to be connected to a load; a cut-off means configured to stop electric power from being supplied to the load connection portion from the male connectors when a temperature detected with any of the thermal sensors is higher than a prescribed temperature; and characterized in that the plug comprises a sensor holder that is made from insulating material and retains the thermal sensors such that the sensor holder intervenes between each of the thermal sensors and a male connector corresponding thereto, wherein the sensor holder is insert molded in the enclosure, and wherein a wall of the sensor holder includes two sensor storing recesses. a plug comprising an enclosure and male connectors configured to be inserted into apertures of an electrical outlet, respectively, and thermal sensors provided for the male connectors at least one each, each of the thermal sensors being configured to detect a temperature of a corresponding male connector; a load connection portion configured to be connected to a load; a cut-off means configured to stop electric power from being supplied to the load connection portion from the male connectors when a temperature detected with any of the thermal sensors is higher than a prescribed temperature; and characterized in that the plug comprises a sensor holder that is made from insulating material and retains the thermal sensors such that the sensor holder intervenes between each of the thermal sensors and a male connector corresponding thereto, wherein the sensor holder is insert molded in the enclosure, and wherein a wall of the sensor holder includes two sensor storing recesses.
A stopping device for a container provided with a neck, said device comprising a stopper and a plastic cap able to cover both the neck and the stopper placed in that neck, the cap comprising a ring, capable of surrounding the stopper and the neck in the mounted configuration and provided with means for locking on the neck, as well as with a cover, wherein - the ring and the cover are made as a single component, - the ring and the cover are connected by at least one part that is breakable using a force parallel to a central axis of the ring and oriented toward the stopper, and - the cover is equipped with an element bearing against the stopper, characterized in that - the breakable part is formed by bridges that extend radially between an outer radial edge of the cover and an inner radial edge of the ring, and - an arc-of-circle-shaped lumen is defined between two adjacent bridges, along the outer radial edge of the cover and the inner radial edge of the ring, and in that said lumen has a radial width smaller than 0.3 mm and an axial height greater than 0.15 mm. - the ring and the cover are made as a single component, - the ring and the cover are connected by at least one part that is breakable using a force parallel to a central axis of the ring and oriented toward the stopper, and - the cover is equipped with an element bearing against the stopper, characterized in that - the breakable part is formed by bridges that extend radially between an outer radial edge of the cover and an inner radial edge of the ring, and - an arc-of-circle-shaped lumen is defined between two adjacent bridges, along the outer radial edge of the cover and the inner radial edge of the ring, and in that said lumen has a radial width smaller than 0.3 mm and an axial height greater than 0.15 mm.
A method for the preparation of a cyclic compound according to formula IIIb comprising reacting a compound according to Formula Ib and a compound according to formula II, wherein - Z 1 and Z 2 are leaving groups, or together form a carbonyl group; - X is -C(=O)-Q or -CH 2 -Q; and Q is halogen, -OR, or -NHR where R is C1-4alkyl; or Q is -NMe-C 2 H 4 -L where L is a leaving group. and subjecting the product to an optical resolution step. - Z 1 and Z 2 are leaving groups, or together form a carbonyl group; - X is -C(=O)-Q or -CH 2 -Q;
A strip of a thermoplastic elastomer composition to be wound spirally on a cylindrical drum to form an inner liner for a tire having a shape close to a finished sectional shape, the strip being composed of a layer stack of a first layer made of a thermoplastic elastomer composition containing 0.1 part by mass to 50 parts by mass of an organic derivative of clay mineral relative to 100 parts by mass of an elastomer component made of a styrene-isobutylene-styrene triblock copolymer, and a second layer (PL2, PL3) made of a thermoplastic elastomer composition containing at least one of a styrene-isoprene-styrene triblock copolymer and a styrene-isobutylene diblock copolymer, said strip having a strip main body and ear portions disposed on opposite sides thereof, said strip main body having a thickness of 0.05 mm to 1.0 mm, and said ear portions having a thickness thinner than the thickness of said strip main body and a width of 0.5 mm to 5.0 mm.
