mhurhangee/ep-ind-claims huggingface dataset:
A jamb facing profile comprises two facing elements 1 connected by one end-face side 2 at an angle corresponding to the angle formed by the walls of the jamb which are to be faced and to which the profile can adjoin with its rear side 3 and each of said two facing elements includes a flattened section 4 whose rear side can adjoin the wall of the jamb to be faced, a lateral section 5 having a flattened part 6 connected to lateral face 7 of said flattened section 4, and a fastening section 10 for fastening the room wall adjoining the jamb, located at the profile rear side, characterized in that said lateral section 5 has a part 8 rounded in its cross-section and curved towards the profile front face 9, that said fastening section 10 is connected by one side 11 with the flattened 4 and lateral sections 5 at the place of their junction place and that between the fastening section 10 and the rounded part 8 of the lateral section 5 there is a gap 12 capable of accommodating the attachable facing profile and in that on other end-face side 13, 14 of the flattened 4 and lateral sections 5 there is at least one protruding mounting element capable of connecting other facing profiles.
An audible vehicle warning system arranged for performing AVAS functionality and for generating a horn signal and comprising - a loudspeaker system comprising a loudspeaker configured to output sound signals at least in a selected frequency range comprising at least frequencies from 400 Hz to 2 kHz, characterized by further comprising: - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, and wherein a 1/3 octave frequency band averaged response of said loudspeaker system has in a 1/3 octave frequency band corresponding to said reference frequency band of the respective sound signal an amplitude level which is at least 3 dB above the average amplitude level in a frequency range from 400 Hz to 2 kHz. - a loudspeaker system comprising a loudspeaker configured to output sound signals at least in a selected frequency range comprising at least frequencies from 400 Hz to 2 kHz, characterized by further comprising: - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, and wherein a 1/3 octave frequency band averaged response of said loudspeaker system has in a 1/3 octave frequency band corresponding to said reference frequency band of the respective sound signal an amplitude level which is at least 3 dB above the average amplitude level in a frequency range from 400 Hz to 2 kHz.
A CT imaging apparatus for generating sectional images of an object, comprising: - at least one X-ray source (111, 112) for emitting an X-ray beam towards the object; - an X-ray detector for generating projections (P, P 1, P 2, P 3, P 4, Q, Q 1, Q 2, Q 3, R, R 1) from the X-raybeam; - a control unit for controlling the activity of the X-ray source such that a) first projections (P, P 1, P 2, P 3, P 4) are generated according to a sparse angular sampling scheme with less than about one projection per image voxel in one dimension; b) additional projections (Q, Q 1, Q 2, Q 3, R, R 1) are generated additionally to those of the sparse angular sampling scheme; - a reconstruction unit for reconstructing a sectional image of the object from the first projections (P 1, P 2, P 3, P 4) and the additional projections (Q 1, Q 2, Q 3, R 1), wherein said control unit is configured to control the activity of the X-ray source such that at least one additional projection (Q 1, Q 2, R 1) is dynamically introduced depending on the evaluation of at least one previous projection (P 1). - at least one X-ray source (111, 112) for emitting an X-ray beam towards the object; - an X-ray detector for generating projections (P, P 1, P 2, P 3, P 4, Q, Q 1, Q 2, Q 3, R, R 1) from the X-raybeam; - a control unit for controlling the activity of the X-ray source such that a) first projections (P, P 1, P 2, P 3, P 4) are generated according to a sparse angular sampling scheme with less than about one projection per image voxel in one dimension; b) additional projections (Q, Q 1, Q 2, Q 3, R, R 1) are generated additionally to those of the sparse angular sampling scheme; a) first projections (P, P 1, P 2, P 3, P 4) are generated according to a sparse angular sampling scheme with less than about one projection per image voxel in one dimension; b) additional projections (Q, Q 1, Q 2, Q 3, R, R 1) are generated additionally to those of the sparse angular sampling scheme; - a reconstruction unit for reconstructing a sectional image of the object from the first projections (P 1, P 2, P 3, P 4) and the additional projections (Q 1, Q 2, Q 3, R 1),
An enclosure for an open end of a reflector antenna, comprising: a substantially cylindrical shroud adapted to be coupled to a distal end of the reflector antenna in a way that the shroud is generally coaxial with a longitudinal axis of the reflector antenna; characterized in that a retaining band coupled to an inner diameter of the shroud, proximate a distal end of the shroud; the retaining band provided with a retaining groove open radially inward towards the longitudinal axis; wherein the retaining band is formed by a plurality of arc segments; a bottom of the retaining groove extending radially outward beyond an outer diameter of the shroud; and a radome seated within the retaining groove. a substantially cylindrical shroud adapted to be coupled to a distal end of the reflector antenna in a way that the shroud is generally coaxial with a longitudinal axis of the reflector antenna; characterized in that a retaining band coupled to an inner diameter of the shroud, proximate a distal end of the shroud; the retaining band provided with a retaining groove open radially inward towards the longitudinal axis; wherein the retaining band is formed by a plurality of arc segments; a bottom of the retaining groove extending radially outward beyond an outer diameter of the shroud; and a radome seated within the retaining groove.
