mhurhangee/ep-ind-claims huggingface dataset:
Method for the operation and simultaneous evaluation of a rate-of-turn sensor comprising at least one oscillator element that can be operated to make an oscillatory movement along a first oscillation axis, and at least one Coriolis element arranged on the oscillator element and arranged so as to be capable of oscillation along a second oscillation axis extending perpendicular to the first oscillation axis, comprising the method steps: - generation of a digital operating signal with an excitation frequency corresponding to the resonant frequency of the oscillator element, - digital-analogue conversion of the digital operating signal and operation of the oscillator element with the analogue operating signal, - measurement of a Coriolis speed of the Coriolis element caused by a rotation of the rate-of-turn sensor about an axis of rotation extending perpendicular to the two oscillation axes, and generation of an analogue Coriolis signal proportional to the Coriolis speed, - analogue-digital conversion of the analogue Coriolis signal, characterized by - in-phase multiplication of the digital Coriolis signal with the digital operating signal to form an intermediate signal, - generation of a control signal proportional to the rate of turn of the rate-of-turn sensor by using the intermediate signal, - multiplication of the control signal with the digital operating signal to form a digital compensation signal with the same phase as the digital operating signal, - digital-analogue conversion of the digital compensation signal to form an analogue compensation signal with the same phase as the analogue operating signal and application of the analogue compensation signal to the Coriolis element, and - output of the control signal. - generation of a digital operating signal with an excitation frequency corresponding to the resonant frequency of the oscillator element, - digital-analogue conversion of the digital operating signal and operation of the oscillator element with the analogue operating signal, - measurement of a Coriolis speed of the Coriolis element caused by a rotation of the rate-of-turn sensor about an axis of rotation extending perpendicular to the two oscillation axes, and generation of an analogue Coriolis signal proportional to the Coriolis speed, - analogue-digital conversion of the analogue Coriolis signal, - in-phase multiplication of the digital Coriolis signal with the digital operating signal to form an intermediate signal, - generation of a control signal proportional to the rate of turn of the rate-of-turn sensor by using the intermediate signal, - multiplication of the control signal with the digital operating signal to form a digital compensation signal with the same phase as the digital operating signal, - digital-analogue conversion of the digital compensation signal to form an analogue compensation signal with the same phase as the analogue operating signal and application of the analogue compensation signal to the Coriolis element, and - output of the control signal.
A process for manufacturing of a coated cutting tool consisting of a substrate and a single layer or multi-layer hard material coating, the substrate being selected from cemented carbide, cermet, ceramics, cubic boron nitride (cBN), polycrystalline diamond, steel or high-speed steel, and the hard material coating comprising at least one layer of gamma-Al 2 O 3, the at least one gamma-Al 2 O 3 layer has a Vickers hardness HV(0.0015) of 3000HV to 3500HV, being deposited by means of a reactive pulsed magnetron sputtering process using at least one Al target, wherein the deposition is carried out - using a reaction gas composition comprising or consisting of argon (Ar) and oxygen (O 2) and - at a total reaction gas pressure within the range from at least 1 Pa to at most 5 Pa, - at an O 2 partial pressure within the range from 0.001 Pa to 0.1 Pa, - at a temperature within the range from 400°C to 600°C, the power density at the magnetron is from 4 to 20 W/cm 2, the bias voltage is from 80 V to 200 V and the bias current is from 20 A to 60 A. - using a reaction gas composition comprising or consisting of argon (Ar) and oxygen (O 2) and - at a total reaction gas pressure within the range from at least 1 Pa to at most 5 Pa, - at an O 2 partial pressure within the range from 0.001 Pa to 0.1 Pa, - at a temperature within the range from 400°C to 600°C,
A method for assessing the risk of developing cervical cancer in a subject, comprising the step of detecting at least one single nucleotide polymorphism marker selected from rs2046542, rs1386286, a combination of rs8067378 and rs1386286, a combination of rs4282438 and rs1386286, or a combination of rs8067378, rs4282438, and rs1386286 in the subject, wherein the presence of a risk allele as listed in Table 2 in at least one of the SNP markers is indicative of an increased risk for developing cervical cancer in the subject.