A method of evaluating an earth formation, the method comprising: using dipole transmitter and receivers (112, 114) for acquiring acoustic dipole data in a borehole, wherein the dipole transmitter and receivers (112, 114) are comprised by an acoustic logging instrument suspended in the borehole; and characterized in that it uses a processor for: processing the acquired acoustic dipole data to estimate a dispersion curve of at least one shear wave in the earth formation; and performing a constrained inversion of the dispersion curve, estimated from the acquired acoustic dipole data, of the at least one shear wave to estimate a radial shear velocity profile of the earth formation, wherein performing the constrained inversion further comprises minimizing a constrained cost function that depends upon a homogenous formation dispersion curve computed using a near-wall velocity. processing the acquired acoustic dipole data to estimate a dispersion curve of at least one shear wave in the earth formation; and performing a constrained inversion of the dispersion curve, estimated from the acquired acoustic dipole data, of the at least one shear wave to estimate a radial shear velocity profile of the earth formation, wherein performing the constrained inversion further comprises minimizing a constrained cost function that depends upon a homogenous formation dispersion curve computed using a near-wall velocity.
Process for producing a diffusion barrier layer comprising aluminum oxide on a metal sheet which consists of an iron material as base material additionally containing chromium (Cr) and aluminum (Al) as main alloying elements, wherein on the one hand the chromium proportion is greater at least by the factor 3 than the aluminum proportion and on the other hand the chromium proportion is in the range from 12 to 25% by weight whereas the aluminum proportion is in the range from 1 to 7% by weight, wherein the process comprises at least the following steps: a) provision of the metal sheet, b) application of at least one metal oxide selected from the group consisting of cobalt oxide and nickel oxide or application of at least one material compound which as a result of a temperature increase can form at least one metal oxide selected from the group consisting of cobalt oxide and nickel oxide to at least one subregion of a surface of the metal sheet as surface layer, c) carrying out of a heat treatment above 650°C and below 1200°C in a treatment time of 10 minutes and 60 minutes under reduced pressure or protective gas on the metal sheet having the surface layer, wherein a diffusion barrier layer comprising aluminum oxide is formed only in the at least one subregion of the surface layer, with reduction of the metal oxide to a metal and oxidation of aluminum diffusing out of the base material to aluminum oxide. a) provision of the metal sheet, b) application of at least one metal oxide selected from the group consisting of cobalt oxide and nickel oxide or application of at least one material compound which as a result of a temperature increase can form at least one metal oxide selected from the group consisting of cobalt oxide and nickel oxide to at least one subregion of a surface of the metal sheet as surface layer, c) carrying out of a heat treatment above 650°C and below 1200°C in a treatment time of 10 minutes and 60 minutes under reduced pressure or protective gas on the metal sheet having the surface layer, wherein a diffusion barrier layer comprising aluminum oxide is formed only in the at least one subregion of the surface layer, with reduction of the metal oxide to a metal and oxidation of aluminum diffusing out of the base material to aluminum oxide.
A method performed by a wireless device for transmitting Hybrid Automatic Repeat Request, HARQ, feedback to a base station via a Physical Uplink Control Channel, PUCCH, the method comprising: determining that the wireless device has been assigned a first PUCCH resource for transmitting HARQ feedback, wherein the first PUCCH resource is assigned from a plurality of PUCCH resources that are grouped into sets; changing, based on a size of a payload that the wireless device is preparing to send, from the first PUCCH resource to a second PUCCH resource, wherein the second PUCCH resource belongs to the same set as the first PUCCH resource, and wherein the second PUCCH resource has a larger or smaller payload capacity than the first PUCCH resource; and transmitting the HARQ feedback to the base station via the second PUCCH resource. determining that the wireless device has been assigned a first PUCCH resource for transmitting HARQ feedback, wherein the first PUCCH resource is assigned from a plurality of PUCCH resources that are grouped into sets; changing, based on a size of a payload that the wireless device is preparing to send, from the first PUCCH resource to a second PUCCH resource, wherein the second PUCCH resource belongs to the same set as the first PUCCH resource, and wherein the second PUCCH resource has a larger or smaller payload capacity than the first PUCCH resource; and transmitting the HARQ feedback to the base station via the second PUCCH resource.