A thermal stress reduction method for an aircraft motor controller configured to control an electric power generator coupled to an aircraft engine, the method characterized by the motor controller having a three-level inverter switch array; and ramping the electric power generator to start the aircraft engine; during a time period associated with an aircraft engine start sequence: toggling the three-level inverter switch array to a three-level pulse width modulation mode; determining if a first time interval in the three-level PWM mode exceeds a predetermined three-level PWM mode interval; toggling the three-level inverter switch array to a two-level PWM mode, in response to the first time interval exceeding the three-level PWM mode interval; determining if a second time interval in the two-level PWM mode exceeds a predetermined two-level PWM mode interval; and toggling the three-level inverter switch array to the three-level PWM mode, in response to the second time interval exceeding the two-level PWM mode interval, and wherein a ratio of three-level PWM mode interval to the two-level PWM mode interval is inversely proportional to a ratio of a three-level PWM mode thermal loss to a two-level PWM mode thermal loss; and/or wherein a carrier frequency in the two-level PWM mode is greater than a carrier frequency in the three-level PWM mode. toggling the three-level inverter switch array to a three-level pulse width modulation mode; determining if a first time interval in the three-level PWM mode exceeds a predetermined three-level PWM mode interval; toggling the three-level inverter switch array to a two-level PWM mode, in response to the first time interval exceeding the three-level PWM mode interval; determining if a second time interval in the two-level PWM mode exceeds a predetermined two-level PWM mode interval; and toggling the three-level inverter switch array to the three-level PWM mode, in response to the second time interval exceeding the two-level PWM mode interval, and wherein a ratio of three-level PWM mode interval to the two-level PWM mode interval is inversely proportional to a ratio of a three-level PWM mode thermal loss to a two-level PWM mode thermal loss; and/or wherein a carrier frequency in the two-level PWM mode is greater than a carrier frequency in the three-level PWM mode.
A vibro-acoustic reduction system on-board an aircraft, comprising: - a plurality of frame elements forming at least a part of a fuselage structure; - a plurality of vibration dampening components; and - a plurality of coupling interfaces for attaching the vibration dampening components to the frame elements; wherein the frame elements are provided with the plurality of coupling interfaces as pre-configured ready-for-use connection points for an optional attachment of one of the vibration dampening components in dependency of an actual demand; wherein each of the vibration dampening components is provided with a mounting interface; and wherein the vibration dampening components are attachable to the coupling interfaces of the frame elements with the mounting interfaces for different dampening measures scenarios. - a plurality of frame elements forming at least a part of a fuselage structure; - a plurality of vibration dampening components; and - a plurality of coupling interfaces for attaching the vibration dampening components to the frame elements;
A method of foaming a fluid from an oil or gas well, the method comprising: introducing into the fluid a composition comprising at least one long chain fatty acid and at least one organic solvent, wherein the long chain fatty acid is tall oil fatty acid and the organic solvent is ethyleneglycol monobutyl ether.
A method performed by a control unit for managing a radio access node cluster comprising a plurality of radio access nodes, said method comprising, - determining a first connectivity metric for radio access nodes neighboring the radio access node cluster, - checking if each determined first connectivity metric meets a first criterion, sending a preparation request signal to the neighboring radio access nodes for which the first connectivity metric meets the first criterion, said preparation request signal comprising at least the following common configuration data for all radio access nodes comprised in the radio access node cluster: a common cluster cell identifier, ID, and user information about user equipments, UEs, that are served by the radio access node cluster, radio resource control, RRC, configurations and traffic configurations of the radio access node cluster; - receiving an acknowledgement signal from the neighboring radio access nodes that are ready to implement the common configuration data, and - adding the neighboring radio access nodes, from which the acknowledgement signal has been received, to the radio access node cluster. - determining a first connectivity metric for radio access nodes neighboring the radio access node cluster, - checking if each determined first connectivity metric meets a first criterion, sending a preparation request signal to the neighboring radio access nodes for which the first connectivity metric meets the first criterion, said preparation request signal comprising at least the following common configuration data for all radio access nodes comprised in the radio access node cluster: a common cluster cell identifier, ID, and user information about user equipments, UEs, that are served by the radio access node cluster, radio resource control, RRC, configurations and traffic configurations of the radio access node cluster; - receiving an acknowledgement signal from the neighboring radio access nodes that are ready to implement the common configuration data, and - adding the neighboring radio access nodes, from which the acknowledgement signal has been received, to the radio access node cluster.
