mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling access to external computer diagnostic means to at least one on-board data bus of a vehicle, said device comprising: a computer acting as a gateway by allowing the transmission of communication frames and/or electrical signals between a first hardware port of the computer adapted to be connected to a first data bus (101 1) and to at least one second hardware port of the computer adapted to be connected to said at least one on-board data bus (101 3) of the vehicle; a diagnostic socket having a first port adapted to be connected to the first hardware port of the ECU via the first data bus (101 1); authentication means assuming an authentication role of said external computer diagnostic means on the basis of an authentication request received on the first hardware port of the computer; filtering means adapted to block the transmission through the gateway of at least one unauthorized communication frame; switching means (150, 150 1, 150 2) connected to a second hardware port of the diagnostic socket and adapted to connect the second hardware port of the diagnostic socket to the second hardware port of the ECU when said external computer diagnostic means are authenticated by the authentication means, characterized in that The switching means are also suitable for connecting the second hardware port of the diagnostic socket to the first hardware port of the ECU when said switching means are at rest. a computer acting as a gateway by allowing the transmission of communication frames and/or electrical signals between a first hardware port of the computer adapted to be connected to a first data bus (101 1) and to at least one second hardware port of the computer adapted to be connected to said at least one on-board data bus (101 3) of the vehicle; a diagnostic socket having a first port adapted to be connected to the first hardware port of the ECU via the first data bus (101 1); authentication means assuming an authentication role of said external computer diagnostic means on the basis of an authentication request received on the first hardware port of the computer; filtering means adapted to block the transmission through the gateway of at least one unauthorized communication frame; switching means (150, 150 1, 150 2) connected to a second hardware port of the diagnostic socket and adapted to connect the second hardware port of the diagnostic socket to the second hardware port of the ECU when said external computer diagnostic means are authenticated by the authentication means, characterized in that The switching means are also suitable for connecting the second hardware port of the diagnostic socket to the first hardware port of the ECU when said switching means are at rest.
A method for configuring a mobile terminal of a user in a semi-automated setup of a communication channel, comprising - a continuous readout of at least one imaging sensor of at least one camera for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal device of the communication partner in accordance with a stored terminal device identifier of an enabled communication partner as a function of a user input of the user's mobile terminal device, characterised in that in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified in such a way that a list is created which displays different possible resolutions of the screen and/or the camera, and then each resolution is assigned a value which describes the number of potential communication partners. - a continuous readout of at least one imaging sensor of at least one camera for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal device of the communication partner in accordance with a stored terminal device identifier of an enabled communication partner as a function of a user input of the user's mobile terminal device, characterised in that in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified in such a way that a list is created which displays different possible resolutions of the screen and/or the camera, and then each resolution is assigned a value which describes the number of potential communication partners.
A power transmission system for wirelessly supplying power to a load, the system including a transmitter inductor; a transmitter capacitor connected to the transmitter inductor to create a tank circuit having a resonant frequency; a first switch (SW-A) coupled to a first node of the tank circuit and to a first voltage (Vs) to cause the tank circuit to be intermittently charged; a second switch (SW-B) coupled to the first node of the tank circuit and to a second voltage to cause the tank circuit to be intermittently discharged; and a feedback circuit for switching the.first switch and the second switch, the feedback circuit comprising: a first comparator coupled to the first voltage and to the first node and having a first comparator output terminal (RESET); a second comparator coupled to the second voltage and to the first node and having a second comparator output terminal; a latch having a first latch input terminal coupled to the first comparator output terminal; the latch having a second latch input terminal coupled to the second comparator output terminal; and a latch output terminal automatically generating switching signals for the first switch and the second switch at the resonant frequency; characterized in that the first comparator, second comparator, and latch are configured such that positive and negative currents flow through the inductor as the first switch and the second switch are switched, wherein, a. at a negative to positive inductor current transition while the second switch is on, the first node goes from above the second voltage to below the second voltage, triggering the second comparator and the latch and turning on the first switch, wherein, b. at a positive to negative inductor current transition while the first switch is on, the first node goes from below the first voltage to above the first voltage, triggering the first comparator and the latch and turning on the second switch, and wherein, c. steps a and b repeat. a first comparator coupled to the first voltage and to the first node and having a first comparator output terminal (RESET); a second comparator coupled to the second voltage and to the first node and having a second comparator output terminal; a latch having a first latch input terminal coupled to the first comparator output terminal; the latch having a second latch input terminal coupled to the second comparator output terminal; and a latch output terminal automatically generating switching signals for the first switch and the second switch at the resonant frequency; a. at a negative to positive inductor current transition while the second switch is on, the first node goes from above the second voltage to below the second voltage, triggering the second comparator and the latch and turning on the first switch, wherein, b. at a positive to negative inductor current transition while the first switch is on, the first node goes from below the first voltage to above the first voltage, triggering the first comparator and the latch and turning on the second switch, and wherein, c. steps a and b repeat.