Device for sealing a conduit passage, comprising: - a sleeve-like housing having four flat side walls which delimit an axial passage channel for the passage of conduits; - a compressible foam body arranged in the passage channel, which foam body, when precompressed solely by the side walls, completely closes an opening cross-section of the passage channel and is sealed at least against smoke; - two tensioning devices (9, 10) which are fastened in the passage channel or at the end faces (11, 12) of the passage channel axially with respect to both sides of the foam body and are designed for tensioning a resilient tension band which is fastened by its ends in each case to one of the tensioning devices (9, 10) and runs in the passage channel between the foam body and a first side wall; - wherein the tensioning devices (9, 10) are adjustable between a sealing position, in which the tension band is relaxed and has no pressure effect on the foam body, and an opening position, in which the tension band is tensioned and presses the foam body away from the first side wall toward an opposite second side wall and thereby exposes a portion of the opening cross-section. - a sleeve-like housing having four flat side walls which delimit an axial passage channel for the passage of conduits; - a compressible foam body arranged in the passage channel, which foam body, when precompressed solely by the side walls, completely closes an opening cross-section of the passage channel and is sealed at least against smoke; - two tensioning devices (9, 10) which are fastened in the passage channel or at the end faces (11, 12) of the passage channel axially with respect to both sides of the foam body and are designed for tensioning a resilient tension band which is fastened by its ends in each case to one of the tensioning devices (9, 10) and runs in the passage channel between the foam body and a first side wall; - wherein the tensioning devices (9, 10) are adjustable between a sealing position, in which the tension band is relaxed and has no pressure effect on the foam body, and an opening position, in which the tension band is tensioned and presses the foam body away from the first side wall toward an opposite second side wall and thereby exposes a portion of the opening cross-section.
A method of initiating secure communication between a handheld communications device and a portable authenticator, the portable authenticator comprising a light sensor, a wireless interface and a data processor in communication with the light sensor, the handheld communication device comprising a display device, the method comprising: detecting a sequence of brightness levels, where each of the brightness levels is one of at least four brightness levels, via the light sensor; recovering a bit sequence from the detected brightness sequence via the data processor; generating an encryption key from the bit sequence via the data processor; receiving a temporary encryption key via the wireless interface; computing a public encryption key from the temporary encryption key and the generated encryption key; and the portable authenticator establishing a secure communication channel with the communications device using the public encryption key. detecting a sequence of brightness levels, where each of the brightness levels is one of at least four brightness levels, via the light sensor; recovering a bit sequence from the detected brightness sequence via the data processor; generating an encryption key from the bit sequence via the data processor; receiving a temporary encryption key via the wireless interface; computing a public encryption key from the temporary encryption key and the generated encryption key; and the portable authenticator establishing a secure communication channel with the communications device using the public encryption key.
A module for an aircraft, the aircraft having a fuselage structure and a floor element; the floor element defining a floor plane, the module comprising: a frame device; a plurality of functional elements; wherein a first functional element is a seat element and a second functional element is a stowage bin; wherein the frame device is adapted for mounting the functional elements; wherein the frame device is adapted for attachment to the floor element of the aircraft at a first location in the floor plane; wherein the frame device is adapted for attachment to the fuselage structure of the aircraft at a second location; wherein the second location is not in the floor plane; and wherein the frame device is adapted for a slideable attachment to the floor element of the aircraft and the fuselage structure, such that the frame device is relocatable from a first position in the aircraft by a sliding movement to a second position in the aircraft, wherein the first position is at a distance in the longitudinal direction of the aircraft from the second position, characterized in that the frame device is a closed shaped frame and surrounds said functional elements. a frame device; a plurality of functional elements; wherein a first functional element is a seat element and a second functional element is a stowage bin; wherein the frame device is adapted for mounting the functional elements; wherein the frame device is adapted for attachment to the floor element of the aircraft at a first location in the floor plane; wherein the frame device is adapted for attachment to the fuselage structure of the aircraft at a second location; wherein the second location is not in the floor plane; and wherein the frame device is adapted for a slideable attachment to the floor element of the aircraft and the fuselage structure, such that the frame device is relocatable from a first position in the aircraft by a sliding movement to a second position in the aircraft, wherein the first position is at a distance in the longitudinal direction of the aircraft from the second position, characterized in that the frame device is a closed shaped frame and surrounds said functional elements.
Apparatus for turning over a coating sheet deposited on a draw-forward table, the apparatus comprising a contact device for contacting the rear edge of the coating sheet, which is mounted in the upward direction and in the drawing direction on a longitudinal guide above the draw-forward table, characterized in that the contact device is mounted such as to be rotatable about a horizontal transverse axis that is movable transversely to the drawing direction, and in that a support device is arranged in or below the table plane of the draw-forward table, which support device mechanically or pneumatically supports a not yet fully turned-over coating sheet from below, in the rear run-out region, in front of the turnover wave thereof that also moves in the drawing direction.