A light generating device comprising (i) a first series of at least two first LEDs, which are electrically conductively coupled, and (ii) a first support configured to support the at least two first LEDs, wherein: - the at least two first LEDs comprise solid-state LEDs configured to generate red LED light; and - the at least two first LEDs comprise a p-side up LED and an n-side up LED, and wherein the at least two first LEDs are configured to generate first LED light having dominant wavelengths within 50 nm of each other; - the light generating device further comprising (i) a second series of one or more second LEDs, and (ii) a second support configured to support the one or more second LEDs; and - the light generating device further comprising (i) a third series of one or more third LEDs, and (ii) a third support configured to support the one or more third LEDs, wherein: - the at least two first LEDs, the one or more second LEDs, and the one or more third LEDs are configured to generate first LED light, second LED light, and third LED light, respectively, having different colors; - the one or more second LEDs comprising a p-electrode and a n-electrode on the same side, and the one or more third LEDs comprising a p-electrode and a n-electrode on the same side. - the at least two first LEDs comprise solid-state LEDs configured to generate red LED light; and - the at least two first LEDs comprise a p-side up LED and an n-side up LED, and wherein the at least two first LEDs are configured to generate first LED light having dominant wavelengths within 50 nm of each other; - the light generating device further comprising (i) a second series of one or more second LEDs, and (ii) a second support configured to support the one or more second LEDs; and - the light generating device further comprising (i) a third series of one or more third LEDs, and (ii) a third support configured to support the one or more third LEDs, wherein: - the at least two first LEDs, the one or more second LEDs, and the one or more third LEDs are configured to generate first LED light, second LED light, and third LED light, respectively, having different colors; - the one or more second LEDs comprising a p-electrode and a n-electrode on the same side, and the one or more third LEDs comprising a p-electrode and a n-electrode on the same side.
A battery charging system, comprising: a battery gauge configured to be coupled with one or more sensors (290, 292, 294) in a battery, and a controller configured to couple to the battery gauge and a plurality of power converters, so as to supply power to a terminal of the battery, wherein the controller is configured to: repeatedly update a servo target at a first rate in accordance with a first feedback control loop process that is based on a comparison between one or more profile target values (310a, 310b, 310m) of a charging profile and one or more battery metrics, wherein the one or more battery metrics are measured by the battery gauge and are based on at least one of a battery current or a battery voltage measured by the one or more sensors (290, 292, 294), wherein a priority level is assigned to each of the plurality of power converters, and the one or more profile target values (310a, 310b, 310m) are determined based on the assigned priority levels, so that the plurality of converters are configured to simultaneously charge the battery in accordance with their respective assigned priority level, characterized in that: each assigned priority level is based on a characteristic of a power supply coupled to the power converter; and that the assigned priority level of at least one of the plurality of power converters is not fixed. a battery gauge configured to be coupled with one or more sensors (290, 292, 294) in a battery, and a controller configured to couple to the battery gauge and a plurality of power converters, so as to supply power to a terminal of the battery, wherein the controller is configured to: repeatedly update a servo target at a first rate in accordance with a first feedback control loop process that is based on a comparison between one or more profile target values (310a, 310b, 310m) of a charging profile and one or more battery metrics, wherein the one or more battery metrics are measured by the battery gauge and are based on at least one of a battery current or a battery voltage measured by the one or more sensors (290, 292, 294), wherein a priority level is assigned to each of the plurality of power converters, and the one or more profile target values (310a, 310b, 310m) are determined based on the assigned priority levels, so that the plurality of converters are configured to simultaneously charge the battery in accordance with their respective assigned priority level, characterized in that: each assigned priority level is based on a characteristic of a power supply coupled to the power converter; and that the assigned priority level of at least one of the plurality of power converters is not fixed.
A method for voice control of a mobile device, the method comprising: establishing a connection between the mobile device and a voice-control module; responsive to establishing the connection, entering the mobile device into an intermediate mode, wherein the mobile device monitors for instruction from the voice-control module; monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; upon receiving the verbal command from among the set of predetermined verbal commands, sending instructions from the voice-control module to the mobile device related to the verbal command received; and acting on the received instructions at the mobile device; the method being characterized in that in the intermediate mode, at least some predetermined functionality of the mobile device is disabled to reduce power consumption while still allowing for the mobile device to process commands from the voice control module. establishing a connection between the mobile device and a voice-control module; responsive to establishing the connection, entering the mobile device into an intermediate mode, wherein the mobile device monitors for instruction from the voice-control module; monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; upon receiving the verbal command from among the set of predetermined verbal commands, sending instructions from the voice-control module to the mobile device related to the verbal command received; and acting on the received instructions at the mobile device; the method being characterized in that in the intermediate mode, at least some predetermined functionality of the mobile device is disabled to reduce power consumption while still allowing for the mobile device to process commands from the voice control module.