A method for leveling a near-end audio signal using a leveling gain; wherein the near-end audio signal comprises a sequence of segments; wherein the sequence of segments comprises a current segment and one or more preceding segments; the method comprising - determining a nuisance measure which is indicative of an amount of aberrant voice activity within the sequence of segments of the near-end audio signal; and - determining the leveling gain for the current segment of the near-end audio signal, at least based on the leveling gain for the one or more preceding segments of the near-end audio signal, and by taking into account - according to a variable degree - an estimate of the level of the current segment of the near-end audio signal; wherein the variable degree is dependent on the nuisance measure. - determining a nuisance measure which is indicative of an amount of aberrant voice activity within the sequence of segments of the near-end audio signal; and - determining the leveling gain for the current segment of the near-end audio signal, at least based on the leveling gain for the one or more preceding segments of the near-end audio signal, and by taking into account - according to a variable degree - an estimate of the level of the current segment of the near-end audio signal; wherein the variable degree is dependent on the nuisance measure.
An isolation apparatus comprising: a first layer comprising glass and configured to bond to a mounting surface of a microelectromechanical system (MEMS) die; and a spring layer formed of a monolithic material, wherein the monolithic material comprises silicon, and wherein the spring layer comprises: a first section anodically bonded to the first layer; a second section (52, 70) configured to bond to a circuit board; and one or more spring elements flexibly attaching the first section to the second section, wherein the one or more spring elements are configured to provide elastic isolation between the MEMS die and the circuit board when the MEMS die is bonded to the first layer and the circuit board is bonded to the second section. a first layer comprising glass and configured to bond to a mounting surface of a microelectromechanical system (MEMS) die; and a spring layer formed of a monolithic material, wherein the monolithic material comprises silicon, and wherein the spring layer comprises: a first section anodically bonded to the first layer; a second section (52, 70) configured to bond to a circuit board; and one or more spring elements flexibly attaching the first section to the second section, wherein the one or more spring elements are configured to provide elastic isolation between the MEMS die and the circuit board when the MEMS die is bonded to the first layer and the circuit board is bonded to the second section. a first section anodically bonded to the first layer; a second section (52, 70) configured to bond to a circuit board; and one or more spring elements flexibly attaching the first section to the second section, wherein the one or more spring elements are configured to provide elastic isolation between the MEMS die and the circuit board when the MEMS die is bonded to the first layer and the circuit board is bonded to the second section.
Agricultural seeding machine for discharging seed and/or fertilizer, having a storage tank, a plurality of metering elements which are arranged one next to the other underneath the storage tank and for the purpose of feeding the seed to be distributed into lines leading to discharge elements, wherein the metering elements comprise metering wheels which are arranged on a sowing shaft driven in a rotatory manner, wherein the sowing shaft is divided at least approximately in the centre of the sowing machine, wherein the component shafts (9A, 9B) of the divided sowing shaft can be connected to one another by means of a coupling device, the coupling device has a first surrounding element which engages around the ends, facing one another, of the two component shafts (9A, 9B) and which is connected in a rotationally fixed fashion to the first component shaft and which has a plurality of shaped elements in its inner region, wherein the shaped elements are provided for engagement in suitable cutouts in the two component shafts (9A, 9B), characterized in that the coupling device has an electric drive element which shifts the first surrounding element along the sowing shaft, as a result of which the engagement of the shaped elements in the cutouts in the second component shaft is established or released, wherein when engagement of the shaped elements in the cutouts of the second component shaft is established, the first surrounding element is connected in a rotationally fixed fashion to the second component shaft, as a result of which the second component shaft is connected in a rotationally fixed fashion to the first component shaft.