A method for producing distillate fuel products, comprising: exposing a distillate fuel boiling range feedstock to a dewaxing catalyst comprising a molecular sieve and a metal hydrogenation component under effective dewaxing conditions to produce a dewaxed effluent having a cloud point that is reduced relative to a cloud point of the feedstock by at least about 6°C (10°F), the dewaxing catalyst having an amount of metal hydrogenation component comprising 0.05 wt% to 0.35 wt% of a Group VIII noble metal, wherein an amount of cloud point reduction for the dewaxed effluent is within 10% of a cloud point reduction for an effluent formed when the feedstock is exposed, under the effective dewaxing conditions, to a dewaxing catalyst comprising the molecular sieve and at least about twice the amount of metal hydrogenation component. exposing a distillate fuel boiling range feedstock to a dewaxing catalyst comprising a molecular sieve and a metal hydrogenation component under effective dewaxing conditions to produce a dewaxed effluent having a cloud point that is reduced relative to a cloud point of the feedstock by at least about 6°C (10°F), the dewaxing catalyst having an amount of metal hydrogenation component comprising 0.05 wt% to 0.35 wt% of a Group VIII noble metal, wherein an amount of cloud point reduction for the dewaxed effluent is within 10% of a cloud point reduction for an effluent formed when the feedstock is exposed, under the effective dewaxing conditions, to a dewaxing catalyst comprising the molecular sieve and at least about twice the amount of metal hydrogenation component.
A lighting unit comprising a substantially continuous, pliable surface and a plurality of light sources, wherein each of the light sources is arranged to generate a light beam with a respective optical axis, each of the light sources is connected to the pliable surface at a respective surface area of the pliable surface, whereby orientations of the respective surface areas and orientations of the respective optical axes are linked; and the pliable surface is pliable into different profiles with corresponding different orientations of at least part of the plurality of surface areas, wherein a closed body comprises the pliable surface, characterized in that, said closed body comprises a plurality of closed compartments, the closed body being arranged to control the profile of the pliable surface, using individually controllable pressures for the closed compartments.
A drafting system for a spinning machine for drafting a fiber strand, having at least one first roller pair made of a top roller and a bottom roller, and having a second roller pair made of a top output roller and a bottom output roller, and having a fiber condensing device for condensing the drafted fiber strand and disposed downstream of the output roller pair and comprising a pneumatic condensing device having a fiber bundling zone and having a suctionable suction tube enlaced by a lattice element, a first clamping point being defined by the first roller pair and a second clamping point being defined by the second roller pair, and the first clamping point and the second clamping point implementing a drafting zone plane transited by the fiber strand in a running direction from the first clamping point to the second clamping point and a third clamping point is defined by the top output roller and the lattice element, characterized in that the top output roller comprises an offset in the drafting zone plane relative to the bottom output roller as seen in the running direction of the fiber strand, and wherein a clamping length from the second clamping point to the third clamping point along a surface of the top output roller is less than an average staple length of the fiber strand to be drafted at the drafting system.
A system for validating the validity of a sensor, the system comprising: an operation unit configured to infer a posterior probability distribution ( p ( H |D)) of a parameter of measurement data of the sensor based on a Bayesian inference technique using a prior probability distribution (p) of the parameter and a likelihood ( p ( D | H)) derived from historical data of the sensor; a setting unit configured to derive a credible interval for the parameter from the inferred posterior probability distribution of the parameter and to set a control limit for the measurement data of the sensor based on the derived credible interval; and a control unit configured to validate the validity of the sensor by monitoring whether the current measurement data of the sensor is within the control limit. a setting unit configured to derive a credible interval for the parameter from the inferred posterior probability distribution of the parameter and to set a control limit for the measurement data of the sensor based on the derived credible interval; and a control unit configured to validate the validity of the sensor by monitoring whether the current measurement data of the sensor is within the control limit.