A rear pre-crash safety system of a vehicle comprising a judgement logic adapted to issue at least one collision warning signal in response to a detected radar signal reflected by an object approaching the vehicle from behind depending on a radar cross section, RCS, of the approaching object and depending on a velocity of the approaching object relative to the respective vehicle, wherein in a stop and go traffic situation, the radar cross section, RCS, of a following object following behind the vehicle is kept in a standstill condition and refreshed whenever a velocity of the following object relative to the vehicle is detected.
A process for producing a blow-formed container having a liquid layer formed in an amount of not more than 10 g/m 2 on the whole inner surface of the stretched portion thereof, wherein said liquid layer is formed of a liquid having a boiling point higher than a blowing temperature, and wherein a contact angle θ * of said liquid is not more than 40 degrees on the resin that is forming the innermost layer; wherein said process comprises blowing a fluid for blow forming into a container preform formed by extruding or injecting a molten resin to form the container preform into the shape of a container, wherein the fluid for blow forming is blown under a condition where said liquid is present in space in said preform.
A system for stabilization of a mast on a movable carrier, comprising: a mast which defines a longitudinal direction; a mast support which is configured to support the mast on the carrier pivotably about at least one pivoting axis (X; Y); an actuator device (6, 6'; 8, 8') which is connected to the mast and is configured to pivot the mast with its longitudinal direction relative to the carrier about the at least one pivoting axis (X; Y); a mast sensor device which is configured to determine the longitudinal direction of the mast relative to a predetermined absolute spatial direction; and an electronic control device which is configured to receive direction signals from the mast sensor device, to compare them with a predetermined set value (θ S) for the longitudinal direction of the mast and to derive a manipulated variable (u A) from this for the actuator device, in order to stabilize the longitudinal direction of the mast with respect to the set value (θ S), characterized in that the system comprises a securing device for monitoring acceleration values of the mast and/or of the carrier and to block the mast with respect to pivoting movements if a predetermined acceleration value is exceeded. a mast which defines a longitudinal direction; a mast support which is configured to support the mast on the carrier pivotably about at least one pivoting axis (X; Y); an actuator device (6, 6'; 8, 8') which is connected to the mast and is configured to pivot the mast with its longitudinal direction relative to the carrier about the at least one pivoting axis (X; Y); a mast sensor device which is configured to determine the longitudinal direction of the mast relative to a predetermined absolute spatial direction; and an electronic control device which is configured to receive direction signals from the mast sensor device, to compare them with a predetermined set value (θ S) for the longitudinal direction of the mast and to derive a manipulated variable (u A) from this for the actuator device, in order to stabilize the longitudinal direction of the mast with respect to the set value (θ S), characterized in that the system comprises a securing device for monitoring acceleration values of the mast and/or of the carrier and to block the mast with respect to pivoting movements if a predetermined acceleration value is exceeded.
Method for producing a quick connection device having a metal journal that fits in a complementary manner into a connector, the method being characterized in that it comprises the step of: - extruding a metal tube to form a blank of the journal extending longitudinally from a large end to a small end along a first cylindrical portion, then narrowing along a conical portion and then along a second cylindrical portion, the tubular blank having a wall with a thickness that is substantially constant along the three portions (20, 22, 24), and wherein the extrusion step also includes the forming of two longitudinal lugs (26, 28) produced on an exterior surface of the first portion, the lugs (26, 28) being diametrically opposite one another and being part of an anti-rotation device of the device, and also comprising the step of producing in the first portion two transverse slits through the wall of the first portion, the slits forming open apertures (30, 32) separated by the two lugs (26, 28). - extruding a metal tube to form a blank of the journal extending longitudinally from a large end to a small end along a first cylindrical portion, then narrowing along a conical portion and then along a second cylindrical portion, the tubular blank having a wall with a thickness that is substantially constant along the three portions (20, 22, 24),