Combination of an external charging station for an energy supply unit, a hand strapping tool, which is equipped with a drive (9, 10, 11, 12) for at least one closing unit and a dispenser provided for supplying strap, wherein - the drive (9, 10, 11, 12) works electrically and has at least the energy supply unit, wherein further - the energy supply unit is designed as an integral part of the drive (9, 10, 11, 12) and in addition - the energy supply unit together with the drive (9, 10, 11, 12) is arranged in a common drive housing, wherein further - the energy supply unit is electrically charged by means of the charging station, and the charging station is equipped for this purpose with a receiving region for the hand strapping tool for releasable support, wherein furthermore - the charging station has at least one inductive interface (11, 15), with the help of which the energy supply unit is electrically charged, and wherein - the inductive interface (11, 12) is not only designed for energy supply but also for data transmission, wherein the data are parameters of the strap used, and wherein - the dispenser is equipped with the charging station. - the drive (9, 10, 11, 12) works electrically and has at least the energy supply unit, wherein further - the energy supply unit is designed as an integral part of the drive (9, 10, 11, 12) and in addition - the energy supply unit together with the drive (9, 10, 11, 12) is arranged in a common drive housing, wherein further - the energy supply unit is electrically charged by means of the charging station, and the charging station is equipped for this purpose with a receiving region for the hand strapping tool for releasable support, wherein furthermore - the charging station has at least one inductive interface (11, 15), with the help of which the energy supply unit is electrically charged, and wherein - the inductive interface (11, 12) is not only designed for energy supply but also for data transmission, wherein the data are parameters of the strap used, and wherein - the dispenser is equipped with the charging station.
A method for producing a three-dimensional object by layer-wise applying and selectively solidifying a building material in powder form, including the steps: a) applying a layer of the building material onto a build area in a working plane by means of a recoating device moving in a moving direction across the working plane, b) selectively solidifying the applied layer of the building material at positions that correspond to a cross-section of the object to be produced, and c) repeating the steps a) and b) until the object is completed, wherein the building material is stored during step a) in a recoating unit (40a-e) arranged at the recoating device within a space between two recoating elements (42a, 42b) mutually spaced apart from each other in the moving direction of the recoating device, and wherein at least the recoating element, which is the recoating element arranged rearward with respect to the moving direction of the recoating device, includes a roller (43a, 43b) by means of which the building material is applied to the working plane. a) applying a layer of the building material onto a build area in a working plane by means of a recoating device moving in a moving direction across the working plane, b) selectively solidifying the applied layer of the building material at positions that correspond to a cross-section of the object to be produced, and c) repeating the steps a) and b) until the object is completed, wherein the building material is stored during step a) in a recoating unit (40a-e) arranged at the recoating device within a space between two recoating elements (42a, 42b) mutually spaced apart from each other in the moving direction of the recoating device, and wherein at least the recoating element, which is the recoating element arranged rearward with respect to the moving direction of the recoating device, includes a roller (43a, 43b) by means of which the building material is applied to the working plane. wherein the building material is stored during step a) in a recoating unit (40a-e) arranged at the recoating device within a space between two recoating elements (42a, 42b) mutually spaced apart from each other in the moving direction of the recoating device, and wherein at least the recoating element, which is the recoating element arranged rearward with respect to the moving direction of the recoating device, includes a roller (43a, 43b) by means of which the building material is applied to the working plane.
A tolerance ring, comprising: a generally cylindrical body having a sidewall, wherein the sidewall includes: a first unformed section; a gap in the first unformed section, wherein the gap extends along an entire length of the body to establish a split in the body; a second unformed section; a first wave bank flanking the first unformed section with the gap; a second wave bank flanking the first unformed section with the gap; a third wave bank located circumferentially between the first wave bank and the second wave bank; and a third unformed section between the first wave bank and the third wave bank, characterized in that the first, second, and third wave banks each comprises at least two wave structures grouped together, wherein wave structures adjacent to the gap comprise a first wave stiffness, SW 1, and other wave structures adjacent to unformed sections comprise a second wave stiffness, SW 2, wherein SW 1 ≥ 80% SW 2 and SW 1 ≤ 99% SW 2. a first unformed section; a gap in the first unformed section, wherein the gap extends along an entire length of the body to establish a split in the body; a second unformed section; a first wave bank flanking the first unformed section with the gap; a second wave bank flanking the first unformed section with the gap; a third wave bank located circumferentially between the first wave bank and the second wave bank; and a third unformed section between the first wave bank and the third wave bank, characterized in that the first, second, and third wave banks each comprises at least two wave structures grouped together, wherein wave structures adjacent to the gap comprise a first wave stiffness, SW 1, and other wave structures adjacent to unformed sections comprise a second wave stiffness, SW 2, wherein SW 1 ≥ 80% SW 2 and SW 1 ≤ 99% SW 2.