A terminal apparatus comprising: a transmission unit configured to and/or programmed to transmit a transport block on a PUSCH; and a physical layer processing unit configured to and/or programmed to determine transmit power for the PUSCH at least based on a number of SC-FDMA symbols N PUSCH-initial symb for an initial transmission of the PUSCH for the transport block, wherein the number of the SC-FDMA symbols N PUSCH-initial symb is given based on N LBT and a number of SC-FDMA symbols included in an uplink slot N UL symb, and the N LBT is 1 in a case that a first part of signal of a SC-FDMA symbol with index I is not transmitted, and a second part of signal of the SC-FDMA symbol with index I is generated based on a content for resource elements corresponding to a SC-FDMA symbol with index I+1. a transmission unit configured to and/or programmed to transmit a transport block on a PUSCH; and a physical layer processing unit configured to and/or programmed to determine transmit power for the PUSCH at least based on a number of SC-FDMA symbols N PUSCH-initial symb for an initial transmission of the PUSCH for the transport block, wherein the number of the SC-FDMA symbols N PUSCH-initial symb is given based on N LBT and a number of SC-FDMA symbols included in an uplink slot N UL symb, and the N LBT is 1 in a case that a first part of signal of a SC-FDMA symbol with index I is not transmitted, and a second part of signal of the SC-FDMA symbol with index I is generated based on a content for resource elements corresponding to a SC-FDMA symbol with index I+1.
Central differential gear arrangement for a drive device of a vehicle, with a drive shaft, with a first drive shaft for a front axle of the vehicle and a second drive shaft for a rear axle of the vehicle as well with a differential gear formed as a planetary gear, characterised by a coupling device that brings an electrical machine in a first switching position directly into active engagement with the second drive shaft via the differential gear, and in a second switching position directly into active engagement with the second drive shaft via a superposed gear, wherein the superposed gear consists of a first planetary gear and a second planetary gear and ring gears (23, 27) of both planetary gears (18, 19) are actively connected to one another in a torque-proof manner.
Device for holding and positioning equipment at a fish cage having mainly circular, horizontal cross-section with a buoyant ring and a seine attached directly or indirectly to the buoyant ring, said device comprising a crossbar adapted to be arranged diametrically across the fish cage, characterized in that the crossbar at each end comprises a support structure (10 resp. 11) equipped with wheels running on a rail adapted to be arranged on the buoyant ring of the fish cage, the crossbar being pivotally arranged over the fish cage by simultaneous movement of the support structures (10, 11) along the rail, the crossbar being provided with an automatically adjustable bearing arm to compensate for deviations from perfect circular shape of the fish cage when the crossbar is pivoted.
A lighting device comprising a first 2D arrangement of a plurality n of light sources and a second 2D arrangement of a plurality m of beam shaping elements configured downstream of the light sources, wherein: - the light sources are configured to generate light source light, wherein the n light sources comprises a plurality k of individually controllable subsets of light sources, wherein the beam shaping elements are configured to shape a beam of the light source light of the n light sources, and wherein n ≥ 16, m ≥ 4, n/m > 1, and k ≤ n/2; - upstream of each beam shaping element light sources are configured of different individually controllable subsets, and wherein two or more of the beam shaping elements have different spatial configurations relative to the light sources that are configured upstream of the respective beam shaping elements; - wherein the light sources comprise solid state light sources having first dimensions d1 selected from the group of a first length, a first width, a first diagonal length, and a first diameter, wherein the beam shaping elements comprise light transmissive elements having second dimensions d2 selected from the group of a second length, a second width, a second diagonal length, and a second diameter, wherein d2 ≥ 4*d1, characterised in that the beam shaping elements comprise spheres. - the light sources are configured to generate light source light, wherein the n light sources comprises a plurality k of individually controllable subsets of light sources, wherein the beam shaping elements are configured to shape a beam of the light source light of the n light sources, and wherein n ≥ 16, m ≥ 4, n/m > 1, and k ≤ n/2; - upstream of each beam shaping element light sources are configured of different individually controllable subsets, and wherein two or more of the beam shaping elements have different spatial configurations relative to the light sources that are configured upstream of the respective beam shaping elements; - wherein the light sources comprise solid state light sources having first dimensions d1 selected from the group of a first length, a first width, a first diagonal length, and a first diameter, wherein the beam shaping elements comprise light transmissive elements having second dimensions d2 selected from the group of a second length, a second width, a second diagonal length, and a second diameter, wherein d2 ≥ 4*d1, characterised in that the beam shaping elements comprise spheres.