Air inlet of a nacelle of an aircraft propulsion assembly, said aircraft propulsion assembly extending along a longitudinal axis oriented from upstream to downstream and comprising a turbine engine comprising a radially inner primary flow path and a radially outer secondary flow path configured to guide from upstream to downstream respectively a primary air flow and a secondary air flow during a thrust phase, said turbine engine comprising upstream a fan rotatably mounted about the longitudinal axis, said aircraft propulsion assembly comprising thrust reverse means configured to modify the secondary air flow into a reverse air flow (F-INV) circulating from downstream to upstream in the secondary flow path during a reverse thrust phase, said nacelle extending outwardly around the turbine engine and comprising at its upstream end the air inlet, said air inlet extending peripherally around the longitudinal axis and comprising an inner wall turned towards the longitudinal axis and an outer wall opposite the inner wall which are connected upstream by an air inlet lip, air inlet characterized by the fact that: • the air inlet lip comprises a thickness defined radially with respect to the longitudinal axis and comprises a plurality of thick portions and a plurality of thin portions distributed alternately over the circumference of the air inlet lip, • each thick portion comprises an upstream leading edge configured to separate an upstream air flow circulating from upstream to downstream into an outer air flow (F-EXT) guided by the outer wall and an inner air flow (F-INT) guided by the inner wall, so as to promote a thrust phase, • each thin portion comprises a downstream leading edge, located longitudinally downstream from each upstream leading edge, configured to detach the reverse air flow (F-INV) at the air inlet lip, so as to promote a reverse thrust phase. • the air inlet lip comprises a thickness defined radially with respect to the longitudinal axis and comprises a plurality of thick portions and a plurality of thin portions distributed alternately over the circumference of the air inlet lip, • each thick portion comprises an upstream leading edge configured to separate an upstream air flow circulating from upstream to downstream into an outer air flow (F-EXT) guided by the outer wall and an inner air flow (F-INT) guided by the inner wall, so as to promote a thrust phase, • each thin portion comprises a downstream leading edge, located longitudinally downstream from each upstream leading edge, configured to detach the reverse air flow (F-INV) at the air inlet lip, so as to promote a reverse thrust phase.
Connector element (c) which is configured to be soldered on a metallic substrate (b) by means of a solder paste (a), comprising a foot portion having a surface facing the substrate (b), which is soldered on the metallic substrate (b) by means of the solder paste (a), characterized in that it is provided with grooves (k) which are located on a lateral peripheral surface and extend in a longitudinal direction of the connector element (c) until the edge of the surface facing the substrate (b), so that the molten solder paste (a) can rise on the connector element (c) and, as a consequence, the adhesion of the connector element (c) on the substrate (b) is increased.
A method comprising: receiving service information SI that provides information for a receiver to support 3D broadcast services in a Digital Video Broadcasting, DVB, scheme, said service information SI including a plurality of descriptors that provide information related to a broadcast data stream, and said service information SI including a plurality of tables comprising a Program Association Table, PAT, a Program Map Table, PMT, a Service Description Table, SDT, and an Event Information Table, EIT, used in the DVB scheme; characterized by identifying said plurality of descriptors having a first and a second descriptor in the received service information, SI, wherein the first descriptor identifies a video stream and is included in the PMT, and wherein the second descriptor indicates stereoscopic information regarding the video stream and is included in at least one of the Service Description Table, SDT, and the Event Information Table, EIT; matching a component tag field in the second descriptor with a component tag field in the first descriptor having the same value as the component tag field in the second descriptor; and processing the broadcast data stream using the stereoscopic information and a packet identifier, PID, of the video stream, wherein the PID is a value in a field of the PMT. receiving service information SI that provides information for a receiver to support 3D broadcast services in a Digital Video Broadcasting, DVB, scheme, said service information SI including a plurality of descriptors that provide information related to a broadcast data stream, and said service information SI including a plurality of tables comprising a Program Association Table, PAT, a Program Map Table, PMT, a Service Description Table, SDT, and an Event Information Table, EIT, used in the DVB scheme; identifying said plurality of descriptors having a first and a second descriptor in the received service information, SI, wherein the first descriptor identifies a video stream and is included in the PMT, and wherein the second descriptor indicates stereoscopic information regarding the video stream and is included in at least one of the Service Description Table, SDT, and the Event Information Table, EIT; matching a component tag field in the second descriptor with a component tag field in the first descriptor having the same value as the component tag field in the second descriptor; and processing the broadcast data stream using the stereoscopic information and a packet identifier, PID, of the video stream, wherein the PID is a value in a field of the PMT.
A glass-ceramic comprising at least the following constituents (in mol-% on oxide basis): SiO 2 4 - 8 Al 2 O 3 7 - 11 B 2 O 3 0 - 1 TiO 2 45 - 55 ZrO 2 5 - 10 RE 2 O 3 0.1 - <5 BaO 15 - 30 10 ≤ SiO 2 + Al 2 O 3 + B 2 O 3 ≤ 20, where RE is lanthanum, or another lanthanoid, and where Ti may be replaced in part, preferably up to 10% of the obligatory fraction, by Hf, Nb, V, Ta.