A multi-channel decorrelator (140; 600; 1590; 1700) for providing a plurality of decorrelated signals (142, 144; 612a-612n'; 1592a-1592n; 1712a-1712n) on the basis of a plurality of decorrelator input signals (134,136; 610a-610n; 1582a-1582n; 1710a-1710n), wherein the multi-channel decorrelator is configured to premix a first set (134,136; 610a-610n; 1582a-1582n; 1710a-1710n) Ẑ of N decorrelator input signals into a second set (622a-622k; 1722a-1722k) Ẑ mix of K decorrelator input signals, wherein K<N; wherein the multi-channel decorrelator is configured to provide a first set (632a-632k'; 1732a-1732k) Z ^ mix dec of K' decorrelator output signals on the basis of the second set of K decorrelator input signals; and wherein the multi-channel decorrelator is configured to upmix the first set of K' decorrelator output signals into a second set (142,144; 612a-612n'; 1592a-1592n; 1712a-1712n) W of N' decorrelator output signals, wherein N'>K'; wherein the multi-channel decorrelator is configured to premix the first set Ẑ of N decorrelator input signals into the second set Ẑ mix of K decorrelator input signals using a premixing matrix M pre according to Z ^ mix = M pre Z ^; wherein the multi-channel decorrelator is configured to upmix the first set Z ^ mix dec of K' decorrelator output signals into the second set W of N' decorrelator output signals using a postmixing matrix M post according to W = M post Z ^ mix dec; characterized in that the multi-channel decorrelator is configured to obtain the postmixing matrix M post according to M post = M pre H M pre M pre H − 1. wherein the multi-channel decorrelator is configured to premix a first set (134,136; 610a-610n; 1582a-1582n; 1710a-1710n) Ẑ of N decorrelator input signals into a second set (622a-622k; 1722a-1722k) Ẑ mix of K decorrelator input signals, wherein K<N; wherein the multi-channel decorrelator is configured to provide a first set (632a-632k'; 1732a-1732k) Z ^ mix dec of K' decorrelator output signals on the basis of the second set of K decorrelator input signals; and wherein the multi-channel decorrelator is configured to upmix the first set of K' decorrelator output signals into a second set (142,144; 612a-612n'; 1592a-1592n; 1712a-1712n) W of N' decorrelator output signals, wherein N'>K'; wherein the multi-channel decorrelator is configured to premix the first set Ẑ of N decorrelator input signals into the second set Ẑ mix of K decorrelator input signals using a premixing matrix M pre according to Z ^ mix = M pre Z ^; wherein the multi-channel decorrelator is configured to upmix the first set Z ^ mix dec of K' decorrelator output signals into the second set W of N' decorrelator output signals using a postmixing matrix M post according to W = M post Z ^ mix dec; characterized in that the multi-channel decorrelator is configured to obtain the postmixing matrix M post according to M post = M pre H M pre M pre H − 1.
Cable for transmitting an electric current, comprising - a cable conduit, - at least one electrical load line, which extends in the cable conduit, for conducting an electric current, - at least one coolant line (23, 24), which extends in the cable conduit, for guiding a coolant, and - at least one sensing line (25, 26), which extends in the cable conduit, for capturing a measurement signal which indicates a change in the electrical conductivity in the cable conduit, characterized in that the electrically conductive sensing line (25, 26) is not electrically insulated at least in sections, and in that the cable has a central, first coolant line around which at least one second coolant line and at least one electrical load line are grouped, wherein the at least one sensing line (25, 26) extends in an intermediate space between the central, first coolant line and the at least one second coolant line or the at least one electrical load line. - a cable conduit, - at least one electrical load line, which extends in the cable conduit, for conducting an electric current, - at least one coolant line (23, 24), which extends in the cable conduit, for guiding a coolant, and - at least one sensing line (25, 26), which extends in the cable conduit, for capturing a measurement signal which indicates a change in the electrical conductivity in the cable conduit,
Non-dispersive infrared double-beam photometer for gas analysis, the photometer of which has a chopper disc, with the chopper disc having: a first cutout permitting the light emitted for photometry to radiate for a first time period only through a reference side of a measurement gas cell of the photometer; a second cutout permitting the light emitted for photometry to radiate for a second time period only through a measurement side of the measurement gas cell of the photometer; wherein the first time period is greater than the second time period and the two time periods do not overlap. a first cutout permitting the light emitted for photometry to radiate for a first time period only through a reference side of a measurement gas cell of the photometer; a second cutout permitting the light emitted for photometry to radiate for a second time period only through a measurement side of the measurement gas cell of the photometer; wherein the first time period is greater than the second time period and the two time periods do not overlap.