A passenger service unit (1, 101, 201, 301), in particular for an aircraft passenger cabin, comprising: - at least one passenger service panel (4, 104, 204, 304) with fastening elements for fastening the panel to an interior component or framework of the aircraft, - at least one electric component for passenger entertainment or information mechanically attached to the passenger service panel (4, 104, 204, 304), - at least one electrical connecting terminal (5, 105) for electrical connection of said at least one electric component and - an electrical connection for supplying electrical energy and/or transmitting Information to said at least one electric component, characterized in that the electrical connection comprises, in particular consists of conducting paths (2, 102) directly attached to the passenger service panel (4, 104, 204, 304) and at least partly embedded in a material the passenger service panel (4, 104, 204, 304) is made of. - at least one passenger service panel (4, 104, 204, 304) with fastening elements for fastening the panel to an interior component or framework of the aircraft, - at least one electric component for passenger entertainment or information mechanically attached to the passenger service panel (4, 104, 204, 304), - at least one electrical connecting terminal (5, 105) for electrical connection of said at least one electric component and - an electrical connection for supplying electrical energy and/or transmitting Information to said at least one electric component,
A method of forming a plugging cement patty, comprising: mixing a plugging mixture at a mixing temperature, the plugging mixture comprising a plurality of inorganic particles, an inorganic binder, an organic binder, and a liquid; dispensing the plugging mixture at a dispensing temperature; and cooling the plugging mixture to a cooled temperature to form the plugging cement patty, wherein the dispensing temperature is above a hydration point temperature of the organic binder in the plugging mixture and the cooled temperature is below the hydration point temperature of the organic binder in the plugging mixture. mixing a plugging mixture at a mixing temperature, the plugging mixture comprising a plurality of inorganic particles, an inorganic binder, an organic binder, and a liquid; dispensing the plugging mixture at a dispensing temperature; and cooling the plugging mixture to a cooled temperature to form the plugging cement patty, wherein the dispensing temperature is above a hydration point temperature of the organic binder in the plugging mixture and the cooled temperature is below the hydration point temperature of the organic binder in the plugging mixture.
Sliding contact holder for receiving a sliding contact movable along a conductor rail in the longitudinal direction thereof and electrical contacting the conductor rail, the sliding contact holder has at least one sliding contact connector for electrical connection to a connector element of an electrical consumer movable along the conductor rail, the sliding contact holder having a sliding contact receptacle (9; 22) with an interior space (9a; 22a) for receiving at least part of an insertion region of the sliding contact, and wherein the sliding contact holder (9; 22) has retaining slats (12, 12; 24, 24') projecting into the interior space (9a; 22a) for releasably retaining the sliding contact in the sliding contact holder (9a; 22a), characterised in that free ends of the retaining slats (12, 12'; 24, 24') project inclined into the interior space (9a; 22a) surrounded by the sliding contact receptacle (9; 22), wherein adjacent retaining slats (12, 12'; 24, 24') extend parallel to one another.
A method of processing an audio signal, comprising: detecting, based on a power distribution of the audio signal, a type of content of a frame of the audio signal; generating a first gain based on a sound level of the frame for adjusting the sound level; processing the audio signal by applying the first gain to obtain a processed frame; and in response to the type of content being detected to be a breath sound, generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; wherein, in response to the type of content being detected to be a breath sound and in response to the sound level of the frame being below a threshold, the method further comprises updating a value of the first gain so that the sound level of the audio signal for a current frame is maintained with regard to a previous frame. detecting, based on a power distribution of the audio signal, a type of content of a frame of the audio signal; generating a first gain based on a sound level of the frame for adjusting the sound level; processing the audio signal by applying the first gain to obtain a processed frame; and in response to the type of content being detected to be a breath sound, generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; generating a second gain for mitigating the breath sound; and processing the audio signal by applying the second gain, such that both the first gain and the second gain are applied to obtain the processed frame; wherein, in response to the type of content being detected to be a breath sound and in response to the sound level of the frame being below a threshold, the method further comprises updating a value of the first gain so that the sound level of the audio signal for a current frame is maintained with regard to a previous frame.